Chemical Resistance, Volume 1: Thermoplastics

Introduction This book puts a wealth of information at your fingertips. It represents an exhaustive compilation of dat...

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Introduction

This book puts a wealth of information at your fingertips. It represents an exhaustive compilation of data on how chemicals and other exposure environments affect the properties and characteristics of thermoplastic materials. How a plastic will perform in its end use environment is a critical consideration and the information presented here gives useful guidelines. However, this or any other information resource should not serve as a substitute for actual testing in determining the applicability of a given part or material in a given end use environment. Chemical Resistance Volume I - Thermoplastics Second Edition of the Plastics Design Library PDL Handbook Series is an update to the original Chemical Compatiblity and Environmental Stress Crack Resistance published by Plastics Design Library in 1990. This updated version contains information on more than twice as many material and exposure condition combinations. In addition, more infornlation is presented for each combination. Other significant improvements include a greatly expanded Section Two in which data is sorted by exposure environment, the addition of CAS Registry Numbers and use of the PDL Resistance Rating throughout the product.

If you require detailed information on how a specific exposure environment influences the properties and characteristics of a specific thermoplastic, Section One is the place to look. On the other hand, for an indication of how various thermoplastics are influenced by given exposure environments, Section Two is the place to look. More detailed information can then be found in Section One. In compiling this data, the philosophy of Plastics Design Library is to provide as much information as is available. This means that complete information for each test is provided. At the same time, an effort is made to provide information for as many exposure environment and plastic combinations as possible. Therefore, even if detailed test results are not available (i.e. the only information available is that a material is resistant or has limited resistance), information is still provided. The belief is that some limited information serves as a reference point and is better than no information. Flexibility and ease of use were also carefully considered in designing the layout of the book. As a result, you'll find this reference publication to be a valuable resource and an asset in your work.

Introduction

ii

How To Use This Book Section One Section One provides detailed chemical resistance information on rigid thermoplastic materials. Each of the seventy five chapters in Section One represents a single generic family or generic family group. Within each chapter, records are arranged alphabetically by exposure environment. When complete chemical resistance data for a single material is desired, section one is the best reference. Each row in this section represents one specific chemical and associated test conditions for the given material. Information varies from chapter to chapter since different information is available for each generic familiy. The following table outlines the different fields found in section one. FIELD HEADING

DESCRIPTION

REAGENT

environment to which the plastic was exposed

REAGENT NOTE

additional information about the exposure medium and conditions of exposure

CONC.

0/0 concentration of the given reagent

TEMP

exposure temperature in degrees C

TIME

exposure time in days

LOAD

exposure stress on sample in Mpa, exposure strain on sample in % or other note on any stress or strain to which the sample may have been subject during exposur

PDL RATING

based on a scale of 0to 9 (with 9 as the highest resistance) developed by PDL; details of how rating is calculated are given later in this section

%CHANGE Weight

% change from weight before exposure

Length

% change from length before exposure

Thickness

% change from thickness before exposure

Diameter

% change from diameter before exposure

Volume

% change from volume before exposure

0/0 RETAINED Tensile Strength

% of original tensile strength retained

Modulus

% of original modulus retained

Elongation

% of original elongation retained

Flexural Strength

% of original flexural strength retained

Impact Strength

% of original impact retained

RESISTANCE NOTE

additional information about the resistance of the plastic to the reagent (Le. observed changes, cautionary notes, etc.)

MATERIAL NOTE

deta.i1s on the specific material tested, this includes, if available, supplier, trade name/ grade, filler, specimen details

Section Two The information presented in Section One is recompiled and condensed in Section Two. Section Two provides an easy to use overview of how different thermoplastics are influenced by a specific exposure environment. Using the PDL Resistance Rating, the user can quickly determine which thermoplastics mayor may not be suitable for use with a reagent. Users are then referred to Section One for more detailed information. In compiling Section Two, the following guidelines were used: Reagent Concentration Reagents were grouped by concentrations of:::;5%; >5-10%; >10-20%; >20-30%; >30%-40%; >40-50%; >50-75%; >75-97% or, ifno concentration is listed with a reagent, it means that the concentration is >97% or not specified.

How To Use This Book

iii

Temperature Two temperature levels are used in Section Two - room temperature and elevated temperature. Room temperature is used to classify tests conducted between 15°C and 27°C. Tests conducted at temperatures of 45°C or above are classified under elevated temperature. PDL RatingPDL Ratings are used extensively in Section Two. If more than one entry (and often there are many) for a reagent / material combination in a specific concentration and temperature group is listed in Section One, the range of PDL Ratings is provided in Section Two. It is possible thtat the PDL Rating listed in Section Two corresponds to a single test from Section One, multiple tests having the same PDL Rating or a range of PDL Ratings covering 2 or more tests.

CAS Registry Numbers Chemical Abstracts Service (CAS), a division of American Chemical Society, began the CAS Chemical Registry in 1965. The CAS Chemical Registry is a computer-based system that automatically identifies structural diagrams and assigns to each a unique CAS Registry Number. This number, which has no chemical significance, is then used within a larger processing system to link the molecular structure with its CA index name and other data. Registry numbers, even in the absence of names, therefore furnish an efficient means of substance identification in technical publications and scientific communications. Many non-CAS publications have adopted CAS Registry Numbers to identify chemical substances. PDL provides CAS Registry Numbers for chemicals and plastics used in this volume for two reasons. First is to provide a means of cross referencing like reagents which are listed under different names. For instance, suppose one is interested in the resistance of various plastics to glutaraldehyde. Some information will be found by looking under glutaraldehyde. However, if the CAS Registry Number found in the Appendix is used as a cross reference, it will be found that Cidex 7 and Sporicidin have the same CAS Registry Number as glutaraldehyde. Therefore, one would want to look under these reagent names for additional information. The second reason PDL lists CAS Registry Numbers is to provide a means to find additional information on chemicals and plastics listed in this book. By cross referencing using the CAS Registry Number, a world of information opens up including the ability to easily search the world's literature through computer databases. For this purpose, PDL refers you to: Chemical Abstracts Services, 2540 Olentangy River Road, P.O. Box 3012, Columbus, Ohio 43210 Telephone 800-848-6538 toll free in the continental U.S., 614-447-3663 outside the U.S. Telex 684-2086 TWX 810-482-1608 Telefax 614-447-3751 Cable CHEMABS

POL Resistance Rating The PDL Resistance Rating is determined using a weighted value scale developed by PDL and reviewed by experts. Each of the ratings is calculated from test results provided for a material after exposure to a specific environment. It gives a general indication of a material's resistance to a specific environment. In addition, it allows the user to search for materials most likely to be resistant to a specific exposure medium.

How To Use This Book

iv

After assigning the weighted value to each field for which information is available, the PDL Resistance Rating is determined by adding together all weighted values and dividing this number by the number of values added together. All numbers to the right of the decimal are truncated to give the final result. If the result is equal to 10, a resistance rating of 9 is assigned. Each reported field is given equal importance in assigning the resistance rating since, depending on the end use, different factors playa role in the suitability for use of a material in a specific environment. Statistically, it is necessary to consider all available information in assigning the rating. Supplier resistance ratings are also figured into the calculation of the PDL Resistance Rating. Weighted values assigned depend on the scale used by the supplier. The following tables give the values and guidelines used in assigning the PDL Resistance Rating. The guidelines - especially in the case of visual observations - are sometimes subject to an educated judgement. An effort is made to maintain consistency and accuracy. The information on which a PDL Resistance Rating is based is available to the user in Section One of this volume.. Weighted Value

Weight Change*

Diameter; length* Change

Thickness* Change

Volume Change*

Mechanical** Property Retained

Visual I Observed t** Change

10

0-0.25

0-0.1

0-0.25

0-2.5

>=97

no change

9

».25-0.5

>0.1-0.2

>0.25-0.5

>2.5-5.0

94-<97

8

>0.5-0.75

>0.2-0.3

>0.5-0.75

>5.0-10.0

90-<94

>10.0-20.0

85-<90

slightly discolored slightly bleached

7

>0.75-1.0

>0.3-0.4

>0.75-1.0

6

>1.0-1.5

>0.4-0.5

>1.0-1.5

>20.0-30.0

80-<85

discolored yellows slightly flexible

5

>1.5-2.0

>0.5-0.75

>1.5-2.0

>30.0-40.0

75-<80

possible stress crack agent flexible possible oxidizing agent slightly crazed

4

>2.0-3.0

>0.75-1.0

>2.0-3.0

>40.0-50.0

70-<75

dostorted, warped softemed slight swelling blistered known stress crack agent

3

>3.0-4.0

>1.0-1.5

>3.0-4.0

>50.0-70.0

60-<70

cracking, crazing brittle plasticizer oxidizer softened swelling surface hardened

2

>4.0-6.0

>1.5-2.0

>4.0-6.0

>60.9-90.0

50-<60

severe distortion oxidizer and plasticizer deteriorated

1

>6.0

>2.0

>6.0

>90.0

>0-<50

decomposed

0

solvent dissolved disintegrated

* All values are given as percent change from original. ** Percent mechanical properties retained include tensile strength, elongation, modulus, flexural strength and impact. greater than 1000/0, a value of 200 minus the % property retained is used in the calculations. *** Due to the variety of information of this type reported, this table can be used only as a guideline.

How To Use This Book

If the % retention is

@

"

E" ~

n'CI> 28 28 7

l? CI>

<E' ;:l

t

., .,

0-

<6.9 MPa

GE Cycolac Monsanto Lustran; 50.8 mm diam. disc

7

Acetic Acid

5 5

I:l

u:

glacial

10 10 25 50 50 50 50 75 75 100 100 100

7 7 28 28 7 7 7 28 28

>20.7 MPa 0.48

0.7

100 100

Acetone

100 100

Acetonitrile Acetophenone

100 100

102

28

74.5 89.8

bent @ 20°

28

Dow Magnum; to ASTM 0543-84

28 7

Monsanto Lustran; 50.8 mm diam. disc

28

Dow Magnum; to ASTM 0543-84

28 7 7 7

<6.9 MPa

GE Cycolac Monsanlo Lustran; 50.8 mm diam. disc Toray Toyolac 900; transparent

7 28 28 7

Adipic Acid Aircraft Fuels Aircraft Turbine Oils Ajax

7 7 7

Weld-On 10-2 3M 468 Weld-On 1001

aviation gasoline

Monsanto Lustran; 50.8 mm diam. disc Dow Magnum; to ASTM 0543-84 <6.9 MPa

GE Cycolac Monsanto Luslran; 50.8 mm diam. disc

6.9-13.8 MPa >20.7 MPa >20.7 MPa

GE Cycolac

28

100 100

28

3

with ammonia

Allyl Alcohol Aluminum Acetate

» OJ

(J)

28

100 100

Dow Magnum; to ASTM 0543-84

28 0.09

7 multi surface cleaner

LNP; 30% gl.lib. GE Cycolac Monsanto Lustran; 50.8 mm diam. disc GE Cycolac KJU

<6.9 MPa

7

Adhesives

Toray Toyolac 900; Iransparent Dow Magnum; to ASTM 0543-84

Monsanto Lustran; 50.8 mm diam. disc Dow Magnum; to ASTM 0543-84

7 28

7 7 7

glacial

Acetic Anhydride

GE Cycolac Toray Toyolac 900; transparent Dow Magnum; to ASTM 0543-84 Monsanto Lustran; 50.8 mm diam. disc

0.25% glacial

100

7 7 7

13.8-20.7 MPa <6.9 MPa

100

Toray Toyolac 900; transparent GE Cycolac Monsanto Lustran; 50.8 mm diam. disc

7 100 100

28

Dow Magnum; to ASTM 0543-84

28

Chemical Resistance - ASS

»tIl

Chemical Resistance - ABS

f\)

en

Aluminum Chloride

100 100 saturated solution

Aluminum Fluoride

100 100 100 100 100 100

Aluminum Hydroxide Aluminum Sulfate

ammonia water

10 28 100 100

aqueous solution

Ammonium Acetate

saturated

"

Ammonium Carbonate

100 100

Ammonium Chloride

100 100

Ammonium Fluoride

'~3%;

.,

~2}; .'

·"::::~i\:

t4 '~;1l;;~~lill~

~~~~!~I~l\~~~j

ii)~'!,~;~~~j~l;l! ;;';:;;~i~~,r-\jit

saturated

"

Ammonium Hydroxide

·{.~~S;·{\;:;

>:.:~3.;;;;

saturated

Ammonia

.,;';~~:~i'~;

10 29 30 30

ill

concentrated

Ammonium Metaphosphate Ammonium Nitrate Ammonium Persulfate @

'1:l

Ammonium SUlfate

SO

~ (;.

Ammonium Thiocyanate

CIl

t:J C1l

Amyl Acetate

n·amyl acetate

"

CIl

<E'

100 100 100 100 100 100 100 100 100 100 100 100

;:s

t"'

.,c;: .,

$:l

te:

Amyl Alcohol

n'amyl alcohol

"

100 100

~,~~;;;f&.;;;\~~~t

~;'l.j.lii~il~[~lj~ ii:~1~li,!~J]I'frJ

28 28 7 28 28 28 28 28 28 7 7 7 28 28 7 28 28 28 28 7 28 28 28 28 7 28 28

'

..

;;('!Fiio~!~I>

-,~-.~.

. • •.

··~,:.;,; ~i; ;;~~i~~~;;;·····

8 '·9

0

~1f

0.53 0.65

97 100

.

.",

[ii':(~;w>

.•.,' Monsanto Lustran; 50.8 mm diam. disc

~.1;: .~::~::E::~," [~~~:!~:r{lt~:1)~{fJ1:~~~~j~~Li~:~~J'~:~~j~~~;~::j::I

::irm:f.%@ :';:;:~!~~::[:td~ml\@A~/~t

E> ?\~:t~:tbF

Monsanto Luslran; 50.8 mm diam. disc Dow Magnum; to ASTM 0543-84

~(~:::::~::~::~CW:m%::;n~~:~Jf~g~:j;{~f~~F,:\~:·.H1

"9!yi

Dow Magnum; to ASTM 0543-84

Monsanto Lustran; 50.8 mm diam. disc Dow Magnum; to ASTM 0543-84

67.4

LNP; 30% gl.fib. GE Cycolac Dow Magnum; to ASTM 0543·84

57 78.2

LNP; 30% gl.fib.

13.8-20.7 MPa

0.25% 7 28 28 28 28 28 28 28 28 28 28 28 28 28 28 7 7 28 28

;;,;, ,.:\ CEi~~la.~f :>k ," W.;

.,8: ,,,,i' :-::;:;;r':g: .

"

"

Monsanto Lustran; 50.8 mm diam. disc Dow Magnum; to ASTM 0543-84

~;i:li~1;\~i~;li;;~~;~~i'

<6.9 MPa :,:~,~::~

r.;······ ·'i;)Hi;Il9!!Wm····.'W.·/·y,·,.',"

Monsanto

Lus~r~n~~~~:m diam. disc

Dow Magnum; to ASTM 0543-84

@

"1:l

s-..... CI>

r;' CI>

1? CI>

tEl ;:l t'"'

0: .,

Amyl Alcohol Amyl Chloride

n-amyl alcohol

Amyl Phthalate Aniline

n-amyl phthalate

., ~

7

Monsanto Lustran; 50.8 mm diam. disc

100 100

28 28

Dow Magnum; \0 ASTM 0543·84

7

Monsanto Lustran; 50.8 mm diam. disc

100 100

28 28 7 7

Dow Magnum; to ASTM 0543-84

Il:

Animal Fats

Aniseed Oil Antifreeze Antimony Trichloride

lard

Oowgard Permanent

100 100 100 100

Aqua Regia Arsenic

100 100

28 28 1 7 7 7 7

Monsanto Lustran; 50.8 mm diam. disc Toray Toyolac 900; transparent Dow Magnum; to ASTM 0543-84 0.7% 6.9-13.8 MPa

6.9-13.8 MPa

28

Monsanto Lustran; 6.4 mm samples GE Cycolac Monsanto Lustran; 50.8 mm diam. disc GE Cycolac Dow Magnum; to ASTM 0543-84

28

28 28

28

concentrated

28

Aspirin

powder

28 28

Automotive Polish Barium Carbonate

DuPont 7

100 100

Barium Chloride

100 100

Barium Hydroxide

100 100 100 100 100 100 100 100

Barium Sulfate Barium Sulfide Beer

28 7

Monsanto Lustran; 50.8 mm diam. disc

28

Dow Magnum; to ASTM 0543-84

28 7

Monsanto Lustran; 50.8 mm diam. disc

28

Dow Magnum; to ASTM 0543-84

28

28 28

28 28

28 28 7

13.8-20.7 MPa

100 100

28

» OJ

GE Cycolac Monsanto Lustran; 50.8 mm diam. disc Dow Magnum; to ASTM 0543-84

28

7

Monsanto Lustran; 50.8 mm diam. disc

28

Dow Magnum; to ASTM 0543-84

28 7

<6.9 MPa

7

en

GE Cycolac Dow Magnum; to ASTM 0543-84

7

100 100 undiluted

Benzene

6.9-13.8 MPa

7

over 3.2% alcohol

Beet Juice Benzaldehyde

7 28

Chemical Resistance - ASS

GE Cycolac Monsanto Lustran; 50.8 mm diam. disc

c.>

» OJ

~

Chemical Resistance - ABS

(J)

7

i'"W}{O"'i,"y;:,','

7

\(,:Wt~n"':"':·i·

"',;!'%.?}"mdJiSsolVein/'di"",,m,\

Toray Toyo/ae 900; transparent LNP; 30% gl.fib,

Benzene Hexachloride (1) Benzenesulfonic Acid

.h'::g~;i

lindane 100 100

~i;t~l~l!~j;~'~l

Benzoic Acid crystals «

Benzonitrile Benzyl Acetate Benzyl Alcohol

100 100

100 100 saturated solution

7

"·;i'%%;;·i.;E

:i\H:'H!NMH~,~\~i#f!nib;

Monsanto Lustran; 50.8 mm diam. disc

.~~~ilig~iii;;i~'

28 28 7

VT\?W'".,C'

bie)~t&liiJ~~,~;;MJ!"!ffjJW,\iiS',\','"

Dow Magnum; to ASTM 0543-84

(ii.·)}?;':;;;,.:'"

;HW'0;lM~Mt~sla,R\II;;di%

Monsanto Lustran; 50.8 mm diam. disc

~;~i;l,l;1~1';

7 7 7

"':;ilii?3~';!:H

·g;ii;j~?A;k·.·

28 28

,,·,·.&t~~NWl

7

;@Hi&~;'@;"

7 28 28

-.-.-.-~-.-.--

..

100 100

i!i~l~l~j!1lj

28 28 7

Boron Trifluoride

100 100

;i;j~~i~j.,,;.·.t(

28 28

.;m\.;;~~}.,}}·'

@

::g Q

~

ri' til

Brines

100 100

i;~;,ij.~i!i,;~i~l,

28 28

Bromine

100 100

~jl[;,l i ~l!~ [

28 28 7

~ til tS ;:l

Ii

28 28 1 7

t"-

o:...

... te:

Q

Butyl Acetate

100 100

n·butyl acetate « «

100 100

I

Dow Magnum; to ASTM 0543-84 ::;{k~·f81(@.:t)

:<:::t:m:~:~~:N~:?::

<6.9 MPa

~:~~~;tii~'~[: !tj'i~

2tjt<;r~j~~F',it"%k;;F

Monsanto Lustran; 50.8 mm diam. disc

!.f.'.;'~#~tt~ml!!Jij1MT;,)t~/!;;'i

Dow Magnum; to ASTM 0543·84

i!i·P.k%~*,i~tMkYV;P@'>" Monsanto Lustran; 50.8 mm diam. disc Dow Magnum; to ASTM 0543·84 ;';0~iM8~!!J!~~,"j~J);;ifti;).'·';

•.~;~1;~;~;~i1(~i 0.25%

7

bromine liquid

Dow Magnum; to ASTM 0543-84 Monsanto Lustran; 50.8 mm diam. disc Dow Magnum; to ASTM 0543·84

28 28

Boric Acid

Bromobutane Bromoethane Bromohexane Butane Butanethiol Butox ethanol Butter

:nW@W;Mf~'\i!!~VtBm;;.';;;."':'·

7 7

..

Brake Fluids

;';;:(;;\~::"'W;W

28 28

.'\#j~;"i'::::·".1

';,Wi:i:fg~;i\n;j

Benzyl Benzoate Benzyl Chloride Benzyl Ether Bismuth Carbonate Bluing Borax

i~~~;~I~},i;~\

%+#!}ii~n~~~!Mmm;;HW) Monsanto Lustran; 50.8 mm diam. disc

6.3 50.9

LNP; 30% gl.fib. «

GE Cycolac LNP; 30% gl.fib.

tt~~d~ :::~:::f%}~~~_jmMlmilr&

Dow Magnum; to ASTM 0543·84

idbi?;W.. .miC

;Ng;H1jj!!!;j~~!§!MJW.@;MH

Monsanto Lustran; 50.8 mm diam. disc

@mIl~~>::::E

;.,i;';;; .11'.iifflj.11~im·;i{bb"i·.'

Dow Magnum; to ASTM 0543-84

%iW

7 7 7 7 7 7

28 28 7

0.64%

Monsanto Lustran; 6.4 mm samples Monsanto Lustran; 50.8 mm diam. disc Dow Magnum; 10 ASTM 0543-84

iliMti!'UmnW

"';teAW·tj\l!trj@~JiI!iMmMt]{.

Monsanto Lustran; 50.8 mm diam. dise

@

;g $:I

~

;:;. CIl

~ CIl

Butyl Alcohol

;:l

Butyl Butyrate Butyl Ether

«

~.

t""

0: .,

.,

$:I

u::

n-butanol

100 100

n·butyl alcohol

100 100 100 100

Butyraldehyde Butyric Acid

Butyric Anhydride Butyryl Chloride Caffeine Calcium Bromide

100 100 100 100 100 100 10

Calcium Chloride «

u

100 100 25 100 100

t'·;m(ili;;i'f··

· •• ';·~3h?·

j;l~l·~il~t~~lj

;tt~~~~~l~~i;ll

l~~l~l~r~~

II

Camphor crystals «

gWg~~~m4>

100 100

Carbon Disulfide

(J)

i·;;;;~~~;;r;~~' ,f•./(23,•.••••\··

"M\h~~bNWi

Calcium Oxide Calcium Sulfate

» OJ

:<:K;.2~.;;i· g·Ut~?A.··

j~)~~f~:::~$~~j:~;{f:;~.

powder saturated solution

Calcium Nitrate

Carbon Monoxide

0101~~~~jjl~i' t·jl~"~tI10;li\

28 28 28 28

("':';2"3"'#/

concentrated u

Carbolic Acid Carbon Dioxide

7 7

'~l;l;;;;~~~i;:t;

saturated solution

Calcium Hypochlorite

··.ijj,;;fi#~t;··

.;tff:~:{1';[;

saturated

Calcium Chlorate

Calcium Hydroxide

7

<>',,,2$:\. /.

Calcium Carbonate

····;·•• ;··.·.:IlV,§...

7

;:.%:•• • .:?~< .• \/

100 100

7 7 7 7 7

~'~;';jtl;~i~;~'1rl~w!j!;lilf;1~f ··~;!i~\:k';~\l'~

lus~r~n~~c;~:m

>f~x~f~~iltiilc~;,s9111!l\tiN~tt

Monsanto diam. disc Dow Magnum; to ASTM 0543-84

.;.~;t-;}~~~~~i~~~m~j*~1\t;;

Monsanto

Lus~r~n~Y5C;~:m diam. disc

Dow Magnum; to ASTM 0543-84

0.4

7 7

Toray Toyolac 900; transparent Monsanto Lustran; 50.8 mm diam. disc Dow Magnum; to ASTM 0543·84

98

28 28 28 28

Monsanto Lustran; 50.8 mm diam. disc Dow Magnum; to ASTM 0543·84

7

28 28 28 28 7

Dow Magnum; to ASTM 0543·84

S;);h?%r@@l!\!iMidZY\ Monsanto lustran; 50.8 mm diam. disc

<6.9 MPa

<6.9 MPa

.dN\•• ·

28 28 28 28 28 28

.;.;Si8W@·.

>y ;;tk,0oJ~tM!m;U#

\tt} Monsanto lustran; 50.8 mm diam. disc

7

28 28

Dow Magnum; to ASTM 0543·84

~lll{ilil~lli~~]ll~ MO:~::~::~:~;05::T:mO:~a;~:isc

7

28 28 7

~;;~I~I~j~~~fi;]

28 28

~1~it~~ltl~

28 28

li~~;ilf~~~l!~

}}h{{··••K<~§;~!.~O{;.··\

tifii~.·t\E'····

28 28

7

';;M??~W;;ni

i l~f~ i~t~ ~l;~

!;;@;HiY;W~iM!t!liijIM!¥#ifii; Monsanto lustran; 50.8 mm diam. disc

~11!~!~~~1111\11f;1~~\1; MO~:~t:::::~::::T:::i::8:iSC gm~,¥g!~~~i!l!'9'rj~!mNi¥tfBi;;;;

Chemical Resistance - ABS

Dow Magnum; to ASTM 0543-84

01

» OJ

a>

Chemical Resistance - ABS

en

Carbon Tetrachloride

100

?(~A.~

28 28 7 7 7

,·sev~~lil~~~;::sOlIi'\J~\i,.lirV

~~~rl~~~;~~~j;~:~;!~~~~l;'

<6.9 MPa

Dow Magnum; to ASTM 0543-84 GE

c~colac

.~t(;~!~I:~~~!J;rithg:{i Mon;:r:~~:;~~::;9~~~t::s:~r:~tdiSC lNP; 30% gl.fib.

Castor Oil

100 100

Catsup

100 100 ketchup; Heinz

Caustic Soda Cellosolve

1 10 40 2-ethoxyethanol

Cellosolve Acetate

100 100

Cetyl Alcohol

100 100

Chloroacetic Acid Chlorobenzene

@

'p-" ....

Chlorobutane Chloroethanol Chloroform

10 10 10 10 100 100 100 100 100 100

100 100

(I)

(I)

~

<E' ;:l

t"'

0: .,

.,

!=l

It:

Chloropropane Chromic Acid

20 20

';~ ;~ ~I~;~[~:~

1Ji;;~;(;~~~;;ill

;[[i~~~I~ii'l

7 7

:):;;@~g;H'

K1;~~jjili;/

~]f1;1~~I~I~j

~~tWt~tlg#

)iItf$gwP.;

• ~j1'"lt~lii'll

•

~~~I~'II~~;I~:

Chloronaphthalene (a)

1.2% 13.8-20.7 MPa

;;;'\'l]~j!;;;'t\!;

i~;~jl)t~I~~;~;;~f Wet in air Wet in air

n (I)

•

28 28 1 7 7 7 7 7

tWNt~~~iMrg

Chicken Soup Chlordane Chlorine

~[;;i~!;t:·:

;;!;~,

28 28

tf:::{t:~M&W~::

<6.9 MPa

28 28 28 28 28 28

28 28 7 7 7 7 28 28 7 7 7 7 7 7 7 28

<6.9 MPa

jli!l~i~:1)i];J;]'

Dow Magnum; to ASTM 0543-84

~~,~i{~~~!'f~~6;'~i~~~{'~jM:::::t:t::J,~~~c;'~::

: i::I::C

0.39 0.34 0.09

99 98 97

;e;;; )i~\i!l;!j~H~Mh~;;t%V%i"

Toray Toyolac 900; transparent

Monsanto lustran; 50.8 mm diam. disc

L~¥~t!'~~~~i$j)JU(\f"wb!S;, .

28 28 28 28 7 7 7

·······";·q'r;@~,ll!fl:,;tc"

;Mn@Hk'hi~~ISJ~i!1i>,<W'

\n

~1]~lfiJ~tr.\l~i';~~ir~i'~;;

Dow Magnum; to ASTM 0543·84

Monsanto lustran; 50.8 mm diam. disc

lus~r~n~Y5c:~:m

Monsanto diam. disc Dow Magnum; to ASTM 0543-84

;~~TJtm~~I~@::~::~f:ji

1&~,r~!M!Me!L~~JM!i!~ggi

~ilir;1i;~JI11~~

1~~liilt~i~ii1rI11Iilil Monsanto lus~r~n~Y5c:~:m diam. disc

lKt~~~~$Nf:::W

n~~iJt!~rt~~~;#iillll('f'*m~ig

1)~~;~I~~;illil~l~l~~~jl~

<6.9 MPa

Dow Magnum; to ASTM 0543·84

t Mon;:r: ;

~:;!:::~:i~~::s:~r:~tdiSC

It~j~~~~~ifl!~~~I~~!~~lt!i!f Monsanto lus~r~n~~co~~:m diam. disc

<6.9 MPa

t¥E\~?lr}fFk

.:we¥H~~fi":iijl~;2yt$#m;

Dow Magnum; to ASTM 0543-84

@

"1:l

S' ~

ri' (I)

~ tEo (I)

28 28 28

Dow Magnum; to ASTM 0543·84

7 7

Monsanto Lustran; 50.8 mm diam. disc

7

Monsanto Lustran; 50.8 mm diam. disc

;:s t""

.,s:p .,

tl::

Cineol Cinnamaldehyde Citraconic Anhydride Citric Acid

10 10 10 10 20 crystats

Clorox

7 7 28 28 7 28 28

98

0.4

Monsanto Lustran; 50.8 mm diam. disc Dow Magnum; to ASTM 0543-84

82.9 86.9

0.25%

Chlorox 7 7 7 7

6.9-13.8 MPa

7 7 7

>20.7 MPa

0.1

o

66.6

extract

Coconut Oil

100 100 100 100

Cod Liver Oil Coffee

Copper Chloride Copper Nitrate Copper Oxide Copper Sulfate

» OJ CJ)

28 28 28 28 7 7

100 100 100 100

28 28

100 100

28 28

GE Cycolac Monsanto Lustran; 50.8 mm diam. disc

GE Cycolac Monsanto Lustran; 50.8 mm diam. disc

Dow Magnum; to ASTM 0543·84

7 7 7 7

LNP; 30% gl.fib.

Monsanto Lustran; 50.8 mm diam. disc >20.7 MPa

7 7 7 7 28 28

Crisco PAM

110

GE Cycolac Monsanto Lustran; 50.8 mm diam. disc GE Cycolac KJU

Dow Magnum; to ASTM 0543·84

7

cream. sucaryl cream. sugar dry powder liquid paste ground

Colloidal Sulfur Cooking Oils

96

LNP; 30% gl.fib.

bent @ 20°

Chlorox

Coca Cola

Toray Toyolac 900; transparent Dow Magnum; to ASTM 0543·84

Monsanto Lustran; 50.8 mm diam. disc 6.9-13.8 MPa >20.7 MPa

GE Cycolac Monsanto Lustran; 50.8 mm diam. disc Dow Magnum; to ASTM 0543-84

28 28 7

Monsanto Lustran; 50.8 mm diam. disc Dow Magnum; to ASTM 0543-84

Chemical Resistance - ASS

---l

» CD

ex>

Chemical Resistance - ABS

en

Copper Sulfate Corn Oil

Mazola

100

28

100

28 0.25%

83.2

LNP; 30% gl.fib.

..

92.5 7

6.9-13.8 MPa

GE Cycolac

7

Monsanto Lustran; 50.8 mm diam. disc

::.:.:~

Mazola

Corn Syrup Cottage Cheese Cottonseed 011

Karo with oleic acid

50 50 100 100

Creme Fish Lure Cresol

100 100 ere solie compounds

Cresol (m-) Crisco Cupric Chloride Cupric Sulfate Cuprous Oxide

25 25 100 100

Cutting Fluids Cyanoacrylate Cyclohexane

cutting oils; Trimco

2

Loctite 100 100

?3 ;;' ;":23'"

7 7

>20.7 MPa

J@22..·","".";·

1

1.2%

;\{fi~l; .,

1

0.76%

1

0.53%

f~;~ ~'! '~;.l;~

7

<6.9 MPa

7

~~~II~;i~!.~~~

7

i t;ir-~!,~; ;~i [.

28

;\It;~~~~i\ii':,

28

<6.9 MPa

7

100

!:~i,~I~~!:;~~li;;

@

po '"

100

til

.....

e)

til

t:l (l) til

tEo

100

Decyl Alcohol Degreasing Cleaners Deodorants

;:l

t"'

.,0:

.,

P te:

Detergents Diacetone

~~I~!;~tj~'~~

.

Monsanto Lustran; 50.8 mm diam. disc

i{~r.li~.\l.i~Aj~~Jtlo~iI; '•.

'"iii?;:;""

GE Cycolac

~~~tf1~jlirr~~~~l~~~~~':i Mo~:a:t::gu:::~::::T:::::8:iSC

~;~~t;~~l~~I:~[~

;WiV;2\P' ~{W~r· :.~tf:~:[<:::}

;;'}~~;t~~;~;!~{-Jt~::,)

@S,'Y,W?i);

+LY;/iWi\il:i!l!li,Ct.?i?i;;U;;

Dow Magnum; to ASTM 0543-84

';'·%);;o:r;';;;; >::>/(,9(:::;;:<

ittnItC;;:MiAAlMa~'ViqMW)b;;:

@@li,~(*~{§:~!M.~;!9~;fh

Monsanto Lustran; 50.8 mm diam. disc GE Cyeolac

:;;;.;;;g;:Wf

_

",:;~j~;~~~;ii.~~~

~;;~!!;i~!!0~~;~j

~~;!ll~~lf~.N~~;i~1~~;;~!~

S;;;Y'i{~Li"';'

~i~~erit*l8~k~iilJli~~'w'~r.s;,• ·:

Monsanto

Lus~r~n~Y5c:~:m diam. disc

28 7 7

>20.7 MPa

7

<6.9 MPa

28 7

28 28 7

<6.9 MPa

7

Cyclohexyl Alcohol Cyclohexylamlne Cymene (po) Decalln

Dow Magnum; to ASTM 0543-84

7

7 100

GE Cycolac Monsanto Lustran; 6.4 mm samples

7

7

Cyclohexanone

.~::

',;·:>;;"»2 ';\';'; "",.,

28

;\ti'~)\;'

·;~;jl~~gi~l\i(

&i ).8{;

7 28

;;;2.~i.;;;'q

;··~2\

28

%di~~:nF;,

;~i:,i;~;;~";'1~~%~rii~;j~1;;;;;;;i!

i((/,\i

28

~·i;~)t~~:i';;;;:.;

'{~'ii~;0i:;~t!;ff6T~\±'~{~jF

•

7

3.65

85

0.25

99

,,;;;0TPB2J9l'(iiht;;M:rn;/

Dow Magnum; to ASTM 0543-84

Monsanto

Lus~r~n~Y5~~:m

diam. disc

7 7 28

Dow Magnum; to ASTM 0543-84

28 7

Monsanto Lustran; 50.8 mm diam. disc

metal degreaser; Magnus 105

7

>20.7 MPa

Dial

7

13.8-20.7 MPa

8an

7

6.9-13.8 MPa

3

2%

100

28

100

28

GE Cycolac

trwW:;:~tMMY

:):t )f?/P@F

h%$tM:.j~i~itll;fXMn>··.·.·. ~W&;jip!2k:M!ffi~)'l'!,Ii~;;:

Monsanto Lustran; Dow Magnum; to ASTM 0543-84

@

'1:l

S' ~

0CIl

~

Dlbutyl Phthalate

100 100

CIl

<6.

;:s t"-

o:..,

Dibutylamine Dichlorobenzene (0-)

100 100

..,

~

tt::

Dichlorobenzene (po) Dlethanolamlne

100 100 100 100

Diethyl Phthalate

100 100

Diethyl-m-Toluidine (N,N-) Diethylamine Diethylene Chloride Diethylene Glycol

100 100

Dimethyl Sulfate Dimethyl-4-Heptanone (2,6-) Dimethylaniline (N,N-) Dlmethylformamide

100 100 100 100

Dioctyl Phthalate

1';~I~l~ij~

~jlil~t~j~~~~l

Dlphenyl Oxide Diphenylamine Dipropylene Glycol Ivory liquid Joy liquid Cascade

100 100 100 100 100 100 100 100 3 5 10 10

<6.9 MPa

~l~~ttiJ~i~~~ Il;l ~;I;l -~ltl

~rirl~ll;ll~~~ Il~I!~J!~~~1!:

~~r-jl~lf;~~;!;R

!J~ifiilf.ll WtM;¢~M;)·n

Dioxane Dioxane (1,4-)

en

Dow Magnum; to ASTM 0543-84

r::fmt:~afiWJ\%

iiWi;;;A;1i.iiti':lWIMtMimiV7:

Monsanto lustran; 50.8 mm diam. disc

;i\1;1!'r>;CtiS

>~t:6#\j\M~~~rlJ>H{%lAHt

Dow Magnum; to ASTM 0543·84

@Saa;w\\,,'

Wig@mE#iit;i8~@iO((@#iA;

Monsanto lustran; 50.8 mm diam. disc Dow Magnum; to ASTM 0543·84

mW;~W···;:·j

Diethyl Ketone

» ttl

··.·;iey'm;.jl!~~~fiiilmm\f'W;~i~;;.;.

100 100

Dlethyl Carbonate Diethyl Ether

Dishwashing Detergents

IW}:::~t?';1K&E

~tJliif~t~jtlA ~~;111~';i11~i r;!~j~!;~~i1-j'~J ;\j~ll~B~;;;~;l

II

&mq~WNmi

Wnt#Myt~~!MI!nM¥;XW Monsanto luslran; 50.8 mm diam. disc

~%Hs:~g·;~E$Y

;~Y.'~Jl!~~~{AAlmM.!'(N~mi

Wf}:T~Will:r~()

;%@>SWftcilt~§W~Mn@#;;pij Monsanto luslran; 50.8 mm diam. disc

k&%;9'(;;%;;

f:@\~~f:~~:>W~t!§Wj~lW:tViY~hi:r~@

i~l~f;i~'I~j~'~~

i~'ll11~~~~_~1~,~I;\ji~~! Monsanto lus~r:25~::m diam. disc

i?t.·n··~H;• •···:i

····;g;m;;;jjI9n'~j~r@\MXtNX;

H;;;h.·!W•• ;;·.t

·.Si# ;;;m;jlq;.I!!i;"!J@;;;;;;DZg

};P'Ut@Y.·'i

'/!Nn·

;Hii!~Q:;hft

.• • &% ;;W@!9~!!HJti@M;f:j •

Dow Magnum; 10 ASTM 0543·84

k?¥$~g¥JW:

imJ!!~~,~~.ff!~!"lo.J@mn

GE Cycolac

~~t1:j:&Q.fMM11

iXtM;;;im~H~t#i#Wjifi@i\%tj Monsanto lustran; 50.8 mm diam. disc :ntgM1W~~#Wlp.Ni9!?Wtt.%Mmw.n Dow Magnum; to ASTM 0543·84

gl$t~~!m@~E~~

;g~i~!J;~:~I,\!;!i!9!\!!@

GE Cycolac

\@Wf~¥l~r%W+W~R@]:nt%\m;§@t

lNP; 30% gl.fib.

."U;;Q.i?@;.·@@:

28 28 7 7 7 7 28 28 28 28 7 7 28 28 28 28 28 28 28 28 7 7 7

<6.9 MPa

@~~,"i!i~rt~9J'ij\~!i!9Je~~W;U

:/t·
13.8-20.7 MPa 13.8-20.7 MPa >20.7 MPa

Dow Magnum; to ASTM 0543·84

Ijs;Mii~;;~;illi1i;

Chemical Resistance - ABS

64.4

i)l~?I~~e;;;f%AWW

Dow Magnum; to ASTM 0543-84

Dow Magnum; to ASTM 0543·84

Monsanto lustran; 50.8 mm diam. disc

Dow Magnum; to ASTM 0543-84 Monsanto lustran; 50.8 mm diam. disc

(0

» CD

-0.

Chemical Resistance - ABS

o

en

.;;,

Dishwashing Detergents Eastman 910 Ethyl Acetate

Relgent Note

, C~~::;;j;H;Jt.~r';,;j!';~~;;;(1 6.9-13.8 MPa <6.9 MPa

Joy liquid

7 7 7

adhesive

7

<6.9 MPa

Ivory liquid Cascade 707 liquid

85-88

28 28 28 28 7

85·88 100 100

Ethyl Acetate

90

Ethyl Acetoacetate Ethyl Alcohol in water

40 40 50 50 50 95 95 100

ebsolute

"

E" ~ n CIl ~ CIl <S ;:l t""

.,0: $:) ., It:

0/ 2· 2 GE Cycolac Monsanto Lustran; 50.8 mm diam. disc Toray Toyolac 900; transparent Toray Toyolac Parel TP10; antistatic

7

2 9 7

Monsanto Lustran; 50.8 mm diam. disc

4'

Monsanto Lustran; 6.4 mm samples GE Cycolac Toray Toyolac 900; transparent GE Cycolac KJU

7 7 7 1

<6.9 MPa

o 2

0.55% 6.9-13.8 MPa

Dow Magnum; to ASTM 0543-84

'4

0.56 13

2

102 121

221

bent @ 20· 0.4% <6.9 MPa

Monsanto Lustran; 6.4 mm samples GE Cycolac Monsanto Lustran; 50.8 mm diam. disc ."

4.1 1.2

~~

.

II' .

,r;~ltens. w~iiens

72 92

'.,

."

sftghl~""~ell$

s~:t~~!kf:~~~~·!~;:;s.

Toray Toyolac 900; transparent Toray Toyolac Parel TP10; antistatic Dow Magnum; to ASTM 0543-84

Ethyl Benzene

100 100

28 28 7

Ethyl Benzoate

100 100

28 28

Dow Magnum; to ASTM 0543·84

7

Monsanto Lustran; 50.8 mm diam. disc

Ethyl Butyrate

100 100

28 28

Dow Magnum; to ASTM 0543·84

7

Monsanto Lustran; 50.8 mm diam. disc

7

Monsanto Lustran; 50.8 mm diam. disc

28 28 7

Dow Magnum; to ASTM 0543·84

Ethyl Chloroacetate Ethyl Ether @

:'~

GE Cycolac Dow Magnum; to ASTM 0543-84

2

7

..

Monsanto Lustran; 50.8 mm diam. disc

~ 0,

'2

28 28 1

:',

GE Cycolac

7 7 7

7 7 7 7 7 28 28

26 absolute denaturated

"tl

Material Note

Ethyl Salicylate Ethylaniline

100 100 n-ethylaniline

Ethylbutyric Acid (2-) Ethylene Chloride

Monsanto Lustran; 50.8 mm diam. disc

Monsanto Lustran; 50.8 mm diam. disc

7 100 100

28 28 7 7

Dow Magnum; to ASTM 0543·84 <6.9 MPa

GE Cycolac Monsanto Lustran; 50.8 mm diam. disc

@ "0

p-

m .....

n'm ~

Ethylene Chlorohydrin

<E'

Ethylene Dichloride

m ;:l

100 <6.9 MPa

0: .,

.,

$:l

GE Cycolac Monsanto Lustran; 50.8 mm diam. disc

Ethylene Glycol

100

Dow Magnum; to ASTM 0543·84

100 0.25% 7 ;;j.·;;;~g@;S;

Ethylene Glycol

;1~1~;~iljl,~;; j;;i~f~;;!'ji:;

7 7

;:'~i:~l ;' -]~ ~;i~j~I,!~ )I~ lt~ ~,jli~ ~1~;t.r~I~,~:~ii[;~~i~itir,ii~~!~;,!

90.8 95.9 0.15

99

1.6

90 84.7

Ethylene Oxide

100 100

Ethylene Propylene Rubber Ethylene Trichloride

Parker Seal E803-70 100 100

Ethylenediamine

100 100

Fabric Softener

f~~~!l\t~~i;-;;il'~;

28

~>+N~~~~g>7

7

ii;;:;;'i;~~i;;l::;; !l;;~i~#~~;t;il'i

28

);;1.~~m;;:

Downy

....... » ...............,

Ferric Chloride

100 100

Ferric Nitrate

100 100

Ferric Sulfate

100 100

Ferrous Chloride

100 100 saturated

Ferrous Sulfate

25 100 100

Fluoborlc Acid

100 100

Fluorine

100 100

Fluosllicic Acid

100 100

Flux Formaldehyde

Kesler # 1544

" 30 30

,

» OJ (J)

Dow Magnum; to ASTM 0543·84

100

t'"'

It:

.;n;Q~,'MAA!;Axp"!lr~tW!~iii\!M;;

·:~qj}\t~H§,{~:{

100 100

30

1111i~l~j~

J}~;~~"~~];~J\~ ~!il'~ltj;~li;!

~~j~ll~i~~Ji

if~l~~iilli

ilji!ljli~'~i ~tl~i~~!~II~ l~ll~miil;l!t lflll~~;~~'!;t!

ljlllljll~j

<.';;?ii<

·)*t;,;~r:~:aij~~k~itWi~.f~Yihr~;;;·

,{::P·7·7;':. tMii ?;U;·!:'..f

:. ···~~*,t!i!!tt~Rk;~9!!JiM~'ilN~@)

Monsanto

L~::~:::::'::

diam. disc

Toray Toyolac 900; transparent Toray Toyolac Parel TP10; antistatic LNP; 30% gl.fib. Dow Magnum; to ASTM 0543-84

28 13.8-20.7 MPa

·(·.~i~~~l~Cf~m~~\~Nq~~W'<

GE Cycolac Dow Magnum; 10 ASTM 0543-84

28 28 28 7

<6.9 MPa

GE Cycolac 0.5

7 7

0

96

270

GE Cycolac KJU

benl @ 20°

j~~]~~~;.~~1tl

28 28 7

~iJI~~i~~i~'lii"~~~~iiii~~~~;Mo~:a:t:aL:nS::~::::T:::i::8:iSC

}i'I;b~;W;));

;:t~~;;:~~~f:::m@@~~~;',~!tf!~::~i5(td:J;tU~

7

~t!;%g~;%Fi"·

:Nf.@\~?F§tt#~)MrMHfl&nT# Monsanto Lustran; 50.8 mm diam. disc

7

i~~';11~1~~i111Ij

28 28

Dow Magnum; to ASTM 0543·84

28 28 28 28

28 28

i~;j~~~ll!j~ll[~~lt(~I~t!I~;~!:'j~

Dow Magnum; to ASTM 0543·84

28 28 28 28 28 28 0.25% 7 28 28

~zlll·if~!t%;

Ilii~ll~ll!li

Chemical Resistance - ABS

80.7

LNP; 30% gl.fib.

91.7 Monsanto Lustran; 50.8 mm diam. disc Dow Magnum; to ASTM 0543·84

...... ......

» tD

-""

Chemical Resistance - ABS

N

en Reagent No,te Formaldehyde

formalin

1ri'i::"7:~ .

1O',:A~~'" 10 52",'. 25 .23;',

Formic Acid

<

52"

28 28

50 80 98-100

52

28

98-100

Formula 409 Freon 11 Freon 12 Freon 22 Fruit Juices Furfuryl Alcohol Gasoline

spray cleaner

. MaterlUNote ...... ,

23

7

23

28

",,352

28

r·',;i~!:'

~

100

"'T~.~;:elf&Cl; exp.lif'; wks-mlhs.

15.56

7 7 1

fruit cocktail

.seye(eallaek: .Soll in fe.. hrs. ~- - ". :,"'>~S~:}:}W :~:'-";':-:~~;'}"

0.8

23'.. ",

~

n Vl

Monsanto Lustran; 50.8 mm diam. disc

Monsanto Lustran; 6.4 mm samples

1.2%

7

Monsanto Lustran; 50.8 mm diam. disc

28 28 28 28

Dow Magnum; to ASTM 0543-84

I 30 100 100 100 100

tl (1) Vl

powder

Glycine Glycol Ether Grape Juice

<5'

" Cellosolve 100 100

;:l

t"'

0: .,

.,

P

tl:

Grapefruit Juice

GE Cycolac KJU

100 100 100 100

"tl

i:i

-.

Dow Magnum; to ASTM 0543-84

Windex

Glycerin

424

100

ethyl regular white gas

@

95

bent @ 20·

25,9 29.9

0.25%

Ginger Ale Glass Cleaners Glucose

o

Toray Toyolac 900; transparent Dow Magnum; to ASTM 0543·84

28 28

100

regular white regular white

,i"···.

!;ti~~··_·

55

7

Freon 12:22

Toray Toyolac 900; transparent Dow Magnum; to ASTM 0543-84

28 28 28

25

50'~3

;",:

100 100

!~;~'~'i~~~l

~;~!~~!~~~f1~t

f~

7 7 7 7 7 7 7

3.6

~;' )i:~;;;.;;~

7 7

~;,

28 28 7 28 28 7

82 30.4

Toray Toyolac Parel TP10; anlistatic LNP; 30% gl.fib. Monsanto Lustran; 50.8 mm diam. disc GE Cyeolae Monsanto Lustran: 50.8 mm diam. disc Dow Magnum; to ASTM 0543-84

7 28 28 28 28 7 7

GE Cycolac Monsanto Lustran; 50.8 mm diam. disc

<6.9 MPa

6.9-13.8 MPa

LNP; 30% gl.fib.

>20.7 MPa

GE Cyeolae Monsanto Lustran; 50.8 mm diam. disc

Dow Magnum; to ASTM 0543-84 >20.7 MPa

GE Cyeolae Dow Magnum; 10 ASTM 0543·84

13.8-20.7 MPa

GE Cyeolae

@

'1:l

i:l

'.....o'"

'"tI ~

<0' ~

0:

Grapefruit Juice Graphite Gravy Greases

p ...

tt::

Hair Spray

beet gravy Chevron SMI LubripJate 105 Amoco Rykon 2 EP Chevron FM

7 7 7 7

:/t\?ll:Af'

Clairol

7

vaselincal~tensive:<~)~~.;);F;

Hand Lotions Heptane

n-He~tane

H.~...

"":'M.

:~~

i;'ii;ri~;;:'

Hon..

:::

Formula 409

Fan::t~::~ray

Monsanto Lustran; 50.8 mm diam. disc GE Cycolac Monsanto Lustran; 50.8 mm diam. disc

13.8-20.7 MPa'(;";'1'bF 6.9-13.8 MPa >20.7 MPa >20.7 MPa

GE Cycolac

<6.9 MPa

:',~l~~~~!~lf~I~:~iJ_~~

~:iLA~;rr),s~i.re;~!taekf~Oltidlilj(~r~r;

"

"'%

7

l''"

"""'M', bent

@

L~~r~:c~;:cmm samples

~~;;i 'M:;:~;~~'~:,~:;:~~,

II '" , "' ,~ :., ~::~~:;;;~i~~;~::':", Monsanto Lustran; 50.8 mm diam. disc

20·

~~':'~;~ii~~li·;j

~ni;;gt:m2

"'At3''(Fi';

7

,';;~:i;';~(;

~~

Monsanto

Dow Magnum; to ASTM 0543-84

i \ i ' W : I ! i { U v \ ''P:p\!:i:#Jsjant:''\JH@WJ«

7

I'l~{~ i: .........

~~~::r::i:~

...•.,.'..

>20.7 MPa

<6:~2~pa;~:,~~:;']~~;

1\; t :ii.;23\ . i

Hexachlorophene

Household Cleaners

.·q%Mi !'N'

7 7 7

;:,;jlona$rsla~f+N;:iH i

<6.9 MPa

>~6~97 ':paa

stress":cracksstart.O:lo8,(l :\:. .

Monsanto Lustran; 50.8 mm diam. disc

GE Cycolac

.".

cleaner

Hydrobromic Acid

Hy',o,",,,;,

',Id

Hydrocyariic Acid

» OJ

(J)

: ~~

~!~;~;(:~;i~~il~

~:

:: ~~~'

:~~

lJi;";;:~~~;"i!li

;t; ;'7;;i\}'8~cll!.illife~""t~s;.,y[s·.,

,,,%

!~~

:::

Dow Magnum; to ASTM 0543-84

'So" ,,,' &'Yh; 'MOM' ~:~:":"::,,~ ""

~:><'7~;>,\~~~~,citldIl18niilW,Yts,;

Chemical Resistance - ABS

• .y.

. .••

Dow Magnum; to ASTM 0543-84

c..:>

......

Chemical Resistance - ASS

:l> OJ

~

en

25 48

100 100 100 100

Hydrogen Hydrogen Peroxide

Hydroquinone

Inks Insect Spray Iodine

28

Dow Magnum; to ASTM 0543-84

28 28 28 28

Dow Magnum; to ASTM 0543·84

Porion

100 100

USP, tincuture

100 100

Isobutyronitrile Isooctane Isopropyl Acetate @

~

Isopropyl Alcohol

isopropanol

(I)

t""

.,0: .,~ \t:

Isopropylamine

28 28 7

Dow Magnum; to ASTM 0543-84 Monsanto Lustran; 50.8 mm diam. disc

7 28 28 7 7

Dow Magnum; to ASTM 0543-84 Monsanto Lustran; 50.8 mm diam. disc

6.9-13.8 MPa

GE Cycolac Dow Magnum; to ASTM 0543·84

7

<6.9 MPa

GE Cyeolac Monsanto Lustran; 50.8 mm diam. disc Toray Toyolac 900; transparent

100 100

Dow Magnum; to ASTM 0543-84

28 28 7

7 7

isopropanol

Isopropyl Benzene

GE Cycolac

7 28 28

(I)

;J

<6.9 MPa <6.9 MPa <6.9 MPa

50

f? 15'

Monsanto Lustran; 50.8 mm diam. disc Toray Toyolac 900; transparent Dow Magnum; to ASTM 0543-84

28 28

100 100

r;'

96

100 100 100 100

'1:l

Ei

0.44

28 28 7 7 7

Johnsons No Roach Orlho Isotex

Isoamyl Acetate Isobutyl Alcohol

28 28

90

100 100

crystals

Dow Magnum; to ASTM 0543·84

28 28 7 7 28 28 28 28 28

powder saturated solution powder saturated solution

Hypochlorous Acid

Monsanto Lustran; 50.8 mm diam. disc

1 3 3 3 3 30 30 90

1

Hydrogen Peroxide Hydrogen Sulfide

7 7 28 28

Monsanto Lustran; 50.8 mm diam. disc

0.3

97

28 28

Dow Magnum; to ASTM 0543-84

7

Monsanto Lustran; 50.8 mm diam. disc

.' I.

@

"tl

E"

Ccinc.~

~

n'CIl 15'

"'(~)

Kerosine

Y,mp;

28 28 7 7

15' ;:l

t

0-

.... I:l ....

Kraton Lactic Acid

;\'{.~~"

Shell

/ ..,

,.::~.,~

100 100

(I)

I· Time.

. ('C,',. (day.)

7

Dow Magnum; to ASTM 0543-84

6.9-13.8 MPa

GE Cycolac Monsanto Lustran; 50.8 mm diam. disc

>20.7 MPa

GE Cycolac

Lauryl Alcohol

100 100

28 28 28 28 28 28 7 7 28 28

Lauryl Sulfate

100 100

28 28

Lead Nitrate

100 100

Lemon Juice

100 100

28 28 28 28 28 28 7

Monsanto Lustran; 50.8 mm diam. disc

100 100

28 28

Dow Magnum; to ASTM 0543·84

10 10 85 85

II:

Lanolin Laundry Detergents

Lead Acetate

100 100 Woolite Tide

1 3

saturated

fresh

Lemon Oil Lestoil

Lighter Fluid Lime Juice Lindane

2 2 3

Dow Magnum; to ASTM 0543-84

13.8-20.7 MPa >20.7 MPa

GE Cycolac Dow Magnum; to ASTM 0543·84 Dow Magnum; to ASTM 0543-84

0.25% 7 7

62 81.2

6.9-13.8 MPa <6.9 MPa

GE Cycolac

naphtha

7

Monsanto Lustran; 50.8 mm diam. disc

concentrated

28 28

Dow Magnum; to ASTM 0543·84

g-8enzene Hexachloride

7

Monsanto Lustran; 50.8 mm diam. disc

28 28

Dow Magnum; to ASTM 0543·84

Linseed Oil

100 100

0.25% raw

83.9 95.3

7

79.8

liquid Wrench Lithium Bromide Lubricating Oils Lutidlne (2,4-) Machining Oils

»ttl

CJ)

LNP; 30% gl.fib.

saturated

7 28 28

Sunoco Sunvis 931

7 7

light

7 7 7

LNP; 30% gl.fib. Monsanto Lustran; 50.8 mm diam. disc LNP; 30% gl.fib. Monsanto Lustran; 50.8 mm diam. disc Dow Magnum; to ASTM 0543·84

6.9-13.8 MPa

GE Cycolac Monsanto Lustran; 50.8 mm diam. disc

0.08

Chemical Resistance - ABS

102 99

Toray Toyolac 900; transparent Toray Toyolac Parel TP10; antistatic

-"

c..n

> OJ en

Chemical Resistance - ABS

100 100 100 100 100 100 100 100 100 100 100 100 100 100 100 100 100 100

Magnesium Carbonate Magnesium Chloride Magnesium Hydroxide Magnesium Iodide Magnesium Nitrate Magnesium Sulfate Maleic Acid Mannitol Alcohol Maple Syrup Margarine

Mascara Mayonnaise Mercuric Chloride Mercuric Cyanide Mercurochrome Mercurous Chloride Mercurous Nitrate Mesityl Oxide @

"1:l

E" ~

;:;.

Metalub 555 Metanitrotoluene Methoxyethanol (2-) Methoxyethyl Oleate

VI

tl

(b

VI

16;:l

t"'

.,c;:

.,I:l

It:

Methyl Acetate Methyl Acetophonone Methyl Alcohol

100 100

Maybelline

Itl;~1~1>f~i~I!~l' ~!}.;j'1Th>~'!)ji H~~\'·23·.,"'·'·

:M~;(~~;1;~·;

[;;j!tl;i~ji';;;l ~,l[;·i~~·>~.·>;!;

.• ·':(

;~l;',;~:, ?'jff;~:i ),.•' ;;;';~;~:

."";,i'~i;,1·' '''''2~t

~,~;~,ti' •., »W:13fi-;

%··i.~~\·' 100 100 100 100

f;i)ii#~;;;,t

.,

>;;~.:",,~. . /'23/

100 100 100 100 100 100

'!it':~'.' ti\~~;!' 23

::::;

~;l';;~l~;<""'" •••••••

100 100 82 82 100 100

!;;~,. ii Ii?

•

.,.:,:,

I i;il![~~;

.....

;1;1:

28 28 28 28 28 28 28 28 28 28 28 28 28 28 28 28 28 28 7 28 28 7 7 7 1 7 28 28 28 28 7 28 28 28 28 28 28 7 7 7 7 28 28 28 28 7 28 28

q;'

a>

f

. '''8f

)'~G!~Mi@;!lJ~Vl1l!i;!¥;;jYt~Nrn

Dow Magnum; to ASTM 0543-84

.·~M~:··q.~~;e~~~E!M}i"l~at~;;

Dow Magnum; to ASTM 0543'84

~~~

9.:{;13.8-20.7

MPa

13.8-20.7 MPa 0.64%

(·7{no;el(ei:t.'\i2d ,.,

;ili·;;~:~;i.'.:'·' \7;?·'(>~}

,.f;f~t'j;~~I~~~;~';~~2.~}

.+

Monsanto

Lus~r~n~Y5Coo~:m diam. disc

GE Cycolac Monsanto Lustran; 6.4 mm samples ':,';;;;!i:(¥isl~j1t;;i-:i(,.,'· Monsanto Lustran; 50.8 mm diam. disc Dow Magnum; 10 ASTM 0543-84 ".',. eiB:'~\~:!i!it'!i,m~g;Y!~
··;,;·;l;~:~l.;

';''$!1:aitlls kl~allo'firSI ciac~'

····.;;:.je-ll.jsl.~iW\.("';

'.

MPa

Monsanto Lustran; 50.8 mm diam. disc Dow Magnum; to ASTM D543-84

.;}·!j!~~~ • B~~tMS!;'!9~~. """ii:'

.Jl$
13.8-20.7

(:~·:~:::::~:;·}\:r,'sW~,~~r:::::~;:~~#::::{

:...:

".%'2i·,·•.· .

..:,.') Monsanto Lustran; 50.8 mm diam. disc Dow Magnum; to ASTM 0543-84

~~P8~1~!~.e;p1!Jr"Y(~i

• • ••·.llo(i~~J~la~1

"di

··.·.'jI%·~I···['.

\>~~~t·j~G'~i!~~!!(~j;~

"·'n?i'>.'

i'.ieiei'!alla£K;soMilJ~W

Ns,····

Monsanto Lustran; 50.8 mm diam. disc Monsanto

Lus~r~n~~c;~:m diam. disc

Dow Magnum; to ASTM 0543-84

,:) d' .,iiJ!iM,~!~la"KY¥<;;t Monsanto Lustran; 50.8 mm diam. disc 0.25%

~?}~%:t}( ~~::::f

38.2

i~~'iJ~jil,"~gW.#l(~cl~.c!Jit,;;"aY's '

Dow Magnum; to ASTM 0543-84

e:{@jf:HJ:YW:\ pyXMttrnt.;:·····,C·;

LNP; 30% gl.fib.

@

p'"o Vl .....

n'Vl ~

I·. ;· ~· · · · · .Reaae ,".-

"~"'"

....;};:.

Methyl Alcohol

I

.

~ji;t~"ik I'~~c~I'j1~~~')Ir:~~.I1~r~~~~r: ~:~:;~ Rm,oo'v.

Vl

.::.~:~.

lEi' ;:l

t""

0:.,

.,

l:l

<>:

i·\·•• •~ .....

;

I

\6:;';

:~~

Methyl Amyl Alcohol

I:::~~: :~~~~:~e

Liquid @ 20 psi

Methyl Bromoacetate Methyl Chloride

Liquid @ 65%

Methyl Ethyl Ketone

:

~~

;j!;~i%;t ••

13.1

3

. ~. ":,~,~~~.

33

Mon;:r:;

67.1

LNP; 30% gl.fib.

~:;;J: ;~){'<;;~;(:1·A~itij·;;;;;)

:~~ .j~\~;f);< :~~ i :';~~j!:{ 100 100

~:

.:;>(,~.

<.(

~:;,.? ~····:;t;'(~:·.;.::;}~~:.;8;')i': 28 28 7

GE Cveolac

<6.9 MPa

".:~

;;.;.:

\i ; 23ttq

Methyl Laurate Methyl Propyl Ketone

100 100

\~~) 2.~.

cone. formaldehyde 100 100

:~~

Methylene Chloride

lo0~i .... 100.52\\

Methylene Chlorobromide

100f2~/

Methylnaphthalene (a) Milk

A'"

"D.

7

~~

~.....

'\<~A>

.:?

.

J5~.:

•.. ···.;••. 2... .•••

s~v;:r~ attaeki:~ltin ':;:~~;'" .notJ8$jst~nrkA>

2 8 ·7.~xMete~j;UhiNnt~."'.yrs) . 28 t .' ··~F· · c .

Monsanlo Luslran; 50.8 mm diam. disc Dow Magnum; 10 ASTM 0543-84

.~t~~0;j';f;~aJ\;;$?!}i' 1~;whr$.\

~:

• ~, ".2:'

28 28

28 2 '. 2 8 · F..

100",g~" 100 ;t.~2:·

28 28 7

Monsanto Luslran; 50.8 mm diam. disc

100 100

28 28

Dow Magnum; to ASTM 0543·84 1.2% 13.8-20.7 MPa

7

CJ)

- ---:.

Dow Magnum; 10 ASTM 0543·84

~:

1 7

» OJ

GE Cycolac Monsanlo Luslran; 50.8 mm diam. disc

;' . i i \ ••,'.2 .....

7

23' .52·,.'

Methylene Bromide

100

7

28 28

100 100

Methyl Salicylate

Methylene Iodide

Dow Magnum; to ASTM 0543-84

i~i·~\;:>~ i:~;~.i··;;t~~~ji;~~t~~i:~~[~;::~::.' MO~::~~::~~~;05~:;:mD:~;~:ise

Methyl Isobutyl Ketone

Methylal Methylcyclohexane

~~:;:::;9~~~t::s:~r:~tse

Monsanlo Lustran; 6.4 mm samples GE Cyeolae Monsanto Lustran; 50.8 mm diam. disc

Chemical Resistance - ABS

..... --oJ

->-

Chemical Resistance - ABS

»OJ

CO

en

. resJ~a~r{.:>

7

Monsanto Lustran; 50.8 mm diam. disc

7

Mineral Oils

100 100

.• l>!A~;;;;.:

.'\¥·~~f~;··t

28

..•. 52>·:· . .

28

'8>;.• ' .

7

'.

Mineral Spirits Molasses Morpholine

100 100

1

}·:?f23•.••..:•• •,.

28

.

28

L~2'

1.2%

Ij

Extra Heavy Mobil Costan 338 Essolube, Tydol

r:r(;l~j.:~~~'i[:

Mouthwash Scope

Mustard

100 100 French's VM&P

100 100

. . ,:;<.~::: .:

7

6.9·13.8 MPa

7

>20.7 MPa

7

>20.7 MPa

1

0.88%

7

6.9-13.8 MPa

ft~ :;;;·;;~~;:!;;;1

28

"

Natural Gas

100 100

Nickel Chloride

100

Nickel Nitrate

100

100

28 1

0.76%

7

13.8-20.7 MPa

7

100

Nickel Sulfate @

"tl

100 100

Nitric Acid

5

;'i,~;;l~~l'll-j;i

~l~~~~~i~~~~il{

28

[~1;;:~~;1;;~;~

28

~;tllfll~I';t

28

7

\;;,.:,•. 4' .,)

'/ .:;-;:; ..:J~~t;~.~~::::!:::::~~t~r ,~' :~:;:~.A.:

;·..

ril;,::;.;:;

:.:.;':~

" GE Cycolac

Monsanto Lustran; 50.8 mm diam. disc

:.;:/:..,;.. ,.;;> :').~::: •.

i.if,.;")\~'~fiMfn#:?+·:·'··,··

:;;'~:~~ii'iE1~1;;~'~t~~; • ·····AA~~H)ii.Mq~\~~@M(~W.~r~;··.·.·.

?H;J'

LNP; 30% gl.fib.

LNP; 30% gl.fib. Monsanto Lustran; 6.4 mm samples GE Cycolac

,:::::.~~;*:~::;:, Dow Magnum; to ASTM 0543-84

Monsanto

Lus~r~n~Y5C;~:m diam. disc

Dow Magnum; to ASTM 0543·84

>20.7 MPa

mMt!lJ;; ;

)·.·. ··.;.t~ . . t;·

;fn~!(~.~s::ct~~:~,!!l),!\!il~l\ltHI

GE Cycolac

~. ,;t:;;!!11!!!~mMU;:j)@'

Dow Magnum; to ASTM 0543·84

28

7

0C1l

10

28

20

7

cE-

25

7

;:l

30

28

t"'

30

28

40

7

IC:

.

Monsanto Lustran; 50.8 mm diam. disc

28

28

.,

.:~

;;.: :.<

-

t~iil~;~i;;~:

Dow Magnum; to ASTM 0543-84

::::!~:re$~~~·:;~~;~i;~E·~ :;'• . :;~~7~~~~;:~~~;(~~;i;f.·

;,I~;.~':·~.;i!

Monsanto Lustran; 6.4 mm samples

28

10

~

77.7

":6"', :(~, '·4/' .'

<6.9 MPa

28

n-

.,0:

85.5

.·······!!:\.i

28

5

en

~ ~ :::

28

10

en

...>

28

is" ~

.~Q.Ja\I~(e

28

28

1[];I~~~il~l;.l;

83.7

"\.,<.;;,

7 crystals

'x :-': Monsanto Lustran; 50.8 mm diam. disc

i:~iSlarit+ :::':)"•. ,

.::~~

.·• .•.•.·•·.·~j0\;·

~j~;i~;;:;?. : :

7

28

.

· · · . ~ . . L ;::

7

7

Naphthalene

"

r~js\ant

sa~ere at!lic~;.s:Offin faioi ·hrs.

'; '::.::;::::'2\ ••"

0.25% RPM

Dow Magnum; to ASTM 0543-84

7

22":}··••

':/'(,23' ...••.

Moth Flakes Motor Oils

Naphtha

·'"2~'L . . . ·

; i@I!Jl.~t . '::::~:4:1~:::::~::\:::~::~

'" ,. '" ,

~.

28 0.38

102

Toray Toyolac 900; transparent Dow Magnum; to ASTM 0543-84

'~II~~ililm;~1i~ MO::::aLgU:~~~tC:~~:::3~8:iSC

13.8-20.7 MPa

WN&J8';"

1.5

102

t
Toray Toyolac 900; transparent

@

:E $:l ~

n' en

7 28 28

~ en

~.

;:l

t'"'

concentrated

0: .,

.,

$:l

tl::

83

Toray Toyolac Parel TP10; anlistatic Dow Magnum; 10 ASTM 0543·84

7 7

Monsanto Lustran; 50.8 mm diam. disc

28 28

Dow Magnum; to ASTM 0543·84

Nitrobenzene

100 100

28 28 7

Nitroglycerin

100 100

28 28

Dow Magnum; to ASTM 0543-84

7

Monsanto Lustran; 50.8 mm diam. disc

100 100

28 28

Dow Magnum; to ASTM 0543-84

100 100

28 28

Nitromethane Nitrosyl Chloride Nitrous Acid Nonyl Alcohol

n·Nonanol

Nujol Nutmeg Oil Octane Octanoic Acid Octanovl Chloride Octyl Alcohol

n-Octane

100 100

. (:~

7

Monsanto Lustran; 50.8 mm diam. disc

100 100

28 28

Dow Magnum; to ASTM 0543-84

100 100

28 28

n-Octanol

100 100

~;

100 100

·23

..

23' "'"

Oleic Acid

28 28

7 7

Octyl Cresol Oils

Monsanlo Lustran; 50.8 mm diam. disc

with coltonseed oil

52

'2.3,< ;/

Mobil DTE 26 Mobil S126

23 50 50 100 100

28 28 7

Monsanto Lustran; 50.8 mm diam. disc

'no ,flael'

Dow Magnum; to ASTM 0543-84

.str~s{~raeJss sl~n (I load $:evereiiiteck;soli'iii few hrs.

Dow Magnum; 10 ASTM 0543-84

.' st(~$S'etae1l.nlart· 0 '108ll

GE Cycolac

expectedlif,; ~fU;.< yrs.

<6.9 MPa

28 28

7 7

>20.7 MPa >20.7 MPa

1 1 28 28 7 7 7

0.76% 0.53%

GE Cycolac

Monsanlo Luslran; 6.4 mm samples Dow Magnum; to ASTM 0543-84

0.05 -0.2

103 98

Monsanto Lustran; 50.8 mm diam. disc Toray Toyolac 900; transparent Toray Toyolac Parel TP10; antistatic

Oleum Olive Oil

Orange Juice Orthochlorobenzaldehyde

»

OJ U>

100 100

28 28 7 7

1 7 7

Dow Magnum; to ASTM 0543-84

99 1.2%

Chemical Resistance - ASS

Toray Toyolac 900; transparent Toray Toyolac Paral TP10; antistatic Monsanto Lustran; 6.4 mm samples Monsanto Lustran; 50.8 mm diam. disc

<0

» OJ

I\,)

Chemical Resist..mce - ASS

en

I, •.

.

:::,

:": ~: ~:~:' ~:

IR"g.rii'~~';

,::J

, Tjm,e

Load

(days)

~~~j'ianc~Not~

,~DL ~.a~1?9 :.'

Orthophenylphenol Oxalic Acid Ozone Palm Oil

100

28

100

28

100

28

100

28

100

28

100

28

100

28

100

Palmitic Acid

C>

s~~ere

"

aUack:. soli in few . hrs. .~;

Dow Magnum; to ASTM 0543-84

28 28

powder

28

Parachlordine Paraffin

paraffin oil

Paraldehyde Peanut Butter Pentachlorophenol Pentane Pentene Pentylamine Pepper

100

28

100

28 28

100

28

7

'AS!Slant( "

Monsanlo Luslran; 50,8 mm diam. disc

100

28

Se~Gie':aiiac:k;$ofnn,faw h'rs.'

Dow Magnum: to ASTM 0543·84

100

28

100

28

100

28

100

28

100

28 Monsanto Lustran: 50.8 mm diam, disc

Dow Magnum: to ASTM 0543·84

100

28

"

100

28

100

28

100

28

100

28

Perchloric Acid Perchloroethylene

modieffect;:~xP",life: wksimths.

7 7 7 Ground

Peppermint Oil

}.~2 ~~fec.1 /> '

100

100

28

100

2a'

100

28

7

Permatex

Permalex Form·a·

Petroleum Ether Petroleum Jelly

100

28

7 7 7

~

en

16' ;:l

t'"

0: .,

.,

p
carbolaled

Phenol

GE Cycolac

0.15

7

I

~

<6.9 MPa

2a'

i:) en

7 100

'tI

0-

6.9'13.8 MPa

Gasket'l Permatex Lock Nul

@

Monsanto Lustran: 50.8 mm diam. disc

7

5 5 5 5 5

7 7 7 28 28

103

Toray Toyolec 900; transparent Dow Magnum: to ASTM 0543·84

13.8·20.7 MPa

GE Cycolac Monsanto Lustran; 50.8 mm diam. disc

12

70

Toray Toyolac 900: transparent

15

66

Toray Toyolac Parel TP10; anlistalic Dow Magnum: to ASTM 0543·84

@

:!:! $:l ~

n'VI

~ VI

to;:l

Phenolsulfonic Acid

t"'

Phenoxyacetic Acid

0: .,

.,

$:l

II::

···j!;(l1~;W!;.·;··

IPhenol 100 100 100 100

Phenoxyethanol (2-) Phenylacetonltrlle Phenylethyl Alcohol

100 100

Phenylhydrazine

100 100

Phenylphenol (p-)

100 100

Phosphoric Acid

10

i.~1;),:!·i~.~~j~·;·

10 25 85 85

Phosphoric Anhydride

100 100

Phosphorous Oxychloride

100 100

Phosphorous Pentachloride

100 100

Phosphorous Trichloride

100 100

···.(':.W~~~;~t~f'@~lj~,!.~@14':i;····

:::,::%k?%<::r::;

;';~XAA~!~~'Qf4ii;llI!t@Hr~;""\F

Dow Magnum; 10 ASTM 0543-84

~T}~(?:}t>?{

'·iWd;ti@jil$\s!~~t,gU$j

Monsanto Lustran; 50.8 mm diam. disc

f::M?t::~amti

+l!iI~~iK\i\ijj~~~;~WliHfii¥#A

7

.};n;;2jVi;;

·P·X.W~9fi,(~~WrrCD%@r%

28

:;;;rt::j}§:tftr:~

·.·m2ll;;~ff~;;ii~!!Y~;.~i"I.I~;;)

28

;;;;;;3.~I';;;

28 28

,;;!;l;]~~~~;~j~

7

r~ l1'!~ij~ ;i~ ~:

28

\;~;'j~~i~~r:l

~~r;l,l~iJ'~i;~

<6.9 MPa

7 Dow Magnum; to ASTM 0543-84

28 Monsanto Lustran; 50.8 mm diam. disc Dow Magnum; to ASTM 0543·84

28 28 28 7

0.37

102

Toray Toyolac 900; transparent

28

I

GE Cycolac

28

?%j;~gW;
10 25

t% :::;\~
7

Dow Magnum; to ASTM 0543·84

28 28 28 28 28 7

~{iYEQ;M{:{~~~

y>q;;%&~l~~iil;¥g;W\}

Monsanto Lustran; 50.8 mm diam. disc

;¥f-;Jt-I~~l;.i~;;

28

j.?t •••7:i•• ;;W

"<~~AAqlll4Jlt4i;;·miM.+¥is2iiW

Dow Magnum; to ASTM 0543·84

i.ft~~01~jllil~1 111'i~~'~1;11

28

• (:fHY:?.;;;;;;

·.;)•• .;~*~clAAi!M;j!Jll!i~;1Wmiid • •

Dow Magnum; to ASTM 0543·84

}gm!@m@)jirn~WA\ljIW}Mint

Monsanto Lustran; 50.8 mm diam. disc

28 28 28 28

11,s;1;~Ul:;t.;j

28

.1~flI6111%

28 7

W4DJ;i~:{iqW

;1~lf_~:"I;1

28

m::~s;gTl&:::~~r&~

g"it,~M9!~[mttjjjtI§M;t~~;@;

§:qiWt~::r:I:fJ}

;MnWMj~~!Jn~~nmiP%&~~; Monsanto Lustran; 50.8 mm diam. disc

:~:~:~@@t~:~::;~:!.~~:t

'W;~J!~~~~!'ft;!MM,\;t

W:kmt.~·~~~%t::~:;;

;;JA1!@l!~;!!~!fYH!t#§f.~~·)·.· Monsanto Lustran; 6.4 mm samples

28

Phthalic Acid Phthalic Anhydride

100 100

@mjjg~Mtm

Phthaloyl Chloride Picric Acid

100 100

Pine

on

100 pine needle oil

100 100

pine needle oil

Piperidine Plastic Polish

Novus #2 Novus #1

pol~ethYlene Glycol

onolaurate

» OJ

U>

100

28

28

Ii

28

t{+::::g~NHM

7

l~rtlH~~t[1

7

6.9-13.8 MPa

7

<6.9 MPa

1

0.59%

{111~~llI~1811~r;

Dow Magnum; to ASTM 0543-84

28 28 28

GE Cycolac

0.029%

Chemical Resistance - ABS

.... ~

» OJ

N N

Chemical Resistance - ABS

en

,•). ;;\';' .;~;I/ R~llgiint ~'

:';::"."

"."

,:,~"

....; ;

.

'J' 'x."·..

I

.

:::~::.::.:: ":":~'I""""

'Reagent Note

Potassium Aluminum Chloride Potassium Alummuril Sulfate

Cone.

-'' I,

0;:::;';.

50

28

50

28

100 100

Potassium Bisulfate

100 100 100 100

Potassium Borate

t,lL~h; 23 ..'

..," 52' ':J ;~~3 52

28 28

',2:P

saturated solution

23

Potassium Bromide

'slr"""

Potassium Carbonate

100 100 100 100

Potassium Chlorate Potassium Chloride

~3i

52

%

52

25

23 23

100 100

52 '23

Potassium Cyanide Potassium Dichromate Potassium Ferricyanlde Potassium Hydroxide

100 100

52

saturated solution

23 65 "·23

·

saturated

·

10 30

@ ~

Potassium Nitrate

n'en

Potassium Permanganate

~

~ en tEo ;:l

t""'

~ l=l

.,

te:

7

23 23

7

·

saturated

·23

"

52

Potassium Manganate

~

23'"

7 7 28 28

2~ 23

saturated solution concentrated

Potassium Iodide

28 28

52

28 28

2~<

100 100 100 100 100 100

28 28

'. 5?

'23"

.,'

.~2·: A

saturated

Potassium Sulfate Potassium Sulfide

100 100 100 100

23'¥

52 :~.

23,"

52"' }

28 28

·#hFAP;/'··'"

.~

~

7' ~::

9

:.: :"1

• yrs, ';:;:

j'

~':.J',

i

yr$.

."

',i'

9 9

stress cracks 'start OJoad

"

•

8 9 9 6

<.:.

;,

<,

good· minol attack

Monsanto Lustran; 50.8 mm diam. disc

..

M'"

no etlecl u

ex

Dow Magnum; to ASTM 0543·84

.;.~

~x~cteiiJife;mlhS:' Yl~: . ;;/'; ~ . , 'C .11

7,( ·'7/'

-7.,

28 28

.7

Dow Magnum; to ASTM 0543·84

reslS1ant

.,

28 28

Dow Magnum; to ASTM 0543-84

~~(U

.~\:~:

8 8 9 9 7 7 7

~~,.

Monsanto Lustran; 50.8 mm diam. disc

~o,""ect

.... /J~!r:lil1)j!~d'~s. 'X: .' <, ex·piiCl8illlfe:mths.· yrs.

7 . 7.

28 28 7

GE Cycolac Dow Magnum; to ASTM 0543-84

DO elfett /

,';': ,;slstant

!

6 il

I

'"

9 9

'9 l

~.~,

e~pee!~llf.;!1'th~ ••

i('

T

::~:'.

,'> . ~8If~\

'9'

>20.7 MPa

Dow Magnum; to ASTM 0543-84

~ ~

7

,::..:::~ M""""

.

~

:::,

M.terlal Note

Monsanto Lustran; 50.8 mm diam. disc

5

. 52

~:~~:~~~~~~*'

~

28 28

23

.

..:;;.

28 28 28 28 28 28 7 28 28 7

23

w.rglltEjo~9.ilOft;~t.Re$lstlll'lce.Note

.,9,.'

28 28

$?

Jf

~

.,""'" " . "."" '"

~. <·%~~~~I~~~;:,·:t;',;.;;.:,

~DL

28 28 7 28 28

"

.6.;

.~:

;\",~;'~j~:)

28 28

saturated

Potassium Bicarbonate

Potassium Bromate

T~ti .5:~.; f.. ~:. ·'····1··'

----.----------

.. -~

i

;;::

"~.

;i~~;ri~~;i~~~i~~;p~i~I~J: i:;~~!fj~iQil~~)~~;,: Yl~.

7 .;:<\

'''~..:

Monsanto Lustran; 50.8 mm diam. disc Dow Magnum; to ASTM 0543-84

. . ." ....'..... ,."N.".'

@

'i:l

po

~

Reagent

Reagent Note

Temp.

Conc.

('C):'

,(%)

ri' CIl

Process Oil Propane

tl C1l

CIl

15'

;:s t"'

&-,

7

8 7

100

52

28

7

lOa lOa

23

lOa

"

•

23

28

5

52

28

2

Length

I

TenSile, Strength

I

Resistance Note

Elongation

lire.: wks·mt~s,

" sev.era·attack;·solHn Ie" hrs.

lOa lOa

23

28

7

expected Ilfe: mlhs .• yrs.

52

28

2

severa attack; soil in lew hrs.

Propyl Dichloride

100

23

28

2

52

28

2

Propylene Dibromide

lOa lOa

23

28

2

100

52

28

2

•

lOa lOa lOa lOa

23

28

0

solyent

Propylene Glycol

lOa lOa

Propylene Oxide Quinine Sulfate Red Copper Oxide Red Oil Resorcinol Root Beer Salad Dressings Salad Oil

e,xpeClad lifa: mlhs..~ yrs.

4

slrass

28 7

23

7

23 52

"

9

no efleet

23

7

salurated

23

28

52

28

23 23

7

! r

7

, 'severe attack; soft in few hrs,

7

" resistanl

Monsanto Lustran; 50.8 mm diam. disc

9

no effect

Dow Magnum; to ASTM 0543·84

9

"

8

rasistanl

~tl.i~~~MIM. lOad ...

4

a

a

97

:.',"

126

23

7

8

no vis\Jal change

23

28

0

solVant

52

28

0

7

"

2 9

no'flliCf

28

7'

expeclelJ life: mlhs, • yrs.

52

28

9

52

28

.. 7

10

23

7

9

lOa

23

28

2

laO lOa

S2

28 7

23

28

52

28

23

7

Prell

23

Johnson's Baby

23

7 7

Johnson's Baby

23

7

Dow Magnum; to ASTM 0543·84

" Dow Magnum; 10 ASTM 0543·84

28

23

23

GE Cycolac GE Cycolac KJU

Monsanlo Lustran; 50.8 mm diam. disc

23

100

Monsanto Lustren; 50.8 mm diam. disc

not r.sista~t

lOa lOa lOa lOa

3M

Dow Magnum; to ASTM 0543-84

8

8 benl @ 20·

GE Cycolac Monsanto Lustran; 50.8 mm diam. disc

9

" 8 6.9-13.8 MPa

load

reslSlant

2

oleic acid

Saline Solutions Sassafras 011

e.r8eb sl&:rt •

2

7

ointment

8

28

23

23'

6.9-13.8 MPa

28

28

23·.·.

Seven Up Beverage Shampoos

,

28

ointment

.;-;

0

23

Salicylic Acrcr----

,

7 7

S2

Dow Magnum; to ASTM 0543·84

......

..... ,......

28

52

lOa lOa

Monsanto Lustran; 50.8 mm diam. disc

28

, 23

GE Cycolac

t· notiesist~nt

23'

100

Kraft Miracle Whip

$Iress eraekS"Sla.rt '•. load

2

52

100

Salicylaldehyde

Scotch Brand 5200 Sesame Oil

•

Dow Magnum; 10 ASTM 0543·84

.. \? ......

mod. ~ff~li expo

Material Note Monsanlo Lustran; 50.8 mm diam. disc

(es.islanl

2

')"

I

"'e~ii8el&d Ilfe:mths, • yrs..·

7

n·propyl alcohol

<6.9 MPa

J

7

Propylene Dichloride

» CD

~:

Weight

23

"

(J)

.'~

.

23

Propyl Alcohol

,

POL ~ Rating

Load

(days)

28

gas

Propionic Acid

p -,

It::

Time

23 .•

light process oil

Propargyl Alcohol

r

1% FJ!~.!'l!!~j~;·

% Change

no effeci ., eXl',!l£\~~life:ll)t~s,·yrs. 0.38

····~iiovl$ii.ichil.

99

severe attack: soft in few hrs.·

Toray Toyolac 900; transparent Dow Magnum; 10 ASTM 0543·84

2 >20.7 MPa

~(~~~o/@M~tM··load

9' 9

no.!lllef'·

9 >20.7 MPa 13.8-20.7 MPa 6.9·13.8 MPa

"

9

7 4 8

Chemical Resistance - ASS

GE Cycolac Dow Magnum; to ASTM 0543·84

.~lle~~ '?fli~r~art •• load ··i.--

GE Cycolac

.:.,-::.::.. :......

,

"

resiStant

Monsanto Lustran; 50.8 mm diam. disc

!') (,.)

» OJ

I\) ~

Chemical Resistance - ABS

en

Shoe Polish

:~~'W:

Kiwi Solid

Silicon Silicone Oils Silver Acetate

DC 230 GE Viseasil 5000

Silver Nitrate

saturated

100 100

Sodium Benzoate

Dial

;: ';';23};Y"

saturated

':;'•. ;;;23··.).'::··....

Si's?':j@ ··:1,;)~~j!i.~~

"

saturated

Sodium Bisulfite

" "

Sodium Bromide Sodium Carbonate

~ :)iiir;~t:.~;;. i;i l~l;i~;ll,jJ~ji.

28 28 7 28 28 7 7

100 100 25 100 100

@

'~" .... (n

;:;-

tl ~

...

saturated

Sodium Chloroacetate

(n

. ;;;\j

:,~"
.

~ ;·[·'i ; j~ ;~

28 28

<6' Isodlum Dichromate ;:s

0: ... p

...

It:

>.'YJ:ifJei~ll~i':I):'i«

"""'3;'>,

<,suess ·eJ~~:slll~'.l~a(L.

;,

GE Cyeolae Monsanto Lustran; 50.8 mm diam. dise GE Cyeo/ae

>20.7 MPa

,
••:;• ~.;~~;;~t~;;:~~!iri~!~.;

:::;~]::::[:}ti~::~:J~:;)iW:~

;@;.F;f~;~~tf;;i::~;;.JE

··W\Fll;W'2

[;;ijW? . .

.H.>~P.,~I!.~f

.·%S?···:

GE Cyeolae Dow Magnum; to ASTM 0543-84

Monsanto Lustran; 50.8 mm diam. dise DOW Magnum; to ASTM 0543-84 Monsanto Lustran; 50.8 mm diam. dise Dow Magnum; to ASTM 0543-84

...·.,@~ffl!cl~iM~~I1!\t~,£~f~i! ;,'

0.39

96

Dow Magnum; to ASTM 0543-84 Toray Toyolae 900; transparent Dow Magnum; to ASTM 0543-84

· ·

Monsanto Lustran; 50.8 mm diam. dise Dow Magnum; to ASTM 0543·84

>20.7 MPa

GE Cyeolae Dow Magnum; to ASTM 0543-84

·

Monsanto Lustran; 50.8 mm diam. disc

.

\";:t~mi

;,?'PWiX

iJl§:~1f!!i!;?;d§;U

Dow Magnum; to ASTM 0543-84

lWWt·:%~t::$r~·eff~ttMmmtMf~

Dow Magnum; to ASTM 0543-84

Sodium Cyanide

(n

t"'

,tsiiessela~$siiif(OI~ild·t)

;.::t\ ~);{ +.<

Dow Magnum; to ASTM 0543·84

28 28

7 28 28 7 7 28 28

~~')

;'i;j,t~

-.'~

Sodium Chloride

28 28 7

2 100 100

. .; .;. ;

,,'HI#

:':~.

28 28

i;'~.~:~;;\!i;i

·)i5.?\f·

@i;?:~}'

;.....

saturated solution

Sodium Chlorate

<6.9 MPa 13.8-20.7 MPa

. .:,;i..;;.~::j··\;j

;jn\:~<~···;:·;;.·>:.'

:j;i~~#.~:."·

" "

Sodium Bromate

7 7

100 100 100 100

100 100

Sodium Bisulfate

6.9-13.8 MPa

28 28 28 28 7 28 28 7 28 28 28 28 28 28 28 28

" "

Sodium Bicarbonate

Sodium Borate

..

...........2$

t.~~i{ ... .

"

Soap Sodium Acetate

;;';}~:i;:> 'l: ~~,

7 7

100 100

28 28

:..;Yfi'1,it

@

;,::

~:~

'1::1

Mat~fja(N~t~ "f{ . .... ..

i:i ~ ;:;. en

:~

-.:'-'"

.

~),~_:

::;;:::: .?'

tl (1)

Sodium Dichromate

tEo

ISodium Ferrlcyanide

Dow Magnum; to ASTM 0543·84

en

;:l

t

...co~ ... tt:

ISodlum Fluoride

100 100

·;,\~t"

saturated

ISodium Hydroxide

28 28

10 10 10 10 25 40

50 50 100 100

i:' <; 23

15 15

5% chlorine

Sodium Nitrate

.; 23 . 23 23

100 100

Sodium Perborate

100 100 100 100

Sodium Phosphate Sodium Salicylate

powder

Sodium Silicate

100 100 100 100

Sodium Sulfate

100 100 100 100

Sodium Sulfite

,:::::: : : b.: ~ Solder Flux

7 28

» OJ

en

0.3

>20.7 MPa ,.

7

D

~

9

"~'

~ 7

D 0~

~

. ~

~

:.

9 8'

:~2

28 28 28 28

.....23..":. ~,2

"',23. ,D

~

¥~

·U.

(eSlsl~t ; expected me: mthsi-:yrs.

'."

)"";.

"

,*,

7 .

-

;.~:.:.:

D-

28

. 7

~

'.• ., .

~ '~.~~

: .~:(

""'" no effeet"

"

.: .(. Col·'-

'

~ : "'.' iio"e~~!H ~

~

~.

~

•

7

Monsanlo Lustran; 50.8 mm diam. disc Dow Magnum; to ASTM 0543·84

~:

7!~Si~~i'

~~\

GE Cycolac Toray Toyolac Pare' TP10; antistatic Dow Magnum; to ASTM 0543·84

.

::""~.':' .

8ip8C:iitdliI8:rii!~S

7,.•

28

no· tiled .

7.

70 7

w

slighut Y8I1tiw~\:i

~'.

~

D

94

Dow Magnum; to ASTM 0543·84

.y'.,o"·.no.. elfitciF'· .......:•• ""0'''' .'

28 ~

:',.');;;;<;/'

ox,*t!dlife, mUls.·,·yrs'·i.}

~

'52.

'OPtCledliI8:.!I11~$O·'ytS'.·; .•.

"

23'

.D

GE Cycolac KJV

mOd.~iteC( exp: iiie:wk~:ft,llhS:,

28 28 28

23'

.

,.':!~~;~6f~~~£~"

. . :~/.:. >.

~ ••

194

~tess.tt~.ltarl.·load

1.1

~

f~

D.

104

9

9,

52'"

0

. '9.'

;,

28

~~~=~ '" 'I~- ~ Allen

20.

7

23"

Sodium Sulfide

@

sk

100 100

Sodium ~itrite

bent

2 8 2 8 7

. 52

23.

Sodium Hypochlorite

~:

Monsanto Lustral'; 50.8 mm diam. disc Dow Magnum; to ASTM 0543·84

~I." ,,;fll~~ ~:.: : : ~ :;: ;:

>20. 7 MPa:f~lres~ ~ffl#VIll!f.I~1i4:'

Chemical Resistance - ABS

I

GE Cycolac

N

(.1l

»

~

Chemical Resistance - ABS

OJ

en

I

I

l ij~~geilt

.1

"".,

I

"

Rea9~~!;ote'l(c.,.Qnc..

.'. ·(.~l}

.

Sorbitol

100

Soybean Oil Spearmint

I

I

I .

2;3'"

28

100

52

28

100 100

23 ~2

28 28

100

.~3

28

"

100

/..;:'" ~2

28

100 100

23' 52'

28 28

Spermaceti

100,·23 100 (. :~2}

28 28

Spruce Oil

100 100

23 ·.•.•. 52·

28 28

Stannic Chloride

100 100

23 52'

28 28

Stannous Chloride

100 100

23 52

28 28

. 2~ 23

7 7

Steak Sauce

A-I Woreestershire

Stearic Acid

crystals

"

.23.

white spirits

23

52

"2:3" 100 100

Strontium Sai;;-ic::-:y:Ola:-:t~e------p-ow~d~e~r

' 23;"., '5£" '""•.:

STP Oil Treatment Sucrose Sulfur

;23' 100 100 sultur ointment

Sulfur Chloride Sulfur Dioxide

~ CIl

Sulfur Trioxide

~.

Sulfuric Acid

0:

P .., \t:

dry

I

I.

%Retained

' ,. 9'.;( ,.

I

'" k "".

.

Dow Magnum; to ASTM 0543-84

13.8-20.7 MPa 7.,~@~~:ti~I4'SI;Ul0 load 13.8-20.7 M P a i i \ t : ; .

6.9-13.8 MPa

28 28

4<'

S!(ess'eraCliSsIal\O 108!l{'

··.,;.• ~~t~)~i/.·'.·\;;;:, ""

Ii

9)' ,

",

'EI~~~a;fo~ '1

28 , 7 < ··"~#i9ci8cllife:·inths.·, yrs, 2 8 " ,.•... ·w'·« . . • . . "" 7 7

..,~

. noeUecl' '1''/ .

GE Cyeolae Dow Magnum; to ASTM 0543-84 GE Cyeolae Monsanto lustran; 50.8 mm diam. disc Dow Magnum; to ASTM 0543-84

------"7"'·'::'i3;:-·""'"'/+-,"--:2:":"8

saturated ;. :'. 2~;) powder :.52. saturated'··':·."52"..

t""

Lp~~'

spearmint oil

Strontium Bromide

I

.

Temp. I.'•• Ti.m e..1 .•.,••.;.I :· p. PL. '.. .''r.e.n.·.s..lI i C'c) ·!daY~).. .',Ratln9,~re,!g j ~

Sperm Oil

Stoddard Solvents

~

I

.

:'" .. )~,3\:L ; .~'\l;2 ,iA

28 28 28 7

~:

100 100

;,52\;'

28 28

'iii? ?3;s/

28

100

: : ~ : : :~ ~ ~ 100 100

7}

J)

str8~s;~.~;~I~rt~IQad';"

GE Cyeolae

·.it t~~,.f!?~L>

Dow Magnum; to ASTM 0543-84

28

; ~~.:.~~,[} .23"

13.8-20.7 MPa

28,,~/>

,~", " '"': ~ ~.~,;~".

<,.,""

"'"..

28~~R~§!iii!;m~Mi!h~&jt~\)i; 28

1 10 10

7

10

7

0.42

100 76.9 90.3

0.3

97.5

0.25%

Dow Magnum; to ASTM 0543-84 Toray Toyolae 900; transparent lNP; 30% gUib.

\t ••;.• ,f;)mW{@ijl~~ll{n' '.

Toray Toyo1ae 900; transparent

~ ~ ~

tl

. . . . t"~

t ~eagent :,.,::" , , ) : ' ; ' •

'N';'

.~......

" " "

......

•

Sulfuric Acid

10 "2;r' 1023·.. 10 '" ""23 ~, 10 "';:;>52 25 "23. 30 . 2~.

~

to' ::J

t

~

~

~!

,

98;}~[;~~L?"

,. :{'2~"":, ..:." )'(~~l"

concentrated

Sulfurous Acid

6 6 concentrated

"

~ ~~

Sulfuryl Chloride Suntan Lotion

:~~~

Tartaric Acid

salurated solution

Tetrachloroethane

» OJ en

Coppetone

f@!;,23:,':

'.i;!;~~\i;) ):':;2S' "'. .

«;~~;;it '!;;;~~~<';;j i

23

"

J~jt~l.;x~:;

1':'

simple sugar

T,.", "'d

Too

.:

':~

Load

J" .... ::.;-.

.... ·-.·:;;:;~·}r GE Cycolac KJU

bent @ 20'

2 8 \ - ' } y > : . ·~xpo~i~lil,:.(i1I~$, :'yfs;>,,;

Dow Magnum; to ASTM 0543·84

28 7 7

GE Cycolac Toray Toyolac 900; transparent

""

13.8-20.7 MPa

0.07

~

101

,,V· sness ctacksslaitO lo!!d. "

.

·';lig~I~;;;'il~W~cf.(

;t~~~~;~~:; "'::~~::~~::':~:',:~'::'"

~ I~ 1;

".""" "'d

~~~~:~ Powder

7 7

~

..;:~h(M

"

.,,' "5'?
::~~ j~ ~~~

28 7 7

Monsanto Lustran; 50.8 mm diam. disc

28 2 28

n\O\l;~II#j:l;ixp.Ii'8~wks"iilth$:t

8

" ,

.,.

Dow Magnum; to ASTM 0543-84

.'

28

~: 7

~

6.9-13.8 M P a , y .•'0 >20.7 MPa

1~

.st!ess~~s.'sla~!I9a
GE Cycolac

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;

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28 28

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P~'Y~i;~~c~l~~~!!M~'h!f;J

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'"......

» OJ

N 00

Chemical Resistance - ASS

(J)

100 100 100 100

Toluene

Tomato Juice Toothpaste Tribromoethylbenzene Trichloroacetic Acid

100 100

Crest 100 100

crystals

"

Trichlorobenzene (1,2,4-)

100 100 100 100 100 100

Trichloroethane Trichloroethylene Trichlorophenol (2,4,5-)

100 100

Trichloropropene Tricresyl Phosphate

Triethanolamine Triethylene Glycol

28 28 28 28

I:l:j :~i ~ t~li;ji

28 28

Hj;?~1iM;

7

Il{ift;~~~jl;l;j

li;1'i.~~ll~ll'.·1

1~{;1~:~tll~i!;ji;

~~;1~~~:~.~iI0

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.:;@>62··;;;)

;;HW?~·":i··:f. ·:::}:WN~.~t?ne

7 7 7 7

<6.9 MPa

<6.9 MPa

Tripropylene Glycol @

Trisodium Phosphate

:J;! l=l

CIl ....

n'CIl

Turpentine

"\(2»" Hi' ('!tin.·.·

7

·····t;i2 M:"ly· .•:::.·:.::;.7,·ij.::;

7

100 100

;;\~~j~!j~it::i

28 28

100 100 100 100

;;;\(;;~;~~l;~; ;;)j!;~~~l;;~~:;

28 28 28 28 28 28 28 28 28 28

100 100

~

7 7

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Undecyl Alcohol

pine oil l-undecanol

"

II

100 100

·;'iMI!.~~Km;!!#;I;'fMMig::.·

7

28 28

;i.;;~#;111;~\il

powder saturated powder saturated

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;@ik?Y@

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28 28

llt~[~)~'11111~1~1~~;jl~~1 MO~::t::9u:::~::5::T:::::8:iSC

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k;;t$1i~n~~!~\!i)1QM;:;3i

;··.1;:li~~t!;~I,lM~;·**\iM!!lir~H'· 'UP;:'M:,

. .·.'·

GE Cycolac Dow Ma9num; to ASTM 0543·84

Monsanto Lustran; 50.8 mm diam. disc Dow Magnum; to ASTM 0543·84

';.·)~¥~~WIJif~;!n!hii: r:YI~"';:'i'

Monsanto Lustran; 50.8 mm diam. disc Dow Magnum; to ASTM 0543·84

L..

Monsanto Lustran; 50.8 mm diam. disc

{i.}

tM!~j~~I.·'\'bY}i·

l~~i;':!;:;iljl:IJ~!j~~~~j~I(';f~t; MO~::t::gu:::~::::T:::::8:iSC

~ ;~ ~ Ij;ji~i~'.·

7

Triethylenetetramine

_

~l~ ~ ,~ j~ i~!:~

Dow Magnum; to ASTM 0543-84

:::;.::i;}~§;,;,:~~

II

28 28 28 28 28 28 28 28 28 28

/;n;i!.3;;;· .

)igj)~.~,ii·.·.;

;;~~~~t!1~t!Js~1~1l!hi«j!W;~tf;3;

7

28 28 28 28

100 100 100 100

Triethanolamine

~;;II~io~~~'~;ll 11iil'~~~;;lii~;

tn.;?;;;••.• }.·.·

WD;~~i@~ fi!~'il\tll§;'· Yl~h';

<6.9 MPa 0.55

104

Dow Magnum; to ASTM 0543·84

GE Cycolac Toray Toyolac 900; transparent Dow Magnum; to ASTM 0543-84

%~~ial~~d

@

'1:l

S'

. EIQ"~gailon

~

n'CI> tl

Urea

100

CI>

<5' ;:l

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0: ..,

Uric Acid V-8 Juice Vanilla

..,

P

te:

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vanilla extract

100

" "

100

Vaseline

28

,",

23 .

7

2S'

7

23.

28

e~pecl'd life: mth.s.:· yr$. :';';'

Monsanto Lustran; 50.8 mm diam. disc 13.8-20.7 MPa

GE Cycolac Dow Magnum; to ASTM 0543·84

28 7

Monsanto Lustran; 50.8 mm diam. disc

i'?~'?'< s?

28

Dow Magnum; to ASTM 0543-84

.";

28

5

,: 230'"

7

100

['3

28

100

52'"''

28 1

>20.7 MPa

GE Cycolac Dow Magnum; to ASTM 0543-84

'.

1.2%

Monsanto Lustran; 6.4 mm samples

7

Vinyl Chloride

100

~:

'~:ti;)

28

100

i'),;:;'~~i \;;

28

100

Vinylidene Chloride

100

Walnut Oil

100 100

Water

100 distilled distilled

}\~;<'.

28

....•."'"

28

100

,'52

K'

Dow Magnum; to ASTM 0543-84

28 28 i

.:.;,'

28 7

Waxes

.
» OJ

en

7

00 yjJ:~1 ~,~~) .

.~.::

-

'.

Monsanto Lustran; 50.8 mm diam. disc Toray Toyolac 900; transparent Toray Toyolac Parel TP10; antistatic

Monsanto Lustran; 50.8 mm diam. disc 13.8-20.7 MPa

GE Cycolac 0.15

7

100

';?3,.'Y"':

28

52. ":"

28

~.3

7

23'

7

>20.7 MPa

···;;'i~.;~
7

<6.9 MPa

101

Toray Toyolac 900; transparent Dow Magnum; to ASTM 0543-84 Monsanto Lustran; 50.8 mm diam. disc GE Cycolac

7

Monsanto Lustran; 50.8 mm diam. disc

100

23}""':

28

Dow Magnum; to ASTM 0543-84

100

52

'::'~':::

28

100

..... 23'

.

28

100

saturated solution

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GE Cycolac

7

100

100

Zinc Chloride

84

<6.9 MPa

. "~3;'".

100

Zinc Carbonate

2.5 13.8-20.7 MPa

bourbon

Zinc Bromide

7 7

23.;'.

Witco Punshield 20 Xylene

Yeast

100

7

"2~ .'

spray lube

Xylene (0-)

0.42

;c:: "

carnauba wax

WD40 Whale Oil Whiskey

7 .23" ,.:

liquid carnauba Aero Floor Care Formula

Monsanto Lustran; 50.8 mm diam. disc

28 28

':[::;~;;

>.:

28

,~~,:h~.\('

100

100

Dow Magnum; to ASTM 0543-84

"f

52

100

Heinz

28

52

?3{ 100

Vinegar

23.,,' ::~

100

(1)

···g2: '.

. . ;.~~:>;{:

100

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100

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28 28 28 28

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28

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Chemical Resistance - ABS

to

Chemical Resistance - ASS

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ID

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en

10 10

@

"1:l

P

n-~

(I)

~

(I)

16::l

t-o

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Zinc Oxide

100 100

Zinc Stearate

100 100

Zinc Sulfate

100 100

. (i-~~iJi'

28 28

":;::':::'::"23/:/"""

28 28

;;;r~~~iit,;; ~• ~;·i~i~~l;f';;

28 28

:k,,;,;

28 28

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@

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~

iReagent

~

Acetaldehyde Acetamide Acetic Acid

n'CIl CIl

lEi'

~

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:Re.gentlfole

Ma.terial.Nole.

it:'.;:,;,>,.. :"""';"

;:l

t""

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40

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50

<360

1

.2.3:

5 5 5 5

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concentrated

Acetone

365

23:.

"23

5

~

85

Hoechst Cel. Celcon M25; 3.2 mm bars Hoechst Cel. Celcon M270; 3.2 mm bars .;~:::::

85

Hoechst Cel. Celcon M25; 3.2 mm bars

~3

365

1.13

101

84

Hoechst Cel. Celcon M270; 3.2 mm bars

5

"2.3

; 23

5

1.13

365 365

8

70

90

(;

10

23

<360

10

50

<360

8 2

20

,~o

90

:1

80

60

90

1.

95

23

<360

95

.90,.

<360

98

.23f(

.

23.

7 365

100

50,

365

100

60

10 180

0.8 ,1.29

101

84

0.2

100

88

-0.51

95.5

:2'

6t benl specimen.

1.5

0.61

95.8

8 .

4'

41

2.6

1.1

3.3

94.1

6

3.6

96

80

180

6/.'

3.6

96

80

180

'6 ,:. '8

3.6

96

80

3.68

83

52

3.68

83

52

3.68

83

52

<360

95

68

93

60

365

23

365

5 5 5

'23

365

4

3.75

49

180

4"

4.45

"

4.45

81

52

4.45

81

52

365

180

<360

<360

365 23 . ·23'··.··· <360

'~~{

·····4··

180

.23 30

1.9

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DuPont Delrin; 127.,2.7.3.2 mm bars

'nol rasislant

BASF Ultra/arm

.''no ;~r~ss'ciaCkl~gobsarv8d

Mitsubishi lupital F20-02; 3.2 mm thick

81

DuPont Delrin 500; 3.2 mm bars

",

DuPont Delrin; 127.12.7.3.2 mm bars

.. ~(.-:!.:

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Hoechst Cel. Celcon M25; 3.2 mm bars Hoechs! Cel. Celcon M270; 3.2 mm bars Hoechst Cel. Celcon M90; 3.2 mm bars BASF Ultra/arm Hoechst Cel. Celcon M25; 3.2 mm bars Hoechst Cel. Celcon M270; 3.2 mm bars Hoechst Cel. Celcon M90; 3.2 mm bars

175

83

OK lor usa;;;!. swell.

ilo~lsibi8 c~ang8

52

;~-'"

Mitsubishi lupital F20-02 Hoechst Cel. Celcon M25; 3.2 mm bars Hoechst Cel. Celcon M270; 3.2 mm bars Hoechst Cel. Celcon M90; 3.2 mm bars

no ir~8Ver$ibi. ch9.

8ASF Ultra/arm

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-0.1

105

DuPont Oelrin; 127.12.7.3.2 mm bars 'nokriiV~(sibleClili:

365

0.22

100

100

365

0.22

100

100

365

0.22

100

100

BASF Ultraform

limile~ r~~isl;

<360

<360 '85: 23< •.· <360

.,;~~': ..

.

BASF Uitra/orm

.

no irrever~l~la.~hg,

23 23"

<360

Mitsubishi lupital F20-02; 3.2 mm thick

un~alislactOl)'resis,.nc8

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~,

23

DuPont Delrin; 127.12.7.3.2 mm bars

n'otre~ISlan!

".,

0.9

<360

Hoechst Cel. Celcon M90; 3.2 mm bars

no irreversibla chg, .

4.9

23··

"

Hoechst Cel. Celcon M90; 3.2 mm bars

'.2'

90

2:i\

'23."

saturated

85

99

84

,23'

?t m.

99

1.05

99

i~;

surfactant; dilute solution

1.05

180

Mitsubishi lupital F20-02 DuPont Delrin 500; 3.2 mm bars

101

49

commercial

180

....

1.13

49

turbojet luels

••.•

.•••..,n?; 1Jr!:::~:::~::~~~.

1.05

iii ;~:i

Aircraft Turbine Fuels Albumin Aliphatic Amines Alkylarenesulfonate Alkylbenzenes Aluminum Acetate

cOlI\plately·$uil.~le·

101

180

5

5

0.2

365

2'3',

liquefied

0.22

bent specimen

2.~.

:.•.

100

all pressures

7

23

5

100

Acetophenone Acetyl Chloride Acetylene Acrylic Acid Adipic Acid Air

8ASF Ultraform

-I"

~

"

no ~lsl~I,,,£~ang;8

Hoechst Cel. Celcon M25; 3.2 mm bars

:."

Hoechst Cel. Celcon M270; 3.2 mm bars

·····,,·,'·.iio·if!.}lerslble§iig:.,

Hoechst Cel. Celcon M90; 3,2 mm bars BASF Ultraform

<360 <360 <360 <360

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rn ::;' rn

Chemical Resistance - Acetal Resins

.....

c.>

»

Chemical Resistance - Acetal Resins

o

(J.)

N

CD

S" :D CD !:Q. :::J

Ul

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~eagent .;

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Reagent Note ~.;-}.

Aluminum Hydroxide Alummum Salts

saturated of strong mineral acids

20

saturated

Aluminum Sulfate Amino Acids Ammonia

5 commercial; mixture 20 liquefied

Ammonium Chloride

5 10

Ammonium Hydrogen Carbonate Ammonium Hydroxide

saturated

8;:

<360

,.6'

50

<360

,2

365

9 8

2.3···· 23

<360

23·

<360

20

<360

70

<360

23

'lio

275

9 7

'23

<360

8

~~

100

100

Hoechst Cel. Celcon M25; 3.2 mm bars

(/l

lEi' ;:l

.,p

It:

84 8ASF Ultraform

180

~~

100

100

Hoechst Cel. Celcon M270; 3.2 mm bars

8.

o.~

100

100

Hoechst Cel. Celcon M90; 3.2 mm bars

365

7'

1.~

101

84

Hoechst Cel. Celcon M25; 3.2 mm bars

365

7

1.~

101

84

Hoechst Cel. Celcon M270; 3,2 mm bars

365

7 7.

1.~

101

84

Hoechst Cel. Celcon M90; 3.2 mm bars

180

o.~

99

88

Hoechst Cel. Celcon M25; 3.2 mm bars

180

7

~~

99

88

Hoechst Cel. Celcon M270; 3.2 mm bars

180

7

o.~

99

88

Hoechst Cel. Celcon M90; 3.2 mm bars

365

9

0.1

102

8.' 9 9

0.67

0.22

0.39

0.09

5 10

0.5 cups/qt.

23 '.' .23 .,: 23

,.92./..

f\•.·~~.i

}23'

.(

,2~ '23 23

~3 . ",. 23 '.

's

<360 273 273 365

8

DuPont Delrin; 127x12.7x3.2 mm bars

DuPont Delrin; 127xI2.7x3.2 mm bars 8ASF Ultraform

9

365

DuPont Delrin; 127x12.7x3.2 mm bars 97

97

105

101

;··8·";':?·····

<360

saturated

8ASF Ultraform

4

DuPont Delrin; 127x12.7x3.2 mm bars

<360

8ASF Ultraform

<360 100

:;}i~~::'·

<360

•. 92'

180

12.1

180 180

275

8.3

88

33

DuPont Delrin; 127xI2.7x3.2 mm bars

74

27

Hoechst Cel. Celcon M25; 3.2 mm bars

12.1

74

27

Hoechst Cel. Celcon M270; 3.2 mm bars

12.1

74

27

Hoechst Cel. Celcon M90; 3.2 mm bars

1.53

100

Hoechst Cel. Celcon M25; 3.2 mm bers

190

1.53

100

180

1.53

100

77 77 77

commercial

<360

Telar

180

0.3

8ASF Ultraform

8ASF Ultraform

<360

Hoechst Cel. Celcon M270; 3.2 mm bars Hoechst Cel. Celcon M90; 3.2 mm bars BASF Ultraform

<360

commercial

<360 <360

with 85% methanol; M85 Fuel

15

30

15

30

with 35% methanol; M35 Fuel

65

30

t""

c;: .,

102

180

~

~

DuPont Delrin; 127x12.7x3.2 mm bars

102 0.1

23

:~2.

(/l

3

23

'B~~

~

-0.1

10

2 cups/qt

o'

365

10

2 cups/qt

Aqua Regia Aromatic Hydrocarbons Aromatic Isocyanates Asphalt ASTM Reference Fuel C

8ASF Ultraform

8 8. 9'

1 8 8

0.5 cups/qt.

S"

DuPont Delrin; 127x12.7x3.2 mm bars . noirr~ve!~iblech.g.

90

10

@

101

180

10

Anodizing Bath Antifreeze

-0.2

'23

10

pH 9.4

8ASF Ultraform

·········2·3..·•

10

Ammonium Thiocyanate Ammonium Thioglycolate Amyl Acetate Amvl Alcohol Aniline

<360

23

10

10

ot strong mineral acids

".~

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10

10

Ammonium Orthophosphate Ammonium Salts Ammonium Sulfamate

MaJ~rlaINl)te ;.:.

. Load

0.25%

52 0.1

0.25%

lNP Thermocomp KFX-l008 MG; 40% gl.fib.; (Copol.) lNP Thermocomp KFX·l008 MG; 40% gl.fib.; 3.2 mm thick (Copol.)

37.1

lNP Thermocomp KFX-l008 MG; 40% gl.fib.; (Copol.)

@

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tl

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Baking Enamels Barium Salts Benzaldehyde Benzene

Benzoic Acid Benzyl Alcohol Beverages Biphenyl Ether Bitumen Bleach

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275 180 180 180 <360

III

20

;,:,;;{~i@; <360

/

2.5

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4

2.2

3.93 3.93 3.93

89 83 83 83

:::.:~:;::: j#Wf~NrJjX§finA\r:

J.

51 57 57 57

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BASF Ullraform BASF Ullraform DuPont Delrin; 127.12.7.3.2 mm bars Hoechst Cel. Celcon M25; 3.2 mm bars Hoechst Cel. Celcon M270; 3.2 mm bars Hoechst Cel. Celcon M90; 3.2 mm bars BASF Ullraform

\;Jl!~~;ll1l :::~

ndAAM

.

30 <360 <360

••.'••

to DIN 51 567

Super 9 Lockheed 21 Super 9 Lockheed 21 Super 9 Hydraulan Lockheed 21 Super 9 Lockheed 21 Super 9 Lockheed 21 Super 9

»

I;

100

12.5% chlorine sat. solution

Delco Super 11 HD Delco Super 9 Lockheed 21

Brines ,Bromine

;1

commercial

Boric Acid Brake Fluids

Brake Fluids

JI~Y

65

commercial saturated

100 100 100 100

<360

\;it:ij~11! 4~7

I ii

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Hydraulan Detco 222 Lockheed 21 Delco 222 Lockheed 21 Delco 222 Lockheed 21 Toyota DOT·3 Hydraulan

.

i@}MJiiii

<360

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W&~~!i;

bromine vapor bromine water. saturated

!jit~~;~i~

<360 <360

0.7 1.6 0.9 0.7 0.34 0.7 0.34 0.7 0.34

0.3 0.6 0.3

DuPont Delrin 500; 3.2 mm bars DuPont Delrin; 127.,2.7.3.2 mm bars 94 77 97 100 97 100 97 100

87 88 87

Hoechs! Cel. Celcon M270; 3.2 mm bars

..

88 87 88

1.05 0.53 1.05 0.53 1.05 0.53

99 103 99 103 99 103

91 99 91 99 91 99

3.18 3.6 3.18 3.6 3.18 3.6 5.9

95 89 95 89 95 89 89

67 59 67 59 67 59

1.4

Hoechst Cel. Celcon M25; 3.2 mm bars

Hoechst Cel. Celcon M90; 3.2 mm bars BASF Ullraform Hoechst Cel. Celcon M25; 3.2 mm bars Hoechst Cel. Celcon M270; 3.2 mm bars Hoechst Cel. Celcon M90; 3.2 mm bars BASF Ullraform Hoechst Cel. Celcon M25; 3.2 mm bars Hoechst Cel. Celcon M270; 3.2 mm bars Hoechst Cel. Celcon M90; 3.2 mm bars 112

Mitsubishi lupital F20·02 BASF Ullraform

<360

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Chemical Resistance - Acetal Resins

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»

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0

C.:l ~

CD

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pH10

I

pH4 pH10 pH4 pH7 pH10

I

pH4 pH7 pH10 pH4 pH7

Butadiene Butane Butanediol (1,3-) Butanedlol (1,4-) Butene Butoxyethanol (2-) Butter Buttermilk Butyl Acetate Butyl Alcohol Butyl Carbitol Butyl Ether Butyl Glycolate Butylaldehyde Butylamine Butyric Acid Butyrolactone (1) Calcium Chloride

M~j/

"

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commercial mixture

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to DIN 51 622 BASF Diol 14B

]:~1;'~!;': i

commercial

" butanol 100

\;}!~i

100 100 20 technical 5 solution in alcohol

20

in methanol

20

saturated solution

Calcium Hydroxide

10 salurated soluiion

Calcium Hypochlorite Camphor Carbolineum Carbon Dioxide @

."

po

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;;-

saturated

200 bar

96

~ CIl

100

t"'

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ce

100

7

180 180 180 180 180 180

0.89

104

88

0.94

102

85

0.89

104

88

0.94

102

85

0.89

104

88

0.94

102

85

::\~W{8:':)\,:.{·

<360 <360

Hoechst Cel. Celcon M25; 3.2 mm bars

Hoechst Cel. Celcon M270; 3.2 mm bars

Hoechst Cel. Celcon M90; 3.2 mm bars

·\t\};·.liiHri:iWt$lbli'ct(g;}, ••••••••.••· .

BASF Ullraform

<360 <360 <360 <360 <360 <360 <360 <360 <360 100

28

DuPont Delrin; 127x12.7x3.2 mm bars

<360

BASF Ullraform

<360 3'<'

275

3

1.8

88

51

DuPont Delrin; 127x12.7x3.2 mm bars

90

........Wfh·.·

<360

"'j'inoJiiiY'if$i1!te'chg,t

BASF Ultraform

<360 -0.2

365

100

DuPont Delrin; 127x12.7x3.2 mm bars

<360

BASF Ultraform

<360 <360

\; .~.

275 <360

!1~~I~r~~

I

180

·,>·.··'2'3·;';.·.

ki:~;)iji i·.• {23S/.

~j('ii~~;'~i'

180

<360

[~'[t!;~i'

tOii.<

180

.!'~~,

@0\~9%

100

;:l

;;;~~, ·h·"60

'F'2:r<'

CIl

16'

>;;:i('

~!~;~~ii: . <:il~i4·;t;;

in alcohol concentrated

"

Carbon Disulfide Carbon Monoxide Carbon Tetrachloride

If ;,

7

0.7

0.4

101

94

,.... '8'"

... ~::;;!:';~~~::-:

:;./::.::?

C;""? lr~~e;sjb!&~;;g. ,:;}

DuPont Delrin; 127x12.7x3.2 mm bars BASF Ullraform

<360 <360 <360 <360 <360 <360 0.43

0.05

99.4

1.3

0.3

97

365

5.7

0.3

93

56

180

0.86

99

96

Hoechsl Cel. Celcon M25; 3.2 mm bars

180

0.86

99

96

Hoechst Cel. Celcon M270; 3.2 mm bars

180

0.86

99

96

Hoechst Cel. Celcon M90; 3.2 mm bars

90 7 365

<360

Mitsubishi lupital F20-02; 3.2 mm thick

bent specimen

DuPont Delrin 500; 3.2 mm bars 86

DuPont Delrin; 127x12.7x3.2 mm bars

BASF Ultraform

"N

..

@

••••

I"·

'1

%Chan~e .

~

E"

Conc

Temp

Time

C~)

C'C)

Load

.' . ,j' dill . . . ~. Re.~lned

;i. S : h lIodulua EIonglIlI!lii:

Weight

(days)

POL Rating

23

365

8

1.39

102

94

23

365

8

1.39

102

94

23 . 23

365

·8

1.39

102

94

;::s

365

1,'

1.54

t-<

49

180

5

5.23

49

180

5

5.23

89

68

,

.,

• 49

180

5

5.23

89

68

l

23

<360

8

100

23

365

5

23

365

5

23

365

9 9 9

23

<360

8

23

<360

8

~

Reagent

Reagent Note

r;' Cr>

I?

Carbon Tetrachloride

Cr>

15'

.,0: I:l

\t::

Casein Castor Oil Cellosolve Cellosolve Acetate Cement Ceresin Chlorine

commercial 2-ethoxyalhanol

commercial >3-5 ppm

Citrus Juices Citrus Oils Clophen A60 Cobalt Salts Concrete Cooling Fluids Copper (II) Salt Copper Chloride Coumarin Crude Oils Cutting Fluids Cyclohexanone Cyclohexyl Alcohol Decalin Defurring Solution Detergents

» o

Q)

0.29

. ,:;: .. ";'.'.:,...

...

.

Re$istance Note

.

ha visi~la ~hanga

,

<

10 R142

23

<360

2

23

<360

2

50

<360

8

23

<360

23

<360

23

.,

8

Haaehsl Col. Celean M25; 3.2 mm bars

·

.,:

:,-

68

Material Note

.'

139

98 89

.".".,.;-..

Haeehsl Cel. Celean M270; 3.2 mm bars

no vi~jple' change &l11p~t~IYSlili8~!e

Haaehs! Cel. Celean M90; 3.2 mm bars Milsubishi lupital F20-02

, no vis~la' ehanga'

Haaehsl Cel. Celean M25; 3.2 mm bars

" "

Haechsl Cel. Celean M270; 3.2 mm bars Haeehsl Col. Celean M90; 3.2 mm bars

no irtev./lrslble chg. -0.1 0.5

100 0.1

100

0.3

98

BASF Ultralorm DuPonl Delrin; 127x12.7x3.2 mm bars

,

, ,

0 0

no irreversible chg.

BASF Ullraform

unsallsf~etory Jesislance

DuPonl Dalrin; 127x12.7x3.2 mm bars

·

1

commercial

Chloroacetic Acid Chlorobenzene Chlorodlfluoroethane Chloroform Chlorosulfonlc Acid Chromic Acid Chromyl Chloride Citric Acid

Lenglh .: . :.;....

.d'

0

'n~t!e~iS.ta~t

".

"

;~:

BASF Ullralorm

,

0

nairreY.rsibl. chg.

0

·

';~:

I

0

4

nall.·sis!;·to long contael

<360

2

not re.sislant·,

23

<360

2

23

<360

2

180

8

0.74

100

88

10

23 23

180

8

0.74

100

88

10

23

180

0.74

100

88

10

23

<360

8 8

10

23

365

1.93

103

90

10

23

365

8 8

1.93

103

90

10

23

365

8

1.93

103

90

10

50

<360

4

nOI reslsi: 10. long contBct

BASF Ullralorm

commercial

23

<360

8

no irreversible chg.

0

"

23

<360

8

50

23

<360

8

20

23

<360

8

23

<360

8

120

<360

8

20

23

<360

5

23

365

8 9

dilute 10 10

1:1 w/lgl. pelroleum

commercial

,

,

..... ....

i ,

, I

..

100

0 0

Hoeehs! Cel. Celeon M25; 3.2 mm bars Hoeehsl Cel. Celcon M270; 3.2 mm bars

· ··

Hoaehst Cel. Caleon M90; 3.2 mm bars

no irr\lverslble chg.

BASF Ullraform

no.~isible change

Hoeehst Cel. Caleon M25; 3.2 mm bars

'~'::

;".

-:-,'

'.

Hoechsl Col. Celcon M270; 3.2 mm bars Hoaehst Cel. Celeon M90; 3.2 mm bars

.

"

res.istanl

-0.1

0

<

"

..novlsiQi. Cllang8 ,,>

:-

,

0

..

0

"

0

no!rreversible chg,

0

. 0

··

DuPonl Delrin; 127xI2.7x3.2 mm bars

rio irreversible chg.

·

BASF Ultralorm

cornplelely suitable

Milsubishi lupital F20·02

0

23

<360

8

commercial

23

<360

8

Coolant Vushiro EE 56

80

160

9

23

<360

8

no Irreversible chg_

BASF Ullralorm

23

<360

8

"

0

23

<360 <360

8 2

90

9

10

-0.93

-0.18

100

105

·

•

<.,

dilute solulion

70 80

<360

8

0.7 glli!er 01 water

82

180

1.04

97

80

82

180

7 7

1.04

97

80

. •. 82

180

7

1.04

97

80

..

0

n!l' resistant

. 23

Mypel (Kao)

"

;;

-0.16

-0.25

0

101

Milsubishi lupital F20-02

il.

1

re.$istant

BASF Ullreform

sllgtly disco'lored

Hoechst Cel. Celeon M90; 3.2 mm bars

)"

<."

.

Hoechsl Cel. Celeon M25; 3.2 mm bars Hoechst Cel. Celeon M270; 3.2 mm bars

:::c

en S· en

Chemical Resistance - Acetal Resins

c..:>

(Jl

» o

Chemical Resistance - Acetal Resins

CA)

0>

CD

S' :D CD

~

::::J fn

Developing Solutions Dibutyl Phthalate Dichlorodifluoromethane Dichloroethane (1,2-) Dichloroethylene Dichlorofluoromethane Dichlorotetrafluoroethane Diesel Fuels

Copy diazo developer SO R12

R21 R114; Freon 114 Fuel C

diesel oil; Nissan SAE 30

-0.26

Diethyl Ether

Dimethylacetamide Dimethylformamide

Dioctyl Phthalate Dioxane Dishwashing Detergents

@

."

i:i

l/) .....

n l/)

~

l/)

;:s t""

~ I:l

.,

92 92 92 90 90 90

2.44 2.44 2.44 2.39 2.39 2.39

100

-0.56

68 68 68 67 67 67

104

Hoechsf Cel. Cefcon M25; 3.2 mm bars Hoechst Cel. Celcon M270; 3.2 mm bars Hoechst Cel. Celcon M90; 3.2 mm bars

83

2.09 2.09 2.09

85 85 85

74 74 74

Hoechst Cel. Celcon M90; 3.2 mm bars Hoechst Cel. Celcon M25; 3.2 mm bars Hoechst Cel. Celcon M270; 3.2 mm bars BASF Ultraform

-0.2

100.6

93

7.7 7.7 7.7

81 81 81

37 37 37

DuPont Delrin; 127.12.7x3.2 mm bars BASF Ultraform Hoechst Cel. Celcon M25; 3.2 mm bars Hoechst Cel. Celcon M270; 3.2 mm bars Hoechst Cel. Celcon M90; 3.2 mm bars

Palatinol

BASF Ultraform 100

Kao Mama lemon Acclaim Electro-Sol Acclaim Electro-Sol Acclaim Electro-Sol

Drain Cleaners epsllon·Caprolactam

0.25 cup/gal Liquid Drano

Electroplating Baths Engine Oils Ethane Ethereal 011 Ethyl Acetate

commercial Misubishi Fuso S3

solution; technical molten; technical

Hoechst Cel. Celcon M25; 3.2 mm bars Hoechsl Cel. Celcon M270; 3.2 mm bars BASF Ultraform Mitsubishi lupital F20-02

6

2.7

87

41

-0.5 0.85 1.04 0.85 1.04 0.85 1.04

-0.29

100 102 103 102 103 102 103

89 90 89 90 89 90

DuPont Delrin; 127.'2.7x3.2 mm bars BASF Ultraform 98

Milsubishi lupilal F20-02 Hoechsl Cel. Celcon M90; 3.2 mm bars Hoechst Cel. Celcon M25; 3.2 mm bars Hoechst Cel. Celcon M270; 3.2 mm bars

98

DuPont Delrin; 127xI2.7.3.2 mm bars

50

BASF Ultraform

-0.61

-0.42

103

2.7 2.9 3.62 3.62 3.62

1.4 1.1

93 93

113

Mitsubishi lupital F20-02 BASF Ultraform

commerical 100 100 100

~

95 95

60 58 80 80 80

DuPont Delrin 500; 3.2 mm bars DuPont Delrin; '27.'2.7x3.2 mm bars Hoechsl Cel. Celcon M25; 3.2 mm bars Hoechst Cel. Celcon M270; 3.2 mm bars Hoechst Cel. Celcon M90; 3.2 mm bars

@

:g ~

CIl ..... 0CIl

~

Ethyl Acetate

<360 365

CIl

BASF Ultraform 4.25

83

54

Hoechst Cel. Celcon M25; 3.2 mm bars

365

4.25

83

54

Hoachst Cel. Celcon M270; 3.2 mm bars

365

4.25

83

54

Hoachst Cel. Celcon M90; 3.2 mm bars

t"'

180

5.23

78

50

180

5.23

78

.,

50

Hoechst Cel. Celcon M25; 3.2 mm bars

180

5.23

78

50

Hoachst Cel. Celcon M270; 3.2 mm bars

0: ., ~

te:

Ethyl Alcohol

phenol solution in ethanol

30

<360

dilute

40

<360

50

180

1.62

96

76

Hoechst Cel. Celcon M25; 3.2 mm bars

50

180

1.62

96

76

Hoechst Cel. Celcon M270; 3.2 mm bars

50

180

1.62

96

76

Hoechst Cel. Celcon M90; 3.2 mm bars

50

365

1.98

95

68

50

365

1.98

95

68

Hoechst Cel. Celcon M25; 3.2 mm bars

50

365

1.98

95

68

Hoechst Cel. Celcon M270; 3.2 mm bars

50

180

2.27

87

64

Hoechst Cel. Celcon M25; 3.2 mm bars

50

180

2.27

87

64

Hoechst Cel. Celcon M270; 3.2 mm bars

50

180

2.27

87

64

Hoechst Cel. Celcon M90; 3.2 mm bars

95

180

1.43

96

81

95

180

1.43

96

81

Hoechst Cel. Celcon M25; 3.2 mm bars

95

180

1.43

96

81

Hoechst Cel. Celcon M270; 3.2 mm bars

BASF Ultraform

· ·

95

365

2.19

94

65

Hoechst Cel. Celcon M25; 3.2 mm bars

95

365

2.19

94

65

Hoechst Cel. Celcon M270; 3.2 mm bars Hoechs! Cel. Celeon M90; 3.2 mm bars

95

365

2.19

94

65

95

180

2.54

83

69

95

180

2.54

83

69

Hoechst Cel. Caleon M25; 3.2 mm bars

95

180

2.54

83

69

Hoechst Cel. Celcon M270; 3.2 mm bars

99.5

90

0.6

0.13

96

100

365

2.2

0.8

95

67

100

365

1.9

0.01

95

68

10

2.1

100

·

Milsubishi Jupital F20-02; 3.2 mm thick DuPont Delrin; 127x12.7x3.2 mm bars

93

<360 365

Ethyl Chloride Ethylene Ethylene Chloride Ethylene Dichloride

BASF Ultraform 1.51

0.75

89

116

<360

BASF Ultraform

<360 100

Ethylene Glycol

50 50 50

t!l:~li]~i1

365

2

180

10.05

180

10.05

180

0.8

98

DuPont Delrin; 127x12.7x3.2 mm bars 32

Hoechst Cel. Celcon M25; 3.2 mm bars

32

Hoechst Cel. Celcon M270; 3.2 mm bars

10.05

77 77 77

32

Hoechst Cel. Celcon M90; 3.2 mm bars

180

1.33

100

82

180

1.33

100

82

Hoechst Cel. Celcon M25; 3.2 mm bars

180

1.33

100

82

Hoechst Cel. Celcon M270; 3.2 mm bars

<360

» (')

!2.

Ethylene Oxide Ethylenediamine Exhaust Gases Fats Fatty Acids Fatty Alcohols

Mitsubishi lupital F20-02

·

BASF Ultraform

<360 <360 <360 commercial, and waxes

<360

.

<360

sulfonated, commercial

<360

commercial

<360

~

:::JJ (1)

fn :sfn

Chemical Resistance - Acetal Resins

(,,)

.......

» 0

Chemical Resistance - Acetal Resins

(J.)

co

CD

Dr ::D

CD ~. :::::l

en

l~eagent Ferric Chloride Ferrous Chloride Fertilizers Floor Polish Fluorine Formaldehyde Formamide Formic Acid

I

,-:.

Reage~t' NQ!e.

I I Conc

'(%)

Temp I.Time 365

23

270

commercial

23

<360

8 9 8

"

23

<360

B

37 10

23

<360

23

7

23

<360

l'

bromotrifluoromethane

23

<360

B

ehlorodifluoromethane

'23

<360

·23'

273 365

'23' '23

<360

23

240

23

240 240

'i

1.42

92

240

8

1.26

94

~

0.06

99.2

0.4

93

83

0.7

0.2

96

88

1.6

0.6

94

69

89

88

100

23

820

Gulf Crest

100

23

820

comm.; medium octane

23

<360

Mobil regular (93/5 Octane)

49

180

49

180

.49

180

49 49..

:::'::::";""

88

88 90

180

1.3

89

88

180

1.5

88

88

:;~:

'8

1.43

94

90

1.3

89

88

Movil Hi-Test (99.0 Oct.)

180

1.5

88

88

Sunoco 103 octane

180

1.43

94

90

light oil

180

0.09

-0.04

103

104

regular

365

1.31

0.86

92

100

<360

<360 <360

1:1 with water

<360

<360

Mitsubishi lupital F20-02; 3.2 mm thick DuPont Delrin; 127x12.7x3.2 mm bars

;

180

<360

'l1o.irre.•ersible.. chgi"

BASF Ultraform

nCtYISib!echange

Hoechst Cel. Celeon M25; 3.2 mm bars

··

~ "~;-

..

~"/~:

Hoechst Cel. Celcon M270; 3.2 mm bars

",

7£OlJlp!~!!lrs~jll\~lf{t

'::V llif iitiiter,$jble'CIi1t.,:

,;-"

Hoechst Cel. Celcon M25; 3.2 mm bars Hoechst eel. Celcon M270; 3.2 mm bars

•

180

5% ethanol

·

"

Sunoco 103 octane

15% methanol

Hoechst Cel. Celcon M90; 3.2 mm bars

1

,

Mobil regular (93/5 Oclane)

commercial; bone glue

.,

1.3

94

<360

P \t:

7 7 ..

Hoeehst Cel. Celeon M25; 3.2 mm bars Hoeehst Cel. Celeon M270; 3.2 mm bars

;

,.

8 1.5

commercial

t-o

:.;

.,'

!

1.43

<360

c;: .,

I:v'

0.9

Exxon regular

BASF Ultraform

,':'.

-,:::.,;.

:.,

0.26

;;

....

~':

'noVisibl~ciliiiige

9 ,7 .•,8.. 5

90

comm.; medium octane

;:l

92

94

t:l

tEo

92

94

<360

Gear Oils Gelatins Glycerin Glysantln

1.42 1.42

1.26

Dekalin

CIl

.... u

1.26

820

):

:'::.';.

"'iioliieYersiblech~,

II

30% toluene

~

95

8

CIl

;:;-

DuPont Delrin; 127x12.7x3.2 mm bars 101

240

,,·23" ; 2,3

DuPont Delrin; 127xI2.7.3.2 mm bars BASF Ultraform

0.28

240

100

Movil Hi-Test (99.0 Oct.)

0.85

40'

100

Mobil regular (93/5 Octane)

::9 p

<360

Exxon High·Test

DuPont Delrin 500; 3.2 mm bars BASF Ultralorm

.• no lrteveisible chg.)

"'2it

<360

Mitsubishi high octane

BASF Ultraform

"unS8.tis"lIet~!yf~;starice

8 '8 7 9 8 8 7 7

;~~).;

DuPont Delrin; 127x12.7x3.2 mm bars

2 8

~~(

",aterial}~ote

i

<360

Sunoco 103 octane

100

I-

rio irreversible chg'

23

Movil Hi-Test (99.0 Oct.)

96

·0.1

Resistance Note

no stress.CraekJng observed

commercial

10 ethanol/90 gasoline

-0.9

.8 8

90

Captan; 5 gmlqt

Tei.suel ab!UIUSI ElQngalion' l . ,"." ....

no irreversible chg..

60

commercial

'". :.; ", ,-,",'

Welght I,Length;1 Str9noth

2 bent specimen

)13 •.•: • <360 <360 50

40

@

I 1"I_.t__ PDL I

23

....

Gasoline

Load

5

10

Furfural Furfuryl AlcQhol Gasohol

I

5

100

Freon 1281 Freon 1381 Freon 22 Fuel Oils Fungicide

(·C). (diys)

Hoechst Cel. Celcon M90; 3.2 mm bars

Mitsubishi lupital F20-02 BASF Ullraform

@

::si=l ~

r;' CJl

~ <E'

Reag~nt }J? .,

...c,·:·.'"

Greases

;:l

t-'

0: .,

.,i=l

tt::

Load

Hair Dyes Helium Heptane

]~~~~~~~~~;~

Diamond Chassis

100

90

0,18

cup grease no. 3

100

90

0,23

Mitsubishi lupital F20-02; 3,2 mm thick

One luba no. 2

40

-0,23

95

Mitsubishi lupital F20-02

Cosmo Rimax no. 2

12

0.52

110

Mitsubishi lupital F20-02

commercial

<360

gas

<360

n-Heptane

100

BASF Ultraform

90

0,15

180

0.04

98

87

180

0.04

98

87

Hoechst Cel. Celcon M25; 3.2 mm bars

180

0.04

98

87

Hoechst Cel. Celcon M270; 3.2 mm bars

365

0.09

103

104

Hoechst Cel. Celcon M25; 3.2 mm bars

365

0.09

103

104

Hoechst Cel. Celcon M270; 3.2 mm bars

365

0.09

103

104

Hoachst Cel. Calcon M90; 3,2 mm bars

180

0.35

94

91

-0,01

100

Mitsubishi lupital F20-02; 3.2 mm thick Hoechst Cel. Celcon M90; 3.2 mm bars

<360

Hexachlorobenzene Hexachloroethane Hexafluorouranium Hexamethylphosphoric Triamlde Hexane Household Cleaners Humic Acids Hydraulan Hydraulic Fluids Hydrazine Hydrobromic Acid Hydrochloric Acid

Hydrofluoric Acid Hydrogen Hydrogen Chloride Hydrogen Peroxide

» ('") (I)

g) :0 (I) en ::;en

"Material Notl!,

BASF Ultraform

180

0.35

94

91

Hoachst Cal. Calcon M25; 3.2 mm bars

180

0.35

94

91

Hoachst Cel. Celcon M270; 3.2 mm bars

<360

BASF Ultraform

<360

..

~;,

<360 <360 100

.:1i;'i;'

lysol, 0.25 cup/gal.

; \2~;';

commercial; BASF

""'23, ..-", .120'-;"·,

)tf~

Hand Hl HLP

2'3"

10

.,.~3}

270 <360 365

"7;".",

6

<360

~

<360

0.6

96

~1

0.4

101

91

DuPont Delrin; 127x12.7x3.2 mm bars BASF Ultraform

9

<360 <360

0.7

.8

ar

DuPont Delrin; 127x12,7x3,2 mm bars BASF Ultraform

~

~.

<360

~~~

2

<360

2'

10

90

1-):

DuPont Dalrin; 127xI2.7x3.2 mm bars

10

90

Mitsubishi iupital F20-02; 3.2 mm thick

10

180

1 1

10

180

10

180

10

20

20

<360

40

<360

Hoechst Cel. Calcon M90; 3.2 mm bars Hoechst Cel. Calcon M25; 3.2 mm bars Hoechst Cel. Celcon M270; 3.2 mm bars -0.79

0.14

48

100

Mitsubishi lupital F20-02 BASF Ultraform

<360 <360

gas 0.5

<360

0.5

365

-0.1

3 3 3 3 3 3 3

90

0.25

180

0.97

102

85

Hoachst Cel. Celcon M90; 3.2 mm bars

180

0.97

102

85

Hoachst Cal. Calcon M25; 3,2 mm bars Hoechst Cel. Celcon M270; 3.2 mm bars

o

98

DuPont Delrin; 127x12.7x3.2 mm bars

99.2

Mitsubishi lupital F20-02; 3,2 mm thick

180

0.97

102

85

365

0.88

103

88

Hoechst Cel. Celcon M25; 3.2 mm bars

365

0.88

103

88

Hoechst Cel. Celcon M270; 3.2 mm bars

365

0.88

103

88

Hoechst Cel. Celcon M90; 3.2 mm bars

Chemical Resistance - Acetal Resins

U3 <0

» o

~

Chemical Resistance - Acetal Resins

CD

S' ~

'~~:. ,""

CD

en Sen

Hydrogen Sulfide

diluted

BASF Ultraform

gas

Igepal

cleaner

on M90; 3.2 mm bars

Impregnating Oil Inks Insecticides

0.5 0.5 25 50 50 50 50 50 50 50 50 50

-0.2

0.1

102

118 118 118 103 103 103 100 100 100

@

:J;J $:l

~

n CIl

~

IS ;:s

t"-

o:., .,$:l

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high voltage insulating oil solution, acid

isopropanol

Isopropyl Ether Jet Aircraft Fuels Kerosine

commercial

Lactic Acid Laundry Detergents Lead Acetate Lead Arsenate

100

90

0.4

Mitsubishi lupilal F20-02 DuPont Delrin; 127.12.7.3.2 mm bars

91

-0.9

0.7

100.2

10 100

2

1.2

96

68

Mitsubishi tupital F20-02 BASF Ullraform DuPont Delrin; 127.12.7.3.2 mm bars

80 100

0.2

0.1

97

100

BASF Ultraform DuPont Delrin; 127.12.7.3.2 mm bars BASF Ultraform

100

0.1

100 100 100 100

96 93 93 93

aliphatic

DuPont Delrin; 127.12.7.3.2 mm bars Hoechst Cel. Celcon M25; 3.2 mm bars Hoechst Cel. Celcon M270; 3.2 mm bars Hoechst Cel. Celcon M90; 3.2 mm bars BASF Ultra/orm

cellulosic cellulosic; cone. cellulosic 10 Tide; 0.25 cup/gal

-0.1

100

DuPont Delrin; 127.12.7.3.2 mm bars BASF Ultraform

10 Insecticide; 1 tsp.lqt

0.85

0.31

DuPont Delrin; 127.12.7.3.2 mm bars 101

Lestoil Lime Linseed 011

Hoechst Cel. Celcon M25; 3.2 mm bars Hoechst Cel. Celcon M270; 3.2 mm bars Hoechsl Cel. Celcon M25; 3.2 mm bars Hoechst Cel. Celcon M270; 3.2 mm bars Hoechst Cel. Celcon M90; 3.2 mm bars BASF Ullratorm

Kinchoru U DDT; 2 tsp.lqt

Isopropyl Alcohol

Ketones Lacquers

DuPont Delrin 500; 3.2 mm bars Hoechst Cel. Celcon M25; 3.2 mm bars Hoechst Cel. Celcon M270; 3.2 mm bars Hoechst Cel. Celcon M90; 3.2 mm bars

86 86 86 85 85 85 82 82 82

commercial indian ink; commercial

101

Insulating Oils Iron (III) Chloride Isoamyl Alcohol Isooctane

DuPont Delrin; 127.12.7.3.2 mm bars

0.25 cup/gal

-0.2

97

97 BASF Ultraform

commercial -0.13 -0.13 -0.13

108 108 108

111 111 111

Hoechsl Cel. Celcon M25; 3.2 mm bars Hoechst Cel. Celcon M270; 3.2 mm bars Hoechst Cel. Celcon M90; 3.2 mm bars

@

I",·

''''''. '.'.

,.,... ,."'.' .'.\',':1.,'"

.~.

'1"., .'0:"".,.1'.

··• •. '·....1

.........."..•,..,./"

.

..

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Lithium Chloride

til

16'

10

<360

in ethanol

20

<360

in methanol

20

<360

43

275

-2.6

102

98

DuPont Delrin; 127x12.7x3.2 mm bars

180

-0.03

104

103

Hoechst Cel. Celcon M25; 3.2 mm bars

180

-0.03

104

103

Hoechst Cel. Celcon M270; 3.2 mm bars

180

-0.03

104

103

Hoechst Cel. Celcon M90; 3.2 mm bars

;:l

t"'

.,c;:

,i'·•.·.. ;~J:.(

Lubricating Greases

.,p It:

"i~§("~: ;;.;~;~~:~ ,

ester based oil/soap based polyphenyl ester based

... ....

silicone based

Lubricating Oils

100 100

(.70

turbine oil

100

•. jQ . .

il{,~t. ; :~.~;& . .,

HD and specialty oils for refrigerant pumps Swalube RO-700 ASTM ref. oils EP to Mil-L-2105B

Machining Oils Magnesium Salts Malathion

···"·oi~·"···-" .::::,,::,.:. solution

10

6 tsp.lqt.

with 65% Fuel C; M35 Fuel

10

35 35

w/ 20% calcium chloride

80

with 15% Fuel C; M35 Fuel

85 85 100

<360 <360 7

»

-:c (')

CD

Methyl Ethyl Ketone

100

Methyl Salicylate Methylamine Methylene Chloride Milk

100

-0.16

104.7

90

0.09

-0.14

104.2

commercial

Mitsubishi lupital F20-02; 3.2 mm thick ·'no. irre.veisible ehll;

<360

BASF Uttraform

<360 90

-0.33

0.02

97.8

Mitsubishi lupitat F20-02

<360

BASF Ultraform

<360 <360

Ii

<360

;. i~2<"> ;~ . . :.:'~::

30

;;)"i!2;;'

30

/iJ.

";~i;f

Ii ";,1:1~~.;~'''i

;~I;~~~i~~ • ·';

),;
E';~~d;;

I

DuPont Delrin 500; 3.2 mm bars 0.08

;-':;~i;r.· ;.,+,~.,,< '

365

A;;~~hij 100

bent specimen

90

ljjl~~J~i

1.3

~\

0.55 97

DuPont Delrin; 127x12.7x3.2 mm bars

83 ,FX.JiI)'.Jrfeverslble ehii,,·

BASF Ultraform

<360 <360 <360 <360 <360 0.25%

i

;~l~~i;~;;

37.1

LNP Thermocomp KFX-l008 MG; 40% gl.iib.; (Copol.)

2.5

LNP Thermocomp KFX-l008 MG; 40% gl.iib.; 3.2 mm thick (Copol.)

<360 30 30 275 <360 365

Methyl Bromide Methyl Chloride

BASF Ultra/orm

<360

273

:?3

commercial solution (chloride, sulfate)

<360

;:/'23.···· <360 '. ""'23

"

Malt Manganese Salts Mercury Mersolates Methane Methyl Acetate Methyl Alcohol

'.' ..2'~ ",.'.

Crankcase Daphnie No. 115

0.3

<360 365 <360 7 <360 365 <360 <360

BASF Ultraform 0.25%

I

52

LNP Thermocomp KFX-l008 MG; 40% gl.iib.; (Copol.)

0.1

LNP Thermocomp KFX-l008 MG; 40% gl.iib.; 3.2 mm thick (Copol.)

-2.3

1.4

90

1.48

0.74

89

59

:~dJ}.t:$3'M%

lli:f{k::~::~:{)t::·

.;W;;;a;\1/;',

• ~·lilil;;~ll~~I:

;!i[~;!i'li!li~

DuPont Delrin; 127x12.7x3.2 mm bars 165

~~il;ll;~~~1.iii#i~~~~~~~2;'

·".· ·",; • ;M~lo/'.f~f~~~I~.*~9i.%%iic;

0.9

100 88.5

2.6

1.3

98

.·;;·;;i2ji~~1~~~~~t~~1~~~;j~~~!;;( ~i;~r·';;;l;;~:il~ii;~IIJ~I;I)i'~;~~~~ ;1!;'~,~ll~~It~'1~1~~ij~;• I;\j;;

BASF Ultraform Milsubishi lupitat F20-02 BASF Ultraform DuPont Delrin; 127xI2.7x3.2 mm bars BASF Ultraform DuPont Delrin; 127x12.7x3.2 mm bars BASF Ultraform DuPont Delrin; 127x12.7x3.2 mm bars BASF Ultraform

<360

~

CD

en

:r en

Chemical Resistance - Acetal Resins

~ ......

» o

~

Chemical Resistance - Acetal Resins

Di ::IJ

~~':

(f)

3"

(f)

Reagent,

.Reagent. Note -'.' .-•.•<;;-:. ':~"

Mineral Oils

Conc

Temp

ITime

.('Cii . '(~ys)

(")

23

Nujol

23 "'.,23

",'23

2:i .'

.23. \82' ..

Molasses Mortars Motor Oils

commercial

Diamond Exxon 10W30 10W·30

'.' ." 100 100 100

.~/.

'(

Naphtha Naphthalene Naphthalenesulfonic Acid Naphthenic Acids Natural Gas Nickel Salts Nicotine Sulfate Nitratlna Acid Nitric Acid

@

Nitrilotriethanol Nitrobenzene Nitrogen Nitrogen Oxide

'~"

.... III

r;-

III

1? III

<E" ;:l t"'

..,0: ..,

l=l te::

Octane Oleic Acid

technical ~;:'

solution

10 5 10 10 10 10 >50

.;~~

f

·0,03 ·0,03 ·0,03 0,05 0,05 0,05 ·0,18 ·0,18 ·0,18

180 180 180 365 365 365 180 180 180

97 97 97 103 103 103 108 108 108

Hoechst Cel. Celcon 1.125; 3,2 mm bars Hoechst Cel. Celcon 1.1270; 3,2 mm bars Hoechst Cel. Celcon 1.190; 3,2 mm bars

86 86 86 99 99 99 107 107 107

Hoechs! Cel. Celcon 1.125; 3,2 mm bars Hoechst Cel. Celcon 1.1270; 3,2 mm bars Hoechst Cel. Celcon 1.125; 3,2 mm bars Hoechst Cel. Celcon 1.1270; 3,2 mm bars Hoechs! Cel. Celcon 1.190; 3,2 mm bars 8ASF Ultraform

<360 <360

7 90 365 180 180 180 365 365 365 180 180 180 <360 <360 <360 <360 <360 <360 365 <360

bent specimen, 0,07 ·0,2 0,02 0,02 0,02 0,04 0,04 0,04 ·0,14 ·0,14 ·0,14

·0,13 ·0,3

104.4 103 99 99 99 105 105 105 105 105 105

102 91 91 91 107 107 107 100 100 100

under high pressure technical under pressure; technical commercial

<360 <360 <360

~aggt

,,>:'

Hoechst Cel. Ceicon 1.125; 3,2 mm bars Hoechsl Cel. Celcon 1.1270; 3,2 mm bars Hoechst Cel. Celcon 1.125; 3,2 mm bars Hoechst Cel. Celcon 1.1270; 3,2 mm bars Hoechst Cel. Celcon 1.190; 3,2 mm bars BASF Ultraform

·0,1

100

DuPont Delrin; 127xI2,7x3,2 mm bars BASF Ultraform

180 180 180 275 <360 <360 <360 <360

no Ji;ible

DuPont Delrin 500; 3,2 mm bars Mitsubishi lupital F20·02; 3,2 mm thick DuPont Delrin; 127xI2,7x3,2 mm bars Hoechst Cel. Celcon 1.125; 3,2 mm bars Hoechst Cel. Celcon 1.1270; 3,2 mm bars Hoechs! Cel. Celcon 1.190; 3,2 mm bars

Hoechst Cel. Celcon 1.125; 3,2 mm bars Hoechst Cel. Celcon 1.1270; 3,2 mm bars Hoechst Cel. Celcon 1.190; 3,2 mm bars DuPont Delrin; 127x12.7x3,2 mm bars BASF Ullraform

<360 180 180 180 <360 365 365 365

0,15 0,15 0,15

99 99 99

85 85 85

1.26 1.26 1.26

103 103 103

131 131 131

Hoechst Cel. Celcon 1.125; 3,2 mm bars Hoechst Cel. Celcon 1.1270; 3,2 mm bars Hoechst Cel. Celcon 1.190; 3,2 mm bars BASF Ullraform Hoechst Cel. Celcon 1.125; 3,2 mm bars Hoechst Cel. Celcon 1.1270; 3,2 mm bars Hoechst Cel. Celcon 1.190; 3,2 mm bars

1~;~!~~!r-;1;li~;\~1'.1;;;I~11~~~"~~,

@

"tl

~ ~

n Vl

1? Vl

Oleic Acid

<S ;:3

s: .,

0-

.,~

u::

Oleum Oxygen Ozone

1.04

100

91

1.04

100

91

1.04

100

91

Hoeehsl Cel. Celeon M90; 3.2 mm bars Hoechst Cel. Celeon M25; 3.2 mm bars

" ~.

Hoeehst Cel. Celeon M270; 3.2 mm bars

}

Q::~j

::'::9

BASF Ultraform

<360 <360

Paints Palmitic Acid Perchloroethylene

<360 <360 275

5.6

1.6

93

57

<360

Perfumes Persil Petroleum Ether Phenol

DuPont Delrin; 127x12.7x3.2 mm bars BASF Ultraform

<360 <360 <360 180

9.34

85

55

Hoeehst Cel. Celeon M25; 3.2 mm bars

180

9.34

85

55

Hoeehst Cel. Celeon M270; 3.2 mm bars Hoeehs! Cel. Celeon M90; 3.2 mm bars

180

9.34

85

55

365

4.7

90

54

365

4.7

90

54

Hoeehst Cel. Celeon M25; 3.2 mm bars

365

4.7

90

54

Hoeehst Cel. Celeon M270; 3.2 mm bars

<360

BASF Ultraform

<360

Phosphate Esters Phosphates Phosphine Phosphoric Acid

Phthalic Acid Plasticizers Potassium Bromide Potassium Chloride Potassium Dichromate Potassium Hydroxide

90

DuPont Delrin; 127x12.7x3.2 mm bars

<360

BASF Ultraform

<360 <360

;:~:i

·"23"'·:'·

<360 <360

:'h' }:II·:.",,:

:~

DuPont Delrin; 127x12.7x3.2 mm bars

<360 <360 <360 <360 <360

Potassium Nitrate Potassium Permanganate -7

l;

Propane

DuPont Delrin; 127x12.7x3.2 mm bars BASF Ultraform

~

~

:0 CD

en s· en

Chemical Resistance - Acetal Resins

of::W

» 0

~

:0 CD

2?_ ~ en

~

Chemical Resistance - Acetal Resins

CD

I:;~~'

..

Reagent Note

Corie (%)

Propionic Acid Propyl Alcohol Pyridine Refrigerants

5 50

"23'

<360

23'

<360

8.

Salad Oil Salicylic Acid

Sunstar tonic shampoo Kao Cuticle Care

Silicone Grease Silicone Oils Soap

60

275

3

<360

6

Ii~itild{~ist.

23

<360

iioWe,<ei$ibj.~g:

70'

<360

8 8

80

7

"9

23.

<360

-;."IlOt.-r~~lstanl

23.

<360

2 2

·/lloirre.v.~t$iblechg.

Dow Corning FS-44MA

<360

8

. 2.3

<360

8t)

<360

8 8 9

,70

90

c.80·

180

)00.'"

40

eo.. ,., ' >119

commercial

solutions

dilute solution

<360

6

2.7

91

BASF Ullraform

43

DuPont Delrin; 127x12.7x3.2 mm bars

0.2

104

-0.08

100.5

-0.53

100

92

-0.36

106

80

82',

180

82'

180

82'

180

,~

<360

8

e9m~16I'IY.suilabl.

C',

BASF Ullraform

Mitsubishi lupilal F20-02

:,c"" ijolii:itvefS!bi~clig: :"-"'".

:~

,"'::\.

7

-0.43

8

1.32

8

-0.67

Milsubishi lupilal F20-02

Milsubishi lupital F20-02; 3.2 mm thick

8 8

1~0

BASF Ultraform

.~~ \':.;-,"j

104

-1.23 7;:. ~ -0.41

<360 12

':'8il

.Material tiot~

+

2:}

23"

100

~::'t~;

.8 6

<360

fluorinated hydrocarbons

Shampoos

<360

Ratfrig'

j3"

100

for roads

c2~

"

POL

10 1-propanol

Salts Sea Water

~~!l$I~rJf':~

~

106

71

;,

.:.: : '. <::'":'. .;

..""::

/.

\:; ~/

'.'

BASF Ultraform

,~.

. completely)ulfable.

Mitsubishi lupilal F20-02

98

85

Hoeehst Cel. Celeon M90; 3.2 mm bars

1.32

98

85

Hoeehst Cel. Celeon M25; 3.2 mm bars

1.32

98

85

Hoeehst Cel. Celeon M270; 3.2 mm bars

-0.3

99

BASF Ultraform

O

Sodium Sodium Sodium Sodium Sodium

Bisulfate Bisulfite Bromate Bromide Carbonate

5'.h

365

'23

14

5

-1.3 14 ; , \ : : ; ; : 5

3:5

2

180

~

0CIl

~ CIl to-

Sodium Chloride

100

91

Hoeehst Cel. Caleon M2S; 3.2 mm bars

0.77

100

91

Hoeehst Cel. Celeon M270; 3.2 mm bars

8

0.77

100

91

Hoeehst Cel. Celeon M90; 3.2 mm bars

0.78

106

91

365

0.78

106

91

Hoeehst Cel. Celeon M25; 3.2 mm bars

365

8

0.78

106

91

Hoeehsl Cel. Celeon M270; 3.2 mm bars

180

9

0.96

103

98

Hoeehst Cel. Celeon M25; 3.2 mm bars

2

82·

180

0.96

103

98

Hoeehst Cel. Celeon M270; 3.2 mm bars

2

. ';8'2 c.4

~,

0.96

103

98

20

Sodium Chlorate

100

22i 2 "82l'

2'3

":123.

e:{i

e~

20a2\

15"

-0,1 0.77

8' 8

10 20

"tI

·'.:g23'·

::~li iH 2

@

DuPont Delrin; 127x12.7x3.2 mm bars

5

. 23

10i;,;2~.,,, 10 10

:'23\'

180 <360 180 180 180 365

·9 .

'g". 9. 9..,...

0.61

103

0.61

103

98

0.61

103

98

-0.1

102

0.59

102

88

180

0.59

102

88

10

,23

180

0.59

102

8B

10

23

365

0.71

103

85

1023

365

0.71

103

85

10

365

0.71

103

85

.'·i3

Hoeehst Cel. Celeon M90; 3.2 mm bars BASF Ultra/orm

t'"'

..,

Hoeehst Cel. Celeon M270; 3.2 mm bars

n9Slresii~~iiip~ingobSeive
;:l

~

~,:.

DuPont Delrin; 127xI2.7x3.2 mm bars

<360 7 180

""23" 23.~

i=l

BASF Ultraform Hoeehst Cel. Celeon M25; 3.2 mm bars

98

10

u::

Hoeehst Cel. Celeon M90; 3.2 mm bars

-

8

',}r;ri$:j;~~gr ..

:c.,;;;li~.U;~~~Kifed

·:\~~r~r~~r::~:r:~. :'~ ~: ~: ~: .":; :-

..~

". ~ ;~:":~:;

:': ,~~~.

.

DuPont Delrin 500; 3.2 mm bars Hoeehst Cel. Celeon M25; 3.2 mm bars Hoeehst Cel. Celeon M270; 3.2 mm bars Hoeehst Cel. Celeon M90; 3.2 mm bars Hoeehst Cel. Celeon M25; 3.2 mm bars Hoeehst Cel. Celeon M270; 3.2 mm bars

@

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po ~

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MaterialN6te . . ~

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i

Sodium Chloride

., , .It

Mitsubishi lupilal F20·02; 3.2 mm thick

10

90

10

365

":'8

95

DuPont Delrin; 127xI2.7x3.2 mm bars

10

180

8

90

Hoechst Cel. Celcon M25; 3.2 mm bars

;:J

10

180

90

Hoechst Cel. Celcon M270; 3.2 mm bars

t""

10

180

90

Hoechst Cel. Celcon M90; 3.2 mm bars

1? (I)

IE'

..,0: ..,$:l It:

Sodium Dodecylbenzenesulfonate Sodium Hydrogen Carbonate Sodium Hydroaen Sulfate Sodium Hydroxide

<360 10

<360

10

<360

1

180

1

180

Sodium Hypochlorite

» o

paste

ll..>

'

BASF Ultraform

<;.

101

102

101

102

Hoechst Cel. Celcon M270; 3.2 mm bars

101

102

Hoechs! Cel. Celcon M90; 3.2 mm bars

102

102

365

QN QN O.N

10

180

10

180

10

180

10

<360

BASF Ultraform

10 10 10 10 10 10

365

DuPont Delrin; 127xI2.7x3.2 mm bars

180 365 365

Hoechs! Cel. Celcon M25; 3.2 mm bars

102

102

Hoechst Cel. Celcon M25; 3.2 mm bars

102

102

Hoechst Cel. Celcon M270; 3.2 mm bars

Q~

101

92

Hoechst Cel. Celcon M25; 3.2 mm bars

Q~

101

92

Hoechst Cel. Celcon M270; 3.2 mm bars

o.~

101

92

Hoechst Cel. Celcon M90; 3.2 mm bars

365

0.73

98

94

Hoechs! Cel. Celcon M25; 3.2 mm bars

365

0.73

98

94

Hoechst Cel. Celcon M270; 3.2 mm bars

98

94

365

0.73

365

-0.02

o

102

90

-0.27

·0.29

104.2

Hoechsl Cel. Celcon M90; 3.2 mm bars

88

Mitsublshi lupltal F20-02 Mitsubishi lupital F20-02; 3.2 mm thick

10

<360

10 10 10

180

0.83

97

92

Hoechst Cel. Celcon M25; 3.2 mm bars

180

0.83

97

92

Hoechst Cel. Celcon M270; 3.2 mm bars

180

0.83

97

92

Hoechst Cel. Celcon M90; 3.2 mm bars

50

<360

60

180

-0.18

97

94

Hoechst Cel. Celcon M25; 3.2 mm bars

60

180

-0.18

97

94

Hoechst Cel. Celcon M270; 3.2 mm bars

60

180

-0.18

97

94

Hoechst Cel. Celcon M90; 3.2 mm bars

4.6

180

BASF Ultralorm

BASF Ultraform

4.6

180

Hoechs! Cel. Celcon M25; 3.2 mm bars

4.6

180

Hoechst Cel. Celcon M270; 3.2 mm bars

5

30

DuPont Delrin; 127x12.7x3.2 mm bars

10

<360 180

effective chlorine 3 ppm

Sodium Hypophosphite Sodium Lauryl Sulfate Sodium Lignosulfonate Sodium Nitrilotriacetate Sodium Oleate Sodium Perborate Sodium Salts Sodium Sulfide Sodium Sulfite Sodium Thiosulfate

~.' ...

Q8 Q8 Q8

1 1 1 1

Sodium Hydroxide

.••..•

10

<360

30

<360

BASF Ultraform ·0.43

100

66

Mitsubishi lupital F20-02 BASF Ultraform

<360

10 commercial

<360 <360

10

<360

10

<360

5 5

365

'0.3

99

365

-0.2

100

DuPont Delrin; 127x12.7x3.2 mm bars

26

275

-3

82

69

(I)

26

180

0.61

103

S"

26

180

0.61

103

88 88

0.3

Hoechst Cel. Celcon M25; 3.2 mm bars Hoechst Cel. Celcon M270; 3.2 mm bars

::D (I)

en

S' en

Chemical Resistance - Acetal Resins

~

01

~ (j)

Chemical Resistance - Acetal Resins

~ ~

~ ::D

(1)

en

=i" en 180

Soldering Fluid Stannous Chloride Stearic Acid Styrene

neutral

<360

acid (pH 3)

<360

alkaline (pH 10)

<360

commercial

<360

5

270

DuPont Delrin; 127x12.7x3.2 mm bars

<360

BASF Ultraform

<360 <360

Sulfolane Sulfur Dioxide Sulfur Hexafluoride Sulfuric Acid

<360

dry

<360

moist

<360

20 bar

<360 1

180

1 2 3

316

3 3 3 3 3 3

Sulfurous Acid Surfactants

0.34

0.13

100

68

Mitsubishi lupital F20-02 DuPont Delrin; 127x12.7x3.2 mm bars

<360

BASF Ultraform

90

0.13

180

0.81

100

92

180

0.81

100

92

Hoechst Cel. Celcon M25; 3.2 mm bars

180

0.81

100

92

Hoechst Cel. Celcon M270; 3.2 mm bars

365

0.82

102

86

Hoechst Cel. Celcon M25; 3.2 mm bars

365

0.82

102

86

Hoechst Cel. Celcon M270; 3.2 mm bars

365

0.82

102

86

Hoechst Cel. Celcon M90; 3.2 mm bars

-0.03

100.8

Mitsubishi lupital F20-02; 3.2 mm thick Hoechst Cel. Celcon M90; 3.2 mm bars

30

180

30

180

Hoechst Cel. Celcon M25; 3.2 mm bars

30

180

Hoechst Cel. Celcon M270; 3.2 mm bars

30

182

DuPont Delrin; 127x12.7x3.2 mm bars

80

<360

BASF Ultralorm

saturated

<360

dilute solution

<360 <360

Sweat Tall Oil Tallow Tar Tartaric Acid

to DIN 54020

<360

commercial

<360 <360 <360

5

365

10

<360

Tetrachloroethylene @

:E

~ r;III

~

tEo ;:l

t"'

~ ~

.., II::

-0.2

99

DuPont Delrin; 127x12.7x3.2 mm bars BASF Ultralorm

<360 <360

Tetrafluoromethane Tetrahydrofuran

<360

R14 100 100

17 3

0.4

DuPont Delrin; 127x12.7x3.2 mm bars

0.2

<360

Tetralin Tin (II) Salts Toluene

BASF Ultraform

<360 solution

10

<360

100

7

100

365

bent specimen 2.6

12

100

365

2.8

12

100

10

2.8

DuPont Delrin 500; 3.2 mm bars 93

55

93

58

93

DuPont Delrin; 127x12.7x3.2 mm bars

© ~

s..... CJl

Reagen!

Reagent Note

("')

r;' CJl

Conc

I

"10 Change

I

% Retained

I

Temp

Time

(Oc)

(clays)

~atin9

23 23

180

1.12

93

83

1.12 1.12

93

83

93

83

1.87

93

81

Load

POL

Weight

Lenglh

23

180

;::I

23

<360

t"'

23 23'

365

7 7 7 8 7

365

,7

1.87

93

81

» ...,

23

365

1.87

93

81

I:::

23,.

365

82

180

~ tEo

Toluene

CJl

0: ...,

100

<360

commercial

23,

<360

7 5 5 .5 5 8 8

commercial; to DIN 51 507

23

<360

8

50

<360

8 9 9

-0.15

105

105

-0.15

105

105

9

-0.15

105

105

9

0.12

Toluene

Tolylene Oiisocyanate Transformer Oils Transmission Fluid

180

82

180

82

180

~.;!'

automatic

82 82 100

Trichloroacetic Acid Trichloroethane

50 ,;

I.1.I-trichloroethane

Trichloroethylene Triethanolamine Triethylam ine Trilon A Trilon B Trimethylam ine Tritolyl Phosphate Turpentine Urea Uric Acid Urine Vaseline Vegetable Oils Vinyl Halides Vulcanization Water

2'

45'

<360

45

<360

8 8

23 ,80

<360

2

<360

2 8

23

<360 275

10

<360

3 . 8

10

23

<360

,8

23

<360

8.

,23; , 23

<360

8

<360

8

5

23

365

9

20

23

<360

8

10

23. <360

8

23' ,; 23 .,

<360 <360

8 8

23

<360

8

80

<360

180

<360

8 6'

, 2,3'

90

?3

3 7

substitute

commercial

distilted

<360

60 23'

100 solution

100

23 distilled

f: (l)

iii

90

70 23 .

180

23 Ii

180

3.8

86

57

3.8

86

57

Hoechst Cel. Celcon M270; 3.2 mm bars Hoechst Cel. Celcon M90; 3.2 mm bars Mitsubishi lupital F20-02

complet81Y suitable

57

nC> visible

change'

Hoechst Cel. Celcon M90; 3.2 mm bars Hoechst Cel. Celcon M25; 3.2 mm bars

~

Hoechst Cel. Celcon M270; 3.2 mm bars

no irreve;sible chg,

8ASF Ultraform

..

..;

Hoechst Cel. Celcon M25; 3.2 mm bars

no 'Isible '«hange

Hoechst Cel. Celcon M270; 3.2 mm bars

\114

Hoechst Cel. Celcon M90; 3.2 mm bars

103.7

Mitsubishi lupital F20-02; 3.2 mm thick 8ASF Ultra/arm

nli irreversible chg. not. t~sislant "pWie'Jeislb!edig:' .

-4.3

81

59

.>

DuPont Delrin; 127.12.7.3.2 mm bars no ille;msib1e chg.

8ASF Ultraform

. ',.,,}~

I -0.1

100

DuPont Delrin; 127.12.7.3.2 mm bars . no, 'ir(eyersible chg.'

8ASF Ultra/arm

;::::&1

. ",

,'.

.,::

;.;. it

8~

0.13

-0.02

0.4

0.12

0.6

0.18

0.7

0.21 100

0.83 0.84

100 104

23,. ,;.; 23 ;

365

8

0.84

8

0.84

7,

0.91

{

Mltsubishi lupital F20-02; 3.2 mm thick

>::: -.",

0.83

.,8 8.

.limil,it (elist. Mitsubishi lupital F20-02

100

180

,i

100.8

0.83

365

:;

8ASF Ultraform Hoechst Cel. Celcon M25; 3.2 mm bars

no visible change

,

23....<. .'

60

-0.12

Hoechst Cel. Celcon M90; 3.2 mm bars

no ir(eversible chg. 141

86

Hoechst Cel. Celcon M25; 3.2 mm bars Hoechst Cel. Celcon M270; 3.2 mm bars

nohesis.tailt

8)

365

91

3.8

.23,,';

,~s}i

0.93

Material Note

no visible change

~

9 9 8 8,

30

bp}

2.12

Resistance Note

Tensile IlIodUIUS Elongallon

Strength

104 104

88 88 88 88 88 88

0.35

f'

~;;:

;1~lbl~'c,hailge "

.' .

Hoechst Cel. Celcon M270; 3.2 mm bars

'til:,

Hoechs! Cel. Celcon M270; 3.2 mm bars

.,

:~: :.~

\:f'"

Hoechst Cel. Celcon M90; 3.2 mm bars Hoechst Cel. Celcon M25; 3.2 mm bars Hoechst Cel. Celcon M25; 3.2 mm bars Hoechst Cel. Celcon M90; 3.2 mm bars DuPont Delrin 500; 3.1 mm thick

:::D

(l)

en S' en

Chemical Resistance - Acetal Resins

.".,

.."

~

Chemical Resistance - Acetal Resins

'It

CO

Pi

::D ~. ::J

en

Water

9168

DuPont Delrin 500;

3650 1830

Water

3 7

0.8

0.24

1

0.3

21

1.13

0.95

30

1.1

0.33

728

distilled

-3.32

100

82

Hoechst Cel. Celcon M25; 3.2 mm bars

-3.32

100

82

Hoechst Cel. Celcon M270; 3.2 mm bars

365

-3.32

100

82

Hoachst Cel. Celcon M90; 3.2 mm bars

80 1.6

Waxes Wines

DuPont Delrin 500;

0.49

Mitsubishi lupital F20-02 103

4.2

Water Glass Water Softener

DuPont Delrin 500;

365

4.2

water changed weekly

DuPonl Delrin 500; 3.1 mm thick 80

365

3 water changed weekly

DuPont Delrin 500;

1.3

92

Water

Mitsubishi lupital F20-02

80 1.35

183

Water

DuPont Delrin 500; 3.1 mm thick 80

365 10

Mitsubishi lupital F20-02

71

14

1.8

30

1.7

30% gl.fib. DuPont Delrin 500; 3.1 mm thick Mitsubishi lupital F20-02

41.7

98

41.7

57

208

21

208

18

30% gl.fib. 30% gl.fib.

<360 Calgonite

8ASF Ultraform

180

0.01

103

85

Hoechst Cel. Celcon M25; 3.2 mm bars

180

0.01

103

85

Hoechst Cel. Celcon M270; 3.2 mm bars

180

0.01

103

85

Hoechst Cel. Celcon M90; 3.2 mm bars

paraffin wax; liquid

<360

commercial

<360

commercial wines and

<360

8ASF Ultraform

spirits

Xylene

<360 <360

Yeast Zinc Chloride

commercial

<360 10

<360 DuPont Delrin; 127x12.7x3.2 mm bars

@

"1:l

is' ~

n

en

~

tE" ;:l

t"'

0: ...

...p

It:

@

:E l:l

.... (I)

Rea'gent

----I

:~:'::~:~::'

+::::..,

Aesg8,nf Note

n (I)

t:l

Cone.

Temp;>

(%)

('C)

~

(I)

to' ;:s

Acetic Acid

5 5 25 25 50 50

t""

0:

."

l:l

."

It:

5~,

20 50 20 50 20 50 . 20 ,.•.•

Acetol Acetone Acetophenone Acetylene Acetylsalicylic AcId

~:

saturated solulion

Allyl Alcohol Allyl Mustard Oil Almond Oil

Alum

biller sweet biller sweet solution

..

Aluminum Acetate Aluminum Chloride Aluminum Sulfate Ammonia Ammonium Carbonate Ammonium Molybdate Ammonium Nitrate

solution

. aqueous solulion solution

... solutions

"

Ammonium Rhondsnide Ammonium Sulfate Amyl Acetate

» »

en

solution

"

25 25

20 50, 20 50' 20 20 50 20 50 20 50 20 20 50 50 20 50 20 50 20 50; 20' 50 20 50 20 . 5Q ." 20 50 20 50 20 50' 20 50 20 50

Time '... ......... ... -(day.) ... .... .......,...

:~

20 50 ,·20····

Acetamide

}~<';,.:"" "

,~,

\-

<=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <-365 <=365 <-365 <=365 <-365 <-365 <=365 <-365 <=365 <-365 <=365 <=365 <=365 <=365 <=365 <-365 <=365 <-365 <=365 <-365 <=365 <=365 <=365 <=365 <=365 <-365 <=365 <-365 <=365 <=365 <=365 <-365 <=365 <-365 <=365 <=365 <=365

P~L ~stlng

Load'

% Tensile Strength Retained

...

/.

I

;

.,,

l

l

.

.

I

,Resistance Note .reslslantlor yllers Jesls.lant loryears

I

,

7 4

3 3 '5

.rilsisUlntlor yearS

r~sl~~;i lor mOnths "~~~~!~nl, tor days

!

.'resistlil!llor hours :~:::, :,.:)':/~.l- .

~~.

.','

BASF Luran S 757 R BASF Luran S 757 R; BASF Luran S 757 R;

:;lif~~~~r~Z~~s

,

l

.{7

!

Material Note !

,

i

j

.~

t'&slS!anl tor weeks ,:.: di$$olved

-,

Q (j

:~

0 "0 \'

·' .. ··r~istahl totWM~s

~ .7. 7

.,

".

:)

reslsiant,fiir months

:,.

.

. ...... ."iesiSi8lltior'hOurs

>3) ~.

dissolved

0 0 7

I

9 5 9

! l

>

:~

reslstanl ,lor months ;e;i$taiii'lor years reslslant for weeks reslslant for years

,I , ,

9

..

9 9 7

res,stantlor months re~istanllor years

9

9 9

9 9 '7

JMi~!'!.I!Mor'Wl!ths

'Ceslsiiirii liii years reslSlant lor months resistant lor years

9 7 9

9 9

9

resistant lor months

7 7

9

.

>."..-,

;

"resisiarii tor years

9 0 0

Chemical Resistance - Acrylate Styrene Acrylonitrile Polymer

dissolved

~

co

";;,\";:f' .

'Cone.

l:C

\Tlm~

remp .

,. I'C)

I")

.."

AmYlMercaptan Amyl Phthalate Aniline Animal Fats

20 50 20 20 50 20. ''''''50

beef suet lard beef suet

Anise Oil Aniseed

20 . ,·

\5Cl{

;;;25

Antifreeze

7 7 7

25'

'2s Apple Juice

',20

50 Aqua Regia

20

~O

Atropine Sulfate

\:,'20._

\

Attar of Roses Barium Bromide

solution

(SO' 20 '.:2.0'·.:' . :'50

~o

Barium Carbonate

. . "; 5,0

Barium Chloride

20:',

50

Benzaldehyde

':20' '

".:, 5'8' /

Benzene Benzoic Acid

'20

"io,

@

""cl

IBenzyl Acetate

~

n'CIl

Benzyl Alcohol

is'

Bismuth Chloride

}~~:l solution

CIl

;:l

;<~~;{

IBismuth Subnitrate

t'"'

0: ..., ...,~ te:

IBleach

solutions

12 12

~20

:50.

.

<=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365

50

0;

<=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365

I

:;:~.

POL Ra~lng % Tensile ~trerigth

Load

(d~ys)

20 50 2.0 50 20 50 20

Amyl Cinnamaldehyde

tE'

o

"~:r"

Reagent Note

is"

en

Chemical Resistance - Acrylate Styrene Acrylonitrile Polymer

:> (J) :>

k

. Resistance Nott

Material Note

for years reslStanl for days :: rasistant for hours

BASF Luran S 757 R;

.·~e~!in~.~.

r~slstant

9 :::. '~

4

· .... ··::3·

o

d~lv~d ····;ell~)li)F(Wij:all(s

3 3

3

3

..

o

dissolved

o

resistant for years

9

9 9

3'

resistant for !louis dlssolvad. .: ',,: ':' r!sisianl for years •

o

---9 9 9

0.5% 1%

9

!

9 9

l.-..!5 3 9 9

0

."

100 100 100

GE Geloy 1120

. :?:

resisflV\tlor years , resistant fqr wee~s ; .. ,..:~~~AAVM1!iqts >tf8~i$oorrI6r~fWs

"

4

. resistant.lor days

'9

re~iost~tloryea~~

L.-..! 9

:~~:::;."

~:

;:f::~: ":;:'

9

.

". ~

••• .. #

'9 9

.:.~_

o

Cot

. .

OlS$Qlv~O

o

:~

~

o o

':
;:;"

9 9

~

~:.

O·

;

.·.' ..;fl$SOl~ed ":;'

._M

'0 f.

0

--'·9 9

resistant for'years

,·t .:'-

u."-

'9

•

9

"

r---9 9

BASF Luran S 757 R

I

@

'1:l

S" VI .... ri' VI

tJ (\) VI

15'

;:s t"'

...c;:P

~t.

'·:·~x;

I

. Reagent Note

(%)

solution

IBoric Acid Brake Fluids

...

te::

Brandy Bromine

ATE BASF ATE BASF bromine liquid

Bromochloromethane Butane Butter Butyl Acetate Butyl Alcohol

n,butanol

Butyric Acid Cadmium Bromide

solution

Calcium Bromide Calcium Chloride

" Calcium Oxide

I Terrip.~·1>. I'C}

20 50 ...., .... 20'

W ZO 20 50 50 20. "., 29 50' 20 ":i\ ". 50 , <.20 20 ·'>S() . 20 50 20: 25 25 25'; 50 20" 50 20 50

:~.

.50 20 50? 20' 50 2.9' "50:. '20·. '/. ,.'20' ~50 ,50. 20 .

5l:l.

» »

en

.;~

Calomel Ointment

20(· . ·

Camomile Extract Camphor

20'>;0;"" :v,., .20 50 20

Carbazole

Time (daya)

Sp;['"

Load'

<=365 <-365 <=365 <=365 <=365 <-365 <=365 <-365 <=365 <=365 <=365 <-365 <=365 <-365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <-365 <=365 <=365 <=365

PD~~~ating 1% Tensile Strength .'.

<=365 <=365 <-365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <-365 <=365 <=365 <=365 <=365 <-365 <='365 <=365 7 7 7

·····2b.

Caesium Bromide Caffeine

,Cone.

....

Retained

I

9·

Resistance Note

Materi.INo~e

"resistant for years

BASF Luran S 757 R

.. ~

.'

9/ 9 3 3.

·

reslstanllor hours

3

3/." ..

············ii;!siiJ,rif!MtMn

9

; .3;::'

';r8$1SiahUo{MUrS "\..:."> ..,::~ ,,:. \" .

·3 9 .,

.resistant for year~

:~r ~~

:9':"

.9

\

o

dissolved

'.:0·

·····:ii~l~j~HW~i\\!fs

7

0.5% ,%

2

54

2

55 57

2

GE Geloy 1120

($SlSl;;nt for weeks

"

3· .0' .

,.

r~~~anllor hours

.\,: •

~l'

,•. 9\ ".)9

r.

:'~.:

y.

:7 9 9

:-:{:;.: ':-,

.

. ;

..

i:;~§lstant for monllls W~i~!~~t foryears "/

·············.,~t: • ·i;~i~~nt·:6r·~ni~s· ·.·.·)r,.si.si~ni1ot.year$

~.

7 7

9

9"

··

: ·"resistant fOI years ::~:;"

'\9'

"9;;,'. !

years

rlislslli1)t for mo.nlhs

.~

,

.

~~

dissolved" (e~islant for

';.9'

BASF Luran S 757 R ;):

-. re~l~iant 'formonths ~.,

~:.

);~>+~

- resistant for years

~f·

:::.;. .. .;~ :.~.

Chemical Resistance - Acrylate Styrene Acrylonitrile Polymer

(Jl ~

» CJ) » '. ;:~:; <~~

Timp.~l~l·

'A;':

l\~~g~~t

Reagent Note

:::yt.. -·~;::;:.:·;·::>:. :'';;::., -'>". "-',. Carbon Dioxide "'~;';'"

Cone. I")

'/."

l'C)

:-:~"

.:::::;.

~20

\

:;~."

.,;

Cardamom

<=365

resl~,anllor yaars

HlO' "'.' ':;

<=365 <=365 <=365 <=365

9 9

<=365 <=365

. ;~y . . \..

F;' til

~

til

t6' ;:s

t'"

0: .,

.,

I:l II::

T

::~:: <=365

o

59

<=365 <=365 <=365

o o o

<=365 <=365

3 3

ICitric Acid

solution

(Citronella I

.. • [ClfiOnelllll

[Cloves

citronella oil

4 4

9 7

.. "'20' "~" .

<=365

3 3

'gQ"

<=365 365 ::365

;;~6;·!

<=365 <=365 <=365 <=365

~

,,'

for weeks reslsl~ lor hours 'N

'N

reslSiiinflordiiys r;;iSI~~t'for hours d~l~ed

dissolved

l

:'> >:'U"

.:.:<~J.

u

....'tesisll\llt lor hou'rs

.}:.~? 5r(;:' ::;:~:" :<\j\

}/. .resistanilor days

I

",

~':

'~;~k:;

-~ ~.

'·~·.liSlsi8ijnorYiiiirs

3 9

<=365 <=365

:

~.-" .::::::~

' ...... iesi$lanj

l

9

7 9 7

"·t~l~)~:[i~Q~:·l~[:~\i:

clove oil ground clove oil ground

l'}

<=365 <=365 <=365 <=365

i~,

'1:l

'. resistaN for Y-881$

5 3 3 3' 3 4 3

-20'

ground stick ground stick

,resistanHor day$ "~;'~

9

~~'; ~

<=365 <=365

rasls"anllor mQ)lihs I

'··9

Chlorobenzene Chloroform

Cider Cinnamic Aldehyde Cinnamon

,""

.,,~

50

<=365 <=365

; toll

N

4

Chforoacetic Acid

solution

~:

/

7

<=365 <=365

Ch loromethane Chlorosulfonic Acid

~

4

20

resistal\.t i,or moilibs

9

<=365 <=365

«20

." :r

9 I

"9

••••••.2Cl

BASF Luran S 757 R

. le,"

'9

<=365 <=365

<=365 <=365 <=365

1'-

ie~f~~nl for yaJis

"207 ..,.,;

•,

Material Note

.:.:

:~:

"'iesiS!¥ifloiViiiirs

Cetyl Alcohol

Chromic Acid

iResistance Note

f!!!a 1,'1Iil~.....""

9 7

Cetamoll13

is"

<=365

[% Tensile Strength

' . '.' '. ,'•.

<=365 <=365

50 50

chlorine water dry gas liquid dry gas liquid

POL Ratln g {I'

o o

sulfated

Chlorine

.

Load

<=365 <=365

sulfated

Caustic Soda

Time •.. . (d~y,.)

9 9

ground

Carrot Juice Castor Oil

i·

'"

<=365

'(~o'

Carbon Disulfide

@

01

Chemical Resistance - Acrylate Styrene Acrylonitrile Polymer

"'asi.siant lor.hours ,:. reslsla!lllo! ye~s '. resiStantfonnoJl\hS

.-.;.,<

'.:" i;"{'-::~~

,~:'

",. :.r.8Sist~1 for yeers .• r~sisti!iJt for montl!s .

!.,' ···"ra~I*~vor "'.

yaars \ . .raslstllllt for monlh~ ..,.

'3 3 3 3 3 3

~~j~"

,

fi.""

\ .. ~~.

::".~

@

'tl

E" ~ n'CIl tl

.~

!~eagent

Reagent Nj)te

Conc.

ICocoa Butter

C1l

CIl

16'

ICoconut Oil

t"<

ICod LiveiOiI

., ~

te:

L

Copper Sulfate

(·cl'.·

(days)

20. 50 20

<=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365

56

;:l

0: .,

20' ·,.50 20 20

ground instant ground instant solution

SQ··)

50 20 50

Cottonseed 011

2p,.

Cresol (p.)

50 20 50,:,

Cumin

Time

TeIJlP·

(%)

~6'

ground

Curry Powder

20 50 20 50 '20 50 20

Cyclohexane Cyclohexanone Cyclohexyl Alcohol

i

50

Dairy Products . :):

Dehydroacetic Acid

20 50.'((' 20

Dekalin

20.

DDT

emulsion

'

1\

50,.; 50

Detergents Dextrose

solutions solution

'2CV, 20

30 30

.50,,,, .'

20-

Diacetone Alcohol Dibutyl Phthalate

is(f Palatinol C

f,+~~'

"'i SO\

Dichlorobenzene

.'

Dichloroethane Didecyl Phthalate

» en »

Palatinol Z

,~::',;~.;

Load

Re~istance

IPDLRatingl % Tensile Strength , Retained

w

,.,':'; .~,

.~

.

resistant lor monlbs

7

'w

9

resistant fOJ years

9 9 9 5 3

w

resIstant lor wali~s

.,.

9

iiiiiiiilajli;loiyiiiits .:;

7 5

,

monlbs resistant tor weeks

re~lslanllor

5 9 9 3 3

r,istanUor ')purs' ~

u._;:;;

... _~~':

..

'

.. '-,

iiiiiiiiiiiliilOfYiiiifil

9 7

.'

re~i~fa~f1o~oIonlh~

4 4

re.sistan!fOr-days:-~

9 9

(esls~

N

'1M

o 3, ~:

.

<:: . :-:-:::;{'

o

4

J'

.resisiant IOr·.h
o

~.

"

;,:~~~:~.

. ,/), C'·

o o.

::"

lor years'

r~si~Mt~?m\ln\!is

7

,,

"

~:;

resistant lor monlbs resistanllor weekS dissolved

7

"3

, '

, ~sistallfforh~~iL

9 9 9

o

BASF Luran S 757 R

.., "', res!stll/lt'for years

:

7

o

Material Note

·.t

9 9 9 9

!

Note

resistant lor monihs

7 7

9 9

. _'0-

-;

f:

d

jc"<':::=:r~.!;~~;",

Chemical Resistance - Acrylate Styrene Acrylonitrile Polymer

(J1

(.0)

Chemical Resistance - Acrylate Styrene Acrylonitrile Polymer

:t:-

en

:t:-

r

Reagent Diesel Fuels

Reagent Note diesel oil

Conc.

Temp.

Time

(")

'" ('Cr'

(days)

20 \50;

<:365 <:365 <:365 <:365

",,2p,,·, ' "50

Diethyl Ether Dlethyl Ketone Palatinol A

Diethylene Glycol Dimethyl Diglycol Phthalate

PalalinolO

Dimethyl Phthalate

Palolinol M

Dimethylformamlde Dinonyl Phthalate

~

0;=0;;<

Diethanolamine

Diethyl Phthalate

U1

Dioxane (1,4-)

I

IPDL Rating % Tensile Stren.9th Retal,~e
l

i

0

'20

i

,0 0

50

<:365 <:365

'20 - 50

<:365 <:365

;20 50 20" 50 20 50

<:365 <:365 <:365 <:365 <:365 <:365 ;

<:365 <:365

• 20

<:365

50

<:365

;~~

:::::

,,- ~

I I

I

'

I

~'

7 ,', ,9 I}

f,

Diphenyi'Ether Diphenylamine

. . . """"""

20 , < : 3 6 5

20 "50, Palalinol ON

Load

Resist,ance Note

Material Note

;4e~i~t;;"t tor ye,ars'

BASF Luran S 757 R

r~sista.;;i t~r m6Mils '-

'd~C!lyad

'.

i

{fsistant l~r "ours

3 3 9 9 4 4 3 3

;.

,

?

.rasistant}or'years :;. , reSiStaniior4ys

resl$'i'ihH6iJi6urs

""

,.:

0 0

dissolye~"

5

resislantforl\"aaks

.

4r~~~!,~!'!e!"~;Ys :, ~~~resi$ian\~oi~UIS'

<:365 <:365 <:365

-3 3

'3

, !

';

• "", •

.,

>~

<=365

3 :'.;.)

"'{~t }~

:::::

~

Ethyl Acetate Ethyl Alcohol

....:;:-senzene Ethyl Benzoate

+;G\;)~

Ethyl Chloride Ethylene Chloride

2~}'

fl' .,50Y. i,

@

:E

Ethylene Glycol

~

n'til

Ethylene Glycol Ethers

t::l

Eucalyptus Oil

~

ell til

IS

;:s t'"'

.,c;: ., ~

II::

c

: "--

IFertlll't:I"

;2;~~::}

'i~~';;(·

,.-:'.~.

: : : : : , . ' ~i

;,',

"";\. !

~{,

<:365 <:365

[;

0 0

::::: :::::

:

:

i.;I/~l~~~tf~l}ot:~eji0iF":

,\,-:1

It;;;~1~;:~;1;::4!~ji"!~~i~~\~;,"i~i';;\;.;

f}

,1~ir:

Ai~ ~~m

•.

:

~:'"1

@

~

p

n

R;aglll). . ~~!: ...

tl

Faa. Oil

~

,.<,; ••

CJl

Dr..

Reagen. No.e

Cone.,

,.-

I,

(%)

IFormaldehyde

t

IFormic Acid

.,0.,P

u::

:~

lem;;;;;'

30 30 40 40 85 85

I

20":'..'"

50" . 20····., ".

s.Cfi((

Freon 11 20 50i

Freon 113

,}?-o

Freon 114

'S.O':,.,

Freon 12

o'

Freon 21 Freon 22

,2().:,'·'·· 50"

Fuel Oils

2jl,

Furfural

.sot\

Furfuryl Alcohol

.~P/.,

Gallic Acid

20.

Garlic Gasoline

.so .so

powder

20 50""

premium grade regular unleaded

2.0, . 20 25

25 25

Ginger

premium grade regular ground

sO

50 .

20 50

2p

Glycerin

5.0

Grapefruit Juice

20 50

Gravy

2.0

pork dripping

Greases

pork dripping cup grease

. 20; 5.0 50:;'

20':.•:, 25

...2§.,." ""'.

» »

en

Time

'«yF,;;L .,}~~!~) <.. 50)\'.

15' ;J

.:::; .

. ~Oi;)"

Neat's Foot Oil

(\)

CJl

~.:':~~~~:-

load

<=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 7 7

Ratl~g I....

% Tensile

s.re~gt:~I;~:,f;::;"P~"N,."

.~eta.ined"

'. '\
9 5

I' :

'Xo.•

5, 4

......

5 5

reSfSfanl lor weeks

'" ,

;.:,:~~,:~.:

tor jears ,eS;$lilnt 10r'mOnills • ·llissohied· ·"u,.;:·

4

/r"iSlalJllor days r8~islanltor.h9urs

3 9 9 9 9

········liSjfiawffo~··feais

';

.••,resistanllor days ~esjslanl fer weeks

4

5

7

"'(:ieil$i8iji':Miloui's ":. ;'::~::~

a o

5 5 5 3.

.!'~.m~;;OW:l1.~ -~Ism,nt

..•• 9 7

1%

,,'.;;~~~~~:-~;~~~: 'i.;i$t;;;i.fo; diy~ .

4

5 4

0.5%

,L~{;~m~~g@m

f&slSfafil lor weeks' i~$l$tantlor days 'i"slStanl for'weeks

4

3 3

BASF Luran S 757 R

···················~~!'::Ill~~-:r····'··::

7 5

l

'::':~';"""';""

'.. i~~I~l~1 10;' Y~ars ">.:)< ;;::>: .~ .

9

leo

Material Note

;>

9

<=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 7 7

JI'PD'L:

... .

<80 <80 <80

GE Geloy 1120

res;stant'loi hours resIstent for days resistant tor weeks

4

5 4 9 9 9

BASF Luran S 757 R

... \M~'Ml!!1i9!!Y~

.. resistant lOT years"

9

reslstanllor months r~sistanl tor years

9 7 9

. .• .resistant fCl( months re~lsl8ni lor years

7

..

it'·

0.5%

9 9

100

1%

9

10.0

Chemical Resistance - Acrylate Styrene Acrylonitrile Polymer

GE Geloy 1120

01 01

» »

Reagent

Reagent Note

":':,

.1

Greases

Cone. I")

mirror housing cup grease

Gum Tragacanth Heptane n-Heptane

Heptyl Alcohol Hexachlorobenzene Hexane Hexanetriol Hexyl Alcohol Honey Horseradish HydrochloricAcid

sauce 10 10 10 15 15 40 40

concentrated

T~·~t

I '. ~~~~ .

25

7

50

<=365

20 50

<=365 <=365

20. 25 25

<=365 7

7

Inks

<=365

5

20' 50

<=365 <=365

9

20

<=365 <=365 <=365

2?\ . 50..

<=365 <=365

20 50

<=365 <=365

20

<=365

25 25 25 20. 50 :20 , 50

7

0,5%

7 7 <=365 <=365 <=365 <=365

1%

,,50

Iodine Iron (II) Chloride

tincture of iodine

""

..,20,·

20

solution

@

.p"

>:

/50/

"tI

i:i'

ri'

~O

solution

Iron (II) SUlfate

C/)

~

Iron (III) Chloride

16'

Iron Ammonium Sulfate

solution

;:s

t-

.,o: .,I:l \l:

Iron Nitrate

',.

solution

GE Geloy 1120

90 90 90

resistannor ITI9nths , '~esistant tor weeks

BASF Luran S757 R

5 5

.,:ie.sisi~tfor monl~s

~ i

<=365

7 9 5 9 9

<=365

5

<=365 <=365 <=365 <=365

9 9 7

I

<=365 <=365

I

, I

r~sls(anl for days resistant lor yeafs

'( .

> ..... :~;:~:. /? .~ ,"

9

.

i/' ," rasiSJanflo'r IlIlmths 'ieiiliiiiiiflorYears; ._r~s~tanl

for weeks •.. q8s1~t8ittfor years ;",::~:<

):.:,-

'r!slst~/!l'for week.s

"

:r.asi$tant for y.a's

'i
7' ••.•••

i"

9

;.J!

<=365

9 7

20••:.: ....J 50

<=365

7

20 ...t 50?

<=365 <=365

9

,J

~~J~W!(i~t~~ks resi~iantloi years

7 5

<=365 <=365

20

'56

C/)

resistant tor months,

8 8 8

·~~.E : ::::~ <=365

BASF Luran S 757 R

9 7

9

.{.20

resfsiatifiii{iOOnlhs resislani tor~e~k$

9

7 4

<=365 <=365

GE Geloy 1120

70 72 72

9 7 7 7 5

<=365 <=365

.': 50,.

. . . ies.isianiloiyears . r;siSlallHor mon",s.. • ~'. ieslstanHoiyesrs

9

.20 50

<=365

.;\n. J~~'~!i!!'LI~r ~nlhs

9 4 4

50

...... -:'.;...;:,

GEGeloy 1120 BASF Luran S 757 R

100

7

.,4 7

Material Note k·

7

0.5% 1%

0>

Resistance Note

.. 9

7

~20

writing

9

<=365

2lV'

Hydrogen Sulfide Hydroquinone

POL Rating I % Tensile Strength' .F1~~,~ln~d .....

25

20 'I:

3 3

Hydrogen Peroxide

Load

'20

:> 50,

l!t

(J1

Chemical Resistance - Acrylate Styrene Acrylonitrile Polymer

en

,,>

,i~si~'a"(lor m';;nlhs /, :V' .

7.,

7

. ".

,.

.. ....:~ ... ,..

r8s1stiliiitor y"rs

>, ..

,r~~I,~\~tto~~~~s

~

@

"I:l

E" n'

IReagent

i:l (\l

Iisoamyl Alcohol

(J) ..... (J)

~ea'gent Note

Conc.

Temp.

Time

I"')

I'C)

(days)

20 50

<=365 <=365

50

<=365 <=365

20 50

<=365 <=365

25 25 ,25

7 7 7

I

POL Rating % Tensile Strength . Retained

Load

IIsobutyl Alcohol

t'"'

Iisooctane

.,

toprOPYI Alcohol

;:l

0: ., p

It:

Jams

isopropanol

fruil preserves

10 10

Lactic Acid

80 80

Lactose

solution

20 >.'50

<=365 <=365

9 9

<=365 <=365

.9 .' 9' ~

,

2() ",..,

<=365 <=365

',','

ground ~o

<=365 <=365

50

Lead Acetate

t

LeadNItrate Lead Stearate Lead Sulfate

20 50

,.

•., .

~::.,

,

4

"

.9 7 '9

r~~iitanf 'igr mOnthS ,

T'sisl~1

for yNrs

:":.:::~::

9:

'

<=365 <=365

'9 9 9 9

.~

20

<=365"·9

50 20 50'

<=365 <=365 <=365

20

<=365

If'

<=365

9

20'

<=365

50

<=365

. t: 7 ) e S l s l 8 J \ f l O J months .9 1 . reslstanl tor yeats g'. " .;

50

.,.,

BASF luran S 757 R

;..

resistam for days . ,,(eil~t'anflor hours resislanl for years

!

.:"

~:

.i9.,

<=365 <=365

·.. 50

Lauryl Alcohol

l I

<=365

lesi$tan[liiiyeai$'"

\.

<=365

50' .'\

Laurel

~.

i

2()

Lanolin

4, .4 9·· :':9

<=365 <=365

GE Geloy 1120

75 74 74

5

•~ ."

0

.

9 0.5% 1%

<=365 <=365

.~O..

BASF luran S 757 R

",,: resist~l fot-hpurs resistant foryears

9·

/,,;1

'20 50

resistant for years resistan(for days \~~~I~nffor w~,eks

:F

20-': •.•... ,.50 20 50..

Kerosine

MateJial Note

~ .. ' 4

(J)

<E'

Resistance Note

resistilni"'or l!Ionlhs

.f7 ~,9·.

_.--- - - - - - -

~'~re~isi¥('foryNrs

.. T

.'.• '9 .- -

...

..

~-~'-.~.~.

!

"

Lemon Grass 011 Lemon Oil L,.. orice

Ligroin Lime

chlorinated juice lime waler chlorinated juice lime water

Linseed Oil

» (J) »

20 ' 20· 2.0 50 5Ch ••..•, 5SV,

<=365 <=365

9T

"

<=365l~'

<=365 <=365 <=365 <=365 <=365

'"

'i!Slst~i for months

7

....,

"

:

"

.• ·t~s}stiintfor years

9· ,I

Chemical Resistance - Acrylate Styrene Acrylonitrile Polymer

.:~

.,'

0'1 ""oJ

» »

(]l

Chemical Resistance - Acrylate Styrene Acrylonitrile Polymer

en

R8:i~ent ~otlt Mace

lat~:~lt.~:~~~:i:;

1

co

IN'ote' ..

Material

,~:,: .~. '.

j~~;;,

ground

N~te

BASF luran S 757 R

···;:i\.:;

Magnesium Bromide

<=365 <=365

Magnesium Carbonate Magnesium Chlorite

solution

<=365

·9

<=365

9

<=365

.,.>. :

<=365

Magnesium Sulfate

.-~;

<=365

:{

.:+ ·9

<=365 <=365

Maize Oil

,

<=365

Malic Acid

10 10

Margarine Marjoram

ground !:::~~

Mayonnaise Menthol

~>t::t"?Q.:

in alcohol

-N/·

solution

, ,9 . . •.,. 9' " '"

<=365

"'''9·

<=365

9

<=365

9

<=365

4

<=365

'9

/. 20

<=365

9

<=365

.9

<=365

.. 0

Mesilyl Oxide Methyl Acetate

<=365

0

<=365

0

<=365

Methyl Alcohol

7

7

<=365

1

5

Methyl Ethyl Ketone

<=365

Methyl Propyl Ketone

~

Methyl Salicylate

.,

p

It:

4 7

~

j

4

,

C/)

t"'

4 ...".

<=365

n'

0: .,

~

Methyl Butyl'Alcohol

Methyl Isopropyl Ketone

;:l

l

•

"tl

tEo

1%

I

@

$5'

5

0,5%;:

_~5

Methyl Isobutyl Ketone

0

<=365

'0

<=365

0,

<=365 <=365

0 . •·

::~:~

.~~;i:~~~j)i;;;

::~:~

MethYlcycIOhexane;i:;';,'!11i~~~iiii

::~:~

74 73 73

GE Geloy 1120

BASF luran S 757 R

, :iY ;;:;{~~hj~f6;:,8~~;';;

0

<=365

;(ii~i~;1;ll;;'~

······;Ii~~iJ!:(~i~r~~

'.';: "'lM\~!@f!My!~rs

0

!

<=365

7.

fr~~ls18nqot months'

j 5

<=365

,., ,50'"

:$'

9

l'

<=365

.; .. 20,

10

Mercury Mercury Chloride

'.,::~::::~.

9"

<=365 <=365

<=365

10

~.;.:.

9,

:i'j';9,f? :. , .J;~,!~l;;{'

....;::::;~:~.~:::.::;

'i;;;\j\!:;(;,t{I%0i;t;·;~;1i,;·t[:~/;;;t;.· . . .

"\ ~' .lt0;;~)jiji~;r.;\~~~:~!;~~~~:'>;t

I

...

~

@

I

'tl

~

~

n'CIl tl

~eagent

~eagent Note

-

.

I

Conc. (%)

.'. Temp.

Time

}

(days)

20 20 20

Milk moist powder powdered

(l)

CIl

to'

SO

;:J

t

.., p ..,

50 50.. 20 50 ·20'

moist powder powdered

0\C:

('C)

Mineral Spirits Motor Oils

2~

15W-40

25 25 50 .,.,20

Mustard

'SO

Naphthalene

Naphthol (/3)

crystalline dissolved in alcohol crystalline dissolved in alcohol

2020' 50

dissorved in alcohol

20 50

SO

~9.

Nickel Sulfate 30 30

Nitric Acid

':.

concentrated

Nitrobenzene Nonyl Alcohol Nutmeg

n-Nonanol dark, light, dark, light,

ground ground ground ground

50. 2(l 50 20 50' 20 50 .20 ;.. "50'; 2() 20 50. 50

<=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 7 7

.resistant for years

BASF Luran S 757 R

:.:~

z,

~';~~istant tot months

7 9 9

resistant lor years

j

"7

resistant 101 months 1'!Slstanllol weeks '\. ':resistant for years

,5 0.5%

1%

,, 1

;

-g-.'--

9'

100 100 100

9 9 9 9

.:~~'. :'.J

:t'

..:

GE Geroy 1120

resistant lor years

BASF Luran S 757 R

9

-7-5.

resistilrit for months

;'

'Je$iStani lor weeks. resislar'lt for hours

3 3

'5

········~t~lSlanHofweliks

,

resistant lor hours

3

9

resistant for years

.::::_:,:~;/~.,

"".ll>· 7"

}k ",

&t '

;rislslant lor months <1;~sislant lor day~ dissolved

4

0 0

'3

res~ant

lor hours

3 :':.g'

.\,. ..(eslslalil for yeers

i;'r~~l~mmlMlWJ1ths

7 5, . ·7 5 5

..~

weeks

"sisf~linoi retlstant mont!>s r$$i$tilnt for weeks

tor

..

:;.:::.~

,

3

., ----;7

n-Octanol

:::" ,

<=365

r

,'7,-{'

:~

"9

'5 '9

,~

dried, ground

<=365

Orange Juice ;)

» »

Material Note I·'

9.'

\

,2q,,;.

en

.' Resistance Note

'~g

<=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365

Oleic Acid

Onions

POL Rating I % Tensile Strength Retained

7

<=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365

Nutmeg Butter Octyl Alcohol

Load

<=365

Chemical Resistance - Acrylate Styrene Acrylonitrile Polymer

01

co

» en »

~Reagent

Reagent Not: . .

L~l;~'"

.. ~;~J . . .

Temp. (~f)

Orange Oil Oxalic Acid

<=365 <=365 <=365 <=365

2.R.. · · · ·

solution

/50 .

Oxymethylfurfurol

20'

50

Ozone

20

<0.5 ppm

50

Palamoll644

20

polyadipates

50

2q

Palamoll646

Palatinol AH

bis (2·ethylhexyl) phtahlate

Palatinol C

dibutyl phthalate

Palatinol ON

dinonyl phthelate

20. 50'

i.·· ,{2O::.

.,

'.' 50'

PalatinolO

dimethyl diglycol phthalate

Palatlnol Z

didecyl phthalate

~

5. . 4

9 9

f~o-.·~:;

~'.< "50')!': ".

Palm Oil •. "'·~20.

Paprika

ground

Paraffin

liquid

<=365 <=365

:3

resisj~ntKfor ho~~,s

Peanut Oil

3 3 3 3

Pectin "I:l

is" ~

;:;. en

15' en

<E'

;:s t"'

..,0:

..,$:I

It:

"

,,:;" IPep • .

resistant lor months /.Ie$i$lanl.ror ~~~ •.

<=365

l

4

<=365 <=365 <=365 <=365

L

3 3 5 4

';:~::rt;.~;;w:s,

<=365

3

. ·reslstanUor /lOurs

<=365

3

<=365 <=365

4 4

<=365 <=365 <=365

5 ".

~.

...•.•••. resistB,llllor /lOurs.

;t:?:: ;,.:::::':: U

9

:::::

;, :

?O . SO

<=365 <=365

9 7

<=365

9 7. 9

,

9

'i

9

1,1: "

",L?CJ:,t?

<=365

~

~

9'

<=365

<=365

'mlmnHorw8ih'

··:,,:t~~'~~31;lo~~·~I~>.;i;:;.

;-~h;-

<=365

{~t<>;;~:

;~(!~~~6\.1~;'d#$;f'/

9

50,

~i ~~1~~

7

i

".: .

.

'" SO. .,.

.~

{~

4 - '.-'

':'

;\:: ~:;;~f::~{'

' ,

IPeppermint Oil IPerhydrol

:::

7

<=365 <=365

~.~~~~

'K

3

<=365 <=365

Penicillin

IPen·---

........ ':.::; K

"9 V

20"'~

solution

K

.-,:;" •.'.·::,:::x,·.:;,:· ..·

•

" . 20.:<:::

;

~i$$otv~d resist~nl for years

~~

BASF Luran S 757 R

"::'}{:~': .

<=365

0'~

BASF Luran S 757 R

. '" resistantfo(years'

o

<=365

Palmitic Acid

Material Note

'l~::~l~i~i~ea:~

.\

9 9

<=365

-SO.'

dimethyl phthalate

I

<=365 <=365

20

20.

Resistance Note

IPOL Rating %Tensile Strength . Retained

o

<=365 <=365

'59·' .0":

Palatinol M

I

o

<=365 <=365

50

20

diethyl phthalate

"Load

<:365 <=365

.•. 50,.

Palatinol A

@

0'>

Chemical Resistance - Acrylate Styrene Acrylonitrile Polymer

=-.-.-.-

-.-.--.--.-.-=~::-.-.-.~.7·-.t);::·-·-·?O

'..;

,;~~~i$l~t for ~riill$

.

,', i,tj~!ill:;~~~S

i

'3,' 9,

,:~

.:1%.. ..

)

l

~ ~~

(lW1r':l;:1~f;~,

I

I

:;:.;

hi,slSf.llitJot~i!i$

~

.

-~

,;~

@

~ ~

~

n'Vl

~ Vl

tEl'

.:~

Re~9.!iit

,

'r-'-

Temp;'·,

Cone.

ReagentNote

, (~)

(·C) . . , -:.' ,

Petroleum Ether

20 50. . 20

Petroleum Jelly

;:l

s:: ~ ., ~

't:

~'\?~T;~{t'tf.i•i. •':. ',~

-

Phenacetin 10 10

Phenol

"

't

;50 ··{·lio} ;.,

1 1 30 30 86 86

Phosphoric Acid

'5

<=365 <=365 <=365

4'•.

·;s·

50'

<=365

9

20

<=365 <=365 <=365 <=365

4

·sci '20:; 50i, ..... ·

<=365 <=365

20 50:

<=365 <=365

26

Resistance Note

Material Note

i~lal\t for weeks

BASF Luran S 757 R

.. (e.s~l~n'f~tdays 'iC"'resiS1M~iliiWais

BASF Luran S 757 R

.._.,M

..

:.::~:{:,,~::

~:

;

<,,'3

T.

<=365 <=365 <=365

20 50

<=365 <=365

Pimento

ground

20 .... ", 5.0.

<=365

'

reslstant for days ~? '. ;;J;iStaJi1'for hours

.

.• resistant tor years ;';$istani.lor months

".9

. 7·

":~

<=365

5,0 20 50

JUice:~;

'r:

flet~.ined

.

, ., .

solution

X

.

1. reslstantlor year.s " ...

9 9 -

reslstanllor weeks days

<=365i;$~lanl

10;

::m

i~J;>P~;\:'~~:::~~~!M~!;

59

<=365

'

'9

20 50 20 -'"

<=365 <=365 <=365

1 '

9 9 5

50'.

<=3654

20 50

<=365 <=365

9 .9

20 50

<=365 <=365

9 5

20

<=365

50

<=365

Potassium Bromate

20 50

<=365 <=365

9 "9

Potassium Bromide

20' 50

<=365 <=365

.9 9

Potassium Carbonate

20 50

<=365 9 <=3659

20 5'0

<=365 <=365

':9. 9

20 50

<=365 <=365

9 9

20 50

<=365 <=365

5

resistant for weeks

'4.

!es~I~~I::'9!,~~·

IpineapPle

pine needle oil

Plastigen G

urea·formaldehyde resin

Plastomoll DOA

bis(2·ethylhexyl) ad/pate

Potassium Aluminum Sulfate Potassium Bichromate

solution

Potassium Bisulfate

Potassium Chloride

solution

Potassium Chromate Potassium Dichromate

» »

-

Phthalic Acid

Pine Oil

(f)

p'Qt:'~ating I% Tensile Strength

Time (daye)

<=365 <=365

'2()

Phenylethyl Alcohol

'. ",:;{ ·'-·'.;:i"

.:.

with sulfuric acid

,

'9 .:"

7

re~,lstantlor!leeks

t8~I~M!M~!Y!

,.,. r&$isiariftOTye'aiS

res:is;tantlor weeks Uslstant lor y·ears·

resi~lant for m9!'ths' resistant 101 years

:',

'.

:,:, U

Chemical Resistance - Acrylate Styrene Acrylonitrile Polymer

(J')

-...

» en »

I~

!;e~geiit

Reagent

No~e

Potassium Fluoride

Cone.'

Time ',(daXI),!

(,,)

"':".1'

solution

?O

10 10 10 10 10

Potassium Hydroxide

25

7 7 7

25 '25

50"

20

50 50

~O

concentrated

20

solulion

20

50

Potassium Iodate

50

Potassium Iodide

,20 . 50

Potassium Iron(lII) Cyanide

20 <.·50

Potassium Nitrate

solulion

20'

iii

,?o.

Potassium Permanganate

·,50

,20

Potassium Persulfate

(.;50 20

Potassium Sulfate

,.'

Potassium Sulfide

50\

20 . SlY

Prontosil Propane Propyl Acetate (2-)

~o.

liquid

)'50 1-propanol

Propyl Alcohol (2-)

2-propanol

(I)

~ to ;:l (I)

t

..,0$:l ..,

u::

.~

'''~~' ~"

Propylene Glycol

~ ;:;.

20'

50

Propylene Chloride

S

";;'£0

····20"·;

Propyl Alcohol

,'"20"

'i/5Cf Propylene Glycol Methyl Ether

~~o(.

Propylene Oxide

.5,G .•

Pyridine Pyrogallic Acid

pyrogallol

Load

I

~;

St~engt~r""~~'~~~istance

Note

·Materlal Note

'reslstant lor years '••t~~J~!M!.IPl\1,~rs i8'S(SI~nUQi Years

9 9 9 0.5%

8

90

1%

8 7 7 9 7 7 5

90 BO-90

<=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365

•

.POL Ratingl:Ok Tensile Retained

<=365 <=365 <=365

.20",. ""50

@ "0

0> N

Chemical Resistance - Acrylate Styrene Acrylonitrile Polymer

BASF Luran S 757 R BASF Luran S 757 R BASF Luran S 757 R

GE Geloy 1120

BASF Luran S 757 R

reslslan! tor months ~esistMt lor years r~sistant lor months weeks nlSisiariffor years

!~istenllor

.

9 9

9 9 9

.

·.·t

9

9 9 .7 4

".

resiS)"i!or mOnths,

,.'.Aestst~nl Jorde)'.

\

9

1~t

7

..

i

9

resislant lor yeers

.r!~I~i~t(9.ftnOntlls

; ;\.. 'Bieslstaiitfoiyears

.. .,

~.

9

9 9 9

·11

9

;,

o o

,;;l~t!~~~:~:~i:s .•• ;~<';i~r~:t';;rkuts

7 4 7 3

o o

iesistant foi years

9

.,'..... ii;~!~lAAtf9'r ~~lhS

7

:.'

~

~~

3' 3, 3

~:

..

". "".V·"di$$Olved ;:,;;",,\:"'. ...~

o 7 5

~:-~.,

M.

i

o ;:

'iliSistanHoihQur$ '.

,''''',f"

r I

ii <{,'/r~~Is,~~ tor. niQq1!'S'" .

.... '; "'~Jstanllor weeKs

,. ~:

.'(y:"

"S' 1· · · · ~;.i .;.· J'·

@

~

n'CIl tl

.~.:.

Reag(lnt Note

Rel!gent

(%)

CIl

"c

T~~;.>:; "'' ' 1 ~I=~ 20

IResorcin

IRongalit

t""

\C:

IRum rum essence

tiCYIiCACid

--20 ,,20,.

<=365 <=365

?O'>.", "', .50'; ".,>

<=365 <=365 <=365 <=365 <=365 <=365 <=365

Salts dry dry

?O

SantalOIl Sassafras Oil

20",. 50 \."

t~h;;i';;

Sea Water Sebacic Acid Dibutyl Ester

20

. ::~;1i

Silicone Oils

.Re~lstlince Note reslslanllor

Soda

solution

Sodium Acetate Sodium Benzoate Sodium Borate Sodium Bromate Bromide

<=365 <=365 <=365 <=365 <=365 <=365

.7 ",.7

9 .',

·.··:i:;

jW\tl.~i$tanl f~r.m()n'~$

)

,~~ >9····

;;~

:::~~

., .. ~

resislant lor hours

1

3

1

.'\

3' {S'

:9

ra$i~a~!10r yeals

'9

'.,. Yj ..-;~:;di

_.~~:.;;:.,;:~

. . . . ····'i\iesisjintloi hOiiri

·3

.'", "

"'''0

.dlSSOlved

re~i$la~t f~r year$ } -.?' {;-'::"~~i if ,,:">.

"

i0:

. :~.'

::::~

20'" .SO 20 .'50

<=365 <=365 <=365 <=365

9 9

"20'" <.

BASF Luran S 757 R

reSlslllIlllor years

\~~;:/;

;;~dk,\

weeks

" re,~I$~1 for .mOrl!h$

'9"

',.

" Material Note

" J ,es~tan\ tor !,ay~

iI

<=365 <=365 <=365 <=365

Silver Nitrate

~ndium

~l~~1;~~%T,~*,~~~"I~

<=365 <=365

;:l

.,0: .,l:l

Load

<=365 <=365

.50

~

tEo

Cone.

.;.->

---e

%Nsli;18/ifiiifye,@

TrJ~I;.ta;,tJor montlts . resistant for years

.

.~:

"

,;.

'. ':9 ,.)1.'

';:::,

.

::::~

<=365.'9

.;~~;;!~ ::::~.;~;J~,;

.,...

: {";

.;, .,/\,." .. •

,~;';, <,~ ,~; ~l;: /;L:';<'

'j\;'

'·:'}u·.':·

:arbonate

<;h <

Sodium Chloride Sodium Chromate

';2~:;

50

Sodium Fluoride Sodium Hydrogen Carbonate

,,20<. Hi

<=365 <=365

j ,

;'

1

~.

::::~

;j;:,~>

,,;Y/.

,.'

it--. reilslantfO( mo.nlhs

,~"

j'<.

___ ._..... ydrosulfite ;)QQlum

GE Geloy 1120

Hydroxide

I

» (f) »

Chemical Resistance - Acrylate Styrene Acrylonitrile Polymer

0> W

» (f) »

Chemical Resistance - Acrylate Styrene Acrylonitrile Polymer I"i/" ::,:-

'.'. '..." •c"

Re~gent

Note

Sodium Hypochlorite

Cone.

Time

("'I,

Sodium Hydroxide

.'" (ilIYs)

10

12%

7

:. ,.

<=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365

.'.•.' .50:,}' .

<=365 <=365 <=365 <=365 <=365 <=365

chlorine

Sodium Metabisulfite },

Sodium Nitrate Sodium Nitrite "~

Sodium Perborate

:;:;:;:\

El Sodium Phosphate- sec

:

,,~

Sodium Phosphate- tert Sodium Silicate Sodium Sulfate

~:

Sodium Sulfide Sodium Sulfite 20}.·

Sodium Thiosulfate Soybean Oil

soya oil

Sperm Oil Stearic Acid

c-~

Strontium Bromide

"

.~;;;;i

::~::

2(r, /.

<=365 <=365 <=365

20:

,So':

<=365 <=365 <=365

,,,!O,S .

so.:

Strychnine

·.".,20,

so.

Sugars

solution

30 30

Sulfur

~

n 1?

Sulfur Hexafluoride Sulfuric Acid

10 10

ballery acid

IJJ

tEl' ;:l

t""

0: ..,

..,

I:l It:

[" ,'sd " 20

'~...., ~

.So.;;,.'" :,::,,)!g,}}}

IJJ

concentrated

38 38 50 50

i

, , 20,. ".'.

"tl

i:i

~

~~::~":::i:

~,.::~::~

1~,~e2~"-~ ;,'

@

0>

L~d

IP'~L Rat!';~l%,~e~~::,;~~~~~.~.h;;I",Resistance Note

': I

:,';

"~;,

GE Geloy 1120 BASF Luran S757 R

",;,:,{~¥~,~nl;o~~a,~~~~-

:;

'Y

~

7 c'\ireiiS1aIiUot.year~

",~

;(i;;i'(eil~aI\lior',yon';;s

,7 --~

9. "{::.;.

~

1.~D'

9 ~

i"""·

9

:~~·'t·:

,"

.;-~~~:'

~

9

:::.:.

c. ,M

;:

." :..

~

9

.:>':"

~

9

;::<:~:: :~

":i:-;

~'

9 7 9 7 9

". If ::~

"

.Je~isllii\1

lor m()~lhs ,(e,lsl~l lor years r'$j~t¥llo!months '/esiSlaniioiYears

:

..

~

9 ~

<=365

9 7

e.; ;i1~'~ i;±~ 'LI_-=~~

~~~;'"'

'~;i:,f:l:~l:~~~r~:~t'

<=365

<=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365

""

Material Note

9 7

:-;.:"

./,. /~~WAA!!gt~nlhs

'·;~;";~::4:~~t.!~:~

7

'9, " "., '" 9" ',~'

7

9 7'

---,""""""",~,",",~

,}.gW~$I$iiini :!:~::f~::', . . ~.,; -,.

lcititar,s ... ,." ~ :>.~

J'r~~~i . . . ~df2..0i1:Li:.s.:~~J:L,,-,"iL.. ..•... ,t~$js;anllor,Murs :'.' >;.~;:~. : ~;~: : :'; : .": .;:;' ....:~.t:. :~:.~~: . -:~; ;:,'/~:';:. ,

--,

@

~

!=l

~

IR,#gent

Reagent Note

T.emp. ('c!" ,:c;:.,;,:.. :;:.. ,.

(%)

n'

'~" to· '"

Cpnc.

Tannic Acid

20.".

50<:W :,2~,~;

Tar and Bug Remover

'~ '.'. ;

;:l

t"'

~ !=l

..,

tt:

Tartaric Acid Tea

20 50· 20 ,20 ':50 50 20' 50 20 50

instant moist leaves instant moist leaves

Tetrachloroethane Tetrachloroethylene Tetrachloromethane

.,.

20

50

Tetrahydrofuran

20' .. ; 50< '''' ;2g, 50'

Tetrahydrofurfurol Tetralin

2Q" . 50'·,

Thionyl Chloride

20 50

Thiophene

20 .. 50

20

Thymol Tin (IV) Chloride

5,0' 2p

solution

50

?O

Tin (II) Chloride

50

Titanium Tetrachloride

20 50

Toluene

20

Tomato Juice Transformer Oils Transmission Fluid

~

50"

20 , 50 "20" ~ci:,

'>.·.25 '

25/"

/~5

Trichlorobenzene

20:

.!?O Trichloroethane

20",. 50

» en »

, Time (~ay')

<=365 <=365 7 7 7

<=365 <=365 <=365 <3365

, Resistance Note

Material Note

~-«'

9

BASF Luran S 757 R

~

;

0.5% 1%

6 6

83 82 85

7

:

<=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 7 7 7

POL Rating I %Tensile Stre~gth Retained"

Load

9 9

GE Geloy 1120

8ASF Luran S 757 R

resistal)l'for years

,

::~:::::::':- ,::::: . II;'

9

l

9

9 7

resistanllot monlils

3

..,., r8Sistlll)llor hours

o

..'·9.fSso1vecl

5

. ?,.r~€~~t~I~;r~1t(

"

.· • ·)r~~~!d:~~:'~~!:~· .

3

o

o ()

i'" . 3

"{~:~~!:~r~UiS

3

l

,-:!

3

,

6

3

o

..

3 3

I

,.;~;:

':i1iSso~ed"

;

o

':'.~~

.:

le~istanf lor hours u

3

'u

3

3

u

3 ;

9 9 3

o

:~

u.

u~

,~::,;-..

~,."

r~$i~larit for year,s'

"'~"'::~

:;"'

.~

.

resistant for hours

~

..;.

o

~~~e~,

..<:.-.

-;:"'~':~::::~::::' '~

,:>:}",':~""{

.

'~.'

o iesislanq~r ·years

9 7

·;estsl~;{i.(ot mo~tbs

;~~I~titirYi~eks

0.5%

9 5 9

1%

9

9

,

o

re~JslanHory8lirs •

.'.

100

x. :i

100

100

GE Geloy 1120

~

...."

~J~~ti'd

:

o 3

o

BASF Luran S 757 R

. ·;~f,~-.; .. ~ _.;

,leSlsl~~ I~r'hours

;,

Chemical Resistance - Acrylate Styrene Acrylonitrile Polymer

~Iv~d..

C>

01

» (J) »

~"9

...t •

Reagent Note

Trichloroethylene

Conc. .(~)

Temp. eCI

'Time

20

<=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365

:·20 .

Trichlorophenol

.Sq 2.0;; 50

Tricresyl Phosphate

20 ...

Triethanolamine

50

20

Triethylene Glycol

50

Trifluorotrichloroethane

Freon/Frigen 113 (TF)

20 50

20

Trigol Acetate

50. '

20' 20

Trypaflavin Tryptophan- dl

50

Turpentine substitute

20 20

5q substitute

50

20

Tyrosine dl

50

20

Undecyl Alcohol

50

Urea

~9, 50

Urotropin

i

;10"" 50

;'

20"

Valerian Drops Verbena Oil Vinegar

?o;., 20 50

20

Water

50

20

Water Colors

50';

Waxes @

CI)

n' CI)

Whiskey White Oil

tl

(l) CI)

10'

IWindshield Washer Fluid

bleached carneube wax bleached

20

carnauba wax

5Q

20"

5Q

t"""

..,0: ..,$:l

te:

IWintergreen Oil

.-

~o

·"{.?O;, ",50 "", .~

25

;:s

25 20'. "'''50'

PDL Rating I % Tensile Stren!l~~1 ""f111tll,lJ:llld ' .

Load

(~~,,~I

50

'....S"-

en en

Chemical Resistance - Acrylate Styrene Acrylonitrile Polymer

'J

7 7 7

<=365 <=365

Resistance Note

"~Olved

o

.

BASF Luran S 757 R

;';:'&(,

0,.,.. ".,

o·

'

o

,'. .;~

,;.,

. . ,.. •.•. ',eliiSjaiifioi'Murs

3

<.

3 9 I

Material Note

.....

,

9 9 9

it

resistant lor years

./ ,eslsta,m ,l?r weeks

5 4

resistant lordays ' reslstanllor hours

3

',~~9Iv~d .".I'~Wf#iH~rJ'~rs)

o 9 9

relilstaiiOolYe'lirs

j;i':

9

U"'·

. resistant for weeks 'reslstant for ~ears 'r.:sista;'t ior days, resistant for wee~s

5 9 4 5

9 I

9

re$istant'for years

9 '7 9

r!1~.I~M~f9(mi~ihS

..JiislslafiHotyeat~ :.~..,.

9

(tf

.~.

9 9 7

,

\A!i~!V~d

o

i

"

resistant tor'months, ..

'

,eslstanilor years' '

9 7

i~siSfa~t f~~monl/lS

9

resista,ntlo.' years

~;

9

9

\:"

:;.,

9

l

9

:;.

9 7

resist1lnl'l~;:years

9 7

ir~~is!a~l(or \lI9nlh~' .

niSIS,l8fUor years ,;i ,

9 0.5%

;

1%

,

9 8 8 9

3; 3

<.:;.

resistant IOfmonlhs

90 91 94

GE Geloy 1120

,

,y.,.. .

ie5i$l~noYi;ou!s,

BASF Luran S 757 R

@

'1:l

s-..... CI>

0° CI>

I~~!~~"'t

,PilbRatingl % Tensile Sttengtl\ ,~'etained .

·····:;:;:·'L·/h

~

Xylene

Zinc Bromide

s:c:r

Zinc Carbonate

...

Zinc· Chloride

CI>

,,:.

Reagent Note

;:l

...$:l

ts::

5q;:.

Zinc Nitrate Zinc Ointment Zinc Oxide Zinc Stearate Zinc Sulfate

» »

(J)

t~9)C

.;20·3,· 50\ 2,0," 50.r:.,,··

20·,··, ,50 :,.~.,. ,,,..

<=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365

Chemical Resistance - Acrylate Styrene Acrylonitrile Polymer

Materi.i Note BASF Luran S 757 R

a>

-..I

» o

-<

o'

I~:"""'"

.. % Change

IReag ent

Reagent Note

Acetaldehyde Acetic Acid

Acetaldehyde Acetaldehyde gfacial

Cone.

Temp:

(~).

('C)

~

;:l

t"'

0: .,

.,

I:l Ie

I

Length

ieiiiffr

Str~ni~h

Resistance Note

Material Note lei Diakon; (PMMA)

unsa!isfactory'resistance .. sUlta~le lor plickaglng 0.06

5 5

23

8 8.

0.7

eyro Aerylite H-12 (PMMA)

0.7

eyro Aerylite H-15 (PMMA)

5 5

23

7 7 7

'8

0.7

23

28

9

0.15

7

23

"no'~isible change

eyro Xl; bottles Novacor NAS 10; 50.8.3.2 mm discs in glass jars

eyro Aerylite M-30 (PMMA) Novaeor NAS 10; 50.8.3.2 mm discs in glass jars

no visible change

5

25

5 5 5

25

7

9 9

0.4

Ar/steeh Aristeeh GPA (PMMA)

25

7

9

0.5

Aristeeh Ar/steeh 1-300 (PMMA)

25

7

0.5

Rohm & Haas Plexiglas V825

5

25

7

0.5

Rohm & Haas Plexiglas V920

5 5

25

7 7

0.6

Rohm & Haas Plexiglas VM

25

9 9 8 8 8

0.6

Rohm & Haas Plexiglas VMHF

exceUent reslslahce

Rohm & Haas Plexiglas V

5 5

25

7

0.6

Rohm & Haas Plexiglas VS

25

9

0.5

Rohm & Haas Plexiglas V044

5 5

25

7 7

9

0.5

Rohm & Haas Plexiglas V045

25

7

9

0.5

Rohm & Haas Plexiglas V045FH

5 5

25

7 7

9

0.5

Rohm & Haas Plexiglas V052

9

0.5

Rohm & Haas Plexiglas V811

5

>25

7

25

10

23

8

75

23

75

65

2 2

100

23

7

3

100

23

28

2

100

2~

7

o

100

25

Q

100

25

100

25

7 7 7 7 7 7

25 ..···'i

100

25

100

.2?

100

2-5 25

.;;,

25

glacial

3.22

,

crazed 0' whitened

\

Novacor NAS 10; SO.8x3,2 mm discs in glass jars

~~

panly 4iSSolved \ dissolved :~:: - -;;;,:

Rohm & Haas Plexiglas V044 Rohm & Haas Plexiglas V045

-

o Q

lei Diakon; (PMMA)

not (eeomme~ed for use

Rohm & Haas Plexiglas V045FH ?:';'"

Rohm & Haas Plexiglas V052

;.

'0

Rohm & Haas Plexiglas V811

.~:

Q

>~

Q

Rohm & Haas Plexiglas V825

•

Rohm & Haas Plexiglas V920 Rohm & Haas Plexiglas VM

O·

Rohm & Haas Plexiglas VMHF

Q

2 2

2 2

,

2~,,;

23

"'satiSfactory'rlislstance

7 7

25

100

Rohm & Haas Plexiglas V; test temp. is elevated

o

23 85

good resistance

7

23

~

CIl

weighT"

2

i5"

to'

Rating

1~ . B~l~!!l~¢1

8 9

Acetaldehyde

Acetic Anhydride Acetone

...

POL

20 2'3

100

n'CIl

;J~y$l

Load

23

100

."

Time

CD

5 5

100

@

0>

Chemical Resistance - Acrylic Resins

7

Rohm & Haas Plexiglas VS ·····lii#~li5Iacjory

ilislS18nee.

~~i~~~m~:nded;f~r

"; :~r>';" \:\ •

;:se

5·

~ sotjlli.i1ttl1ckil1(op.sl. r.duF~~ .

o

'completlilY-disSOIVed' .. ~c

~::

.{~:

lei Diakon; (PMMA) Rohm & Haas Plexiglas V lei Diakon; (PMMA) Novaeor NAS 10; 50.8x3.2 mm discs in glass jars

2 6 4

. dO,not use as cleaner

$lamed

Aristech Aristeeh 1-300; covered sample (PMMA)

8

no stain per ANSI?124. 1-1987

Aristech Aristech 1·300; (PMMA)

S~P8rtiCiat slaIn

Aristech AerysteellGP Aristeeh Aristeeh 1-300 (PMMA)

©

% Change

"tl

po

~

n'CIl ~ CIl

Reage~t

Reagent Note

Conc. (;')

<:C)'

(daye)

POL Rating

Welgllt

%!fl~!~l!,~I"

.,

. .20.

t""

20

0: .,

low stress

Acetone

~S(~i~:p,e?~SI412~.1-j987

'

}!i.,.

0,6

25

7 7

.

Cyro Acrylite; tested @ 50% RH Cyro Cyrolite G20; 50% RH eyro XT; 50% RH; low stress ICI Diakon; (PMMA) Rohm & Haas Plexiglas V

~,i8ileit'b\,mild ~braslve ".~isso!ved,

Aristech Aristech 1-300 (PMMA) Aristech Aristech GPA (PMMA)

rUbbery, $wollen ;r~olved

7

Aristech Aristech 1-300 (PMMA) Rohm & Haas Plexiglas V825

7 7 7 7 7 7 7

Rohm & Haas Plexiglas V045FH

;25'

7

Rohm & Haas Plexiglas V052

,25

7

25 25

,'. ~'2j; '25,,;. 25';·

i>:i~> 25

Rohm & Haas Plexiglas V920 Rohm & Haas Plexiglas VM Rohm & Haas Plexiglas VMHF Rohm & Haas Plexiglas V8 Rohm & Haas Plexiglas V044 Rohm & Haas Plexiglas V045

~~'\ecomiiielided for use

65

u~S'!tislaelory

23

23

Rohm & Haas Plexiglas V811

"t

leei$lanee

ICI Diakon; (PMMA)

soirl',j~ttae:: p;oP_ $1. reduced

23' ,20"

,~, ~1fablii for packaging'"

\23

un$alishiCt;;Iy'r~l$lanee

saturated solution

Ammonia

Aristech Aristech 8-300; (PMMA)

.

·,';;~;!!;~!MW¥,f~\anea ''''.'nOi reeommeooiid for use

25. 25';

Aluminum Potassium Sulfate Aluminum Sulfate

Aristech Arislech 8-300; covered sample (PMMA)

,>~.

..~:'

25 '

100 octane

Material Note

)'/sus.ceplible 10 auack

,,20 23'

Acetonitrile Acetophenone Aircraft Fuels Alcoholic Beverages Allyl Alcohol Aluminum Chloride

".. "Resilitance Note

Lengtll

5

;J

.,I:l

Load

Acetone

<E'

It:

Time

Temp~

Cyro XT; bottles ICI Diakon; (PMMA)

".;

ICI Diakon; (PMMA)

10

Aristech Aristech 1-300 (PMMA)

10

Aristech Aristech 1-300; covered sample (PMMA)

}~

8 8

10 10 10

.

Aristech Aristech 1-300; (PMMA) Aristech Aristech 8·300; covered sample (PMMA) Aristech Aristech 8-300; (PMMA) Cyro Xl; 50% RH; low stress

....': :~

low stress

Cyro Acryl~e; tested @ 50% RH Cyro Cyrolite G20; 50% RH

0,88 relative density

ICI Diakon; (PMMA)

Iiquelied

Ammonium Chloride Ammonium Hydroxide

saturated solution 10

Cyro Xl; bottles

10

0.0035

10 10 10

0.5%

Rohm & Haas Kamax T·l50

0.0035

0.5%

Rohm & Haas Kamax T-170

0.0035 0,0035

0.5%

Rohm & Haas Kamax T·24O

0.5%

Rohm & Haas Kamax T-260

» o

-<

o'

Chemical Resistance - Acrylic Resins

0)

<0

..... o

Chemical Resistance - Acrylic Resins

?;

-<(')"

Rohm & Haas Kamax T-150; 50.8xl 2.7x6.4 mm specimen 10

7

12.29

Rohm & Haas Kamax T-170; 50.8x12.7x6.4 mm specimen

10

7

0.82

Rohm & Haas Kamax T-240; 50.8x12.7x6.4 mm specimen

10

7

0.68

Rohm & Haas Kamax T-260; 50.8x12.7x6.4 mm specimen

10

7

0.24

Novacor NAS 10; 50.8x3.2 mm discs in glass jars

7

0.7

Gyro Acrylite H·12 (PMMA)

7

0.7

Gyro Acrylite H-15 (PMMA)

7

0.7

28

0.17

Gyro Acrylite M-30 (PMMA) NovacorNAS

mm discs in

7

0.4

Arislech Aristech GPA (PMMA)

7

0.5

Aristech Aristech 1-300 (PMMA)

7

0.5

Rohm & Haas Plexiglas V044

7

0.5

Rohm & Haas Plexiglas V045

7

0.5

Rohm & Haas Plexiglas V045FH

7

0.5

Rohm & Haas Plexiglas V052

7

0.5

Rohm & Haas Plexiglas V81 1

7

0.5

Rohm & Haas Plexiglas V825

7

0.5

Rohm & Haas Plexiglas V920

7

0.6

Rohm & Haas Plexiglas VM

7

0.6

Rohm & Haas Plexiglas VMHF

7

0.6

Rohm & Haas Plexiglas VS Rohm & Haas Plexiglas V; test temp. is elevated

28 concentrated

28

28

Rohm & Haas Plexiglas V

28

7

28 28

0.3

Rohm & Haas Plexiglas V825

7

0.3

Rohm & Haas Plexiglas V920

7

0.4

Rohm & Haas Plexiglas VM

28

7

0.4

Rohm & Haas Plexiglas VMHF

28

7

0.4

Rohm & Haas Plexiglas VS

28

7

0.3

Rohm & Haas Plexiglas V044

28

7

0.3

Rohm & Haas Plexiglas V045

28

7

0.3

Rohm & Haas Plexiglas V045FH

@

28

7

0.3

Rohm & Haas Plexiglas V052

'1:l

28

7

0.3

~

concentrated

~

o'CIl

28

Rohm & Haas Plexiglas V81 1 Rohm & Haas Plexiglas V; test temp. is elevated

t) nl CIl

15'

;:s t"'

0: .,

.,

$:I

u::

Amyl Acetate

Aristech Aristech 1-300 (PMMA) Aristech Aristech 1-300; covered sample (PMMA) Aristech Aristech 1-300; (PMMA) Aristech Aristech S-3OO; covered sample (PMMA)

~T'"",,'-'-

@

::1:! I:l

~

r;'

fJ)

1?

IReagent "." ":,.>

Reagent Note

Cone. Oil(~)

;:l

..,

'.':

Load

POL Rating

(Ltay$),

,;

eyro

XT; 50% RH; low stress

eyro Acrylite; tested @ 50% RH

susceptible 10 aUack

23 23

'2

i,~nsaiis18ctQry resls1ance

lei Diakon; (PMMA)

2S

2

'not recommencl&d lot use

Rohm & Haas Plexiglas V

o

. dissolved

Rohm & Haas PleXiglas V044

25 2S 25 2S .

low stress

7 7 7 7

eyro eyrolite G20; 50% RH

saf!lple unal/ecled ',~n~!1)~r~WWYI~ance

25 2S

7

:i~<,

7 7

29 23

0.0035

."

8 0.5%

8

Aristech Arislech 1·300 (PMMA) lei Diakon; (PMMA) . Novacor NAS 10; 50.8x3.2 mm discs in glass jars Gyro XT; 50% RH; low stress eyro Acrylite; tested @ 50% RH

not ~eC9m~8nded for use

.

eyro eyrolite G20; 50% RH

Rohm & Haas PleXiglas V045 J., ~

Rohm & Haas Plexiglas V045FH Rohm & Haas Plexiglas V052 Room & Haas Plexiglas V8l1

';::

Rohm & Haas Plexiglas V825 Rohm & Haas Plexiglas V920 Rohm & Haas Plexiglas VM Rohm & Haas Plexiglas VMHF

o 2

lerd

, "

o o

65 chicken fats

'>, .

:'~::',

o

o o o o

lei Diakon; (PMMA)

unsalisfactory resis1ance

o

7

7 7

25

Rohm & Haas Plexiglas VS

n9!!M9mmen~e!!Jor use ···'5uila~hHoi·liatlia:glng ,.' ·no';Uect'·

eyro

XT; bottles

Rohm & Haas Kamax T-150

23

0.0035

0.5%

8

Rohm & Haas Kamax T·170

i 23.

0.0035

0.5%

8

Rohm & Haas Kamax T-24O

23. 20

0.0035

0.5%

'8

20 20

low stress low stress

20;."

8

20:.,

B

solution in paraffin

23

8

low molecular weight

20

3

20

8

20

8

20.

~8

20. 20'(+

low stress

20,

low stress

20.·.. ",·

3

20:"]

20\,

~.~

low stress

2

eyro XT; 50% RH; low stress Gyro Acrylite; tested @ 50% RH eyro eyrolite G20; 50% RH

';,:

.

eyro Acrylite; tested @ 50% RH eyro eyrolite G20; 50% RH eyro

-:~.~.:

satlST!'tlOry resistance

noj·s.u~able,lor

XT; 50% RH; low stress

lei Diakon; (PMMA)

packag;;,g

eyro

XT; bottles

, suitable for pa';kaglng

resistant

8 8 8 8 B 8

20

Rohm & Haas Kamax T-260

'resistant

8 8 8 8

20·

Beet Juice Benzaldehyde

_

3 2 3 2

25

Beer

:~

10 attack

···,····'ciiiiijiili(.Wdiiiii8iVed

25

Anthracene Aromatic Hydrocarbons Baby Oil Bath Oils Bay Leaves

:v.~,~;·

2

20

Aniseed

Aristech Aristech 5-300; (PMMA)

s~sceplible

o

20

Animal Oils

nOSlai" per ~Sl Z124.1·1987

7

23

.20,'.;:

Animal Fats

Material Note

.

0.6

23

Aniline

R~~lstance Not~

renslle,I' Strength

3 2 8

25" 100

t~Q!!!!9~ll·

2

low stress

23

Amyl Alcohol Aniline

,. OJ. Chan~e ,.welgrrtCIL.~nglh

8 3

20 20

s: I:l

)"

Time

20

fJ)

tt::

('C)

I: ,1

Amyl Acetate

tE· ~

Temp,

Gyro

XT: 50% RH; low stress

Gyro Acrylile; tested @ 50% RH eyro eyrolite G20; 50% RH eyro Acrylite; tested @ 50% RH eyro eyrolite G20; 50% RH .~,

,. UJiellacte~ " s~scePtibl~10 atiafk' .

Gyro

XT; 50% RH; low stress

AriSlech Aristech 1·300 (PMMA) Gyro

XT; 50% RH; low stress

Gyro Acrylite; tested @ 50% RH

» o

-<

o'

Chemical Resistance - Acrylic Resins

.......

-.L

» o

-J N

Chemical Resistance - Acrylic Resins

-
conc.)\ Temp.'1 Time ("t.', ('C)

..

(ilays)'

Load

POL

R~tlng

l...~9~~n~!s . . :~t!!6~i, Weight

Len~l~r~~:~~:,.

Material Note

'?O

Benzaldehyde Benzene

100

Cyro Cyrolite G20; 50% RH

2;3" \2:3

ICI Diakon; (PMMA)

7

Novaeor NAS 10; 50.8x3.2 mm discs in glass jars Aristeeh AcrysteellGP Aristech Aristeeh I-SOO (PMMA)

20

low stress

Cyro Acrylite; tested @ 50% RH

,20

Cyro Cyrolile G20; 50% RH

~6 23"#

Benzene

Cyro XT; 50% RH; low stress ICI Diakon; (PMMA)

25

Rohm & Haas Plexiglas V Rohm & Haas Plexiglas V825

•;as

7 7 7

25

7

Rohm & Haas Plexiglas VMHF

25 25

25

. .·25) ·'···25 . :..•., 25 25 2.5

Rohm & Haas Plexiglas V920 Rohm & Haas Plexiglas VM

7 7 7 7 7 7

Rohm & Haas Plexiglas VS Rohm & Haas Plexiglas V044 Rohm & Haas Plexiglas V045 Rohm & Haas Plexiglas V045FH Rohm & Haas Plexiglas V052 Rohm & Haas Plexiglas V811

'" .65. Benzoic Acid Benzoyl Chloride Benzyl Alcohol Bleach

"23·

"65 .23

ICI Diakon; (PMMA)

,23 bleaching powder; solution

<=2

bleaching powder

<=2

.... ,~O" \20'

bleaching powder; solution

<=2

209

Cyro XT; 50% RH; low stress low stress

Cyro Aerylite; tested @ 50% RH Cyro Cyrolite G20; 50% RH

hypochlorite bleaching powder; pasta

Aristech Aristech 1-300 (PMMA) 20

low stress

'.'20',·

Cyro Aerylite; tested @ 50% RH Cyro Cyrolite G20; 50% RH

20 hypochlorite

Bluing

Gyro XT; 50% RH; low stress

,25

0.6 .

'~;.

Aristeeh Aristech 1-300 (PMMA)

'~;e~~£t~;~~,~~l~;:!iv:'

0.6

Boric Acid Brake Fluids

0.0035

0.5%

Rohm & Haas Kamax T-150

@

0.0035

0.5%

Rohm & Haas Kamax T-170

"tl

0.0035

0.5%

Rohm & Haas Kamax T-240

0.0035

0.5%

~

CIl

.....

o·CIl

1? CIl

tEo ;:l

t""

0: "1 J:l "1

\t:

Bromine

Rohm & Haas Kamax T·260 Cyro XT; 50% RH; low stress

low stress

Gyro Aerylite; tesled @ 50% RH Cyro Cyrolite G20; 50% RH

Butyl Acetate Butyl Acetyl Ricinoleate Butyl Alcohol

ICI Diakon; (PMMA) butanol

low stress

Cyro Aerylite; tested @ 50% RH Cyro Cyrolite G20; 50% RH Gyro XT; 50% RH; low stress

@

'tI

po ~ ;:;0 CIl

~ cEo ;:l

t"'

~ p

..,

Il::

R~age!lt

Butyl Alcohol ICI Diakon; (PMMA)

Butyl Chloride Butyl Stearate Butyraldehyde Butyric Acid

ICI Diakon; (PMMA)

n-butyric acid; concentrated

Calcium Chloride saturated solution

ICI Diakon; (PMMA)

Calcium Hydroxide Calcium Hypochlorite

Cyro XT; 50% RH; low stress low stress

Cyro Acrylite; tested @ 50% RH Cyro Cyrolite G20; 50% RH

Calcium Nitrate Calcium Sulfate Carbolic Acid

low stress

Gyro Acrylite; tested @ 50% RH Cyro Cyrol~e G20; 50% RH Cyro Xl; 50% RH; low stress

Carbon Dioxide

Cyro Cyrolite G20; 50% RH Gyro XT; 50% RH; low stress

Carbon Disulfide

low stress

Cyro Acryl~e; tested @ 50% RH

low stress

Gyro Acrylite; tested @ 50% RH Cyro Cyrolite G20; 50% RH Gyro XT; 50% RH; low stress ICI Diakon; (PMMA)

Carbon Monoxide

Cyro Cyrolite G20; 50% RH Gyro XT; 50% RH; low stress low stress

Carbon Tetrachloride

100

7

Gyro Acrylite; tested @ 50% RH

Novacor NAS 10; SO.8x3.2 mm discs in glass jars Aristech Aristech 1-300 (PMMA) ICI Diakon; (PMMA) Rohm & Haas Plexiglas V

7 7 7

Aristech Aristech GPA (PMMA) Aristech Aristech 1-300 (PMMA) Rohm & Haas Plexiglas V044

» o

-<

o'

Chemical Resistance - Acrylic Resins

-..l

c.>

» o

Chemical Resistance - Acrylic Resins

-..J ~

-<

o' % Chang.e

.'I::·... ...:::;~·..:· ... · _.

Rllagent

Reagent Note

Cone.

Carbon Tetrachloride

Temp;

'ecF

(days)

2~

7 7 7 7 7 7 7 7 7

'2~ 25

2~' 25 25 2~ 25

25' Caustic Potash

Time

POL Ra,lng

Load

weight

-5 -5

·5 ·5 ·5 ·8 -11

23 .~.

in 5% ethyl alcohol

1

23

aqueous solution

10

low stress

Cyro Acrylite; tested @ 50% RH

2,0 '

Cyro Cyrolite G20; 50% RH

'20",,0"

Cyro XT; 50% RH; low stress

-20 ·;.,~3

"'noi'$Qhabiekl!ii~ckaging

Cyro XT; bollies

is::;~~t~I:~~,::>t~r:~ed

ICI Diakon; (PMMA)

··::'·:;.:~~\1~~:~~;~J.k·;·

low stress

Cyro Cyrolite G20; 50% RH Cyro XT; 50% RH; low stress Cyro Acrylite; tested @ 50% RH

;,.~i~l;l~~~~:;;:;;u:~ .

Chlorobenzene

.23 ;'23

::::;·:::::::::i~:[:t;\~~~Fi~Y~t;:~):' : : ::.~:S::~\:r( ;'; :',

(,.;

;;,>u~saIISla.ei~lY:r!!$ISlanc!

";~~j!~~!®fu~~~~ for uie

" 6~

Chloroform

ICI Diakon; (PMMA)

23·(

i~;;i·

Chlorophenol

ICI Diakon; (PMMA)

20)

low stress

Cyro Aery/ite; tested @ 50% RH

20';' .'.

I

@

Cyro Cyrolije G20; 50% RH

20"

Cyro XT; 50% RH; low stress

milk chocolate

Cyro Cyrolite G20; 50% RH

~

Cyro XT; 50% RH; low stress

;:;.

low stress

Chromic Acid

Cyro Aerylite; tested @ 50% RH

10

ICI Diakon; (PMMA)

40

7

40

28

0.11

7 7

4 4

Ul

....

Cyro Cyrolite G20; 50% RH Cyro XT; 50% RH; low stress

23' . 20

Chloroacetic Acid

~~

0.09

40

0:

40

!=l

40

II::

Rohm & Haas Plexiglas VS for use

ICI Diakon; (PMMA)

dry

t""

Rohm & Haas Plexiglas VM Rohm & Haas Plexiglas VMHF

Gyro Aeryme; tested @ 50% RH

wet

;:l

··~~acked

low stress

wet

tE·

Rohm & Haas Plexiglas V825

..

20

0(1)

Rohm & Haas Plexiglas V920

Aristech AcrysteellGP

1

2

Rohm & Haas Plexiglas V052

"":::.-

(8$l$i~1 ;:.

aqueous solution

aqueous solution

Rohm & Haas Plexiglas V045 Rohm & Haas Plexiglas V045FH Rohm & Haas Plexiglas V81 t

20

dry

Ul

\

Material Note

.;.

nolIMPmm~MM

20"'"

IChocolate

:.;.a:~~~~J; '~ ·~ "s,~.~iIin.g .'

'.':• •

·24

20

~

.anaClied.'edge sweUmg'

10

Chlorinated Hydrocarbons

!=l

aeslstance Note

:1

"'65

20

Chlorinated Solvents Chlorine

~trenglh·.

-11

20

Caustic Soda Cetavlon

. . 1~~llt!ln.ll.~1

L~~~lh I·T;~sliel

Novaeor NAS 10; 50.8x3.2 mm discs in glass jars Rohm & Haas Plexiglas V Rohm & Haas Plexiglas V825 Rohm & Haas Plexiglas V920

@

% Change.

"tl

P ~

n' (J)

~

IReag~,"t .

Reagent Note

Cone. (~l

Chromic Acid

Temp.

~•. ('9)}

40 40

(J)

<E'

40

;J

40

s:c::r

40

... I:l

40

40

'''25''

40

.>25

40

...

TIme'

(ita;'.) ..

Load

POL

Weight

Length.

Rating

7 7 7 7 7 7 7 7

...;

le.ni!le Strength

Resistance .Note

2

Rohm & Haas Plexiglas VM

'2

Rohm & Haas Plexiglas VMHF

2 4

Rohm & Haas Plexiglas V5

4

4"

4

Rohm & Haas Plexiglas V045

4 4 4

Rohm & Haas Plexiglas V045FH

4"

Rohm & Haas Plexiglas V052

';~t:!!';;;;;;nd~i~r

}:lji~itt'r~~jstl~e. -.X:;.?

8' low stress

Rohm & Haas Plexiglas V044

• 4"

4 2.

~:.:::~.:

6 5

·:''::~t\(:·::

2

saturated solution

Material Note

'~~

~.;.,

Rohm & Haas Plexiglas V811 use •

Rohm & Haas Plexiglas V; test temp. is elevated Cyro Cyrolite G20; 50% RH Cyro XT; 50% RH; low stress Cyro Acrylite; tested @ 50% RH ICI Oiakon; (PMMA)

2

Cinnamon

low stress

Citric Acid

Cyro XT; 50% RH; low stress 0.08

Aristech Aristech 1-300; covered sample (PMMA)

10

Aristech Aristech /-300; (PMMA)

10

Aristech Aristech 5-300; covered sample (PMMA)

10

Aristech Aristech 5-300; (PMMA)

10

Cyro XT; bottles

10

Rohm & Haas Plexiglas V

10

7 7

0.3

Aristech Aristech GPA (PMMA)

10

0.4

Aristech Aristech 1-300 (PMMA)

10

7

0.4

Rohm & Haas Plexiglas V044

10

7 7 7 7 7 7 7 7 7

0.4

Rohm & Haas Plexiglas V045

0.4

Rohm & Haas Plexiglas V045FH

10 10 10 10 10 10 10 10

0.4

Rohm & Haas Plexiglas V052

0.4

Room & Haas Plexiglas V811

0.4

Rohm & Haas Plexiglas V825

0.6 0.6 0.6 0.7

Room & Haas Plexiglas V920 Rohm & Haas Plexiglas VM Rohm & Haas Plexiglas VMHF Rohm & Haas Plexiglas V5

10

Rohm & Haas Plexiglas V; test lemp. is elevated

19

Aristech Aristech '-300 (PMMA) ICI Oiakon; (PMMA)

saturated solution

0.6

Cloves

Novacor NA5 10; SO.8x3.2 mm discs in glass jars

0.09

a

10

Citric Acid

Cyro Cyrolite G20; 50% RH

8

9,

28

Cyro Acrylite; tested @ 50% RH

8 '9

7 1

8

Aristech Arislech 1-300 (PMMA) low stress

Gyro Acrylite; tested @ 50% RH Cyro Cyrolije G20; 50% RH Gyro XT; 50% RH; low stress

»

o

-<

o'

Chemical Resistance - Acrylic Resins

........

U1

»

-J

Chemical Resistance - Acrylic Resins

o

0>

-<

o'

,',

Coca Cola

:,:.;)\.~{::

Rohm & Haas Kamax T·l50 Rohm & Haas Kamax T·170 Rohm & Haas Kamax T·240 Rohm & Haas Kamax T·260

Cod Liver Oil Coffee

Gyro XT; bottles Aristech Aristech '·300 (PMMA) Gyro Gyrolile G20; 50% RH Gyro XT; 50% RH; low stress Gyro

low stress ---low stress

Cooking Oils

Acryl~e;

tesled @ 50% RH

Gyro Gyrolite G20; 50% RH Gyro XT; bottles Gyro XT; 50% RH; low stress

Copper Chloride Copper Sulfate Corn Oil

Gyro XT; bottles 0.0035

0.5%

Rohm & Haas Kamax T·l50

0.0035

0.5%

Rohm & Haas Kamax T·170

0.0035

0.5%

Rohm & Haas Kamax T·240

0.0035

0.5%

Rohm & Haas Kamax T·260

Cottonseed Oil

Gyro XT; bottles edible grade

Rohm & Haas Plexiglas V

7 7 7 7 7 7 7 7 7 7

;~{

0.1

Rohm & Haas Plexiglas VB25

0.1

Rohm & Haas Plexiglas V920

0.1

Rohm & Haas Plexiglas VM

0.1

Rohm & Haas Plexiglas VMHF

0.1

Rohm & Haas Plexiglas VS

0.1

Rohm & Haas Plexiglas V044

0.1

Rohm & Haas Plexiglas V045

0.1

Rohm & Haas Plexiglas V045FH

0.1

Rohm & Haas Plexiglas V052

0.1

Rohm & Haas Plexiglas VBll Rohm & Haas Plexiglas V; test temp. is elevated

Cresol

2Q:-' 20.: .'

@

"tl

E'

Cresol (m-l Crisco

0.0035

~

n' CIl tl (1)

Cyclohexane

0: ..,

..,~

u:::

:"":,'2.0.'./"

Gyro Gyrolite G20; 50% RH

3 .2 2·'

Gyro XT; 50% RH; low stress Gyro Acrylite; tested @ 50% RH IGI Diakon; (PMMA)

0.5%

Rohm & Haas Kamax T·150

0.0035

0.5%

Rohm & Haas Kamax T·170

0.0035

0.5%

Rohm & Haas KamaxT·240

0.0035

0.5%

Rohm & Haas Kamax T·260

low stress

Gyro Acrylite; lested @ 50% RH Gyro Gyrolite G20; 50% RH

CIl

cQ

;:s t"'

low stress

3

Gyro XT; 50% RH; low stress

ICyclohexanone Cyclohexene

IGI Diakon; (PMMA)

@

'il

S' ~

~.agent

Reagent Note

r;CIl

t:l C1l

CIl

tEo ;:s

Cyclohexyl Alcohol DecaHn Detergents

Cone.

Temp.

Time

(")

('C)

(daya)

decahydronaphlhalene heavy dUly

t'"'

..,0: ..,

Load

POL Rating

23

.2

23

2

unsatisfactory resistance

ICI Diakon; (PMMA)

25

7

9

0.5

0.25

7

9

0.5

Rohm & Haas Plexiglas V045

0.25

¥5 25

7

9 9 9 9 9 9 9

0.5

Rohm & Haas Plexiglas V045FH

0.5

Rohm & Haas Plexiglas V052

0.5

Rohm & Haas Plexiglas V811

0.25

25

7

0.25

25

7

\C:

0.25

25

7

0.25

25

7

0.25

;!5

7

0.25

25

7

0.25

25

7

0.3

25

9 7

0.3

:>25

7

soapless solutions

0.5

'23

7

8

0.7

23

7

8

0.7

9

0.12

9

0.1

Dlacetone Alcohol

20

3

20

3 low stress

20

Dialkyl Phthalate Dialkyl Sebacate Diamyl Phthalate Dibutyl Phthalate

2.

23 23

Dibutyl Sebacate

Rohm & Haas Plexiglas VM Rohm & Haas Plexiglas VS

'.'

Rohm & Haas Plexiglas V Rohm & Haas Plexiglas V; lest temp. is elevated

unBffect~d

Aristech Aristeeh 1-300 (PMMA) Cyro Acrylite H·12 (PMMA)

, , , ~ , I

Cyro Acrylite H·15 (PMMA) Cyro Acrylite M-30 (PMMA)

no'~isible change

Novacor NAS 10; 5O.8x3.2 mm discs in glass jars

..

Cyro Acrylite; tested 0 50% RH

s.ome allack;·prop. sl. reduced

ICI Diakon; (PMMA)

susceptible 10 attack ~

5

Cyro Cyrol~e G20; 50% RH Cyro Xl; 50% RH; low stress

5

20

low stress

5

20

low stress

2

•••• ·.·.A\m~~J~Ace ...... 'S\iUiljijibieI6aitack

Cyro Acrylile; lested 0 50% RH

20

3

Cyro Cyrolite G20; 50% RH

20

3

Cyro Xl; 50% RH; low stress

23

5

23

5

25

<.

25

7

25

7

25

7

25

7

25

7

25 2'5

7

25 25. :<'. .•••.·2f·· ?5 "::.:.". .".: 25

7 7

II I

.•. SO"l~im,~~u!rl'P,~ktM~M~/

5

.lair resistance -0.1

Aristech Arislech GPA (PMMA)

0

Arislech Arislech 1-300 (PMMA)

9

0.1

Rohm & Haas Plexiglas V811

9 9 9

0.1

Rohm & Haas Plexiglas V825

0.1

Rohm & Haas Plexiglas V920

9

0.1

0.1

Rohm & Haas Plexiglas VM I

0.1

I

7

9

0.1

I

9

0.1

0.1

5

23

8

23

7

100

'" 23 ..

28

2

Rohm & Haas Plexiglas VMHF

j'

7

100

Rohm & Haas Plexiglas V

9 9

0.1

7

ICI Diakon; (PMMA)

"j;

9 9 9

7

:>25 diesel oil

Rohm & Haas Plexiglas V920 Rohm & Haas Plexiglas VMHF

good resi$lance

0.7

7

.

0.5

8 8

28

"

0.5

7

23

Rohm & Haas Plexiglas V825

"

0.5

23

23

Rohm & Haas Plexiglas V044

0.5

::.

Diesel Fuels Diethyl Ether

Material Note

0.25

I:l

solution. heavy grade

I

Resistance Note

Weight

Rohm & Haas Plexiglas VS

I

1

~:.

.,

,::~

Rohm & Haas Plexiglas V044 Rohm & Haas Plexiglas V045 Rohm & Haas Plexiglas V045FH

t~_·

Rohm & Haas Plexiglas V052 lair resislance

.•....·.sM1WfM!l!WJ~~!~I'nce

•"paniYai$$Oi!8d

Rohm & Haas Plexiglas V; test temp. is elevaled ICI Diakon; (PMMA) Novacor NAS 10; 5O.8x3.2 mm discs in glass jars

.. 2

» n

-<

o'

Chemical Resistance - Acrylic Resins

....... .......

.......

Chemical Resistance - Acrylic Resins

t>

00

-<

o'

ICI Oiakon; (PMMA) Rohm & Haas Plexiglas V 7

Rohm & Haas Plexiglas V044

7

Rohm & Haas Plexiglas V045

7

Rohm & Haas Plexiglas V045FH

7

Rohm & Haas Plexiglas V052

7

·i<~~~/ .... .. :.: ;

Diethylene Glycol Dimethylformamide

100

Rohm & Haas Plexiglas V811

: .. ~,

7

Rohm & Haas Plexiglas V825

7

Rohm & Haas Plexiglas V920

7

Rohm & Haas Plexiglas VM

7

Rohm & Haas Plexiglas VMHF

7

Rohm & Haas Plexiglas VS Rohm & Haas Plexiglas V; tesllemp. is elevated

::::':::::;:~

·/~~;t,

Cyro Cyrol~e G20; 50% RH

;,.2l,}/ ...·.

Cyro XT; 50% RH; low stress

···:23···; •...

. . .··~:·#~);i;i;·

;':::25

Cyro Acryl~e; tested @ 50% RH

low stress 7

Novacor NAS 10; 5O.8x3.2 mm discs in glass jars

7

Rohm & Haas Plexiglas V811

Rohm & Haas Plexiglas V 7

Rohm & Haas Plexiglas V825

7

Rohm & Haas Plexiglas V920

7

Rohm & Haas Plexiglas VM

7

Rohm & Haas Plexiglas VMHF

7

Rohm & Haas Plexiglas VS

7

Rohm & Haas Plexiglas V044

7

Rohm & Haas Plexiglas V045

7

Rohm & Haas Plexiglas V045FH

7

Rohm & Haas Plexiglas V052 Rohm & Haas Plexiglas V; test temp. is elevated

/:::-:" . :::>.:::~

Dinonyl Phthalate Dioctyl Phthalate

@

"tl

is"

ICI Oiakon; (PMMA) 7

0.16

Rohm & Haas Kamax T-150; 50.8x12.7x6.4 mm specimen

7

0.18

Rohm & Haas Kamax T-170; 50.8x12.7x6.4 mm specimen

7

0.16

Rohm & Haas Kamax T-240; 5O.8x12.7x6.4 mm specimen

7

0.23

Rohm & Haas Kamax T-260; 50.8x12.7x6.4 mm specimen

Dioctyl Sebacate Dioxane

ICI Oiakon; (PMMA) Cyro Cyrolite G20; 50% RH

(/l ..... ;:;.

Cyro XT; 50% RH; low stress low stress

Cyro Aerylite; tested @ 50% RH

0.0035

0.5%

Rohm & Haas Kamax T-150

0.0035

0.5%

(/l

~

ell

(/l

<E'

Dishwashing Detergents

Cascade

0.0035

0.5%

;:l

0.0035

0.5%

t"'

0.0035

0.5%

0.0035

0.5%

0: ...

...P

It:

Rohm & Haas Kamax T-170 Rohm & Haas Kamax T-240

@

'1l

S'

Reagent Note

~ (;.

Cone.

Load

I")

C/)

~ tEo C/)

such as 3% phenol solution

;J

t'"'

Dyes

.,I:l

Epichlorohydrin Ethers

0: ., It:

0.0035

0.5%

0.0035

0.5%

POL

Rating,

Leng!II

Aristech Aristech 1-300 (PMMA)

0.6

.23

ICI Diakon; (PMMA)

20'

low stress

Cyro Acrylite; tested

?o 100

0 50% RH

Cyro Cyrolite G20; 50% RH Gyro XT; 50% RH; low stress

;.20

Ethyl Acetate

Material N.ote Rohm & Haas Kamax T-260

0.6

25

Tenille Strengtll

7

2;l

Novacor NAS 10; 50.8x3.2 mm discs in glass jars

2 6 4

Aristech AcrysteellGP Aristech Arislech 1-300 (PMMA) Aristech Aristech 1·300; covered sample (PMMA) Aristech Aristech 1·300; (PMMA) Aristech Aristech S·300; covered sample (PMMA) Aristech Aristech S-3OO; (PMMA)

Ethyl Acetate

Cyro Acrylite; tested 0 50% RH

low stress

Cyro Cyrolite G20; 50% RH Cyro XT; 50% RH; low stress ICI Diakon; (PMMA)

7 7

2

Rohm & Haas Kamax T-170; 50.8x12.7x6.4 mm specimen

2.3:

7

2

Rohm & Haas Kamax T-240; 50.8x12.7x6.4 mm specimen

23

7

2

Rohm & Haas Kamax T-260; 50.8x12.7x6.4 mm specimen

:-23 ".:~_

Ethyl Acetate

..-

Rohm & Haas Plexiglas V

25'

25

0.6

25' ':.-,

7 7 7 7 7 7 7 7 7 7 7 7

25

25';", 25":'" 25

25, 25.;

}(!::;;;~~ {'2!{,':.

213'

Ethyl Alcohol

Rohm & Haas Kamax T·150; 50.8x12.7x6.4 mm specimen

10

!l,3.

<=15

20.,' "

<=15 <=15

::~~;j'

Aristech Aristech 1·300 (PMMA) Aristech Aristech GPA (PMMA) Aristech Aristech 1-300 (PMMA) Rohm & Haas Plexiglas VO« Rohm & Haas Plexiglas V045 Rohm & Haas Plexiglas V045FH Rohm & Haas Plexiglas V052 Rohm & Haas Plexiglas V8ll Rohm & Haas Plexiglas V825 Rohm & Haas Plexiglas V920 Rohm & Haas Plexiglas VM Rohm & Haas Plexiglas VMHF Rohm & Haas Plexiglas VS ICI Diakon; (PMMA) low stress

o'

0 50% RH

Cyro Cyrolite G20; 50% RH Cyro XT; 50% RH; low stress

>15

Cyro Cyrol~e G20; 50".4 RH

>15

Gyro XT; 50% RH; low stress

~

-<

Cyro Acryl~e; tested

Chemical Resistance - Acrylic Resins

.......

<0

» 0

(X)

Chemical Resistance - Acrylic Resins

o

-<

o' R,agetlt

I

.. ,'. ...).:. ,~.;

Ethyl Alcohol

Ethyl Alcohol

I

Reagent Note

aqueous

;';;"

Cone.

I'

Time

POL

Load

Lenglh

23

50

23

7

50

23

7

4

2.5

50

23

7

4

2.3

Gyro Acrylite H·15 (PMMA)

50

23

7

3

3.4

Gyro Acrylite M·3O (PMMA)

50

23

28

9

0.23

50

25

50

25

7

7

0.8

Aristech Aristech GPA (PMMA)

50

25

7

5

1.7

Aristech Arlstech 1-300 (PMMA)

50

25

7

5

2

Rohm & Haas Plexiglas V8l1

50

25

7

2

50

25

7

5 4

50

25

7

2

5

Rohm & Haas Plexiglas VM

50

25 25'

7

2

5

Rohm & Haas Plexiglas VMHF

'• . 25 25'

7

25 /25

7

50 50 50

.\;.

,"

.'. -

···s~tat;~ck; prop. 51. reduced

5

, ,

0.18

9

i

7

1 5 5

7

\ I

7

i

!

5 5

Rohm & Haas Plexiglas VS

2

Rohm & Haas Plexiglas V045

2

Rohm & Haas Plexiglas V045FH

2

S

0.28

95

23

28

8

0.52

95 95

25 25

7

95

25

7

95

25

7

9

"E"

t

~.,:-:.

Rohm & Haas Plexiglas V

3

4

Rohm & Haas Plexiglas V045

3

4

Rohm & Haas Plexiglas V045FH

7

3

4

Rohm & Haas Plexiglas V052

7

3

4

Rohm & Haas Plexiglas V811

3 1

4

Rohm & Haas Plexiglas V825

10

Rohm & Haas Plexiglas V920

95

25

7

95

25

7

95

25

7

95

25

7

95

25

7

95

25 25'

7 .•;

'>25

,W'

, I

I j l

7

1

~:

~

28

Room & Haas Plexiglas VM

2

28

Rohm & Haas Plexiglas VMHF

2

33

Room & Haas Plexiglas VS

6 6

1.4

Aristech Aristech GPA (PMMA)

1.1

.,

\t:

Aristech Aristech 1·300 (PMMA) Rohm & Haas Plexiglas V; test temp. is elevated

5

Aristech Aristech 1·300 (PMMA)

Ethyl Alcohol

Aristech Aristech 1-300; covered sample (PMMA)

ethanol

Aristech Aristech 1-300; (PMMA) Aristech Aristech S·3OO; covered sample (PMMA) Aristech Aristech S·3OO; (PMMA) low stress

concentrated

Gyro Acrylite; tested @ 50% RH

;:s t"'

~ I:l

Rohm & Haas Plexiglas V044

2

n'til til

• Novacor NAS 10; SO.8x3.2 mm discs in glass jars

4

~

cEo

no visible change

Rohm & Haas Plexiglas V052 Rohm & Haas Plexiglas V; test temp. is elevated

3

25

>

~~c~ilerit resistance ~ ~,.,.::,:::;;

7

95

t

Rohm & Haas Plexiglas V825 Rohm & Haas Plexiglas V920

Rohm & Haas Plexiglas V044

7

95

Rohm & Haas Plexiglas V

7

23

95

~!,ceJlent reslstanci

Novacor NAS 10; SO.8x3.2 mm discs in glass jars

2

95

25

no visible change

,,:~~,

>25

t

IGI Oiakon; (PMMA) Novacor NAS 10; 50.8x3,2 mm discs in glass jars Gyro Acrylite H·12 (PMMA)

3

50

95

,(' " no'vls!ble change

..,.,.

9

.w",

@

Material Note

50

50

Ethyl Alcohol

flesistance Note

"1

('C) ~,

. (clays) .

Ten.1I1

S1reJiglh

~atl.ng

..'.";';';', -,'("') ..,..... :.. ..,'.

50

aqueous

I

Temp.

% RetalruldL

IGI Oiakon; (PMMA)

7

0.91

Rohm & Haas Kamax T·150; 50.8x12.7x6.4 mm speciman

@

"tl

Ei ~

ri' C/)

Ethyl Alcohol

~ tE· C/)

;:l

t'"'

0: .,

.,

~

It:

7

1.7

Rohm & Haas Kamax T·170; 50.8x12.7x6.4 mm specimen

7

0.58

Rohm & Haas Kamax T·240; 50.8x12.7x6.4 mm specimen

7

0.64

Rohm & Haas Kamax T-260; 50.8x12.7x6.4 mm specimen

IEthyl Bromide

low stress

Cyro Acrylite; tested @ 50% RH

(

Cyro Cyroltte G20; 50% RH Cyro XT; 50% RH; low stress

~t:0~~i~~B: f/~]

Ethyl Butyrate

low stress

':.'; ' .• ~~~!;~!;;

:t-: ::~{:; ::,/~<

L.~.<.: ~.;:"

"~f';; _:·,ii.:;<

/,';(;~'j;i;lij]';;~:;~!;j,

····.·.·.y2;·C.•·)·

"\',

Cyro Cyrolite G20; 50% RH Cyro XT; 50% RH; low stress Cyro Acrylite; tested @ 50% RH

Ethyl Ether Ethylene Bromide

'\+:t\W~$~Pli~1&J~,~~~ckf··

low stress

Cyro Acrylite; tested @ 50% RH Cyro Cyroltte G20; 50% RH Cyro XT; 50% RH; low stress

Ethylene Chloride Ethylene Dibromide Ethylene Dichloride

100

..... '.23;)i.+ .Y~2~:t!6

•• ••..·unsatiSf8l:IOrj.{8"$ISl811c8-·

i
.ii~;~tl~lfdis;~~~;;;.;;

.,...p".. . ,...

7

.••.•

ICI Diakon; (PMMA)

. . .• Novacor NAS ~~~~j:~.2 mm discs in ICI Diakon; (PMMA) Rohm & Haas Plexiglas V

0.6

Aristech Aristech 1-300 (PMMA)

7

Aristech Aristech GPA (PMMA)

7

Aristech Aristech 1-300 (PMMA)

7

Room & Haas Plexiglas V811

7

Room & Haas Plexiglas V825

7

Rohm & Haas Plexiglas V920

7

Rohm & Haas Plexiglas VM

7

Rohm & Haas Plexiglas VMHF

7

Rohm & Haas Plexiglas VS

7

Room & Haas Plexiglas V044

7

Rohm & Haas Plexiglas V045

7

Rohm & Haas Plexiglas V045FH

7

Room & Haas Plexiglas V052

Ethylene

Ethylene Oxide

with 88% Freon

12 12 12 12

,

»

100

I

0.0035

0.5%

0.0035

0.5%

0.0035

0.5%

0.0035

0.5%

.17-.25 .17-.25 .17-.25 .17-.25 .17-.25

81 ';;>';9";;;.;;;

;l;ifil~::~;;l;;,;

11';:1!;~~;l!,

100

100

100

100

93

100

100

100

100

100

_1

~l!lI~~!

RH Cyro XT; 50% RH; low stress ICI Diakon; (PMMA) Rohm & Haas Kamax T-I50 Rohm & Haas Kamax T·170 Rohm & Haas Kamax T-240 Rohm & Haas Kamax T-260 gen. purp. grade toughened Novacor NAS 30 (copel.) Novacor Zylar 90 (Terpol.)

0

-<

o'

Chemical Resistance - Acrylic Resins

00

......

(X) I\;)

Chemical Resistance - Acrylic Resins

:l> o

-<

o' . .;.~

%Change

.~>.

~~~~~~t

a.eagent Note

Conc.

Load

'''pot,

~!tlng.

("'I.

Ethylene Oxide

W.lght

L.~g~h

T'~'ll~' ··;~D·::,/:'

100

54

.17-.25

79

100

100

'54

.17-.25

s'i

100

100

.17-.25

100

100

100

54

.17-.25

100

100

dry

Re$illtaJ.lCe Note

S1r.ltgth

.

):,;,.

;'{l'~~;~<;:~:::::~:;:::~~

25·

7 7 7 7 7 7 7 7 7 7

25· ,2~

'.25 25

25 2S 25 25 25

2S >2.5

~.~ .....;.:

gen. purp. grade toughened

9

:."

0.1

,

Rohm & Haas Plexiglas V ':?

Rohm & Haas Plexiglas VO«

9

0.1

Rohm & Haas Plexiglas V045

9

0.1

Rohm & Haas Plexiglas V045FH

9

0.1

Rohm & Haas Plexiglas V052

9

0.1

Room & Haas Plexiglas V811

9

0.1

Rohm & Haas Plexiglas V825 Room & Haas Plexiglas V920

9J~

0.1

,9' 9

0.1

Rohm & Haas Plexiglas VM

0.1

Rohm & Haas Plexiglas VMHF

9

0.1

Rohm & Haas Plexiglas VS Rohm & Haas Plexiglas V; lest temp. is elevated

:~ .~

aqueous

'~"';";':'~

23

Ethylhexyl Sebacate (2·)

Ferric Chloride

. ....::-, ;.-.: :.. :;:.~.:::

Novacor NAS 30 (copol.)

ICI Diakon; (PMMA)

23

moist

Material Note t~<.

10

L.

~3 23

ICI Diakon; (PMMA)

65

Ferric Sulfate

23'

65

Fluoboric Acid

23,

6.5

Formaldehyde aqueous

Formic Acid

37 37

23

40

23

10

23" ""'"

65 ICI Diakon; (PMMA)

23"

90

Fruit Juices

low stress

20 20'

Cyro Acrylite; tested @ 50% RH Cyro Cyrolite G20; 50% RH Cyro XT; 50% RH; low stress

20

Gasoline

100 100

•....

23

. Novacor NAS 10; SO.8x3.2 mm discs in glass jars

7

23

'::',~

28

,:" . unaffect.d

motor fuel with benzene @

?O

molar fuel no benzene

29

.,. "..

motor luel with benzene

20

E"

motor fuel without benzene

20

r;'

with benzene

20,

low stress

(I)

withoul benzene

2.6

low stress

regular unleaded

""., .f.'23.

0.0035

0.5%

23

0.0035

0.5%

0.0035 0.0035

0.5%

"1l

~

~ (I) tEo ;:J

t-<

~

.,P It:

Gasoline

.{

23

23'

23'

sU~8pllble to attack

,

,

0.5%

timited

Aristech Aristech 1-300 (PMMA) Cyro Cyrolite G20; 50% RH

i.sist1nce

",;c sts~epilbl'JO attack .. liinhed I.smanc.

Gyro XT; 50% RH; low stress

...·i~~tep.libJ.l0anack

Cyro Acrylite; tested @ 50% RH

>,\j~~t!N:

~\.'N··'·,YO~<~~iJjftaek ,':' ·~:A~~~

:}~:~,

Rohm & Haas Kamax T-1SO Rohm & Haas Kamax T-170 Rohm & Haas Kamax T-240 Rohm & Haas Kamax T-260

@ ~

S' ~

~eagent

Reagent Note

r;' III

~ III

Gasoline

I

Cone. (%1

I

Temp.

87 octane unleaded

10'

eCI

I

% Change Time

. (daYII

23

7

23

7

I

Load

l

.,

::

POL Rating

I

Walght

9

0.15

9

0.14

9

0.18

9

0.13

langth

% Retained Tanilla Strangth

I

no change in appearanCe

23

t

.,

0'

23

.,

7

r

7

$:I

te::

or naphlha

25

0.6

8

heptane

25 25

7

9

0

,

9

0

I

6

, ,

8

7

as Gentian Violet Glass Cleaners

Glycerin Glycols Hair Tonic Heptane

Winde.

23

0.0035

23

0.0035

23

0.0035

23

0.0035

0.5% 0.5% 0.5% 0.5%

23' low stress

20" 20 100

23.

100

23 20

~ ~.

,

,,,

low stress

,

<

8

..... :.:..-,:.-..:.,

·S· ..·•·

....:.:.,

Rohm & Haas Kamax T-24O

-

Rohm & Haas Kamax T-260 IGI Diakon; (PMMA)

. limited resistance

Gyro Acrylite; tested @ 50% RH

sUiia¥;~cf91~aCka.9ing

•

~

.

no"visiblechange

Gyro XT; bottles Novacor NAS 10; 5O.8x3.2 mm discs in glass jars

,f,

6

limil'!l res]stance

8

sulleblelor papkaging

Gyro Xl; bottles

6

limned rasislance

Gyro Xl; 50% RH; low stress

,"islant

Gyro Acrylite; tested @ 50% RH

no change in 'appaaranca

Rohm & Haas Kamax T-150; 50.8xI2.7x6.4 mm specimen

8

9

0.24

Gyro Gyrolite G20; 50% RH

:)

9

0.21

7

23

7

9

0.22

23

7

9

0.15

9 9

0.1

Rohm & Haas Plexiglas V811 Rohm & Haas Plexiglas V825

I

25

::~"

.~~::

23

Rohm & Haas Kamax T-170; 50.8xI2.7x6.4 mm specimen

i

Rohm & Haas Kamax T-240; 50.8xI2.7x6.4 mm specimen

.

Rohm & Haas Kamax T-260; 50.8x12.7x6.4 mm specimen

'8xceirlliifies!$iance

Rohm & Haas PleXiglas V

25

7

25

7

9

0.1

25

7

9

0.1

25

7

9

0.1

25

7

0.1

25· 25

7

9 9 9·

25

7

9

0.1

Rohm & Haas Plexiglas V045

25

7

0.1

Rohm & Haas Plexiglas V045FH

25

7

9 9 9

7

>25:

Hexane

Rohm & Haas KamaxT-150

····;$i!~t¥\!iWI~~I$*rce

5 8

.~ ':.~

Heptane

Aristeoh Aristech 1-300 (PMMA) Rohm & Haas Kamax T-170

0.12

7

o;,,,~l(: li,!,jl!~y~a

8

9

20

Aristech Aristech GPA (PMMA) Aristech Aristech 1-300 (PMMA)

C'

8

28

,.

Arislech Arislech 1-300 (PMMA)

..,.... .... ···..·.. ··iiife·ffecf' .'

0.05

,

sample unaffeoled

0 •••

9

20

Rohm & Haas Kamax T-260; 50.8xI2.7x6.4 mm specimen

· · · ·• .·.•.• ··¥~P'rfi£i~.~Wh

7

20

23

,

Rohm & Haas Kamax T-240; 50.8xI2.7x6.4 mm specimen

,: :;.

l

5'

Rohm & Haas Kamax T-170; 50.8xI2.7x6.4 mm specimen

"no changain,appearance'

!

Material Note Rohm & Haas Kamax T-150; 50.8xI2.7x6.4 mm specimen

":".

l

;:s

I

Resistance Note

low slress

Rohm & Haas Plexiglas VM Rohm & Haas Plexiglas VMHF

0.1

Rohm & Haas Plexiglas VS

0.1

Rohm & Haas Plexiglas V044

0.1

~~

..•. 20'"

Rohm & Haas Plexiglas V920 ;,;

8

..

8x~.ilent re~I$t~nce

:..,:" ::):.>:;- . . . . '.:.:.~: . .

.... ......... .

~;i8$J$jBiif

Rohm & Haas Plexiglas V052 Rohm & Haas Plexiglas V; test temp. is elevated Gyro Acrylile; lesled @ 50% RH

20

6

20

6

"'.

Gyro XT; 50% RH; low stress

23

8

.. !ali~fact~ry~esistance

IGI Diakon; (PMMA)

limited resistanca

Gyro Gyrolite G20; 50% RH

1;

-
Chemical Resistanc - Acrylic Resins

CD

U:I

~

~

Chemical Resistance - Acrylic Resins

o

-<

o'

~R~'~gent ....

Household Cleaners

I

Rea'g8ilt Note

I Cone.

TeJ!lp.

(%1

Time

('C)jdays)

Load

Dow bath cleaner Lysol bath cleaner Dow beth cleaner

23" .23 ···2~<·.··

0.0035 0.0035 0.0035

0.5% 0.5% 0.5%

Lysol bath cleaner Dow bath cleaner Lysol bath cleaner Dow bath cleaner Lysol bath cleaner

.23: .23 23' 23 23" .\'

0.0035 0.0035 0.0035 0.0035 0.0035

0.5% 0.5% 0.5% 0.5% 0.5%

Hydrobromic Acid

25 25

23 65

Hydrochloric Acid

10 10 10

..20. .23 23

7

10

23.

7

POL Rating

,

10

10

Hydrochloric Acid

7

23

28

10 10 10

2!L 25

"~5

10 10 10 10 10 10 10 10 10 10

25 25.' 25 25." 2.5 . 25 .25 25 . 25;. 25

10

>25

! '

7 7 7 7 7 7 7

7 7 7 7 7

@

::g ~

;:: n CIl

tl ~

cg

t""

0:

.,i3

38

37 37 38

23 . ..•. • 65 23··

8

Rohm & Haas Kamax T-240

8

Rohm & Haas Kamax T-260

8.>~~~~I!I~ler peckaging $atls!~d~ry reslstence 8 9 0.05 ..M.yi$iblec~ange ..;: n~c';~;;geiilappeamnce 8 0.63 ,. ," .•.•.•.•. 0.73 0.63

8

0.64

9

0.05

j

9 '9 9 9' 9 : 9. 9 9 9· 9 9 9 9

,

2

.25

7 7 7 7

38 2{ 38 25 38 25 38;!,S

7 7 7 7

38 38 38 38

.' 25".. ....••.. '.' ::}~5

'25 >,

I. I I

Cyro XT; bottles ICI Diakon; (PMMA) Novacor NAS 10; 50.8x3.2 mm discs in glass jars Rohm& Haas KamaxT·150; 50.6x12.7x6.4 mm specimen

' R o h m & Haas Kamax T·170; 50.8x12.7x6.4 mm specimen Rohm & Haas Kamax T·240; 50.8x12.7x6.4 mm specimen Rohm & Haas KamaxT-260; 50.8x12.7x6.4 mm specimen no v.isibhi·change Novacor NAS 10; 50.8x3.2 mm discs in .. . glass jars

.' ·e.~cel!ent resistil)\ce

9

6 2

23 "'25.:.

.

Rohm & Haas Kamax T-170

7

"

Material Not!,

.•••••••..:

28 7

.

I

... ..

.8

6 5 9

38 38

N~t!l

Rohm & Haas KamaxT-150

0.4 0.4 0.4 0.4 0.4 0.4 0.5 0.5 0.5 0.5 0.3 0.4

,.

Rohm & Haas Plexiglas V Rohm & Haas Plexiglas V044 Rohm & Haas Plexiglas V045

.'.•/....."..

1 :."/ ," , ; l

Rohm & Haas Plexiglas V045FH Rohm & Haas Plexiglas V052 Rohm&HaasPlexiglasV811 Rohm & Haas Plexiglas V825 Rohm & Haas Plexiglas V920 Rohm & Haas PlexiglasVM Rohm & Haas Plexiglas VMHF Rohm & Haas Plexiglas VS Aristech Aristech GPA (PMMA) Anstech Aristech 1-300 (PMMA)

i

' , •

.'" exc.~lIent. reSiStance l

Hydrochloric Acid

.Resistarice •...

k.

'23'

, "

"1

..·.yno·ellect

.• . . 10

Tinsni' <>t'Aftft

8

23: 7 , 8 ' . . ; "'23 7 '8

10

;: .

'.,., ·./i·.

Rohm & Haa~ Plexiglas V; test temp. IS elevated

....

0.45

Novacor NAS 10; 50.8x3.2 mm discs in

~~

0.78

2 2 •. 2 2 2 2 2

Rohm & Haas Plexiglas VS ,, .. . . .'

Rohm & Haas Plexiglas V811 Rohm & Haas Plexiglas V825 Rohm & Haas Plexiglas V920 Rohm & Haas Plexiglas VM Rohm & Haas Plexiglas VMHF Rohm & Haas Plexiglas V044 Rohm & Haas Plexiglas V045 Rohm & Haas Plexiglas V045FH

@

'i:l

Ei ~ C) en

tl (1)

,-,;".-

... /',.;.-.

Hydrochloric Acid

en tEo

J' 'R&a9~~~.~,ote{

MaterlaJ'Note . :;~.

38

Rohm & Haas Plexiglas V052

concentrated

Rohm & Haas Plexiglas V; test temp. is elevated ~>:

Cyro Cyrolile G20; 50% RH

;:l

Cyro XT; 50% RH; low stress

t"'

.,s: ., ~

l.t::

Cyro Acrylite; tested @ 50% RH

IHydrocyanic Acid

ICI Diakon; (PMMA)

concentrated

Hydrofluoric Acid

<=20

Cyro Cyrolite G20; 50% RH

<=20

Cyro XT; 50% RH; low stress

40

7

0.49

40

28

0.7

Novacor NAS 10; 5O.8x3.2 mm discs in glass jars

ICI Diakon; (PMMA)

concentrated

Hydrofluoroborlc Acid Hydrogen Peroxide

ICI Diakon; (PMMA) 3

Aristech Aristech 1·300; covered sample (PMMA)

3

Aristech Aristech 1-300; (PMMA)

3

Aristech Aristech 5-300; covered sample (PMMA)

3

Aristech Aristech 5-300; (PMMA) Cyro XT; bottles

3 3

7

3

28

9

0.08

<.9

0.08

,

!

Rohm & Haas Plexiglas V

9

3

Hydrogen Peroxide

3

7

3

7

3

7

3

7

3

7

3

7

3

7

3

7

3

7

3

7

3

7

3

7

8 9

0.7 0.4

Aristech Aristech GPA (PMMA)

0.6

Aristech Aristech 1·300 (PMMA)

I

8." 88 8 8 8 '8

0.6

Rohm & Haas Plexiglas V825

j

8,

0.6

Room & Haas Plexiglas V920

i

,, ~.

,

J

~,

Rohm & Haas Plexiglas V5

0.6

Rohm & Haas Plexiglas V044

0.6

Rohm & Haas Plexiglas V045

0.6

Rohm & Haas Plexiglas V045FH

0.6

Rohm & Haas Plexiglas V052

0.6

Rohm & Haas Plexiglas V811

·8

0.6

Rohm & Haas Plexiglas VM

8

0.6

Rohm & Haas Plexiglas VMHF

;~.

~

3

;h;';;~;L"

Rohm & Haas Plexiglas V; test temp. is elevated

.~ Novacor NA5 10; 50.8x3.2 mm discs in

28

7

0.16

28

28

0.19

28

7

0.8

28

7

0.8

Rohm & Haas Plexiglas V825

28

7

0.8

Rohm & Haas Plexiglas V920

28

7

1

Rohm & Haas Plexiglas VM

28

7

1

Rohm & Haas Plexiglas VMHF

glass jars

Rohm & Haas Plexiglas V

28

,

Novacor NA5 10; 50.8x3.2 mm discs in glass jars

Room & Haas Plexiglas V811

:t:o

-<

o'

Chemical Resistance - Acrylic Resins

00 O'l

» o

Chemical Resistance - Acrylic Resins

();) CJ)

-<

o' Reagent

Reagent Note

Hydrogen Peroxide

Cone:

.LO,ad

28

'25 ,,\25.':',:

28

" -25 :','

28

~S

28

.,.

25 "25

28 28

POL

Material Note'

7

Rohm & Haas Plexiglas V044

;Ratl~g

7 7 7 7 7

7 '.,'7

Rohm & Haas Plexiglas V045 Rohm & Haas Plexiglas V045FH

7 7

Rohm & Haas Plexigtas V052

9

Rohm & Haas Plexiglas V; test temp. is elevated

Rohm & Haas Plexiglas VS

<=40

:"·20

Cyro Cyrolite G20; 50% RH

<=40

Cyro XT; 50% RH; low stress

<=40

:,,:,?O' 29

90

.. 23

,;,,'
low stress

" uns!lli~p'o'rj ieslStance

"~~~~rlicia($iain

23'

10 vols

25 Hydrogen Sulfide

'osai,Sfac)9IY

i,sisl~nc8

..£\;:M~~~i:!!lM!l~iis!Ve

0.6

Cyro Acrylite; tested @ 50% RH ICI Oiakon; (PMMA) Aristech Aristech 1·300 (PMMA) ICI Oiakon; (PMMA) Aristech Aristech 1·300 (PMMA)

: (aikUiiiiied ~se

23 65 ?~)

..

Hypochlorous Acid

65 ..' Inks

washable

Aristech Aristech 1-300 (PMMA)

25

Insect Spray Iodine

fly spray solution. 1% in alcohol tincture of iodine

',,',

1 5 5 5

0.6

:,'' ':::':

2!i.. ').

.

0.6

2If·':'.

~,

low stress

Cyro Acrylite; tested @ 50% RH

>.29t

Cyro Cyrolite G20; 50% RH

20:'

Gyro XT; 50% RH; low stress

solution

Iranoline Iron Perchloride Isooctane

Aristech Aristech 1·300 (PMMA) ICI Oiakon; (PMMA) 100

7

100

28

Novacor NAS 10; 50.8x3.2 mm discs in glass jars Rohm & Haas Plexiglas V

7 7 7 7 7 7 7 7 7 7

@

"tl

15'

~'~'

0.1

Rohm & Haas Plexiglas VS

9

0.1

Rohm & Haas Plexiglas V044

9

0.1

Rohm & Haas Plexiglas V045

".9 9

0.1

Rohm & Haas Plexiglas V045FH

0.1

Rohm & Haas Plexiglas V052

9

0.1

Rohm & Haas Plexiglas V811

0.1

Rohm & Haas Plexiglas V825

0.1

Rohm & Haas Plexiglas V920

9

'i

'9 9 9:::·

0.1

Rohm & Haas Plexiglas VM

0.1

Rohm & Haas Plexiglas VMHF Rohm & Haas Plexiglas V; lest temp. is elevated

~

r;' C1l

~

C1l

cE' ;:l

t"'

0: .,

.,p

u::

Isopropyl Alcohol

10

ICI Ojakon; (PMMA)

50 isopropanol

99 99 100

7 7 7

9'\. 9": ~:.

0.1

Aristech Aristech GPA (PMMA)

-0.2

Aristech Aristech 1-300 (PMMA) Novacor NAS 10; SO.8x3.2 mm discs in glass jars

:~~

100

28

9

-0.06

@

"1:l

i5" ~

n
1?

~~a~erit

...-.

,

~:

.

Reagent Note

, don~~

·M$teria.1 Note...

1%');

Isopropyl Alcohol

Aristech AcrysteellGP Aristech Aristech 1-300 (PMMA)

to·

low stress

Gyro Acrylite; lested @ 50% RH

;J

Gyro Gyrolile G20; 50% RH

t

Gyro XT; 50% RH; low stress

.., ..,i=l

0-

IGI Diakon; (PMMA)

0.5%

isopropanol

\t:

0.5%

Rohm & Haas Kamax T-170

0.5%

Rohm & Haas Kamax T-24O

0.5%

Kerosine

100

.(;?"~".') . ':=:;:;:>;;:>.

7

;,;:;:~~;'[!1

Rohm & Haas Kamax T-260 Novacor NAS 10; 50.8x3.2 mm discs in glass jars

':{;~

100

Rohm & Haas Kamax T-150

28 Gyro XT; bottles 0.0035

0.5%

0.0035

0.5%

Rohm & Haas KamaxT-170

0.0035

0.5%

Rohm & Haas Kamax T -240

0.0035

0.5%

Rohm & Haas Kamax T-260

Fuel Oil .2; ASTM 0396

Room & Haas Kamax T-150

Rohm & Haas Plexiglas V 7

Rohm & Haas Plexiglas VS

7

Rohm & Haas Plexiglas V811

7

Rohm & Haas Plexiglas V825

7

Rohm & Haas Plexiglas V920

7

Rohm & Haas Plexiglas VM

7

Rohm & Haas Plexiglas VMHF

7

Rohm & Haas Plexiglas V044

7

Rohm & Haas Plexiglas V045

7

Rohm & Haas Plexiglas V045FH

7

Rohm & Haas Plexiglas V052 Rohm & Haas Plexiglas V; test temp. is elevated

Ketones Lacquer Thinners

Gyro XT; bottles Aristech Aristech 1-300 (PMMA) 0.0035

0.5%

Rohm & Haas Kamax T·l50

0.0035

0.5%

Room & Haas Kamax T-170

0.0035

0.5%

Rohm & Haas Kamax T·24O

0.0035

0.5%

Rohm & Haas Kamax T-260 Rohm & Haas Plexiglas V

0.6 7 7 7 7 7 7 7 7 7 7 7 7

Aristech Aristech 1·300 (PMMA) Rohm & Haas Plexiglas VS Aristech Aristech GPA (PMMA) Aristech Aristech 1·300 (PMMA) Rohm & Haas Plexiglas V044 Rohm & Haas Plexiglas V045 Rohm & Haas Plexiglas V045FH Rohm & Haas Plexiglas V052 Rohm & Haas Plexiglas V811 Rohm & Haas Plexiglas V825 Rohm & Haas Plexiglas V920 Room & Haas Plexiglas VM Rohm & Haas Plexiglas VMHF

» o

-<

o'

Chemical Resistance - Acrylic Resins

00

.......

(X) (X)

Chemical Resistance - Acrylic Resins

:l> o

-<

o' I

[Reag~nt .

.':; .:~.

R~agent

Note

cone,. T$mp, . ·• 1%) i I'C)' ".·.1.

.

':f; _;:

Lacquer Thinners

.

Lactic Acid

Time (~r$}' • •

POL

Load

'~~:.

1.9

"'?3 23· ,"

Lipstick Liquors

0.0035 0.0035 0.0035 0.0035

. .;;.;...:;. ,. ······2Iki 20

,

';-~"

~::

23 23) "~'3

23 23:. 23 23 23

WD·40 spray lubricant

I .,., ····:su$cipti/ile 10' allack,· . "':i

l

F$lii~bleJor p.~kaglng

/8

;;)~s!iit~cIOry,;G~lsl~nC&

~ 8 8

,/tuilatile forpaCiiliginil ;·n'o.eff"cl .:::<:;';~

:\.:g:.

low stress

0.0035 0.0035 0.0035 0.0035

0.5% 0.5% 0.5% 0.5%

0.0035 0.0035 0.0035 0.0035

0.5% 0.5% 0.5% 0.5%

i ,j

i.':'.,.

~natf.c!ed

'." ••. Iim"e
6 5 , 8

C1l .... n' C1l

~

tEo

~::

:::....

:~: :;>

•

no effect

Rohm & Haas Kamax T·240

AOOm & Haas Kamsx T·240 Aohm & Haas Kamax T·260 Aohm & Haas Kamax T-170 Aohm & Haas Kamax T-260

no stain per ANSI Z124.1-1987

8 8

6

5

.;

;:l

t-o

.,0:

.,I:l \l:

8

'25

,.6 6,," 8

0.6

(

to

20

Aristech Arislech $·300; (PMMA) sup.riieial stain &Xc.

1

Aristech Arislech '·300 (PMMA)

re~ist.

..-;

low stress

.

.i'''!t,uAA~i~!~. sla,in ··<{jlJ~AA~.~.·~~.m'~,~rsslve . \;$@ijM@jiM'il\;lnc.· 'l'ilslSlsnt

?:t"\<.,8 . low stress

good., minor atl8Ck iair • ·lim"ed'~s,. sulta\lle lor packaging

"

8

ICI Diakon; (PMMA) Cyro Cyrolite G20; 50% RH Cyro Acryl~e; tested @ 50% AH

8 5. 6 ., 3

Cyro XT; bottles Aristech Aristech '·300 (PMMA)

Gyro XT; 50% RH; low stress

8.

6 20

Aristech Aristech '-300; (PMMA)

8

20

.:;:~~:.:;".'"

Aristech Aristech '-300; covered sample (PMMA) Aristech Aristech $·300; covered sample (PMMA)

8

,;,23:·

10

Aohm & Haas Kamax T·I50

8

65

<=15 <=15 <=15 >15

Cyro Acrylite; tested @ 50% AH

AOOm & Haas Kamax T·I50

23

Methyl Alcohol

Cyro Cyrolite G20; 50% AH Cyro XT; 50% AH; low stress

8 8

Maleic Acid

""24;

Aristech Arislech 1·300 (PMMA)

Rohm & Haas Kamax T·170

23 85

;~~9,

Aohm & Haas Kamax T·170

8' 8 8

Magnesium Chloride

solution

Cyro XT; bottles Aohm & Haas Kamax T·150 Aohm & Haas Kamax T·240

,.8

"

Mercury Methane

Cyro XT; bottles ICI Diakon; (PMMA)

Rohm & Haas Kamax T·260

6

'tl

Cyro Cyrol~e G20; 50% RH

8 8

8

~

Gyro Acrylite; tested @ 50% RH

li

.8

@

~

;-;S;:;.

solution

Mayonnaise Mercurochrome

ICI Diakon; (PMMA)

Gyro XT; 50% AH; low slress

6

~O

Lithium Grease

Lye

0.5% 0.5% 0.5% 0.5%

','

;'~.riSi$1.

8

2
::-.

Rohm & Haas Plexiglas V; test temp. Is elevated

S8\lsf~ctOrY resistance

3 3,

'20. 23

Lighter Fluid

'jf:.;(> llX~;'t!~l,

::-:\2"

low slress

.:~

'n~t r;~~mmel1d.d'for.u$e

'~';(8

20 20

Material Note .~~

<~c;

'85'; ,,. 20

Lanolin

..

:

Resistance Not.

'2

>25'

.>~3

Lactic Acid Butyl Ester

"&B!t!lg!!ll

Weight

Rating

:<:

23;

Lubricants

"'<:~!'~9~;

,~,

t

ti$aiis.l~ciiiiYlestslanc.

; . '\ir1iltlii/ 'resistahce :'\:;,;.; ~f-', ~~:;

su;~.~\~;. 10 ~llac:;:

ICI Diakon; (PMMA) Cyro Acrylile; tested @ 50% AH Cyro Cyrolite G20; 50% AH Gyro XT; 50% RH; low stress Cyro Cyrol~e G20; 50% AH

@

% Change

~ ~

~

Re~gent

o'

't"l to· '"

I

Reagent Note

Methyl Alcohol

J~~;c'l T~.j( I

Time

I

POL

Load

Ratln'g

(dayaj

>15

20

3

50 99

,23 25

7

;:l

99

25.

7

t"'

100

23

7

5 1 1 7

100

23

28

tb

.,c;: ., ~

It::

Weight

Length

% Retained I Tensile Strength

'. Res(stance Note ~usseptible

2.32

low stress

20

;EI!!;~pr~"ll~~.d

. 'scceptiJ6ie'ua 'deaner

2

suscept!ble to attack

Cyro Aerylrte; tested @ 50% RH

2

unsatistactory 'resistance

ICI Diakon; (PMMA)

swelled

Rohm & Haas Kamax T-150; 50.8x12.7x6.4 mm specimen

10.19

23.

7

2

14.91

Rohm & Haas Kamax T-170; 50.8x12.7x6.4 mm specimen

23

7

2

6.79

Rohm & Haas Kamax T-240; 50.8x12.7x6.4 mm specimen

23

7

2

7.07

Rohm & Haas Kamax T -260; 50.8x12.7x6.4 mm specimen

25'

0.6

5 8

25

7

2 2 2

'25

7

2

25

7

25

7

25

7

25

7

25

7

25

7

25

7

2 2 2 2 2

25

7

2

23

Rohm & Haas Plexiglas V052 Rohm & Haas Plexiglas V811 Rohm & Haas Plexiglas V825 Rohm & Haas Plexiglas V920

.. '~90V~~;~mii!\~~4J~r use ..

. . 65 23; ,

<) 2j

~~.\

".

'<.

Cyro Cyroli!e G20; 50% RH Cyro Xl; 50% RH; low stress

2

" ~~~sfaciory r6$i$lance

ICI Diakon; (PMMA)

t' do·not use as cleaner

Aristech AcrysteellGP

;)j~':~ii~;'PI:~'e to attack

[

2

".~; :1

2'

.2

.:~;~.;~ ;'

.~~ ~

.;",:~::,:

\2

!

Cyro Aerylite; tested @ 50% RH

2

'2

•

ICI Diakon; (PMMA)

0~~epillllalii,atia~k .-:::

6

0,6

Rohm & Haas Plexiglas VMHF

.. ~nsa.l'$Jaci9i:Yt#,~riCe :.: s .

2

23

is'

Rohm & Haas Plexiglas VM

>::-

2 3 3

low slress

'2(), ,

Methylene Dichloride Metoquinone

Rohm & Haas Plexiglas V045

3

20

Rohm & Haas PleXiglas VS

Rohm & Haas Plexiglas V045FH

,. 3 .~

Rohm & Haas Plexiglas V Aristech Aristech 1-300 (PMMA) Rohm & Haas Plexiglas V044

2 2'

low stress

20,> 20

fa,r resistance 'sample unaffected ,.attacked, turbid

2

2~:,.. '

..20."

Methyl Naphthalene Methyl Salicylate Methylamine Methylene ChlOride

Aristech Aristech 1-300 (PMMA)

2

20

Methyl Cyclohexanol Methyl Ethyl Ketone

Aristech Aerysteel IGP

unal/'ecled

7

')'~. "i,

Novacor NAS 10; 50.8x3.2 mm discs in glass jars

23

25

Methyl Benzoate Methyl Chloride

ICI Diakon; (PMMA) Aristech Aristech 1-300 (PMMA)

no ~!sible .change

8 23

Cyro XT; 50% RH; low stress Aristech Aristech GPA (PMMA)

17.6

8 concentrated

to attack

8.1 1.08

Material Note

I"· some !iilack; prop. sl. reduced

4

Methyl Alcohol

I

;:;

2

;

8 .,;

I .

_~E.: ;;~~~~iliif~i~,1fi~:~.,. . It;~i~li~~;~~1t~:e ·;·;i~i[!~~~~~:~:~:e'

Cyro Acrylrte; tested 0 50% RH Cyro Cyrolite G20; 50% RH Cyro Xl; 50% RH; low stress Aristech Aristech 1-300 (PMMA) ICI Diakon; (PMMA)

Aristech AerysteellGP

ICI Diakon; (PMMA)

» o

-<

o'

Chemical Resistance - Acrylic Resins

co

(0

» o

Chemical Resistance - Acrylic Resins

(£)

o

-<

o' ,Re~gent

Cone.

Note '.'

Milk

;

2.9,

Mineral Oils

100 100

..

,~::

low stress

23: '," ":,;

;23

:~~,

28 low stress

20'

White; USP White, USP

,8,

Cyro Acrylite; tested @ 50% RH

9

0,02

9 8

0,02

, Novacor NAS 10; 50,8x3,2 mm discs in glass jars Cyro Acrylite; tested @ 50% RH

8

Cyro Cyrolite G20; 50% RH

8 8

Cyro XT; 50% RH; low stress

Cyro XT; bottles

7 7 7 7

.~ 8 8 >: 8 5 9 9 9 9

7

9'

0,1

Rohm & Haas Plexiglas V5

7 7

9

0.1 0,1

Rohm & Haas Plexiglas V811

0,1

Rohm & Haas Plexiglas V920

0.1 0,1

Rohm & Haas Plexiglas VMHF

0.0035

0.5%

0.0035

0.5%

.• 23

0.0035

0.5%

23

0,0035

0,5%

2,3' 23;

Fl8!lIig

...;....

$' .

7

20

Mineral Oils

Material'Note

PDL

1%)

·1·.·-:;········..;,······;.·

25·..',··..·

9. 9 ,9 ,""

7

7 7

9. 2

White; USP

Moth Spray

Rohm & Haas Kamax T-l50 Rohm & Haas Kamax T-170 Rohm & Haas Kamax T-240 Rohm & Haas Kamax T-260 Rohm & Haas Plexiglas V 0.1

Rohm & Haas Plexiglas V044

0,1

Rohm & Haas Plexiglas V045

0.1 0,1

Rohm & Haas Plexiglas V045FH Rohm & Haas Plexiglas V052

Rohm & Haas Plexiglas VB25 Rohm & Haas Plexiglas VM Room & Haas Plexiglas V; test temp. is elevated Aristech Aristech 1·300 (PMMA)

.:~

0.6

Motor Oils

Cyro XT; bottles

SAE20 10W·40

0.0035

0.5%

Rohm & Haas KamaxT-150

0,0035

0.5%

Rohm & Haas Kamax T-170

0.0035

0,5%

Rohm & Haas Kamax T-240

0,0035

0.5%

Rohm & Haas Kamax T-260

Nail Polish

Cyro Cyrolite G20; 50% RH Gyro XT; 50% RH; low stress low stress

Naphtha

Gyro Acrylite; tested @ 50% RH

VM&P

Aristech Acrysteel IGP

petroleum

Aristech Aristech /-300; covered sample (PMMA) Aristech Aristech 1·300; (PMMA)

@

Aristech Aristech 5-300; covered sample (PMMA)

'tl

Aristech Aristech 5-300; (PMMA)

S"

ICI Diakon; (PMMA)

~

VM&P

n-

(I)

7

0,18

Rohm & Haas Kamax T·150; 50,8x12,7x6.4 mm specimen

7

0,19

Rohm & Haas Kamax T·170; 50,8x12,7x6.4 mm specimen

(I)

7

0.22

Rohm & Haas Kamax T·240; 50,8x12.7x6.4 mm specimen

;:l

7

0,25

Rohm & Haas Kamax T-260; 50.Bx12,7x6.4 mm specimen

16' tE-

t

~

.. u:: l=l

Naphthalene

crystals

ICI Diakon; (PMMA)

@

% C,hange

'1:l

S" ~

o· Ct>

l?

I!:,e~gent

r"

Reagent NQte

L,oad

Cone.

("1

·~()i.

Natural Gas

tEo

t"'

..,0: i=l ..,

Jl

low stress

?O\ '20""

Ct>

;:l

I POL . Ra.tlng

Neats Foot Oil Nitric Acid

Length

'.,

.':c":"

,.en.sUe· .

Material Note

St'cength

::.

Cyro Acrylite; tested @ 50% RH Cyro Cyrolite G20; 50% RH

8, "':'8

.i(20)}' 10 10

We,lght

[~;;iri~WE<;:'"

:~,

23.> 7

23

.

Cyro XT; 50% RH; low stress

.8

'S~lt8~le~lor,pll.Ck,~glng •••

8.

."$atiS1llftoiy. resistance 0.06

9

,ri~ti~ibl~'Cha;;iie,

Cyro XT; bottles .

ICI Diakon; (PMMA) Novacor NAS 10; 50.8x3.2 mm discs in glass jars

'", :~~.

It::

10

23

7

10

23

10 10

23

7 7

10

25

10 10

25

7

10 10 10

25

7 7 7

9 9'

0.4 0.4 0.4

7 7

8 ..~.;-" <';:9

0.6 0.3

7 7 7

9 9

~:

~3:

28

25

.;'C?5f .25';

<~~!~r,

10 10 10

"25.:'''' .''c"

10 10 10

",

25,;} ?5·.«:.;

'250·""

">:;Chi" <.:

10 10

:;'

8

Cyro Acrylite H-15 (PMMA) Cyro Acrylile M-3O (PMMA)

9

0.06

Novacor NAS 10; 50.8x3.2 mm discs in glass jars

9 ~ 9

9 8 8

';25

Rohm & Haas Plexiglas V Rohm & Haas Plexiglas V044

0.4

Rohm & Haas Plexiglas V045 Rohm & Haas Plexiglas V045FH Rohm & Haas Plexiglas V052 Rohm & Haas Plexiglas VS Aristech Aristech GPA (PMMA)

0.4

,;

0.4 0.6

Aristech Aristech 1-300 (PMMA) Rohm & Haas Plexiglas V811 Rohm & Haas Plexiglas V825

0.5 0.6 0.6

Rohm & Haas Plexiglas V920 Rohm & Haas Plexiglas VM Rohm & Haas PleXiglas VMHF

9

Rohm & Haas Plexiglas V; test temp. is elevated

" 8

<20 <20

Cyro Cyrolite G20; 50% RH

8 low stress

<=20 40

7

40 40 40 concentrated

Cyro Acrylite H·12 (PMMA)

0.7 0.7

8

7 7 7

.,::::::{.;

Nitric Acid

0.7

8 8

2;; t'25 25 25:

40 40 40 40

25 25 .

40 40

,

25 25

40 40 40 40

8 9

..-

,~

'"

0.09

28

8 7

0.16

7 7 7 7

2 2 2 2

7 7

2 2

7 7

2 2

5 5 5 5 5 5 5 5 5 5

25

7

. 25 ';;25

7

2

·. 2

diSc§IOi~~

,;

:. Novacor NAS 10; 50.8x3.2 mm discs in . glass jars

. good resistance ~tiackll~ •

Rohm & Haas Plexiglas V Rohm & Haas Plexiglas V044 Rohm & Haas Plexiglas V045 Rohm & Haas Plexiglas V045FH

)~

Rohm & Haas Plexiglas V052 Rohm & Haas Plexiglas V811 Rohm & Haas Plexiglas V825 Rohm & Haas Plexiglas V920 Rohm & Haas Plexiglas VM Rohm & Haas Plexiglas VMHF

.. . ,~

Rohm & Haas Plexiglas VS Rohm & Haas Plexiglas V; test temp. is elevated

'5

'~" .. -:

Nitric Acid

23

65 20-70 20·70 20-70 70

..

2!{<' .

~.

low stress

~~;i

:2 5,

Cyro Acrylite; tested @ 50% RH Cyro Cyrolile G20; 50% RH

&

20Y

23'

7

6 6

Cyro Xl; 50% RH; low stress Cyro Acrylite; tested @ 50% RH

:~.

di$C~lored . ::~

Cyro XT; 50% RH; low stress •

Novacor NAS 10; SO.8x3.2 mm discs in glass jars

» (")

-<

o'

Chemical Resistance - Acrylic Resins

co .-..

»

CD

Chemical Resistance - Acrylic Resins

(")

I\)

-<

o'

%!!!t~l~~etl'

"'""'"V~

'~eadent . ':....~ ',.:.

Nitric Acid

Reagent Note concentrated

concentrated

Cone.

i,.,) 70 70 70 70 70 70 70 70 70 70 70 70

Nitrobenzene

Temp.

Time

eCI

P,OL

Load

25

7 7 7

25

7

25 25

7 7 7

25

7

25

25

25

7

25

7

Tensll'

M~terial Note

Strengtll

I~i~'re$islance 'allacke~

5 2 2 2

25 25

Lengtll

Rating

.(~~Y$)

,,::{::~.

>25

Rohm & Haas Plexiglas V Rohm & Haas Plexiglas V044 Rohm & Haas Plexiglas V045 Rohm & Haas Plexiglas V045FH

2 2 2 2

Rohm & Haas Plexiglas V052

2 2 2 2

Rohm & Haas Plexiglas V920

Rohm & Haas Plexiglas VS Rohm & Haas Plexiglas V8ll Rohm & Haas Plexiglas V825 Rohm & Haas Plexiglas VM Rohm & Haas Plexiglas VMHF nol recommended for use

Rohm & Haas Plexiglas V; test temp. is elevatec

23 '" unsatis(aclory resis1ance

23

not !~~~mmAA~Mror

65'

Nitrogen Dioxide

Nitrogen Monoxide

ies~I~1

low stress

20

IGI Diakon; (PMMA)

use Gyro Acrylite; tested @ 50% RH

20

Gyro XT; 50% RH

20

Gyro XT; 50% RH; low stress

Gyro XT;

20

29, Nutmeg

20

low stress

20

low stress

Gyro Acrylite; tested

~O 20

Octane Oleic Acid

n-Octane

Gyro XT; 50% RH

@AA\~,'~j\#9~rp.ffi~!J!i

2~

7

i

100

28

{~

@

"1:l

IS" CIl

.... n' CIl

Oleum

~

Olive Oil

<E' ;:I

t-

.,o: ., l:l

It:

@ 50% RH

Gyro XT; 50% RH; low stress

23 100

50",(, RH

Gyro XT; 50% RH; low stress

7 7 7 7 7 7 7 7 7 7 7 7

I

9

0.12

9,

0.1

,.9 >9

-0.1

9':

-0.1

9,;,

-0.1 -0.1 -0.1

1I 9 ~-,~:

9' 9. ~.

9 :"9 9-::~

,9 .9

j

IGI Diakon; (PMMA)

·reduced

.';nCiil>}'lslflieciiange

Novacor NAS 10; SO.8x3.2 mm discs in glass jars

; :;~C.II~;,'(;~~a~::

Rohm & Haas Plexiglas V Rohm & Haas Plexiglas V044

\t

Rohm & Haas Plexiglas V045 Rohm & Haas Plexiglas V045FH Rohm & Haas Plexiglas V052 Rohm & Haas Plexiglas V811

0

Rohm & Haas Plexiglas V825

0

Rohm & Haas Plexiglas V920

0

Room & Haas Plexiglas VM

0

Rohm & Haas Plexiglas VMHF

0

Rohm & Haas Plexiglas VS

~~

0

Anstech Aristech GPA (PMMAI

::~

0

Anstech Aristech 1-300 (PMMA) Rohm & Haas Plexiglas V; lest temp. is elevatec

7

100 100

" '23

28

; Novacor NAS 10; SO.8x3.2 mm discs in glass jars

j::>: t~

Anstech Aristech 1-300 (PMMA) Gyro XT; bollies

@

"1:l

E" ~ n'

'" ~

~~agent . .,

....

Reagent Note

Cone;. ~")

.-:-,. ;;.-:-

Temp.

(~c) lB.

time

toad

!~r!)

POL .I\atl"g

,-,aterial Note

Olive Oil

ICI Diakon; (PMMA) edible grade

Rohm & Haas Plexiglas V 0.1

7 7 7 7 7 7 7 7 7 7

<E' ;:s

t"'

0: .,

.,p

ll::

~~

Rohm & Haas Plexiglas V044

0.1

Rohm & Haas Plexiglas V045

0.1

Rohm & Haas Plexiglas V045FH

0.1

Rohm & Haas Plexiglas V052

0.1

Rohm & Haas Plexiglas VS

0.1

Rohm & Haas Plexiglas VBll

0.1

Rohm & Haas Plexiglas VB25

0.1

Rohm & Haas Plexiglas V920

0.1

Rohm & Haas Plexiglas VM

0.1

Rohm & Haas Plexiglas VMHF Rohm & Haas Plexiglas V; test temp. is elevated

Onions

Cyro XT; 50% RH Cyro XT; 50% RH; low stress low stress

Cyro Acrylite; tested @ 50% RH

Oxalic Acid seturated solution

ICI Diakon; (PMMA)

Paint Thinners

low stress

Cyro Acryme; tested @ 50% RH Cyro Cyrol~e G20; 50% RH Cyro XT; 50% RH; low stress

Paints

0.0035

0.5%

Rohm & Haas Kamax T·1SO

0.0035

0.5%

Rohm & Haas Kamax T-170

0.0035

0.5%

Rohm & Haas Kamax T·240

0.0035

0.5%

Rohm & Haas Kamax T-260 Cyro Cyrol~e G20; 50% RH

acrylic cellulosic oil base acrylic

Cyro XT; 50% RH; low stress

cellulosic oil base acrylic

low stress

cellulose

low stress

oil base

low stress

Paraffin

Cyro Acrylite; tested @ 50% RH

low stress Cyro Cyrolite G20; 50% RH Cyro XT; 50% RH; low stress medicinal

ICI Diakon; (PMMA)

Peanut Butter Pepper

Cyro XT; bottles Cyro Cyrolite G20; 50% RH Cyro XT; 50% RH; low stress low stress

Cyro Acryl~e; tested @ 50% RH

low stress

Cyro Acryl~e; tested @ 50% RH

Perchloric Acid Perchloroethylene

Cyro Cyrol~e G20; 50% RH Cyro XT; 500"" RH; low stress ICI Diakon; (PMMA)

» o

-<

o'

Chemical Resistance - Acrylic Resins

co c.>

<0

Chemical Resistance - Acrylic Resins

~

~

-<

o'

Cyro Acrylite; tested @ 50% RH ICt Diakon; (PMMA)

Petroleum Jelly Petroleum Spirits Phenol

Cyro Xl; boUles white spirits

ICI Diakon; (PMMA) 3

solution

3

Aristech Aristech 1-300 (PMMA)

CrFi!@•.·.;·.

0.6

5

Aristech Aristech 1-300; covered sample (PMMA)

5

Aristech Aristech 1-300; (PMMA)

5

Aristech Aristech S-3OO; covered sample (PMMA)

5

Aristech Aristech S-300; (PMMA)

5

7

0.19

28

0.5

aqueous

Rohm & Haas Plexiglas V

7 7 7 7 7 7 7 7 7 7 7 7

5 5 5 5 5 solution

5 5 5 5 5 5 5

aqueous solution

Novacor NAS 10; 5O.8x3.2 mm discs in glass jars

Rohm & Haas Plexiglas V044 Rohm & Haas PleXiglas V045 Rohm & Haas Plexiglas V045FH Rohm & Haas Plexiglas V052 Rohm & Haas Plexiglas VS Aristech Aristech GPA (PMMA) Arislech AriSlech 1-300 (PMMA) Rohm & Haas Plexiglas V811 Rohm & Haas Plexiglas V825 Rohm & Haas Plexiglas V920 Rohm & Haas Plexiglas VM Room & Haas Plexiglas VMHF

5

~I~

Rohm & Haas Plexiglas V; test temp. is elevated Cyro Cyrol~e G20; 50% RH Cyro Xl; 50% RH; low stress low stress

ii&:z;f;;.····;···

Cyro

Acryl~e; tested @

50% RH

ICI Diakon; (PMMA)

.@W¥~';··;.·r

Phosphoric Acid

<=10

·§i~20i·

low stress

<=10

Cyro Acrylite; tested @ 50% RH Cyro

Cyrol~e G20;

50% RH

<=10

Cyro Xl; 50% RH; low stress

10

ICI Diakon; (PMMA)

25 25

@

85

~

85

~

~

r:;o (I)

95

Photographic Fixing Baths

IS ;:s

., ~

II::

low stress

Cyro Acrylite; tested @ 50% RH Cyro Xl; 50% RH; low stress

IPhthalic Acid

t-

o:.,

ICI Diakon; (PMMA)

.·\(ii'20;(").·

Cyro Cyrolite G20; 50% RH

0

III (I)

photographic baths

ICI Diakon; (PMMA)

IPolvDroDvlene AdiDate

:!1 p ~

n' V> ~ V>

tEo

;::

Reagent .

Reagent Note

:~

Cone.

Temp.,

Time

(%1

C'CI

{days}

Polypropylene Laurate Polypropylene Sebacate Potassium Bicarbonate

;:J

t"-

o:., .,

p

<.c::

.. ......

:.....:..:' :

@

Potassium Carbonate Potassium Chlorate Potassium Dichromate

saturated solution 10

Potassium Hydroxide saturated solution

Potassium Nitrate Potassium Permanganate

Load

2·propanol

POL Rating

I welg~ ,.1 ..

,

Length

% Retained Tensile Strength

Resistance Note

8

23

8

23'

6 5

. gm • niinor attaCk

65 23

6

g?OO -. minor attack

65

5

lair; ~ limited use

23

8

sari$fac1ory resi.slance

23

8

:.~

2~

6 6

23

5

23

8

65

2

23 6'5

II

,

23

;.:.

,.'

,, ,

23

7

23

7

23

7

23

7

,

I!

ICI Diakon; (PMMA)

..

good - minor attack

.

'~.

i

~

laIr: iiriiiieduse

satisfactory. resl~tance not

ICI Diakon; (PMMA)

(ecomm~nde~ ior use ex~: ~eSisl.

8

1 ,

.

'all: limited use

65

23 65

ICI Diakon; (PMMA)

satisfaclory resistance

23

65

Material Note

;

";-

Potassium Sulfate

I

,.

23 0.1 N solution

Propyl Alcohol (2-)

I

%~hange

.:~.

~

...,good

~m.inor

attack

8

·;;~Ii$facillry.resi$laOI:.

.,.6

:: g;qd - ';'lnofattac.k ,.

ICI Diakon; (PMMA)

...,.' exe. resist.

8 8

9

-0.06

no change in appearance

9

-0.07

9

-0,04

,l

9

-0.08

I

8

.resist~nt

2

'sii~epliiii~IQ'ii~aCk

Rohm & Haas Kamax T·170; 50,8x12.7x6.4 mm specimen

.,

Rohm & Haas Kamax T-240; 50.8x12.7x6.4 mm specimen

I

Propylene Pyridine

20:.

low stress

,20,."

low stress

'20

3 3

.20

Salad Dressings Sebacic Acid Shoe Polish Silicone Oils

Silicones

Silver Protein

20 23 0.0035

0.5%

23

0.0035

0.5%

23

0.0035

0.5%

23.,

0.0035

0.5%

Fll0

2~",

F130 M441

2~ 23

R220

?~

mild such as 20% argyrol

Soap

23

white flakes;; solution

I Il I

1

!

> suita~le

8

.

7

'25 '0;'

7

it~;i;

7

2$' .'.

7 7

I i

• :?

Cyro XT; 50% RH; low stress

fot peckaging

saliSta~tOry(esi;t8;'ce.

8

...,( "u~~f1.ct':d

8

i'"

.

Rohm & Haas Kamax T-l50

yc :.(~:~" ~:.

Room & Haas Kamax T-240

~~

8

Room & Haas Kamax T-170

.(:

8

Rohm & Haas Kamax T-260

~':~;ffl\f')18~~;'p.~OP:'$i. reduced i ;,

7 9 .9 9 9

.

•.....".:;,!.!

'go~ ~asiS\ance /

:~

0.5 0,5

ICI Diakon; (PMMA)

\:;;t~atjsi$ciQry rasls1.~. s.~ID~·~~Ck; ..~.rOjl"Sk{~9~~M,

~t:::t~.~;;~:~: ':{';~~~H~~,'~;I-':~""

..

Cyro XT; bottles ICI Diakon; (PMMA) Aristech Aristeeh 1-300 (PMMA)

"no e(feel

8

8

",25\··••, ;

./. ~~;'!;

Cyro ACl)'lite; tested @ 50% RH Cyro Cyrolite G20; 50% RH

8

8 0.6

. 'i'.

5"

J~~;;r:

Rohm & Haas Kamax T·260; 50.8x12,7x6,4 mm specimen

~:

5 5 2

Rohm & Haas Kamax T-150; 50.8x12.7x6.4 mm specimen

. s '.

;~ ;,~,

;., .

Aristeeh Arislech 1-300 (PMMA) Rohm & Haas Plexiglas V

:-. ~

Rohm & Haas Plexiglas V044

.)

Room & Haas Plexiglas V045

0.5

Rohm & Haas Plexiglas V045FH

0.5 0,5

Rohm & Haas Plexiglas V052 Rohm & Haas Plexiglas VS

~

o

-
Chemical Resistance - Acrylic Resins

(0

01

co

Chemical Resistance - Acrylic Resins

:l> o

0>

-
,.., Tensile

.,:"

.. S!r'~9t~

:·.:;:;:.t:

Soap

7 7 7 7 7

0.5

Rohm & Haas Plexiglas V811

0.5

Rohm & Haas Plexiglas V825

0.5

Rohm & Haas Plexiglas V920

0.5

Rohm & Haas Plexiglas VM

0.5

Rohm & Haas Plexiglas VMHF Rohm & Haas Plexiglas V; test temp. is elevated

household

Aristech Aristech 1-300 (PMMA)

soap suds

Gyro Gyrolite G20; 50% RH Gyro XT; 50% RH; low stress low stress

Gyro Acrylite; tested @ 50% RH

solutions

7

0.13

28

0.13

household

0.6

Soda

Novacor NAS 10; 5O.8x3.2 mm discs in glass jars Aristech Aristech 1-300 (PMMA)

low stress

Gyro Acrylite; tested @ 50% RH Gyro Gyrolije G20; 50% RH Gyro XT; 50% RH; low stress

Sodium Bicarbonate Sodium Bisulfate Sodium Carbonate

Aristech Aristech 1-300 (PMMA) 2

7

0.09

2

28

0.06

2

7

0.5

2

7

0.5

Rohm & Haas Plexiglas V045

2

7

0.5

Rohm & Haas Plexiglas V045FH

2

7

0.5

Rohm & Haas Plexiglas V052

2

7

0.6

Rohm & Haas Plexiglas VS

2

7

0.4

Aristech Aristech GPA (PMMA)

2

7

0.5

Aristech Aristech 1-300 (PMMA)

2

7

0.5

Room & Haas Plexiglas V811

2

7

0.5

Room & Haas Plexiglas V825

2

7

0.5

Room & Haas Plexiglas V920

2

7

0.6

Rohm & Haas Plexiglas VM

2

7

0.6

Rohm & Haas Plexiglas VMHF

2

Rohm & Haas Plexiglas V

Sodium Carbonate

"tl

SO ~

Rohm & Haas Plexiglas V044

Rohm & Haas Plexiglas V; test temp. is elevated 20

@

Novacor NAS 10; 5O.8x3.2 mm discs in glass jars

Gyro XT; bollies

20

7

0.08

20

28

0.07

7

0.3

20

Novacor NAS 10; 5O.8x3.2 mm discs in glass jars Rohm & Haas Plexiglas V

n

20

CIl

20

7

0.3

Rohm & Haas Plexiglas V045

~ CIl

20

7

0.3

Rohm & Haas Plexiglas V045FH

Rohm & Haas Plexiglas V044

to ;:l

20

7

0.3

Rohm & Haas Plexiglas V052

20

7

0.3

Rohm & Haas Plexiglas V8ll

t'"'

20

7

0.3

Rohm & Haas Plexiglas V825

20

7

0.3

Room & Haas Plexiglas V920

20

7

0.4

Rohm & Haas Plexiglas VM

c;: .... ....i=l

\t:

~

@

% Change

"tl

po

Reagent Note

(J) .....

n" (J)

~

Sodium Carbonate

COne. (1'1..,

Te'!\p.

20

25

20

(J)

20

~" ;:l

(!C~

">'<-2it:,

.,

l:l \C::

Load

POL Rat!og

7 7

~3);;~

t"'

0: .,

Time

.. !~~~I

Weight

'Length

9

0.4

9.··· 5

0.4

10

".

23.},.:

10 ::;::+~

10 10 10

Sodium Chloride

10

25.

10

)5{

Rohm & Haas Plexiglas VMHF

",?~;B~~~;t~~istance (:~:'; .~.::

Rohm & Haas Plexiglas VS Rohm & Haas Plexiglas V; test temp. is elevated

.

'sai~t~~t~ry ;eslst.ance 'jf;J~\r ::!inli!"~~s.·'·j 0.1

7

ICI Diakon; (PMMA)

{;;~~!'!#M@lfMj~iani:.

ICI Diakon; (PMMA)

···"'no.Jis,tile·i:iiang.

,. Novacor NAS 10; 50.Bx3.2 mm discs in glass jars

.;;~;;''-:_:::: {:: ~:;k~

~

0.6 0.6 0.6 0.07

7 7 7 2B

Cyro Acrylite H·12 (PMMA) Cyro Acrylite H·15 (PMMA) Gyro Acrylite M·30 (PMMA) Novacor NAS 10; 50.Bx3.2 mm discs in glass jars

9 7

Q

Rohm & Haas Plexiglas V 0.5

Rohm & Haas Plexiglas V044

10

25,){··

7

.9

0.5

10

;;,.25W;}

7

0.5

Rohm & Haas Plexiglas V045FH

10

:2~

9 9 9

0.5

Rohm & Haas Plexiglas V052

9

0.3

10

25 25.

10

25

10

25

7 7 7 7 7

10

25

7

10

25

7

10

25

7

10

25

7

10

>25

10

Sodium Cyanide

Material Note

.~:;

,.~:

., ::9~od: ~m'o"~i;ack

)",

23

saturated solution

Reslsta.nce Note

.'; ,",-. "<:'

.; .:.:::->-:.::.:

.65..

Sodium Chlorate Sodium Chloride

Tensile Strength

..

;13,'

saturated solution

% Retained

9

Rohm & Haas Plexiglas V045

0.5

Rohm & Haas Plexiglas VS :~;

0.4

Aristech Aristech 1·300 (PMMA)

9 9

0.5

Rohm & Haas Plexiglas VB 11

0.5

Rohm & Haas Plexiglas VB25

9 9 9

0.5

· Rohm & Haas Plexiglas V920

0.5

;, Rohm & Haas Plexiglas VM

0.5

Rohm & Haas Plexiglas VMHF

9

23

8

65

B

23

6

65

6

Sodium Ferricyanide

23

6 6

Sodium Hydroxide

23

65

· Rohm & Haas Plexiglas V; test temp. , is elevated

7

9

0.09

2B

9 9 9 9 9 9 9 9 9

0.09

7 7 7 7 7 7 7 7 7 7 7 7

Aristech Aristech GPA (PMMA)

· Novacor NAS 10; 5O.Bx3.2 mm discs in glass jars .xc~lIenl l.sislanC!

0.5

:~:;

Rohm & Haas Plexiglas V Rohm & Haas Plexiglas V044

0.5

Room & Haas Plexiglas V045

0.5

Rohm & Haas Plexiglas V045FH

0.5 0.5

Rohm & Haas Plexiglas V052 " Rohm & Haas Plexiglas VBll

0.5

; Rohm & Haas Plexiglas VB25

0.5

.: Rohm & Haas Plexiglas V920

9

0.5

." Rohm & Haas Plexiglas VM

9 B

0.5

0.6

Rohm & Haas Plexiglas VS

9

0.4

Aristech Aristech GPA (PMMA)

9

0.5

Aristech Aristech 1·300 (PMMA)

· Rohm & Haas Plexiglas VMHF

» o

-<

o'

Chemical Resistance - Acrylic Resins

<0

......

»

<0

Chemical Resistance - Acrylic Resins

C')

ex>

-<

o'

e>;cellen_lr~lanCr' •

5

-.<

::; .

s\Jitabl~ tor packagi~g

-.8.

.. 20:

"

Rohm & Haas Plexiglas V; test temp. , is elevated ::' Cyro XT; bottles

10

23

7

'\9

0.07

23

7

?~

no visible Oh~"ge

10

0.64

no change in appe/ll~noe

10

23

7

10

23 .

7

10

23

7

10

23

7

~

0.6

10

23

7

,.

0.6

l

10

~3. 23

7

0.6

I

28

0.07

Novacor NAS 10; 50.8x3.2 mm disos in

7

0.4

Rohm & Haas Plexiglas V044

7

0.4

Rohm & Haas Plexiglas V045

7

0.4

Rohm & Haas Plexiglas V045FH

7

0.4

Rohm & Haas Plexiglas V052

7

0.5

7

0.3

7

0.4

:::?"

10

i

·.i.···

9

0.02

··.·S

0.64

.8

0.63

I

1

'.,

'.:.;.;

-:-.

..

,~'

.

Novacor NAS 10; 50.8x3.2 mm discs in : glass jars · Rohm & Haas Kamax T-150; · 50.8xI2.7x6.4 mm specimen Rohm & Haas Kamax T-170; 50.8xI2.7x6.4 mm specimen Rohm & Haas Kamax T-240; · 50.8xI2.7x6.4 mm specimen · Rohm & Haas Kamax T-260; : 50.8xI2.7x6.4 mm specimen Cyro Aorylite H-12 (PMMA) Cyro Aoryl~e H-15 (PMMA) Cyro Aorylite M-30 (PMMA)

Sodium Hydroxide

Rohm & Haas Plexiglas VS '., Aristech Arlstech GPA (PMMA) Aristech Aristech 1-300 (PMMA)

7

0.4

Rohm & Haas Plexiglas V811

7

0.4

Rohm & Haas Plexiglas V825

7

0.4

Rohm & Haas Plexiglas V920

7

0.4

Rohm & Haas Plexiglas VM

7

0.4

Rohm & Haas Plexiglas VMHF Room & Haas Plexiglas V; test temp.

Sodium Hydroxide 60

28

60

@

"1:l

i:i en

.... n en ~

~.

Rohm & Haas Plexiglas V

60

7

-0.4

Rohm & Haas Plexiglas V044

60

7

-0.4

Rohm & Haas Plexiglas V045

60

7

-0.4

Rohm & Haas Plexiglas V045FH

60

7

-0.4

Rohm & Haas Plexiglas V052

60

7

-0.4

Rohm & Haas Plexiglas V811

60

7

-0.4

Rohm & Haas Plexiglas V825

60

7

-0.4

Rohm & Haas Plexiglas V920

60

7

-0.2

Rohm & Haas Plexiglas VM

60

7

-0.2

Rohm & Haas Plexiglas VMHF

60

7

-0.2

Room & Haas Plexiglas VS Rohm & Haas Plexiglas V; test temp. is elevated ICI

60 saturated solution

ISodium Hypochlorite

;:l

t'""

0: .,

.,p

\t::

5

28

5 5

Rohm & Haas Plexiglas V 7

0.4

Rohm & Haas Plexiglas V044

@";"I-- 'tl

[ReagQl!t ~ ~

tl ~ C/)

Reagent Note

~

m

•

Cone.

•·Temp.'. Time

. . . . !~y~).;

~. ;::l

s:

Sf

5 5

25 .25.

7 7

5 5 5

':' 2~." . 25...

7 7 7

':':',-. ~.:

'2$'" i

5 5 5 5

~

II::

..,~5 ..2 5 , 25 25 ' ....... '..' '.>25. t:

5

<'

6

">

m

Load , ... ;

Welgh~,

'POL Rating

,

nmn_n

,

,....

•

,

,

..

9

Material Note

,

'

>

.

0.4 0.. 4

I;,.... 9 " ~ .:~~-.:_.:~~ ~.

" Rohm & Haas Plexiglas V045 Rohm & Haas Plexiglas V045FH

\\.£' ~,."

0.4 0.4 0.4

I'

0.4 Rohm 0.4 Rohm 0.4 "" "" Rohm 0 . 4 · !Rohm

! . '. 9 1"""9 1."'.. 9

7 7 7 7

I

length

'

"9 ,. '''.;' ,9', ~ 9 I I 9

Rohm & Haas Piexiglas V052 Rohm & Haas Plexiglas VS Rohm & Haas Plexiglas V811 & Haas Plexiglas V825

& Haas Plexiglas V920 & Haas Plexiglas VM & Haas Plexiglas VMHF

.~ Rohm & Haas Plexiglas V; test temp..

. ; ,:

.

. ' ;. .

8

20

n_

% Cbange

..

( % ) ; 'C'C)

Sodium Hypochlorite

r .

. :,,: -:r._

.

.

.

elevated Cyro XT; bottles

.IS

i

Aristech Aristech 1-300; covered sample (PMMA) Aristech Aristech '·300; (PMMA) Aristech Aristech 5-300; covered , sample (PMMA) :. Aristech Aristech S-3OO; (PMMA)

10% chlorine

I ".

. . .., 2;>\

8

.t:tsat~.~tllrY iesistane" .....;.: ICI Diakon; (PMMA)

<

Sodium Nitrate Sodium Sulfate

., Sodium Thiosulfate

aqueous solution

40

,»'

t h i n n e r ,..

Sulfur Dioxide

':t@H~~M:\i~~H~!l!i~V>

8},

3 . 23 . :: 30 ;' 2 3 ; dry liqUid

• •~~~1'~~~~~

5

';.6~"i

Sufuric Acid

"i

f~fS:~i1~~~1§~~~~

mE

,,,

Soy'"" Oil

'. ~...y,

8'YH!;:

~ -: 8'g";~m!lMW\rl~~~~c,.L/i ICI Diakon; (PMMA)

23;,

m il;i:;,; ~'11m m ~itJ

Sold""..

Spraylat 200 Stannic Chloride

115 "\

7 7

, .: 20 20

';1 . . .

8 9 low stress low stress

0.7 0.5

ii"; . <{'F, '.2'

/ ' ,j

' i...., ,;

.,. " . . :i; . '..(i't'"

8

.t Aristech AcrysteellGP Cyro Acryl!te H-15 (PMMA)

. .: ;); . ,;;" . . :,

' ..... f8$l$tailt . d...

i Cyro Acrylite; tested 0

50% RH

'

dry liquid

",~~

dry liquid dry moist dry moist

Sulfuric Acid

,

'"

: ".,: 8""

3,,23',,';

~

7

,l~ifil ~

i

.,;9

!

;

0.1

Cyro XT; 50% RH; low stress

·'{·i(' . no\iiSI6fHhllnge '; ;~) Novacor NAS 10; 50.8x3,2 mm discs in

it;:~:~1'i;~)~;;;l[l.i;;'1(ji~;j;i;;','~f',~~;:~~~:::: ~~~~~~~~:»)

}>

o

-<

0"

Chemical Resistance - Acrylic Resins

~

»

......

Chemical Resistance - Acrylic Resins

o

o

o

-
Sulfuric Acid

28

0.07

Novacor NAS 10; 5O.8x3.2 mm discs in glass jars Rohm & Haas Plexiglas V

3

7

0.5

Rohm & Haas Plexiglas V044

3

7

0.5

Room & Haas Plexiglas V045

3

7

0.5

Rohm & Haas Plexiglas V045FH

3

7

0.5

3

7

0.6

3 3

Rohm & Haas Plexiglas V052 . Rohm & Haas Plexiglas VS

3

7

0.4

Aristech Aristech GPA (PMMA)

3

7

0.5

Aristech Aristech 1-300 (PMMA)

3

7

0.5

Rohm & Haas Plexiglas V811

3

7

0.5

Rohm & Haas Plexiglas V825

3

7

0.6

Rohm & Haas Plexiglas V920

3

7

0.6

Rohm & Haas Plexiglas VM

3

7

0.6

Rohm & Haas Plexiglas VMHF

3

Rohm & Haas Plexiglas V; test temp.

10 10 20 <=30 <=30 low stress

<=30 30 30

7

0.05

7

0.5

7

0.4

28

0.03

30

7

0.3

30

7

0.3

30

7

0.3

30

7

0.3

30

7

0.3

30

7

0.2

30

7

0.3

30

7

0.3

30

7

0.3

@

30

7

0.3

~

30

7

0.3

30

7

0.3

7

-0.19

P

~ ;:;.

en

~ tEo en

;:J

s:..,

0-

P ..,

<.c::

30 78 78 93 93 98 98

lei Diakon; (PMMA) Novacor NAS 10; 50.8x3.2 mm discs in Qlass jars

@

.~

'1:l ......

f :.

...

~~e.~,ge~~.",

(I)

tl

% Change

.,.J

Reagent Note .... '.'

Sulfuric Acid

~

TelllP·,

eel.

"\;13. 25

98

~ concentrated

tEo

L~f;c.

;:l

~ ~

~

~

~ 98 98

~5

25

98

25

98

25

~ ~

25 25

98

25

98

25 25 25 >25

98 98 98

Sulfurous Acid

98

pot

Weight

(claye)

Rating

28

9'

-0.26

7 7 7 7 7

o

Rohm & Haas Plexiglas V044

o

· Rohm & Haas Plexiglas V045

Time

<:5

~.,

Lenglh

· Rohm & Haas Plexiglas V

o

Rohm & Haas Plexiglas V045FH Rohm & Haas Plexiglas V052

o

· Rohm & Haas Plexiglas V811

7

o

· Rohm & Haas Plexiglas V825

7 7 7 7

o

· Rohm & Haas Plexiglas V920

o

Rohm & Haas Plexiglas VM

o o

:~

.

,

not recomrrien.~ed ror use

2 low stress

; Rohm & Haas Plexiglas V5 Rohm & Haas Plexiglas V; test temp. .' is elevated Cyro Acrylite; lested @ 50% RH Cyro Cyrolite G20; 50% RH

?o

., Cyro XT; 50% RH; low stress

20

• Cyro Cyrolite G20; 50% RH Cyro XT; 50% RH; low stress

20.

Tannic Acid

:, Rohm & Haas Plexiglas VMHF

29

>20

concentrated

low stress

Cyro Acrylite; tested @ 50% RH

23

65

Tartaric Acid

23 23

saturated solution

satislacldiYiiesistance

65

..

,i

e~~;~!.~.~lsL

·········iiiiafiiiclii'ii;·.

Tea 20 20,

low stress

llniited'resistance ~;,. ;~

20

Tetrahydrofuran Tetrahydronaphthalene Toluene

Material Note

Tensile Strength

0'

2Q

<:5 <:5

Load

i" letraline 100

ICI Diakon; (PMMA) · Aristech Aristech 1-300 (PMMA) Cyro

Acryl~e;

tested @ 50% RH

, Cyro Cyrotite G20; 50% RH · Cyro Xl; 50% RH; low stress ICI Diakon; (PMMA)

23 23

1Novacor NA5 10; SO.8x3.2 mm discs in ;; glass jars ~ Arislech AcrysleellGP

7

23

t 2 6. 4,

Arislech Arislech 1-300 (PMMA)

.4" 5'

: Aristech Aristech 1·300; covered · sample (PMMA) Aristech Aristech '·300; (PMMA)

"}

Arislech Aristech 5-300; covered sample (PMMA) · Arislech Arislech 5-300; (PMMA)

..~,

29 '2.°,

low stress

> Cyro

Acrylite; tested @ 50% RH

Cyro Cyrolile G20; 50% RH

i Cyro Xl; 50% RH; low stress f ICI Diakon; (PMMA) 7

WRohm & Haas Kamax T-150;

,,50.8xt2.7x6.4 mm specimen

7

0.18

7 ;"23 >,i;_:~:;

7

2

d

.>: Rohm & Haas Kamax T-170; · 50.8xt2.7x6.4 mm specimen Rohm & Haas Kamax T-24O; i 50.8xI2.7x6.4 mm specimen · Rohm & Haas Kamax T-260; .. 50.8xI2.7x6.4 mm specimen

):a-

n

-<

o'

Chemical Resistance - Acrylic Resins

...... o ......

»

Chemical Resistance - Acrylic Resins

o

-'-

o

'"

-<

o'

. . "J! ~~.~_?9~.,J;'

t,'

1"-"'"

,Reagent·

Reagent Note

{:~::::

Cone.

Temp.

Time

(%)

('C)

(day~}

25

Toluene

'POL Rating

Load

.,

25 25

6

o

25

7 7 7

25

7

25

7 7 7 7 7 7 7 7

o o

25

25 25

25 25

25 25 100

100

Anstech Aristech 1·300 (PMMA)

d.lssolved

., Rohm & Haas Plexiglas V044 · Rohm & Haas Plexiglas V045 ,. Rohm & Haas Plexiglas V045FH " Rohm & Haas Plexiglas V052 • Rohm & Haas Plexiglas V811 Rohm & Haas Plexiglas V825

\.

Rohm & Haas Plexiglas V920 .{

Rohm & Haas Plexiglas VM

o

Rohm & Haas Plexiglas VMHF

9

0.03

, 9

0.03

8

23

0.0035

0.5%

"i3'>

0.0035

23

0.0035

2.3

0.0035

0.5% 0.5% 0.5%

' ' 'x

25

25>"'"

2S " ,0'

'<25;;

?5L

8

~~

i Novacor NAS 10; 50.8x3.2 mm discs in .; glass jars

sat~;~'C10ryre~'iS~nce ;,'0 effect

; ICI Diakon; (PMMA) · Rohm & Haas Kamax T-15O · Rohm & Haas Kamax T·170 ; Rohm & Haas Kamax T-24O , Rohm & Haas Kamax T-260

.~.

7 7 7 7 7 7 7 7 7 7

Rohm & Haas Plexiglas V 0.1 0.1 0.1 0.1 0.1 0.1 0.1

>2~~'

7 ~~

Trichloroethane

Rohm & Haas Plexiglas VS · Aristech Aristech GPA (PMMA)

o

o

28

2S( . .

@

: Anstech Aristech 1-300 (PMMA)

o o o

~: .~~

25,

TransmissionFluid

o

· Rohm & Haas Plexiglas V

·0

7

23

; 1j:~':.

. ·diss~(\.ed

Material Note

2

23

25" 25'

cleaned by' mild abrasive

o

2~;

ASTM 0 1040

'Reslstance Note

'~O;;~COlJl~~ilded for ose

5 9

65

Transformer Oils

TenSUe $1rength

2 0.6

25

Length

'$ Rohm

& Haas Plexiglas V044

Rohm & Haas Plexiglas V045 Rohm & Haas Plexiglas V045FH ; Rohm & Haas Plexiglas V052

~ Rohm & Haas Plexiglas VB 11 & Haas Plexiglas V825 ':' Rohm & Haas Plexiglas V920

'ill Rohm

0.1

Rohm & Haas Plexiglas VM

0.1

Rohm & Haas Plexiglas VMHF

0.1

Rohm & Haas Plexiglas VS

:;

Rohm & Haas Plexiglas V; test temp. ,', is elevated ; Rohm & Haas Kamax T-15O

.

23'··,

0.0035

0.5%

,23;'

0.0035

0.5%

Rohm & Haas Kamax T·170

23

0.0035

0.5%

Rohm & Haas Kamax T-240

:,2:-f',;"

0.0035

0.5% --

ICI Diakon; (PMMA)

"'23'"

·8·'

:~

Rohm & Haas Kamax T·260

:E $:l

23

0.0035

0.5%

23

0.0035

0.5%

j~:t

0.0035

0.5%

Rohm & Haas Kamax T·24O

en

0.0035

0.5%

Rohm & Haas Kamax T-260

~ ;:;.

~ en

~.

;:l

t""

.,0: .,$:l

u:

~3':

.

7

i

I

.,."" Rohm & Haas Kamax T·150

',-

'\ Rohm & Haas Kamax T·170

2

23

7

5'",

23 'x.'

7

2

23-

7

2

0.37

'j

Rohm & Haas Kamax T·150; 50.8x12.7x6.4 mm specimen Rohm & Haas Kamax T'170; 50.8x12.7x6.4 mm specimen Rohm & Haas Kamax T-240; 50.8x12.7x6.4 mm specimen , Rohm & Haas Kamax T-260; 50.8x12.7x6.4 mm specimen

@

%. Ch~.n~~ ......

"tl

S"

IJl

.....

C:;.

IJl

~ tE· ;:s

t"-

Reagent

\'.:'~-

,'.

.,~;

.:~

Reagent Note

, Tim9

Cone.

. J~r$!. ··,',1· .co·,·.,·..·,·

!%I

POL

load ,.""·,,,

, ".., "'·1

Weight

.%.ll~~!!!'91

Leng'lh

Rating

.

Material Note

...

Trichloroethylene ICI Diakon; (PMMAI

Tricresyl Phosphate

low stress

Cyro Acrylite; tested @ 50% RH Cyro Cyrolite G20; 50% RH

o:.,

.

.,

Jm~~li~!'!P!~!uu!~ance

$:l

It::

Resi~tance Note

'iensne '. "1 S1renglh.

""",.. ,.;,,,,•.,.,. "'lesiS\a~i"'''':--~'--

Triethylamine

Gyro XT; 50% RH; low stress ICI Diakon; (PMMA) "Cyro Cyrolite G20; 50% RH Cyro XT; 50% RH; low stress

low stress

Cyro Aerylite; tested @ 50% RH

Trisodium Phosphate

Aristech Aristech 1·300 (PMMA) 0.6

Aristech Aristech 1·300 (PMMAI

65

Trixylenyl Phosphate Turpentine

ICI Diakon; (PMMA)

23. 100 100

23

".

-:~~.

7 28

23

low stress

20 20 23 23

distilled spirit; ASTM 0 13

;;;

,

0.0035

0.5%

0.0035

0.5%

23

0.0035

0.5%

23 25 2'5

0.0035

0.5%

25' 25 2.,5/. " ~ 25 25 25 25 25 25

2. B 8 8 8 8

';, <

7 7 7 7 7 7 7 7 7 7

, Gyro Acrylite; tested @ 50% RH Cyro Xl; bollies Rohm & Haas Kamax T·150 Rohm & Haas Kamax T-240

8

Rohm & Haas Kamax T-260 · Rohm & Haas Plexiglas V

6

0.1

· Rohm & Haas Plexiglas V044

6

0.1

· Rohm & Haas Plexiglas V045

6

0.1

Rohm & Haas Plexiglas V045FH

6 6.

0.1

Rohm & Haas Plexiglas V052

6

0.1

6

0.1

Rohm & Haas Plexiglas V825

6 6 6

0.1

Rohm & Haas Plexiglas V920

o'

~;.

0.1

Rohm & Haas Plexiglas VM Rohm & Haas Plexiglas VMHF not

8

6

8

6

8

Rohm & Haas Plexiglas V811

0.1

2

6

Rohm & Haas Plexiglas VS .j

0.1

reeomin~nde~

to; use

Rohm & Haas Plexiglas V; test temp. is elevated Aristech Aristech 1-300; covered sample (PMMA) Aristech Aristech 1-300; (PMMA) Aristech Aristech S-300; covered sample (PMMA) Aristeeh Aristeeh S·300; (PMMA)

6

Aristech Aristech 1-300 (PMMA) 20.

Cyro Cyrolite G20; 50% RH

20,.-

Vinegar

r,~:r~~~I' ".

Rohm & Haas Kamax T-170

6.6

Vegetable Oils

Novaeor NAS 10; 5O.8x3.2 mm discs in glass jars

.,-sujliibhi to'- packaging . Yrto~iteci

2

>25

Urea

I

~~

J~{F

'~:.

Cyro Xl; 50% RH; low stress

2.0

-

low stress

20

low stress

Gyro Aerylite; tested @ 50% RH

.

Aristech Aristech ',300 (PMMA) Cyro Aerylite; lested @ 50% RH Cyro Cyrolite G20; 50% RH

20 20

Cyro Xl; 50% RH; low stress

»

o

-<

o'

-"'

Chemical Resistance - Acrylic Resins

o

c.>

» n

Chemical Resistance - Acrylic Resins

~

o

~

-<

o'

mineral water

Cyro Cyrolite G20; 50% RH Gyro XT; 50% RH; low stress low stress

Cyro Acrylite; tested @ 50% RH

low stress ICI Diakon; (PMMA)

Water

Waxes

7

0.11

7

0.81

7

0.91

7

0.78

7

0.82

28

0.11

distilled

Novacor NAS 10; 50.8x3.2 mm discs in glass jars Rohm & Haas Kamax T·150; 50.8x12.7x6.4 mm specimen Rohm & Haas Kamax T-170; 50.8x12.7x6.4 mm specimen Rohm & Haas Kamax T-240; 50.8x12.7x6.4 mm specimen Rohm & Haas Kamax T-260; 50.8x12.7x6.4 mm specimen Novacor NAS 10; 50.8x3.2 mm discs in glass jars Rohm & Haas Plexiglas V

7

0.6

Rohm & Haas Plexiglas V044

7

0.6

Rohm & Haas Plexiglas V045

7

0.6

Room & Haas Plexiglas V045FH

7

0.6

Rohm & Haas Plexiglas V052

7

0.7

Rohm & Haas Plexiglas VS

7

0.4

Aristech Aristech GPA (PMMA)

7

0.5

Aristech Aristech 1·300 (PMMA)

7

0.6

Rohm & Haas Plexiglas V811

7

0.6

Rohm & Haas Plexiglas V825

7

0.6

Rohm & Haas Plexiglas V920

7

0.6

Rohm & Haas Plexiglas VM

7

0.6

Rohm & Haas Plexiglas VMHF

wax polish

low stress

%6}::~5

:mtnr

Rohm & Haas Plexiglas V; test temp. is elevated 50% RH

·)'.c'@lliiilteifieStSfanut?i:t;q : Gyro Acryl~e; tested @

Cyro Cyrolite G20; 50% RH "."",}; Gyro XT; 50% RH; low stress

WD40

spray lube

0.0035

0.5%

0.0035

0.5%

0.0035

0.5%

0.0035

0.5%

::[;m[in]{::~i:~:j~~i~:[~f::

~!;~:~;~i~:i~l l~l;ji

Whitewash

_§;~§i~ Cyro Cyrol~e G20; 50% RH

Gyro XT; 50% RH; low stress

@

~

l=l

..... 0(J) (J)

f? (J)

IS ;:s t"-

...l=lo:

...

tt::

IWines

low stress

,;;;;tJ~m;.;;.;

low stress

:j~:[i[~rjg~;'M~M~~t[

@11§;\;;!I@;;;;;::;H1l'#NlfN Gyro Acryl~e; tested @ 50% RH :fJt%1~N~[:~~f:~:f~~[[~ff:l;@tf&~~*~~~~@iff1WffjN•

Cyro Cyrolite G20; 50% RH

Gyro XT; 50% RH; low stress

@

:9 ~ Ul

.....

0'

Ul

~

xylol Acrylile; tested @ 50% RH

IS ;::l

Cyrol~e

t"'

~ ~

., It:

G20; 50% RH

Gyro Xl; 50% RH; low stress leI Diakon; (PMMA)

Zinc Chloride Zinc Sulfate

»

o

-<

c'r

......

Chemical Resistance - Acrylic Resins

o

01

-
()

o

-c

Q..

"R~~gent, ",'

.' Reagent Note'

i"

".'::-.

'. '"

" '" ; !~l., _J .". :~W '~Pb.:.",R't)~9!

CQnc..

,"·Temp. ?\l....

., \i:); ~a.(i:.i·'" 99.8 99.8

, •••• i,;!3\ "':"'.,,.,

Acetone

<112

<112 365 84 2

Acrylonitrile

.~

Ammonium Hydroxide

<112 "65 ·140 ,5 12 365 ,5

1

1 5

5 10 10

Aniline

I

Acrylate

Butyl Alcohol

5.25 5.25

n·butyl acrylate

~65

05 ,5 ,5

Butyl Cellosolve ButYiCellosolve Acetate

'1:l

S

saturated solution .-.-.~.~.

S'

ICarbon Teuilcmonuu

ri"

ICellosolve

; ~:

~~

r

1

i

"A

,5 365 365 _05 "65

I, i

l I

t:l ~

(I)

tEo ;:l

t""

0: .,

.,$:l

t.e::

5 . .;..; -·;r·c:·" '-"00:II

ICellosolv.. ,......a ...

::~;.-.,

~_5

365 "~5

IChloroform IChromic Acid

:::; )

40

ji"

23),;;'

<112 <112 2

8 7 7

"

>

6 8

a

8 5 4

6

5"

~ (I)

2 2, 0" 0 5 6 5 3 5 2 0 0 5 4 2

,

n-butanol

Butyl Carbitol Acetate

Butyl Ether ,Calcium Hydroxide

!i,':' ",

i

Butyl Acetate DUlY'

2: • •

,(kj,;",. <\:

r

Benzene sodium hypochlorite

"

,5 365 <112 <112 2 ~ ,5 7 365 4 365 5 12-140 3 - - -" - - 8 365 .. 5 7 "')5 8 8' 365 365 8 t 365 6 ~

saturated

Benzaldehyde

Bleach

.,

I

I

Barium Hydroxide

~,~

poL-

Tln;e, '.

::~::~<:~

;.,..}!

IAcetic Acid

C1>

...

-

~--~

.

..

Acetaldehyde

@

..... C>

Chemical Resistance - Acrylonitrile Copolymer

:l> (")

-::';-'

,I

6 5

-<

;!',\~ c·'"

.'

,

~'

>'~T.2

~'

~\~:\@~lled:;l

. t·

/!(

Material Note

@ '\l

po ~ ;:;. (f)

tl

~

R!,a~~~t' <:::>"

~:,:_;'

Reagent Note

l.:

0" -, P -,

\C

COliC•• 10

Citric Acid

10

ICresol

,T~mp ..

Time

rCI

(~~~sl

23

365

38

365 56 56 365 <112 365 365 365 365 <112 <112 365 16-20 365 365 365 <112 <112 <112 365 112-140 365 365 <112 <112 365 365 <112 <112 112·140 <112

('Jl,)

-~':'"

(f)

;:l

,':',:,

I

I

Cll

tEo

...... ~::: ",..,-=

~':~

mixture

ICyclohexanone

~'

,

~ .'

,~:;

38 23 38

~

IDichlorobenzene (1,2-)

.:,.

38

,23,

Dichlorobenzene (1,4-)

38 23' 38 23 38

Dichloroethane (1,2-) Dichloropropane (1,2-)

~

Diethanolamine

38

Diethyl Ketone

3-pentanone

Diethylacetamide Diethylamine Diethylene Glycol

2.2 dihydroxyl diethyl ether

~3

38 23 38 '23 38 2.3 38

23

Diethylformamide

38 23 38 " 23"

Diisobutyl Ketone Dlmethylacetamide

" 38 23 38

Dioxane (po)

I:"'y' Acrylate Ethyl Alcohol hydroxylethylemine hydroxylethylamine

Ethyl Benzene Ether emfl Methacrylate

I=thul

-<0"

Ethylene GlycolButyl Ether

23', i,

112-140 365 ;5 65 55 55 365 65 365 84 365 '5 365 "15

POl_ Rating:

%.we.Ight Cha!lge

5

·3.45

4

,

·8.79

t~

l "

.••, ' R!~.')~!a:~ceNote ..'

<:

7

0.15

2 9

-0.24

7

-0.79

'3 7

·0.18

<

••..•.•.••:;.-••

":>:

,. .:, ,'.

faaed.: 16·wks,; frosl. soli. , flilled"16~ks,'.Irosl,fubbery

"siiiisiacC.fYC

·1.86

saiisl. for 1.6:20 wks.; trost. crack salistact;'· 0 1 y·r.

3.04 9.34

5

~~::.,~:: ~~'> ',,~:;.

0.19

9 .3 2 3 9 4 6 0 ·0 8 8 0 0

•••••

sa(l$lact·"O "yr!'

-1.08

4

7

8P Chem. 8arex 210; 6 oz. capped boUles

'=$atlsf;Jot1S;'20\¥kS:; s[ itost f~f~";i6 ;,vks.; lrost:.s~it_

4

I

0 1 yr,

. J~alisC.~) xr,i~t,~~~1 '.~. 'l~t8d;~~Je,rack}n~ •••. : ••,

2 2 6

\

sa,ist~61.

Material Note

"

2 2

.'

i

i

0.14 -2.65 1.11 2.2

.1111l119~!i~~~iiWli!;[;tllCQ

,

'j~ii$c1m'<'16Wkli:;soit

<;:....ta!l~~:h<;;!.~:~~~;;~.~9~;.

1Fs~lfSf.C:I..~iyr:c~

"

's~llsr. f~n8;20'W~S,; r8undbouom satislac~

0 1-yr.

,>"

~~"

;

·0.29

.; ~

failad<. 16wks.~ dissolved . , :.{{,-

'.

·;safi$l~cCOlyr.·j

-0.36

.., .\<::' .. ,~:-,

~"

:'fa}18~·t,~wkS.; dissolved ::';':::.:'

":~;'-"

"

4 '2

""5

emy. Acetate

» 0

I

'7

4 7 7

I :~

;:;

:~.

8 6 4 5 7

6"" 8" 8 7."

~

r., .. " .. ..

.:,~ ,

,

?

()

0 "0

Q.

Chemical Resistance - Acrylonitrile Copolymer

a

--J

» 0

Chemical Resistance - Acrylonitrile Copolymer

-<0" ?

() 0

"0

0

.w...·

·········.·.·.w,. .................

Ethylene Glycol El Ethylene Glycol Methyl Ether

Melhyl Cellosolve

Ethylhexyl Acrylate Formaldehyde

37 37

Formic Acid

5 5

90

Furfuryl Alcohol Glycerin

Glycerol glycerin Glycerol glycerin

Glycols

l,2-ethanediol

Heptane Hexane Hydrochloric Acid

10 10 30 6.3 6.3

Hydrogen Peroxide Hydroxylethylamine

ethanolamine

Indene Iodine Isopropyl Alcohol Lactic Acid @

I Methacrylonltrlle

~

Methyl Acrylate

l:l

~

o' C/)

t:l

Methyl Alcohol Methyl Cellosolve

~

CIl

\6'

Methyl Cellosolve Acetate

t-'

Methyl Ethyl Ketone

;:l

0: .,

.,

l:l (C

~

o

(X)

crystals isopropanol

~7

'r

@ ',,~:

'iJ

P

Reagent Note

~

-

rio C/)

1?

..

'Temp.

Conc. I~)

,~~.

I'C) ',.

Methyl Isobutyl Ketone

23

;:l

365

s:..,c:r ..,

. . . +",·;2;L , 38 .

Methyl Methacrylate Methyl Salicylate

methyl 2-hydroxybenzoate

,,..,.23.

365 365 ..

'38l

~

u:

Methylene Chloride Nitric Acid

<

10 10 30 30

5

38

,:~.

23'

.

~3

Potassium Hydroxide

Potassium Iodine Propylene Glycol

">k2~; "''''.38

10 10 30 30

I.. ' f

" I

'38" 23 38

'23

C'~8 ~:

~

10 10

Sodium Bisulfite

10 10

Sodium Carbonate

10 10 20 20

\ 23 . ;'~8';;

10 10

23 38

10 10

.38

-<5'

Sodium Hydroxide

I I

7 5 8 3 6 ': S., 6 4

23

?" 38: ~3

3~ 23

38'

-23

,'"

365 365 365 112-140

-1.2

r

-0.03 -0.1

:..:);, ,«~;~i;~; : ;:'.

·faaed·<'16.wkS;;· Sol\•• frosl sali~, j~i~6';20:~k~.; ~~-, :::::)":.,,::;;:"': -./~; ".x··- .',",'.

365 365 365 365 365 365

-0.15

.. ~

1.1 LOB 0.11 -0.36 -1.47 -3.99

";~ ., ~"

~/~

I

6·, 2

~.

l .••

-2.92 -5.83 -2.92 -8.13 -3.B6 -1.B9

iw

<'

365 <112

5 ~ .~

4 ::, '~

"!: ',:::

5

-3.92 -7.63 -3.34 -8.5

miSt",. .rrr.:~. frost

~•. ,,;]i1(:i-l~I;r,~~~:!:

1¥!!ai!~~A~\i)1(vi~e)i. 'sal~iac~.,"-yt;;· .; ··.F}: ::';'. ~:;~:

£.. ._.

0.47 0.91

7

4 6·2

\""t~P>~~Q~~~~;S~t~~~ed

1. 11 2.02

8 8

~.

,

'""

7

4 6 4

.;~~

:'~ ~~>:~:,< "\:~:~~E:

..

~

-j

"'5·,.,'

.~::.

,',',"

{sa~lic~~'lyr;

2

5

y!lIowed

f~Ued /18wJui:;yellOw8d

5

l.'J

f

"salis/act 0'1 yr"

-3.2B

!

"

BP Chern. 8arex 210; 6 oz. capped bottles

'If:

,; \;

':~':

:L-:::...

Sodium Bicarbonate

Sodium Chloride

365 365 84 21

9 8"'

Material Note

}:

5 3 3 8 9 7 7

365 365 365 365

'38'

.

365 365 365 365

365 <112 365 <112 <112

' .• ;13 3& ,23

.•. ,,;'. ",23

Propylhexedrlne

365 365

365 365 365 365

23/

.·WX:3~

solution

,

Resistance Note .;::.,

C~!!'ge

-1.08 -0.8B

9 9

365 112-140 <112 <112

Pentyl Acetone

10 10 30 30

~

% Weight -O.Bl

·.7

23

T3S i 23'

I

, .... ,·.;7". 7., I

2

Oxalic Acid

Petroleum Ether Phenol Phosphoric Acid

140 140

.:.,;.:~;::

'.

·7

I'"

<112

::1

Tetrachloroethylene

~atlng

,23

Oleic Acid

Perchloroethylene

'1

365

C/)

~.

POL

T1mei'· (dlys)

_;': ;: ~'.. ";'....-t\ .: .:::.-::<:L

';;:;;:::::::"

(

BP Chern. Barex 210; 12 gram container BP Chern. Barex 210; 6 oz. capped bottles

j.,,;~!;:,,~":f~~}~ti~id' I sa,~:;i!:~k~~!;f~~~\!;; . . '

-3.45 -6.89 -2.81 -6.13 -3.2 -6.93 -3

.%

;-::1'iGr{:" }

~t

..

..

f;~e~AS;~k~:~i~osl.

5911,

::J

()

o -c

Q.

Chemical Resistance - Acrylonitrile Copolymer

o

CO

»

.-.. .-..

Chemical Resistance - Acrylonitrile Copolymer

(")

C>

-<0" ::J

()

o

""0

o

365

Sodium Hypochlorite

bleaches

30

112-140

5.25 5.25

112-140

Styrene

365 56 56 <112 <112

Sulfuric Acid

10 10

30 30

Tetrachloroethylene

Perchloroethylene

Tetrahydrofuran Tetrahydrofurfuryl Alcohol

365 365 365 365 365 365 168

365 112-140

Trichloroethane methyl chloroform methyl chloroform

Trichloroethane (1,1,2-)

365 365 365 365 365 <112

Trichloroethylene Triethylamine Urea Water

distilled

Xylene Zinc Chloride

@ ~

p ~

ri' CJl

fi' CJl

<E'

;:s t"'

0: .,

.,

p
solid

365 365 365 365 365 365 365 365 365 365 365

BP Chern. Barex 210; 6 oz. capped bottles

@

'1:l

P ~

n' CIl tl

Re~geni:/

Reagent Note

Acetic Acid

CIl

15' ;:l

t-'

\t:

Time

I")

(days)

5 5 5 10 10 30 30

~

0: .... p ....

Cone·,

POL

RaUng

. . . .; % ChanQ.e... '1"

.

WeIght

Th'ck~"1

Material Note

5.53 3.59

3.19 2.07

5.44 5.22 17.03 12.6

3.03 2.38 22.57 8.58

Eastman Tenite Acetate; dry (CA) Eastman Ten~e Butyrate; dry (CAB) Eastman Ten~e Propionate; dry (CP) Eastman Tenite Acetale; dry (CA) Eastman Tenite Butyrate; dry (CAB) Eastman Tenite Acetale; dry (CA) Eastman Tenite Butyrate; dry (CAB)

;ii8C:ii

~~:~~:;~~:.~ .

·unsatisl.;.SO'I, sW&lI.

Acetone Eastman Tenite Acetete; dry (CA) Eastman Tenite Propionate; dry (CP)

Aircraft Fuels Aircraft Turbine Oils Aluminum Acetate

100 octane

-4.41 3.03

-1.12 3.2

Eastman Tenite Acetate; dry (CA) Eastman Tenite Butyrate; dry (CAB)

33 33

1.83 3.97

0.56 2.07

Eastman Tenite Acetate; dry (CA)

10 10

3.25 1.48 0.1 0.34

1.B5 0.71

Eastman Tenite Butyrate; dry (CAB)

30

2.95 1.68

2 1.07

Eastman Tenite Butyrate; dry (CAB)

Eastman Tenite Butyrate; dry (CAB) Eastman Tenite Acetate; dry (CA)

Aeroshell No. 300 basic

Aluminum Chloride salurated solution

Aluminum Sulfate solid

Ammonium Bifluoride Ammonium Chloride

saturated

2.34 3.56

saturated solution

2.11 1.43

0.78 0.3B

10 10 10

2.99 21.87

12.41 12.93

10 10

1.65 2.91 0.14 0.16

0.75 1.56 0.08 0.23

10 10

1.3 3.68

0.52 1.64 0.55 0.58 -3-

Ammonium Hydroxide Ammonium Nitrate solid

Ammonium Sulfate solid

0.11

Amyl Alcohol

Eastman Tenite Acetate; dry (CA)

n·amyl alcohol

Amyl Alcohol (tert-)

3.06 -0.36 14 -0.17

Eestman Tenite Acetate; dry (CA)

Eastman Tenite Butyrate; dry (CAB) Eastman Tenite Propionate; dry (CP) Eastman Tenite Butyrate; dry (CAB) Easlman Tenite Acetate; dry (CA) Eastman Tenite Butyrate; dry (CAB) Eastman Tenite Acetate; dry (CA) Eastman Tenite Butyrate; dry (CAB)

0.26

Eastman Tenlte Acetate; dry (CA)

11.3 0.19

Eastman Tenite Acetate; dry (CA)

Aniline Eastman Tenite Butyrate; dry (CAB)

Animal Fats

lard Eastman Tenite Acetate; dry (CA)

Bacon Fats Bath Oils Beer

pine

1.38 3.87

1.17 3.1

Eastman Tenite Butyrate; dry (CAB)

2.71 5.28

0.77 3.93

Eastman Tenite Acetate; dry (CA)

()

~ I::

0-

en

o'

~

Chemical Resistance - Cellulosic Plastics

~ ~

oCD

...... ......

Chemical Resistance - Cellulosic Plastics

I\:>

c: 0" en

o'

Bitter Almonds

Eastman Tenite Acetate; dry (CA) Eastman Tenite Butyrate; dry (CAB)

Blood

7

7

Borax Boric Acid Borneol Brake Fluids Butadiene (1,3-)

2.5 in n-butanol

Eastman Tenite Acetate; dry (CA) 1.53

5

2 2

50

2

0.1

Wagner 21B

7

gas

30 30 180

liquid

1.25

Butyl Acetate

3 3

Butyl Alcohol

"23" '."

Ektasolve EB

'S"'

;:l

0-: .,

.,p

(t::

7.2 10.7

23

2

l

-2

0.26

:i~.,

2

I·

2 2

23

365

2.5

365 365

40

• 23

40

23

5

14

":.5 7. 9' 60' :.9. 60,:9 2

. 23

I

'/7i ,-:::t n,.

3.62

3.3

1.02 1.95

1.63 2.84

2.93

2.1

1.49

0.88

:unsalis{; suj1?iittack" ,

Eastman Tenite Acetate; dry (CA) Eastman Tenite Propionate; dry (CP) Eastman Tenite Butyrate; dry (CAB) Eastman Tenite Acetate; dry (CA)

·appearance unchangS!!

Eastman Tenite Acetate; dry (CA)

u~sali$f.; s.,'ell.... '·

Eastman Tenite Butyrate; dry (CAB)

suflace blea~~8d

,:.,.)')"'"i' unsatisf.;:s~·~I!•.,)./·:

". "

Eastman Tenite Butyrate; dry (CAB) Eastman Tenite Butyrate; dry (CAB)

51. su[ll'attack' .: • .

Eastman Tenite Acetate; dry (CA)

:1.' .

appearance unchang8\!i' Eastman Tenite Butyrate; dry (CAB) Eastman Tenite Propionate; dry (CP)

0.44

Eastman Tenite Butyrate; dry (CAB)

0.61

0.18

2.91

0.61

Eastman Tenite Acetate: dry (CA)

23

7

1.72

0.65

23

90

2.94

1.96

23 .,:\..

365 13

6

-3.75

0.77

dibasic; solid

;?~

365

-0.58

0.58

monobasic; solid

;r~~'

~::

1.73

0.54

-0.63

0.6

365

-3.27

-0.61

365

-1.09

1.38

365

-3.74

-0.B7

365

-0.2

0.42

365

-0.1

0.55

Eastman Tenite Butyrate; dry (CAB)

2

11.2

12.3

Eastman Tenite Acetate; dry (CA)

dibasic; solid monobasic; solid tribasic; solid

Carbltol

6.45

0.78

:;:-

'':' "23 23'.

/h:"

solid ':':"

t'"

1.4

7.2

23 23

6 6

tribasic; solid

Calcium Sulfate

1.41 0.36

2.5

30

~

.J

Eastman Tenite Acetate; dry (CA)

unsallsf;djssciMM:;

3.62"

l.

2.5

saturated solution

@

'" r;' '" Ii? '" 15'

3.74 •.::

,.:.o~~atl~f,;;;o~·

9.75,:~:':<~~J~~:~~;~~S~!~;'\j,',

2

': 23 :,,23

solid

Calcium Phosphate

2

2

Ektasolve DB

·•··.•..

Eastman Tenite Butyrate; dry (CAB)

Eastman Tenite Butyrate; dry (CAB)

7.24

2

Butyl Alcohol(sec-)

Calcium Hydroxide Calcium Hypochlorite

8 . 8 5 , .:.

9' . ,. jl:y"

3:5

2

.;;.:,2.3.,:

Butyl Carbitol Butyl Cellosolve Calcium Chloride

-9.42

Eastman Tenite Acetate; dry (CA)

·.:.u~satisf.; swell;;O!t,.

.... •

2~

Butyl Alcohol (tert-)

2.34~ppe~ranc~u~c~,"~.~/ ·ge~er.• uiisatlskt

2.77 26.4

,23 . n-butanol

Eastman Tenite Acetate; dry (CA)

2. 72 4.21 19.25

n·butyl acetate

Butyl Acetate (sec-)

0.33

Eastman Tenite Butyrate; dry (CAB)

365

Butter

0.52

Ektasolve DE

"",.,:..,,2)l."·

«

.~::

• sll~IiIlYsofierieci'

. Fe. : } •....,/

:.~

."."

Easlman Tenite Butyrate; dry (CAB) Eastman Tenite Acetate; dry (CA)

'app~~;:~ei~~~~t;98ii;;;j~;i

Eastman Tenite Butyrate: dry (CAB)

....

N ji~

..

.un!:~~;f:~~~~[~~~1~:· • ,..;

Eastman Tenite Acetate; dry (CA)

@

1l

po ~

R~agent

Reagent Note

r;'

en tl C1> en

~.

Carbolic Acid Carbon Disulfide

cr:,,·"l~~~r 5 5

23

"~3

.

.;~:,

t""'

c;: ., $7:l .,

'.,~::

.23.

Carbon Tetrachloride

~"

·,23 23'

Carboseal

gas antileak compound

38 ,38 23 •. 23 .·.··'2.3·

Catsup Caulking Compound

.+' :di.O .

average of five brands

Cellosolve

POL

Time

.~3 ""':'.'23

saturated

;:l

<J::

~.

% Change (~ay.)

Rating

7 7

o o

2 2 7 30 365

2' 5 2 7

2 60 365

2

3

1"

7 7

"7

1

Ektasolve EE Acetate

1

dry moist saturated dry moist saturated

2~

2

3

3 3

5 5

···.23 23;

7

2

. ;.23

23'

.2'3' .; 23

7 7 7 7 7

·':23·..

Hershey

.23'

6 6

Citric Acid

10 10 10 10 10 30 60 tablets

ri: ~

365 7 7

14.8 14.92

6.8 4.12

ilnsaUsf:; solI. · unsatisf.; ~isual chg,

26.6 26.9

22.5 23.2

~nsatist·iswell.;so~·

appearance ul\~hanged • uns~ti;;:; so;;:;~ell.

slight discoloring!. SlfghUy'sta1ne.cl

0.97 -2.68

0.8 -0.05

23.1

25.3

B

2

8 365 365 365 60 120 7 120 30

7 7

6

Eastman Tenite Acetate; dry (CA) Eastman Tenite Butyrate; dry (CAB) Eastman Tenite Acetate; dry (CA)

. :i . . . \t~ta~1~i~:1~~~~~~:~:j,r;;

Eastman Tenite Butyrate; dry (CAB) Eastman Tenite Acetale; dry (CA)

.

Eastman Tenite Butyrate; dry (CAB) Eastman Tenite Propionate; dry (CP) Eastman Tenite Acetate; dry (CA)

..~-. ~

.

unsalisL; lIull. aUack

.

3.2 2.42

appearanee unchan.ged "

2.22 0.14

.'uniiiiilsC ~iiiiie; 'crazed'"

Eastman Tenite Butyrate; dry (CAB)

'~~':

uns~\Is1.; soft, swell. '.

3.58 2.96

ilnsalist}brittl~:cn.zed

0.77 0.12

:~:_;.-;.

Eastman Tenite Acetate; dry (CA)

. .~:::~.~ '> :::.;',:

· ~~~aii~fgs~,l, ~;il. unsaUsl.; dIssolved

.

u';:

;.;-.

.

Eastman Tenite Butyrate; dry (CAB)

.~~

Eastman Tenite Acetate; dry (CA)

,

Eastman Tenite Butyrate; dry (CAB) Eastman Tenite Propionate; dry (CP)

,,;;.. ..\\~~~1I!f,H~ti,~~~~!k.. 1.3 1.67

0.48 0.74

2 1.38 2.83

0.13 0.62 1.67

. x:~:~~fr:~·~c~~r:~·"

Eastman Tenite Butyrate; dry (CAB) Eastman Tenite Acetate; dry (CA)

";"'iiii~iitisiSsoIC~i!IC' ~':';"

9

SI'9bliy~ s1~in;d

:-',,-

~>

::( M

-,.

':::;

:::~

-

un~etlst..daco",posed •

1.64

0.78

o

~

9

Eastman Tenite Butyrate; dry (CAB)

appaat.~e·unthling.d ~tif

'0

5

Eastman Tenite Butyrate; dry (CAB) Eastman Tenite Acetate; dry (CA) Eastman Tenite Butyrate; dry (CAB) Eastman Tenite Acetate; dry (CA) Eastman Tenite Propionate; dry (CP)

Eastman Tenite Butyrate; dry (CAB) Eastman Tenite Acetate; dry (CA)

Tiirisa\isnili$SoiY'ii·~r

1.83 3.33 8.8 7.77

Eastman Tenite Acetate; dry (CA) Eastman Tenite 8utyrate; dry (CAB)

Eastman Tenite Butyrate; dry (CAB) Eastman Tenite Acetate; dry (CA) Eastman Tenite Propionate; dry (CP)

unsalis[;soil:;,swell:.' sla;;" .

°2 ,8

\~::.;.

.••."Y~S!!tj~':;s~I!.. s,!eIL.

2 0

.,7

:;"

·il"satisl.; etched .•••: . appear~e;;ri~~a~g~

o o o

2~

,23,:; 23 <' :"",••,23" 231

" 4

~"

)

11.75 2.39 1.56 1.86

_,_ _ 0

23

Chloroform

4

2 3

.

·,·"'<23"

Chlorobromoethane

U

o

2~

;~.

dacomposed

17.4 5.85 25.82 0.59

o

'\23 20 20

Chromic Acid

•..;.

o

Chlorobenzene

Chocolate Syrup

unsa~ist;

7 7

Material N~te

Not~

~:~)

"7

.,,23·.··

Chlorine

Resistance

2

60 60 7 7

Ektasolve EE

Chlordane

I~h,l~kness

2

2

Cellosolve Acetate

Weight

·:~Jitl~!,.

Eastman Tenite Acetale; dry (CA) Eastman Tenite Propionate; dry (CP) Eastman Tenite Acelate; dry (CA) Eastman Tenite Butyrate; dry (CAB) Eastman Tenite Acetate; dry (CA) Eastman Tenite Butyrate; dry (CAB) Eastmen Tenite Propionate; dry (CP)

() CD

C

(5'

(J)

o'

Chemical Resistance - Cellulosic Plastics

...... ......

U>

-->. -->.

Chemical Resistance - Cellulosic Plastics

()

+>-

C

o

o'

Ir:~,~~i~t

Reagent Note

CQric; •.~...:

(:':~3::

, "z3iY Cleaners Clorox Cloves Coca Cola Syrup

' .. !) :2~' ,,23. 23

Bon Ami; saturated Chloro. solulion

~3

23

Coffee

grounds

23 23 23 23

iced

Cologne Cooking Oils Copper Sulfate

sticks Wesson, all vegetable

23 23 . ,23

10

':'23

salurated

Creosote Crude Oils

23 :"23 sour crude

·.. 23.

23 23

Cupric Sulfate

10

23 23 23.

saturated

Cuprous Chloride

2,3L

Cyclohexanone solid

DDT Decongestant

Vicks

Detergents

Oreft

..

Glim

..

5 5 10

Di-2-Ethylhexyl Adlpate Diacetone Dichlorobenzene (0-)

'"

Dichlorobenzene (po)

tJ

C1l

(J)

~.

;:l

t""

.,p0: .,

It::

Dichlorodlethyl Ether Diethyl Ether

il

3

5 9 9

7 7

6 6

3

1.e7 1.46

7

7

0.19

60 60

7 '7

240 365 180 365 365

6

1.67 1.68 -2.69 11.65 6.4 ·3.2

2 4

,

60 60 7 7

5 9 5

5

{

5 7

23

365

;

8

Easlman Tenite Butyrate; dry (CAB)

3.5 3.07 2.28 1.5

1.32 1.15

sllgllUYmmed

7

6

3 3 }. -3---;-' I 3 ~::: 3

'2 2

'2

,1

2

3'

-

60 120

1

7

2

s1ain;dhii~~

Eastman Tenile Butyrate; dry (CAB)

.

ap~aranca

o'

0.86 0.8

Unchanged Eastman Tenite Acetate; dry (CA)

$lained :. Eastman Tenile Butyrate; dry (CAB)

-::'.:.!*

unsalis!.; dlssol.ved

apP&~~rice ~;;c~~nged

3.56 0.64 0.93

;:. .;,

Eastman Tenite Acetate; dry (CA) Eastman Tenite Butyrate; dry (CAB)

Jt<~\

unsiltis!.; soIL

5.45 2.24 -1.25

apjl&aran~;iiliclianged

"'~P~~~i(~~ti~ri~~h,

1.76 1.68

'~

Eastman Tenile Acetale; dry (CA) Eastman Tenile Propionate; dry (CP)

..

Eastman Tenite Acetate; dry (CA) ,.

2.75

.,

Eastman Tenite Butyrate; dry (CAB)

:

1.31 0.93 1.99 2.54 3.42 0.91

0.5 1.31 1.49 1.31 2.74

\~:~~~~~\:;ii~t~I:~~t~,·

;.'

',.

apP8ai;~~r:~1~~~~I.··.·.Ii· stighl~"'8.lPed

Eastman Tenite Butyrate; dry (CAB) Eastman Tenite Propionate; dry (CP) Eastman Tenite Butyrate; dry (CAB) Eastman Tenite Acetate; dry (CA) Eastman Tenite Butyrate; dry (CAB)

slightly ~,eii":,,ed 'i

appaa.r~~'uncha4g&d

0.32

~n~!ti~!'~,~';$~iv~

J

:>: ::~ :-~

Eastman Tenite Acetate; dry (CA)

app'&a~ilnC&,'iJncha~ge,Q

0.17

.:;-

Eastman Tenile Acetate; dry (CA)

.o;:J~~~~~;t~tij~:Z~,i;(; · "

Eastman Tenite Butyrate; dry (CAB)

:;:"

~,->.~\~

9.8

4.44

11.14 2.24 6.57

11.7 0.73 4.03

46 1.38 8.24 20.78

50 11.2 6.1 15.94

.:,'

o

(~

Eastman Tenite Acetate; dry (CA) ..' ....

.:,.::)}:;:::~~:::;.

7e'

o

Eastman Tenite Acetate; dry (CA) Eastman Tenite Butyrate; dry (CAB)

unsallsf.; dlsS9lved

~((:i:::!!::!!'

o

Eastman Tenile Butyrate; dry (CAB) Eastman Teni!e Acetale; dry (CA)

...

0.49

o o

I

23

--

-'---

23

-23

;~PP~~rJ~e,llii~~\i~J~?'

u~saiis!;~,dlssotved

0.32 1.69

o

5 4

~3

f.

Material Note

., ap;~~i~~;!J~:~l~;~

7

.23 23·

'"

4.2 0.33

o 365 365

60 60 60 60 365

>il'

6.1 0.56 1.42

3 9

2 42

23 23 '23

.....,...:.~~'

:

..-e--·-·

2

2 2

.. 23

Diethylene Glycol

2:

50 50

"'.iY3il·

(J)

2 2

.:~::~

7

~

o'

aatlng·

23. 23 '23, .

2,3

Mr. Clean

@

.(cl'r~) .

23 concentrated

".Rti~~, .

POL

Time

,('h)..

~'.I..

Citronella

15" (J)

~

:>

en

,··~~~~~_j;~~~~~:1,;··7~· @#il¥I:;#I¥¥~~~/F ,~?~iU'~n;S",el!;, iw

un~aij~l;; swelt, blush

·uns,atis!.. Solt.i~"·· ~ unsalisfa'Ct.j warp, sw&lI,

Eastman Tenite Acetate; dry (CA) Eastman Tenile Butyrate; dry (CAB) Eastman Tenite Acetale; dry (CA) Eastman Tenite Butyrale; dry (CAB) Eastman Tenite Acelate; dry (CA)

@

~ p ~

Matefl!'1 Note

;:;. (J)

tl

ro (J)

cEo

Diisopropyl Ether

Eastman Tenile Acetate; dry (CA) Eastman Tenite Butyrate; dry (CAB)

Diisopropyl Ketone

;:l

t: Cl'

Dioxane (1,4-)

P

Dishwashing Detergents

... ...
-0.04

0.31

1.67 -0.32 ·3.27 3.48

0.82 1.82 10.05 4.07

Eastman Tenite Acetale; dry (CA) Eastman Tenite Butyrate; dry (CAB) Eastman Tenile Acetate; dry (CA)

. ··~·:,.:X~::·:~.·.,

Joy liquid

10 10 ~~

DOP Ektasolve Ektasolve Ektasolve Ektasolve Ektasolve

DB DE DM EB EE

-

Di(2·Ethylhexyl) Phthalate butyl carbitol carbitol methyl carbitol butyl cellosolve cellosolve 2

Ektasolve EE Acetate

.....

'!

tinsans!:; ...arii, sWell•. ,

1.63 12.3

unsalfst; .sl. surf. attack \lIlsalisl.; swell.;·~urf. attack ...• unsa,lis1-: dissolved

-

1.95

2.84

. Wlsa,i$I.';

23.1

25.3

,

51:';"11. ~ilaCk;

·un.~all$l::· dls~olved"

Eastman Tenite Butyrate; dry (CA8) Eastman Tenile Acetate; dry (CA)

.·'un~~li~f,~soli,~'fi,

unsallsJ:~ diSSolved'.

.. '

~:::';-'~::

~

Eastman Tenite Butyrate; dry (CAB) Eestman Tanite Propionate; dry (CP) Eastman Tenite Acetate; dry (CA)

';",-. ,::~>

.

<,uns~llsf:; s~a,!!C'\.

2

Eastman Tenite Acetale; dry (CA)

'onsallsf:;cllssoliiecf

Eastman Tenite Butyrate; dry (CAB)

",/"23

23\

Ethyl Alcohol

50 50 50 95

·23

2~\

<~::<,. /2~ ,'23

Ethyl Lactate

'23"" 23

2 365 7 7 365 365 2 2

Eastman Tenite Acetate; dry (CA) Eastman Tenite Propionate; dry (CP)

2·' 2

14.48 13.4

"onsai,sJ:;solt,'swell>" uns,aliSl.; solt. s"ell.

2 1

23 12.7

24.7 27.9

unsatisf~, soU.

Eastman Tenite 8utyrate; dry (CAB) Eastman Tenite Acetate; dry (CA)

unsallsl.; diuolved

Eastman Tenite Butyrate; dry (CA8) Eastman Tenite Acetate; dry (CA)

."

Eastman Tenite 8utyrate; dry (CAB)

unsilt1s1~'$olt. s,,;ell.

0 2 ~.,"

t

Ethylene Glycol

1.29 4.24

1.39 2.1

.. app.e~r!~~!100~~~~!~;

;uMalls!:;di$Soliied ," <: ..;'

".

,','

:,,'~;';'X;; /

'~.

. •

"<-

•• >;•.

;: : ~:.

Eastman Tenite Acetate; dry (CA)

.• siigtjliy s9ltal)ed, . appeiiiiXee;"r,chahged

. gas

Eastman Tenite Acetate; dry (CA) Eastman Tenite 8utyrate; dry (CA8) Eastman Tenite Propionate; dry (CP)

, '., Ull~~tl$f .,so!t.

11.6

Ethyl Propionate Ethyl-1,3-Hexanedlol (2-) Ethylene Chloride

Ethylhexyl Alcohol (2-)

Eastman Tenite 8utyrate; dry (CA8)

.,23

23

Ethylene Oxide

Eastman Tenite Butyrate; dry (CAB) Eastman Tenite Acetate; dry (CA)

un~.~lisl:i.~I,!ap· ..

1.02 11.2

23 23

Epoxy Hardener Ethyl Acetate

:-:.

",-,

.'siiiiiWwelghfga,n

~3;

methyl cellosolve

..

,.;:

. ;;;~:!;

cello solve acetale

.23 Ektasolve EM

··;a~pial~!i¥'oilc.haii9&d···

'-
{: .i'~

Eastman Tenite Butyrata; dry (CA8) Eastman Tenite Propionate; dry (CP)

20.85 18.54

25.6 39.7

Eastman Tenite Butyrate; dry (CAB) Eastman Tenile Acetate; dry (CA) Eastman Tenite Butyrate; dry (CAB)

0.45 0.28

1.01 0.14

Eastman Tenile Butyrate; dry (CAB) Easlman Tenite Acetate; dry (CA)

2-ethylhexanol Eastman Tenite Acetate; dry (CA)

Eucalyptus Oil () CD

c: 0en

0'

Eugenol

::~~)6

Chemical Resistance - Cellulosic Plastics

..... ..... 01

~

Chemical Resistance - Cellulosic Plastics

oCD £. o CIl

O· Reagent Nofe Ferric Ammonium Sulfate Ferric Chloride Ferric Chloride

Fertilizers Floor Cleaners

solid

I

Gone.

tTemP• .. 1

,<,~~, -. :o;{l~~!::",

"'":". :

i~i'

20% disokdium p h o s p h a t e ) J " ' ; " 3 I f i .

.;.i~.;i

S t a n l e Y ;•

Formaldehyde

4

Freon 22

Furfural Gasoline

.Ra~ng :~':\:~

r

7

7,

:,,~

3

1

;

; :;

Weight

>7>

0.035

~~; •••.•~~.

:0

35

365

'·23·

I;Thi~kri~~1

);iili;~,~~~!i;;W~~:~;~~~'i . ' ;:~;i:';l";;":;~~~~);i~~~:~!"i; ;~!

0 . 2 5 " ".

~~53

':::

::

6 1;8

~:~~

9

0.24

:':

~

:;:::

~:~:

i

2

I

20 20

9 9

>i/.2.3

1I.

0.38

::~:~:l:li'~i~~ih:':

~:~:

~t

I;

" ,ii,i,23.;>' , ",23

fuel oil . 1 ) / \ 2 3 ) .. ..

30

7

IJ)

f? ;:l

AArr;:::OP::;~~~

::~

::~:

152~186

4.81 3.58

7.03 5.48

c;: .,

.,p

ll::

•..

..

:·'\~~i;;i~~.~~tf;~t

Shell regular

365

Shell premium Shell regular

365 365';

i

J

~cetate;

(CAB)

dry (CA)

::::::::::::.::::::'

Eastman Tenite Butyrate; exposed 5 min./day lor 5 days (CAB)

E~::~:~nT:~.~~e:'~;rt:tt:;;:Z i~:~)

····.·:un~a,\IS!.;.SO~f..s"~.I,,,.....

Eastman Tenote Propionate; dry (CP)

'•• apl\'iar~·! u.~ctlatiged

Eastman Tenite Butyrate; dry (CAB) Eastman Tenile Acetate; dry (CA) .;

"

Eastman Tenite Butyrate; dry (CAB)

··a;'~~l~;~i~~c€l~~e."

2.68 0.74 :o.";~ •.••••;i::.;S:·,·•.t " ;;t~.( li.,t;:.;;.:~~~~~i;:~;:~§;v~:;;

8.1

t-'

365 365 365

9

·0.08 ·0.19 -0.04 -0.07

tEo

,'~jli~~<"

. ,. ·.··.··iappeafariC;e:iioc~anged

1.2:;:

9.9

IJ)

Amoco premium Amoco regular Shell premium

1

4.28

Eastman Tenite

d~

Eastman Tenite Acetate; dry (CA)

0>?'~,~~~!!~!j11i~oj~~f

i:>.

-2.92 -2.8 ·2.29 -1.9

r;'

uMi)jsf.~;SQ!I_

."'Lv; ~.~ l~ J'~!ii'"'

i[

Eastman Tenite Butyrate;

:::::'::::-:::::::::

:.:

365 365 365. 365 I

~

;iV

"'at,da' Note

0.12

Amoco premium Amoco regular Shell premium Shell regular

S"

~:~~~~i

"±h@ili?f;'\

;',

'tl

.

'.ir::':!';';;'!"

18.4 7.7 11.19

@

I

.x,}~~~ista~C'e'NQte·

., •.•••,:; ?AhQ!!~~ie~djl,tioil>k.·"., gas

gas

Fuel Oils

. } .2~

3 :t
Formic Acid

Freon 12

POL

,....

;! ;;t: l! : ~f~l

Fluosilicic Acid

Freon 11 Freon 114

T:ime

~

Q)

....:.\

'_" .... ~"~."'''J "

Eastman Tenite

8~tyrate; dry (CAB)

Eastman Tenite Acetate; dry (CA) Eastman Tenile

B,~tyrate;

dry (CAB)

9.5 5.5 7.5

\;;\ki"'PP!li~~~~J,li!i~l~gW)@L.,

Eastman Tenite Acetate; dry (CA)

;;':b~Miitl~,\;b~~~;;"!-~vY'~.~~'i\,,

Eastman Tenite Propionate; dry (CP)

@

"1:l

po

~

r;' (I)

tl

(1) (I)

to·

"/

:F!e~geilt

.

..

~

~'.~

Reagent .Note·

~

Gasoline Glycerin

Conti (~)

Time

('C)

. (~ar.s)

POL

Thlckneu

R~'ing

IGrapeJuice

Lair Tonic

Material Note Eastman Tenile Propionate; dry (CP)

k"

t

;f';~:;H~t~R¢!!. N6te )::;::>,

regular

;:l

.,0.,>:l

'Temp.

·0.66 0.03

·0.15 0.41

Eastman Tenite Acetale; dry (CA) Eastman Tenite Butyrate; dry (CAB)

1.52 2.25

0.64 1.03

Eastman Tenite Butyrate; dry (CAB) Eastman Tenite Acetate; dry (CA)

37.3 33.9

Eastman Tenite Butyrate; dry (CAB)

Vitalis

Heptane

1.6 ·5.36

2.48 '1.2

Eastman Tenite Acetate; dry (CA) Eastman Tenite Propionate; dry (CP)

Hexane Horseradish

Eastman Tenite Butyrate; dry (CAB) Eastman Tenite Acetate; dry (CA)

Household Cleaners

Bon Ami; saturated Lysol

1.42 6.97

0.49 4.37

Eastman Tenile Butyrate; dry (CAB) Eastman Tenite Acetate; dry (CA)

Hydraulic Fluids

Skydrol Skydrol500 Skydrol Skydrol500

'8 7

-1.07 1.15

-0.24 0.42

,

6 8 10 10 10

2 2 30 365 365

8 5 3 7 0

1.28 0.08 2.06 0.86

0.05 -0.81 1.49 0.53

-l!Ppe.arance. unchanged

10 10 48 48

30 30

10.3

5.47

4.46 1.72

2.95 1.07

1.4 3.1

1.3 1.73

dry moist saturated dry moist saturated

1.05 3.95 1.58 2.26 3.04 5.87

0.75 2.29 2.22 0.81 1.65 2.34

20 grams/gal.

2.39 5.58

0.99 3.11

Eastman Tenite Acetate; dry (CA)

Dwin Carter's No. 4715 Dwin Quick Dry Blue. 353 Sheatfer's Skrip

-0.02 38.4 0.18 2.2 4.09

32

Eastman Tenite Butyrate; dry (CAB)

-5.6 2.4

Eastman Tenite Propionate; dry (CP) Eastman Tenite Butyrate; dry (CAB)

Hydrofluoric Acid

Hydrogen Peroxide

Hydroquinone Inks

:'f,ff ':':;. a". ~ppeara~ unchanged'

365 365

Hydrochloric Acid

Hydrogen Sulfide

Eastman Tenite Butyrate; dry (CAB)

i

f

2 2

O' 30

0

I

3 3 3 5 5

,

\~

j(

:0;

Eastman Tenite Acetate; dry (CA)

sSrfa);edulled

;:J~f~~~i;;;~ft~~;,~~II.

.

}surja;;e~II9\lUy ."acked;'

''';;{!lii;~list~dls,lntegr8t8s'· IIlIsatis£;; soil. swell, .

.t~~~ii-~:~~:::~d>

Eastman Tenite Butyrate; dry (CAB) Eastman Tenite Propionate; dry (CP) Eestman Tenite Butyrate; dry (CAB) Eastman Tenite Acetate; dry (CA) Eastman Tanita Butyrate; dry (CAB) Eastman Tenite Acetate; dry (CA)

unsatiSf.;)ojt,; bleach.

.. ap~~a~';mch8nged

Eastman Tenite Butyrate; dry (CAB) Eastman Tenite Propionate; dry (CP) Eastman Tenite Butyrate; dry (CAB) Eastman Tenite Acetate; dry (CA)

Eastman Tenite Butyrate; dry (CAB)

()

~

CO rn

o'

Chemical Resistance - Cellulosic Plastics

..... ..... -.J

-"

Chemical Resistance - Cellulosic Plastics

()

-"

CD

c: "0 en

'+-'

0'

~-""c'

w,·w• •'

I~~~!',~~"

~:-::'

.-.~.-•.

=.-.-.•.-.-.

'.'" .

~ ~··l-~·c·,",·.··'O

Reagent Note i,·

Insecticides Iodine Isoamyl Acetate

I

Cone. (")

"'"'''TC''''''''·''' ·~r-···

ITemp'1 ('C)

.

'.,.

.

2,~

Mortemoth Liquid saturated

·"F3;;· 23ih 23 t

""",83 ' ·W

Isobutyl Alcohol Isopropyl Acetate isopropanol

Jet Aircraft Fuels

JP 3

Lactic Acid

Tide

50

C/)

tl

~

2

t

2

~. 2

"""""""",,1

10.9

18.4

23.4

25.1

3.87

3.22

23,

365

S 7

-6

-1.64

-0.84

-1.93

8

0.41

1.32

6

3.14

1.5

2

6.8

4.34

! ~

Eastman Tenite Butyrate; dry (CAB)

unsatlsf..;··surf: attack,

Eastman Tenite Acetate; dry (CA)

un.s~Is1:;sw'eli.

. •.~nSli!i~!,<~tL ....•.

Eastman Tenite Butyrate; dry (CAB)

........... "appeai8i\c'8'uMiliiiig8d.:.,

Eastman Tenite Acetate; dry (CA)

" " " "

Eastman Tenite Butyrate; dry (CAB)

~.Pp~~~rc"',l!'1ch~nged

Eastman Tenite Butyrate; dry (CAB)

Eastman Tenlte Acetate; dry (CA)

unsatisf.; sott., surf. attack

7

1.6

0.5

8

1.11

0.31

23

365

5

-6

-2.23

Eastman Tenite Acetate; dry (CA)

60

0.08

1.24

"

23

stightly warped

1.5B

0.2

appe,ranie unchanged

Eastman Tenite Butyrate; dry (CAB)

1.1

0.98

L~

0.89

0.51

:~.I~.I.O(~ liI!pMtM#~lIMMMM}

'7

2.4

0.21

4.3

4 0.09

·~I~

2.3

60

23

365

23"

2

23

2

23

7

4;-

23 "'23

2

9

0.26

2

9

0.41

23

7

6

2.47

23

30

9

23

42

6

23

7

9

-0.04

<1

60

9

-0.08

'":-.

60

23

365

,., •.23"'-

365

Bardahl

'''''''5'0''';

Texaco ISO; low temperature

SO

50

·so·

7 7 28 28

50 sg/

28

;13>

1

I , I

~.

1 l

~:

..

·····w

" "

"

Eastman Tenite Butyrate; dry (CAB)

" "

Eastman Tenite Butyrate; dry (CAB)

...•. _...

Eastman Tenite Acetate; dry (CA)

"

"

"

-1.72

-0.82

-5.95

-2.01

" ."

8

0.6

0.34

~";

7.

-0.92

.7

-2.04

'5

-1.96

S

-3.38

Eastman Tenite Butyrate; dry (CAB) Eastman Tenite Acetate; dry (CA)

" Eastman Tenite Butyrate; dry (CAB) Eastman Tenite Propionate; dry (CP)

0.03

".'

-0.64 0.17

-1.92

Eastman Tenite Propionate; dry (CP) ;,

'<

7

.:~b

Eastman Tenite Acetate; dry (CA)

"

5

~\ Z

28

,~.

stained

<1

23

..••....•

. . . . . . 'appeiiilinceullchlinii8
7

Aeroshell No. 12

.•

............ ··············,r···ii···

1.37

7

23 . 2.3

.

uri~li~H.dis~otv8d

Eastman Tenite Acetate; dry (CA)

2

-0.1

~:

::::::;::X:}::~::'::'

365

-0.04

heavy

Eastman Tenite Butyrate; dry (CAB)

23

-0.9

\

Eastman Tenite Acetate; dry (CA)

23

-0.68

~

:j

8.44

5

.

{:~

7.32

'".

$prl.;
:~. ;~.,

Eastman Tenite Acetate; dry (CA)

.' dhs~(st

Iil

7

Eastman Tenite Butyrate; dry (CAB)

:;

appearal)9, u;,chap,ged'{{\/i'

240

;23

)

4.32

23

2

.,.'

},.u9~*liMM~if,~t!\l£~;"."

0.42

It

;:l

lC:

2

Eastman Tenite Acetate; dry (CA)

"~~~ue~:~;;~f~~~~d <

0 ,,:':":

~~; .i.

-1.7

9

Houghton Sale 112

.

Eastman Tenite 8utyrate; dry (CAB)

7.82

7

Bardahl

IMachining Oils

,

.\.••

)

;~

···;/:iiiisiijl~F$i~iM~~[*WM·

u~satlst,: dl~solved'

28

Texaco ISO; low temperature

.., p ..,

,f

50

C1l

0-

0

23

tE'

C/)

2.12

solid

~

n'

2.02

./::,

,

Burndy's Penetrox A

'il

E"

3>,

2

Shell Diala Oil AX

@

0.14

2

j:\),'~;~;i!~~!~~;~;~f <. ",. ' , ' ur@1i~(;<~i~~ol~~d

-0.36

23

Coty

0.82

9

50

Lemon Oil

0.68

2

2

Lavender Lemon Juice

1.69 2.48

0.61

7

5

! :~;~

1.89

23

5

16.68

0" 5

23

latex emulsion

26.45

'''':.

. -',.-:."

~:.:"

Material Note.

J.

::,: ::~:

'.-;::/"."

"'::

2

10

Wisk

Lubricants Lubricating Oils

!.i'

2

'2iW:

50

Lemonade Linseed Oil Lipstick Lithium Bromide

,7

\t::.

,~3i

23

Kerosine

Laundry Detergents

,

~,

Reii~;~nce Note "

I"w~i;ht

.·1

,:"

2~\

Isopropyl Alcohol

POL Ratl!lg

·>23,.:,( 23

Latex

I

~.

~:;

23'

Isobutyl Acetate

60 2

• \:,,23.

Isoamyl Alcohol

Time (day,) 7

·";"'?53"'/ :,

T

I

-0.3

Eastman Tenite Butyrate; dry (CAB) ... - .. /~;;.

r:; ApP!~i~~#'~fich.aji9"'l:::,.

Eastman Tenite Acetate; dry (CA) Eastman Tenite Butyrate; dry (CAB)

';':;-

@

~,

.,,'

"l:J

S" ~

~ellgent: ,~;

.

Reagent Note ....

r;' en

~ en

lEi' ;:J

Magnesium Carbonate Magnesium Chloride Magnesium Sulfate Malathion

., .,

l=l

u:::

C(~t,l.~t~r' . 2.5

23 ,23

solid

·.·,·23:

t

0-

0.5

?23'

0.5

23

Margarine

Mercuric Chloride Mercurochrome Mercury

in n·butanol

50

5

7 6

1.55

1

2.93

1.64

5

3.12

1.84

7 7

2

8.73

4.53

1

9.36

8.15

3 3

9 9

23 23

2 2 2

9 5 5 9 9

>2'3'. Methyl Alcohol

5 5

5 100

Methyl Butyl Ketone

". Methyl Carbitol Methyl Cellosolve

Ektasolve OM Ektasolve EM

Methyl Cellosolve Acetate

Methyl Methacrylate

1.24

23

365

o o

2

1

2

0..

;'.·23

:0 i

23 ';:;

o

23 23, .

o 1

1

;

o

apf~I~~~~~~~

Eastman Tenile Propionate; dry (CP)

urisatisf,;dissorved

Eastman Tenile Butyrate; dry (CA8)

unsaiisf.:;~eil,;..surt. atleck

Eastman Tenite Acetate; dry (CA)

16.2

51:':'

"

~,

"'/?3'

,.~

40.4

::,::-:/

1

51.3

Eastman Tenile Butyrate; dry (CAB)

unsat~l,; .;;ell.,.suit, attack

7.39

78.5

~,

Eastman Tenite Acetate; dry (CA)

'.... ,....' .. ,', -2.18 -0.4

-0.95 -0.16

2

2.1

'

Eastman Tenite Acetate; dry (CA)

dls~olved'

~.:, •..••.•.•..•

".

~:; \ ' , ' j/ ',:.' : ,

,,;

'

5

-6.5

-1.4

w

2 1

4

1.01 B.58

0.94 2.02

,. , ; ••, ..

Eastman Tenite Butyrate; dry (CA8)

I

" Eastman Tenite Acetate; dry (CA) .•

10

>

Eastman Tenite 8utyrate; dry (CAB)

ul\~a!.~~ct;:':Na!p.swell,

, ' • ' ap~alanc~ unchanged

"',6. 9""

i

Eastman Tenile Propionate; dry (CP)

fI'_.

• unSillfsf.';d~l.ed

10·6

,.•

Eastman Tenile Acetate; dry (CA) Eastman Tenile Butyrate; dry (CAB)

::/}i

9. [.;., :

Eastman Tenite Acetate; dry (CA)

Eastman Tenite Butyrate; dry (CAB)

9

3

Eastman Tenite Butyrate; dry (CAB)

unsatjs!,; ;dissolved

0 3

Eastman Tenite Butyrate; dry (CAB)

" uns';~i,; ;oft..,sv,:ell.. ,blusli

51

O><;iln~isf;;

120 120

I~o

1

Eastman Tenile Acetate; dry (CA)

.~nsattst;#Ilt;~lushed

Eastman Tenile Acetate; dry (CA)

o

~;'<~3L,

()

13.4

Eastman Tenile Butyrate; dry (CAB)

Eastman Tenlle Propionate; dry (CP)

23·,

'38"

.

i'*~r~t~i{i~tis~'red

,

o 0, 0,

2__

Eastman Tenite Acetate; dry (CA)

';~.

:0 23

2

Eastman Tenile Butyrate; dry (CAB)

,,:.

;-."

22.6

1

~3

Eastman Tenite Butyrate; dry (CAB)

:::ap~~;;i~~~~ang~"

o o

,,,.:~3

Eastman Tenite Propionate; dry (CP)

.,~;~~d'

o

i3

Eastman Tenite Butyrate; dry (CAB)

~'>

..

.

~

I'

2.02

i'2.~>·

·.;F ;.;.;:;:~~

"""7'"

5 9

Mineral Oils

naphthalene

1.46

365

Methyl Propyl Ketone . 23 Methylene Chloride\2~ I":~~' . Milk . ;, :1.~.:

Moth Balls

3.26

365

monomer

Mineral Spirits

1.75

23

':'·23. . ,

Methyl Isoamyl Ketone Methyl Isobutyl Ketone

5.86

:;~~

~

Methyl Ethyl Ketone

0.19

2.59

• 23

Eastman Tenite Acetate; dry (CA)

";~ilSillSf~~[:S6fCsV(iiiC

~"

0.04

3.98

23

Eastman Tenite Butyrate; dry (CAB)

:~:

Eastman Tenite Acetate; dry (CA)

3,

23

...

..

g.

365

23

.~:-.

apP6araiJ~~u~changed

o· o

2;3,

Material Note '

,. apP8~fanc:e~~cria.nged

9

7 7

.:.60

Methyl Acetate

2 2 2

23 23

Rtjl1:1::~~~~ote

J. Thickness

Rating

9

.. 23

Weight

(days)

3 3

.,·60.

ammoniated

% Change

POL

Time

23

23'

Mayonnaise Menthol Oil

.... ;:: ....

Eastman Tenite Butyrate; dry (CAB) Eastman Tenite Acetate; dry (CA)

uiisatls,,: plast'

....p;;;;
"

!!!..

C-

orn

o'

Chemical Resistance - Cellulosic Plastics

...... ......

co

Chemical Resistance - Cellulosic Plastics

o(l) c 0en

'"o

(~

o'

Mate~!alNoie ~~:;:

Motor Oils

..:~'"

Eastman Tenite Acetate; dry (CA) Eastman Tenite Propionate; dry (CP) Purol HD, SAE 10

Eastman Tenite Acetate; dry (CA) Eastman Tenite Butyrate; dry (CAB)

'5 6 5 6

2 11 30 30

Industrial

2.78

1.44

Eastman Tenite Acetate; dry (CA)

2.3

0.5

Eastman Tenite Butyrate; dry (CA8)

3.56 ·3.24

2.73 -0.82

moth balls

2

".4

1.01

0.94

1

3

8.58

2.02

5% aromatic content

n

7

aromatic free

":

/)?3

~5

O·sppearer¢.eunchanged" ,"C' .,""

''',>

. ',},':""'~"'" ,.";:.0.:,.•,,'

Eastman Tenite Acetate; dry (CA)

Eastman Tenite Butyrate; dry (CAB)

7

9~i<~pp1i~rlij\~f~ije~~~~~9\

42

10

Eastman Tenite Acetate; dry (CA)

10

;

Eastman Tenite Butyrate; dry (CAB)

-,.;

~

Eastman Tenite Propionate; dry (CP)

0

l

0

Eastman Tenite Butyrate; dry (CAB) . ,~:

2" 6

-3.33

-0.83

,;

2.31

1.53

Eastman Tenite Butyrate; dry (CAB)

9

Eastman Tenite Propionate; dry (CP)

7

1.66

0.69

6

2.5

1.36

0.26

0.88

,

sweet

Eastman Tenite Acetate; dry (CA)

Eastman Tenite Butyrate; dry (CAB) Eastman Tenite Acetate; dry (CA)

,:'

Eastman Tenite Butyrate; dry (CAB)

0.05·0.15 ppm Eastman Tenite Propionate; dry (CP) 0.7 ppm

;

Eastman Tenite Butyrate; dry (CAB)

Taxite

3 ••.

7

3

-1.52

5 5 5

7 7

2

3.31 2.88 3.11

.. :~

8 ·9

.;••,.);24/·,·····

3

5.4 0.98

,~,

;: >:~;

.,

),N23'){,

0

1.03 34.8

5 5 5

0" f':':;:-,!--

7

7

...()

Eastman Tenite Acetate; dry (CA)

:;

365

0

2

'8

0.04

0.24

'·;;;;,::'~ry:~l~~~~:~;~·i.'

0.5

60

1.63

-0.42

unsatis,t;biitllalsurf. :l\tfeck

0.5

60

4 7

1.58

0.75

o

"

.

. ' 'ap~ii;a~e,:j;~£fi~~~

~'.

.~:.'

Eastman Tenite Propionate; dry (CP) Eastman Tenite Butyrate; dry (CAB)

:'~

Eastman Tenite Acetate; dry (CA)

;L Eastman Tenite Butyrate; dry (CAB)

@

'tl

P ~

n' (J)

tl

I~~ll~eilt

il,.

~e8gent Note

Phosphoric Acid

(J)

tE' ;:l

Photographic Developers

0-

.,

P

te

Photographic Fixing Baths

i~f~~;,

'.< ~I$~"

30 30 75 75

C\)

s:.,

},~::

% Change

60 60 7 60

Kodak 0-72 Kodak OK-50 Kodak 0·72 Kodak OK·50

23 23' 23

,23

photographic acid lixer ,

\;~:

1

Rating .

7

S

7

6

7 7

3

~

~ 6 7 4

~

Potassium Bromide Potassium Chloride

3 10 10

38 .,23,. '. 23

3 365 365

7

i23

9 9 7 7 2

Potassium Potassium Potassium Potassium

Ferricyanide Iodide Permanganate Sulfate

23" 10

38

3

10 10

23 23 23 23

60 60 60 60

23· ,.23 23 23 23 23· 23"

4 3 2

8 9 6 5

365 365 365 365

6 8 9 9

30 60 60 60 365 365

6 8 8

liquid gas liquid

,23 '23 23 23 23 23

n·propyl acetate

50

n-propyl alcohol

23 23

10 saturated

10 10 solid

Propane

Propyl Acetate Propyl Alcohol

liquid gas

Propylene Chloride

~3 23 23-'

Propylene Glycol Pyranol

translormer oil

Pyrogallic Acid Quinine Radiator Sealant

4 4 Oane Head

":i:-I~

Eastman Tenite Acetate; dry (CA)

0.84 2.61

Eastman Tenite Butyrate; dry (CAB)

"

slig!ll¥ii~~9. all~bk

Eestman Tenite Acetate; dry (CA)

, ~pea[~nc~ linChanp~'

Eastman Tenite Butyrate; dry (CAB)

".

0.44 1.34 0.75 0.47

Eastman Tenite Acetale; dry (CA) '~,

Eastman Tenite Butyrate; dry (CAB)

.~" ";

~~ /:'~~:

&l

,5:'9111 ~Ioring

0.32 -4.84 -2.88 0,04

.unsaiiSl.;'~:on,discolor.

Eastman Tenite Acetate; dry (CA)

slight disco.loring

Eastman Tenite Butyrate; dry (CAB)

3.27 2.6 1.36 0.12 0.08 -3.88 -0.76 0.34 1.42

. . ~ffi~~~Y~~,::;

1.39

Eastman Tenite Acetate; dry (CA)

appeaiii¥eijjiichaiigiiif"

1.46 0.37 0.57 0.4

0.64 4,55

"

Eastman Tenite Butyrate; dry (CAB)

."..

Eastman Tenile Acetale; dry (CA)

Eastman Tenile Butyrate; dry (CAB) .~.~

9

Eastman Tenile Propionate; dry (CP) ",'

a 2 2

unsatisl.; dl~6'~ed 15 2.2

2 3

4.4 4,22

2

23

. ~; /90

7 7

•...~ ..

"'23

7 7

~

,

·6 3 5

,

25.3 0.39 0.44 -0.74 -3.58

2.06 0.42

7.88 2.56

3.55 LOB

Eastman Tenite Butyrate; dry (CAB)

i'nsalistj. sl: soil.

a

2 21

Eastman Tenile Butyrate; dry (CAB)

>', ... 'iliipeai'ance\iiichanged {,.,::-, ·::M;@.·

9

9

23 ."

0.91 0.8 2.53 2.89 2.56 0.85

Eastman Tenile Butyrate; dry (CAB) Eastman Tenite Acetate; dry (CA)

t

appearance unchangea

5

2

'49

2.2 2.33 3.43 4.58 4.46 2.16 1.94 3.89

1.33 1.4 -5.84 -1.15 0.46

4

2 2

.23

0,8 0.83

1.3 1.66 3.29 0.02 0.09

7 6

365 365

.x:

Easlman Tenite Butyrate; dry (CAB)

4

1m 120

saturated

1.26 2.03

a

7

~.~

Potassium Chrome Alum Potassium Cyanide

.,'.

'.0

21 21

solid

I'"

~-;~

5

1

Mlterlal Note

Tllletn;'.

...

~~:~~:. ~"

Potassium Aluminum Sulfate

.

W.I.g~t '1

PDL

unsa!l~l.; b!us~~

Eastman Tenite Acetate; dry (CA)

uns,~ti~t,; ~issol~~

Eastman Tenite Butyrate; dry (CAB) Eastman Tenite Acetate; dry (CA)

.•••"•.••. ~~,ls!;;.~!lsL,.". iiiip.~r,~¥~iiric~~~g8d

#It

.

.. Eastman Tenite Butyrate; dry (CAB)

.' :,'.,

N~i~ii;r~'~?W :iX< - ~;.~:::.; ..

9

appa.rangelll'changed

.~,

\' '''''''''''.J''... ,

Eastman Tenite Acetate; dry (CA) Eastman Tenite Butyrate; dry (CAB) Eastman Tenite Acetate; dry (CA) Eastman Tenite Propionate; dry (CP)

() CD

C-

o CIl

o'

Chemical Resistance - Cellulosic Plastics

N ......

Chemical Resistance - Cellulosic Plastics

oCD

~

N

5.. o

en

o'

6~~t~9t

Reagent Note

Sachet Powder Shaving Cream Shoe Polish Silicone Oils Silver Nitrate

Mennen Kusan Dow Corning # 200

Skydrol Skydrol500

Conc; ~:.

Time

,(darsl

''''I

".". - ... -," .

50.

r

POL

'R,~t1rlg

Eastman Tenite Propionate; dry (CP) Eastman Tenite Acetate; dry (CA)

.9 9

8 '.8 2.5 3

Material Note

Weight

,7

6

0.15 0.77 1.46 1.97

0.16 0.61

o.

hydraulic lIuid

-1.07

-0.24

1.15

0.42

Monsanto; hydraulic lIuid

Soap

4.13

10 3 solid

2.5 solid

Sodium Bisulfate solid

Sodium Bisulfite

20 20

Sodium Borate

2.5 2.5

Sodium Carbonate

2.5 2.5 2.5 6 10 solid

Sodium Chloride

2.5 10 10 10 saturated

@

Sodium Chromate Sodium Cyanide

'U

~

n'Vl ~

Vl

to· ;:l

t-'

0: ..,

..,

p
10 10 saturated

po

Sodium Ferrocyanide Sodium Fluoride

;0P~~~fuil~~~;t~9~d ,

~~~~~f~~~,i~~l~~::· .; 'unsili,s[;l(l$soiii,d .jJri$\l~'clW'~it· '.

,r

Eastman Tenite Butyrate; dry (CAB) Eastman Tenite Butyrate; dry (CAB) Eastman Tenite Acetate; dry (CA)

.

Eastman Tenite Butyrate; dry (CAB) Eastman Tenite Acetate; dry (CA) Eastman Tenite Butyrate; dry (CAB) Eastman Tenite Acetate; dry (CA) Eastman Tenite Propionate; dry (CP)

solution; USP

Sodium Acetate Sodium Aluminum Sulfate Sodium Bicarbonate

/

~~~~;~~~~~j;~JLj~d"

dry crystals

1.3 1.64 1.68 2.96 1.25 0.1 2.14 4.03 2.88 1.53 1.28 -8.74

0.53 1.6

0.8 2.37 1.56 0.52 0.93 -2.25

-0.1 3.9

-0.08

1.33 2.52

0.54 1.53

1.26 0.79 0.89 1.03 0.57

0.54 0.31 0.89 -0.52

1.02 -4.2 -0.84 -0.18

2.45 3.6

Eastman Tenite Acetate; dry (CA) Eastman Tenite Butyrate; dry (CAB)

1.18

0.37 0.84 0.8 4 4

Eastman Tenite Butyrate; dry (CAB)

0.44

0.2 0.28 -5.6 -2.59 -0.44

0.96

Eastman Tenite Acetate; dry (CA) Eastman Tenite Butyrate; dry (CAB) Eastman Tenite Acetate; dry (CA) Eastman Tenite Propionate; dry (CP) Eastman Tenite Butyrate; dry (CAB) Eastman Tenite Acetate; dry (CA) Eastman Tenite Butyrate; dry (CAB)

Eastman Tenite Acetate; dry (CA) Eastman Tenite Propionate; dry (CP) Eastman Tenite Acetate; dry (CA) Eastman Tenite Butyrate; dry (CAB) Eastman Tenite Acetate; dry (CA) Eastman Tenite Butyrate; dry (CAB) Eastman Tenite Acetate; dry (CA) Eastman Tenite Butyrate; dry (CAB) Eastman Tenite Acetate; dry (CA) Eastman Tenite Butyrate; dry (CAB) Eastman Tenite Propionate; dry (CP) Eastman Tenite Butyrate; dry (CAB) Eastman Tenite Acetate; dry (CA)

~

. . .,.'

~ >""""~"'~"

[~!~gen!, tl

I-~

_,

- -,

,~

Reagent Note

Sodium Hydroxide

'!i~ 1 ,.,.,1 R,p,n~

;i~Jri~>: "

,Cone.

,I ,., 1 1

30 365

1 10 10 10

'0{,~3' "'\' 23 23;' 23

365 7 240 365

Sodium Hypochlorite

5 30

23 23

Sodium Nitrate

10 '0

tE· ::l

t

~ lC

23

lime>,

"J' 2~,

~

~

,"

23> 23 23 ,>, 23 '. 23 ",23 A

saturated solid saturated solid

Sodium Silicate

saturated solid saturated solid

'.: 23" ,'\2'j

60 60 60 60

Sodium Sulfite Sodium Thiosulfate Spearmint

3

3.19

2.2

5 6

0.85 1.11

0.35 -2.09

8 7 9 8 9

1.23 2.58 1.48 -0.26 0.92 0.08

0.42 1.45 0.85 -0.23 0.39 0.12

8 9,

0.78 -0.42

0.27 -0.38

l

'4 "': 6 "8 9

-0.34 0.57 1.18 0.3

-2.6 0.19 0.13 0.2

l

6

2.08

0.88

I

7

6

1

60 60

23

-0.12 0.61

1

23 23'

"23'

-1.94 0.95

365 365 I 60 I 60, 60' 60

saturated solid

,~i!,i~~~'~~~~i;~~:e:,

I ,;N.lg~1

5, 8,!

2, '3 i

Sodium Nitrite

pj)l,.

10

23

7

20 24

23. 38'

13 3,

7

1.1 1.22

7 7

3 9

-4.03 -0.48

3!. 3 l'

9

-0.05 0.48

j. l

1 1 1 '1 1 ,1

" iU~~.;$of1.,warp

.fP~~~L~~~;~~~

Mate!hli Note eastman Tenile Atatate; dry (CA) Eastman Tenite Butyrate; dry (CAB) eastman Tenite Propionate; dry (CP) eastman Tenite Acetate; dry (CA) eestman Tenite Butyrate; dry (CAB) eastman Tenite Propionate; dry (CP) eastman Tenite Acetate; dry (CA) eastman Tenile Butyrate; dry (CAB) eastman Tenile Acetate; dry (CA)

eastman Tenile Butyrate; dry (CAB) eastman Tenite Acetate; dry (CA)

eastman Tenile Butyrate; dry (CAB)

spearmint oil eastman Tenile Acetate; dry (CA)

Sperm Oil

, gO ,i)(V

eastman Tenile Butyrate; dry (CAB)

Stearic Acid Eastman Tenite Acatate; dry (CA)

Stoddard Solvents Styrene Sulfur Sulfur Dioxide

:>;:23"

white spirits "

/,2,3;,

dry moist saturated dry moist

23 231:

2i· 23'~"

,

60 60 60 60 60 60

1 "

1 ."

i

3 3

'",:, ""23{ " ,: \' 23:,'

30 ~,3 365! 6'

3 10 10 20

, />."",~f ':.""2,3\

365 365;,

20 30 30

~

23:' , '

")~3"

saturated

Sulfuric Acid

~

Eastman Tenite Butyrate; dry (CAB)

monomer solid

23; ',"

365 365

i

19.4 31.9 23.2 17.3 13.5 10.6

8.6 10.2 18.1 11.6 9.71 13.5

3.04 1.6

2.19 0.97

I

9 7 "

1.5

0.74

t"'"

5. 6·,

0.91 -0.42

0.31 -0.29

' ,,,">';,23';'

3

,,5

2.93

eastman Tenile Butyrate; dry (CAB)

2.36

Co

~.

eastman Tenite Butyrate; dry (CAB) eastman Tenile Propionate; dry (CP) eastman Tenite BUlyrate; dry (CAB) eastman Tenile Acetate; dry (CA)

eastman Tenila Propionate; dry (CP) eastman Tenile Butyrate; dry (CAB)

94

Iralcum Powder

eastman Tenile Acetate; dry (CA)

Chemical Resistance - Cellulosic Plastics

'"c.>

......

Chemical Resistance - Cellulosic Plastics

()

'" ~

CD

c:

.... ,..

0

rn

o'

~~l~;~~t

Reagent Note .. : .." 7"'_.-~:_

.;:<'" ." c·,,;"

......

.

.:' .

Tartaric Acid Tea

~~~;::;~,:

L j~~~f~"

Time

10

"',.. :38.>

120

10

':"" .•60

Cone•. (%1

'.~

Tannic Acid

iced

(dliys)

:~

V>

tl C1l V>

15' t"'

..,0: P .., \C:

9

0.06

0.09

6

-2.39

-0.B3

30

9

-0.74

-0.1

3

~..'

3

.••••

..

2~'

i

.:;:.~

14

9

3

0'" 4

'23

23

I

I

23 2

!~> .::}:";;~~~: ;,}" ::::::~:~ ,

23

3

23

2B

!

5.36

2 2

.",,23

365

2

'23,.

7

6

Campbell's

23

7

Lever

3B

4

GE.l0·C

82

7

7

82

7

Pyranol

····90·

7

I

:i

Eastman Tenite Butyrate; dry (CAB)

,/, ~~\\S( sl. SWell. ,;;.

'.

Eastman Tenile Acetate; dry (CA)

unslilisf.; dissolved ....

Eastman Tenite Acetate; dry (CA)

i'~PP&~i~oiceifu~hangeif

Eastman Tenile Acetate; dry (CA) Eastman Tenite Butyrate; dry (CAB)

Ulisli1lj!:IdlssOlVed :;~

.................... ~ft;;~~~!!~!! ......,

Eastman Tenite Acetate; dry (CA)

,. ... ·····u;fs81isUdiSsoiveif 0.37

!,pp~~i;;~eunchang!ld•

0.05

,I 39.3

54.9

"',.'

,

.

Eastman Tenit. Butyrate; dry (CAB) Eastman Tenite Acetate; dry (CA)

u"satls!.; bllt!le

·

Eastman Tenite Butyrate; dry (CAB)

s.t~Wed

.unsatis!., soli. unsalls1.; soli, swell.

Eastman Tenite Propionate; dry (CP)

2.06

1.52

'iipiieiirenceuri~hariiied

6

1.77

1.36

7

0.97

1.24

-2.94

0.56

..}.;{:,"

0.22

.'"

Eastman Tenite Butyrate; dry (CAB)

.

Eastman Tenite Butyrate; dry (CAB)

I

8

-0.9

B

-0.74

7 30

5

23 23 23

0.67

2

?3

1

6

-3.58

7

3.28

0.5

30

2

9.25

3.07

30

0

j

•

Eastman Tenite Butyrate; dry (CAB)

"

Eastman Tenile Acetate; dry (CA)

Eastman Tenite Acetate; dry (CA)

unsetist, solt.

unsalisl.:~ecomposed 32.2

Eastman Tenile Acetate; dry (CA)

-..

.{,.,....,....

unsalls(.; surl. attack

:t?i(::.:"'·"i"

7

4'

-5.16

0.69

7

2

11.72

24.9

........... UIlsat~f.~swell. ...... "'u@illl lr;solL;'suita\@cIV,:t:: Igpsatist, ~ofl.II ....

s

·

60

2

8.61

6.7

120

1

25.4

22.89

unsati#a~i,;:OV!,fP,swell.

5

17

II

0.59

3.2

apiie8ial1iieun~hangep .

5

17

8

1.13

0.06

5

17

7

1.13

17

2

-4.87

5.85

365

8

-0.85

0.16

365

i

99.2

62.62

365

9

~f

Eastman Tenite Butyrate; dry (CAB)

"'

.. .... ....uns~isf:: s~ell.. ~oft .'

23

Turpentine

Eastman Tenite Acetate; dry (CA)

8.92

;.00

10

Eastman Tenite Butyrate; dry (CAB)

-1.72

1

I

Eastman Tenite Butyrate; dry (CAB)

..

..\:;.::::;f.~~,:14 ~:'~,

3.45

I

2

Eastman Tenite Acetate; dry (CA) .

........::~.:>~:_. '( ........ _......

1

365

Eastman Tenite Butyrate; dry (CAB)

'}~::'

6

23

~~:

·app'earance.un~hanged .

J

2

2.3

:1

:"::<_::~::X

\::?i:i·:/:·:···,"

.~-

urisa\isf.:S~e!1.

9 2

3

:~

Material Note

" . iiiisi(t.iSkswen:;sOft

0

!/3 23

~

appe'ai~iip~uii,c:h~,\g!ldn'

':":".

2

12

23 """"'23

..

::~.

•.• &) .••••••••

5

;:l

I

>.

30

23'

Triethylene Glycol

Trlmethylbenzylammonium Hydroxide

1.6

2

@

Trimethylbenzylammonium Chloride

2.93

0.56

r<: ,2~

Trichloroethylene

V>

}6'C

B

(

r;'

2

2

white

'....."

1.83

1.05

Titanium Tetrachloride

p

7.62

1.04

Thyme Oil

Triethanolamine

3':;':

1.5

Tetrahydrofurfuryl

Trichloroacetic Acid

120

1.98

Tetrachloroethane

Tomato Juice

1.2

7

;{,:23.

water slurry

2.75

..••.·.·..6

I:~~

Tetrachloroethylene

:.: . :.:.::.:.:/:''''

6

7

.23

Toothpaste Transformer Oils

:R;ltlhg

7

:23

Tetrabromoethane (sec-)

Weight

,23"

~.

Terpineol Tetra(2-Ethylbutyl) Silicate

, POL

'
TNT Toluene

t:~~;,

:., :<:

:~

:,,;i:::::

::;;::,> ~;;;;;"

"'''';.''

.
".:: .~.

~:.

:;::

.' ::<.:;;::~::;;t:;.':'~ '

..

Eastman Tenite Acetate; dry (CA)

~

Eastman Tenite Butyrate; dry (CA8) Eastman Tenite Acetate; dry (CA) Eastman Tenite Butyrate; dry (CAB)

,.... -,' ,.-.

,;ms~l~t!iw~,I.. Checl<~~\

. . :~~~~!:~;~:~~.

ap~ai~ unphangei!} .,

Eastman Tenite Acetate; dry (CA)

'.'.::,,;;:

Eastman Tenite Butyrate; dry (CAB)

Eastman Tenile Acetate; dry (CA) Eastman Tenite BUlyrate; dry (CAB) Eastman Tenile Propionate; dry (CP)

@

::9 0

fJ> ~

ri' fJ>

tl

ro fJ>

15'

~il~g~nt; ::.... ~ ":;:~:/"

Reagent Note

.-

Urine Vanilla Varsol2

.., ..,0

~.

Cone. ("I

Temp.

reI..

POL

time

,-.::.:.::

7

imitation

'·23 23'

2

solvent

W~lght

Thl~l!~es.

1.5

0.4

11.B

9.7

Rating

(daysl

,

e 3

i

23':

7

7

1.14

0.94

23

7

7

-1.6

·0.2B

Vieks

decongestant

50

2

2

"

SO

2

3

Water

distilled

23

365

7

23

365

0"

It::

~

.,

% Change

"

;:s

~

'J .,

~.

Waxes Weed Killer

Zine Oxide

I

·appe~rad~. uqcha.~ged '

Eastman Tenile Butyrate; dry (CAB)

. . . . . . . ~~~#!\~(:yi~~~I~~~ ...

. . .. . . . aiip~~t~,~~8: \inc6a.ii~~

" Eastman Tenite Acetate; dry (CA)

...... .'uiisiiliSl~; siain; $Wollen

Eastman Tenite Butyrate; dry (CAB) Eastman Tenite Propionate; dry (CP)

unsatlsf.;'stalned. solt' 1.66

0.74

9

Material Note

.

appearance .i/!lchanged

Eastman Tenite Butyrate; dry (CAB) Eastman Tenite Propionate; dry (CP)

23

365

5

3.09

1.96

"

Eastman Tenite Acetate; dry (CA)

23

7

4

3.01

2.25

slightly soflened

Eastman Tenite Butyrate; dry (CAB)

Weed·B·Gon

23

30

13.43

6.5B

u(l$<'tis!aetilry

30

,

1

23

5

1.9

1.74

unsalisf.; visual chg.

Eastman Tenite Acetate; dry (CA)

23 23'

60

I

5

2.B

·0.45

120

!

I

19.5

8.19

' unsalis';; ~1' sol1. unsalisl.,; ~O\I. swell" discolor.

Eastman Tenite Butyrate; dry (CAB)

2.3

60

4

7.88

5.17

12% ethyl alcohol

:::-;;

I

,

23' ••

Xylene Zine Chloride

R~sistllne~ ~ote

Pride

End-O-Weed

Wines Wintergreen 011

1

:1

unsatls'.,;d~solvedi

0

23 :.

2

4

2.74

1.58

23'

7

2

41.52

33.17

S·

-5.64

2.12

8

0.8B

:~.:

,

.23,'

365

·.•. 23 .•

365

hydrous salt

23

7

saturated solution

23

7

hydrous salt

23

7

,

e

0.53

saturated solution

2.3

7

!

6

1.37

solid

23

7

l

,

2

0

( app~ai.al\c~,uneh'!!iQ8d.

~li~t~~~~'~ilaEI(.

:.,~...:: :\::~\::. . ' unsatisl; dissolved

!

appeara~e unchang;.a 0.78

9

.

3~~:~~:~~~~~1~~;

.:::.

Eastman Tenite Acetale; dry (CA) Eastman Tenite BUlyrate; dry (CAB) Eastman Tenite Propionate; dry (CP) Eastman Tenite Acetate; dry (CA)

Eastman Tenite Butyrate; dry (CAB)

• slightly etciled appearance unchanged

()

CD

Com

o'

-"

Chemical Resistance - Cellulosic Plastics

N

c.n

Chemical Resistance - Ethylene Vinyl Alcohol Copolymer

m

< o ::I:

N 0>

% Change % Retained Reagent Acetic Acid

Reagent Note glacial

Conc.

Temp,

Time

('I)

('C)

(days)

5

6

Acetone

9

<0.01

365

4

2.3

365

0

100

9 9 9

150

5

Resistance Note no change in appearance

" Eval; 0 mol% VA content Eval; 40, 62.9, 73.4, 100 mol% VA contents Nippon Goh. Soarnol

2.5

no change in appearance

"

9 9 9 9

0

<0.01

30

9 9 9 9 9 9

100

1

100

9

150 150

9

30

9

30

1

100 100

9

100

5

150

9

30 365

20

30

365

Benzene 20

30

20

365

20

365

0 0

1 5

20

30

20

30

20

365

20

365

9 9 7 9

no change in appearance

0 0 0.3 0.04

insoluble in reagent soluble in reagent Insotuble in reagent soluble in reagent insoluble in reagent

"

sohible in reagent insoluble in reagent soluble in reagent pal1ially soluble in reagent Insoluble in reagent soluble in. reagent p8ltially soluble in reagent

1

150

Eval Eval Eval Eval

1

.. insoluble in reagent pal1ially soluble in reagent insoluble in reagent soluble in r~agent insojuble in reagent

30

9

" "

100

5

100

9

" "

150

1

150

9

n-butanol

30

9

"

30

5

100

9

100

5

pal1lally soluble in reagent insoluble in reagent pal1ially solOble in reagent

;:l

" " " "

150

t""

"

150

9 1

soluble in reagent

@

'll

po VJ

n~

VJ

15' VJ

lEi-

0: ., .,!=l

tt::

Butyl Alcohol

Eval; 0, 62.9, 73.4,100 mol% VA contents Eval; 40 mol% VA content Eval; 0, 73.4, 100 mol% VA contents Eval; 40 mol% VA content Eval; 62.9 mol% VA content Eval; 0, 73.4, 100 mol% VA contents Eval; 40 mol% VA content Eval; 62.9 mol% VA content

0 0.05

E-Series F-Series E-Series F-Series

Nippon Goh. Soarnoi Eval E-Series Eval F-Series Eval E-Series Eval F-Series Eval; 0, 40, 62.9, 73.4, 100 mol% VA contents Eval; 0 mol% VA content Eval; 40, 62.9, 73.4, 100 mol% VA conlents Eval; 0 mol% VA content Eval; 40, 62.9, 73.4, 100 mol% VA contenls

0.4

n-butyl acetate

Butyl Acetate

" Eval Eval Eval Eval

0

1

150

Eval E-Series Eval F-Series Eval; 0, 40, 62.9, 73.4, 100 mol% VA contents

"

<0.01

20 20

"

"

pal1ially soluble in reagent insoluble in reagent

9 20

Nippon Goh. Soarnol

..'noehiingliilappiiiiiiiiiCli

insoluble in reagant

9

30

Material Note

-,

6

10 20

Benzylic Alcohol

Tensile Strength

, ,~li~~I~~~lIi~l

20

150

Benzyl Alcohol

2.5

20 30

aqueous solution

Weight

4

"

Ammonia Aniline Benzaldehyde

POL Rating

E-Series F-Series E·Series F-Series

Eval; 0, 40, 62.9, 73.4, 100 mol% VA contenlS Eval; 0, 40 mol% VA contents Eval; 62.9, 73.4, 100 mol% VA contents Eval; 0 mol% VA content Eval; 40, 62.9, 73.4, 100 mol% VA contenls Eval; 0, 62.9, Evai; Eval; 0, 62.9, Eval; Eval; 0, 62.9, Eval;

73.4, 100 mol% VA contenls 40 mol% VA content 73.4, 100 mol% VA contenls 40 mol% VA content 73.4, 100 mol% VA contents 40 mol% VA content

@

'"Change 'Y. Retained

~

s ~

Reagent

Reagent Note

n'

'" l? '" <E'

Butyl Alcohol (sec-)

;:l

t"'

.,0: .,I=)

<.c:

Cone.

Temp.

Time

(%)

('C)

(days)

Material Note

30

9 9

insoluble in reagent

.

Eval; 0, 40, 62.9, 73.4, 100 mol% VA contents Eval; 0, 62.9, 73.4, 100 mol% VA contents

100

5

partially sOluble In reagent

150

5

Eval; 40 mol% VA content Eval; 0 mol% VA content Eval; 40 mol% VA content Eval; 62.9, 73.4, 100 mol% VA contents

"

150

1

"

150

9

30

9

30

5

100

9

,

100

5

150

9

insoluble in reagent panially soluble in reagent insoluble in reagent panially soluble in reegant insoluble in reagent panially~~lu~l~i~reag~~t, ..

3

5 <0.01

20

30

20

365

1

21.1

20

365

3

3.5

30

100

9 t 9

150 150

9

30

6 6 7 9

1 10 40

Chloroform

soluble in reag.ellt .Insoluble in reagent

9 9 9

100

Chlorobenzene

~ :";

5

5

30

Cyclohexane

Resistance Note

100

20

Citric Acid Cresol (m-)

Tensile Strength

" " "

150

Caustic Soda

Weight

sec-butanol

Butyl Alcohol (tert-)

Carbolic Acid Carbon Tetrachloride

POL Rating

>

100

1

100

9

becomes irarispa;~nt: .rioct.ange in appearance

insoluble in reagent soluble In reagant insotuble in reagent solublll in 'reagent insoluble in reagent no change in appearance

Nippon Goh. Soarnol

0

2.8 2.2

..

2

u

"

insoluble in reagent soluble in reagent insoluble in (eagent soluble in reagent insoluble in reagent

Eval; 0, 40, 62.9, 73.4, 100 mol% VA contents Eval; 0 mol% VA content Eval; 40, 62.9, 73.4, 100 mol% VA contents Eval; 0 mol% VA content Eval; 40, 62.9, 73.4, 100 mol% VA contents Eval; 0, 40, 62.9, 73.4, 100 mol% VA contents Eval; 0 mol% VA content Eval; 40, 62.9, 73.4, 100 mol% VA conlents Eval; 0 mol% VA content Eval; 40, 62.9,73.4,100 mol% VA contents

150

1

150

9

30 100

9

u

1

100

9

soluble in reagent insoluble in reagent sotubte in reagent Insoluble in reagent

150

1

150

9

30

9

30

1

100

9

10

6

100

1

150

9

Nippon Goh. Soarnol Nippon Goh. Soarnol Eval E-Series Eval F-Serles Eval E-Series Eval F-Serles Eval; 0, 40, 62.9, 73.4, 100 mol% VA contents Eval; 0 mol% VA conlent Eval; 40, 62.9, 73.4, 100 mol% VA contenls Eval; 0 mol% VA content Eval; 40, 62.9, 73.4, 100 mol% VA contents

0

1

Eval; 0, 62.9, 73.4,100 mol% VA contents Eval; 40 mol% VA content Eval; 0, 62.9, 73.4, 100 mol% VA contents Eval; 40 mol% VA content Eval; 0, 62.9, 73.4, 100 mol% VA contents Eval; 40 mol% VA contenl

,

.

no change in appearance

3.4

,

insoluble in reagent soluble in reagenl insoluble in reagent solubl~ in reagent insoluble in reagent .s~lubleinreage~t

150

1

30

9

irisolubieiri Yeageni"

100

1

100

9

150

1

soluble in reag~nt insoluble in.reagenl sol~ble in reagenl

150

9

Insoluble in ,reagent

Nippon Goh. Soarnol Eval; Eval; 40, Eval; Eval; 40, Eval; Eval; 40,

0,100 mol% VA contents 62.9, 73.4 mol% VA contents 0,100 mol% VA contents 62.9, 73.4 mol% VA contents 0, 100 mol% VA contents 62.9, 73.4 mol% VA contents

Eval; 0, 40, 62.9, 73.4, 100 mol% VA contents Eval; 0 mol% VA content Eval; 40, 62.9, 73.4,100 mol% VA conlents Eval; 0 mol% VA content Eval; 40, 62.9, 73.4, 100 mol% VA contents

m

o<

::r:

Chemical Resistance - Ethylene Vinyl Alcohol Copolymer

N -.J

Chemical Resistance - Ethylene Vinyl Alcohol Copolymer

m

< o

-'"

'"

ex>

I

% Chan~e % Retained Reagent

Reagent Note

Cone. (Ok)

Cyclohexanone

Temp. C'c)

Time (days)

20

30

20

30

20

365

20

365

30

9 9 9 9 9

0

5

100

9

150

1

150

5

Tensile 5trength

Resistance Note

Material Note Eval E-Series Eval F-Series Eval E-Serjes

0 0

partially soluble in reagent insoluble in reagent soluble'in reagent partially soluble in r.agent insoiuble in reag.nt

Eval F-Series Eval; 0, 40, 62.9, 73.4, 100 mol% VA conlenls Eval; 0, 40 mol% VA contents Eval; 62.9, 73.4,100 mol% VA contents Eval; 0 mol% VA content Eval; 40 mol% VA content Eval; 62.9, 73.4, 100 mol% VA contents

insoluble in .r.agent

Eval E-5eries Eval F-Series Eval E-5eries Eval F-Series Eval; 0, 62.9, 73.4, 100 mol% VA contents

0

Insol~ble in reagent

,.

cyclohexanol

30

9 9 9 9 9 9

cyelohexanoj

30 100

5 5

partlelly soluble in .r.agent

100

9

150

5

insoluble In reagent partially soluble in reagenl soluble in reagent

20

" " " " " Dichlorobenzene

Weight

100

150

Cyclohexyl Alcohol

Cyclohexyl Alcohol

POL Rating

•

30

20

30

20

365

20

365

150 150 <

, Dichlorobenzene (0-)

0

,

0 0 0

"

1

....•......... in~olu~/.lnr·ag~~t.

9 9

30 100

".. u"

soluble in reagent parthilly solubl.e in reagent insoluble in reagenl soluble)n reagent partially soluble In reagent insotuble In reagent

1

100

5

100

9

150

1

.1?0 150

5

20

30

20

30

20

365

20

365

9 9 9 9 9

0.01 0.02 0.5 •

.

0.3

Eval; 40 mol% VA content Eval; 0, 40, 62.9 mol% VA conlents Eval; 73.4, 100 mol% VA contents Eval; 0, 62.9 mol% VA contents Eval; 40 mol% VA content Eval; 73.4, 100 mol% VA conlents Eval; 0, 40, 62.9, 73.4. 100 mol% VA contents Eval; 0 mol% VA content Eval; 40 mol% VA content Eval; 62.9, 73.4, 100 mol% VA contents Eval; 0 mol% VA content Eval; 40 mol% VA content Eval; 62.9, 73.4, 100 mol% VA contents Eval Eval Eval Eval

E-Series F·Series E-5eries F·Series

Eval Eval Eval Eval

E-Series F·Series E-5erjes F-Series

•

Diethyl Ether

'20

30

20

30

20

365

20

365

30"

Dimethyl Sulfoxide

30

,

@

'1l

P ~

n'

'~" '"

~.

;:l

t""

0: .,

.,

I:l

u:

100 100

1

150

9

1.50 20

Dimethylformamide I

,

9 9 9 9 9 1 9

20

.?O

~O

, :

1

0

..

0 0.4 0

insolubl. in reagent solubiein r.·agent insQ.luble in reagen} .. so.luble in reagent )nsolubl~ in r.agent

.~~I~~I~I~(~~~~~I

f

30

2

30

7

0.8

365

1

10.4

365

8

0.7

5

Eval; 0 mol% VA conlenl Eval; 40, 62.9, 73.4, 100 mol% VA contents Eval; 0 mol% VA content Eval; 40, 62.9, 73.4,100 mol% VA contents Eval; 0 mol% VA content Eval; 40, 62.9, 73.4,100 mol% VA contents

.•

"v·

, " . """:""""'"

Eval Eval Eval Eval

E-5eries F·Series E-5eries F-Series

@

% Change % Retained

"tl

P

,

~

Reagent

~

Dimethylformamide

n'CIl

Reagent Note

Conc.

Temp.

Time

(%)

C'C)

(days)

,

CIl

15' ;:l

t-'

.,c;: .,>l

Dioxane

tt:

POL Rating

30 100 tOO 150 150

9 9 1 9 1

30 100 100 150 150

9 5 9 5 9

Ethane Dichloride Ethyl Acetate 20 20 20 20 30 100 100

Ethyl Acetate

30 30 365 365

150 150

Ethyl Alcohol i

, ethanol

" " " " Ethyl Ether Ethylene Chlorohydrin

20 20 20 20 30 100 ,100

,

150 150

, ,

30 30 100 100 150 150 20

Ethylene Glycol

20

,

~

Ethylene Glycol

30 30 365 365

20 20 30 '100 100

Tensile Strength

Resistance Note

Material Note

insoluble in reagenl

insoluble In' reagent soltible in reagent

Eval; 0, 40, 62.9, 73.4, 100 mol% VA contents Eval; 0, 100 mol% VA contents Eval; 40, 62.9, 73.4 mol% VA contents Eval; 0 mol% VA conlent Eval; 40, 62.9, 73.4, 100 mol% VA contents

Insoluble In reagent partially soluble in reagent insoluble in reagent partially soluble in reagenl Insotubleln reagent

Eval; 0, 40, 62.9, 73.4, 100 mol% VA contents Eval; 0, 40 mol% VA contents Eval; 62.9, 73.4,100 mol% VA contents Eval; 0, 40 mol% VA contents Eval; 62.9, 73.4,100 mol% VA contents

no change in appearance

Nippon Goh. Soarnol

"

soluble in reagent

0

,

9

<0.01

9 9 9 9 9 9 5 9 5 9

<0.01 0 0 0.2 0

8 3 6 1 4 9 9 5 9 5

0.88 3.4 1.5 6.6 2.3

9

<0.01

,

"

30 30 365 365

6 7 ,4

6 9 9 5 1 9

150 i

5 1

"

insoluble in Teagent partially sOlu~le in reagent insoluble in reagent

Eval E·Series Eval F-Series Eval E-Series Eval F-Series Eval; 0, 40, 62.9, 73.4,100 mol% VA contents Eval; 0 mol% VA conlenl Eval; 40, 62.9, 73.4,100 mol% VA contents

partially soluble in reagent insoluble in reagenl

Eval; 0 mol% VA content Eval; 40, 62.9, 73.4, 100 mol% VA contents

.

no change in appearance

,

insoluble in reagent

Nippon Goh. Soarnol Eval E-Series Eval F-Series Eval E-Series Eval F-Serles Eval; 0, 40, 62.9, 73.4, 100 mol% VA contenls Eval; 0, 73.4,100 mol% VA contents Eval; 40.0, 62.9 mol% VA contents Eval; 0,100 mol% VA contents Eval; 40, 62.9, 73.4 mol% VA contents

,

"

partially soluble in r.eagent insoluble in reagent partialiys~luble in'ieagenl no change in appearance . insolubllnn reagen! solubie in reagent insoiuble in reagent

9 1 9 1 9 1

100 150 1'50

Weight

"

soluble in reagent insoluble in reagent 1.2 0.8 2.5 1.5

",.,",

..... .....

s~lu~lei~ r~g!'1L

.

0,100 mol% VA contents 62.9, 73.4 mol% VA contents 0, 100 mol% VA con tenIs 62.9, 73.4 mol% VA contents 0, 100 mol% VA conlenls 62.9, 73.4 mol% VA conlents

_.~,

insoluble in reagent

,,,-

Nippon Goh. Soarnol Eval; Eval; 40, Eval; Eval; 40, Eval; Eval; 40,

";';

pani~IIy'$Ohible in reagent sol,~ble In reagen~ iOs~!lible in reagenl,

partialry so.luble In reagent sotu~'e

in reagent

Eval E-Series Eval F-Series Eval E-Series Eval F-Series Eval; 0, 40, 62.9, 73.4, 100 mol% VA con tenIs Eval; 0 mol% VA content Eval; 40, 73.4, 100 mol% VA contents Eval; 62.9 mol% VA content Eval; 0 mol% VA content Eval; 100 mol% VA content Eval; 40, 62.9, 73.4 mol% VA contents

m

<

o

:::I:

Chemical Resistance - Ethylene Vinyl Alcohol Copolymer

'"

(0

Chemical Resistance - Ethylene Vinyl Alcohol Copolymer

m

< o

w

C>

I

Reagent Note

Reagent

Temp. (>c).

Cone. ('I')

..

POL Rating

100 100

Formic Acid

,

~ C/)

Isobutyl Aldehyde Isopropyl Alcohol

~

ri' C/)

tl ~ C/)

Isopropyl Alcohol

to· ;:l

~

.., ..,P

0-

<.<::

Kerosine Lamp Oils Lubricating Oils

Material Note

u

soluble in reagent partially soluble in reagent insoluble in reagent

1

;

100

5

)50

9

150

1

30

9

30

1

100

9

100

1

150

9

150

1

insoluble in reagent

... sol~ble in re~~~~I. ... ·iiisolubliiiiiiellgiiiit . I

~.

Eval; 0, 40, 62.9, 73.4, 100 mol% VA contents Eval; 0, 40 mol% VA contents Eval; 62,9 mol% VA content Eval; 73.4,100 mol% VA contents Eval; 0, 40 mol% VA contents Eval; 62.9, 73.4, 100 mol% VA contents

solUble In reagent insoluble in reagent soluble in reagent insoluble in reagent soluble in reagent

Eval; 0 mol% VA content Eval; 40, 62.9, 73.4,100 mol% VA contents Eval; 0 mol% VA content Eval; 40, 62.9, 73.4, 100 mol% VA contents Eval; 0 mol% VA content Eval; 40, 62.9, 73.4, 100 mol% VA contents

9 9

0.11

no change in appearance

Nippon Goh. Soamol

0.11

"

"

<0.01

u

LPG

9 9

<0.01

u

9

0.05

150

9 9 5 9

150

5

30 100

9 n·hexane

30

" " "

100

1

100

9

150

1

"

150

9

Hydrochloric Acid Hydrogen Peroxide Isoamyl Acetate

"1:l

Resistance Note

,

9 9

I

100

@

Tensile Slrength

"

Glycerol

Isobutyl Alcohol

%Ret~lnel

Weight

.. ".,.,.

liquid

Glycerin Glycerol

Greases Hexane

% Chan9.e (dars)

·3<1

Formamide

Freon 12 Freon 22 Gasoline

Time

10

4

2.5

3

6

2.6

9 9 9 9

0

30

20

30

20

365

20

365

iso·butanol

30

" " " "

100

partially soluble in reagent

Eval; 0, 40, 62.9, 73.4, 100 mol% VA contents Eval; 0, 40 mol% VA contents Eval; 62.9. 73.4,100 mol% VA contents

insoluble in reagenl partially soluble in reagenl

Eval; 0, 40 mol% VA contents Eval; 62.9, 73.4,100 mol% VA contents

no change in appearance

Nippon Goh. Soamol

insolUble In reagenl soluble In reagent insoluble in reagent soluble in reagent insoluble in reagent

Eval; 0, 40, 62.9, 73.4, 100 mol% VA contents Eval; 0 mol% VA content Eval; 40, 62.9, 73.4, 100 moi% VA contents Eval; 0 mol% VA content Eval; 40, 62.9, 73.4, 100 mol% VA contents

becomes lransparent no change In appeerance

Nippon Goh. Soamol

" Eval Eval Eval Eval

0 0.3 0.04

E·Series F·Series E-Series F·Series

insolliiMiiiiiiageiil

100

5

150

9 5

partially soluble in reagent insoluble in reagent partially soluble in reagent

Eval; 0, 40, 62.9, 73.4, 100 mol% VA contents Eval; 0, 62.9, 73.4, 100 mol% VA contents Eval; 40 mol% VA content Eval; 0, 62.9, 73.4, 100 mol% VA contents Eval; 40 mol% VA content

<0.01

no change In appearance

Nippon Goh. Soamol

<0.01

"

IS!>

"

100

"

100

5

30

iso·propanol

150

"

150·

heavy

iiisoiUtjiiiiiireagiint

9 9

9 9 9 9

isopropanol iso-propanol

<0.01

"

"

u

"

9

20

i

" .",.

u

Insoluble In reagant u

partia)ly soluble in reagent. insoluble in reagent

9 ,

1

,

9 9 9

<0.01

. . .. .....'... SOlub}elii.re~~8nl ...... ········iiochlliiilii,riiiPriiiiiiiricii

u

Eval; 0, 40, 62.9, 73.4, 100 mol% VA contents Eval; 0, 62.9, 73.4, 100 mol% VA contents Eval; 40 mol% VA content Eval; 0, 62.9, 73.4, 100 mol% VA contents Eval; 40 mol% VA content Nippon Goh. Soamol

<0.01

"

"

<0.01

"

"

@

.~g~a~~~ Ofo

~

i=l

~ ;:;.

'"

~ u:;. '"

Reagent

Reagent Note

Conc.

Temp.

Time

(")

('C)

(days)

Machining Oils Methyl Acetate

POL Rating

Weight

9

<0.01

100

5

100

9

t

150

5

150

9

6

3.2

30

1

13.3

2 1

16.7

1

12.2

Methyl Alcohol 20 20

30

·20

365

20

365

Nitric Acid

Nippon Goh. Soarnol Eval E-Series Eval F-Series Eval E·Series Eval F-Series Eval; 0, 40, 62.9, 73.4,100 mol% VA contenls Eval; 0, 62.9, 73.4, 100 mol% VA conlenls Eval; 40 mol% VA content Eval; 0, 62.9, 73.4,100 mol% VA conlents Eval; 40 mol% VA content

5.7

150

9

soluble in reagent insoluble in reagenl

" .. solubl~i~r~ag~nl no chang.;;n appearance insoluble in reagent soluble in reagent

1 <0.01

Eval; 40, 62.9. 73.4. 100 mol% VA contenls

150

1

soluble in reagent

Nippon Goh. Soarnol Eval; 0, 40, 62.9, 73.4, 100 mol% VA contents Eval; 0 mol% VA content Eval; 40, 62.9, 73.4, 100 mol% VA conlents Eval; 0 mol% VA content Eval; 40, 62.9, 73.4, 100 mol% VA contents

30

9

100

5

100

9

insoluble in reagenl panially soluble In reagent insoluble in reagenl panlally soluble in reagent insoluble in reagenl

Eval; 0, 40, 62.9, 73.4,100 mol% VA contents Eval; 0, 40 mol% VA contents Eval; 62.9, 73.4, 100 mol% VA contents Eval; 0, 40 mol% VA contents Eval; 62.9, 73.4, 100 mol% VA contents

"

Eval; 0, 40, 62.9. 73.4. 100 mol% VA conlenls Eval; 0 mol% VA conlent Eval; 40, 62.9, 73.4, 100 mol% VA contents Eval; 0 mol% VA contenl Eval; 40, 62.9, 73.4,100 mol% VA conlenls

9 9 1

100

1

150

1

150

5

150

9

30

9

100

1

100

9

150

1

150

9 9 9 9 9

20

30

20

30

20

365

20

365

" "

soluble in reagant Insoluble in reagent soluble in reagent insoluble In rea9~nt. 0

Eval Eval Eval Eval

0 0.05 0

4

·siighisweiiing

2.5

E·Series F-Series E·Series F-Series

Nippon Goh. Soarnol

5

carbonization

"

9 9

insoluble in ,eagenl

Eval; 0, 40, 62.9, 73.4. 100 mol% VA contents

150

5

panially soluble in reagenl

150

9

concentrated 30 100

Pentane Perchloroethylene Petroleum Benzene Petroleum Ether

no change in appearance

1

10

Nitromethane

Eval; 0, 40, 62.9, 73.4, 100 mol% VA conlenls Eval; 0 mol% VA content Eval; 40, 62.9, 73.4. 100 mol% VA contents Eval; 0 mol% VA content

100

30 100

Methylnaphthalene (a-)

Nippon Goh. Soarnol

insoluble in reagent panially soluble in reagent insoluble in reagent panially soluble in reagenl insoluble in reegent

insoluble in reagent

Methyl Ethyl Ketone

Material Note

no change in appearance

100

150

Methylene Chloride

Resistance Note

9 9

30

Methyl Isobutyl Ketone

Tensile Strength

9

30

;:l

..,0..,i=l

Retaln~d

.

n-pentane

"

9 9

<0.01

9

<0.01

<0.01

20

30

9

a

20

30

9

0

20

365

20

365

9 9

... .insolu~le I~r~~ge~! ........ nochangiilii·appearance·

Nippon Goh. Soarnol

"

.

" "

"

..

0.3 '.

" Eval; 0 mol% VA content Eval; 40, 62.9, 73.4, 100 mol% VA conlents

0

Eval Eval Eval Eval

E-Series F-Series E-Series F-Series

m

o<

:::I:

Chemical Resistance - Ethylene Vinyl Alcohol Copolymer

c.v -0.

Chemical Resistance - Ethylene Vinyl Alcohol Copolymer

m

oI<

W N

% Change ,. Retained' Reagent

Reagent Note

Cone.

Temp.

Time

(")

I'C)

(days)

Phenol

Propyl Alcohol

n-propanol

" " "

, ,

"

Propylene Glycol

insoluble in reagent

150 150 30 100 100 100 150 150 150

9 9 1 5 9 1 5. 30 30 365 365

po

~

n'fJl

2

Spring Oil Sulfuric Acid

i? fJl

15' ;:l

concentrated

t-'

..,0: p ..,

u::

Tetrachloroethane

30 30 365 365

10

'U

3 30 30 30 30 98

Eval; 0 mol% VA content Eval; 40, 62.9, 73.4,100 mol% VA contents Eval; 0 mol% VA content Eval; 40. 62.9, 73.4,100 mol% VA contents Eval; 0 mol% VA conlent Eval; 40, 62.9, 73.4, 100 mol% VA contents

9 9 5 9 1

20 20 20 20

10 10 10

Material Note

30 100 100'

150 150

©

Resistance Note insoluble ,in reagent soluble in reagenl insoluble in reagenl soluble In reagenl partially solub'le in reagent

20 30 30 30 100 100 100 150

Sea Water Silicone Oils Sodium Carbonate Sodium Hydroxide

Tensile Strength

9 1 9 1 5 1

20 '20

Salad Oil

Weight

30 30 100 100, 150 150

'20

Pyridine

POL Rating

20 20 20

20 2.0 20

' 30 "':'00

7 7 7

7 7 7

4

9 1 9 9 1 5 5 1 9 5 1 9 9 9 9 9 6 9 6 8 5 7 9 7 4 8 4 7 5 9 1

soluble in reaganl

Eval; O. 40. 62.9, 73.4. 100 mol% VA contents Eval; O. 62.9. 73.4,100 mol% VA contents Eval; 40 mol% VA contenl Eval; O. 62.9, 73.4,100 mol% VA contents Eval; 40 mol% VA content

" partially solubla in reagent insolubla in reagent soluble .in reagent insolubTe in reagent

Eval; O. 40. 62.9, 73.4, 100 mol% VA contents Eval; O. 100 mol% VA contents Eval; 40 mol% VA content Eval; 62.9. 73.4 mol% VA contents Eval; 0, 100 mol% VA contents Eval; 40 mol% VA content Eval; 62.9. 73.4 mol% VA conlents

"

sotuble 'in reagenl partially soluble in reagent insolUble in"eagent sOlubi~ in 'reagent partially soluble in, reagent 2.8 0.5 10 0.5

,

Eval E-Series Eval F-Series Eval E-Series Eval F-Serles Eval; 0, 73.4,100 mol% VA contents Eval; 40 mol% VA conlent Eval; 62.9 mol% VA content Eval; O. 62.9 mol% VA contents Eval; 40 mol% VA content Eval; 73.4, 100 mol% VA contents Eval; 0, 62.9 mol% VA contents Eval; 40 mol% VA conlent Eval; 73.4, 100 mol% VA contents

insoluble in'reagent soluble in reagent partially'soluble in reagent

"

soluble in reagenl Insoluble in reagent partially solUble in reagent soluble in. reagent insoluble in reagent

Eval Eval Eval Eval

0.03 0 0.07 0.1 2.8 <0.01 3.3 0.62 2.48 1.18 1.6 2.7 0.58 2.91 1.58

no change in appearance

Nippon Goh. Soarnol

"

" "

" 92 81 92

Eval E-Series; 44 mol% ethylene Eval F-Series; 32 mol% ethylene Eval H-Series; 38 mol% ethylene nO change,.In appearance

<0.02

E-Series F-Series E·Series F-Series

'.

"

slight swelling 79 95 carbonization insoluble in reagent

.. ~?I~b,Il~inr~~~!~t:

Nippon Goh. Soarnol .;

" " Eval E-Series; 44 mol% ethylene Eval F-Series; 32 mol% ethylene Eval H-Series; 38 mol% ethylene Nippon Goh. Soarnol

' Eval; O. 40, 62.9, 73.4, 100 mol% VA contents Eval; 0 mol% VA content

@

% Change % Retained:

'tl

E" ~

Reagent

tl C1l en

Tetrachloroethane

n' en

Reagent Note

Cone.

Temp. ('c)

(%)

<E' ;:l

t-'

0: .... p ....

Time

100

5

100

9

150

1

150

5

It:

Material Note

partially solubla in reagent insoluble .in reagent soluble in raagent partially solubla in raagent insolubla in raagent

Eval; 40 mol% VA content Eval; 62.9, 73.4, 100 mol% VA contents Eval; 0 mol% VA content Eval; 40 mol% VA content Eval; 62.9, 73.4,100 mol% VA contents

swelled insoluble in reagent soluble in reagent partially solubta in reagent Insoluble in reagent soluble in re.agent partially soluble in reegent insoluble in reagent

Eval E·Series Eval F·Series Eval E·Series, Eval F Series Eval; 0, 40, 62.9, 73.4, 100 mol% VA contents Eval; 0 mol% VA content Eval; 40 mol% VA content Eval; 62.9, 73.4, 100 mol% VA contents Eval; 0 mol% VA conlent Eval; 40 mol% VA content Eval; 62.9, 73.4, 100 mol% VA contenls

<0.01

no change in appearance

Nippon Goh. Soarnol

0.03

. u.

"

insoluble In reagent soluble In reaganl Insoluble in reagent soluble in reagent Insoluble In reagent

Eval; 0, 40, 62.9, 73.4, 100 mol% VA contents Eval; 0 mol% VA content Eval; 40, 62.9, 73.4, 100 mol% VA conlents Eval; 0 mol% VA content Eval; 40, 62.9, 73.4,100 mol% VA conlents

0.01

nO chenga in appearance insolUble In reagent sotuble in reagenl insolubla in reagent soluble In raagent insoluble in reagent

Nippon Goh. Soarnol Eval; 0, 40, 62.9, 73.4, 100 mol% VA contents Eval; 0 mol% VA content Eval; 40, 62.9, 73.4,100 mot% VA contents Eval; 0 mol% VA conlent Eval; 40, 62.9, 73.4, 100 mol% VA contents Nippon Goh. Soarnol

9

20

30

20

30

20

365

9 9

0.4 0.3

3

9

30 100

1

100

5

100

9

150

1

150

5

150

9 9 9 9

Thinners Toluene 30 100

1

100

9

150

1

150

9 9 9

Trichloroethylene 30 100

1

,

,

9

100

Vinyl Chloride Water

Tensile Strength

Resistance Note

Weight

(days)

150'

Tetrahydrofuran

POL Rating

150

1

150

gas

9 9

<0.01

no change in appearance

distilled

6

3.1

u

;

30

9

30

1

37

182

37

182

37

182

37

182

100 100 100 150 150 150

Xylene

,

insoluble in reagent solubla in reagenl

10 7.7

5 ;

30

9

20

365

7

0.8

20

365

9 9

0

30

iOO

1

100

9 1

.150

9

insoluble In raaganl soluble in reagent lnsolubla in reaganl s~lubla in reagent Insolubla In raagent

Eval E-Series,Eval F-Series Eval E·Series Eval F·Series Eval; 0, 40, 62.9, 73.4,100 mol% VA conten's Eval; 0 mol% VA content Eval; 40, 62.9, 73.4,100 mol% VA contents Eval; 0 mol% VA content Eval; 40, 62.9, 73.4, 100 mol% VA contents

12.7

20

150

insolubla in raagent soluble In religent partially soluble in reagenl insoluble in reagent soluble in reagent partially soluble In reagent

14.2

1 1 1 1 9 1 5 9 1

"

Eval; 0, 40, 62.9, 73.4 mol% VA contents Eval; 100 mol% VA content Nippon Goh. Soarnol D,DT; 29 mol% ethylene Nippon Goh. Soarnol DC; 32 mol% ethylene Nippon Goh. Soarnol E,ET; 38 mol% ethylene Nippon Goh. Soarnol A; 44 mol% ethylene Eval; 0, 40 mol% VA contents Eval; 100 mol% VA content Eval; 62.9, 73.4 mol% VA contents Eval; 0, 40 mol% VA contents Eval; 100 mol% VA content Eval; 62.9, 73.4 mol% VA contenlS

0

m

o<

::r:

Chemical Resistance - Ethylene Vinyl Alcohol Copolymer

v.> v.>

m

Chemical Resistance - Ethylene Chlorotrifluoroethylene Copolymer

(")

w

~

~

"m

Reagent

Reagent Note

Acetic Acid

I

Conc.

Temp.

Time

(Ok)

('C)

(days)

10 10 10

23 23 23 23 23

7 7 7 7

0.25% 0.25%

3 3 3 3

0.25% 0.25%

10

10 10

82

10

a2

10 10 10 10

82 82 121 149

10

149 149

10 10 20 20 50 50 80 80

POL

Load

8 2 4 7 8 1 3 5

.~

73.1

23 121 23

8 8 8 8

8 8 8

11 11

4

'8

23

23

8 8 8 2 4 8

66

8

11

11

23

66 23..

66

Acrylonitrile Adipic Acid '1:1

~ ~

0' en tJ ~ en

23

23 66.,

Allyl Chloride

23 149

23 l.49

Alum Aluminum Chloride

23

<0'

Aluminum Fluoride

149" 23

t

Aluminum Hydroxide

149

;:l

c:r

-;

p -; te:

.~.

23

149

Ausimonl Halar LNP; 20% carb.tib. LNP; 20% gl.fib. LNP; 20% carb.tib. LNP; 20% gl.fib. LNP; 20% carb.tib. LNP; 20% gl.fib. LNP; 20% carb.tib. LNP; 20% gl.fib. Ausimonl Halar LNP; 20% carb.tib. LNP; 20% gl.fib.

69 LNP; 20% carb.fib.

0.2

80-100

80-100

3.5

<25

80-100

8'

121

Acetylene

Material Note

recommended for use

Ausimont Halar

Ms"ess'craokiilgobserved recommended fo, use

Ausimonl Halar; 2.3 mm Ihick Ausimonl Halar Ausimonl Halar; 2.3 mm Ihick

il

23

125

use

recommended' for use

149

23 66

Acetyl Nitrile

recommended lor

4

0.25% 0.25%

Resistance Note

52.7 71.3 89.2 90.8 41.9 64.4 75.3 70.1 40.9 62.1

230

Acetyl Chloride

r~~slIe

~lfl!ngth

.8 1 3 3

23 66 23 23 66

Acetic Anhydride Acetone

WeIght

Rating

121

glacial

@

% Retained

Change

0.1

80-100

. no slress

80-100

crac~jng

observed

recomm'ende.d for use

Ausimonl Halar

nO'SlieSS·'oraokjng·obser~ed

Ausimonl Halar; 2.3 mm thick Ausimonl Halar

recommended lor use nol reCOl11mende~for use

4

25-50

nR~!!~M~!l!~Nrg9Pserved

80-100

recommended lor USB

8,.

.;

8 8 8' 8' .•••£

.

8 .

~/

.'.«

~::

":~;

8 8

8

'S

-

.>~

. ...

. W.o:;

W',;,;:':.•

8 ""'8.. .... 8· ·····8_

.

Ausimonl Halar; 2.3 mm Ihick Ausimonl Halar

@

::9 p ~

% Change Reagent

Reagent Note

ri'

Conc.

Temp.

Time

I"')

I'C)

(days).

Load

POL Rati'1g

'"f? tEo '"

Aluminum Oxychloride

23 66.,..

'·8

~

Aluminum Sulfate

23 14~'

II

Aluminum Nitrate

;:l

... P ... u::

0-

Ammonia

aqueous solulion

23

8

149

. 8"

Ammonium Acetate Ammonium Alum Ammonium Bifluoride Ammonium Bisulfide

2;1

8'

611·'·;':· 23 149 23

8 8 8 8

149

".,8,.

2,3

8 '8

Ammonium Hydroxide

."

10 10 25 25

.;':;':23\';:'

28

,~~:.

28

,its{ 11

8

11

8

7 7 7 7 3 3 3 3

23 '82 82

"'8~ 82

0.25% 0.25%

8 '2

7 6

9 0.25% 0.25%

2 7

s· 8

'149

':Q

>

."

.

. .'.

/

,," "

";:;~;

;'~~:':':"

." .

...

.

' : ",.,

<0.1 0.2

0.25%

~49

0.25%

:·.:;iii'i:siieSS:i)iactiliig:oliiiilNiltt·:::::::·

80-100

;.

recommend~~ lor,use:'"

Ausimonl Halar; 2.3 mm Ihick Ausimonl Hala, LNP; 20% ca,b.fib.

53.8

LNP; 20% carb.fib.

85.1 79.6 92

LNP; 20% carb.fib.

LNP; 20% gl.fib. LNP; 20% ca,b.fib. LNP; 20% gl.fib. LNP; 20% gl.fib. :~ ';'

TecOmmendedJbr use

LNP; 20% gl.fib.

Ausimonl Halar

44.1

LNP; 20% carb.fib.

6

82.8 78.5 90.8

LNP; 20% ca,b.fib.

5

23,"

.8.

8'"

.' ··S·· .,;.

'149·

80-100

80-100

1

.149 149 .~~~ ~\: ..

80-100

59.1 89.7 81.7 94.3

8

1-49

Ammonium Persulfate

.~,

.8':'"

~:

Ammonium Nitrate

Ausimonl Halar

;:.;.~;

8\

)!3 149

Material Note

..

r

8

23 23' 23 23··

Ammonium Metaphosphate

recommended l~r use

.8 8 8' 8 8 '8

149<:

Ammonium Dichromate Ammonium Fluoride

Resistance Note "

Elongation

8 8

23 .0149;·' 23

Ammonium Chloride

I

.8 .. .;: 8

149

Ammonium Carbonate

IIIOd~IUS

<8

121,' 2~ 14Jl,,,,,;.:t

gas

% Retained Tensile S1rengfh

.8

23

10 10

Weight

LNP; 20% gl.fib. LNP; 20% gl.fib.

re,CoinmeJided 101 use: . ...

'23

Ausimonl Hala,

,,: u·....

i49. :~~;:

...

••

m

()

......

--i

'TI

m

Chemical Resistance - Ethylene Chlorotrifluoroethylene Copolymer

c.>

01

m () --t 11 m

Chemical Resistance - Ethylene Chlorotrifluoroethylene Copolymer

Reagent

Reagent ~o~e

I Ti~e

I' Conc. I Temp. (%).. ('C)

Ammonium Phosphate

(daY$)

~, C~~nge

I

POL I aatln!!'

Load

23 ,149

8 8··.

Ammonium Sulfate

23 149

8 8

Ammonium Sulfide

23 1.49,

'8"

Amyl Alcohol

Aniline

12.1

~

23

8

f·lt 9 ,

e

23 23

"

Barium Carbonate

Barium Hydroxide

V>

Beer

~

ii'

Beet Sugar Liquors

t"'

Benzaldehyde

r~am!'itn~ed

<0.1

80-100

eO·l00

Ausimonl Halar; 2.3 mm thick Ausimont Halar Ausimonl Halar; 2,3 mm thick

f.cCimmflii~edfol~e

Ausimont Halar

"ltack.~a'

1

e

23

e

joruse

no stre.ss· crilc~ing.a,bs,erved:· nOlfeco"ln;~n~~~ !~!:Hse .

8 8 8·

66

e

2....3

e

.:;.:

.,

. ~(

10 10 10

o

8

23

2'3

11

8

0.1

80-100

80-100

75-105 "121

11

7

0.5

80-100

80-100

23

e e

1.49

8

23 '149

e ,'i

recommended 'or lise '0 '0 0'

."

6;· 8

~;:"!~j\i.·.

!l

;:;~~r~~~1

no slless craCkS; may darken @ tong up,os,

8,·

... 149.

:.: f:l~;;~~~:~~(tf:>':

;:l

..,0: ..,i=l

11

66

at

0' V>

.

o o

8,

ei;· ._

(V~!'li";;i

Barium Sulfide

not recol11menqe(j Jor ~$'

0,

,".

;.;';:~::'".:;

BariumNitrate Barium Sulfate

~

u

,"

e

~

Barium Chloride

po

~.

e

--_

Arsenic Acid

~

ol

::.\;.-'.';:

Antimony Trichloride Aqua Regia

@

Ausimont Halar

. ..

2.

_

Anthraguinonesulfonic Acid

lar use."

o

..

1"49:' .. _' 23.,

Anthraquinone

"re<:olrim~~ded

e

23"" '.

"'":',)

Mllteri~,I~~ie

Resistance Note

. '.'

",':

''\e, 11

..:-.-dZl

lard oil

.

8'

. 66 .: ... ::

Animal Oils

'I

i~~sile M~d~I~;1 E,lo~gauOn

Strength '

8

. ,<~3 149

Amyl Chloride

'.

~fietainl!!I" . ,

8

~ !l6

Amyl Acetate

Weight

U) (J)

~:

..::::'

,~':

'i

Auslmont Halar; 2.3 mm thick

Ausimont Halar

@

% Chan$J~

"0

po

Reagent

~

ri-

en

tl

I

Re~gent

Notl;l

Benzaldehyde

n:>

en

Cone.

Temp.

('lIo)

I·C)

>10 >10

.66

Time (~ays)

23

POL

Load

l

,.

2

2~

11

i

121

11

3

11 11

Benzene

23

benzole

~3

.,

p

benzole

6~

benzole

121

Z·4 . . · 10

Benzenesulfonic Acid

10

10

Benzoic Acid Benzyl Alcohol

Bleach

12.5% chlorine 5.5 % chlorine 12.5% chlorine 5.5 % chlorine

80-100

8 8 8

0.6

80-100

80-100

3

7

<25

80-100

8~

23

8

121

8,

.....;.23··

8'-

/1~

2

e··

23,

8

no SI~~SS cr"'c~in~obs~~eci noi reco)lime~dii1l (or use

'.

·

~9t;(~~~mm~~~~l!!oruse ieeoiiiiiieiiijMJiii use 'u

~;.

"

.~.:.:

·

IS,,;

·

149

e

"u

23

8

':"',::::"U

bromine vapor

's

14~"

8

25

25

66

25

bromine iiquid bromine water

bromine liquid bromine water

'~'"

..

.'.'

e

f4il

23i 121' 23

.

Ausimonl Halar Ausimonl Halar; 2.3 mm Ihick Ausimont Halar Ausimonl Halar; 2.3 mm thick Ausimont Halar

iicomm~ncledforlJS'e

· ·

;'i oU,

"ll

·

e

liiitT~~OTm~Qd~ll f.~r~S8'

2

:.~,' ,~

.,:

~>:'- ..

.'.8 8

. 1 ~1

),

>"

\1~~,'>.8 brine acid

Ausimonl Halar; 2.3 mm thick

lecomlOended'\or use no sIres; cracking observed '. recomni$niled IQr use ••.

8

23····".:

Ausimonl Halar

not ret()o\~end~d IOrlis!, ,no stfesscr~cking observed

j"

23;',8 1.49 8

Boric Acid

Bromine

80-100

<25

8

23

Borax

Brines

80-100

X.

·1.49 Bismuth Carbonate Black Liquor

0.2 10.5

2

2F

Material Note

rebolllmeneled lor use .;/

8

..

;:l

t"'

ftesistance Note

Rating

<E-

c;: .,

%~etalned

Weight

I ~ ,'~ . ";:00 ";:00~1i~~~;

Ausimonl Halar; 2.3 mm Ihick Ausimonl Halar; 3.2 mm Ihick Ausimonl Halar

Butane Butyl Acetate

<2~<

23/>

11

0.7

80-100

80-100

Ausimont Halar; 2.3 mm thick

m

()

-i

.."

m

~

Chemical Resistance - Ethylene Chlorotrifluoroethylene Copolymer

c..>

--.J

Chemical Resistance - Ethylene Chlorotrifluoroethylene Copolymer

m

()

-'-

w

00

-i "'T1

m

% Change Reagent

Reagent Note

Cone.

Temp.

Time

C%)

C'C)

(days)

Butyl Acetate Butyl Alcohol

PDL Rating

66

8

121 121

2

23 23 23 23

bulanol bUlanol; primary butanol; secondary butanol

Load

118

3 8 8

11

Butyl Alcohol (sec-)

Calcium Bisulfide

23

Calcium Bisulfite

149 23

,

8 8 8

~.

8

8

23

8

149

~

'23

8 8 8 8

149

23 149

@

'1:J

Calcium Oxide

~ ;:;.

ICalcium Sulfate

p

t:::l

(1)

Cane Sugar

can sugar liquors

;:s t""'

0: .,

., p

\t:

8,.

149

8

23

8

1'49

8

23 149 23·

8

Caprylic Acid Carbon Dioxide

dry wet

.' 66 23 23

Ausimont Halar; 2.3 mm thick

recommended lor use

Ausimonl Halar

F

Of

~-'

./

:.

u

.' '.

r

" " ~'.

.·• .

~~~~.

·

.tt ;: ~:.

9····

.'

Ii .

f'

I

8

':i .....

.~:~'~

')

~

",r

~.

8 8

>

"':~ II

8

8 8 'i8

,{~;

• ".:::

,;.

8

2~

6~' 23'

(I)

tEo

23' 149 23

149.

(I)

no stress' cracking observed

'8

8

Calcium Nitrate

80-100 80-100

8

23 66

Calcium Hypochlorite

80-100 50-75

u·

'8

Cadmium Cyanide

Calcium Hydroxide

<-0.1 2

u

8

Calcium Chloride

Ausimonl Halar

"",

8

Calcium Chlorate

Ausimonl Halar; 2.3 mm Ihick

cr~WmfuMijWt~r use

8

121.

Calcium Carbonate

M~ltM!&(M~m~9bser.ed

.8 8

23

149

Ausimoot Halar

8 8

149 ,;

recommended lor U$e oot' recllmmended lor use

8

23 23 121' 23 23

Butyric Acid

80-100

Material Note

8

149

ButYfStearate Butylene

<25

Resistance Note

8

23

Butyl Cellosolve Butyl Phenol

10.5

8 5 8

11 11

149 149 149

butanol; primary bulanol; secondary

Weight

% Retained rE,~ngatlo~c

Tensile ."OdUIU~ Strength

;

'.

.~-::.

~

It

>-"

~~:

~~

'S~""

li~eag~nt

tl

ICarbon Dioxide

@

n'Vl C1l Vl

cE' ;:l

t'"

0: ...

...>:l

u:

~l%ih;~ge

I '>"-

~eagent N,ote

I,c
••.•

I

TiT'e

Load

I., POL Rating:

('CI(days)

149' .,149

dry wet

8.}:

66 23': t.4!F

Caustic Potash .,. 2-ethoxyethanol

Chloramines Chlorine

8

23

'8

14~

8 .' ., ....

Chlorosulfonic Acid

60

8 8

121

.?-

121

8

23 121 23 23

'8

Chromic Acid

;:':"

,~':.

....

::ie'

, I> ,;~.;{:: :,.;~- :d£L

il 8

,i~~~ln%J~~fJ~'ri~~

8 ';0.""

.---------.----,-

8

'8 11

6

;~'ll! .

0.9

50-75

80-100

19.5

<25

80-100

Ausimont Halar; 2.3 mm thick Ausimont Halar

. .,•...8 11

2 3

Ausimont Halar; 2.3 mm thick

'8

rec:?:m;~~~ed!~r~~

6~

2

nOf teoolimtllnded' fot. u,sa

23. 23 121 23

23 149 10 10 30 30 40

. "

23

'23

Chrome Alum

~.'

····u

It,·,;

66

Chloroform

~;,;

23 ;!3 66 '121"

i~1

Chlorobenzyl Chloride

.

':','\ -'-""8

li3U;

121 121

:~::::

. "."",

~

,.,,23'; ...:. ~ ," "23

Chlorobenzene

:f'u

.. ~

8/:

23. 66',

Chloroacetic Acid

:>~.

8'.;:",·

~

moist gas dry gas chlorine water dry gas liquid moist gas

Ausimont Halar

--~-r;"---

'8

149'

723

chlorine water dry gas liquid

iecomln-anil.i;{for use

if ' '~"'"

'iW9

Cellosolve Acetate Chloral Hydrate

Material Note

. .)~:. >~£: :::i:(::~;:~'

8 8 8

8..

."",~

Castor Oil

Cellosolve

l

)",~;j

.Carbonic Acid

Resistilqc~ No~~

.ik

'23

rCarbon Tetrachloride

%Retained Tenslll!M~~~IUS '1' EIOngetlo.n Strength " ,

8

,"~i"""

Carbon Disulfide Carbon Monoxide

Weight

'--.~

'2.3 .,:• •' 21' ",; 23· 121 23

8 11

4

."

4,5

50-75

80-100

0.1

80-100

80-100

8 11

'8 8 8 .8 8 8 8 8

Ausimont Halar

,

r~S~'!J'M~~~{(oius,~

no sti$SS d~i;liing
. I~~iim;il~ij~~lq(4~~

,~!We~~~~~~rl~':~,r~~",,,@

...

racomJ)l'<~~~~!p( us~

.

Ausimont Halar; 2.3 mm thick Ausimont Halar Ausimont Halar; 2,3 mm thick Ausimont Halar

" "::::,;"

m

:0:

"

()

--i

."

m

Chemical Resistance - Ethylene Chlorotrifluoroethylene Copolymer

(,.)

co

Chemical Resistance - Ethylene Chlorotrifluoroethylene Copolymer

m

()

~

o

--i

-n

m

Reagent

Reagent Note

IChromic Acid

('C)

(days)

40 50 50

121

8

23 23

s 11

8

<0,1

80-100

80-100

no stress cracks; may darken 0 long e~pos.

50 50

111

11

7

0.4

80-100

80-100

",

Copper Nitrate Copper Sulfate Corn Syrup Cottonseed Oil Cresol

50 50 50

Crotonaldehyde Crude Oils

ICupric Chloride

::;"

Cupric Fluoride

25 25

~

'Jl

tl

ro

'Jl

Cupric Sulfate

to" ;:l

t""'

0: .., p

..,

\t::

Cuprous Chloride Cutting Fluids

thread cutting oils

Ausimont Halar

u

8

",

23

8 8

j,

'recomme,nded lor use

'u

8 8 S

23

8

8

23 121

8 S

23

,8

121

8

23 121

8 8

23

S

121

8'

23"

8'

12"

8

23 6,6 121

8

u

"u" u ~

","'

.~

---," "

"

...

~

:: ";;

8

23 66

121

2

" ~RH~~Rmm~M~(lI~r use

S 8 2'

'iii~m,!,eri~iia!§fu$e

23

8.';',

~6

'2'

23'

8

\2~

S""

"

If

:.:;.:.

,nOI r~c9mmendel!!or use

ieco.mnreqdedi6f.use

"n~;i~~RTmAd(l,~~,!~r)~s~ '" ~:

, ; 8:,

"

8

'M

11

8

<0,1

80-100

80-100

no slteSs crackii19o~$erved

103

11

8

<0,1

80-100

80-100

"

23 149

8

recomm'e,nded,lor un

8

I' "

~:r

,8

149

8

2~ ,121:

8 S 8 S

",

rii¢6ri\ii\lilt~aiOi u~e,

23

149

Ausimont Halar

':.~;" .

8

12,1

23

Ausimont Halar; 2,3 mm thick

8 8

;49' '

sour crude

'"

S' 'Jl

sour crude

, recommended lor use

149

121

Copper Fluoride

Material Note

8

23 66 23

Copper Cyanide

Resistance Note

8

121

Copper Chloride

Strenglh

23

23

Copper Carbonate

R.tlng

121

149

I

TensileE;~~~~lion

(1(,)

Coke Oven Gas

@

% Retained

Weighl

Time

Coconut Oil

Cresylie Acid

,%C~ang~ Temp.

Citric Acid

Load

POL

Cone.

It:-.:-.

l'

Ausimont Halar; 2,3 mm thick Ausimont Halar ~.

@

%Change

~ j:l

~

IReagent.

Reagent Note

1"-)

(;' Vi

tl

ICyclohexane

lEi'

ICyclohexanone

l1> Vi

., .,j:l

l<:

Temp.

I 'r C),

Time (days)

POL. j Ratliig .

Load

23

a

149

a

ICyclohexyl Alcohol

66

2 " .

.23 66

a,

heavy dUly solulion

. ?

heavy duty solution

.~;:~

Dextrose

23 121

Diacetone Alcohol

23:

Dichloroethylene

" ·.23

Diglycolic Acid Dimethyl Phthalate Dimethyl Sulfoxide Dimethylamine Dimefhylformamide Dimethylhydrazine Dioctyl Phthalate Dioxane

...• ~'~:"'"

.'U

B

',a >,

.'7

'~.,;.~

a

nOli;~~~:li~ed lor yse

2 l

23

11 11

a' 'a 4

<0.1 3.5

80-100 50-75

80-100 80-100

0.1 3

80-100 aO-l00

aO·l00 aO-l00

8

23 66'·:'

.2' i::'

11 11

'5 3'

23'"

8

.6IL>

·2

):2~T

iP

""66·

2

1?ti

lor usa , i"eoMi1i$ijit&dl~r use not ret~mme~ded for ~sa r8c?'rm~~ifed lor use nN!'BgmIJW!~!~ for. us.a \(~fM\ij\~ij~"~i.~iuse

a,:",

11 11

(66 't02

"

. a.···;.·

23 ":121

;3"""

.f,{"

no.tie~o.m",~ri~~~

2 .

66

23

"

.,:,.-;.

a

--- 23

23

~

2

",23, .. 23

121

"..

a

'2~ .

1.21

"

a

149'

Diethyl Ether Diethylamine

~

2

1~9'

use.

::;'0

a,' a

66 Diethyl Cellosolve

Ausimont Halar

.,..not.r~~omm~nd~dlo.ruse racti!'iriiendedlOr use

,

a

66'.

Diesel Fuels

riicdmm6ri~iidlor

a'

66

23

Material· Note

rio.t(eco",met:ld~dlo( ~se

a

1?1 Dichlorobenzene

Note

recommen~ed lor use

a a

149

23 121

~esistanpe

Elongation

·a,·

. 149

Dextrin

0/0 Retained Tensile Strenglh.·

a

,121"

.Detergents

Weight

'8

23

;:l

t: 0-

Cone.

::"7

2 7.5

50-75 <25

80-100 80-100

5 2

: tgcomli,\~#~~I~~use

Ausimont Halar

no-stres~ciacking.olise!ved

Ausimont Halar; 2.3 mm thick

t,commiinde~

tor use'

no!i~4~iiii1l!hd~~Joruse

Ausimont Halar

iiicomiWOdediof use

.n91Ie~Amm~hd~~ t~i use 0.9

aO-l00

aO-l00

16

80-100

80-100

" a' 11

Ausimont Halar; 2.3 mm thick

::~/\<~."

not r~mmeridt~,for'usa

.8"'"" .'.

11

reeommandad ·tor· USa' no stresS cracking observe~

N\iec~mM~vd,!~W lise . •. •.' no 'i~911l;;)eAda'd lor use nO:Slre$s'cI8cldngollserved

sthissclacklrigobseived

.riQ,!~~~mmAA~~~

!(i( ~~e

Ausimont Halar; 2.3 mm thick Ausimont Halar Ausimont Halar; 2.3 mm thick Ausimont Halar

m

()

-I "'Tl

m

-'-

Chemical Resistance - Ethylene Chlorotrifluoroethylene Copolymer

~ -'-

Chemical Resistance - Ethylene Chlorotrifluoroethylene Copolymer

m

()

~

~

I\J

-i

."

m

% Reta!ned

%Change' Reagent

Reagent Note

C.onc.

.(1'1 Dioxane (1,4-)

Temp.

e'C) .

.,Time

Load

(days)

PDL i!welghl 'lilting • '

Te~sile

SJrellglh

.:/';:~}:;

23

R~~i~t~hce~~te

Materiai Note

.. re~qmmend~ for lise .•....

Ausimont Halar

.,11.6.

H!l

Disodium Phosphate

23 149.

Divinylbenzene

23

Ausimonl Halar

.• 61>.

Epsom Salts Ethyl Acetate

2.3 14~ 23 23

11

1.5

80-100

80-100

11

6.5

25-50

80-100

66

71

Ethyl Acetoacetate Ethyl Acrylate

. 2~

:!:-at~!1 recommende4:I91t.se }

Ausimont Halar; 2.3 mm thick Ausimont Halar Ausimont Halar; 2.3 mm thick Ausimont Halar

23 66 121

Ethyl Alcohol

23' 149

Ethyl Chloride

23 149

Ethyl Chloroacetate Ethyl Ether

23 23 23,

0.9

11

80-100

80-100

Ethylene Bromide

no slress~r~cking

~llserved

recomme~dedfP~"u~e

. '66

Ausimont Halar; 2.3 mm thick Ausimont Halar

23 149.·'

Ethylene Chloride

'23

H9 Ethylene Chlorohydrin Ethylene Dichloride

23

ilf

23 •

23

11

80-100

80-100

80-100

80-100

'66 85

Ethylene Glycol

@

'" ~

S" 0' Vl

~

Vl

<E' ;:l

t

... ... u::

0-

l:l

.23 '23 23 "'23' " 23

g2. .~2;

i~~,2;

82--

11

9.5

·1.49{;

AT;;~~;1t··

. :;l~;~;~~I~l~~~~;;d. { i8§Oiril11,;'dtid¥!~~i

7 7 7 7 3 3 3 3

Ausimont Halar; 2.3 mm thick Ausimont Halar Ausimont Halar; 2.3 mm thick Ausimont Halar LNP; 20% carbJib.

0.25%

34.4

0.25%

96.6 95.7 100

LN P; 20% gLfib.

0.25%

32.3

LNP; 20% carbJib.

0.25%

92 86 96.6

LNP; 20% gLfib. LNP; 20% carbJib.

149!

Y~9;

recommended/or use' . . no si;e~~M~~j~b~~;"ed

0.25% 0.25%

29 90.8 77.4

92

~':::::>.:

LNP; 20% gLfib. LNP; 20% carbJib.

LNP; 20% gLfib.

Ausimont Halar LNP; 20% carbJib. LNP; 20% gLfib. LNP; 20% carbJib. LNP; 20% gLfib.

@

% Change

"1:l

po ~

n'V>

IReagent

tJ

Ethylene Oxide

tEo

Ethylenediamine

Reagent Note

Cone.

Temp.

Time

1%)

I'C)

ldays)

C1l V>

8

149

8 11

8 8

11

2 1

~3

23

t""'

66

tr:

POL Rating

.23

;:l

..,0: ..,p

Load

1)8

25 25

Ferric Chloride

23

11

103

11

23 149

23 149

Ferric Nitrate

23

Ferric Sulfate

"'

149

Ferrous Chloride

23

Ferrous Nitrate

149 23 149

23

Ferrous Sulfate

149.

Fluoboric Acid Fluorine Fluosilicic Acid

23,

23

wei gas

23 149

~

35 35 37 37 50

Formaldehyde

66 23 6.6

23

8 '8 8 8

23 23

8

anhydrous

8

121

anhydrous

121

8 8

Formic Acid

23

8 8 8

6.6'

8

"':23 .,'

8.

23· 66

Freon 11 Freon 113 Freon 114

i

8 ./\8":,

"'.~~) ,,·66

Freon 22 Fruit Juices

and pulp

80·100

80-100

Resistance Note

Material Note

',eqoml)'lended lor use

Ausimonl Halar

"

no Slress 'cracking observed . not recomniended lor use

0.1 0.1

80·100 80-100

80-100 80-100

iecommeodeifi6rus e

Ausimonl Halar

no siress cratking observad

Ausimonl Halar; 2.3 mm thick

recommended lor use

Ausimonl Halar

.. . "

...

..

• ,:

·

.~

-

."

.

"

· ·

'.;.~.

.r

1 . u:

8 •.,

, 8' - ..,_'v

6~

.,

1

8, 8.

I

E!i

23

Ausimonl Halar; 2.3 mm Ihick Ausimonl Halar Ausimont Halar; 2.3 mm thick

"~llacked

2~;·{

66

% Retained Tensile Strength

8

66:. .,

Freon 12 Freon 21

0.2

8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8' 8

23 149

IFatty Acids

Weight

.:~~:"

'~:

..

.,~U~\

m

()

......

--l '"T1

m

Chemical Resistance - Ethylene Chlorotrifluoroethylene Copolymer

~

U>

Chemical Resistance - Ethylene Chlorotrifluoroethylene Copolymer

m

(")

+>+>-

-l

"'Tl

m

,.

o'

% RetainQd

% Change Reagent

Reagent Note

Conc.

Temp.

Time

('C)

(days)

.... (%)

Gallic Acid Gasoline

leaded natural sour unleaded leaded natural sour unleaded

Gelatins Genetron 113

chlorinated solvent

23 66

8 8

23

Il

23 23 23 149 149 149 149

8 8 8 8 8 8 8

23 121

8 8

23 49

" Gin

23 149

Glucose

23 149

Glycerin

23 54 149

Hexyl Alcohol

'1J

po

~

n' C/)

f? C/)

16' ;:l

t

0.... P ....

II::

Hydrochloric Acid

,

,

,

. 11 11

23 149 23 149

10 10 10 10 10 10 10 10 10 10 10 10

23

8 8 8 8 2 6 6

2.3 23.

82 '82·82 "82 149 149 149 149

j

i 7 7 7 7 3 3 3 3 1 1 1 1

0.25% 0.25%

I

2

"'5

" "

"

•.

..

" "

" 80-100 <25

0.4 2

80-100 80-100

••••••••••,<:,.",.,••••,)

"

"

'; .. '.

ie'

"

"

" "

" " " " " " " " "

" "

..

" "

,

" "

'"

80-100 80-100

"

'no·s)ress cracklo9 obserVed

Ausimont Hatar; 2.3 mm thick

,,:;:

,;;~},:.,

"

"

i· ....
l

" "

;

'.

::!

,

"

,

5 5 .~

...: ~

·d

;

i l

::[::\

Ausimont Halar

"

"

" j.'

Ausimont Halar

" " " "

"

~.

57 80.5 81.7 86.2 57 79.3 77.4 81.6 54.8 78.2 77.4 80.5

" "

•••

"

80-100 50-75

"

"

"

0.1 1.4

" " " " " "

Ausimont Halar; 2.3 mm thick

:s

6 2

6

Ausimont Halar

"

" "

5 0.25% 0.25%

recommended for use

"

.,

0.25% 0.25%

Material Note

" "

8 8 5 8

20 20 50 50

Resistance Note

"

8 8

8 8

::,,~.

Elongation

8· 8 8 8 8 8 8 . 8

23 149

,23

I

".

4

23

Hexane

T~nslle.\ MOduIU'~

Strength

8 8 8 8

23 66 23 149 23 149

Heptane

Weight

8

23 149 149

Glycols

@

11 11

2~

Glycerol glycerin Glycerol glycerin

Glycolic Acid

Hydrobromic Acid

POL Rating

Load

!

" " " " LNP; 20% carb.fib. LNP; 20% gl.tib. LNP; 20% carb.fib. LNP; 20% gl.tib. LNP; 20% carb.flb. LNP; 20% gl.tib. LNP; 20% carb.fib. LNP; 20% gl.lib. LNP; 20% carb.fib. LNP; 20% gl.tib. LNP; 20% carb.fib. LNP; 20% gl.tib.

@

;:g ~

~

: :~

Vi

tl

R~agent ~ote

':teagent

r;'

.- ....

Vi

tEl' t'"'

0: ... ~

(day's)

Hydrocyanic Acid

10 10

Hydrofluoric Acid

30 30 40 40 50 50

'I

Load

'23' 23"

37 37 60

;:l

...

Time

("') 37 37

Hydrochloric Acid

~

u::

Cone.

~ 1 POl,.

11

8 8

11

8

%Charge Welgl\l'

I ~~!~~~I~ r"'~dUIUS I Elongation.1

Resistance Note r~ommen!led lor use .) ,. no stress ofllcks;,may darken @ , long e~P~$, ", ' .~.

,

<0,1

80-100

80-100

0.1

80-100

80-100

<0.1

80-100

80-100

f :.), 8

,"

re~~~~'~n~ad}Orlise

8 11

I

'

~.O~li~~~~~~~~t~~ikan @ recomii'ienaedlOfuse

Material Note Ausimont Halar Ausimont Halar; 2,3 mm thick

Ausimont Halar Ausimont Halar; 2.3 mm thick Ausimont Halar

dilute

" Hydrofluosilicic Acid Hydrogen Hydrogen Cyanide 50 50 90 90

Hydrogen Peroxide

<:)'''.1.":

Hydrogen Phosphide Hydrogen Sulfide

aqueous solution

dry aqueous solution dry

Hydroquinone 121 23

Hypochlorous Acid Iodine

solution

~"

10 10 23 121 23 ','

Isooctane

I

isopropanol

23

"

,,8 11 11

Isopropyl Alcohol

,,'-,8 8 8· 4)':

8{

" <0.1 3.3

80-100 50-75

80-100 80-100

"

no stress'c"!pking'ooserved '&C';'-

::?:

retomm'ended lor USe

Ausimont Halar; 2,3 mm thick

" Ausimont Halar

Isopropyl Ether

m

()

-l

"m

Chemical Resistance - Ethylene Chlorotrifluoroethylene Copolymer

~

<.n

......

Chemical Resistance - Ethylene Chlorotrifluoroethylene Copolymer

m

()

~ Q)

-l

."

m

, Reagent

.

Reagent Note

Temp. .. Time

POL Rating

Load

(days)

I'C)

1%)

....

Jet Aircraft Fuels

Co'nc.

4 5 4 5

23 23 149 149

,

8 8

23 23'

8 8 8

23 121

8 8

23 121

8 8

Lead Acetate

23 149

Lead Chloride

23 149

8 '8 8 8

Lead Nitrate

23 149

Lactic Acid

25 25 80

66

Lauric Acid Lauryl Chloride

Lead Sulfate

23

Lemon Oil

,.

blue

23 12'1

blue

121.

Lithium Bromide

,.,

23

66

'~"

'" 16' ;:l

t""'

0: .,

.,

I=l

u::

Magnesium Chloride Magnesium Hydroxide Magnesium Nitrate

ASTM ASTM ASTM ASTM ASTM ASTM

Oil Oil Oil Oil Oil Oil

NO.1 NO.2 NO.3 NO.1 NO.2 No.3

23 23 23 }49 149 149

.

23 '. 149 23 •149,. ··23, " 149

.,

" "

" " " " " "

" "

" "

"

,

,

8

..

u

u

.' .

" " :

t

'."

,., .

"

"

'~.,". .~

...

:'.:': '

"ii'"

.'

"

~,

...

.

,

."

:~

.....

"

~

":(.

u··

" "

,.

•

"

"

"

.,

:_&c ."

",

'.' -:..,.,

" " " " " " " " " " " " " " " "

"

" " u

~;

:

.

" ...

" " "

"

..

:~

8 8 8·: . 8

a

" "

"

.8 ~.:.:

" " "

"

:." :9.

.

" "

'.

" "

8 8,.

23 . ,1'49

"

"

"

8 8 8 8 8· 8 8 8 8 8 •

{,

Ausimont Halar

."

""'8 :8" 8. 8

121 23

uSe-

"

8

".

Material Note ....

"

8

Note

..

u

66

23·

Linseed Oil

n'

flesistlinc~

Elongation

a

.. :,,8

:. "iil"" Linoleic Oil

Magnesium Carbonate

Modulus "

8

,.•.. ~3 '23 .,., i

Linoleic Acid

~

I I

" " "

8

23 .121-,

Lime Sulfur

~

%.R&tail)ed

,

8 8

,

119

'1:l

Terisile Strength

recommended for

8 8 8 8

,

23 '149

@

c'-

Weight .:

JP JP JP JP

Kerosine

Lubricating Oils

% ~hange

"

''".''.,.,:,. "'i.i .. ···

" " ':, . .,,,

"

" " "

" ., ......... ',,:.

" " " " " "

@

"1:l

E"

n''"

rz Reagent

~

'"t l

Magnesium Sulfate

'" <E'

IMaleic Acid

t

IMalic Acid

~

;:l

...0~

... <.c:

I

Menthanol

Reagent Note

Cone.

Temp.

Time

(~)

C'C)

(days)

23 12)

6.....

23"

:.:.;. a

Mercuric Sulfate Mercurous Nitrate

121 23';-

Methyl Bromide

.;.'.a

'8

149.

Methyl Sulfuric Acid Methylamine Methylene Bromide

23

". .~

u

.. " (0

'~':"

·u.;

..

.->~

?~/

-; U

~;

8

.. '.

•.. 8···:···· .8 7

11

80-100

80-100

<25

80-100

a': . 3

11

"

6

.2

8"r

"":'8

no SI~~s.scraCking9bserV~~. retommended n'o Slr~$$cracking obsetv~d . nOI (;com";endedior~s~ .

lor use,

Auslmont Halar; 2.3 mm thick Ausimont Halar Ausimont Halar; 2.3 mm thick Auslmont Halar

not iecoin",ellde~'fot use

2

,6 '.3

.x:

recommended lOt,us'e • "--y? ":,,::'::::",

8 11 11

\:

,,:.,

il

68 124

Methyl Methacrylate Methyl Sulfate

Auslmont Halar

-...•

"(-,

"8::

?3

11~

Auslmont Halar; 2.3 mm thick

~·'U

,:

>.:"

23:··

23

·./:·;'~~s!;":tln~l'l'!r':

.....8'

1,?1.

Methyl Isopropyl Ketone

,*!SS c(4e~ng~b$eTveif ."

a· r a.:.. . .

66

Methyl Isobutyl Ketone

80-100 80-100

a}

23 149

79

aO-l 00 50-75

8;'

23

Methyl Ethyl Ketone

0.1 0.4

a'"

. '12+

1.49. 23' 23

u

8'

23 )49 ':,23

,23.

J.,

;,~ .'~

~ ?~~: 8 ':"il\

Methyl Chloride

Ausimont Halar

8

f21

23. :1.49

recommended lor use

'" i

~'"

li:l'

Methyl Cellosolve

Material Note

.

a ··8

11 11

:121 '23 .

Methoxyethyl Oleate Methyl Alcohol

Resistance Note

",:"

8 {l 8

Mercuric Cyanide

Methane

I

8

,.•.. '8'"

Mercury

Ten;ueElongation Strang!h

·8

2~"

Mercuric Chloride

Weight

":::'~

23 . '1~1

:~O'

% Retained

Rating',

23 149'

.2~:

I

.POL

Load

% Change

0.5 9

50-75 <25

80-100 80-100

..

~o siren cracking 9bseried recom~erided tor lISe ••

Auslmont Halar; 2.3 mm thick Auslmont Halar

23

149 .. 23

<66.

8

~.,:

.

,87

it

.; .. ~.

·}.··,?3•.. •

;r;;s" ··.···2~;t 6EF

:·. ··::~~1~~J:~~~~~t$e

m

o

-l

"m

Chemical Resistance - Ethylene Chlorotrifluoroethylene Copolymer

~

-.J

Chemical Resistance - Ethylene Chlorotrifluoroethylene Copolymer

m

o

~

00

-I "'T1

m

f'~~······

Idili$)' .:..':;::.:... ~::~<~:;::::;. :::.

(;23· . , ....:.-..' ::" ..•. \·23.:,··

Methylene Chloride

';f

")",.,.3·'

11 11

.,.:<~~::'~\.,.:

:' i~& .

'i>\2·.:.

25-50 <25

8 9

Ausimont Halar Ausimont Halar; 2.3 mm thick Ausimont Halar

'~";:

Methylene Iodine MTIk Mineral Oils

Ausimont Halar

Molasses Motor Oils 7 7 7 7 3 3 3 3

0.25% 0.25%

0.25% 0.25%

0.25% 0.25%

59.1 97.7 75.3 100 59.1 97.7 75.3 100 53.8 96.6 55.9 98.9

Naphtha

LNP; 20% carb.fib. LNP; 20% gl.fib. LNP; 20% carb.fib. LNP; 20% gl.fib. LNP; 20% carb.fib. LNP; 20% gl.fib. LNP; 20% carb.fib. LNP; 20% gl.fib. Ausimont Halar LNP; 20% carb.fib. LNP; 20% gl.fib. LNP; 20% carb.fib. LNP; 20% gl.fib. Ausimont Halar

Naphthalene Natural Gas Nickel Acetate Nickel Chloride Nickel Nitrate Nickel Sulfate

@ "0

I

~

INicotinic Acid

po

n'CIl t:l

(1)

CIl

15' ;:l

t-o

.,0: .,l:l

<.c:

Nicotine

Nitric Acid

10 10 10 10 10 10 10

7 7 7 7 3 3

0.25% 0.25%

0.25% 0.25%

76.3 81.6 84.9 85.1 69.9 78.2

LNP; 20% carb.fib. LNP; 20% gl.fib. LNP; 20% carb.fib. LNP; 20% gl.fib. LNP; 20% carb.fib . LNP; 20% gl.fib.

@

'1:l

[Reagent

:=:: n

I

Reagent Note

..

.

I

c.

one. C%)

I

.

% Retained

,-Change

POL

Temp.

Weight

Rafing

COC)

····'Tensile Strellgth

Elongation

Resistance Note

Material Note

(J)

t::l

*

Nitric Acid

10

82

f!

82

~

10 10 10

149

~

10 10

149. 149'·

6 8 ·3 5 .'

~

10

149

W

~

t

~

30

Nitric Acid

40 40 50 50 50

tQ

a

70 70

23 23

8

".

. ··'~r8'coiiiiiiiiiidiicil07 use

70 70

11

8

<0.1

80-100

80-100

100

11

8 7

0.5

80-100

80-100

70 70

121 121

11

.2 4

0.8

50-75

<25

90 100

23 121 23

180

97

112

23 ,,;;.-

180

66

'·121 10 10

Nitrous Oxide Oleic Acid 30

. ::?

11

.;g,

98.6

not reeom.lTlended for use

~:.

1.8

92

87

106

, recom~nd~d f~Jts~, ,no s\(e;'$ cracks: may darken 0 .,

3

0.2

80-100

11.5

<25

80-100

i.,

a'"

It

'2

Ausimont Halar Ausimont Halar; 2.3 mm thick Ausimont Halar; 3,2 mm thick Ausimont Halar Ausimont Halar; 3.2 mm thick Ausimont Halar Ausimont Halar; 2.3 mm thick Ausimont Halar Ausimont Halar; 2.3 mm thick

ieeiimrii6rideci loruse

Ausimont Halar

,:~.: :#~;»:':::'::" r:··.'·-'::~~

..

~:

:~~<~,

'::~

0.3

92.9

100

81.2

~.,n:~;~:g~1;~t~E:d

i

Ausimont Halar; 3.2 mm thick Ausimont Halar

. recb"1/11elid~ijlil(use

)21 y "23' .

Ozone

Ausimont Halar Ausimont Halar; 2.3 mm thick

ndsues~~;~e~in.9.0I!se~ed

8'

180

Ausimont Halar; 2.3 mm thick

.~::

\.

} r;~oiJ1~!Jlde~fOr .;J;' nollecommended lor use

ei

\·23 121

;,-

n,o';I;~sS,Cf~Cki;'go;~~k,~d

80-100

'8:' 8'.

rec~~~:n~~l~iu:e' "

2 11

.. ~~;>

Oxygen

Ausimont Halar

not recommended lor use recommel\ded tor use no stleS$' cracks; may darken ct, , lOng expos, reeommendecifor use no stress'cracks; may darken I) long expos...·· noi recpmmended iiir use no -stless cracks: may darken it .Iong ~~pos.

8'"

a

66 50 50

""7

23'

~3'

0.7

8 '2

a

23 121

'~3'

LNP; 20% gUib. Ausimont Halar

recommended tor us~ ,

8 .8 ,2

'~23. 23 66 121

Oxalic Acid

LNP; 20% gUib. LNP; 20% carb.fib.

.e;

66

Nitrobenzene

Ausimont Halar LNP; 20% carb.fib.

8

1.21 "23 121 23 ,

66 .""

Oleum

recommended for use

,5' 8·'

~

LNP; 20% carb.fib. LNP; 20% gUib.

69.9 75.9 75.3 79.3

'5

121'

red fuming

Nitrous Acid

76.3 80.5

I.

n1~~~~!~d1~J~;~~~t·;::

gas ",'

;;~~~t'~(f~;l~;r\ "/';(;~:"':;:

J

m

()

--l

"m

Chemical Resistance - Ethylene Chlorotrifluoroethylene Copolymer

~

to

Chemical Resistance - Ethylene Chlorotrifluoroethylene Copolymer

m

()

(TO

o

--i

11

m

%Change Reagent

Reagent Note

Palmitic Acid

Cone.

Temp.

Time

(",)

('C)

(days)

10 10

23

8

121

Paraffin

Load

POL Rating

2~

8 8

12·1

8

23

8 8

66

Weight

% Retained Tensile Slrength

Elongation .

l\

Resistance Note

Material Note

r.ecommen·ded for vse

Ausimont Halar

· '.

-

10 10 70 70

Perchloric Acid

Perchloroethylene Perphosphate Petroleum Oils

23

8 8 8 8

66

23 66

23

11

7

1

121

11

3

29

23 23 23

refined sour refined sour

8 8 8 8 8

. .• 66 66

23

Phenol

8 8 2 8 8

66 121

Phenylhydrazine Phosphoric Acid

10 10 50 50 85 85

Phosphorous Phosphorous Pentoxide

yellow

Photographic Solutions Picric Acid Plating Solutions

@

'"

p .... '" c:;'

'" ~ '" cE' ;:l

t""

0: '"1 P

'"1

tt:

23 23 149 .23

brass cadmium chrome copper gold lead nickel rhodium silver tin zinc brass cadmium chrome copper

8

23 •. ""121

23 ,23 .' 121

:

"'"u

n~t"recomlllim~lldfor use

t9 Iqr i1S e

(epll tnmand

.t

:~;:'

~,

'''.

U.:::;

">"?J\ ~:

8.

.~:.

""a

66

a

23~

8 8 8

8

,2,3,

a,

23 '23

a

:,:.,.~::~,

.M

•

··

'~.'.

.;;.::

••

8'

'a '9' .

.'.•.•;23 .\ 23

'23 "66

66i' 66

Ausimont Halar

·

a'.'

a

. :66'"

Ausimont Halar; 2.3 mm thick

'recommended"i" vse

8

8

23

•••••••• ii6·sliiisstraliiiiiiyobserved

a

23

~~':

80-100 80-100

a

1~1

23..:.:,. 23 23

"-

80-100 <25

"

8 8

~2t'

·I1JV

Phosphorous Trichloride

,

/~

.

9

a 8 B

";;;'

@

'1:l

~ ~

~\:::" .•

Reage~l

.

n' C/)

f?

Plating Solutions

."g..,~:..~~~;~~ t~,'I;"

C/)

nickel

tEl' ;:l

rhodium

t"-

silver tin zinc

o:., .,

\:l ~

Load'

POL Elongation R a t ! n g ' ..

Potash

66

;::~.'"

..

R~~istance ~~te, :::'\",.

Material Not~

.. recol)l"1~~~~,I;;i use

Auslmon\ Halar

~;<;:.~.

8} .....

>

gold lead

,

". :\::~:~::

8 8 8., 8

"<.:."66 . ;;6~ ...

66~"

8·.·· i' 8'

·.:·,'Sg·\."

8

'}:f:i\

\, 8

1

Potassium Alum

,,"

:": ;.~

Potassium Aluminum Sulfate Potassium Bichromate Potassium Bisulfate

li1i~<;

:

j)i~~<

.:,

I:::::::: :::::.!t~J:' Potassium Carbonate

8

Potassium Chlorate

Potassium Chloride

f7~'i~;;;' '''''' ·

aqueous

8

aqueous

8 8

'~l>

8

lJ!l(8.

Potassium Chromate Potassium Cyanide Potassium Dichromate Potassium Ferricyanide Potassium Ferrocyanide Potassium Hydroxide

'. . i~;i;

i::;

2'3i}

.8

23/i.. ... ,.

8

lJ~T'

8

'4~

8

14~}

·23.:....'

I

8 8

23'.....-

8

.{ '"., '''. '

..

~

~z'" .

'e.

oj' ".

~

,,,,-149

II

23' 66.",...

8 .~

Potassium Iodide

-

'Il..}"

Potassium Nitrate Potassium Perchlorate

23,' • ··..

It:~~;;

'., 8"

."

,.. ./

m

()

-i

"Tl

m

Chemical Resistance - Ethylene Chlorotrifluoroethylene Copolymer

c.n ......

Reagent

Reagent Note

Conc.

Temp.

Time

(%1

('C)

(days)

10

23 149

Load

POL Rating

23 149

a a a a a a a a a a a a

Propylene Oxide

23

2

Pyridine Pyrogallic Acid

'23

2

.".23

8

Potassium Permanganate

10 25

23 149

25

Potassium Persulfate

23 121

Potassium Sulfate

23 149

Propane

23 149

Propyl Alcohol

1-propanol

"

11

23

3

.,

66

8

23

8 2

66

Salicylic Acid

a a a a

23

66

Sea Water Sewage

23 149 23 149

sewage waler

" Silicic Acid Silicone Oils Silver Cyanide

23 149

Silver Sulfate

23 149

Soap

23

, ;

.,

66 2'3

,

149

Sodium Alum

23·' 149

Sodium Benzoate

23., 149

@

Sodium Bicarbonate

en

i?en

Sodium Bichromate

;:s

Sodium Bisulfate

l.5'

t

.,CT .,P \t:

.,

,

Modulus

Elongetlon

23 23 149 23 . 149

Resistance Note

Material Note

recommended for use

Ausimonl Halar

"

" " " "

•••

"

,

·

,:

'.

,

"

· ·· ·· ·

I

,

,

6

<25

80-100

,c •

" Ausimonl Halar; 2.3 mm Ihick

iii6diiimen(liidfor use

·

..

"

not recommended lor use recommended for use

· · ·

,...

., ..

··u·

.'

u

"

'".

" u

·" u

...

· · · "

"

~.

"

u

" u

·· "

· u

"

" u

"

"

.

" "

u

"

..

"

"

"

u

.,

Ausimonl Halar

u

·

8

a a

" " " "

.~R~!r~~~W~~~m99bserved

'64j!~sM\fu~MMior use

a a" a a a a a a a a

8

· "

8

a a a a a a a

"

not rec~mmended for use

8

23' 149

. 66.

Sodium Bisulfite

I I

8

23 149

Sodium Acetate

;:;.

Te~~lIe

S1rength

a a

23 23

Silver Nitrate

~

Weight

% Retained

'

Salicylaldehyde

S"

(Jl

N

% Change

~

......

Chemical Resistance - Ethylene Chlorotrifluoroethylene Copolymer

m () -t 11 m

· · ·· "

"...... ········u

u

u

· " "

" "

· " " " " " u

" u u

© 'i:l

E" ~

n' (I)

~~~!iQnt.

~

Sodium Bromide

tEl'

Sodium Carbonate

t-

Sodium Chlorate

.,

Sodium Chloride

'Rea~.~n;ro!e.·.·'I;;;·~.~c, . .·y#t.;f 1'1;~.~~··.;

Change l.oad

'/1 ::~~~~9~1{

"~3

~

)Re~lstlince;Not~ . •. ;

.

I

;re;c;;~~e~~e~lo;'

':/8 .

Material

Ncite .

Ausimont Halar

a

~

a

;:l

o:.,

'Ten~lIe

slreng:h

·a

149

(I)

Weight·

~:

a 8<

''"-:< ·u··:·:

:=::/ u·

Sodium Cyanide

a

"

~l;l

. a. a

Sodium Dichromate

i*~J

Sodium Fluoride

>J,~r;I:>

Sodium Hydroxide

a

15 15

30 30 50 50 50 50 70 70

8 a)'-

a: ,a . a :8

11

I

:,8'

11

<0.1

aO-l00

80-100

<0.1

aO·l00

80-100

Ausimont Hala,; 2.3 mm thick Ausimont Hala, Ausimont Hala,; 2.3 mm thick Ausimont Halar

.-;:\

'ill

·••••..·;,yli'i'f>/:···

Sodium Hypochlorite Sodium Iodide

..

;~

a.

Sodium Metaphosphate

'.s..· ;\:23">' \·149

Sodium Nitrate

a·

Sodium Nitrite

,:>..)~.•

Sodium Perchlorate Sodium Peroxide Sodium Phosphate

Sodium Silicate Sodium Sulfate Sodium Sulfide

..•.

a acid alkaline acid alkaline

{-:

,

·'/"23'"

'H!3 . .

'.'14~?:

.•. . 14if

;:;2.tt\,.

.:

'i)\2!i,;;~,/~f' . .:,,'::I:~

m

()

--l

"T1

m

Chemical Resistance - Ethylene Chlorotrifluoroethylene Copolymer

(J'l

C..:I

©

% Change

"0

El ~

Reagent '

Reagent Note

n' (I)

tJ

Sulfuric Acid

(l) (I)

15' ;:l

t""'

Conc~ ,'(%)

Temp.

90 90 93 93

23 66 '23 ':" 66 23

94 94 95 95 96 96 98 98 100

0:...

... u:::

I:l

('cl

Load

POL

Weight

Rilling

(days)

% Retained l~nsil~

Slrenglh

Resis!ance Note

M~.ierial Note

recom"1eOdedJor uSe'

Ausimonl Halar

"

ti6 '.23

66

:old

6L

23' ,'66

"23

Sulfurous Acid

/,~;

Tall Oil

23,' . 149 23 121

Tannic Acid Tanning Solutions

Time

tanning liquors

?3 121

Tar

.23

t:~9, 2,3",

Tartaric Acid

12) 2~

Tetraethyllead

14~ .23· /:.:. 23

Tetrahydrofuran

6~

4.5 11

11 11

25-50 <25

80-100 80-100

Ausimonl Halar

ThionYlChloride Toluene

Ausimonl Halar; 2.3 mm Ihick

toluol loluol loluol

23'

23

;:;,;:;r~;

11

0.6

80·100

80-100

11

8.5

<25

80-100

Ausimonl Halar; 2.3 mm Ihick Ausimonl Halar Ausimonl Halar; 2.3 mm thick Ausimont Halar

Tomato Juice Transformer Oils OlE/30

Transmission Fluid

7

7 7

0.25% 0.25%

7

3 3 3

0.25% 0.25%

47.3 98.9 100 100 44.1 95.4 97.8

LNP; 20% carb.fib. LNP; 20% gl.fib. LNP; 20% carb.fib. LNP; 20% gl.fib. LNP; 20% carb.fib. LNP; 20% gl.fib. LNP; 20% carb.fib.

m

()

-l

"

m

Chemical Resistance - Ethylene Chlorotrifluoroethylene Copolymer

01 01

Chemical Resistance - Ethylene Chlorotrifluoroethylene Copolymer

m

()

01 0>

--I

.."

m

IC7

I

Reagent

I

I

I

I:

I

I

1/

I

I Conc. ('/oj

I

I

I

I

I

Reagent Note

Transmission Fluid

Trichloroacetic Acid methyl chloroform

Trichloroethylene

Time

Load ..

('C). {days) .... 82 149 149 149 149

Tributyl Phosphate

Trichloroethane

Temp.

3 1

1 1

1

8 8 2

recommended lor use

23 66 1,21

8 8 2 8 3 3 8 8 2

Triethylamine

23 66 121

11 11

2~

Turpentine

23 149 "

Urea

23 121

23

*

·66 ,,' Vegetable Oils Vinegar while

Vinyl Acetate "1l ~

n'CIl tl ell CIl

tEo ;:l

t'"'

...0:P ... tt::

23 23 121

23

Water acid mine waler demineralized dislilled or fresh sail water sewage water

23. ~'" 23,

g~.

25-50 <25

9 16.5

80-100 80-100

Ausimonl Halar

,.n~L~~om~~~d~910r use "}ii¢@\ffi¥MMIoruse no slre.~.s crac~ing Qbserv.ed

Ausimonl Halar; 2.3 mm Ihick

"

recoin~nded tor use

"

Ausimonl Halar

" .n,otl~~Mim~ffllM for use :.:}•••• "'fe!:oml\\iiilleiiJor use '

-,:':"

"

n,ot rec~m_mended lor use r8j:ommended lor use

..

.~'

F...:.:. . .-.-...:.:.:-~;.-, . .-.._.. :": . ....................i.i>

-.

"

..

." :~~~:

;:~:

"

.~

8 8

,~

"

<:::

8,

23 23 23 23 ·23 23

"

8 8 8 8 8 8· 8 8 8

23' 121

@

S"

;

Ausimonl Halar

recommended lor use

il

23 66 23 149

Material Note

not recommended lor use

8 8 2 8 8 8 8 8 8 8

)49.'

I

LNP; 20% gLfib. LNP; 20% carb.fib. LNP; 20% gLfib. LNP; 20% carb.fib. LNP; 20% gLfib.

97.7 29 51.7 96.8 90.8 recommended for use not recommended for use

23 66

Vaseline

Resistance Note

8 2

Triethanolamine

Urine

Weight

Tensile Slrength

23 66 23 66 121

23 23 85 149

Trisodium Phosphate

POL Rating 9 1 2 9 8

0.25% 0.25%

% Retained

%Chanl:!e

" 7 7 7 7

II 8 8

3

0.25% 0.25% I

8 8 9

I 66.7 92 91.4 95.4

~.

t. LNP; 20% carb.fib. LNP; 20% gLfib. LNP; 20% carb.fib. LNP; 20% gLfib.

,

@

% Change

'1:l

Ei

'"

~

'"t:l '" 15'

Reagent Note

Reagent

ri'

Conc.

Temp.

Time

('C)

(~~ys)

Load

(%)

POL Rating

82 82

3 3 3 3

0.25% 0.25%

I 6 7 8 8 8 8 8 8 8 3 5

~

Water

(1)

82.U; .•; 82>" 149 149 149 149 '.~.

,

;:3

t-<

.,c;:

acid mine water demineralized distilled or fresh salt water sewage water

.,!=l II::

.

,

1~9

.'.

Water

149 149.

I

149 149 149

I I I

0.25% 0.25%

8 8

White Liquor

23 121 23 121

8 6,.,

Xylene

xylol

U

Zinc Sulfate

25 25

66 23 104 23 149 ; 23 149 .

~~ 149 ...

•, I

8 6

<

!

II 11

,•

, ,

I

8 6

Resistance Note

ElonglUon

Material Note LNP; 20% carb.fib. LNP; 20% gl.fib. LNP; 20% carb.fib. LNP; 20% gl.fib. Ausimont Halar

<

" .

.~,

·

, .,:~'~

.

.....

..

79.3 84.9 89.7

U

U

U

U

U

U

66.7

· .... .

~~.

U

u ;}

'

LNP; 20% carb.fib.

.

LNP; 20% gl.fib. LNP; 20% carb.fib. LNP; 20% gl.fib.

,;

recommended for Usa

U

.• , U

./

}';,. .,u.( '.

'.:< '.

!

<0. I <0.1 !

Ausimonl Halar

·

,

8 6' 8 6 8 8 8 8 8 6

I

66

U

Zinc Nitrate

<.

23. 23

U

Zinc Chloride

,

liA;duius

,., :recommended for use

7

23 149

T~~sile

Stt~jj9th ;.:.:<:;::;.

48.4 81.6 86 90.8

6

Whiskey

Wines

Weight

% Retained

80-100 60-100

80-100 80-100

• ".

U

,~

u

U

u

U

U

U

·· ·

.'

U U

no stress crac~in9 ob"rved

Ausimont Halar; 2.3 mm thick

·

(ecOmmended for Use ,,;: .::::(::>:::: U

U U

U

,

,

Ausimont Halar u

....

U

.i•••.

U

u

U

U

U

u

.,'

«.

u

m

()

-i

"

m

Chemical Resistance - Ethylene Chlorotrifluoroethylene Copolymer

<TI -J

Chemical Resistance - Ethylene Tetrafluoroethylene Copolymer

m

--i

U"1 00

"m

10

7

0.25%

72.6

10

7

0.25%

99.1

LNP; 20% gl.fib.

10

7

98.4

LNP; 20% carb.fib.

10

7

99.1

LNP; 20% gl.fib.

10

3

0.25%

51.6

LNP; 20% carb.fib.

10

3

0.25%

92.1

LNP; 20% gl.fib.

10

3

71

LNP; 20% carb.fib.

10

3

93

LNP; 20% gl.fib.

10

1

0.25%

48.4

LNP; 20% carb.fib.

0.25%

LNP; 20% carb.fib.

10

1

87.7

LNP; 20% gl.fib.

10

1

64.5

LNP; 20% carb.fib.

10

1

88.6

LNP; 20% gl.fib.

50

DuPont Telzel

glacial

"

Acetone

50

Acetonitrile Acetophenone

@

"t1

E"' ~

n' C/)

tl

Acetyl Chloride Acetylene Acetylene Tetrabromlde Acetylene Tetrachloride Acrylonitrile Adipic Acid Aerosafe Air Allyl Alcohol Allyl Chloride Aluminum Ammonium Sulfate Aluminum Chloride Aluminum Fluoride Aluminum Hydroxide Aluminum Nitrate Aluminum Oxychloride Aluminum Potassium Sulfate Amino Acids Ammonia

C/)

to· ;:l

t""

0: ... ...\C:p

30 anhydrous

Cll

Ammonium Ammonium Ammonium Ammonium Ammonium

Bifluoride Bromide Carbonate Chloride Dichromate

50

;1;:~1~~~11;~;1[

7

~:i;~"l~:~~'~~il!

4.1

80

83

@;;.~lt¥g

7

X:::: )f~2ffW::J

1.5

80

80

:.::.,)lj9t(i\.

7

.·+,,~)g$N;":

. :.'

3.9

92

93

@

'1:l

po til

..... ;:;. til

tl

C1> til

._.. I

v·

911i v "" .: .: '~:.1->:"S1'8" .>~~> '\ 1 ;.;

.1dl;Y'si'i>J i')'

Ammonium Fluoride Ammonium Hydroxide

;)" ";';.';-:

DuPont Tetlel

7 7 7 7 7 3 3 3 3 1 1 1 1

l.Q' ;:l

t'"'

c;: .,

.,

>:l Ie:

0.25% 0.25%

0 0.25% 0.25%

0.25% 0.25%

96.8 99.1 98.4 99.1 97 95.2 99.1 98.4 99.1 82.3 91.2 96.8 89.5

LNP; 20% carb.fib. LNP; 20% gl.fib. LNP; 20% carb.fib. LNP; 20% gl.fib. DuPont Tellel LNP; 20% carb.lib. LNP; 20% gl.fib. LNP; 20% carb.lib. LNP; 20% gl.fib. LNP; 20% carb.fib. LNP; 20% gl.fib. LNP; 20% carb.fib. LNP; 20% gl.fib. DuPont Tellel

Ammonium Perchlorate Ammonium Persulfate Ammonium Phosphate Ammonium Sulfate Ammonium Sulfide Ammonium Thiocyanate Amyl Acetate Amyl Alcohol Amyl Chloride Aniline

Aniline Hydrochloride Animal Oils

7 30 7

II~j1~;~i(j;:;;;:

2.7

81 93 95

99 82 90

DuPont Tellel

10 lard oil

Anthraquinone Anthraqulnonesulfonlc Acid Antimony Trichloride Aqua Regia

hbIW$OX,/@

0.25

?:I~::A:l~:2f::~H

0.2

93

89

Arsenic Acid Barium Carbonate Barium Chloride Barium Hydroxide Barium Sulfate Barium Sulfide Battery Acid Benzaldehyde Benzene

!@Flld1k?i

7

M?Hjf9ib:{=df

0

100

100

Benzenesulfonlc Acid Benzoic Acid

m

-i

-n

m

Chemical Resistance - Ethylene Tetrafluoroethylene Copolymer

01 <0

Chemical Resistance - Ethylene Tetrafluoroethylene Copolymer

m

-i

-n

m

\i~;;jl~~~;;;;j

94

95

30

100

100

7

~d:~K%9.MW>:?

97

90

7

:':::::::::120'H,;;;

Benzyl Alcohol Benzyl Chloride Bismuth Carbonate Black Liquor Bleach

12.5% chlorine 5.5% chlorine; Clorox

Borax Boric Acid Brines Bromic Acid Bromine

chlorinated

bromine water anhydrous

10 7

1.2

90

90 100

3.4

99 94

a

80

60

4.4

71

73

7 30

93

dry

Bromobenzene Bromoform Butadiene Butane Butanediol Butyl Acetate n-butyl acetate

Butyl Acrylate Butyl Alcohol Butyl Alcohol (sec-) Butyl Alcohol (tert-) Butylamine (tert-) Butyl Bromide Butyl Chloride Butyl Mercaptan Butyl Phenol Butyl Phthalate Butylamine '1:l

p

~

n'V> tl

(l)

V>

tE;:l

t"'

c;:. .,

.,

l:l <.c::

Butylamine (sec-) Butylene Butyraldehyde Butyric Acid Calcium Bisulfate Calcium Bisulfide Calcium Carbonate Calcium Chlorate Calcium Chloride Calcium Hydroxide Calcium Hypochlorite

7

;(@[;jft'¥I

n-butanol

n-butyl mercaptan

n-butylamine

" @

,;'Iif27I!iit·,

7

a>

o

@

"t:I

po ~

rio

en tJ (\) en

<E' ;:l

t

..,0-p ..,

<.t::

. ...,.;yy.~<:'->:

r"

Bhg~iIt •..•.

:.~:,

'-';0:'

:· ... c.-c.

Calcium Nitrate Calcium Oxide Calcium Sulfate Calcium Sulfide Caprylic Acid Carbon Dioxide

Reagent Note

I

I.:'

Conc. (%)

dry wet

50 50

2-ethoxyethanol dry wet anhydrous 50

Chlorobenzyl Chloride Chloroform

Chromic Chloride Chromyl Chloride Clorox Coal Gas Copper Chloride Copper Cyanide Copper Fluoride Copper Nitrate Copper Sulfate Cresol Cresol too) Cresylic Acid Crotonaldehyde Crude Oils

liquid 50

5.5% chlorine

L

I

Load, .,

I; '

• :.'-.;.;.:.1 • :~

POL Rating

1:_:,:

l\iO

r

"

'120 100 . '150. 150 65 150 78 135 150 150 100 100 150 100

Weigh'!

% Rlltal.ned. li;h~.ii~ EI~n~~~I;~~ ~"englh

8 '8 8 8 8 8

.. ~

R~sistance Note

Material Note

~~el~;;;,~~~aX.r~~?m,

DuPont Tefzel

,"; .{::::<:

8

1~5

:,"'"

8

•

.,

8 5 8

7

4.5

90

80

exp. lemp. is

max, re"om,

8

8 8 8 8 8

:.>,

100 120 ,,120 120 1.1.0· 100 110 '65 61 '100' 65 25'", 65 125 100 100 100 100 150 150 150 150 150 135 180 ::.:. 135 100 n,~., 150" HiD 156 150. :) 156, ~ ~.'

sour crude

Cyclohexane Cyclohexanone

.

'\):

150

Chlorine Dioxide Chloroacetic Acid Chlorobenzene

Chlorohydrln Chlorosulfonic Acid Chromic Acid

Time

'(day.)

I'C) ,

:

.../

'Carbon Disulfide Carbon Monoxide Carbon Tetrachloride Carbonic Acid Castor Oil Caustic Potash Caustic Soda Cellosolve Chloral Hydrate Chlorine

I'Tlllnp. 'I,

%'Chan~! .

','

" 1

8

~ ':'~':

8 7

7

,;';::,:

4,'

7

I.. ~

'''';'.s·· "'0"

7

85

til·

~':'~

84

"6ij;:t"mP:1SJ~ rec<>t!1.

8 8 8 8 8 6 8 8 8 8 2 8 8

.,.. .

.......;:

-.,~

4

85

:::-

~:, :/:.~:

.

~.:

.... £~:

100 81
t6m~:is ,;;~ r8COm.

" " ::~

66

.u,

25

, exp'filjiip:'iSiiiiiXiiacom.

8

I

8 8 8 8 8

"

: ,;

8 7

1

7

8 9 8 8 8'" 8 8

,~ 8

..

o

100

100

~?,J't;1l~ax,

recom.

"~

;i";"·

i

,~

::<~ :.-~

o

90

..

85

m

-I

.."

m

Chemical Resistance - Ethylene Tetrafluoroethylene Copolymer

0>

......

Chemical Resistance - Ethylene Tetrafluoroethylene Copolymer

m

--l

m

7

.,. ,:':''$;

:~

>

89

95

81 100 55

96 100 75

Decane Dextrin Diacetone Alcohol Dibromopropane (1,2-) Dibutyl Phthalate Dibutylamine 7 30 7

~

----

Dlchloroacetic Acid Dichlorobenzene (0-) Dichloroethylene Dlchloropropionic Acid Diesel Fuels Diethyl Benzene Diethyl Cellosolve Diethyl Ether Diethylamine Dlethylenetrlamine Diglycolic Acid Dllsobutyl Ketone Diisobutylene Dimethyl Phthalate Dimethyl Sulfate Dimethyl Sulfoxide Dimethylamine Dlmethylaniline Dimethylanlline (N,N-) Dimethylformamide

@

"1:l

I:i ~ ::;. V>

0C1l V>

15' ;:s t""

0: .,

.,p

tl:::

0>

IX)

"'TI

Dloctyl Phthalate Dioxane (p-) Dlphenyl Oxide Divlnylbenzene Eplchlorohydrin Esters Ethers Ethyl Acetate Ethyl Acetoacetate Ethyl Acrylate Ethyl Alcohol

'ii'·t'·32':" . ",..

7

"""'.,".7

2.8

95

100

'",. ')::110"""":

7

t

1.5

95

90

W?@;!
7 7

".,.{ ,'""r8"'.

1.5

82 100

97 100

5.5

76

92

0

85

60

DETA

dfJlQTt··,;

7

,·,··"",:::.'8'!

f~lll'~~;~"il

7

((~.T;.\.

}!'!~"2,,1t.dm·"!

7

F'Iii'{6 • tWa'

© '11

P

~ (';.

1?'" '" <E' ;:l

t-<

0: ... p

...

(t:

.1...':.",.... ,

"·"'.,'Yi

~~>

Ethyl Chloride Ethyl Chloroacetate Ethyl Cyanoacetate Ethylamine Ethylene Bromide Ethylene Chloride Ethylene Chlorohydrln Ethylene Glycol

"'''''0<.,

L:"R~~~ '/;

Material Note

"';~:~.

DuPont Tefzet

:,~ 15~:i, ~3 23'

23 23

82

:~,i S2 14.9 149;

n'g'j 1~9

.'

7 7 7 7 3 3 3 3 1 1 1 1

0.25% 0.25%

I I

0.25% 0.25%

\

,7

I

9 9

I. 0.25% 0.25%

,,

9 6

,

8 9 9

,,

100 100 100 100 88.7 96.5 98.4 96.5 80.6 92.1 98.4 96.5

9 9.,. 9 9

o'

::"~

I

1 l ~.

1

15Q,

Ethylene Oxide Ethylenediamine Fatty Acids FerricChloride Ferric Hydroxide Ferric Nitrate Ferric Sulfate Ferrous Chloride Ferrous Hydroxide Ferrous Nitrate Ferrous Sulfate Fluoborlc Acid Fluorine Fluoslllci, Acid Formaldehyde Formic Acid Freon 11 Freon 113 Freon 12 Freon 22 Fuel Oils Fumaric Acid Furan Furfural Gallic Acid Gases

lNP; 20% carb.fib. lNP; 20% gl.fib. lNP; 20% carb.fib. lNP; 20% gl.fib. lNP; 20% carb.fib. lNP; 20% gl.fib. lNP; 20% carb.fib. lNP; 20% gl.fib. lNP; 20% carb.fib. lNP; 20% gl.fib. lNP; 20% carb.fib. lNP; 20% gl.fib. DuPont Tefzel

"110,/: ··50'·

15,0 25 50

100

7

o

95

95

150.

t50r

1~ ~

.

150

'

)150 .150.

150 150

"

135 gaseous

40 135, 37

110

13'5'" 1)0"", ..46

7

0.8

100

100

manufactured natural

m

-i

11

m

Chemical Resistance - Ethylene Tetrafluoroethylene Copolymer

0> (,.)

Chemical Resistance - Ethylene Tetrafluoroethylene Copolymer

m

-I

~

0> ~

"'Tl

m

sour unleaded

Glycerin Glycolic Acid Glycols Heptane Hexane Hydrazine SO/50 with UDMH

Hydrazine Dihydrochloride Hydriodic Acid Hydrobromic Acid

50 LNP; 20% carb.fib. 10

7

99.1

LNP; 20% gl.fib.

10

7

98.4

LNP; 20% carb.fib.

10

7

10

3

0.25%

10

3

0.25%

10

3

10

3

10

1

0.25%

10

1

0.25%

99.1

LNP; 20% gl.fib.

10

1

96.8

LNP; 20% carb.fib.

10

1

99.1

LNP; 20% gl.fib.

99.1

LNP; 20% gl.fib.

96.8

LNP; 20% carb.fib.

99.1

LNP; 20% gl.fib.

98.4

LNP; 20% carb.fib.

99.1

LNP; 20% gl.fib.

79

LNP; 20% carb.fib.

20

DuPont Telzel

concentrated

.. ..

7

0

100

90

7

0.1

96

100

7

0.1

97

95

0

99

98

gas

Hydrocyanic Acid Hydrofluoric Acid

35 70 concentrated

@

"0

Hydrofluosilicic Acid Hydrogen Hydrogen Cyanide Hydrogen Peroxide

30 30

S' Vl .....

n'Vl t:l

90

Hydrogen Phosphide Hydrogen Sulfide

~.

;:s t'"'

.,0: .,

>:l
dry moist

~

Vl

Hydroquinone Hypochlorous Acid Inert Gases Iodine

dry moist

;;r;jr\2:~@;)···

7

:;M~:::::~~:~:,915TX:'

@

'i:l

~ ~

;:;0 VI

~ VI

<Eo ;:l

Iodoform Isobutyl Alcohol Isopropylamlne Jet Aircraft Fuels

t'""

0: .,

.,

>l It::

Lactic Acid Lauric Acid Lauryl Chloride Lauryl Sulfate Lead Acetate Linoleic Acid Linseed Oil Lithium Bromide Lithium Hydroxide Lubricatlna Oils Magnesium Carbonate Magnesium Chloride Magnesium Hydroxide Magnesium Nitrate Magnesium Sulfate Maleic Acid Maleic Anhydride Malle Acid Mercuric Chloride Mercuric Cyanide Mercuric Nitrate Mercury Metabromotoluene Methacryllc Acid Methane Methanesulfonic Acid Methyl Alcohol Methyl Benzoate Methyl Bromide Methyl Cellosolve Methyl Chloride Methyl Chloromethyl Ether Methyl Cyanoacetate Methyl Ethyl Ketone Methyl Isobutyl Ketone Methyl Methacrylate Methyl Salicylate Methyl Sulfuric Acid Methyl Trichlorosilane Methylaniline

JP 4 JP 5

saturated

50

a

100

100

85

95 100

n-methyl aniline

100

Methylene Bromide

m

--i

"'T1

m

Chemical Resistance - Ethylene Tetrafluoroethylene Copolymer

0> 01

Chemical Resistance - Ethylene Tetrafluoroethylene Copolymer

m -i -n m

Methylene Iodide Mineral Oils

;;iiHijQii

Morphoiine Motor Oils

Ijii8J.;zltilim.'

7 7 7 7 7 3 3 3 3 1 1 1 1

Naphthalene Natural Gas Nickel Chloride Nickel Nitrate Nickel Sulfate Nicotine Nicotonic Acid Nitric Acid

a

0.25% 0.25%

0.25% 0.25%

0.25% 0.25%

0.25% 0.25%

0.25% 0.25%

@ '1;l

I:) CIl .... C:;. CIl

tl

(\)

concentrated

CIl

~.

;:l

t""

.,0:p .,

tr:

Nitric Acid

·· ·

SO/50 with sulfuric acid

10 10 10 25 50 50 70 70 70 70 70 70

90

60

95.2 99.1 95.2 99.1 91.9 91.2 91.9 91.2 90.3 89.5 90.3 89.5

LNP; 20% carb.fib. LNP; 20% gl.fib. LNP; 20% carb.fib. LNP; 20% gl.fib. LNP; 20% carb.fib. LNP; 20% gl.fib. LNP; 20% carb.fib. LNP; 20% gl.fib. LNP; 20% carb.fib. LNP; 20% gl.fib. LNP; 20% carb.fib. 20%

100 86.8 100 86.8 98.4 82.5 100 81.6

LNP; 20% carb.fib. LNP; 20% gl.fib. LNP; 20% carb.fib. LNP; 20% gl.fib. LNP; 20% carb.fib. LNP; 20% gl.fib. LNP; 20% carb.fib.

100 14

105 53 2 3 7

0.5

a> a>

87 100

81 100

100 72 58

100 91 5

a

a

@

'i:l

E" ~

I %Change Reage~t'

Reagent Note

;:;. VI

tl

~

VI

tEl· ;:l

t

., .,P

0-

<.c::

Nitrobenzene Nitrogen Nitrogen Dioxide Nltromethane Nitrous Acid Octane Octene Oleic Acid Oleum Orthophenylphenol Oxalic Acid Oxygen Ozone Palmitic Acid Perchlorlc Acid

Cone. I"'J

Weight

Tensile 51'onglll

Material Note DuPont Telzel

. . /~.~i: ~};t 1bO 150 150 135 50 100 110 15.0 100

1% in air

·

."

",

1~5

10 72

~i1J5~;% ";135.'

150'< 150;;'

10 chlorinated phenol

tOO ''1'10,:'' ·100' .100

100

Phenolsulfonic Acid Phenylhydrazine Phenylhydrazine Hydrochloride Phosgene Phosphoric Acid

100 100 8

8

30 85 concentrated

Polyvinyl Acetate Polyvinyl Alcohol Potassium Aluminum Chloride Potassium Aluminum Sulfate

Load

C)'; <.

.';;~:~'/'~

gas

Perchloroethylene Petrolatum Petroleum Petroleum Ether Phenol

Phosphoric Oxychloride Phosphoric Trichloride Phosphorous Oxychloride Phosphorous Pentachlorlde Phosphorous Pentoxlde Phosphorous Trichloride Phthalic Acid Phthalic Anhydride Phthaloyl Chloride Picric Acid Plating Solutions

. ~mp;l> . ,r r

8 7 7

7

9 9 9 8

o

94

93

100 100

100 98

.,.

expo leiiiP~ i$ m8JC. ,eco!TI. :.;.,,:/:

..

,8 8 8 8 9

):

"

·.

· .~~;,;.

100

100

8 8 .8

brass cadmium chrome copper gold

8 8

8

"8 8 50

-i

m

'

,. " 8

m

11

".: -,

" ::".:

8 30

u

-...

0)

Chemical Resistance - Ethylene Tetrafluoroethylene Copolymer

Chemical Resistance - Ethylene Tetrafluoroethylene Copolymer

m

-of "T1

m

Potassium Potassium Potassium Potassium Potassium Potassium Potassium Potassium Potassium Potassium Potassium Potassium Potassium

Bicarbonate Borate Bromate Bromide Carbonate Chlorate Chloride Chromate Cyanide Dichromate Ferrocyanide Fluoride Hydroxide

20

;.';;,·;'i••1noi(';~.'.

7

X'i.~"(((;

• ;;

7

···:,;';·;N~ • • '6',;"

·;1;;;(1$0@(·;;;

7

%'A9l}},

.•·;\\;1·'l~{Mi

7

xxrV'@1

0

100

100

1.5

100

100

100

100

100

95

50

Potassium Hypochlorite Potassium Nitrate Potassium Perborate Potassium Perchlorate Potassium Permanganate Potassium Persulfate Potassium Sulfate Potassium Sulfide Propane Propionic Acid Propyl Alcohol Propylene Dibromide Propylene Dichloride Propylene Glycol Methyl Ether Propylene Oxide Pyridine

1,propanol

.t·?<1.'1~F

Pyrogallic Acid Salicylaldehyde Salicylic Acid Salt Brine Sea Water Sewage Silicon Tetrachloride @

'~" Vl

M-

r;' Vl

tl ~

Vl

tE' ;:l

t"'

;: ..,

..,

i=l

Silver Chloride Silver Cyanide Silver Nitrate Skydrol Sodium Acetate Sodium Benzenesulfonate Sodium Benzoate Sodium Bicarbonate Sodium Bisulfate Sodium Bisulfite

pyrogallol

sewage water

3

0>

00

@

'\l

~ ~

n'

I?'" tEo '" ;:l

s:..,

C"

..,

~

u::

Sodium Sodium Sodium Sodium Sodium Sodium Sodium Sodium Sodium Sodium Sodium Sodium Sodium

Borate Bromide Carbonate Chlorate Chloride Chromate Cyanide Dichromate Ferricyanide Ferrocyanide Fluoride Glutamate Hydroxide

alkaline

10

50 50

Sodium Hypochlorite Sodium Hyposulfite Sodium Iodide Sodium Lignosulfonate Sodium Metasillcate Sodium Nitrate Sodium Nitrite Sodium Perborate Sodium Perchlorate Sodium Peroxide Sodium Persulfate Sodium Phosphate Sodium Silicate Sodium Silicofluoride Sodium Sulfate Sodium Sulfide Sodium Sulfite Sodium Thiosulfate Sorbic Acid Stannic Chloride Stannous Chloride Stannous Fluoride Stearic Acid Stoddard Solvents StripDer Solution Styrene Succinic Acid Sulfamlc Acid Sulfur Sulfur Dioxide Sulfur Trioxide Sulfuric Acid

white spirits A·20

0.2

7

7

94

80

90

90

monomer

molten

liquid 10 10 10

10

7 7 7 7

0.25% 0.25%

96.8 80.7

100 86.8

lNP; 20% carb.lib. lNP; 20% gl.lib. lNP; 20% carb.lib. lNP; 20% gl.lib.

m

-I

11

m

Chemical Resistance - Ethylene Tetrafluoroethylene Copolymer

0>

<0

Chemical Resistance - Ethylene Tetrafluoroethylene Copolymer

m

-...I

o

~

"'Tl

m

I,I~~~~~~ Reagent

Reagent N9~~dir;e.

Sulfuric Acid

10 10 10 10 10 10 10 10 60

Sulfuric Acid

fuming, 20% oleum SO/50 with nitric acid concentrated

Temp.

Time

('C),

(days)

82

3

8? ',.

3

82 82

3 3

149

I

149

I

149 149..

I

Load

PDL ... ,~~R~tlng

Weight

Ten.ii.

Resistance Note

Strength

Material Note

0.25% 0.25%

95.2 76.3 98.4 78.9

LNP; 20% carb.fib. LNP; 20% gl.fib. LNP; 20% carb.fib. LNP; 20% gl.fib.

0.25% 0.25%

83.9 71.9 96.8 74.6

LNP; 20% carb.lib. LNP; 20% gl.fib. LNP; 20% carb.fib. LNP; 20% gl.fib.

I

,~xp,. temp.

ISO

is

mu. recom.

DuPont Te'zel

50

lao 100

7

120<,'

a a

lao

lao

7

98

95

0.25

a

98

90

7

8

86

100

~.::

15~ ,

15q

Sulfurous Acid SUlfuryl Chloride

110

Tall 011

~~~iii!:

6~~i ~....

Tannic Acid Tartaric Acid Tetraehlorophenol (2,3,4,6Tetraethyllead Tetrahydrofuran

135";

·.• • ~~!)~mIl;.~!11~;;ecom.

loa

Tetramethylammonium Hydroxide Thlonyl Chloride Tin Tetrachloride Titanium Dioxide Titanium Tetrachloride Toluene Transmission Fluid

50

150 66 100 100'

7

lOa ISRt

109'

8

12Q).}

8

2~i

7

23'

7

23,' 23 82

7 7 3 .~

82

'tl

S'

;::;.

'f?"

cEo '" ;:l

t-o

0: .,

.,p

It::

Trlbutyl Phosphate Tributylamlne

3 3

149.' 149!t

I I I I

;;;.. 6;; tri·n·butylamine

'11P'Y'; 120

120,

Trichloroacetic Acid

3

82 . ,.

14,~ti' 149/

@

10q 100'

12g'

86

93

8 8 8

IHF·

82

~

3.5

7 30

0.25% 0.25%

0.25% 0.25%

0.25% 0.25%

95.2 100.9 98.4 101.8 95.2 96.5 96.8 99.1 95.2 99.1 96.8 97.4

9 9 9 9 9 9 9 9 9 9

,.9 9 8 8

LNP; 20% carb.fib. LNP; 20% gl.fib. LNP; 20% carb.lib. LNP; 20% gl.fib. LNP; 20% carb.fib. LNP; 20% gl.fib. LNP; 20% carb.fib. LNP; 20% gl.fib. LNP; 20% carb.fib. LNP; 20% gl.fib. LNP; 20% carb.lib. LNP; 20% gl.fib. DuPont Telzel

81 100

Ii

.; 9

80 100

8 7 30

7

9

a

90

70

lOa

lao

@

~-

•

~

.

po

Reag/lnt

~ C:;. '"

16' ~.

~

t""

~ ~

u:

}\ ;,". <, .;,~.

. . ; '"' , ,..

Reagent Note ~. '.;.'~ ,.v..

Trichloroethane Trichloroethylene Trichloromethane Trichlorophenol (2,4,5-) Triethanolamine Triethylamine Trisodium Phosphate Turpentine UDMH Urea Varsol Vinyl Acetate Vinyl Chloride Water

..',

.

r ..·

Cone. I'll

»

Temp. .TIme I'~l'. . {days}... ,.'.', .65' ~::.>\:~:,\~«

methyl chloroform

lO.ad . oro'>

,

i.

PDl Rating ::::

,.

8

DuPont Tefze'

50

monomer

;

,,;23

7

7 3

0.25% 0.25%

3

sewage water

;

25

I

>i3~:;;;

JooNid

. 9 9.

7

'~100

9

'<

~

9'.

' ':1

9"

"j

9

9

~

LNP; 20% carb.fib. LNP; 20% gl.fib. LNP; 20% carb.fib.

99.1 100 99.1 100

1

9:

8

7 '

100 99.1

9;

"9.:' 0.25% 0.25%

3 3

Hydrosulfite Nitrate Sulfate Sulfide

·'>iilt~:leinD.i$mai';iecoln.

Material Note

50/50 with Hydrazine

7

Zinc Zinc Zinc Zinc

I

100

7

Xylene Zinc Acetate Zinc Chloride

TensIle I Elona,lIonl ,:,." Resistance Note. Strengl/l

LNP; 20% gl.fib. LNP; 20% carb.fib. LNP; 20% gl.fib. LNP; 20% carb.fib. LNP; 20% gl.fib.

99.1

0

0

100

100

~~'kii:j'i!'P!i~'i11~, ('COIll, ~

DuPont Tefzel

"

100

10

m

-l "'Tl

m

Chemical Resistance - Ethylene Tetrafluoroethylene Copolymer

""-J ......

Chemical Resistance - Fluorinated Ethylene Propylene Copolymer

"'T1

m

--.J

~

'"tJ

10

7

100

LNP; 20% gl.fib.

10

7

94.3

LNP; 15% carb.fib.

10

7

10

3

0.25%

10

3

0.25%

10

3

100

LNP; 20% gl.fib.

74.3

LNP; 15% carb.fib.

94

LNP; 20% gl.fib.

88.6

LNP; 15% carb.fib.

10

3

10

1

0.25%

10

1

0.25%

80

LNP; 20% gl.fib.

10

1

82.9

LNP; 15% carb.fib.

10

1

92

96

LNP; 20% gl.fib.

74.3

LNP; 15% carb.fib.

up to the boiling point

LNP; 20% gl.fib. DuPont Teflon FEP

Acetic Anhydride Acetone

Acetophenone

up to the boiling point

Acrylic Anhydride Acrylonitrile Allyl Acetate Allyl Methacrylate Aluminum Chloride Ammonia Ammonium Chloride Ammonium Hydroxide

up to the boiling point

365

0.3

365

0.4

14

0

7

0.6-0.8

DuPont Teflon FEP 160 DuPont Teflon FEP

up to boiling pI. up to the boiling point

liquid to boiling pI. up to the boiling point 10

365

0

10

365

0.1

7

0.25%

71.4

7

0.25%

100

LNP; 20% gl.fib.

94.3

LNP; 15% carb.fib.

7 7 3

0.25%

3

0.25%

3 3

LNP; 15% carb.fib.

100

LNP; 20% gl.fib.

71.4

LNP; 15% carb.fib.

88

LNP; 20% gl.fib.

85.7

LNP; 15% carb.fib.

88

LNP; 20% gl.fib.

71.4

LNP; 15% carb.fib.

1

0.25%

@

1

0.25%

88

LNP; 20% gl.fib.

'il

1

82.9

LNP; 15% carb.fib.

1

88

Sen

..... r;'

en t:l en

(1)

<E' ;:l

Aniline

up to the boiling point

Animal Oils Benzaldehyde Benzene

up to the boiling point

t""

0: ..,

..,

I:l

tt::

Benzonitrile

up to the boiling point

LNP; 20% gl.fib. DuPont Teflon FEP

7

0.3-0.4

DuPont Teflon FEP 160

7

0.4-0.5

DuPont Teflon FEP 160 DuPont Teflon FEP

OuPont Teflon FEP 4

0.5

0.33

0.6

0.33

1

@

~

p ~

o'VJ ~ VJ

I~eagent

Reagent Note

Cone. "(%)'

Benzoyl Chloride Benzyl Alcohol

up to the boiling point

Borax Boric Acid Bromine

up to the boiling point

t'"'

0: .,

.,p

u::

I:"em.p/; I; .:.. . ec~> .• :..

lQad

;1 POL Rating

Walghl

.

7

...

Tensile' .t;R.slstance Strength '" ""':'.:',.,.....

•..

0.3-0.4

~;s;~~.\h:. f:~ I~rig~( '~xpos. .: .•;. ,:.:.. Climpalibfe .

8 22

Butyl Acetate up to the boiling point Butyl M e t h a c r y l a t e · Butylamine up to boiling p up

7

0.5

no sign11: ~hg. lot tonger eXpos. . , compatible .

8

ton;:~t~~~~~;epoint

.

7

T"'''h1''Id'~:~ ~~

DuPont Teflon FEP DuPont Teflon FEP 160 DuPont Tetlon FEP

:~

,

:

"r

DuPont Teflon FEP 160 DuPont Teflon FEP

~~.\

8

78

.

-.:~

Material Note

."'::;;~~'

9

8 I . ,

NQte

,.v:i'h~p;lib~

8 9

8 8

anhydrous

C,,'OO

(clays)

8 204·"

ICalcium Chloride

Time

.<:~

tEo ;:l

% Change ". Retained,

:::";:':

'I.

0.3-0.4~~;;tj;;5ilii~~~;I~~~i[ expos.

Du::;:~e~:f~0~E:E~60

,~~.

DuPont Teflon FEP 160

~l~r~.~.

I

DuPont Teflon FEP .'200

Carbonisulfide Cetane Chlorine

up to the boiling point

up to the boiling point

7

120

7

::'::~

."~

;."."

i;oX;¥ffipiitlD)«i;' ....

:::-:::;~

.;

9

0.7-0.8

...;. "u ....,..

.

no ,sjgnil,:.ehg. for Iongill expos.

0.00-0.01\

'cOmpatibte

DuPont Teflon FEP 160 DuPont Teflon FEP DuPont Teflon FEP 160 DuPont Teflon FEP

'8

8 8 ::.~

8 190

7

up to the boiling point

8 9 8

0.1-0.2

8

up to boiling pI. up to the boiling point

"

: ng ~!gt\d. chg.lo( longer expos. . compatible

DuPont Teflon FEP 160 DuPont Teflon FEP

,'i-.."::

8

.'

8

95 95 95 95 95 up to the boiling point

-0

8

::;it "<::9mpalible

0.5-0.6P!!~\~~~~~lld%!Wl~~rexpos.

8 8

8 8 8

:-

Ethyl Alcohol

"m

..

8

150 50

. , .

;•.•.•.•••:::.\:. ';' :...... "

8 7

--

up to the boiling point

Ethyl Ether

3.7

8

120

Chromic Acid Cyclohexane Detergents Dibutyl Phthalate Dibutyl Sebacate Diethyl Carbonate Diisobutyl Adlpate Dimethyl Ether Dimethyl Sulfoxide Dimethylformamide Dimethylhydrazine Dioxane Ethyl Acetate

3 8

anhydrous

Chloroform Chlorosulfonic Acid

0.33

25'

365

9

50

365

7.0'

14

8 8

<;25 " ": 50 :., 'C"

365 365 14

70<.·' >.100?

;'200 ~

..:~:::::

0.33 0.33

9 9

,.,.9 ;>9 9

0.5 0.7

';

no signit: ehg. for iongel expos.

./

:::

..

0.7

o a a 0.1

0.3

B

B

Chemical Resistance - Fluorinated Ethylene Propylene Copolymer

---I W

Chemical Resistance - Fluorinated Ethylene Propylene Copolymer

11

m

'".p.

"'U

7

0.25%

100

7

0.25%

100

LNP; 20% gl.fib.

100

LNP; 15% carb.fib.

7 7 3

0.25%

3

0.25%

3 3 1

0.25%

1

0.25%

LNP; 15% carb.fib.

100

LNP; 20% gl.fib.

77.1

LNP; 15% carb.fib.

86

LNP; 20% gl.fib.

71.4

LNP; 15% carb.fib.

90

LNP; 20% gl.fib.

71.4

LNP; 15% carb.fib.

88

LNP; 20% gl.fib.

1

74.3

LNP; 15% carb.fib.

1

90

20%

LNP; 15% carb.fib.

up to the boiling point

Ferric Phosphate Fluoronaphthalene Fluoronitrobenzene Formaldehyde Formic Acid Furan Gasoline Hexachloroethane Hexane Hydrazine Hydrochloric Acid

10

7

0.25%

74.3

10

7

0.25%

100

LNP; 20% gl.fib.

10

7

94.3

LNP; 15% carb.fib.

10

7

10

365

0

10

365

0

10

365

10

3

.0.25%

10

3

0.25%

10

3

100

0

@

1

."

1

~

0.33

Vi

0.33

0

tl

7

0.00-0.03

p-

I

r:;' C1l

;:l

t"'

0: .., p

..,

It:

0 DuPont Teflon FEP 160

up to the boiling point

Vi

<E'

LNP; 20% gl.fib. DuPont Teflon FEP

Hydrofluoric Acid Hydrogen Peroxide Isooctane Lead

DuPont Teflon FEP

7 up to the boiling poinl

0.7-0.8

;-f;l\il~~~i;;Ii~~~I\i~t{;!,I~~jt;;

DuPont Teflon FEP 160 DuPont Teflon FEP

"~~~~.~',"'

@

I%QJ1ang!t

1l

Ei

R~agent Note

~

r;' CIl

~

CIl

15' ;::s

t

...0-P ... u:

H;~1;t~)i~;!~,~i~~:'~i~,;,Jj<·;.~:£~",J~;~t;·~~.~I~g

,:/}:;~ ;'~:.

Magnesium Chloride Mercury Methacryllc Acid Methyl Alcohol Methyl Ethyl Ketone Methyl Methacrylate Motor Oils

7 7 7 7 3 3 3 3 1 1 1 1

0.25% 0.25%

.~~

lNP; 15% carb.tib . lNP; 20% gl.tib. lNP; 15% carb.tib. lNP; 20% gl.tib. lNP; 15% carb.fib. lNP; 20% gl.tib. lNP; 15% carb.fib. lNP; 20% gl.tib. lNP; 15% carb,fib. lNP; 20% gl.tib. lNP; 15% carb,fib. lNP; 20% gl.tib.

71.4 100 88.6 100 68.6 100 82.9 100 68.6 100 77.1 100

0.25% 0.25%

0.25% 0.25%

--

DuPont Teflon FEP

10 10 10 10 10 10 10 10 10 10 10 10 10 10

"

23 23 23 23

25 70' 82 82 .;" 82

.~

;

~~, ',149' ":;;'." 149 •149 1'49

7 7 7 7 365 365 3 3 3 3 1 1 1 1

85.7 88 94.3 96

0.25% 0.25%

0.25% 0.25%

.1 )

no signn. ellg. for 10/lger ••pos.~:

0 0.1 74.3 88 88.6 92 65.7 86 85.7 88

0,25% 0.25%

• compatible

,

. .. :~::.::;~: .." "

.;•. ~.; ... :.:~:;•........::.:::.:;:<;

"

210

7

Nltrobutanol (2-) Nitrogen Tetraoxlde Nitromethane Octadecyl Alcohol Ozone Pentachlorobenzamide Perchloroethylene

up to the boiling point

"

J;~ 1:;~~;';

Perfluoroxylene Phenol Phosphoric Acid

up to the boiling point

{\;;:!:;/Ti

0.7-0.9

lNP; 15% carb.fib. lNP; 20% gl.tib. lNP; 15% cerb.fib. lNP; 20% gl.tib. DuPont Teflon FEP lNP; 15% cerb.fib, lNP; 20% gl.tib. lNP; 15% carb.lib. lNP; 20% gl.tib. lNP; 15% carb.fib. lNP; 20% gl.tib . lNP; 15% carb.fib. lNP; 20% gl.tib. DuPont Teflon FEP

, ," . :::,,>>-:,-"'".

no;!~ifi~~forlonger expos.: ",< co'.'.'patible

DuPont Teflon FEP 160 DuPont Teflon FEP

" " up to boiling pI. up to the boiling point

"

" "

.

~':'::::

:::;:::,:,

d:~:;~:'~'oo

%

7

2.0-2.3

DuPont Teflon FEP 160 DuPont Teflon FEP

7

0.00-0.01

II

""lJ

)(.

"

concentrated

m

Mat!lflal Note' DuPont Teflon FEP

up to the boiling point

up to the boiling point

Nitro-2-Methylpropanol (2-) Nitrobenzene

, d;::!~~;;il.J;~~~!~t,~Ug~

up to the boiling point

}:

Naphthalene Naphthols Nitric Acid

Weight

Chemical Resistance - Fluorinated Ethylene Propylene Copolymer

DuPont Teflon FEP 160

"--I 01

Chemical Resistance - Fluorinated Ethylene Propylene Copolymer

"'Tl

m

-...I 0>

"'U

;%~:!rtge~~~i~: Strength . ':;:;;~esistance . ...,. Note

h,

Ile~gerit :

Reagent Note

Cone. (%)

.;.~'.;.;,-,-.-

Phosphorous Pentachloride Phthalic Acid Pinene Piperidine Potassium Acetate Potassium Hydroxide Potassium Permanganate Pyridine Soap Sodium Hydroxide

iTim~

load

(~rs)

..• :~'::":':. . ?: ~:: ,.

co;i{palibJe

up to the boiling point

,

.:,;::/:';'~

Material Note

,f::

DuPont Teflon FEP

u ~~

u. ~)' ~

~.,

o

10 10 50

365 365 0.33

10 10 10 10 10 10 10 10 10 10 10 10 30 30 30 30

7 7 7 7

0.25% 0.25%

3 3 3 3 1 1 1 1 365 365 0.33 0.33

0.25% 0.25%

0.1

o

up to the boiling point

Sodium Hypochlorite Sodium Peroxide Solvents Stannous Chloride Sulfur Sulfuric Acid

aliphatic up to boiling pI. up to the boiling point lNP; t5% carb.fib. lNP; 20% gl.fib. lNP; 15% carb.fib. lNP; 20% gl.fib. lNP; 15% carb.fib. lNP; 20% gl.fib. lNP; 15% carb.fib. lNP; 20% gl.fib. lNP; 15% carb.fib. lNP; 20% gl.fib. lNP; 15% carb.fib. lNP; 20% gl.flb. DuPonl Teflon FEP

68.6 84 97.1 90 68.6 76 97.1 86 68.6 76 97.1 86

0.25% 0.25%

o o o

·u

0.1

up to the boiling point

@

Sulfuryl Chloride Tetrabromoethane Tetrachloroethylene Toluene

'U

Ei

'c:;"....." '~"

'" <E" ;:l

t

... ...

0$:l

Transmission Fluid

7

1.7-2.7

365 365 14 7 7 7 7 7

0.3 0.6 0.6 0.7-0.8

DuPont Teflon FEP 160 DuPont Teflon FEP

up to the boiling point

0.25% 0.25%

DuPont Teflon FEP 160

68.6 106 110 88.6

lNP; 15% carb.fib. lNP; 20% gl.fib. lNP; 15% carb.fib.

@

% Change

~

Q

~

Reagent

Reagent Note

r;' til

tl

Time

('C)

(d,ya)

82

3

0.25%

5

77.1

82 82

3

0.25%

8

90

6

80

9

98 62.9

Transmission Fluid

til

to· ;:l

149

3 3 1 1 1 1

200

7

82 149

~

.,0Q .,

149 149

u::

Load

PDL

RlItln~

W,lghl

• 0.25% 0.25%

3

,

,,,

,

r,n,lI, SI"nglh""

7 4

88 74.3 94

9 5

i I

Material Note LNP; 15% carb.lib.

. :":";.. - /~/-··r

~;'i;:,::'·

1

.;~

~~ ~:,,~

i

w:.:·:~::,/::~·

LNP; 20% gl.fib. LNP; 15% carb.lib. LNP; 20% gl.fib. LNP; 15% carb.fib.

~.r

LNP; 20% gl.fib. LNP; 15% carb.lib.

-.:.,

:;;,.;;; .::.'::::.--::.'.:.,.:~.. :;;.;~.. ~.:::~~:.:/~:;~~~~~:_:.,." .....: '~.

LNP; 20% gl.fib.

hij;~i:~:~:~~~:~~~~.r,.p0s".

1.8-2.0

8

" " " " " "

I

Resistance Note

.'-.::.".: . ,,:,-,,::::;,:~,:-:,:,:::::?:,,:\:<:

,','.

up to the boiling point

DuPont Teflon FEP 160 DuPont Tellon FEP

8 8 8 8 8 8

23 23 23

7

23 82

7

7 7

82 149 149 149 149

3 3 3 3 1 1 1 1

100

7

82 82

Xylene Zinc Chloride

iI""

Temp.

(tt)

C1l

Tributyl Phosphate Trichloroacetic Acid Trichloroethylene Trlcresyl Phosphate Triethanolam ine Vegetable Oils Vinyl Methacrylate Water

I

Cone.

, ,

0.25% 0.25%

0.25% 0.25%

!

5

77.1

LNP; 15% carb.lib.

9

100 100 85.7 71.4

LNP; 20% gl.fib.

9 7 4

,

8 9

I

7 2 7

I

,

,

92 94

,

85.7 57.1 88 90 85.7

8 7

25

9 '8

"

LNP; 15% carb.lib.

"

LNP; 20% gl.fib.

l;~;~;7(

0.00-0.03

"

,

;}.; '~;~'~ ~; ·i\i':' >,:' n;4!A*;¥"'plj1i~<~ ;;

8

up to the boiling point up to the boiling point

0.25% 0.25%

;?j4!~;0;P~~~~i~~;;,~os;/

LNP; 15% carb.lib.

"

LNP; 20% gl.fib.

" LNP; 15% carb.fib. DuPont Teflon FEP DuPont Teflon FEP 160 DuPont Tellon FEP

11

m

.."

Chemical Resistance - Fluorinated Ethylene Propylene Copolymer

--J --J

Chemical Resistance - Perfluoroalkoxy Resin

'"'0 "'TI

~

-..J

»

())

DuPont Teflon PFA

Acetic Acid

Acetic Acid

10

7

0.25%

85.7

10

7

0.25%

90.6

lNP; 20% gl.lib.

10

7

0.25%

92.3

lNP; 20% mil.gl.

lNP; 20% carb.tib.

10

7

90.6

lNP; 20% gl.lib.

10

7

92.3

lNP; 20% mil.gl.

100

lNP; 20% carb.tib.

10

7

10

3

0.25%

65.7

10

3

0.25%

93.8

lNP; 20% gl.lib.

10

3

0.25%

69.2

lNP; 20% mil.gl.

10

3

84.4

lNP; 20% gl.lib.

10

3

69.2

lNP; 20% mil.gl.

10

3

91.4

lNP; 20% carb.tib.

10

1 1 1 1 1 1

10 10 10 10 10

0.25%

54.3

0.25%

60.9

lNP; 20% gl.lib.

0.25%

65.4

lNP; 20% mil.gl.

76.6

lNP; 20% gl.lib.

65.4

lNP; 20% mil.gl.

88.6

lNP; 20% carb.tib.

up to the boiling point

DuPont Teflon PFA

glacial

Acetic Anhydride Acetone

Acetophenone

7

0.4

95

100

7

0.3

91

99

365

0.3

365

0.4

14

0

7

0.6-0.8

7

0.6

90

100

DuPont Teflon PFA; 1.27 mm thick

up 10 the boiling pain1

DuPont Teflon PFA

up to the boiling point

":?-.

up to the boiling point

.~~:

' ...>.,:

:.,: x,···.··

0.7

@

Acrylic Anhydride Acrylon itrile Allyl Acetate Allyl Methacrylate Aluminum Chloride Ammonia Ammonium Chloride Ammonium Hydroxide

DuPont Teflon PFA 350

i

DuPont Teflon PFA

up to the boiling point up to boiling pI. up to the boiling point

liquid to boiling pt. up to the boiling point 10

365

0

10

365

0.1

po

"~

7

0.25%

94.3

7

0.25%

90.6

lNP; 20% gl.lib.

r;'

7

0.25%

84.6

lNP; 20% mil.gl.

'fi'" '" <E'

7

92.2

lNP; 20% gl.lib.

7

88.5

lNP; 20% mil.gl.

;:l

t-o

& ...

... It: P

7

Ammonium Hydroxide

concentrated

lNP; 20% carb.tib.

97.1

7

0

98

lNP; 20% carb.tib. 100

DuPont Teflon PFA

3

0.25%

71.4

3

0.25%

82.8

lNP; 20% gl.lib.

3

0.25%

65.4

lNP; 20% mil.gl.

lNP; 20% carb.tib.

6l ~

I=l

en ..... ;:;. en

tl

,,% Change

.,

Reagent ..:.~:

.........c

Reagent Note

:.,::.~,-.-:.

Cone.

Temp.

(%)

('C)

Ammonium Hydroxide

(dar~) 3 3 3 1 1 1 1 1 1

82 82 82 149'" 149 149 149 149 149

~

en

~.

;:s

~ cr

., .,

I=l

Aniline

Time

up to the boiling point

POL Rating

Load

I

0.25% 0.25% 0.25%

,

1

,

Animal Oils Aqua Regia Benzaldehyde

120 179 1'79

Benzene Benzon itrile Benzoyl Chloride Benzyl Alcohol

Borax Boric Acid Bromine

Butyl Methacrylate Butylamine

Calcium Chloride Carbon Tetrachloride

7 7

7.8 100 '200

4 0.33 0.33

204 204 205

23 59 125

7

8. 9

7 7

8 8 9 8 9

78 78 78

,

o'

1

i

365 365 14 7

25 '-50 .. 70 711 78 100 ,200

:!>

i

7 0.33 0.33

e.

,

, I

.5 '5 7 3 4 4

.:\:,3.

»

.

:'::;

.

94

•

~.c

LNP: 20% gl.fib. LNP: 20% mil.gl. LNP: 20% gl.fib. LNP; 20% mil.gl. LNP: 20% carb.fib. DuPont Teflon PFA

:~:;

100

~0:~i9ni(c;!!g~!~r Ioryg" expOs• Ciiiiijiailble . 99

100

90

99

~.:

.

:.::..;:~;:\:; ..~.

0.5 0.6

DuPont Teflon PFA 350 DuPont Teflon PFA

::~:'

~~~19~itg!!g.iC1~}~~g~rexpos•.

DuPont Teflon PFA 350 DuPont Teflon PFA

:\~~;~; .~.>:.

1

I

....

::

co'!1patlble

'.

.;:;:

0.4 0.3-0.4 0.3

no .sign", chg. tor longer expos.

93

99

:.; ~.

DuPont Teflon PFA 350 DuPont Teflon PFA

'compatlble

i

.

:;

,.-,Ii.' ·· .. ii·

>", . ",;: .

0.5 0.5 0.5

no signi!.

99 95

100 95

93

100

ell;: for longer expos.

DuPont Tellon PFA 350 DuPont Teflon PFA

'" . compatible

0.5

.···F·" ··compalible 0.4 0.4 0.3-0.4

86

97 no sigiUf. eIIg. for longer expos•.

. <; ,~'!!e~~I~I~ 0.6 1.6 1.99 2.3 3.4 2.3·2.4 2.5 3.7

DuPont Tellon PFA 350 DuPont Tellon PFA

iiiiSi9#ififhgAbdCiriger e~os.,

:)~j1:!r}~)+ : ;"

87

II

100

-0

II

:::::

I

8

.77

,

,

up to the boiling point

up to the boiling point

8 9 9 9 9

7 7 7

up to the boiling point

up to boiling pI. n-butylamine

)

8 8 8 9 9 9

·

22 22

0 0.5 0.5 0.4-0.5

9 ":' 8 7

8 8

·

v

9

7 7

.~

}::;':.comp;tl!ble ~::::::,:: .,~::

0.5 0.3 0.3-0.4

9

up to the boiling point

anhydrous

Butyl Acetate

7

8 9 9,

179

~.;;

Material Note LNP: 20% gl.fib. LNP: 20% mil.gl. LNP: 20% carb.fib.

~

8 9 . 9.·

up to the boiling point

··

.3 5 3. 4

7 7

up to the boiling point

,

85.9 65.4 94.3 60 70.3 61.5 79.7 61.5 71.4

~.

9

HI5;;..1 185 185

7 3 9 .• 3 4

I

Resistance Note

WeIght

Chemical Resistance - Perfluoroalkoxy Resin

no slgn~, «:!lg. for long" expos.

.: ::"";:::r':-:{C<;;"; ;:,"~,"

DuPont Teflon PFA 350 DuPont Teflon PFA

:.::""~"

-J <0

Chemical Resistance - Perfluoroalkoxy Resin

-u "T1

CD

o

»

up to the boiling point anhydrous

j;i~o\i;

.h,;;j#a\·.····.··

anhydrous

Chloroform Chlorosulfonic Acid

"

50 50 50

7 7

1.:·>;M;zo'' ' . H1#0

1', -19;

~::

up to the boiling point

::;~"

1"S6 ",,;

Ethyl Acetate

up to the boiling point

7

""""""''';:9"','" •• '.

0.2

92

96

7

\

0.4

92

100

100 100

tl CIl

tEo ;:l

t

0.., ..,I=l \t::

,{S·

;': :.\\:'. .;: ::«:::: );<\:::: :t:~::~/:<: ~

h~~lgnff.clignot;~~g~t;~os.\ "eoml>atible/S,.

0.3

98

*!J~i~I;·~;;;i·;I;·j

0.1 0.1-0.2

95

;.

7

;;1~;!lj·i~:f~;;;tl;

0.2

96

100

}/;J61'.>\

7

iii(/;i!! (.

0.6

92

100

::~h/t; 7:~t;~::"

95 95 95 95 95

'"0

(\)

97

,~. :;::

'.

DuPont Teflon PFA 350 DuPont Teflon PFA

DuPont Teflon PFA 350 DuPont Teflon PFA

• nO signff~~g,}Q~.@ng~{ix~~sj >~~::

' .coml>81illlo'-}.%l.y.,/

DuPont Teflon PFA 350 DuPont Teflon PFA

up to boiling pI.

@

CIl

93

·.·/··mts· ...; i/

,'r:\~1:;;:

up to the boiling point

up to the boiling point

up to the boiling point

Ethyl Ether Ethyl Hexoate Ethylene Bromide Ethylene Glycol

a

100

OuPont Teflon PFA 350 DuPont Teflon PFA

h;~ignlt.;~hg:I~;';~;~~I,~i;d~!;. 91

7 7 7

2~0

.,,'{'l8~·;'·

Ethyl Alcohol

;:;.

;;t;!

.·.~6;ig~\L·~~jJ~(~~;~Jit~.ij;~.~E " •.})., ,,{,.·.;oe.inoalibl.'·..,,;··'.·.·//··

"j;:~;/

:

ibiW!,,/j{

;1~;~I~ Ji ;j~;il ;:~

365 365 14

~

100

up to the boiling point

Dimethylhydrazine Dioxane

E"

92

0.00-0.01

.:

,1.90.

Dlmethylformamide

1!~ ~1-,~l~i ~ :.·';~,

0.8 0.7-0.8 0.7 0.01

··:::j;i~·;

7 7

,(.120:: .,

up to the boiling point

:; ~ il~ '!;~;l~),':~

0.6 0.5 0.5-0.6

;:; ••,'/'\il'.>;P··< .'

:~::i::\f"·:-·)

up to the boiling point

Chromic Acid

Cresol (0-) Cyclohexane Cyclohexanone Detergents Dibutyl Phthalate Dibutyl Sebacate Diethyl Carbonate Diisobutyl Adipate Dimethyl Ether Dimethyl Phthalate Dimethyl Sulfoxide

7 7

•

;n.;.;··.~;1;nllii.'i

365 365 14 0.33 0.33

7 7 7 7

l~l~ ~ ~:~l!~ !~ ~

?f··':.. .,@s».:

0.25% 0.25% 0.25%

'("

0.5 0.7 0.7

a a a 0.1 0.3

91.4 93.8 88.5 98.4

LNP; 20% carb.fib. LNP. 20% gl.fib. LNP; 20% mil.gl. LNP. 20% gl.fib.

@

I'

..

_;~.:,' -.-::;.<~~ :;~

••:;.-,;

~

.

. ',:'"

;,:. '.",:."

.~:.

Reag~nt Note

i=l

~

r:;' CIl

tl ('ll CIl

lQ'

." I

,:1,,:::,:":, •.......... ". 1"',' , ..

. /":',:-"

~.:.:~::.

.; I'"

.;.",

t·

';':;r.:::::::... :;: __ .• ::;

::;,,~~ ~~~?~/J

.• ·.\4~. u;

7 7

~;1;1t~;:/

3 3 3 3 3 3 1 1 1 1 1 1

Ethylene Glycol

;::l

,,\~;!'::~:,> .:;

t-<

0: .... i=l .... u::

82 •.•82

"

.~~ ••C<'

14~ "',

149 149 149 1.49 149 117 100 .,;' .,

25 25

~~

100 100

Furan Gasoline Hexachloroethane Hexane Hydraz;ne Hydrochloric Acid

Hydrochloric Acid

~:

";;IPOl;aatlngl ../

'i ' , ; " , "

~

Weight

............,.::". ,.

I,;

0.25% 0.25% 0.25%

(~~1

l

0.25% 0.25% 0.25%

, 1I

, l

I

7

, l

7 I

I

7

up to the boiling point

8 ~

'.,

J

9

'::

J

97. 1 ' ; 1 s ' I ; ; · ; ' ; ; r ! m 2 s r ,• 80 87.5 80.8 93.8 80.8 :,' . 91.4 ); -',x" 71.4 ,,;. I." t: 79.7 ;~:: " . :.~~: ~: 69.2 .~:.:; .:: 81.3 ~{~: ;--, 69.2 .-.-,:::: 88.6 96 100 :>

i

LNP; 20% gl.fib. LNP; 20% mil.gl. LNP; 20% gl.fib. LNP; 20% mil.gl. LNP; 20% carb.fib.

~:.

0

no signiLtllg. for longer ~~os.) . cOmp&tible' ':, .

93

6 6

7

,

up to the boiling poinl

:.;.

1.2 1.2

DuPont Teflon PFA 350 DuPont Teflon PFA

...::

:

',::::?W\·, X .c"":" .... J compliiible '••"

8

DuPonl Teflon PFA

98

47 47

~;:

,~

' ;~~

DuPont Teflon PFA 350 DuPont Teflon PFA

" 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10

"23 23 23 23 23 23 "25

.

:'

:>;:

,,50 '" 70,. 82 82

sa·, , ,sa

~;

.~:.

,':

112 82

'~!;~!:

r

.~

1.49 .,.

::

7 7 7 7 7 7 365 365 365 3 3 3 3 3 3 1 1 1 1

0.25% 0.25% 0.25% l

,t \

\ I

0.25% 0.25% 0.25%

,l ~

\ ~

\

97.1 87.5 92.3 100 89.1 100

9 7 8 9 7 9 9 9

0 0 0

9

68.6 82.8 76.9 100 85.9 84.6

3

6 5 9 7

6 ." 0.25% 0.25% 0.25%

I ;

5 ,,~

3" 5

, {~:

"~:

'.' i

{yo

I

{ ':~ ,~,

• no slg"tiid.g. lor longei 8Xjlos.

77.1 76.6 65.4 79.7

\J

":t>

p~~~ .~

0.1

LNP; 20% mil.gl. LNP; 20% carb.fib. LNP; 20% carb.fib. LNP; 20% gl.fib. LNP; 20% mil.gl. LNP; 20% gl.fib. LNP; 20% mil.gl. LNP; 20% carb.fib.

0.01 0.00-0.01

9 9 8 9

Material Note

~ ~..::(.. . ' .... '., ,<~j.t'<'·

.• .......

~-:.-

..

5 3 6\ 3 7'

I Ten.llleliIO~g~lI~n I,.ffes!sta:iice NO.8

........~~~~~~,~. . . 88.5

f.

up to the boiling point

Ferric Phosphate Fluoronaphthalene Fluoronitrobenzene Formaldehyde Formic Acid Freon 113

,

·,'1

I" c~:tll>lr~~~ji!I,~~.i~.J<. '.. :',~.:.~d

Ethylene Glycol

Ethylenediamine Ferric Chloride

-.;,::

Chemical Resistance - Perfluoroalkoxy Resin

,

l

.F~

I::.;. ::: ~.

.

.;/0\:;

..

~ ;~~., ::~ ~::};;:

}::~:

I

.-

'.. ::~>,. ..-}

;.;

"f

LNP; 20% carb.fib. LNP; 20% gl.lib. LNP; 20% mil.gL LNP; 20% carb.tib. LNP; 20% gl.tib. LNP; 20% mil.gl. DuPont Teflon PFA

LNP; 20% carb.lib. LNP; 20% gl.fib . LNP; 20% mil.gl. LNP; 20% carb.fib. LNP; 20% gl.fib. LNP; 20% mil.gl. LNP; 20% carb.fib. LNP; 20% gl.fib. LNP; 20% mil.gl. LNP; 20% gl.fib.

(Xl

......

Chemical Resistance - Perfluoroalkoxy Resin

-0 "'TI

co

'"

~

,.

,Mat~rl~1 N~te

IReagent

:.:~:.

Hydrochloric Acid

10 10 20 20 37

5;:,;'~I

.; 100

200"'·

··;~6

1 1

.

"::

-:: -:

..

.

,~:-

.

~
.

LNP; 20% carb.fib. DuPont Teflon PFA

0.03 0.00-0.03

7

o

98

100

60

7

o

99

99

30

7

o

93

95

94

100

DuPont Teflon PFA 350

up to the boiling point

DuPont Teflon PFA

concentrated

Hydrofluoric Acid

-'

,',

o

0.33

.,

,nosigilit. chg_for Io;,g~texpos .

o

0.33

7

37

~':, ".~;

LNP; 20% mil.gl.

up to the boiling point

Hydrogen Peroxide up to the boiling point

Isooctane

0.8

7 7

Lead Magnesium Chloride Mercury Methacrylic Acid Methyl Alcohol Methyl Ethyl Ketone

up to the boiling point

Methyl Methacrylate Methylene Chloride

up to the boiling point

;:l

t

.,0$:l .,

u::

90

100

7

0.8

94

100

o

87

95

Motor Oils

7 7 7 7 7 7 3 3 3 3 3 3 1 1 1 1 1 1

~

\5'

0.4

7

"1:l

en

7

Mineral Oils

po

f?en

DuPont Teflon PFA 350 DuPont Teflon PFA

@

ri'

0.7 0.7-0.8

Naphtha Naphthalene Naphthols Nitric Acid

0.25%

65.7

0.25%

90.6

LNP; 20% gl.fib.

0.25%

92.3

LNP; 20% mil.gl.

100

LNP; 20% carb.fib.

LNP; 20% carb.lib.

92.2

LNP; 20% gl.fib.

92.3

LNP; 20% mil.gl.

0.25%

62.9

LNP; 20% carb.fib.

0.25%

90.6

LNP; 20% gl.fib.

0.25%

65.4

LNP; 20% mil.gl.

85.7

LNP; 20% carb.fib.

90.6

LNP; 20% gl.fib.

88.5

LNP; 20% mil.gl.

0.25%

65.7

LNP; 20% carb.fib.

0.25%

90.6

LNP; 20% gl.fib.

0.25%

88.5

LNP; 20% mil.gl.

82.9

LNP; 20% carb.fib.

7

0.5

90.6

LNP; 20% gl.fib.

88.5

LNP; 20% mil.gl.

91

100

DuPont Teflon PFA

up to the boiling point

10 10 10

10

7 7 7 7

0.25%

74.3

0.25%

92.2

LNP; 20% gl.fib.

0.25%

92.3

LNP; 20% mil.gl.

100

LNP; 20% carb.fib.

LNP; 20% carb.fib.

@

'\l

Ei ~

n'Vl

',"

~,~:;;~t "':~'::;:'~

.,.

~-

I

Re~gei1t

Note

Nitric Acid

1,~C~~.~.ge ~"'il" T.nsll' W.lght

,,".:

w:

I

Cone.

Load.

PDL Rating.

SIt.rigth

(%)

10

7 7

~.

10

365

o

;:l

10

365

0.1

10

3 3 3 3 3 3

tl

10

(1)

Vl

~

Nitric Acid

0-

.... I:l ....

10 10

\C:

10

~<

10 10

Nitric Acid

.R,~st~!ance Note

Material Hote

w

.~:.

93.8

LNP; 20% gl.fib.

96.2

LNP; 20% mil.gl. DuPont Teflon PFA

0.25%

71.4

0.25%

78.1

LNP; 20% gl.lib.

0.25%

69.2

LNP; 20% mil.gl.

88.6

LNP; 20% carb.fib.

LNP; 20% carb.fib.

78.1

LNP; 20% gl.lib.

69.2

LNP; 20% mil.gl. LNP; 20% carb.fib.

0.25%

62.9

10

0.25%

67.2

LNP; 20% gl.lib.

10

0.25%

61.5

LNP; 20% mil.gl.

10

71.4

LNP; 20% carb.fib.

10

68.8

LNP; 20% gl.fib.

10

65.4

LNP; 20% mil.gl.

10

:~::

up to the balling point

Nitro-2-Methylpropanol (2-) Nitrobenzene

DuPont Teflon PFA

fuming

7

concentrated

7

,

ft

[

0

99

99

0

95

98

90

100

up to tha boiling point ~~}

0.9

7 7

Nitrobutanol (2-) Nitrogen Tetraoxlde Nltromethane Octadecyl Alcohol Ozone Peritachlorobenzamide Perchloroethylene

0.7 0.7-0.9

DuPonl Teflon PFA 350

up to the boiling point

DuPont Teflon PFA

up to boiling pI. up 10 Ihe balling point

2.2

Perfluoroxylene Phenol Phosphoric Acid

7

2

7

2.0-2.3

"U "TI

':nd'sTilril,. cliaAoiloria.f8XiliiU ;::::'?'~::~: ~::~~2;:~~'

F$P~~i :~~~j

" "

»

100

up to Ihe boiling point

,; ~.

.. ':::"I~ ::';t;··: ~

'~~T .:~;

...., ...,,_.,:.; ..

-,;"

..; -.:;:..-.. :

DuPont Teflon PFA 350

.

DuPont Teflon PFA

"

0.01

concentrated

Phosphorous Pentachlorlde Phthalic Acid Pinene Piperidine Potassium Acetate Potassium Hydroxide Potassium Permanganate Pyridine Soap

86

7 7

0

93

100

0.00-0.01

up 10 the boiling point

::no'slallil; dio: rlir.fonaer &xilos_

DuPont Teflon PFA 350 DuPont Teflon PFA

-'"

Chemical Resistance - Perfluoroalkoxy Resin

00

(.L)

Chemical Resistance - Perfluoroalkoxy Resin

""U

-n

ex> ~

~

Sodium Hydroxide 50

7

0.4

93

99

up to the boiling point

Sodium Hypochlorite Sodium Peroxide Solvents

aliphatic up to boiling pI.

Stannous Chloride Sulfur Sulfuric Acid

up to the boiling point 10

7

0.25%

68.6

10

7

0.25%

95.3

LNP; 20% gl.fib.

10

7

0.25%

96.2

LNP; 20% mil.gl.

10

7

88.6

LNP; 20% carb.fib.

10

7

98.4

LNP; 20% gl.fib.

10

7

96.2

LNP; 20% mil.gl.

10

3

0.25%

60

LNP; 20% carb.fib.

10

3

0.25%

90.6

LNP; 20% gl.fib.

10

3

0.25%

73.1

LNP; 20% mil.gl.

10

3

97.1

LNP; 20% carb.fib.

10

3

92.2

LNP; 20% gl.fib.

10

3

76.9

20%

10

1

LNP; 20% gl.fib.

10

1

LNP; 20% mil.gl. LNP; 20% carb.fib.

LNP; 20% carb.fib.

10

1

10

1

LNP; 20% gl.fib.

10

1

LNP; 20% mil.gl.

30

365

0

30

365

0

30

0.33

0

30

0.33

0.1

DuPont Teflon PFA

up to the boiling point fuming, 20% oleum

7

DuPont Teflon PFA 350

7

@

'il

El ~

n'CIl

Tetrabromoethane Tetrachloroethylene Tetrahydrofuran Toluene

tl

7

0.7

365

0.3

365

0.6

7

0.7

t"'

7

0.7-0.8

<.c::

100

88

100

0.8

;:l

.,>:l

88

DuPont Teflon PFA

0.6

CIl

tEo

.,0:

100

up to the boiling point

14

~

83

Transmission Fluid

DuPont Teflon PFA 350

7

0.25%

77.1

LNP; 20% carb.fib.

7

0.25%

90.6

LNP; 20% gl.fib .

Chemical Resistance - Polychlorotrifluoroethylene

o

~

ex> a>

-n m

glacial

,

14

glacial

7

(

glacial

01·75

:]

7

.'%4 )9"

.

Acetic Anhydride

\,'."'" '25

Acetone

;,') };?3) ".i

14

, \."):9:'

Acetophenone

• •:,:.{'\:>2~/;·'··'

14

)~:wgt:~:~!iY :::;:/::::~

Acetyl Chloride Allyl Chloride Aluminum Chloride Ammonia Ammonium Chloride Ammonium Hydroxide

1;:~ilil;~t:;;;;~:.:)·

7

7

~:':::'

0 0.1 3.6

... ...•.-.. -...;.:.:...:., ... '-

Ammonium Persulfate Ammonium Sulfate Amyl Acetate

saturated anhydrous saturated

10 28 28

saturated

"

@

'"

S

~

(I)

tl ~

(I)

;:l

t'"'

0: .,

.,p

u::

Antimony Pentachloride Aqua Regia

~~:;l~!,l~·~~!:j,ifl;iil

;iii\j!s.W#Z

r-!i;11;~tY~1;!:[\';;! ;,~'!li~~i~i·
Amyl Acid Phosphate Aniline

o' <E'

~',i i\'l.ri~l;j~ li!

boiling point

7 7

7 7

7 7 7

•

~~~,!·~1~1i~1[1;;.:· ':Wii:;~:!;.@;W

ltiil;i;ii;~!;,,".::"·." .. (,:,., .......

",

,"

I;J~~~:il\~i~;;

0 0 0 0 0.1 0.09 0.09 0.03 0 0.2 1.5 2.7 2.5

.·

Allied 5ig. Mar 22; film Allied 5ig. Aclar 28; film Allied 5ig. Aclar 33; film 3M Kel·F 81; amorphous form

" Allied 5ig. Aclar 22; film Allied 5ig. Aclar 28; film Allied 5ig. Aclar 33; film 3M Kel-F 81; amorphous form

.:::;'.:.

3M Kel-F 81; amorphous form

......... -••-••;.-, ••;•. ;<:.,.-••.•.•-.-.-•..•-.•.•.• ,:-:.;.:.,.:<.::.;.;.::.:.•......

5.17 5.17 0.5 0.1 1

r!D

Allied 5ig. Aclar 22; film Allied 51g. Aclar 28; film Allied 5ig. Aclar 33; film 3M Kel·F 81; amorphous form

0 0 0 0 0.1 0.2 0 0 0.1

~iiai

Allied 5ig. Aclar 22; film Allied 5ig. Aclar 28; film Allied 5ig. Aclar 33; film 3M Kel-F 81; amorphous form

0 0.3 0.6 0 0 0 0 0.1

·~ ~"iJ!ili~l~ti~ili~f~i~\l!,~ ~1 i!~1

f:ti?t~i!:::~ ::·~~::Sr{~FMJnmtr:~::; :;~ttm~

Allied 5ig. Aclar 22; film Allied 5ig. Aclar 28; film Allied 5ig. Aclar 33; film

3M Kel-F 81; amorphous form

0 0.9 0 0.01 0.01 0 0 0 0 0.3 0.1 0.1

Allied 5ig. Aclar 22; film Allied 5ig. Aclar 28; film Allied 5ig. Aclar 33; film 3M Kel-F 81; amorphous form

Allied 5ig. Aclar 22; film Allied 5ig. Aclar 28; film

©

's"-

Reagent Note

CI>

~

ri' CI>

tl

Aqua Regia

0.04

Cll CI>

15' ;:l

t'"'

.,0: .,>J

ts::

Aroclor 1242 Aroclor 1248 Aroclor 1254 Arsenic Acid Benzaldehyde

Monsanto

Allied Sig. Aclar 33; film 3M Kel·F 81; amorphous form

a a a a ·0.1 0.02 0.02

Allied Sig. Aclar 22; film Allied Sig. Aclar 28; Iilm Allied Sig. Aclar 33; Iilm 3M Kel·F 81; amorphous form

a a Benzene Benzene

Benzoic Acid Benzonitrlle Benzoyl Chloride

saturated

2.4 2.4 0.6 0.2 6.6 7 107 0.1

Allied Sig. Aclar 22; Iilm Allied Sig. Aclar 28; Iilm Allied Sig. Aclar 33; 111m 3M Kel·F 81; amorphous form

a 0.14 0.14

Allied Sig. Aclar 22; film Allied Sig. Aclar 28; film Allied Sig. Aclar 33; film 3M Kel·F 81; amorphous form

a a a

Benzyl Alcohol Bleach Lye Bromine

a 0.15 0.15 0.1

Allied Sig. Aclar 22; film Allied Sig. Aclar 28; film Allied Si9. Aclar 33; film 3M Kei·F 81; amorphous lorm

a

a

Bromobenzene

1.9

Butyl Acetate

Butyl Alcohol

0.3 5.1 5.8 6.7 6.5 butanol

a a

Allied Si9. Aclar 33; film 3M Kel·F 81; amorphous form

a 0.6

Butyl Ether Butyl Sebacate Calcium Chloride

n·butyl ether n·butyl sebacate saturated solution saturated

a a a a 3.9

Carbltol Acetate Carbon Disulfide

a ACS

0.4 0.4 0.2

:}

.

&l.

. ".~ "/:, :i~;.; .

no visible change

Allied Sig. Actar 22; film Allied Sig. Aclar 28; film Allied Si9. Aclar 33; film

()

-i

11

m

Chemical Resistance - Polychlorotrifluoroethylene

0> --J

Chemical Resistance - Polychlorotrifluoroethylene

o

-i 11

co CO

m

'<~\

0.1 0.5

Carbon Tetrachloride

Cellosolve Acetate Chlorine

4.1 4.1 1.6 0.4 0.9 9.7 18 600

Allied 8ig. Allied 8ig, Allied 8ig, 3M Kef-F 81;

Aclar 22; film Aclar 28; film Aclar 33; film amorphous form

:-:::>

o gas liquid

o

Allied 8ig. Aclar 22; film 3M Kel·F 81; amorphous form

12.3

Chlorine Chloroacetic Acid Chlorobenzene Chloroform Chloronitropropane Chloropropane (2-) Chlorosulfonic Acid

o

gas iiquid

3M Kel-F 81; amorphous form

9 1.7 21.8 8.5

boiling point

o 0.3

o 0.2

o

Chlorotoluene (p-) Chlorotrifluoroethylene

9.1

o

oil

Chromic Acid

boiling point cleaning solution

50

o o -0.1

o Chromosulfurlc Acid Citric Acid

saturated

Cresol

3

o

3 3

o

o o

Allied 8ig. Aclar 22; film Allied 8ig. Aclar 28; film Allied 8ig. Aclar 33; film 3M Kei-F 81; amorphous form

2

@

Cupric Chloride Cupric Sulfate Cyclohexanone

'"

E" ~ n" CI> ~ tEo CI>

;:l

t-

...o: ...
saturated

o o 0.35 0.35

o

o

Allied 8ig. Aclar 22; film Allied 8ig. Aclar 28; film Allied 8ig. Acrar 33; film 3M Kel-F 81; amorphous form

10.5

Dibutyl Phthalate Dibutyl Sebacate Dichlorobutane (1,2-) Dichloroethane (1,2-)

o o o 0.11 0.11 0.03

Allied 8ig. Aclar 22; film Allied 8ig. Aclar 28; film Allied 8ig. Aclar 33; film

@

:):~

"1::1

$:i ~ ;:;. V>

~ V>

~.'. ~eight phang,:. '.

t-'

0: .,

.,>l

;~-

Material,Note

"'::::.-

-.:;. : ...;.-: ..' ).:;. '-~~... :::

o o

Dichloroethyl Ether Dichloroethylene

3M Kel-F 81; amorphous form

1.2

<E' ;:l

- - ",

;

Dichlorohexafluorocyclobutane (1,2-) Dichloropropylene Dichlorotoluene (2,4-)

0.1

o 0.15 0.15 0.06

~

o o o

Dichlorotoluene (3,4-) Dicyclopentadlene Dlethyl Carbitol Diethyl Cellosolve Diethvl Phthalate Dlethyl Phthalate Diethylamine Diethylenetrlamlne Diisobutyl Ketone Dimethylhydrazine

Allied 5ig. Aclar 22; film Alliad 5ig. Aclar 28; film Allied 5ig. Aclar 33; film 3M Kel-F 81; amorphous form

0.1 0.8

o o o

Allied 5ig. Aclar 22; film

1.9

3M Kel-F 81; amorphous form

DETA

o

anhydrous

3.9 3.9

unsymmetrical

0.1 1.9

Allied 5ig. Aclar 28; film Allied 5ig. Aclar 33; film

1.2

1.8

Dioxane

1.9 0.15

o o Ethyl Acetate

7.65 7.65 6

1.2

Allied 5ig. Aclar 22; film Allied 5ig. Aclar 28; film Allied 5ig. Acrar 33; Iilm 3M Kel-F 81; amorphous form Allied 5ig. Aclar 22; film Allied 5ig. Aclar 28; film Allied 5ig. Aclar 33; film 3M Kel-F 81; amorphous form Allied 5ig. Aclar 22; film Allied 5ig. Aclar 28; film Allied 5ig. Aclar 33; film 3M Ker-F 81; amorphous lorm

5.5 6.5

5.9

Ethyl Alcohol

Ethyl Butyrate Ethyl Ether

50

5.7

95 95

0.4

o

anhydrous. denatured

o o o

absolute

0.1 0.2 0.5 5.6 5.6 5.2 3.8 5.2

Allied 5ig. Aclar 22; film Allied 5ig. Aclar 28; Ii1m Allied 5ig. Aclar 33; Ii1m 3M Kel·F 81; amorphous form

Allied 5ig. Aclar 22; film Allied 5ig. Aclar 28; film Allied 5ig. Aclar 33; film 3M Kel-F 81; amorphous form

()

-i "Tl

m

Chemical Resistance - Polychlorotrifluoroethylene

00 CO

Chemical Resistance - Polychlorotrifluoroethylene

o

--i

<0

o

"'T1

m

Ethyl Formate Ethyl Propionate Ethylene Bromide Ethylene Chloride Ethylene Glycol Ethylene Oxide

Ferric Chloride Ferrous Chloride Ferrous Sulfate Fluorine Formaldehyde Formic Acid

14

gas

"7;13~i

87 87

up to the boiling point

Gallic Acid Gasoline

@

'I:l

premium grade

~

t

... ...
7 0.21

::.

j

'/·q~3· ..

Wi:Hi~;l:}L

7 7 7 7 7 14

7 14

~~f:;

,\,,::. . ,/Jl····· ". ....... ····4, .... '

r;·F~)F8-~-:~~~;~~~--:j.

1:

··;\;.
i

'6.' ..'

,.

.,

... . t::.-.: :;;;-~'\

...... ·3 ";.'

.,~;&. ;~:

...•.. :.~?!:.:'> •.:

j;~li~~l;I[~'~~~~l;;

tl

0-

7 7 7 14 7

12

j?M!~?;;

Glycerin Halowax 1000 Heptane

Hexachloroacetone

.'

~. ;.19~;;;;

:/;.:::':':;2.5.:.

boiling point 31-32 deg-C

en M-

;:s

'\,'~5;h;

{/;;~~:'::' -j: " .it 25 -·} .

o'en en

. ,L{!~().\.

)rM~;;tlj<

Q

cEo

~i.~:i;li.~ ji:~; i....!

" "

Freon 11 Freon 113 Freon 12 Freon 22 Furan

;i·.;i;.i:!Zfi~;i;;!i

saturated

5.8

20% deeprock heavy cycle oil 20% kerosene 20% deeprock heavy cycle oil 20% kerosene

;~FS!~~~·~~~~!t1~}~i!i·!····

Allied 5ig. Aclar 22; film Allied 5ig. Aclar 28; film Allied 5ig. Aclar 33; film 3M Kel·F 81; amorphous form

0 0 0 0 0.7 3M Kel-F 81; amorphous form

0 2.9 0 0 0 0 0 0.7

" Allied 5ig. Aclar 22; film Allied 5ig. Aclar 28; film Allied 5ig. Aclar 33; film 3M Kel-F 81; amorphous lorm

6.4 1.2 22.4 3 2.1 5.4 5.4 3.7 2.4 0.2 0.83 0.83 0.2 0.5 -0.1 0 0 0 0 0 2.8 1.8 0 0 0 0

;;.. . . ~i~~e\e(;~.a*!r"J.W~ .(18~!~\~+·

i~;;r;1r~~~~~~I~~~~"C;·. ;

...... ".

..

~;:;

;~

.:.,: .-~.:::;:

;.::;::::::~;:::;

..:::: .::::

;':':':'::;:::~':",

. "." . ~

~

Allied 5ig. Ac)ar 22; film Allied 5ig. Aclar 28; film Allied 5ig. Aclar 33; film 3M Kel-F 81; amorphous form Allied 5ig. Aclar 22; film Allied 5ig. Aclar 28; film Allied 5ig. Aclar 33; film 3M Kel·F 81; amorphous form

Allied 5ig. Aclar 22; film Allied 5ig. Aclar 28; film Allied 5ig. Aclar 33; film 3M Kel-F 81; amorphous form

rN#;%'i)~~I!. #1',iJ.g(1;1!;;&

Allied 5ig. Aclar 22; film

rfff:( i}: ?::~:~::~ )¥,} /trwmWfff

Allied 5ig. Aclar 28; film

@

't:I

pVl

..... r;' Vl

t::J

(\)

Vl

IQ'

IHexane

3M Ker-F 81; amorphous lorm

;:l

t'"

0: ...

IHYdraulic Fluids

... >:l

tr::

Hydrobromic Acid Hydrochloric Acid

Monsanlo fluid 05·45 Pydraul F9, Monsanto Monsanto fluid 05·45 Pydraul F9, Monsanto Monsanto fluid 05·45 Pydraur F9, Monsanto

Allied 5ig. Aclar 22; film Allied 5ig. Acrar 28; film Allied 5ig. Aclar 33; film

boiling point

48

31!1 Kel·F 81; amorphous form Allied 5ig. Acrar 22; film Allied 5ig. Acrar 28; Iilm Allied 5ig. Aclar 33; film 3M Kel·F 81; amorphous form

boiling point

10 10 10 10 20 36 36 36 37

Allied 5ig. Aclar 22; film Allied 5ig. Aclar 28; film Allied 5ig. Aclar 33; film 3M Kel·F 81; amorphous form

Hydrochloric Acid concentrated

Hydrofluoric Acid concentrated

50 60 60 60

anhydrous

Hydrogen Peroxide

Hydrogen Sulfide Hydrolube Isoamyl Alcohol Isopropyl Ether Jet Aircraft Fuels

3 30 30 30 30 30 saturated

JP 4 flight grade JP 4 releree grade JP 4 flight grade JP 4 referee grade JP 4 flight grade JP 4 referee grade

Allied 5ig. Aclar 22; firm Allied 5ig. Aclar 28; film Allied 5ig. Aclar 33; film

3 3

3

~ -n m

Allied 5ig. Aclar 22; film Allied 5ig. Aclar 28; film Allied 5ig. Aclar 33; film 3M Kel-F 81; amorphous form

Hollingshead H·2

Lactic Acid Machining Oils Malathion

Allied 5ig. Aclar 22; firm Allied 5ig. Acrar 28; film Allied 5ig. Aclar 33; film 3M Kel·F 81; amorphous form

Allied 5ig. Aclar 22; film Allied 5ig. Aclar 28; film 3M Kel·F 81; amorphous form

EM-J

Allied 5ig. Aclar 22; film Allied 5ig. Aclar 28; film Allied 5ig. Aclar 33; film

Chemical Resistance - Polychlorotrifluoroethylene

...... <0 ......

Chemical Resistance - Polychlorotrifluoroethylene

() ~

<0

I\)

"'T1

m

Mercuric Chloride Methallyl Chloride Methyl Acetate Methyl Alcohol

saturated

-5.6 0.1 1 0.1 0.1 0 0

Methyl Butyrate Methyl Ether Methyl Ethyl Ketone

Methyl Formate Methyl Proprionate Methylal Mineral Oils Motor Oils Naphtha Nickel Ammonium SUlfate Nitric Acid

0.8 0.2

@

'1:l

p~

n'

Nitrobenzene

t1

Nitrogen Tetraoxide

C/)

~

C/)

0.1 1.4

premium grade

solvent saturated

0 0.3

3M Kel-F 81; amorphous form

0 0 0 0 0.1 0 0 0 0 0 0 0 0 0.07 0 0.07 0 0.04 0.3

Allied 5ig. Aclar 22; film Allied 81g. Aclar 28; film Allied 8ig. Aclar 33; film 3M Kel-F 81; amorphous form

fuming with hydrofluoric acid red fuming with hydrofluoric acid red fuming with hydrofluoric acid red fuming white fuming

10 10 10 10 30 60 70 70 70 70 70 95

t""

p

...

<.c::

Nitromethane

3M Kel-F 81; amorphous form Allied 8ig. Aclar 22; film Allied 8ig. Aclar 28; film Allied 8ig. Aclar 33; film

Allied 8ig. Aclar 22; film Allied 8ig. Aclar 28; film Allied 8ig. Aclar 33; film 3M Kel-F 81; amorphous form

.

Allied 5ig. Aclar 22; film

.

Allied 5ig. Aclar 28; film Allied 8ig. Aclar 33; film \~:x>

;{}: ;£\::?,

3M Kel-F 81; amorphous form

0 1.5

;:l

s:...

.:··f.·.,:·~.;,;<>~~ ?f~. ~<>. : ".: .:. ~. ';:-":

1.3 0 0.01 0.01 0.01

9.9

<E'

Allied 8ig. Aclar 22; film Allied 5ig. Aclar 28; film Allied 8ig. Aclar 33; film 3M Kel-F 81; amorphous form

5.9 5.9 1.2 0.2 4.6

boiling point concentrated

Nitric Acid

Allied 8ig. Aclar 22; film Allied 8ig. Aclar 28; film Allied 8ig. Aclar 33; film 3M Kel-F 81; amorphous form

0

Allied 8ig. Aclar 22; film 3M Kel-F 81; amorphous form Allied 8ig. Aclar 22; film Allied 8ig. Aclar 28; film Allied 8ig. Aclar 33; film 3M Kel-F 81; amorphous form

@

Ei ~

n'IJl tl (1) IJl

lEi' ;:s

~ ..,c:r

Reagent Oleic Acid Oleum Orthochlorotoluene Oxalic Acid Oxygen Ozone Pentachloroethane Pentanedione (2,4-)

"J

Conc.

Temp.

Time

(%)

('C)

(days)

25

7

25

2

2~ 175

7

23

14

23

14

"

23

14

5% in oxygen

)50

2

liquid

'.

"

..,

~

\l:

Reagent Note

Perchloric Acid

70

7

25

7

23

14

23

14

23

14

,

25

,

25'

,

25

Perfluorotriethylamine Phenol Phosphoric Acid Piperidine Potassium Dichromate Potassium Hydroxide

7

70

7 7

85

175

7

140

7

25

7

9 9'

I

,

~ 9

, , <

0

9

0

9

-0.2

9. 9· 9 9 9

~

-0.2

30

9

7

~ •..

7

9

n-propyl acetate

25 "

,

9 i

i

0.1

..

0.1

,

a a

, I

0.6

n-propyl ether

25

n-propyl Formate

25

7

9

n-propyl propionate

2S

7

9

2S

7

9

a

14

7 7

0.55

I

23 23

,

14

23

~

14

25

,;

, ,

"

I

175 17S 25 25 25 25

,

,

i

Allied 5ig. Aclar 28; film

;

Allied 5ig. Aclar 33; film 3M Kel-F 81; amorphous form

<

" "

.

..

.};

..

"

~.:

,

~

, , ,

.,

I

,

3M Kel-F 81; amorphous form

" " "

"

.." ..

..

"

l l

.

,

,

0.3 0.1

" "

" " "

0.4 :~.

clouded

..

Allied 5ig. Aelar 22; film

0.55 0.1

no visible change

Allied 5ig. Aelar 33; film

Allied 5ig. Aelar 28; film

a

3M Kel-F 81; amorphous form

0.1

7

,

9

,

7

I

" " " " "

,

7

1

, ,

7

7 7

,

, ,

7 7

" "

175

7

190.

7

175

7

175 25

7

,

7

•

2

i

Allied 5ig. Aclar 22; film

7.4

7

25

,

.. .

no vl~ible c\lange

"

"

~

1

,c

70

..

!

'clouded

9 9

DC-200

saturated

,

Allied 5ig. Aclar 33; film 3M Kel-F 81; amorphous form

, ,

115' saturated

,

no molecular degrad.

0

,

..

Allied 5ig. Aclar 28; film

0

9 9

" " -

.

0

0

3M Kel-F 81; amorphous form

Allied 5ig. Aclar 22; film

0.1

0

, 9

25

.;)

I

30

"

,

0

.9 :- 9

,

I

0.17 0.2

25

7

0 i

0.17

7

, ,

I

passes lox impact test

0

8

,

,

,

,,

0

9

80

,

,

.

8'

10

Material Note

,.

-0.2

·9

7

50

, ,

9

7

saturated

0 0.1

8'

25

!

•.

Resistance Note

8 8

175

I

Sodium Bisulfite Sodium Borate Sodium Carbonate

,

10

\

Pyrogallic Acid Salicylic Acid Santicizer 8 Santicizer B16 Santicizer E15 Santicizer M17 Santolube 31 Silicone Oils

POL Rating. % Weight Change

::

14

175

saturated solution

boiling point

Potassium Permanganate Potassium Persulfate Propyl Acetate Propyl Ether Propyl Formate Propyl Propionate Propylene Chloride Pyridine

30

30

5

";: .

• 1'··"····

I'·

'i:l

,, i

9

, ,

,

,

0.2

9 9

a a a

9

0

.9

9

a

9

0.1

, ".

"

" " " " " "

9

0.1

9

-0.3

8

-0.7

9 9

0,2

"

0

"

o

--i

"Tl

m

Chemical Resistance - Polychlorotrifluoroethylene

<0 W

Chemical Resistance - Polychlorotrifluoroethylene

()

-l "T1

co ~

m

.;:.: ~

0 0

saturated

Sodium Hydroxide boiling point

1 10 30 50 50 50 50

Sodium Hypochlorite

Sulfur Dioxide

anhydrous

0.1

symmetrical

0: ...

...

$:)

\t:

Allied 8ig. Aclar 22; film Allied 8ig. Aclar 28; film Allied 8ig. Aclar 33; film 3M Kel-F 81; amorphous form Allied 8ig. Aclar 22; film Allied 8ig. Aclar 28; film Allied 8ig. Aclar 33; film 3M Kel-F 81; amorphous form

0 0.8

2.8 2.8 1.1 0.4 5

Toluene Dilsocyanate

V>

t'"'

0 0.03 0.03 0.02 0 0 0 0 0 0 0 0 0 0

8.5 2.6

po Trichloroacetic Acid Trichloroethane Trichloroethane (1,1,2-)

3 20 20 20 20 30 30 30 30 30 50 92 95 96

8.5 8.2

'1:J

;:l

3M Kel-F 81; amorphous form

0

@

V>

Allied 8ig. Aclar 28; film Allied 8ig. Aclar 33; film Allied 8ig. Aclar 22; film

0 0.1

Thionyl Chloride Titanium Tetrachloride Toluene

tEl·

0 0 0

" "

Tetrachloroethane Tetrachloroethylene Tetrahydrofuran

tl (1)

Allied 8ig. Aclar 22; film Allied 8ig. Aclar 28; film Allied 8ig. Aclar 33; film

saturated

fuming, 20% oleum

V> ..... r;'

0 0 -1.2 0.1 0 0 0

Sodium Phosphate Stannic Chloride

Sulfuric Acid

3M Kel-F 81; amorphous form

technical

"

"

t({:·:::~:·,

>\::::2/

Allied 8ig. Aclar 22; film Allied 8ig. Ac/ar 28; film Allied 8ig. Aclar 33; film 3M Kel-F 81; amorphous form

0.44 0.44

Allied 8ig. Aclar 22; film Allied 8ig. Aclar 28; film

0 0.1

3M Kel-F 81; amorphous form

0.04 0.04 0.02 0

Allied 8ig. Aclar 22; film Allied 8ig. Actar 28; film Allied 8ig. Aclar 33; film 3M Kel-F 81; amorphous form

@

~?::;

"1:l

S"

~ ;:;.

.1

Vl

~

Vl

<.5' ;:l

t""

.,0:p ., lC

Tricresyl Phosphate ~:y.

Triethylaluminum

Allied 8i9. Aclar 22; film Allied 8i9. Aclar 28; film Allied 8i9. Aclar 33; film

Triethylamine Water Xylene

'lin'S.....

3M Kel·F 81; amorphous form 3M Kel·F 81

......

~

3M Kel·F 81; amorphous form

() ~

"

m

Chemical Resistance - Polychlorotrifluoroethylene

~ (Jl

Chemical Resistance - Polytetrafluoroethylene

-I

"'TI

<0

(j)

m

10

i.··.

up to the boiling point concentrated

Acetic Anhydride Acetone

;.. "',: ::.:~.):<,:::.;;._:{:tb -'.

·~~i:;~3i;:·····:

up to the boiling point

':\; .~-:

!,~ ~i;[~;J~l~ i'~ I~ I~ ;~jl~ ~!:i[~ [

. '/!

ii;~";;> .ii;~i[ ..•.•.•

.:-:'::::r::{~

;.::~_:::.~~:

DuPont Teflon PTFE Furon Rulon J

·7i••••• t::·.·.6X.cilmDallbl&·....·'··\t.... •:;'i>·

.8'", .........

DuPont Teflon PTFE

0.3 0.4

Acetophenone Acrylic Anhydride Acrylonitrile Allyl Acetate Allyl Methacrylate Aluminum Chloride Ammonia Ammonium Chloride Ammonium Hydroxide

.c up to the boiling point up to the boiling point

liquid to boiling point up to the boiling point

concentrated

Aniline Animal Oils

up to the boiling point

"

Benzene

..·.so·

0.88

~

0.88 0.88 10

,./50 .:',. • .. 50 "c. ..25

10

i"19:

30

23 23

.or

28 28 28 365

'.,

-

@

'U

E" VI

....

n'VI tl

. . . . .>':.5 0" ...

28

0.33

u::

·.·.··i :'.;\fdi ·CiimDlliibl.···.::••;X

..9'·...••·

0

100

0 0 0.5

100 100

0.6 1

0.33 up to the boiling point

•• ~~:sjgn"' Ch~:;loftong,jr·8xpo~.

.·;1.:~:,";·:v~~~~tu:.1ii:-;~;';~";;·····

~

Carbonisulfide Cetane

;•••.• .·,j:~~j~~!~;i\~,j~y;lrff;;\,;C:;':' IC:'~:;~~:~x~~ifi~~iES;c~~5~:~X~~3~:;:pe

0.6 1.6 1.99 2.5 3.7

.

:~?(:!:~;:>' ···~·\{~;:~~1~:(/::~::'./i,/:: ~. ;:,::~<>::.

',:.~>:':

;:l

.., ..,

100 100

~

:;:::~;:

365 365 14

16' 0-

100

0 0

up to the boiling point

t'\) VI

!=l

0

0 0.1

365

.......

Benzonitriie Benzoyl Chloride Benzyl Alcohol Borax Boric Acid Bromine Butyl Acetate Butyl Methacrylate Butylamine Calcium Chloride Carbon Tetrachloride

0

".",

DuPont Teflon PTFE

"

Furon Rulon J

" DuPont Teflon PTFE

•. ~. ; ; .;'~~(,~~~~~f~~;~~t:;iiil;i;;l;,i IC:~JI~;~:~X~~~~J~~i~:/~~C:~5~:~X~:3~::;:pe ~O'$l~rnt?~~.'t~r'~ng~~e,!,pos~".

DuPont Teflon PTFE

© ~ >l

~

Reagent Note·

Ma.terial Note

up to the boiling point

DuPont Teflon PTFE

n· (J)

t::l

~ (J)

<E. ;:l

t-

o: ..., >l ..., Il::

Chlorine Chloroform Chlorosulfonic Acid Chromic Acid Cyclohexane Detergents Dibutyl Phthalate Dibutyl Sebacate Diethyl Carbonate Diisobutyl Adipate Dimethyl Ether Dimethylformamide Dlmethylhydrazine Dioxane Ethyl Acetate

up to the boiling point

0.5 0.7 0.7

Ethyl Alcohol

95 95 95 95 95

o o o 0.1 0.3

up to the boiling point

o o o Ethyl Ether Ethyl Hexoate Ethylene Bromide Ethylene Glycol Ferric Chloride Ferric Phosphate Fluoronaphthalene Fluoronltrobenzene Formaldehyde Formic Acid Furan Gasoline Hexach loroethane Hexane Hydrazine Hydrobromic Acid Hydrochloric Acid

100 100 100

up to the boiling point

ICI Fluon VG1S; 1S% gUib.; SO.8l0.38 mm tape ICI Fluon VG2S; 2S% gUib.; SO.8l0.38 mm tape ICI Fluon VX1; 30% gUib./misc.; SO.8l0.38 mm tape DuPont Teflon PTFE

Furon Rulon J

48 10 10 10

o o o

20

o

20

o

10

DuPont Teflon PTFE

up to the boiling point

-i

""Tl

m

Chemical Resistance - Polytetrafluoroethylene

to -...

Chemical Resistance - Polytetrafluoroethylene

-i

"m

concentrated solution concentrated

.--

Hydrofluoric Acid

28

7 7 7

365 365

0 0.1

..•.,:..-.'.,-.-.

CD

co

100 100 100

60 up to the boiling point

Hydrogen Peroxide Lead Magnesium Chloride Mercury Methacrylic Acid Methyl Alcohol Methyl Ethyl Ketone Methyl Methacrylate Naphthalene Naphthols Nitric Acid

10 10 10 40 up to the boiling point concentrated

7 7 7

Nltro·2·Methylpropanol (2·) Nitrobenzene Nitrobutanol (2·) Nitrogen Tetraoxlde Nitromethane Octadecyl Alcohol Ozone Pentachlorobenzamide Perchloroethylene Perfluoroxylene Phenol

t:H~~H@hfdfk:

up to the boiling point

:>::~:::~t:~~:::8;%:rgg{

mwn<@,~mpilUblii·}};');}

... ... .............. ...... .. ,.~

Phosphoric Acid

10 30

'1:l

p.... (f)

ri' (f)

tl (1) (f)

~.

;:l

t"'

c;: .,

., P

u::

Phosphorous Pentachloride Phthalic Acid Pinene Piperidine Potassium Acetate Potassium Hydroxide

DuPont Teflon PTFE

up to the boiling point

'

........................".V......................

0 0 0 @

100 100 100

nmM~~.}' • } S

\@::r::k~aj::}~:~?~m:i

100 100 100

~~~jtlj,I:I~jll!lltlfl~~~~~ir~ IC:~:I=i~:~x~~~~~~~~fi~~;:~~:C~;~5~:~X~;3~::;:pe

M~Jjjilim~tY%tdlttffftcttbA;:~%mW::t~:

Furon Rulon J

up to the boiling point concentrated

DuPont Teflon PTFE Furon Rulon J

up to the boiling point

DuPont Teflon PTFE

10 10

'.';•••j},6tl;iH}}

\/,.bS}!%?

.}•• ,};D;IW;illil~WddilimDn;K;

Furon Rulon J

@

'1:l

P ~

n·

'"t l (\)

16· '" ;:l

~

., I:l .,

0-

u:

:;;Y),8} is

:::J(GN~~~?:L? ::~::

UP to the boiling point

Potassium Permanganate Pyridine Soap Sodium Hydroxide

10 10 23 30 40 40 40 50 60

365 365

:::::\\;..;,.;··WY':!¢ijiripillib....;<;1i';'

".,:,:::",:.,.,::,

0 0.1 Furon Rulon J

28 28 28 0.33

7 7 7 0

365 365 0.33 0.33 28 28 28

0 0 0 0.1 0 0 0

80 100 100 100

80

" ICI Fluon VG15; 15% gUib.; 50.8xO.38 mm tape ICI Fluon VG25; 25% gUib.; 50.8xO.38 mm lape ICI Fluon VX1; 30% gUib.lmisc.; 50.8xO.38 mm tape DuPont Teflon PTFE Furon Rulon J DuPont Teflon PTFE

up to the boiling point

Sodium Hypochlorite Sodium Peroxide Solvents

DuPont Teflon PTFE

aliphatic up to the boiling point

Stannous Chloride Sulfur Sulfuric Acid

30 30 30 30 50 50 50

100 100 100

ICI Fluon VG15; 15% gUib.; 50.8xO.38 mm lape

up to the boiling point

Tartaric Acid Tetrabromoethane Tetrachloroethylene

10 30 60 up to the boiling point

)~ ;\;::;:::;::::;:\\::;:;

)\

;,:> ".'",tF':· \(. ,':::,

3""("'\X ,e:omplililile '\; ,,';{P:;:'};':;'

......

-f

"

m

DuPont Teflon PTFE

Chemical Resistance - Polytetrafluoroethylene

CD CD

Chemical Resistance - Polytetrafluoroethylene

-i

-n

N

o

o

m

. :.~

25

Toluene

;50· 70

Trichloroacetic Acid Trichloroethylene

no

365 365 14

'~"

p

0' Vl

i? Vl

to'

;:s t"'

0: ..,

..,

p
~:.~

DuPont Teflon PTFE

-;;

up to the boiling point

o

@

sl~nft: chg. lor longerei90S, , . .. .

'.

o o Tricresyl Phosphate Triethanolamine Vegetable Oils Vinyl Methacrylate Water Xylene Zinc ChlorIde

.

up to the boiling point

100 100 100

'. satisfactory for us~· ,,::: '11

comeatibla

up to the boiling point

.}.

ICI Fluon VG15; 15% gLfib.; 50.8xO.38 mm tape ICI Fluon VG25; 25% gLfib.; 50.8xO.38 mm tape ICI Fluon VX1; 30% gLfibJmisc.; 50.8xO.38 mm tape DuPont Teflon PTFE

DuPont Teflon PTFE .~:

;.~

@

'p"o ~

.

Re~~ilh~;

. Reagent Note

l?en

~.

Acetaldehyde Acetamide Acetic Acid

;J

t-<

0: .,

., p

Load

, ./%)

r;' en

Cone.

in water

\l::

in water

in water

10 10 10 10 10 10 10 50 50 50 50 80

7 7

0.25%

3 3

0.25%

7

365 365

ren,lIe''>

S1rength·

85 87 76 94

.

67 103 <1

>90

<1

>90

Acetophenone

7

Atochem Kynar Alochem Foraflon

Atochem Kynar Alochem Forallon Alochem Kynar

bent specimen Atochem Kynar Atochem Forallon Atochem Kynar

7 7

Atochem Kynar LNP; 15% carb.f1b.

Atochem Forallon Atochem Kynar Atochem Forallon

10

Acetonitrile

LNP; 15% carb.fib.

bent specimen

7

in water

Material Note Atochem Kynar

0.25%

90 90

Acetone

Weight

2 8 " ';c7 ~~~

7

Acetic Anhydride

.~. ~~allge.·~6j~~iT:/

~PL ~ati~g

<1

>90

Atochem Foranon Atochem Kynar Atochem Foranon Atochem Kynar

Acetyl Bromide Acetyl Chloride

7

Acetylacetone

7

Atochem Foranon Atochem Kynar

Acetylene Acrolein Acrylon Itrile

7

Atochem Foranon

propenoic nilrile

Adipic Acid Air Alchoholic Spirits Allyl Alcohol Allyl Chloride

7 7

<1 <1

>90

>90 >90

Atochem Foranon Atochem Kynar

Atochem Kynar Alochem Foranon Alochem Kynar

with ethyl elcohol

40

7

Aluminum Acetate Aluminum Bromide Aluminum Chloride Aluminum Fluoride Aluminum Hydroxide Aluminum Nitrate Aluminum Oxychloride

<1

<1

>90

aqueous solution or solid in water aqueous solution or solid

Atochem Foranon Alochem Kynar

<=40

aqueous solulion or solid

"'tJ

o<

"Tl

N

Chemical Resistance - Polyvinylidene Fluoride

o .......

N

Chemical Resistance - Polyvinylidene Fluoride

"'U

o<

C>

N

11

:Load Aluminum Sulfate Ammonia

aquaous solution or solid

Ammonium Ammonium Ammonium Ammonium Ammonium Ammonium Ammonium Ammonium Ammonium

aqueous solution or solid

Atochem Kynar

gas Iiquefiad 7

gas

Acetate Alum Bifluoride Bromide Carbonate Chloride Dichromate Fluoride Hydroxide

>90

Atochem Foraflon Atochem Kynar

20 20 20 20 20 20 29 29 30

Ammonium Hydroxide

<1

Atocham Foraflon

180 180

bent specimen

90 90

bent specimen

30 30 14 14 7 7 7 3 3

bent specimen bent specimen <1

>90 76

0.25%

LNP; 15% carb.fib.

89 75

0.25%

90

aquaous solution or solid

73

0.25%

Atochem Kynar LNP; 15% carb.fib.

76

Ammonium Metaphosphate Ammonium Nitrate Ammonium Persulfate Ammonium Phosphate Ammonium Sulfate Ammonium Sulfide Ammonium Thiocyanate Amyl Acetate

Atochem Kynar

aquaous solution or solid

7

<1

>90

Atocham Foraflon Atochem Kynar

7

<1 <1

>90 >90

Atocham Foraflon

7

7

<1

>90

Amyl Alcohol Pentanol pentanol

@

'tl

S"

Amyl Alcohol (sec-) Amyl Chloride

n'Vl

Aniline

~

~

Vl

15' ;:l

t"'

0: .,

.,p

u::

Atochem Kynar Atochem Kyner 7

Aniline Hydrochloride Animal Oils Antimony Trichloride Aqua-Regia

<1

>90

aqueous solution or solid lard oil

Atochem Foraflon Atochem Kynar

7

<1

>90

Atochem Foraflon

7

<1

>90

Atochem Kynar Atochem Foraflon

@ 'i:l

~~~!~!!:,,!.d

P ~

ri' C/)

tl t1l

C/)

16" ;:l

to.., .., ~

\t:

Load

Reagent NC?te ;' .'.....w •..;::\ .:.::):

:A:.. :::"~' ~":;:;;';~:>"::'" . ;.'..

Arsenic Acid Asphalt Barium Carbonate Barium Chloride Barium Hydroxide Barium Nitrate Barium Sulfate Barium Sulfide Beer Beet Sugar Liquors Benzaldehyde

J.. '."'•.'....:...;.....;.:::;:;:.

'Welghi

TenSI"'"

Stcength,

aqueous solution

Atochem Kynar

aqueous solution or solid aqueous solution or solid

7

Benzene

Material Note

:.:::: ':;·:·~:';;·.t;;{,;·:;:

SO/50 with chlorobenzene

50 50

180 180

Atochem Forallon Atochem Forallon

bent specimen

7

<1

>90

concenlrated aqueous solution or solid

7

<1

>90

Atochem Forallon Atochem Kynar

saturated

7

<1

>90

Atochem Forallon

7

<1

>90

Alochem Kynar

Benzenesulfo-nic Acid Benzoic Acid Benzoyl Chloride

Atochem Kynar

Benzoyl Peroxide Benzyl Alcohol Benzyl Chloride Benzyl Ether Benzylamlne Benzylic Alcohol Black Liquor Bleach

7

<1

>90

Atochem Forallon Atochem Kynar

7

<1

>90

Alochem Forallon Atochem Kynar

aqueous solution or liquid

liquid

15 15 90 90 90 90

Atochem Forallon

bent specimen bent specimen bent specimen

bleaching agents

Atochem Kynar

Borax Boric Acid 7

<1

>90

Atochem Forallon

7

<1

>90

Atochem Kynar Atochem Forallon

Boron Trifluoride Brines

chlorinated acid

Atochem Kynar

acid basic

Bromic Acid Bromine

aqueous solution

365 365

Atochem Forallon

bent specimen

"'U

< o

-n

N

Chemical Resistance - Polyvinylidene Fluoride

o

c.v

~

Chemical Resistance - Polyvinylidene Fluoride

""U

<

~

CJ

."

~eag~nt Bromine

" oH,~9h~~n!'l~,~;6~!!!n~1 c" g \~e:gent Note Cf~c. ~ LO~d POL R:!in ... w~ighi ~;:;~:h .<,<~esJS~i1nce Note

7

I .....7 (

7

,.

7 1~1"

aqueous solution or liquid

.,

@

'1:l

I:i ~

n'

'~" ';:s" to' t-'

c;: .,

.,

!=l

u::

Butylene Butyraldehyde Butyric Acid Calcium Acetate Calcium Bisulfate Calcium Bisulfite Calcium Bromide Calcium Carbonate Calcium Chlorate Calcium Chloride

max:recoin, ;..

:"'-,

.,:~:.~~.

·······n\f"isu·iifchana&

7

l

7

<1

7

..;

<1

>90' ...·.~~~'~.~.~l~~AA~:t' >90 ;<:;;~~;;';&;:;~t.1re'6:".,

<1

>90~ll~f!;U~~~::~1~:." >90 ·".nrvisual chllJ'lge.

<1

>90,.»!'95'1~~!l1 cnange ,~,

<1

>90

,,9;3 '\,93

.

i

.

7

•. ~

. .

7 . II '"

;l:~

7

~"""

...7

A:~::~~:~~~~~n

·~~~ct!i@~ii!!lMl:ncom.

F1,;,n?'y!~~~rciiang!'i'" .exp-.Wl1P' i$ max,·recom.

Atochem Kynar

<1

>90"~~:.1~~~:I~:r~:~~r?',

<1

>90

!\.,\, :.... \ 7

AtOChe: Kynar

Atochem Foraflon Alochem Kynar Alochem Foraflon Atochem Kynar

,~ eXIl: t~mP:'i$ maX: ri~oin. ,'.

l\

•

•

<1

. ., i'8

" Alochem Foraflon Atochem Kynar

Atochem Foraflon Alochem Foraflon

~; .,

"

Alochem Kynar

notr~commended for use

7

7

Alochem Kynar

.•

7

Butyl Chloride Butyl Ether Butyl-2-HydroxybenzeneI)utylphenol (1-) Butyl Mercaptan Butyl Methyl Ether (tert-)

Butylamine (tert-)

; ; . ' - -"

7

~~'i';li'

Butyl Bromide

;~'"

Material Note

Alochem Foraflon y

7p,<;.

'0]5 aqueous solulion or liquid

max, re~.R~'. ",

:~:", 75 "

equeous solution or liquid

/'~fI
.1,

H.:....),:.••.... ' .. ,.H):'

2

107'

Butyl Alcohol (tert-)

>90

8 7

"~~ n·butanol

<1

eXP.I';;;.p:<~

>90 Y'>~oyls~~ichang8 >90' . ·;.. ?:<;,~i'}h>",·

8

150 '/

Butyl Alcohol (sec-)

Butylamine (sec-)

<1 <1

..

7

135 ,..

Butyl Acrylate

Butyl Phenol Butyl Stearate Butylamine

'.• '1.

~

Bromobenzene Bromoform Butadiene

Butyl Alcohol

k ",

8"

bromine liquid dry gas bromine water dry moistlOO

'100

Butane Butanediol Butanone Butene Butyl Acetate

'., \

..

\'~,i"t\';';':;;:'!'f;;: '::;,,:~',< '; .'..··.· . no.vlsual·clianae .•,;'.··•. ,

•

A:~::~~:~~~~~n

: Alochem Forallon; Alochem Kynar

~~~

bent specimen

i':";':;;~:-'

;~~~~;!il~!~rJ;~I~~~~~~i~~:;;l~;'~~;;.~.· ~~:i;~~;;;;"1;;i;i:;t~;;;;;";:; ;i~

aqueo~~b:;r~~~n:r liquid

IN:!~~;i;'

7

" ni':rt~;1~t r"j ,,:;

•

;,;;~~;'!\;;J

7

~" ~'",,,,'

<1

e.,~ ~rb

7

I; ;;'~ \;' i

<1

aqueous solulion or solid

aqueous solution or solid

aqueous solution or solid

't;,~~ie:m:8~p;dJfri~~e

>90!;';;;[~'~i~I~U~~ ~~g;L;~:J;';~ >90 ~~\~~1;f~~~:t~l\iI1:~;;;; "

Atochem.Forallon

: A:~::~~:~~:l~~n Alochem·Forallon

A~;~~::mF~~:f~;n

@

'U

P

n-~

'~"

15'" ;J

t

.., ..,>:l

0-

~>~(.

Calcium Hydroxide Calcium Hypochlorite Calcium Nitrate Calcium Oxide Calcium Phosphate Calcium Sulfate Cane Sugar Caprylic Acid Carbon Dioxide Carbon Disulfide

Reage~t .N,ot~

Material Note, Atochem Foraflon

aqueous solution or solid

can sugar liquors

7

Carbon Monoxide Carbon Tetrachloride

<1

Atochem Foraflon bent specimen <1

. ~~

>90

~:.:.,.

"'~9

7

<1

>90

i~

in carbon tetrachloride saturated with sulfuric acid

5 65-98 65-98

A>

.:~.~?" 30

>10.0

chlorine water

>10r

J@~") 75

66 .75

1'/:~i;(i:;;~~~:~i~::.14c~~ "

bent specimen

:':{;::-';:;':"

7 7 11

11

.;

.'

<1 <1

Chloroacetyl Chloride

>90 >90

Atochem FOTation

bent specimen

7

<1

>90

7

25.'.

7

<1

>90

Atochem Foratlon Atochem Kynar Atochem Foratlon

'44 ..

52 50

!3
50

130

180 180

5.0

7

,~,,',~~';~'-~~~~~~~:~':,

Atochem Foratlon Atochem Kynar

·t}" ;'qu8SliOnabl~;--.., .'!:'

bent specimen <1

>90

Atochem Foraflon

:(.

77 "., . ,1'30. 93 "

aqueous solution or pure

Atochem Kynar

Atochem Kynar

100

90

Atochem Foretlon

.

'23 ,.

aqueous solution or pure

SO/50 with benzene

Atochem Foraflon Atochem Kynar

rtijbs~ii$t.eto& :~·:~~~:;~~t(::::i;~;' ';\0)"::"

bent specimen

93

100

Chlorine Dioxide Chloroacetic Acid

240 240 11 11

93'"

gas liquid dry moist chlorine gas without light

r'~~~-~:~~~;~~!~~r~i~.

?':,,":':.. ::' -"":.~:.('.- ..

93

·30

Chlorobenzenesulfonic Acid Chlorobenzvl Chloride Chloroform

Atochem Kynar Atochem Foratlon Atochem Kynar

chlorine gas with UV light

Chlorobenzene

Atochem Foraflon Atochem Kynar

180 180 7

Carbonic Acid Casein Castor Oil Chloral Chloral Hydrate Chlorine

>90

120 120

Atochem Kynar Atochem Foratlon

bent specimen ~:

. Atochem Kynar

52 with sulfuric acid (98%)

10 10

with methanol & Hel

50 '50

50

180 180 180

Atochem Foratlon bent specimen

-0

< o

"

I'V

Chemical Resistance - Polyvinylidene Fluoride

o(Jl

Chemical Resistance - Polyvinylidene Fluoride

"

< o

'"o

0>

"T1

trichloromethane

Chlorohexanol (6-) Chlorohydrin Chloromethyl Methyl Ether Chloropicrin Chlorosulfonic Acid Chlorotrimethylsilane Chrome Alum Chromic Acid

::lQO);\' ·... ,"':.,.,~2,:':··,;·,

98

in water

<=40 50

" saturated

50 aqueous solution or solid

Coal Gas Coconut Oil Copper Acetate Copper Carbonate Copper Chloride Copper Cyanide Copper Fluoride Copper Nitrate Copper Sulfate Corn Oil Corn Syrup Cottonseed Oil Cresol

f:;;: 0;

7

. ,!~:~ir':;!!

7

ijf~!j~I~~!;~~

>90

~~:f:~([~:::~l~:::j';jM~~

7

.,::;;;;;<11;;.2M;]

<1

>90

~Jf~f81~~9~:~1f.~~WfK

sour crude oil

II

Atochem Foraflon

}'t,/iliitfsracto'&:rilSl$( At;';::;·

Atochem Foraflon

"i' e~pilWii'itim:*,i~~Qiil':An(

Atochem Kynar

>90

Atochem Foraflon Atochem Kynar

8'tdM;·;M.WMw:M!\!Q!;;;;W@;;

Atochem Foraflon

W;!~~il~~M~m~t;!M~#iM·;

Atochem Kynar Atochem Foraflon Atochem Kynar

~~m~:x:tt:;$:n::[:\%{{

i;:::;; :'it7.1i1j!jI$r~iity,iD1JWt'tI&W

Atochem Foraflon

;; • .•·.n··f·l}#f:H

I%W#PIt~!'lPE!j;m*N~~9.ffi;

:;;.;:#;};~;;;HW;l

ii[.~~I!ti~llll;ii~

7

365 365 365 365

Cryolite Cuprous Chloride Cyclohexane

<1

>90

bent specimen

'i;;ir;;76;(;;;;.·.

<1

>90

7

• @;M

Atochem Kynar

Ii'IgIU:n~VI$ij$lcliai\lili3BeiS(

Atochem Foraflon

fimi~a~!':tPIr'!m@i;(e~lW!QWK

Atochem Kynar

;I%gn••lloW'$'~il'j:l\anili!AWk;.(

Atochem Foraflon

bent specimen

nw·;;n~r;ti.i\

rIiJ;!ilFW;'

;:!11~lf~ll{i\II;lli"~111'i

bent specimen

7

365 365

(/l

\l:

<1

<1

t::l

.... ....

,)/,\. !lj<,:.::::: :.""

,~i:;;;';~.i~;lj';;;;;::

Cll

p

[.i;~~~~f;~~;li1~~~~~'i~t____ Atochem Kynar

bent specimen

7

;~tjllili~1Jij'

'1:l

t

120 120

i~\i~~:~~~1'll,;;

Crude Oils

(/l M-

0-

;~t:~::~~:i~~~~\~~~;'j~i;!;;

aqueous solution or solid

p-

;:l

>90

Atochem Kynar Atochem Foraflon Atochem Kynar

aqueous solution or solid basic aqueous solution or solid

@

IQ"

.:"."'• ~j;;~~'j~;:""

<1

7

FM;§~.Hi;;;

(/l

';>1 j\; 1

;"'·;;il.PWl\d ;;¥;it~~Bi;;

Cresyl/c Acid Crotonaldehyde

r;'

>90

aqueous solution or solid

930 g/1 + surfactant

Chromic Anhydride Chromyl Chloride Cider Citric Acid

<1

7

x;·.;••m61Fii·.ii.(

<1

>90

'~'."

@

'i:l

S ~

ri· (J)

~eag~nt

Reagent Note

'··{<::~f··

I

Cone.

Load

tPDL Rating!"

Weight

(%)

,. ~::~~:h' 51

Material Note

~

Cyclohexanone

15·

Cyclohexyl Acetate

7

<1

>90

Atochem Foraf/on Atochem Kynar

t"'

Cyclohexyl Alcohol

"7

<1

>90

Atochem Foraf/on Alochem Kyner

Decalln Decane Dextrin Dlacetone Alcohol

"7

<1

>90

Atochem Foraf/on Atochem Kyner

(J)

;:s

0: .... p ....

il

7

Atochem Foraf/on Atochem Kynar

.8",/,..,.

aqueous solution or solid

"7

Dlbromobenzene (po) Dlbromoethane (1,2-) Dlbromopropane (1,2 Dlbutyl Phthalate Dlbutyl Sebacate Dibutylamlne Dichloroacetlc Acid Dichlorobenzene (0 0

7 0

Dichloroethylene Dichloropropionic Acid (2,2-) Dichlorotetrafluoroethane Dlchlorotoluene (a) Diesel Fuels Dlethanolamlne Diethyl Ether

R12

Atochem Foraf/on bent specimen

7

<1

7

>90

8 with hydrochloric acid

10 10 10 10

180 180 180 180

365 365

Atochem Kyner Atochem Foraflon

bent specimen bent specimen bent specimen :~

'·8 R114; Freon 114

,

7

Atochem Kynar ::j

8·

:~\~j

·7

<1

>90

Atochem Foref/on Atochem Kynar

equeous solution or liquid with sulfuric acid (98%)

10 10

180 180 7

DETA

Atochem Foraf/on bent specimen

..

~.

<1

7 2

7

>90

j

8

aqueous solution or liquid 7

. ..:

7 7 :r 8

Dlisobutylene Dilsopropyl Ketone

Atochem Foraf/on Atochem Kynar

aqueous solution or liquid

Dichloroethane (1,2-)

Dlglycollc Acid Dlisobutyl Ketone

>90

Atochem Foraf/on Alochem Kyner

)

Dichlorodlfluoromethane Dlchlorodlmethylsllane Dlchloroethane

Diethylenetriamlne

<1

)

120 120

Diethyl Malonate Diethylamine

. ,\~~ii~~~~;:::(!Fom.

-

~~ .<~

Atochem Kynar <1

>90

<1

>90

Atochem Foraf/on Alochem Kynar

"':8···'··· ':)'i 7

7,.

<1

>90

..~~.:: :~. :~

Atochem Foraf/on Atochem Kynar

::~

-0

o<

"'TI

N

Chemical Resistance - Polyvinylidene Fluoride

o ......

Chemical Resistance - Polyvinylidene Fluoride

"'U

< o

I\.)

C> CD

"'Tl

....... , •...... ,,'

Dimethyl Sulfate Dimethyl Sulfoxide Dlmethyl-1 ,S-Hexadiene (2,5-) Dlmethyl-4-Heptanol (2,6-) Dimethylacetamide Dimethylamine

~r!~~~;~~jl~Ji~l

aqueous solution or gas

:lll~ll~~ll~i!lii

Dlmethylaniline

"

Disodium Phosphate Divinylbenzene Epichlorohydrln

aqueous solution or solid

Epsom Salts Ethanethiol Ethoxyethyl Acetate (2-)

aqueous solution or solid

aqueous solution or liquid

in alcoholic spirits aqueous solution or liquid

1i? '" <6' ;:l

s:., 0-

., ~

u::

aqueous solution or liquid

Ethyl Chloroacetate Ethyl Chloroformate Ethyl Cyanoacetate Ethyl Ether Ethyl Formate Ethylene Chloride

Atochem Foraflon Atochem Kynar

<1

>90

TF:}%}gm:::k~:t:1:;

II lli,tll~if;ljjJ

7

;~Iili~ill~

120 120

j~,I~ll~111~i,;

@

'"

7

42 42 42 42

;HA@$!WYl

Ethyl Benzene Ethyl Chloride

>90

c

7

gHnHmJi~Ni~M'ijiMifQ'@l!Mm.l• ! @n.#l}t\j~£wIDM@~!!M@AAm;;;;;

Atochem Kynar

%\%\112';:

:ii.:iii. !;.·.:,saji$fti~QlYJiiSlsjii2'i%ig

Atochem Foraflon

~~1~:~NI:~:@j::~::H%m

.:• • ; • • !~;.~~Wi;;~my;;!,~;@!ii}M;g

Atochem Kynar

bent specimen bent specimen

l"~j;;iljii~IJ)~~

Atochem Foraflon Atochem Kynar

K\W::}TSM?:5{@

2'\;?nIif6~$(lqiiii6li\C2i{ni

i·W?;.·;!-!%i/X.·

!;.·.·.·.·.··!~M!;I~M1!F~jlft¥iM~Mt;;m!

EWD/Ni;..;..!! ~:HtrnW~nm@~::~]:~~~

•

7

~~;~~~~I~~~f.~rl\1

iH%tQ~!Nn

7

7

Atochem Foraflon

bent specimen

7

40

Atochem Foraflon

Atochem Foraflon Atochem Kynar

<1

>90

r\~:::t:.W~~WG~{::~N

·.n·t·K~)\;';(j

Ethyl Acetoacetate Ethyl Acrylate

S'

~~lil!illlll~i~i;lj MMA!l\mnn

.mlW!~~!i} • • n

Ethyl Acetate

....'C;0"

7

<1

7

dish washer detergent

'i:l

tmm }fJ[¥@~M

mW;;g~Mmk

Dimethylformamide Dloctyl Phthalate Dioxane Dioxane (1,4-) Dioxolane DiPr0g,Ylene Glycol Methyl Et er Dishwashing Detergents

Ethyl Alcohol

7

r1~11Ij;liilll~~;'ji

7

;;vWWr;W.iiUi

••

}jt!;;@i!@Y\~~~!fM\i~~!;·.!·.m;¥

M;h;.~9~(~'¥iWJm~1!n~Wi:tlJ<;m

<1

>90

<1

>90

<1

>90

<1

>90

· i.i !

!Mii¥Wt9Wi!qat~~*~j)m)l··.·'· •

Atochem Kynar Atochem Foraflon Atochem Kynar Atochem Foraflon Atochem Kynar Atochem Foraflon Atochem Kynar Atochem Foraflon Atochem Kynar

-

~~l~I~'III;i'11~llij;;li.1

Atochem Foraflon Atochem Kynar

• • nnUii

Atochem Foraflon

'@MWt~ItOO$!ijjl~l(a!iiit

@

"1:l

po IJ> ~

r;' IJ>

tJ

(1)

IJ>

16'

~::: ~

,..,:,>:,:.

.I

Reagll~;' ':": >~:,.,

Ethylene Chlorohydrin Ethylene Dichloride Ethylene Glycol

..

Reagent Note

..,

••••

'('Cl'i;J~r!)

(~)

aqueous solution or liquid

t

.TPDliflatlng"

24'

8 8

i3

7

23

7

82

3 3

,130'/. 13p),'

o co

Load

135

82"

I'V

>:l <.c::

%Change

..

Temp;" .•. . f1n'8

Cone.

;:l

c:r ..,

",

0,25% 0,25%

bent specimen 0.25%

150

1 1 7

50····

7

141 . /'"

aqueous solution or liquid

;49:

,,149"; Ethylene Oxide

.,

aqueous solution or liquid

Ethylhexyl Alcohol (2-) Fatly Acids

\ll~i.~;

Resistance Note

S1rengt~

:~~

LNP; 15% carb.fib.

82

saii~a0\9rY reSist. .-.... ) ~%

7

<1

7

<1

;~:.

·

LNP; 15% carb.fib,

·~xp<,te!"p.;~max. r,ecom. ,.

,,",-,'

8

~ ':~.

W

8 8 8 8 8'

135'

14 t!..... 13?

;

~ ;;"

8 <1

>90

7

<1

7

7

<1

>90 >90

7

8 7 8

<1

>90

7

8 7 8

<1

'7

7

aqueous solution or liquid

75

121

Freon 11

chlorofluorocarbon 11

93' . •, 100 ·c·

Freon Freon Freon Freon Freon Freon Freon

chlorofluorocarbon 113 chlorofluorocarbon 114 chlorofluorocarbon 12 chlorofluorocarbon 13 chlorofluorocarbon 14 chlorofluorocarbon 21

93 93 93'-:,

.,

8

(

::~:: ";"/".,.

Atochem Foraflon Atochem Kynar Atochem Foraflon

'%~visQal ~~ange; ,II ~.:

,.

.~

e~p.'temp. is max. racom, no visual change

.

~~P;J~'!'p:!.S !fla~:}~co,!"

>90

"

Atochem Kynar Atochem Foraflon Atochem Kynar Atochem Foraflon Atochem Kynar

· no y!sual change '. exp.' temp. Is max. recorn, .' W

8

:.~,

U

.~:

,

8' 8 7

7

141

100"\.••. 14"};

"'-"~'::::-M

8

.
chlorofluorocarbon 22 chlorodifluoromethane aqueous solution or solid and pulp

7

",":':'

·.~Ci~!Sual change}, .,'eiCp.lemp·,lsmax. recom.

8

135

Formic Acid

~:;': :::"

8

"{

5<1";;

Atochem Forallon Atochem Kynar

~.:

"

25.;.:'".....; 50' .••••,••

Atochem Kynar

. not recommended lor use

>'.e~;.tel1lJl.'Kmax.recom. 'f ,'"

8 8 8

Atochem Foratlon

'W

8

97 30 37 98

,

'n~~ls~al Chang~

>90 >90

a

aqueous solution

Alochem Kynar

~;_t

aqueous solution or solid 141 '121 141 121

Atochem Foratlon '~-:.:

,~x;:(~,~ mu- rec~, 10 10

8 '.>

Material Note Atochem Kynar

82

2

I

't'

..

'u ",.. ,

in water

Fuel Oils

I'" Te~~ii~

8

25

Fructose Fruit Juices

••: ••••••••:••••••••; •••;,:•••••••:.;.••••;••••••' ••

aqueous solution or solid

Fluosillcic Acid Fluosulfonlc Acid Formaldehyde

113 114 12 13 14 21 22

1% Retained I

8

.,.

Ferric Chloride Ferric Hydroxide Ferric Nitrate Ferric Sulfate Ferric Sulfide Ferrous Chloride Ferrous Hydroxide Ferrous Nitrate Ferrous Sulfate Fluoboric Acid Fluorine

,.'•••••;.,

85 61

1 l

7

:12.1{()

2-ethylhexanol sulfonates

! -.':

1

9. 3 Ethylenediamine

Weight

3 6 8 8 8

365 365

, •••••••

exp, temp, i$ max, recom,

6 7

c.

,

<1

·.M~i~~~\~ha.ng~ .······liijl:iemp.lsmax.iecom. .

>90

8 8 8

:~'X

;

Atochem Foraflon Atochem Kynar

.•

..

"U

o<

II

I'V

Chemical Resistance - Polyvinylidene Fluoride

o co

Chemical Resistance - Polyvinylidene Fluoride

--a

<

N ~

o

0

"'Tl

... ':~:::~~::-:1:?;/~:-,

'.'

::~':::':~

:$(:':>:'

Reag.nt ....:Ji.?

,.

Reagent Note

'(")

':;::~::':";:

Fuels

Cone.

I:T;[~;~~ 1~5"<

light fuel diesel

Fumaric Acid Furan

Gases Gasoline

I.>elatins Gin Glucose

.( .•,

~}t'~~

125 '130

" .....

p !Jl

r;'

<1

>90

7

<1

>90

::-

7

'.1'41 \."" ••150 52'

7

; 1·

>

!Jl

~.

141 . ·150

;:s I:""

0: .,

.,p

u::

:".';

:~':::

'~

,'~::

8

····:·(~1~i~~=~hr:~s~.

8 8

•,.~i~,I~I!lp·.~MAA;!ecorn .

Atochem Forallon

.

Atochem Kynar

····M

l! 8 7 8

<1

7

<1

Atochem Forallon Atochem Kynar Atochem Forallon Atochem Kynar

>90 >90

.,; '.~~;l'FP. i~m~ii(~com. '%00 vISU~lp~!Q~·

·'exp,.,telNi.lSmbiliicom. no6iic6mmeQded for use .

"

.. ~ ,:::

up/lemp. is max. recorn.

8 7

7

79 ~

•

24 i2

! !

·13~.,.

,

8 8 8 8 ,,8

<1

>90

. ,.~!,V!;~!jE.nM~~

" ····ulriemp;:i;ST"a£i.com. •

•

(

•

Atochem Forallon Atochem Kynar

in water

1 -

IHydrochlllrlc ~CIII

-~}/-

Alochem Forallon Atochem Kynar

I

!Jl

t::l ('\)

·;n~\.·i$.ua( change .xp. let)lfl. Is max, recom. ,-'

8 2 2

23

."

aqueous solution or liquid aqueous solution or solid aqueous solution or liquid aqueous solution

",.·>·.l;i(.I~!\lP~ \$;l'\~ ,ecom.

7

bent specimen

Atochem Foraflon Atochem Kynar Atochem Forallon Atochem Kynar

>90

8 8 7

25·.'.. . ·

~,

<1

7

. 2~' "'.•,. 24"

hexamethylphosphotriamid e

.

~ II'

365 365

. ..~,/ I

Atochem Forallon Atochem Kynar Atochem Forellon Atochem Kynar Atochem Foraflon Atochem Kynar

,-J-::::

.,··(~~~.i:;~W.t,:i~~:~ler,.com.

5.

..1'41 .i•..• j

Heptane

@

i.

8 8.

. .i¥;,

saturated

Hexyl Alcohol Hydrazine Hydrazlne Dlhydrochlorlde Hydrazlne Hyd rate Hydriodlc Acid Hydrobromic Acid

'~~lCllC?litm~ndedf()rus •.

:t\:..... ,2U~

II

l'gQ;..

Ma.terlal Note

.~.:

2

·il41

aqueous solulion or liquid aqueous solution or solid

~"Y:

>90

.

14J>.. ·•·

aqueous solution or solid

:

.~~ ~:t;;;~L c.,

2

7

13g

Hexachloro-1,3-Butadlene Hexamethylened iam Ine HexamethtPhosPhorlc Trlaml e Hexane

I

7

l

7

saturated manufactured

<1

.8

~':

?4'" 38.' '.• \

aqueous solution or liquid

l·i.~~an;! • li~!J~i~~~~

7

7

;.~

Glues Glutamic Acid Glycerin

Glycine Glycolic Acid

F~~'~

Load

141' 77.j/·'····,·

Furfural Furfuryl Alcohol Gallic Acid

,..

.......;.,

~:.

-

'!'!en

j

7 8 8

,. " r .. ,

6 ....

I

8'i'

6' 6

. .' :~

<1

>90

~::

80 91 83 90

Atochem Forallon

~:-·'''",,,,,,··,,r'0··-

@

'H%~£hing~ ..

'1:l

S"

~.,

Reagent

~

n'en tl C1l en

Not.~·

':,Loi'd ~'>:<.~~

Hydrochloric Acid

10 10 35 35 35

15' ;:l

t-

.,o: .,

1 1 365 365 7 180 180 180

with 10% methanol

~

tr::

with melhanol + chloroform

180 180 180 180 180

with 10% dichloroethane

,

.'s: ~

bent specimen

5~'

bent specimen

qqestlo~ab!;

bent specimen

<1 <1

f·

in water

<=30 50 90

Hydrogen Sulfide

100

Iodoform

Atocham Kynar Atochem Foraflon Atochem Kyna,

7 7

<1 <1

>90 >90

7

<1 <1

>90 >90

...;~:\;::.~;" ..

visual c~angr

<1

>90

Atochem Foraflon

.:.::..

Atochem Kynar Atochem Forallon :~;::::':'

,~~ .M':i:"

".p:·II~. is ~max.

~",

rleQ1ll.

,. 'n~ vlsu~i challge' I.p: lImp. Is max. reeorn.

Atochem Kyna, Atochem Foraflon Atoehem Kynar

7

,

7

<1

>90

7

,

Atoehem Foraflon Aloehem Kynar

7

<1

>90

Atochem Foraflon Atochem Kynar

<1 <1 <1

>90 >90 >90

Atochem Foraflon

.21

aqueous solution

Hydroquinone Hypochlorous Acid Iodine

lamp: is mer. t ef\ll1l.

• ';;<no vjS~~!~h~ga.

>90 >90 ",. ,;-~;

-"7

in water

>90

bent specimen

7

Chloride Cyanide Fluoride Peroxide

<1

-

<=40 40 70 41-100

Hydrofluosillclc Acid Hydrogen Hydrogen Hydrogen Hydrogen Hydrogen

Alocham Foraflon

~

"7 aqueous solution

in water

LNP; 15% carb.fib.

bent specimen

7

Hydrocyanic Acid In water

Material N9te

78 87

1" II ".- 8 7 8 8

Y~~'ii'<·

S!r.ngth·

eicp,

up to concentrated ges

Hydrofluoric Acid

0.25%

",~~.;

W.lght

aqueous solution in non-aqueous solvent gas dry moist

10 7 7 7

Atochem Kyna,

Isoamyl Ether Isobutyl Alcohol Isooctane Isophorone Isopropyl Alcohol Isopropyl Benzene Isopropyl Chloride "'U

o<

"

Chemical Resistance - Polyvinylidene Fluoride

I\) ...... ......

Chemical Resistance - Polyvinylidene Fluoride

-u

< o

N ....... N

-n

JP 4 and JP 5

Lactic Acid Lanolin

50 aqueous solution or pure

:, ;,~:~, '

';" '25 ::"ii':\~~}

7

Chloride~i!!;I~:;;~;;:

7

'1:l

S"

~

tl ~

~

0-

.,j:;

u::

>90

';,i;~~]~:;!~il~,~~~:C~!h5;~j:

A~::~~:~~:':~n

~:ij~;':;~,::(

<1

>90n7f,M'viSU~I£~#~e,=,,=>

Atoehem Forallon

;br!!~iPt8,®l:'Inn~d8~ciiIi;n;.;

Atoehem Kynar

aqueous solution or solid

Y"

7

):.)119+

',?T)X";

<1

>90

kCF ",no.,)ils~ar~tijiiig~ iN';

:}'JlL.,.!;t:~j(~:)~~J#fjs,in~'i(i~eom,;

,"

Atoehem Forallon Atoehem Kynar

eane sugar aqueous solution or solid

aqueous solution or solid

aqueous solution or solid

aqueou::~~~:::~ or solid

it

',i:;i{~;

7

"',f7An'

<1

>90

",F"

$

Atoehem Forallon Atoehem Kynar

<1

>90

!i~';~;;;:;j~i~:"~~:;::~~:;:;;;

A~~::~~:~~~:~n

7

<1

>90

;:i;;~:~z~;'~a~~~:~::;~~~~;~~~

A~~::~~:~~:':~n

7

<1

>90

7

<1

>90

7

~;;';,~;'~:t'i;;;::

:'!;;!@;MNl~~~r~MM!nHU;/

t:d;,tiln!!jWt'WlijiiXi)eqom;\' ,

aqueous solution or solid

Metabromotoluene Methacrylic Acid Methane

50

Methanesulfonic Acid aqueous solution or liquid

Methyl Acetate

Atoehem Kynar

<1

cEo ;:l

Atoehe~'Forallon

aqueous solution or solid

saturated>;.t%~;

@

>90):~~~~~i~~J;lj~~~~.;\! '..}, -'-'-'--' '-'-"-'-' '\ ,: e.xig~!MP,iS,,{!!,*,!ei:~m~'.

>90

if;;~;;!(;\

Maleic Anhydride:,y"g~(t>"',\:)/8 Malic Acid aqueous solution or solid Manganese Sulfate Mercuric Chloride Mercuric Cyanide Mercuric Nitrate Mercury

<1

k;;~~n%:;;/;}>L8n):<:

'/\ 12li

Linseed Oil Liquors Lithium Bromide Lithium Chloride Lubricating Oils Magnesium Carbonate Magnesium Chloride Magnesium Citrate Magnesium Hydroxide Magnesium Nitrate Magnesium Sulfate Maleic Acid

<1

, "i:"~:.,':_~';

LaUriCACid;/;:,;~;6i::' Lauryl Lauryl Mercaptan Lauryl Sulfate Lead Acetate Lead Chloride Lead Nitrate Lead Sulfate Lemon Oil Linoleic Acid

7';,~t.i:'J;;:" ',:::J7<"'-

7

Atoehem Forallon Atoehem Kynar Atoehem Forallon Atoehem Kynar

@

'i:l

[

::: t"'l V>

t::l ~

I.

Rea9.'.".8nt' :'.

-

Methyl Acrylate Methyl Alcohol

<E' ;:J

t

~ ~

~

Methyl Bromide

Reagent Note

I Cone.

"('Yo)

I Temp. I" Time ,.", .

I

Load

.,PDL Rating,l·

,.....\ ' . .

to

38 with hydrochloric acid 10 50 "10 50" wi Hel and chloroform 50 " 5 0 melhanol 75' aqueous solution or liquid 141 100

180 180 180 180 7

Material Note

~' ;:

bent specimen

'.. '..

<1 <1

". 7 , : ;

<1

eXPi~emp" is ma,(.. ;.com. ., > 9 0 " . /.no Y.lsualchange > 9 0 < ' /'~no'Xf~,uiil:chaiiiiii:' . exp,limp'.',)s .ina:.. ;.~om.

.24(

:/"

..,. 2· ,

jV " • '

2",

''',

•

•

' 2 , ) .. . \ '8 '\"p,~e,~, ' ,

Alochem Foraflon Alochem Kynar

Is max. recom.

~2,'"

aqueous solution or liquid

I ., ..

,~fl,,(

23'" 79, ,,7 5.2'.

93

Minerai Oils

,.:'

7

<1

>90

};1

7;':i;!~;

'"~~~ ~

Naphtha,.):~~~U 7 "~~i'i;i'

7

"'.

~p~)8IIiP'.~;I!l~ recom.

1 ' 9 : ·8),+ (

'~~,

,,' \.iA"(:

::::

r~] .••.

:M;t,;~;1(~;]~;~;;

:'::\\;>~I:i;;~!.'i)

•

'" ';}W~?1'!S~a,rfhju'g,. ....•. . eii~'JiinP, Is ni~. recom.'" . J.

';N)T,'~>", ,. 90 "'no ~/~u~I.ch~g8

7

;

Alochem Foratlon Atochem Kynar

e"l'.18n>P;js"mU',recom,

141'

Molasses

'/t(qil~~,lOiiiitli8

"

"

,100 1,21

Naphthalene

Alochem Foraflon Alochem Kynar

.::t'>. c.' .,':.;.'.

,

Alochem Kynar Atochem Foraflon Alochem Kynar Alochem Foraflon Alochem Kynar Alochem Foraflon Alochem Kynar

,.,lIft1:'" " ' , A , '
.. ; . < ' , 2"

52 66

Molo, O;b

.' {

4 , , ,....:.. ',"<" I 7\:') "1 <1 >90"l\ovlsual'cllangi .'.' .8,';" " ': exp, temP'.:ts max, recom.

7

aqueous solulion or liquid

"....

>90"';~Ylsu~ ~h~9~

'~~p.!!5':'~\1'~~.,I.~om,

( i

'. 23

Methylene Iodine Milk

Atochem Kynar Atochem Foraflon

ben I specimen

'23 :;."..

'"

Atochem Foraflon Atochem Kynar

• Atochem Foraflon l

Atochem Kynar

,j~i:\~r~~~,:rc: ,[I.

A~~:::~:~~~~~n

~*rufr~"'~ <1

>90iir:~~i~~'~I~~~~~~:>

<1

>90

~};i:~~~!t~!:~~~~~:~,

,

'" ""'.,,.

A~;:~::mF:~;t;;n Atoche: Kynar

aqueous solution or solid

-c

<

~

I

expo temp. is max, recom. satisfactory ",slst.

7

2 ,50 7 52.

Methyl Chloromethyl Ether Methyl Ethyl Ketone

Natural Gas Nickel Acetate Nickel Chloride Nickel Nitrate

R~slstanee Note

Tenelle] Strength

.

100'" 141

Methyl Chloroacetate Methyl Chloroform

Morpholine

I

8 8"

",'

,J,~1·

Methyl Chloride

Methyl Isobutyl Ketone Methyl Isopropyl Ketone Methyl Methacrylate Methyl Salicylate Methyl Sulfuric Acid Methyl Trlchlorosllane Methylamine Methylene Bromide Methylene Chloride

Weight

.'.....

N

Chemical Resistance - Polyvinylidene Fluoride

w

N

Chemical Resistance - Polyvinylidene Fluoride

""'lJ

< o

...... ~

"'Tl

in water

<=10 10 10 10 10 10 10 30 32 32 32 32

in water

Nitric Acid

11-50 65 65 65 98 98 98 98 98

concentrated fuming

Nitrobenzene

II

I I

!;'~ii'j;;t;!

··Mi;r-~~.iin?;

Nltrotoluene Nitrous Oxide Octane Octene '1l

~ ;:;. CJJ

tl

C1l CJJ

cEo ;:l

3 1

Oleum Olive Oil Orthophenylphenol Oxalic Acid

0.25%

70

0.25%

70

92

1

87 <1

>90

<1

>90

1-3

>=90

.,

l:l

It::

Atochem ForafJon

365 365

bent specimen

180 180

bent specimen

F~~~m}f~~:~:::i~}W{,~:

(.'\.iirrt\)tL .;.;.

7

;i'~;~tiC~~:::u;;:~~~:i~i;

Atochem Kynar Atochem ForafJon

180 180

bent specimen

7 120 120

bent specimen

60 60

bent specimen Atochem Kynar

7

·.:··•• ;'·W7WF\!r·.·

<1

>90

U;·;;:W,!M.·;·N;.·

7

::~

7

PTFCE 0113

7

S octadecenoic

7

·!i;fl~f-~;,·.·;;i;

<1

>in ntK

<1

>90

<1

>90

<1

>90

<1

>90

• ~.i~iJil;;jl;i.iJ;

HL7iUiW

>90

W1M@@R)(l~~~!~M1jQ~;,ni

Atochem ForafJon

Et ~;: :'!~~H~~i:;~~!t~¥:i~r!~9.M+JtM

Atochem Kynar

if;!;~~~~~~~~;I~~~lt~~!;;;1;

Atochem ForafJon

~;~:l!~l;~I~~,~;~~i~~,~;~i~~.l

Atochem Foraflon

Atochem Kynar

Afochem Kynar Atochem ForafJon Atochem Kynar

saturated solution

nwr

~M2'4 <;~.

7

<1

>90

Oxygen

"';"'Kl$CfMi

7

~~~m~m:mtrtmm~WN

Atochem Foraflon

@:iWtl!~ii@~!@'MMl@@i@!{.··t

c.

t-'

0: .,

LNP; 15% carb.fib.

92

7

7

Oils Oleic Acid

78

3

!ii~i~~1iii~

@

0.25%

7

'··@sg~),mW.i

Nitroethane Nitrogen Nitrogen Dioxide Nitroglycerin Nltromethane

P

7

<1

>90

••

Atochem Kynar

t;II.lllit_:~~nrft~lilljfl

Atochem ForafJon

••••VkttlloWlsillillilftlhilil'1&\@iV

Atochem Foraflon

Atochem Kynar

@

'"

po ~

.:>.

fleagent

% Retained

Reagent Note

;::;. Ul

~

Ul

iE' ;:l

Conc.

Temp•.

Time

(~)

('C)

(days)

Ozone

107 150.

Palm Oil Palmitic Acid

93

.,

p

te

parallin oil

Perchloroethylene

in waler

10 70 70

tetrachloroethylene

.:~ 10~ 50 90 90

<1

7

in water

5

10 10 10

chlorinated chlorinated phenol

Phenyl Ether Phenol-2-Sulfonlc Acid (1-) Phenylhydrazine Phenylhydrazine Hydrochloride Phosgene Phosphoric Acid

aqueous solution or solid

aqueous solution

Phosphoric Trichloride Phosphorous Phosphorous Oxychloride

red

<=85 85 85 85 85 98

52'" "4'1 .135 79 75 90 ,99 ""~O .•• 52 .66 66 '52. 52 50 -,52 52 79 135 107 125 .130 .130

.' 125 50 50 24 ···~.5'·

Phthalic Acid saturated

o<

Atochem Kynar Atochem Forallon Atochem Kynar

o

....:;~~.XI~~.~I~~~.!!~,.

":':~~:::::'::::f.:%;,

~:

<1

>90

8

.

II

...·..·.•·•• ·;,O"!sUal~~.nge . ·········upiiell\P.Ismax.re§o!'l.

. . .,/~:L'-" . _n.~.

8' .'

Atochem Forallon Atochem Kynar

~ ..... ·r

u

.'.~~, .(

."If

7

I

7

7 8 8 8 .. ,•. ./ 8 .

270 270

bent specimen

7

<1 <1

>90 >90

Atochem Foraflon .~:

;atis1actory resls1.

e*p:~ Ie,*". is m~. recom,

365 365

~~:

til

8 .

'"

8 7

7

Atochem Kynar

:.

8

j

<1

>90

<1

>90

~":'.,.

. ..... ":

"'" .no ~lsua:l change •<;~~ti~aCiory resist.

Atochem Forallon

bent specimen

7

Atochem Kynar 8 8

,"

8 8 7

7

<1

'>!l 8 8 8 8 7

7

365 365 7 365 365

...

'~:::-,

8 7

bent specimen

:~

<1

>90

"

<1

>90

Alochem Forallon

.; "

salislaC10ry fe$i$l. exp;' lemp. is max. recom. .,;not filcommended lor use

"'7

<1

>90

<1

>90

8/./

7

.. ,k'" ;';,:',{' '.' ..

8

7

1QO

··\)8~V·';··

\~~~jS~~ change

8

2

7

'.'

Atochem Kynar Atochem Forallon Atochem Kynar

no ~i.sual change ~!ti$ia~ol)' iesist'

8

9,3' 93 75 93> ·93

:~

;.

-.-.,"

8·

bent specimen

~

. ;i(p;!~';;p,. is max. recom. ; ~oVis~1i1 change "ii;;i;mp,~!'1~}~~om ..

>90

8

. 7 ',' J

Atochem Kynar

· . ·;:'·iij~:vi~~.~I~~~.~.... . " ·~·!!!:lt~p. ~~:~ rec~.

Atochem Forallon Atochem Kynar

':exp~~::~l~::"~!~om.

Atochem Forallon Atochem Kynar

tno~isual change

Atochem Forallon

.• .

8 •

.•

8-~::~~

',7

<1

>90

'"tl

"TI

J~j;;t;mj;. i~ m'll. recom. '~~jl~jeiiiii:"j~m.~~:!Mom;?\

8, ., 7

7

.' 23

Phosphorous Pentachloride Phosphorous Pentoxlde Phosphorous Trichloride

Material Note

>90

. ,..... ·...8.;..·

135

Perchloromethylmercaptan Petrolatum Petroleum Phen-ol

Resistance Note

:,:,.-.

•.;.

)25 121 121 1.21

Paraffin Peanut Oil Perchloric Acid

T.nsll. Slr.ngth

Load

1~1\'

t-'

0: .,

,~::,~

:,,: ,~:

Chemical Resistance - Polyvinylidene Fluoride

ru ...... {J1

Chemical Resistance - Polyvinylidene Fluoride

""'0

< o

I\) ...... (J)

"'T1

Plating Solutions

Polyethylene Glycol Polyvinyl Acetate Polyvinyl Alcohol Potassium Potassium Acetate Potassium Alum Potassium Aluminum Chloride Potassium Bicarbonate Potassium Bisulfate Potassium Borate Potassium Bromate Potassium Bromide Potassium Carbonate Potassium Chlorate Potassium Chloride Potassium Chromate Potassium Cyanide Potassium Dichromate Potassium Ferrlcyanlde Potassium Ferrocyanlde Potassium Fluoride Potassium Hydroxide

'" .... 0'

V>

tl

(\)

V>

15" ;:l

t

.., ..,

0~

aqueous soluIion or solid aqueous solution or liquid

aqueous solution or solid

aqueous solulion or solid

aqueous solulion or solid

in water in water

@

Ei V>

brass cadmium chrome copper iron lead nickel rhodium silver speculum tin zinc

Potassium Potassium Potassium Potassium Potassium Potassium Potassium Potassium Potassium Propane

Hypochlorite Iodide Nitrate Perborate Perchlorate Permanganate Persulfate Sulfate Sulfide

<10 50 >50

7

<1

>90

~;~,n;;::~:~~~~~t\~r~lt~:,;~~;ill

<1

>90

is)

aqueous solution aqueous solulion or solid

Atochem Foraflon Atochem Kynar

aqueous solution or solid aqueous solution or solid

·Y31it$nfWG

7

m~~::;[~:f1;:tr#EH

j?iLii()'Vjs~ai'ClilinQ$:Um;?:)

Alochem Foraflon

@

'U

S'

n-~ en

~

en

'»+

Propyl Acetate Propyl Alcohol

lye} -

~,~

t"'

0: -; ~ -;

u::

Propylamine Propylene Dlbromide Propylene Dichloride Propylene Glycol Propylene-Oxide

1-propanol

,

S1renglh

~,

:~::;:~:'"

>90

7

Atochem Foratlon Atochem Kynar

~~ ~;.

aqueous solution or liquid ~-

Atochem Forallon Atochem Kyna,

7

'7 '7

<1

50

Salicylic Aldehyde Sea Water

50

no ,Yis,~al, ~~a;;ge\

>90

<1

>90

- -7

<1

'7

<1

>90 >90

7

<1

>90

Atochem Kynar

, ,;n~,~lsual~h~iW 'e!p;ioi%p,lSma,x, ,e~Om.

Atocham Forallon Atochem Kynar Atochem Forallon

,',;,no ~lsual change

5510

<1

Atochem Forallon Atochem Kynar

n~t, recommended (0, use expo temp. is mu_ rec,om. recommended for use eip:.t~. ,i$ m~. tecom,

aqueous solution or solid

'nol

aqueous solution or solid

",

40 40 500 gil

90 90

>

1~1;,

:~\:~;;

aqueous solution or solid

12 -1:'

845 gil

60

t::

180 180

Atochem Forallon bent specimen Atochem Kynar

365 365

Atochem Forallon bent specimen Atochem Kynar

180 180 90 90

Atochem Forallon bent specimen bent specimen ;;>.~.

~

-0

11

no YI!W'.lti~~9g~r

>90

aqueous solution or solid

< o

Atochem Kynar

aqueous solution or solid

"

Sodium Chlorite

7

Atochem Kynar Atochem Forallon

•·l0~;;,~ej;¥m8inecom. '

,;!xp;~:emp;jSiijaii;i~com,

aqueous solution or solid

Sodium Chlorate

:;,}iI~. vis~a! ch~g~

aqueous solutuion or pure sewage water

Atochem Forallon

'-8~P,1~,riip!j,s ~m8)f ;,recom.

"~!Cp.temp;lsmax. recom.

Sliver Cyanide Sliver Nitrate Sliver Sulfate Sodium Sodium Acetate Sodium Amalgam Sodium Benzoate Sodium Bicarbonate Sodium Bisulfate Sodium Bisulfite Sodium Bromate Sodium Bromide Sodium Carbonate

Atochem Forallon Atochem Forallon Alochem Kynar

e~p,wnp: /$,.inu, recom,. <1

'7

>::

i\l;40¥ls~~i}:h:ange. ,.

>90

", notrecommended lor use

7 -

pyrogallol

Salicylaldehyde Salicylic Acid

Selenic Acid Sewage Silicon Tetrachloride Silicone Oils

,.,.:::~.-.

,~,,-

PTFCE 0113 Pyridine Pyrogallic Acid

r.taj~rj;(Note

T.n~ii'·"

LQad

Atochem Kyna,

cE' ;J

I,

Atochem Kynar

N

Chemical Resistance - Polyvinylidene Fluoride

-'-

-..a

N

Chemical Resistance - Polyvinylidene Fluoride

"'U

< o

~

GO

."

MatJri~INote ~;;,: ..

Sodium Sodium Sodium Sodium Sodium Sodium Sodium Sodium Sodium Sodium

Chromate Cyanide Dichromate Oithionite Ferricyanide Ferrocyanide Fluoride Fluorosilicate Hydrogen Phosphate Hydroxide

Atochem Kynar

aqueous solution or solid

pH 12

120 120

Atochem Foraflon bent specimen

120

pH 14

120

bent specimen

30

Sodium Hydroxide

30 120

bent specimen

120

bent

aqueous solution

Atochem Kynar

with 1.7% of triton X 100

30 30

Atochem Foraflon bent specimen

60 60

bent specimen

60 60

bent specimen

60 60

bent specimen

365 365

bent specimen

7

<1

>90

<1

>90

90 90

Sodium Hydroxide

bent

aqueous solution

Atochem Kynar

7

Atochem Foraflon

30

pH 11

30

bent specimen

60 60

@

'1::l

po

~

ri' tn

tl ~

tn

15' ;:s t""

0: ...

... ~

tt::

.

Sodium Hypochlorite

in water

Sodium Iodide Sodium Nitrate Sodium Nitrite Sodium Palmitate Sodium Perchlorate Sodium Peroxide Sodium Phosphate Sodium Thiocyanate Sodium Thiosulfate Soybean 011 Stannic Chloride

aqueous solution or solid

aqueous solution or solid aqueous solution or solid

aqueous solution or solid

<=5 6-15

rf%l,~Rt

bent specimen

wen;; !lbm

/;t(!!p;t8ii!P~4mq{!'~§iilME\

Atochem Kynar

):-:.~

@

'1:l

Ei ~

o'C1l f1?

C1l

tE·

~

..

...:

.;'::.

Reagent Stannous Chloride Starch Stearic Acid

Reagent Note

Coile.

Temp.'

Time

(%)

I'C}

Il\JIy.j

~

., .,>l

W.lgllt

."

125

saturated

7

<1

>90

-141' 79 7

sugar syrups

".141.,; 90 90 79

fatty acids

40

Atochem Kynar

120 120

Atochem Foraflon bent specimen Atochem Kynar

90

125.

7

<1

100 121

7

<1

Atochem Foraflon bent specimen bent specimen

>90 >90 Atochem Kynar

24

Sulfur Chloride Sulfur Dichloride Sulfur Dioxide Sulfur Trioxide Sulfuric Acid

24

19 23 10 10 10 10 10

10

aqueous solution

Sulfuric Acid

aqueous solution

23 23

82 82 .• 149 149

7 7 3 3 1 1

50

130

50

130

365 365

50

150

7

<=60 80 80

)21 90 90

365 365

80

125

7

80 80

130

.;130'

80

130

80 80-93

1aO

90 90 180 180

93

94 94 94 94 94 94 94 94

93 75 . ~O

90

89

52

0.25%

87 Atochem Forallon bent specimen

<1

>90 Atochem Foraflon

bent specimen

<1

>90

<1

>90

bent specimen bent specimen Atochem Foraflon

bent specimen

90

bent specimen

50

180 180

bent specimen

75 75

60 60

bent specimen

SO"

82

0.25%

Atochem Kynar

:~o

5?

LNP; 15% carb.fib.

90

Atochem Kynar

7 60 60

50 •

82

0.25%

""U

II

Atocham Foraflon

Atochem Foraflon

120 120 120 120

90 90·· 90

Sulfonitrlc Acid Sulfur

< o

Atochem Kynar

'.~6"

Sulfonic p-Toluene

Sulfuric Acid

:!~p. i.~~. is mal, raoom. '"

Atochem Kynar

112

Sulfonates Sulfonic p-Hydroxybenzene

.;. .. ::~

93

Stilbene Styrene Succinic Acid Sugars Sulfochromic Acid

Material Note

T.nsll.

Str.ngtll

141

aqueous solution or solid

;J

0-

load

..... <0

l\)

Chemical Resistance - Polyvinylidene Fluoride

~

Chemical Resistance - Polyvinylidene Fluoride

""U

o<

~

o

11

94 94 94 94 94 94 94 94 96 96 96 96 96

90 90 180 180 60 60 90 90 180 180 180 180 365

bent specimen bent specimen bent specimen bent specimen bent specimen bent specimen

bent specimen bent specimen bent specimen bent specimen bent specimen bent specimen bent specimen

'.'''''''''',:?,,?},,:::::, ., ,.,..'

with 10% chloroform

" with diethylethe, (10%)

"

@

"ll

S' ~

n"IJl t:l

ell IJl

cEo ;:l

t'""

0: .,

.,I:l

aqueous solution

Sulfuric Acid

98 98 98 98 98 98 98 98 98 98

7 49 60 180 180 180 180 180 180

98 98 98 98 98 98 98 98 98

7 7 49 60 90 90 7 7 49

<1

>90

bent specimen bent specimen

bent specimen bent specimen bent specimen tr:!.\~

'.:.;;;;;

><>:'.:':;a
;.;i?!X~;)~¥~;'!(,m!&l~~Ml;.;;H;

Atochem Kynar

"\'",·""·'i:'DiiilialliiiloN 'mJi.I$i);':;;::h:":::;

Alochem Foraflon

@

;] l:l

~

n'VJ ~ VJ

Sulfuric Acid

98 99.2 99.2 99.2 99.2 99.2 99.2 99.2 99.2 99.2 99.2 99.2

cO' ;:l

t-'

& .,

.,

l:l (t::

Sulfuric Acid

.2 .2 .2 .2 .2 .2 •. 2

.2 .2

•. 2

fuming, 20% oleum wilh chlorine

Sulfuric Anhydride SUlfuryl Chloride

49 180 180 365 365 7 49 49 90 90 180 180 7 7 49 49 90 90 7 7 49 49

bent specimen bent specimen benI specimen benl specimen benl specimen bent specimen bent specimen benl specimen Atochem Forallon bent specimen

·"\"'i}:riot ·ie'COOimeildiidJot''ilse' :',/A

::;·':::::~}:f~:~::::2·/;· .-:'::::;~:':';

<1

60 60 60 60 60 60

>90

f.'.

'};ijl?!;mjW#:ftl*;!ii~9ffl;

,:t:;?"

... -,";.,'·8'-'-;:'. .

,-".

. .~~.

} :.: . .

/.~~!I~t~OfY~~~I;!4}i .'.

~

Atochem Kynar Atochem Forallon

bent specimen bent specimen bent specimen Atochem Kynar

aqueous solution of solid saturated solution

7

<1

>90

Atochem Forallon Atochem Kynar

perchlorethylene

7

<1

>90 Atochem Kynar

7 aqueous solution or solid

Atochem Forallon Atochem Kynar

"U "T1

Atochem Forallon

bent specimen

.":\ anionic non ionic

< o

Atochem Forallon Atochem Kynar

Sulfuryl Fluoride Surfactants

Tetrabromoetllane (1,1,2,2-) Tetrachloroethane (1,1,2,2-) Tetrachloroethylene Tetrachlorophenol (2,3,4,6-) Tetraethyllead Tetrahydrofuran

bent specimen

Atochem Kynar

240 240 7 7 120 120

Tall Oil Tallow Tannic Acid Tar Tartaric Acid

bent specimen

Chemical Resistance - Polyvinylidene Fluoride

N N

.......

Chemical Resistance - Polyvinylidene Fluoride

"'U

< o

!'> !'> !'>

11

Tetramethylammonium Hydroxide Tetramethylurea Thioglycol Thioglycolic Acid Thionyl Chloride 7

<1

Atochem Foraflon

>90

120 120

bent specimen

:)JtM/ 2}::~~: :g: .

Wt4g~'

Thiophosphoryl Chloride Thread Cutting Oils Titanium Tetrachloride Toluene

Wboo'v. ,.

7

i;:·;i·R~;;;Ii..··

7

:::::.i:,:, .c.:.: :;:....y .. ~.

"MINT/;>.

·~);;;I~.···: • · •. ·

365

';{:f1~;~

.,

3 1

0.25% 0.25% 0.25%

1

<-10 50 50

50% in water to pure

50 50-100

,~~)~~\;!;;;:

;'l!li[~~i;; ....7.~...

f;i!~~~\i;:

Trichloroacetyl Chloride Trichlorobenzene (1,2,4-) Trichloroethane (1,1,2-) Trichloroethylene

-~

·UMit 8 ,/ fi'7Y'

........,24t.

in water

t':iili!;··';.·'.·~.~.~l~~!j.~~M~!3W1

;;,

'~;~~!~,~t~~~?i{ii~jil-11r1!~;:ji

7

;' ;;;;~~< 'j

7

Atochem Foraflon Atochem Kynar Atochem Foraflon

Atochem Kynar LNP; 15% carb.fib.

80 93

77 91 70 87 <1

>90

<1

>90

<1

>90

<1

>90

120 120

Atochem Kynar

>90

''; "ekp,WJlI);'ls mu; re~OiIlSit •

3

Trichloroacetic Acid

>90

<1

7

li;;;"~lf

>90

<1

bent specimen

7

7

Tributyl Phosphate

<1

·'S/.·'

365

Toluene Dlisocyanate Toluenesulfonyl Chloride Tomato Juice Transmission Fluid

.;,)))~~!e#Wml~ridell for ~Jt@t:'

\;);\j~1j:~i~ft~"tr~~]~_;1;~ . .;

Atochem Kynar Atochem Foraflon

l~jl;~i;l~~lt~~;~I~#;i1-;;l'/

Atochem Kynar Atochem Foraflon

;'~,;~);t;'~~~~~~l~~~c;~J;;j;;!

Atochem Kynar Atochem Foraflon

."·'?W~~pj·I~:'·~ir1Ma~~Ofu/;i::h.

Atochem Kynar

bent specimen

...•,.•••... 8.:,." e.

·Ii: ~;' }

7

(';!l;:j'~}

7

::;:<2}D~7

7

. ::}~

•.·•·····

<1

>90

m;;KYNnj)~I!iuaj.ciianQa;j%i;C:

'PdX} nO·visual'chailri&}.

Atochem Foraflon

365

@

365

bent specimen

'tl

~ ~

n°

V>

tl ~

V>

16' ;:l

t"'

..,0: ..,>l It:

.·:;:?i.w,.teji:i~;!5;iriii#t~~9Jlt)J·\L

Trichlorofluoromethane Trichloromethane Trichlorophenol (2,4,5-) Tricresyl Phosphate Triethanolamine Triethyl Phosphate Triethylamine

R113

7

<1

>90

chloroform

7

<1

>90 .fg···e~p;J~Pf~;ml\ia~cliiji;i

.}~};.

. •. .••

Atochem Kynar Atochem Foraflon Atochem Kynar

aqueous solution or liquid 7

<1

>90

:!;'it:f~!f~fnl~'~~rlwl:~:};i

Atochem Foraflon Atochem Kynar

© :,.,

Rellgllnt NOt8;

~

r;' en

tJ

I

,

"po Trifluoroacetic Acid

in water

50

j::

Temp., ,Time 1°C) " HciaY$)

Conc. '1%)

:.~:;

L~~,~

:;:'~'

.

~;,

J,"'9.3;;!

:~P ......',~.~~all9.e ",......., ......;.:...: .....

~,

.;i..;:

.PDL.'~atlng /: , :~.

,

Resist'aoceNote

...,alght

::~;

::~;:

-;;:'~::

~

"

,~xp"je'mp, j$ m,"I', l8com,

fl"':""

1

:~: ::

~.;

'tateria) Note 0;-""'.

'''-'';,",

';'(,

Alochem Kynar

~

en

tEl·

;:s t""'

Trimethylamine Triton X100

..,& ..,

i=l

aqueous solution or gas with 10% sodium hydroxide

1.7

30

"

1.7

30 7

Turpentine

"

\l::

Urea Varnish Varsol Vegetable Oils Vinegar Vinyl Acetate Vinyl Chloride Vinylidene Chloride Water

aqueous solution or solid

salt water

salt water

sea water tap waler

Whiskey Wines Xylene

Acetate Bromide Chloride Nitrate Sulfate

~;'

::~

121.' 121 \;

I i

, •

9~

aqueous solution aqueous solution or solid

" " "

50

93')'" 150 ;:{ 23 23 82 82 121 141 141 149 149 150 150 107 93 93 125' 130 13C), 121 121 "141 : 1,011 141:

t

7 7 7 3 3

0.25% 0.25%

,.. I,

1 1 7 7

7 120 120

0.25%

;::~.

w

$8,tl$faciorY reSist /\:.

Atochem Foratlon

2

bent specimen

121 141 107 121'

sawaga water

Zinc Zinc Zinc Zinc Zinc

16~;(j

8

I ! l

bent specimen

,~

7 8 8 8 8 8 8 8 8 8 7, 5 7 5

<1

>90 ~:

~;

,

.~-

<1

8

8 8 8 7 8 8 8 8 8 8 8

Atochem Kynar

!'>:

>90 79 88 75 90

8 8 8 3 7 7 7

exp}t~mp •• js'.ni~. r~com,

.

... "'no\'lsuaiJhB1!ge

Alochem Foratlon LNP; 15% carb.fib.

Atochem Kynar

." up. tamp. is max. recom.

<1 <1

69 89 >90 >90

~': :~.

i

" no visual change .,. axp.. lamp, is tylax, racom,

<1

>90

LNP; 15% carb.fib.

no visual change. salisfactory resist

Atochem Foratlon Atochem Kynar

Atochem Foratlon

"

...... ;... ;.;.:-:;.;.~ .. :.;,;;~~;:; ..;;:

·····erifiemp:l$iiiiiX:iecom.

Atochem Kynar

'"U

o<

."

Chemical Resistance - Polyvinylidene Fluoride

I\) I\) (J.)

'" '"

Chemical Resistance - lonomer

o

.f:>.

:::J

o

3

.

~T"

....

CD

~--

'R,e~g:?t'N~te

Rea9~nt .;~,

'W....

·:·:·t,f;+

:':f:...

· ·J~)

Acetaldehyde

~::.;

21

Acetic Acid

60

resist. depends on condit.: poss. stress cracks not recommended resistant

10

21

10

60

60 60

60

Acetic Anhydride Acetone Acrylics

. •. <\):'1~aterlal Note'

Con.c: .·I

emulsions

6 5

resistant; poss. stress crack agent resist. depends on condit.; poss. stress cracks

21

8.

resistant

60

l!..

21

21

8

21

8,' '8

60

Adipic Acid Air

21

;.

60

,

21

60

Allyl Chloride

21

'8.

p

8 8

,

}

60

Alum

all types

,!

resistant

21

60

Aluminum Chloride

21

60

8

,',', . ,' "'A'

:~

."'" /;;[,j;~,;;/}

Aluminum Hydroxide

21

i t l!'/ii

60

.....;

8,/
218

60L8< 21 8 W ~

Aluminum Oxychloride Aluminum Sulfate

21

60

Ammonia

dry gas liquefied dry gas liquefied

21 21

60 60

Ammonium Acetate

21

60

Ammonium Carbonate @

~ p ~

n'

'~"

'" <0'

t'"'

p

-;

u:

21

60

Ammonium Chloride

21

60

Ammonium Fluoride

21

60

Ammonium Hydroxide Ammonium Metaphosphate

;:J

0: -;

,.; . /~:. :

Aluminum Fluoride

IAluminum Nitrate

28 28

21

60 21

60

Ammonium Nitrate

21

60

not recommended

",.;

•

DuPont Surlyn; >20 mils thick

@

"tl

~ ~

;:;0 (J>

21

~

60

(J>

tOo

Ammonium Phosphate

60

Ammonium Sulfate

21

60

0-

.,

~

DuPont Surlyn; >20 mils thick

21

;:l

s:.,

resistant

Ammonium Sulfide

21

<.t::

60

Ammonium Thiocyanate

21

60

Amyl Acetate

21

not recommended

60 21

Amyl Alcohol

fesist. depends on condit.

60

Amyl Chloride

21

not recom.; plast.

60 21

Aniline

60

Aniline Hydrochloride

resistant; plast. not recom.; plast.

21

60

Animal Oils

21

lard oil

resistant

60

Anthraquinone

21

60

Anthraquinonesulfonic Acid

21

Antimony Trichloride

21

60 60 21

Aqua Regia

not recom.; oxid.

60

Aromatic Hydrocarbons

60

resistant; plast. resist. depends on condit.; plast.

21

resistant

21

Arsenic Acid

60

Ascorbic Acid

10 10

21

60

Barium Carbonate

21

Barium Chloride

21

60 60

Barium Hydroxide

21

60

Barium Sulfate

21

60

Barium Sulfide

21

60

Beer

21

60

o

::J

o

3

....

CD

I\;)

Chemical Resistance - lonomer

N Ol

!':l !':l

Chemical Resistance - lonomer

o =:l o 3

0>

CI> ~

Benzaldehyde Benzene Benzenesulfonic Acid

10 10

Benzoic Acid Bismuth Carbonate Black Liquor Bleach Lye

10 10

Borax Boric Acid Brines Bromic Acid Bromine

bromine vapor bromine bromine bromine bromine

liquid water liquid water

Butadiene Butanediol BuUer Butyl Acetate

n-butyl acetate

" @

'1:l

Butyl Alcohol

"

E"

Butyric Acid

n'CIl

Cadmium Cyanide

~

tl ~

CIl

Calcium Bisulfide

cE;:l

t-'

0: .,

.,

Q \l::

n-butanol

Calcium Bisulfite

25 25

21 60 21 60 21 60 21 60 21 60 21 60 21 60 21 60 21 60 21 60 21 60 21 60 21 60 21 21 60 60 21 21 21 60 21 60 21 60 21 60 21 60 21 60 21 60 21 60

~t'~~~'~l~#!:~i~;;,iil;' ;~i;i;i;l;\ii~!;;i[i~~ ~y~~::~~¥:::;;.;:;:;tr:~:

. ;.):;~>

resist. depends on condit.; poss. stress crack not recommended resistant; plast. resist. depends on condit.; plast. resistant; plast.

~~~:~~~{}KI~;fli{& ;:;:::;:!;:;~

resistant

~i~:~nfrlli1;%~~:l ;;~%W:~jf

resist. depends on condit.

~~}{%kM~~. ;:::::~'>:~~::.:~::

not recorn.; oxid.

'?i61'! i/"

L~1r"" :;':':~;.':'

:,.':;:.:.:.;

5> ..5""

}\; )/

resistant; known stress crack agent resist. depends on condit.; stress cracks

4'/ ~W

;;;T? '''\'8.''

ri::,-<;:\.

·~i;j~j~;,~;l;;j;~~j~;J;~

~;j:;.;;j'~li:'ij;~;l;~· ;'/?,;:

'~'';:C'2Y<''(,;

resistant; plast. resist. depends on condit.; plast.

.,J

'""",,., '::}:{8""}',"'" ..:;:;;

resistant resistant; plast. resist. depends on condit.; plast. resist. depends on condit.; stress cracks not recom. not recommended resistant

@ I

'1:l

E" ~

;:;' VJ

16' VJ

tEi·

I

l'ii()·i:J·:r Calcium Carbonate

DuPont Surlyn; >20 mils thick

60

Calcium Chlorate

21

60

;:l

~

Calcium Chloride

~

Calcium Hydroxide

., .,

resistant

21

21

60

0'

<.t::

bleach solution

21 21

bleach solution

60 60

resist. depends on condit.; pOSSe stress cracks resistant resist. depends on condit.; pOSSe stress cracks

21

resistant

Calcium Nitrate

50 50

;l);;;;::

I::::::: ::::~. Camphor

60

;l:=· 60

Carbon

Ie"••"

" ....

resistant

slurry

D'.,,,.

not recommended

21

oil

.

E= ",;:.

not recommended

Carbon Disulfide

lea,......"".

not recom.; plast.

21

Carbon Tetrachloride

I

.

:

I I

60 resistant

21

Carbonic Acid

60

~.:'--'(.~

21

Castor Oil

60 21

Caustic Potash

60 21

Caustic Soda

60

Cellosolve

2,ethoxyethanol

resistant; plast. not recom.; plas\.

21

60 21

Chloral Hydrate

60

Chlorine

chlorine water dry gas liquid moist gas dry gas liquid moist gas

2 2

resistant; poss. stress crack agent resist. depends on condit.; poss. stress cracks not recom.; oxid.

21

60 21 21 21

60 60 60

:~.~::':)

o

~

o 3

..,

CD

Chemical Resistance - lonomer

N N --J

N N C»

Chemical Resistance - lonomer

o o

:::l

3

CD

I

~

./

'~""."k}!;!;':») .......", . / ' g ;F(+% ii)! Ai(; ··L\;'.., .· '·• ,. ..·t)( ~ ' I ;r;)~)+;i:;;,:.,/i;~.wj;;::·;:.t ':'i',.,);~

.....

i .••}%t;i.

····itc"·~·/.;i~;1·}!. >4 ,.;,;.; .• t(rMM;i~':!;(;;

7.

Chlorobenzene

21

Chloroform

6 0 . , - " 21 /)."{ •. )~ .... \ ..,. not recommended 60 .., ,•• ' . "

Chlorosulfonic Acid

21 60

Chromic Acid

10 50

Cider Citric Acid Coca Cola Syrup

Cola concentrates

.••••••

:f';"?"

not recom.; plast.

.

not recommended

.,:.•.•; ; . . . . . . . . . "

21 '.,'/2 ~):"";< 2 1 ; ; t · L " :: •.".

resistant resistant; oxid.

Coffee

.',."

8 ".

resistant

(;',y;. . " " <."

21 60

fl.. ".··:,:"

@@{;g,l\>} "

~}\;"

2

21

2

6 0 . ,•••; "

:/t?'"···.,··,,

r.C'-:oC::pC::p""'er::-N"'i~tr::a7te:------------------------------~21:----":"-"~

Corn Oil

~~;j;;;m·:,

Corn Syrup

21

Cottonseed Oil

60 21

" "

"

sour crude sour crude

Cupric Fluoride Cupric Sulfate

t

Cuprous Chloride

:

;'2iY'!l\': .' i " .' XiI,8:.' . . . . . . . "

"

21 60 ~:::"," 60':"

"

"

"

not recom.; plast.

"

"

"

resistant

"

resistant; plast.

"

resistant

II

"

....

''f''';

resist. depends on condit.; plasl.

f.?

i

resistant

:if •.•.•

60

,',:;.;.........•••.. ; "

21

."

M n'}

60~>:\{

"

resistant; plast.

21

21

"

,.c ' : :

r.C..-r-u-;de--.:O:";'i1:":s----------------------------------::2:':'1---fi

cEo '"

u::

" "

21'('W~>"" 60i;A/'" "

~

.... ....

" "

Coppper Chloride

P

P

"

"

"

'1:l

0-

" "

"

60

;:l

"

2%"

I-::C:-"re-s-o:-"I- - - - - - - - - - - - - - - - - - - - - - - - - - - - : 2 , . , - 1 - - . . . . ,

'?6'"

"

2 1 % @ / 8 •" L : ; ; " M ~8i~"

60

o'

"

Copper Sulfate

60

©

" "

"

:~

21 6 0 , ; l : •.

Copper Fluoride

"

"

21

21

Copper Cyanide

"

"

" "

60';)8 ' . . "

Copper Carbonate

"

21I;:j;~. resistant 60 " 21 ~;}" 60 i~;:::::-m:~:;~~:~: ::~::r:,~, u 60 )+;'[8'" 21 •• '5 resistant; known stress crack agent 60·.<·'f'.·'4 resist. depends on condit.; stress cracks

"

Coconut Oil Alcohols

DuPont Surlyn; >20 mils thick

Dt<.,,'"

;?~" ~'... .••. i " ~;"';_' ' . ! "

"

"

" " " "

21

resistant; poss. stress crack agent

"

60

resist. depends on condit.; poss. stress cracks

"

21

resistant; poss. stress crack agent

"

60

"

"

21

resistant

"

60

"

"

21

"

"

60

"

"

21

"

"

60

"

"

2 1 - : ; " 6 0 ' ; resist. depends on condit.

" "

21

not recommended

"

60

"

"

21

n

"

60

"

II

21

resist. depends on condit.; poss. stress cracks not recommended

60

resistant; known stress crack agent resist. depends on condit.; stress cracks resistant; known stress crack agent

21 60 21

~: ~~~.

not recommended

60 21

resistant; plast.

60

not recom.; plast.

21

resistant

60 21

~

..

resistant; plast. resist. depends on condit.; plast.

60 21 60

resistant; plast.

5<"""

resist. depends on condit.; plast.

21

resistant; plast.

60

not recom.; plast.

21

resistant; plas!.

60

res is!. depends on condit.; plast.

21

resist. depends on condit.; stress cracks

60

not recom.

21

not recommended

60 21

not recom.; plast.

60 21 60 21

not recommended

60

Chemical Resistance - lonomer

I\) I\)

c:o

Chemical Resistance - lonomer

0

::l

N W

o

0

3

...

CD

F".

I ::~::~

Reagent ,.

.~

,

~:.,.

,._,.~

~;.

,Coitc~

t

:":<::.

(%)

Ethylene Chloride

.'

"

T~mp:

MaterililNote .

(.Cl .. not recommended

21

DuPont Surlyn; ,20 mils thick

60

Ethylene Chlorohydrin

not recommended

21

60

Ethylene Dichloride

21

:r

;.~.

60

Ethylene Glycol

resist. depends on condit.; stress cracks not recom.

21

60

Ethylene Oxide

21

Ferric Chloride

resistant resist. depends on condit.

"""""""'''''''')3'''

60

6

resistant

21

60

Ferric Hydroxide Ferric Nitrate Ferric Sulfate Ferrous Chloride

21

8

60

/{l

21

8

60

.~::.

21

"'\'8

60

'",,,.,,,",,8

21

60

Ferrous Sulfate

21 60

."

Fish Solubles

21

Fluoboric Acid

21

. . ,. f·

60

I

60

Fluorine

wet gas

21

not recorn.; oxid.

60

Fluosilicic Acid

32

resistant

32

concentraled resist. depends on condit.

rurmiudehyde

resistant; pass. stress crack agent resist. depends on condit.; pass. stress cracks

Formic Acid

resistant

Fructose @

INun Pulp

'~p"o

IFurfural

n'en

IFurfuryl Alcohol

tl C\l en

IGalllc ACIU I • .•

tEo ;:l

t""'

0: ..,

..,

l=l

(t:

:~

;l

IGasoline high octane

21 21

\\;~1~j'~,~~;>

nol recom.; plast.

V

1:I.i:~

. ,"~":::::~ resistant; plast.

"M'

I

,

.~

@

,": ._"

Re~';~t1t

'i:l

S en

",-.'

.

,.;"

t<·

ttgie . "'-:',

~

r;' en

tl C1l

en

<E' ;:l

t'""

0: .... p ....

u::

IGasoline

60 60

high oclane

Genetron 11 Genetron 12 Genetron 22 Glucose

21 21 21

resistant; plast.

21

resistant

60

IGlycerin

21

resistant; poss. stress crack agent

60

Glycolic Acid

30 30

saturated, aqueous

resistant; known stress crack agent

60

resist. depends on condit.; stress cracks not recom.

21

resistant

21

Glycols Grape Sugar

21

60

60

Heptane

60

resistant; plast. resist. depends on condit.; plast.

21

resistant

21

n-Heptane

Hexachlorobenzene

60

Hexane Hexyl Alcohol (tert-)

60

resistant; plast. resist. depends on condit.; plast.

21

resistant; poss. stress crack agent

21 tert·hexanoJ

60

Hydrobromic Acid

50 50

Hydrochloric Acid

21

resistant

60 21

60

Hydrocyanic Acid

21

60 60 60

Hydrofluoric Acid Hydrogen

21

60 21

60

Hydrogen Chloride

21

dry gas

60

Hydrogen Peroxide Hydrogen Sulfide

3 3

21

60

resist. depends on condit.

21

resistant

60

Hydroquinone

21

60

Hydroxylamine Sulfate

21

60

Hypochlorous Acid

21

Inks

21

60 resistant; poss. stress crack agent

60

Iodine

L

21

not recom.; oxid.

60

0

~

0

3

CD

.....

N

Chemical Resistance - lonomer

c.v -...

N W N

Chemical Resistance - lonomer

o o

::::l

3

~

21

60

Jet Aircraft Fuels

21

JP 4 and JP 5

60

Kerosine

21

60

Lactic Acid

25 25

Latex

21

~1;ll;ii!lr~I~I'J~i!,; •• • l;i;'i•• lji~.·'lrl;l 'ij~J;.·

.li;!!I'~"r~~ii~ijljJ~!~ •

•••••·••••••••b{aKP& • • ••·••·

resist. depends on condit.; stress cracks nol recom. resist. depends on condit.; plast. not recom.; plast. resist. depends on condit.; plast. nOI recom.; plast. resistant

60 21

60

Lauric Acid

21

Lauryl Chloride Lead Acetate

60

:::~l~~~~i~j~J~~j~~~]~[:~}T~;~

resist. depends on condit.

21

·'.!.. '·W\d1$Di/·\iP ·••••·KS:·;•• S·.:,••?.··••· ,....

resist. depends on condit.; plast.

U}{~%%:~::f:~&?:{;~tt4;f:·

)•• J·~jiHi% ·;o;,4;;;;:;:;.·/S??/"'/··

resist. depends on condit.; plast. not recom.; plast.

';i~;;~;.l·~ll;!l~.;; 11;;;llllll~l·.~ • llllllJ.

resistant; plast. resist. depends on condit.; plast.

21

resistant

60

Lead Chloride

21

60

Lead Nitrate

21

60

Lead Sulfate

21

60

Linseed Oil

21

60

Liquors

.

KraN liquors

Lithium Bromide

21

resistant

60 21

60

Lubricating Oils

ASTM Oil No. 1,2,3

21

60

Machining Oils

21

60

Magnesium Carbonate

21

60

Magnesium Chloride

21

60

Magnesium Citrate

21

60

Magnesium Hydroxide @

'tl

Magnesium Nitrate

~

Magnesium Sulfate

E"

n'CIl tl

t-'

..,0: ..,

!=l <.t:

21

60

Maleic Acid

~

;:l

21

60

21

60

CIl

<E'

21

60

Mercuric Chloride

21

Mercuric Cyanide

21

60 60

:~:: ;~::~W»~8::>t\: .:;:.:::::~

resistant; plast. resist. depends on condit.; plast. resistant

@

'1J

po til ~

ri· til

tl

IMercurous Nitrate

21

til

resistant

60

~

Mercury

21

~

Methane Methyl Alcohol

21

resistant; plast.

21

60

resist. depends on condit.; stress cracks not recom .

u::

IMethyl Chloride

21

not recom.; plast.

15·

60

;:l

....0p ....

60

Methyl Ethyl Ketone

21

60

Methyl Isobutyl Ketone

60

resistant; plast. resist. depends on condit.; plast.

21

resistant

21

Methyl Sulfate

resistant; plast. resist. depends on condit.; plast.

60

Methyl Sulfuric Acid

21

60

Methylene Chloride

21

not recommended

60

Milk

21

resistant

60

Mineral Oils

21

Molasses

60

resist. depends on condit.

21

resistant

60 21

Naphtha

60

Naphthalene

resist. depends on condit.; plast. not recom.; plast.

21

60

Natural Gas Nickel Chloride

dry and wet

21

resistant; plast.

21

resistant

60

Nickel Nitrate

21

60

Nickel Sulfate

21

60

Nicotine

dilute

21

resistant; poss. stress crack egent

60

Nitric Acid

21

10 10

60

98 98

60

21

fuming

21

"

60

Nitrobenzene

21

resistant resist. depends on condit. not recom.; oxid.

not recom.; plast.

60

Nitrous Oxide Octane

L-

21

n-Octane

resistant; plast.

21

60

0

::::J

0

3

~

Chemical Resistance - lonomer

'"

CJ.) CJ.)

N

Chemical Resistance - lonomer

o o

c.v -l>-

:::J

3

(\) ~

Oleic Acid Oxalic Acid Oxygen Ozone Perchlorlc Acid

70 70

Perchloroethylene Phenol Phenylhydrazine Phenylhydrazine Hydrochloride Phosphoric Acid Photographic Developers Photographic Solutions Picric Acid Plating Solutions

brass cadmium copper gold lead nickel silver tin zinc

Plating Solutions

brass cadmium copper gold lead nickel silver tin zinc

@

'i:l

~ ~

n· (J)

tl

Potassium Bicarbonate

C1l

(J)

<E.

Potassium Bichromate

;:l

t"'

c;: ..., P ..., tt:

Potassium Borate

21 60 21 60 21 60 21 21 60 21 60 21 60 21 60 21 60 21 60 21 60 21 60 21 60 21 21 21 21 21 21 21 21 21 60 60 60 60 60 60 60 60 60 21 60 21 60 21 60

DuPont Surlyn; >20 mils thick resistant resistant; oxid. resist. depends on condit.; oxid. resistant; oxid.

not recorn.; oxid. resistant; plast. not recom.; plast.

resistant

not recom.; oxid. resistant

@

'i:I

~

~ ;:;. V>

21

t:::I

60

(1)

V>

1.5'

Potassium Bromide

t-'

Potassium Carbonate

21

60

;:l

0: ..., i=l ...,

u:::

21

60

Potassium Chlorate

21

60

Potassium Chloride

21

60 40 40

Potassium Chromate Potassium Cyanide

21

60 21

60 40 40

Potassium Dichromate Potassium Ferrlcyanlde

21

60 21

60

Potassium Ferrocyanide

21

60

Potassium Fluoride

21

Potassium Hydroxide

21

60 60

Potassium Nitrate

21

Potassium Perborate

21

60 60

Potassium Perchlorate Potassium Permanganate Potassium Persulfate

10 10

60

21

20 20

60

21 21

60

Potassium Sulfate

21

60

Potassium Sulfide

21

60

Potassium Sulfite

21

Propane

21

60 not recom.; plast.

60

21

Propargyl Alcohol

60

Propyl Alcohol Propylene Dichloride

L

n·propyl alcohol

resistant; known stress crack agent resist. depends on condit.; stress cracks

21

60

not recom.

21

not recom.; plast.

60

0

:::J

0

3

~

Chemical Resistance - lonomer

'"'" 01

Chemical Resistance - lonomer

o

I\)

W 0>

:::J

o

3
Pyridine

21

Resorcinol

60 21

"""'78, '"

resislanl nol recommended resislant

,"s

S'

60

Salicylic Acid

21"8" 60 ~;' !!"

Sea Water

21

" >y, ' '

" " "

:<

60

Selenic Acid

21

',8"

"

"\~8,:" 'ff

"

60

Sewage

21 60

Shortening

21 60

Silicic Acid

Sliver Nitrate

"

" " "

,S}'",;;

21

Silver Cyanide

"

60

"

21 60

" "

solution

Silver SUlfate Soap

solutions

Sodium Acetate ISodium Benzoate

35 35

Sodium Bicarbonate

:~

~;;~l:;;!';;:~~t~;; ;Y\

60'

,S,/

it;

21 60

Sodium Bisulfate

21

Sodium Bisulfite

60 21

Sodium Borate

21

"

60 60

@

Sodium Bromide

~ ~

VI

~

VI

tEo ;:l

t-<

..,0: ..,~

u::

21 60

'il

r;'

dilule

Sodium Carbonate

21 60

Sodium Chlorate

21 60

Sodium Chloride

21 60

Sodium Cyanide

"

21 60

~.~~;:~:w-,··

@

'~p"o 0'

't"l

21

resistant

60

C1l

'" cE'

Sodium Ferricyanide

t: ., .,i=l

Sodium Ferrocyanide

21

60

;:l

21

Cj"

60

Sodium Fluoride

21

\t::

60

Sodium Hydroxide

21

60

Sodium Hypochlorite

60

resistant; poss. stress crack agent resist. depends on condit.; poss. stress cracks

21

resistant

21

Sodium Nitrate

60

Sodium Nitrite

21

Sodium Peroxide Sodium Sulfate

21

resistant; oxid.

21

resistant

60

60

Sodium Sulfide

21

60

Sodium Sulfite

21

60

Stannic Chloride

21

60

Stannous Chloride

21

60

Starch

21

solution

60 21

Stearic Acid

60

Stoddard Solvents

white spirits

60

resistant; plast. resist. depends on condit.; plast.

21

resistant

21

Sulfur

60

Sulfur Dioxide

21

dry or wet

SUlfuric Acid

30 30 98 98 fuming, oleum

60

resist. depends on condit.

21

resistant

60 21

not recom.; oxid.

60 21

60

Sulfurous Acid

21

resistant

60

Tallow Tannic Acid

21

resistant; plast.

60

resist. depends on condit.; plast.

21

resistant

60

o ~ o

3

CD -.

I\)

Chemical Resistance - lonomer

W

......

I\:> U> 00

Chemical Resistance - lonomer

o ::::J o 3

....

21

resistant

60

Tartaric Acid

21 60

Tetrahydrofuran

21:"::11#,2:('

not recom.; plast.

60

Thlonyl Chloride

21 60

Titanium Tetrachloride

21

'.i /\:"',2<

.• ~

not recommended

60

Toluene

:~.;i "~'i!,

Tributyl Phosphate

21

,. "···i"~:/\.'

not

reco~.; plast.

resist. depends on condit.; plast.

60

Trichloroethylene

21

:::::(~r'"

not recom.; plast.

60

Triethylene Glycol

21 60

Trisodium Phosphate

".:>f? ..'.' ""''')\\5 :',,.

2 1 . , ' . ; \',8 ,'" 60

Turpentine

21

Urea

30 30

Urine Vanilla

.. '\'

?>

«~/n>;

60

'«i' ': ;:/2>.. (.,.

21 60

".8·,""'''''!

resistant; poss. stress crack agent resist. depends on condit.; poss. stress cracks resistant resist. depends on condit.; plast. not recom.; plast. resistant

21 60 vanilla extract

"

Vinegar

"'\,{V"""{'S'",,:," . 60k<\;i'~<} 21 ,,"\/\"8,'," ,,""''>' 21

resistant; known stress crack agent resist. depends on condit.; stress cracks resistant

60

Vinyl Acetate Water

@

21

"Y·"\S;';.;O""'·

21

....,

acid mine water

21

distilled

21

salt and sea

21 60

acid mine water

60

distilled

60

salt and sea

Wetting Agents

21

:::

Whiskey

21 60

~

tJ

Wines

~

tE'

Xylene

5:

Yeast

~

~

..,

It:

resist. depends on condit.; plast. resistant

60

'"

S

":r':S'?iFr"

~ resistant; known stress crack agent resist. depends on condit.; stress cracks

21

resistant; poss. stress crack agent

60

resist. depends on condit.; poss. stress cracks

21 ~

resistant; plast.

21

60

:'??:'%'1sX'?M'«

resistant

@

'\l

po ~

r;'

en tJ (\) en

~: . .;:

~~~girit. Zinc Bromide

~.

..

Cone.

Temp.

(%)

('C)

Zinc Carbonate

t-'

Zinc Chloride Zinc Nitrate

ts:::

I... '

21

8 8

60

e e

21

8

21

60

8

21

8

60

Zinc Oxide

21

60

Zinc Stearate Zinc Sulfate

Resist~nee ~~te

POL Rating

60

;::l

....i=l

Reagent'Note . I..

<5'

0: ....

"<:> .~

M.aterlal Note .,.... ,... ,.'...

resistant

DuPont Surlyn; >20 mils thick

8 ~~.

8 8,

21

8

60

8

21

e

o o

:::J

3

~

1\:1

Chemical Resistance - lonomer

c..>

(0

I\J

Chemical Resistance - Modified Polyphenylene Ether I Oxide

""U ""U

~

C>

o --..

""U ""U

m

10

2

Mitsubishi lupiace AH60

10

2

Mitsubishi lupiace AV60

10

2

Mitsubishi lupiace AH60

10

2

,,23

1.5%

GE Prevex BJA

23"

7

1.5%

GE Prevex PQA

10

23

7

1.5%

GE Prevex VKA

10

·t~3; ..

7

1.5%

GE Prevex VQA

7

24.8 MPa

GE Noryl731

7

24.8 MPa

GE Noryl SEl

7

41.4 MPa

GE Noryl GFN3; 30% gUib.

10

Acetic Acid

10 10 10 10 10 10

Acetic Acid

",:~~:nV

,.(·;:·26 ....····

~i!,

7 7

GE Noryl SEI

7

GE Noryl731

10

.';i:.1l5 fr'

3

24.8 MPa

10

;j~t~ i:i j~ ~i~l

3

24.8 MPa

GE Noryl SEl

3

41.4 MPa

GE Noryl GFN3; 30% gUib.

10 10 10 10 10 90 90 90 90

3 3

GE Noryl SEI

3

I

GE Noryl731

1 7

0.5%

7 3 7

. . ',"',

'·:A:#~~JWn

~:#~ti]~:~f~~m::~~:

GE Noryl GFN3; 30% gUib.

>90

0.25%

94.1

>90 LNP ; 30% gUib.

96.2

7

··,-,w·;"

GE Noryl

>90 >90

7 7

100

0.5%

3

glacial

Acetic Anhydride Acetone

Mitsubishi lupiace AV60

7

10

6

5

83

120

GE Noryl N190

bent @ 20 deg.

1 1 1% 2

19.6 MPa

2

19.6 MPa

:~::,ii~lfi~~J:

@tAaA:t:>

78

GE Noryl

55 <80

GE GTX Mitsubishi lupiace AH60 Mitsubishi lupiace AV60

2

Mitsubishi lupiace AH60

2

Mitsubishi lupiace AV60

7

0.5%

100

GE GTX 910

7

0.5%

<80

GE Noryl731

7

1%

<80

@

7

1%

94

GE GTX 901

'"tI

7

1%

91

GE GTX 910

7

97

GE GTX 901

7

100

GE GTX 910

7

>90

GE Noryl731

S' en

.... n' en

tl Cl) en

tEo ;:l

t-

..,o: ..,>l

<.c::

Acetonitrile Acetophenone Acetyl Chloride

3

0.5%

<80

3

1%

<80

3

>90

1

69

1

0

1

0

GE Noryl

@

"1:l

po ~

r;' C/)

1? C/)

~' ;:l

t-'

& ...

...

>:l

Aluminum Sulfate Aluminum Trichloride Aminoethanol (2-) Ammonia Ammonium

7 7

41.4 MPa

GE Noryl GFN3; 30% gl.fib.

2 2 2 2

19,6 MPa

Mitsubishi lupiace AH60

24.8 MPa

10

7 7 7 7 7 7 3

10

3

24.8 MPa

GE Noryl731

10

3 3 3 3 3 1 7 7

24.8 MPa

GE Noryl SEl

41.4 MPa

GE Noryl GFN3; 30% gl.fib.

0.25%

LNP ; 30% gl.fib.;

2 2 2 2 7 7 7 7 7 7

19.6 MPa

Milsubishi lupiace AH60

10 10

It::

10 10

Ammonium Chloride Ammonium Hydroxide

10 10 10 10 10

10 10 10 10 28

Mitsubishi lupiace AV60 GE Noryl GE Noryl731

41.4 MPa

GE Noryl GFN3; 30% gl.fib. GE Noryl SEI GE Noryl731 LNP ; 30% gl.fib.;

GE Noryl SEI GE Noryl731 GE Noryl

GE Noryl

3 3 3 3 3

19.6 MPa

Mitsubishi lupiace AV60 24.8 MPa

GE Noryl731

24.8 MPa

GE Noryl SEI

41.4 MPa

GE Noryl GFN3; 30% gl.fib. GE Noryl SEI GE Noryl731

24.8 MPa 24.8 MPa

GE Noryl SEl

41.4 MPa

GE Noryl GFN3; 30% gl.fib. GE Noryl SEI

'"'lJ '"'lJ

--

GE Noryl731

10

50

Mitsubishi lupiace AV60 Milsubishi lupiace AH60

3

Ammonium Sulfate Amyl Acetate Amyl Alcohol Aniline Antifreeze

GE Noryl SEI

24.8 MPa

10 saturated

Mitsubishi lupiace AV60 Mitsubishi lupiace AH60

10 10

Ammonium Nitrate Ammonium Phosphate

19.6 MPa

GE Noryl

7 7

1.5%

GE Prevex PQA

1%

GE GTX

0.5%

GE GTX 830

o

'"'lJ '"'lJ

m

N

Chemical Resistance - Modified Polyphenylene Ether I Oxide

~ ......

N

Chemical Resistance - Modified Polyphenylene Ether I Oxide

""U ""U

~

N

-o

""U ""U

m

lyS)

eChylene glycol; Prestone

Antifreeze

.,••

:.,~~,;;;

I

~olid

7 7 7 7 7 7

0.5% 0.5% 0.5% 0.5% 1% 1% > 9"

100 100 <80 >90 <80 98

GE GTX 901 GE GTX 910 GE Noryl731 GE Noryl GFN3; 30% gl.fib. GE Noryl731 GE GTX 901

7 7

1% 1.5%

100

GE GTX 910 GE Preve. PQA

7 ii>!!' 7 \ 9 . . 7"9;:'·"

96 99 100

GE GTX 830 GE GTX 901 GE GTX 910

;:~ .

::~

~

~1;/~

3

"Ii'hl Automotive Undercoat

~"~" ••",~,,

_TI* %It.:?i$9D/ .

::~i~a~d~:~C::~de

B"""

~

..' .

1°lt~:11!f~';'

~-~"

::~:;~g~E:::C ACid~~;iijl~,I~~

i

I ..,

Bhk' F1.Id,

B,oml..

i;~i~

.

" ." '\;.7 ...,.. ;., 'C'

;,r:r·,.

'fi .,.....

".';8;;l,\

3te·('·j!

~

!~~

7

0.5%

~

0.5%

i<;

YbY is) :(>

~~.

~ ;~;,~1!:;~ I,~jl~

::~

'~;~'

:

i~;;~?~~'t;!r;)

,,!"

>90 >90/',T

<80'i!n~~!['M~!'l~M~~;1iH\;e

1 : : :;: 11~

i',,~~;:ie~~~~'!~!~;i)1\;

(!3j;;;

:'.\;t~~;k.~:

~~ ~

:H

'2~11~~0/;j;~,;@

I 18

1~0

r

1

\U;i\)#k(}W"P,

NO~IEG~~~: ;~~ GE

gl.fib.

NO~1731

GE Noryl GFN3; 30% gl.fib.

m~~~~~ GE Noryl GFN3; 30% gl.fib.

GE Noryl

1fJ:J!

~f:~~~l~~,~~

)'H''-' "ii\C 1Stt}

GE Noryl

{~

~

GE

~~i~11~' ¢C

{

W~" j!~~~t

~

'",;

~Re.agent :::: ;.-" " C'I

. ..•..

~

Butyl Acetate Butyl Alcohol

Cll

cEo

RlIagent "ote ~..

(%,

-

J';C~

Temp.T)rn~: . ('C) (deyi)

Cone.

93 23

n-butanol

1 2

" ..,.23,. "23" .

;:J

~ ~

u::

Butyl Ether Butyl Phthalate Butylamine Calcium Chloride Calcium Olnitrate

C"OM

" ; , i ; 23· " 2 3 " , ,,' ":>~ •.••••,.,

7 7

0.5% 1%

93

n-butylamine

93 ~3 ·93., 10 10

.,. .

~~.~I•• ,

' .. ,,,93';)

Chlorophenol Chromic Acid Clorox

i? .1

0.5%:\

0

I

9

100

••.• ~ !I. ;<'}9"

1 1 1

0 1

. :

~l

l

!"

L

:::

.iO

.'~

9

;[

GEGTX910 GE GTX 901

100 100 99 84

GE GTX 910 GE GTX 901 , G E GTX 910 GE Noryl

0 19 0

•

i

100 100

it' I

~;: :<~fli

,

.,!

1

1

93 93

1

0>

0

1

?

53

23

5 10 Chloro.

Chloro.

'V

93

2

,

!,!3,:~ .·Ii

'23""""!

26

19.6 MPa

~'.

·{.xji~ldiiordiS$Olutid'n ..... !

5.

","" !',;\l:;,,~

,

1 1

;: .• { 2 · 9

57 100

0.25%

bent @ 20 deg.

7 7 7

24.8 MPa 24.8 MPa 41.4 MPa

8 9.

8

~t§~~~ ~~,~~;~~,~~

47

~

7 7 7 7

;;

Mitsubishi lupiace AV60 Mitsubishi lupiace AH60 Mitsubishi lupiece AV60 GE GTX 901

100 100

2-etho.yethanoI93 .,

Material Note GE Noryl Mitsubishi lupiace AH60

~.;i

1 % : : " '9 . 9 I 9 6

1 1

I

Hesistance·Note

8 ',8.

7 7 7 1

T_,h1"."~'LL ~

Cellosolve Chlorobenzene Chloroethanol (2-) Chloroform

0

IStrength Tensile I Elon'geUon'l

,a!

19.6 MPa 19.6 MPa

butanol

~ength

POL, Rating .

2 2 2 7

"2:r'

t-'

Load

'

0.1

0

Mitsubishi lupiace AH60

;.l~i~LW :=:~l:~~::'~

1 0 8 , . . 101.7Q 108 76 'j

7

LNP; 30% gl.fib. " GE Noryl N190 GE Noryl731 GE Noryl SEI GE Noryl GFN3; 30% gl.fib.

"

7 7 3 3 3

-U

I

24.8 MPa 24.8 MPa 41.4 MPa

3 3

" GE Noryl SEI

3 "

GE Noryl 731

-U

o

--U

~

Chemical Resistance - Modified Polyphenylene Ether I Oxide

N ~
N

Chemical Resistance - Modified Polyphenylene Ether I Oxide

-c -c

~ ~

Q -c -c

m

eleclric contact cleaners

Cooking Oils Corn 011

7

1.5%

7 7 7

1.5%

GE Preve. VKA

1.5%

GE Preve. VQA

1

Wesson, all vegelable

7 7 7 7 7 7 7 7 7

GE Preve. PQA

1.5%

0.25%

100

GE Noryl

77.5

LNP ; 30% gl.fib.

1.5%

GE Preve. PQA

1.5%

GE Preve. VKA

1.5%

GE Preve. VQA 91.3

GE Noryl731

24.8 MPa

GE Noryl SEl

41.4 MPa

GE Noryl GFN3; 30% gl.fib.

7

GE Noryl SEl

7

Corn Oil

:.::~

Cresol (m o) Cresyldlphenyl Phosphate Cyclohexane Cyclohexanone Cyclohexyl Alcohol Detergents

.

3 3 3 3 3 3

GE Noryl SEl

41.4 MPa

GE Noryl GFN3; 30% gl.fib. GE Noryl SEl GE Noryl731 GE Noryl

o o 27 solutions undiluted

7

1%

GE GTX

1.5%

GE Preve. 8JA

1%

>90

GEGTX

36

GE Noryl

93

o o Cascade

10

7

24.8 MPa

GE Noryl731

10

24.8 MPa

GE Noryl SEl

41.4 MPa

GE Noryl GFN3; 30% gl.fib.

"1:l

10 10

3

~

10

3 3 3 3 3 3 7 7

10 10 10

@

S' r;'

10

Vl

10

~ Vl

10 10

<6' ;:l

24.8 MPa

19

7 7 7 7 7

t: 0., $:l .,

GE Noryl731 24.8 MPa

o

Diesel Fuels Dimethyl Sulfoxide Dlmethylanillne Dioxane (po) Dishwashlng Detergents

LNP ; 30% gl.fib.

24.8 MPa

10 Joy liquid

GE Noryl SEl GE Noryl731 96.7

LNP ; 30% gl.fib.

24.8 MPa

GE Noryl731

24.8 MPa

GE Noryl SE1

41.4 MPa

GE Noryl GFN3; 30% gl.fib. GE Noryl SE1 GE Noryl731

>37.2 MPa

GE Preve.

1.5%

GE Preve. BJA

-

....

@

'tl

~ ~

r;' 'Jl

tl

Di(2-Ethylhexyl) Phthalate

(1)

'Jl

~.

1.5%

7 7

;:l

t-'

& -, I=l -,

Epichlorohydrin Ethyl Acetate

95 95

Ethyl Alcohol

Ethylene Chloride Ethylene Glycol

""U ""U

--o ""U ""U

m

GE Pre vex VKA GE Prevex VQA

o

1 2 2 2 2 7 7 7 3 3 3 1

u::

Ethyl Alcohol

1.5% 1.5%

7 7 2 2 2 2 7

GE Naryl

19.6 MPa

Mitsubishi lupiace AH60

19.6 MPa

Mitsubishi lupiace AV60 Mitsubishi lupiace AH60 Mitsubishi lupiace AV60

0.5%

<80

1%

<80

GE Naryl731

>90

0.5% 1%

<80

,.';

<80 >90 0 0.1

0

106

GE Naryl 107

GE Naryl Nl 90

bent @ 20 deg. 19.6 MPa

Milsubishi lupiece AH60

19.6 MPa

Mitsubishi lupiace AV60 Mitsubishi lupiace AH60 M~subishi

lupiace AV60

0.5%

>90

GE Naryl731

7

0.5%

<80

GE Naryl SE100

7 7 7 7

1%

<80

1%

<80

3 3 3 3 3 3

0.5%

<80

0.5%

<80

1%

<80

GE Naryl731

>90 >90

1%

<80

GE Naryl SEIOO GE Naryl731 GE Naryl SE100

>90 >90

o

GE Naryl731 GE Naryl

2 2 2 2 7 7 7 7 7 7 7 7 3

24.8 MPa

GE Naryl731

24.8 MPa

GE Naryl SEl

41.4 MPa

GE Naryl GFN3; 30% gl.fib.

3

24.8 MPa

GE Naryl731

3

24.8 MPa

GE Naryl SEl

19.6 MPa

Mitsubishi lupiace AH60

19.6 MPa

Mitsubishi lupiace AV60 Mitsubishi lupiace AH60 Mitsubishi lupiace AV60

0.25%"

100.9

LNP ; 30% gl.fib.

103.8

GE Naryl SEl GE Naryl731 104

LNP ; 30% gl.fib.

"l

Chemical Resistance - Modified Polyphenylene Ether I Oxide

~

01

I\)

Chemical Resistance - Modified Polyphenylene Ether I Oxide

""U ""U

.p. (j)

--

0

""U ""U

m

3 3 3 3 1

Ethylenediamine Fabric Softener

Downy

7 7

Formaldehyde Formic Acid Formula 409

10

37 88 spray cleaner

"

Furfural Furniture Polish

7 7 7 7 7 7

unleaded

unleaded

@

"

S-

" "

r;'

"

~

Vi

tl

Vi

;::s

Glass Cleaners

Windex

t""

"

.,p

" "

0: .,
0.25%

7 7 7 7

74

GE Noryl N190

100

GE Noryl

103.3 102.3

LNP ; 30% gl.fib.

"

41.4 MPa

GE Noryl GFN3; 30% gl.fib.

24.8 MPa 24.8 MPa 41.4 MPa

GE Noryl SEl GE Noryl 731 GE Noryl GFN3; 30% gl.fib.

"

" GE Noryl SEl GE Noryl731 100 99 0.3

0

92

GE Noryl 111

::::

GE Noryl N190

bent @ 20 deg. 0

1% 1% 19.6 MPa 19.6 MPa

0.25% 0.5% 0.5% 0.5% 1% 1%

GEGTX >90

100 100 100 100 100 100 96 100

0 1.5% 1.5% 1.5% 1.5%

GE Noryl GE Preyex BJA GE Preyex POA GE Preyex VKA GE Preyex VOA

1.5% 1.5% 1.5% 1.5%

3 1

l'\)

<6'

2 2 2 2 7 7 7 7 7 7 7 7 7 7

108

bent @ 20 deg.

1 Pledge

0

1 1

Gasoline

"tI

51 0.1

1 7 7 7 7 3 3 3 3 3 3

Kester # 1544

GE Noryl SEl GE Noryl731 GE Noryl

100

1

"

Ferric Chloride Flux

41.4 MPa

Mitsubishi lupiace AH60 Mitsubishi lupiace AV60 Mitsubishi lupiace AH60 Mitsubishi lupiace AV60 LNP ; 30% gl.fib. GE GTX 830 GE GTX 901 GE GTX 910 GE GTX 901 GE GTX 910 GE GTX 830 GE GTX 901 GE GTX 910 LNP ; 30% gl.fib. GE Noryl GE Preyex BJA GE Preyex POA GE Preyex VKA GE Preyex VOA

.~':«:'~

@

'tl

<'z, '.:~

P

R.ea~ent

~

Note

CJ>

Coric.

Material Note

(,,)

;:;. tl (\)

Greases

CJ>

7 7 7 7 7 7

;:l

t-

o:..., p...,

Heptane

GE GTX

1%

<E'

n·Heptane

n-Heptane

n-Heptane

1% 0.5%

>90 100 100 100 100 100 100

0.5%

1% 1%

2 2 2 2

19.6 MPa 19.6 MPa

7 7 7 7 7 7 7 7 7 7

0.25% 0.5% 0.5% 1% 1%

9

1

3, 3.'·i I' . 8' i Ii I

'9 ,"

~

I

.9 9 9

92 96 100 99 100

il

"f

1.5%

1.5% 1.5% 1.5% 97 100 83.9

7 7 7 7 7 7

24.8 MPa 24.8 MPa 41.4 MPa

GE Noryl731 GE Noryl SEI GE Noryl GFN3; 30% gl.tib.

3 3 1 7

41.4 MPa

GE Noryl SEI GE Noryl731 GE Noryl GFN3; 30% gl.tib.

"'23

7

bent @ 20 deg.

26

7 7 7 7 7 7 3 3

24.8 MPa 24.8 MPa 41.4 MPa

2~ 26

\.;::"l, i}··:~li't

;;85;'··. " 93, .• '''23')'';-''

Hexane Houghton Safe 620

t:~:. .j~;~:<;, . 2,,' ;: '85,.

85' ~~'

'85.

. 8~)'

'85··.····

Household Cleaners

Formula 409 Fantastik spray cleaner Formula 409

Mitsubishi lupiace AH60 Mitsubishi lupiace AV60 Mitsubishi lupiace AH60 Mitsubishi lupiace AV60 LNP ; 30% gl.tib. GE GTX 901 GE GTX 910 GE GTX 901 GE GTX 910 GE Prevex BJA GE Prevex POA GE Prevex VKA GE Prevex VOA GE GTX 901 GE GTX 910 LNP ; 30% gl.tib.

I,'

7

26

Heptane

GE GTX 901 GE GTX 910 GE GTX 901 GE GTX 910 GE GTX 901 GE GTX 910

'~:

7

""U ""U

':237

"23,' 23

3 3 3 3 7 7 7

GE Noryl

36

6

9

60

222

GE Noryl N190 GE Noryl731 GE Noryl SEl GE Noryl GFN3; 30% gl.tib. GE Noryl SEI GE Noryl731

24.8 MPa 24.8 MPa 41.4 MPa

:>;~:;;.;::.:.::

m

'.

-.

GE Noryl SEI GE Noryl GFN3; 30% gl.tib. >

:•• -

GE Noryl SEI GE Noryl731 1.5% 1.5% 1.5%

Q ""U ""U

... ~

GE Prevex VOA GE Pre vex BJA

N

Chemical Resistance - Modified Polyphenylene Ether I Oxide

~

-...I

N

Chemical Resistance - Modified Polyphenylene Ether I Oxide

"'1J "'1J

~

CD

Q

"'1J "'1J

m

Fantastik spray cleaner Formula 409 Fantastik spray cleaner

GE Prevex VKA

Formula 409

«

Fantastik spray cleaner

Hydrochloric Acid

10

Hydrochloric Acid

10

2

10

2

Mitsubishi lupiace AV60

10

2

Mitsubishi lupiace AH60

Mitsubishi lupiace AH60

10

2

10

7

10

7

10

7

24.8 MPa

10

7

24.8 MPa

GE Noryl SE1

10

7

41.4 MPa

GE Noryl GFN3; 30% gl.lib.

10

7

10

7

10

7

Mitsubishi lupiace AV60 0.25%

100.7 103.5

LNP ; 30% gl.lib. «

GE Noryl731

"

10 10

3

24.8 MPa

10

3

24.8 MPa

10

3

41.4 MPa

10

3

10

3

10

3

10

1

37

7

37

7

37

3

37

3

>90

37

1

100

" GE Noryl SE1 GE Noryl731 0.5%

100

GE Noryl

>90

GE Noryl GFN3; 30% gl.fib.

>90 0.5%

>90

7

concentrated

Hydrochloric Acid " GE Noryl SE1 GE Noryl731 24.8 MPa

@

~

24.8 MPa

GE Noryl SE1

41.4 MPa

GE Noryl GFN3; 30% gl.fib.

"

I=l

~

;:;. V>

1? V>

tEo ;:l

~

., .,

0-

I=l

tt::

Hydrofluoric Acid

3 3

GE Noryl SE1

3

GE Noryl GFN3; 30% gl.fib.

3 3 3

GE Noryl SE1

" GE Noryl731

@ ~

.

•

n~

.

~

Isopropyl Alcohol

.'.

~~e,~gent"

... ; ,........

(\)

Reagent Note "d.

Cone. Temp. '''I''''CI

•

Time .; (d8ys)

isopropano!2~

L()!'d 1% 19.6 MPa

" 2 3

2

t-'

" 2 3 . 23 .. 23

2 2 2

19.6 MPa

"

~

";23

7

31 MPa

" 2 3 " 2 3 23"" 23" 23

7 7

0.5% 0.5% 0.5% 0.5% 0.5%

tEo ;::l

El It:

23

23

Isopropyl Alcohol

"

7

, 26,· 26", .. . 26' '.,

7 7 7

',eO'"

~

' ':'.,

. ' .....~>

;'. '.

9 3 3

41.4 MPa

t.

24.8 MPa 41.4 MPa 0.5% 0.5% 1% 1%

85

85'

::.

:

Ii: ,

8

' J;':\:'~.li elleCl ." ...

i

.

,'.

i

""

<80 <80 <80 <80

a".: 3 8,

GE Noryl731

E,:

~

:::::: ! ~

~3'*'

;

f~'...

7

~:j/::

~

,t

'" ~..

j;"}."

GE Noryl731

l . , . . ""

GE Noryl SE100 GE Noryl GFN3; 30% gl.fib.

.

;

i'· ::: 0.25%.

GE Noryl SEl GE Noryl GFN3; 30% gl.fib. GE Noryl 731 GE Noryl SE100

>90 >90

"

~. ~:

'. »;·no'alfee\;

':$l;i~V~!~~:i;~;~;~'~~k .

"~:;;

\; •.,8

GE Nory! SEl

.

3

;,:

GE Noryl 731 GE Noryl SEl

GE Noryl GFN3; 30% gl.fib.

8

7

u

GE Noryl731

~'~i;~ Jll~~l

.. V /~

no!lfeel

.'

G~:;:ly::l. GE Noryl GFN3; 30% gl.lJb.

~i~,:,:f~"

; " ,.:~,~~~:::~ ".. 1oo;t~~l;~t::·~~~i~~~:.~r:'·',:·"~' ~~:~l:~I~; 64

.;jikVHt:KiC \;:.

67

h' .f.'" X ~l);efjecl

o

~

~

,

~.

;

·6 3

26,.

41.4 MPa

,

!::ti-;"<, ..

t ' "

8

L:,

18.6 MPa

GE Preyex GE GTX 830 , G E GTX 901 GE GTX 910 GE Noryl731 GE Noryl SE100

"

i

,

L.. !is 1', 8'

3 3

~

<80

til'. ; .

u.

!'Ah(" "', .

8 8; ,

j " 8;'

Mitsubishi lupiace AV60 'Milsubishi lupiace AH60 Mitsubishi lupiace AV60

< 8 0 " ... ;-

3

;"

.

, u'

100' 98 9 5 . W ' · ,,'./ < 8 0 ' ,) ,no(rec'onin;'ended. <80

9 9

j

3 3 3 3 3 3

":~ii;.:

Material Note GE GTX Mitsubishi lupiace AH60

t:$!r~S~'liley,(to first cra~k

7

1%

24.8 MPa 24.8 MPa

pO.!'lpaUb!~. no"cr.~~king M·y.lsval changa

8

"3

85

~

:

7

+

Resistance Note

! l ; : , . . " ,{.'../

1%

24.8 MPa

85

"1J "1J

>90

I Elongalron I

8

7 3

/85' 85

2

8; 8

••

,

.;.26" ., .. 86.,.:"·

• '. !IS) ~ ':85'

Lactic Acid Lestoil

Tensile Strenglh

~: :~ ;"~ i':j

'26 .. " 26

'.

Kerosine

7 7 7 7 7

,POL Rating

.

LNP ; 30% gl.fib.

GE Noryl GFN3; 30% gl.tib.

~

Chemical Resistance - Modified Polyphenylene Ether I Oxide

t5

N

Chemical Resistance - Modified Polyphenylene Ether I Oxide

"1J "1J

U1

o

--o "1J "1J

m

7

Linseed Oil

3 3 7 7

41.4 MPa 0.25%

LNP ; 30% gl.fib.

7 7

41.4 MPa

GE Noryl GFN3; 30% gl.fib.

3

Magnesium Chloride Methacrylate Sealant

LNP ; 30% gl.fib.

10

GE Noryl 7 7 7 7

0.5% 0.5% 1%

7

3 3 3

GE Noryl731 GE Noryl GFN3; 30% gl.fib. GE Noryl731 GE Noryl GFN3; 30% gl.fib.

0.5% 0.5%

GE Noryl731

1%

3 3

Methyl Alcohol

Methyl Alcohol @

::s! ~

~

r;' V>

~

V>

<E' ;:l

t""'

.,c;: ~ .,

GE Noryl GFN3; 30% gl.fib. 1%

GEGTX Mitsubishi lupiace AH60 Mitsubishi lupiace AV60 Mitsubishi lupiace AH60 Mitsubishi lupiace AV60 LNP ; 30% gl.fib. GE Noryl SE100 GE GTX 901 GE GTX 910 GE Noryl731

2 2 2 2 7 7 7 7 7 7 7 7 7 7 7 7 7 7

19.6 MPa 19.6 MPa

7 7 7 7 7 7

24.8 MPa 24.8 MPa 41.4 MPa

GE Noryl SEI GE Noryl GFN3; 30% gl.fib.

24.8 MPa 24.8 MPa 41.4 MPa 0.5% 0.5%

GE Noryl SEI GE Noryl731 LNP ; 30% gl.fib. GE Noryl731 GE Noryl SEI GE Noryl GFN3; 30% gl.fib. GE Noryl731 GE Noryl SE100

0.25% 0.5% 0.5% 0.5% 0.5% 1% 1% 1% 1%

LNP ; 30% gl.fib. GE GTX 901 GE GTX 910 GE Noryl731

3 3 3 3 3 3

GE GTX 901 GE GTX 910 GE Noryl SE100

©

x~~;.~~

% Retained

"ll

S"

~ ;:;. CIl

~ CIl

R,agent

'y.

Reagent ~ote' }'

,;

;.;.

......

..

;.:;.;~

~:85 .

Methyl Alcohol

85

85"" '"

~.

85 85 85 ~5'"

;J

t 0-

., P .,

<.:::

Load

Cone. ,,:t~)

Methyl Chloride

2~

23 23

.23.

Methyl Ethyl Ketone

23.",

".,'j~~;" ',. 9,3;;

~)f>::-"

"

~::

Mitsubishi Mitsubishi Mltsubishi Mitsubishi

lupiace luplace lupiace lupiace

AH60 AV60 AH60 AV60

2 2 2 2 1

19.6 MPa 19.6 MPa

Mitsubishi lupiace Mitsubishi lupiace Mitsubishi lupiace Mitsubishi lupiace GE Noryl

AH60 AV60 AH60 AV60

7

>90 >90

"3

3" ".: O' 0.5% 0.5% 1% 1%

'.::

0

3/

} .. 3 ""1

•

3

"

7 7

white white

-0 -0

--o -0 -0

m

<80 40 61 38 60 38 62

1% 1%

concentrated dilute

white

GE Noryl SE100 GE Noryl731

19.6 MPa 19.6 MPa

7

Minerai Oils

Milterial NQte

2 2 2 2

<80 >90

1%

while

:<.::\

1% 1%

7 7

Minerai Oils

.

Rijslstanee Not$

3 3 3 3 3 3 3

Methylene Chloride

Mineral Acids

li\"

7 7 7 7 7 7 7 7 7 7 7 7

3 3 3 3 3 3 3 3 3 3 3 3 1

0.5% 0.5% 1% 1%

GE Noryl SE100 GE Noryl GFN3; 30% gl.fib. GE Noryl SE1

GE GTX GE GTX 901 GE GTX 910 GE GTX 901 GE GTX 910 GE GTX 901 GE GTX 910 GE GTX

{~ ..

6:;- J

('i,'l:~'j,;';i;:::;

80-90 80-90 <80 <80 >90 >90

24.8 MPa 24.8 MPa 41.4 MPa

GE Noryl GFN3; 30% gl.fib. GE Noryl SE100 GE Noryl GFN3; 30% gl.fib. GE Noryl SE100 GE Noryl SE1 GE Noryl731 GE Noryl GFN3; 30% gl.fib. GE Noryl731 GE Noryl SE1

24.8 MPa 24.8 MPa 41.4 MPa 0.5% 0.5% 1% 1%

GE Noryl731 GE Noryl GFN3; 30% gl.fib. >90 >90 <80 >90

GE Noryl SE100 GE Noryl GFN3; 30% gl.fib.

>90 >90 100

Chemical Resistance - Modified Polyphenylene Ether I Oxide

GE Noryl SE1 GE Noryl SE100 GE Noryl731 GE Noryl

I'V 01

......

f\.:) (}l f\.:)

Chemical Resistance - Modified Polyphenylene Ether I Oxide

""tl ""tl

--o ""tl ""tl

m

0 :)~:/,

23 ~. ~ : .

>90

GE GTX

7

0.25%

105

LNP ; 30% gl.fib.

7

0.5%

97

GE GTX 830

7

0.5%

98

GE GTX 901

7

0.5%

100

GE GTX 910

DW·40

7

0.5%

<80

GE Noryl GFN3; 30% gl.fib.

15W·40

7

1%

97

GE GTX 901

7

1%

100

GE GTX 910

7

99

GE GTX 830

7

100

GE GTX 901

7

100

GE GTX 910

7

>90

GE Noryl GFN3; 30% gl.fib.

7

100.7

LNP ; 30% gl.fib.

3 3 3

90.2

"

<80

GE Noryl GFN3; 30% gl.fib.

:~: :.:'23··

15W·40

DW·40

DW-40

g

0.5%

1

Nitric Acid

Nitrobenzene Nitromethane Oils

GE Noryl

1%

10W·40

>90

"

100

GE Noryl

10

2

19.6 MPa

10

2

19.6 MPa

10

2

10

2

10

7

24.8 MPa

GE Noryl731

10

7

24.8 MPa

GE Noryl SEI

10

7

41.4 MPa

GE Noryl GFN3; 30% gl.fib.

10

7

"

10

7

GE Noryl SEI

10

7

10

3

10

3

10

1

90

7

90

7

90

3

90

3

Mitsubishi lupiace AH60 Mitsubishi lupiace AV60 Mitsubishi lupiace AH60 Mitsubishi lupiace AV60

GE Noryl 731 41.4 MPa

GE Noryl GFN3; 30% gl.fib.

" 0.5%

100

GE Noryl

<80

GE Noryl GFN3; 30% gl.fib.

>90 0.5%

<80 >90

1

0

1

66

' :'}T~<~)3K(r//~~?

v

~ ~?>~>./,/:..

GE Noryl

1%

GEGTX

7

24.8 MPa

GE Noryl731

@

7

24.8 MPa

GE Noryl SEt

::2

7

41.4 MPa

GE Noryl GFN3; 30% gl.fib.

7

~

7

i=l

0'

'"t1 <1>

tEl· '"

;:s t-'

0: ..,

..,

i=l <.c::

GE Noryl SEI

7

GE Noryl731

3

24.8 MPa

3

24.8 MPa

GE Noryl SEI

3 3

41.4 MPa

GE Noryl GFN3; 30% gl.fib.

3

GE Noryl SEI

3

GE Noryl73t

'"

Chemical Resistance - Modified Polyphenylene Ether I Oxide

"1J "1J

(}1 ~

-o

"1J "1J

m

50

3 3 3

10

1

50 50

Potassium Permanganate Pyridine Rykon 2EP

.',

1%

···\}~8 . •.

'i.9;;;·· O'

1 7

24.8 MPa

7

24.8 MPa

7

41.4 MPa

7

Scotch Protective Cleaner

Silicon

41.4 MPa

GE Noryl

0

.,,::~

Uno efj~cl:

GE Noryl731

.8 . . ... \8<

GE Noryl SEl GE Noryl GFN3; 30% gUib.

'/8\

" GE Noryl SEl GE Noryl731

i;'i!!ll1l~'1ti

:;~:;~:;:::::~:;~:..:

··ft9:.· .

7

bent @ 20 deg.

·'.23·

7

1.5%

7

1.5%

7

1.5%

.:~.:

~Y::::':::-:'"

7

1.5%

7

24.8 MPa

:;;:?(Il}Y"'"

7

24.8 MPa

7

41.4 MPa

GE Noryl SEl GE Noryl731

0.2

0

107

.':'

90

:::~

,mlnl~1

\>..:])·.i·(•••••

i·yi?~l~il;·

GE Noryl SEl GE Noryl GFN3; 30% gUib.

"

;.. :~(: •. ,';r

7

;. )26'·'

GE G-697

24.8 MPa

..•. ·.23···· ".

:::.:.,;

GE Noryl GFN3; 30% gUib.

~.~

100

24.8 MPa

\:'·i'23·' .:~;.

"

(.}~.:;:>

7

Salad Oil

{:",,"

';':',;.';-

;:.;~.

. ·'3~;}\ •.

7

3 3 3 3 3 3

'"

>90

,

i

..':'f';:;,,: ;'~x,]; no e~;e~~.%.:' ..... ,

J':

:}i;~f iii·

sitt" ~rM~mg'

.~;:;;;;.;

:;:;.

~

";'/'::::;:;:?':::::::":. ,:'

.":; ··;·;·;'"·'/.;Lt': ;.,: "

GE Noryl N190 GE Preyex VQA GE Prey ex BJA GE Preyex PQA GE Preyex VKA GE Noryl731 GE Noryl SEl GE Noryl GFN3; 30% gUib.

7

\;;:;; d

7 7

3 3 3 3 3 3

Soap Sodium Bicarbonate

liquid hand 10 saturated

@

"

'tl ~

ri' CIl

tl

(\l

CIl

~.

;:l

t"'

& .... P ....

Sodium Carbonate

24.8 MPa 41.4 MPa

· · ...23.itn

7

·;i:;;~~jioiij,~

7

24.8 MPa

7

24.8 MPa

7

41.4 MPa

1.5%

J'

••••·.. \8····· .,'

p~\

'"

{} ::::?S· . .:JfJ )',,\1/•• :r. \hii:i,

1

7

" " " " " " " " "

~

24.B MPa

?::;;;j:=~}f:J::::"

>"

100

l~:; '~:j;;~,

3 3 3 3 3 3

,.

~::

10

1

24.8 MPa

,

24.8 MPa

.~~

41.4 MPa

;Ii~~

.;~";;

,~:;::: ••~.}:;,.~::::~.

:,.;,.~

mmi"*!~!i~pi~ckln~

"

GE Noryl SEl GE Noryl731

.'

~~~~~ '1 ~.:

7 7

:." .;., ' ;""'. ~

.:;,:-ty~:,,·~;-:';

" GE Noryl SEl GE Noryl GFN3; 30% gUib.

" GE Noryl SEl GE Noryl731 GE Prey ex BJA GE Noryl GE Noryl731 GE Noryl SEl GE Noryl GFN3; 30% gl.lib. GE Noryl SEl GE Noryl731 GE Noryl SEl GE Noryl GFN3; 30% gl.lib. GE Noryl SEl GE Noryl731

100

GE Noryl

@

'~"

p

l~e~~¥~fe

r;' V>

t:::l

I

POL

Reagent Nofe

~aflng'

'.,:"

Sodium Chloride

10

1

saturated

l1l

.. .. ..

V>

15' ;:l

~

GE Noryl

19.6 MPa

Mitsubishi lupiace AH60

2

19.6 MPa

Mitsubishi lupiace AV60 Mitsubishi lupiace AH60

2

.. ..

100

Material Note

2 2

.

., P .,

0-

".

Mitsubishi lupiace AV60

7 7 7 7 7 7

24.8 MPa

GE Noryl731

24.8 MPa

GE Noryl SEt

41.4 MPa

GE Noryl GFN3; 30% gl.fib.

3

24.8 MPa

3

24.8 MPa

GE Noryl SEl

3

41.4 MPa

GE Noryl GFN3; 30% gl.fib.

GE Noryl SEt GE Noryl731

3 GE Noryl SEt

3

GE Noryl731

3

Sodium Chromate Sodium Hydroxide

10

f.,):'·93';\\,,'i

)'~~

10

;.~~:'~

23

10

'W~:f»;,

10

.'d:);~;

19.6 MPa

2

19.6 MPa

GEGTX Mitsubishi lupiece AH60 Mitsubishi lupiace AV60

2

Mitsubishi lupiace AH60 Mitsubishi lupiace AV60

2 1.5%

GE Prevex VQA

ib< :'.;:.2~·.">;

7 7 7 7 7 7

r?f~

24.8 MPa

GE Noryl731

24.8 MPa

GE Noryl SEt

41.4 MPa

GE Noryl GFN3; 30% gl.fib.

10

;'~~i·,

7 7 7 7 7 7

10

".

3

24.8 MPa

3

24.8 MPa

GE Noryl SEt

3

41.4 MPa

GE Noryl GFN3; 30% gl.fib.

10 10 10 10 10

23.

/:

10 10 10 10 10 10

10 10 10 10 10 15 30

Sodium Hydroxide

2

GE Noryl

>90

1%

10 10

Sodium Hydroxide

100

1

50 50 50 50 50 50 50

85

;~~[Il

~~~1

GE Prevex 8JA

1.5%

GE Prevex PQA

1.5%

GE Prevex VKA 0.2

o

109

82

GE Noryl Nt90

bent @ 20 deg.

GE Noryl SEt GE Noryl731

3 3

GE Noryl SEt

3

GE Noryl731

1

100

1

100

Ii

7 7 7 7 7

't 'i:%:';"/)

3

0.5%

3

0.5%

:i'~3>Hti

~:>

1.5%

0.5% 0.5%

1%

Y'.;:;;"j'\.. >8~

GE Noryl

>90

GE Noryl731

>90

GE Noryl GFN3; 30% gl.fib.

>90

GE Noryl731

>90 >90

11;~ .

GE Noryl GFN3; 30% gl.fib.

>90 >90

GE Noryl731

"'U "'U

--o "'U

-0

m

Chemical Resistance - Modified Polyphenylene Ether I Oxide

I'V 01 01

Chemical Resistance - Modified Polyphenylene Ether I Oxide

-0 -0

(Jl

0'>

o

--0 -0

m

3 3 3 concentrated

GE Noryl GFN3; 30% gl.fib.

7

24.8 MPa

GE Noryl731

7

24.8 MPa

GE Noryl SEI

7

41.4 MPa

GE Noryl GFN3; 30% gl.fib.

7 7

GE Noryl SEl

7

GE Noryl731

3

24.8 MPa

3

24.8 MPa

GE Noryl SEI

3

41.4 MPa

GE Noryl GFN3; 30% gl.fib.

3 3 ·/>".w~.",,".·.w

Sodium Hypochloride Sodium Sulfate Sodium Sulfide Sodium Thiosulfite Stoddard Solvents Sulfolane Sulfuric Acid

10 10 10 10 white spirits 10 10 10 10 10 10 10 10 10 10 10 10 10 10

Sulfuric Acid

. .·.·.·,·.w.

I III iii

GE Noryl SEl

3

GE Noryl731

1

100

I

100

I

100

I

100

I

0

I

100

2

19.6 MPa

2

19.6 MPa

GE Noryl

Mitsubishi lupiace AH60 Mitsubishi lupiace AV60

2

Mitsubishi lupiace AH60

2 7

Milsubishi lupiace AV60 94.1

0.25%

7

LNP ; 30% gl.fib.

96.7

7

0.2

0

108

79

GE Noryl N190

7

bent @ 20 deg.

7

24.8 MPa

7

24.8 MPa

GE Nory/731

7

41.4 MPa

GE Noryl GFN3; 30% gl.fib.

GE Nory/ SEI

7 7

GE Noryl731

7

GE Noryl SEI

3

24.8 MPa

10

3

24.8 MPa

GE Noryl73l

10

3

41.4 MPa

GE Noryl GFN3; 30% gl.fib.

10

10

3

@

10

3

GE Noryl731

"tl

10

3

GE Noryl SEl

~

30

1

n·Vl

60

7

24.8 MPa

60

7

24.8 MPa

GE Noryl SEI

tJ

60

7

41.4 MPa

GE Noryl GFN3; 30% gl.fib.

60

7

60

7

60

7

60

3

24.8 MPa

60

3

24.8 MPa

GE Noryl SEI

60

3

41.4 MPa

GE Noryl GFN3; 30% gl.fib.

~

C1l Vl

<5. ;:l

t'""

0: ...

...

l:l \t::

'iUW:9'?51

100

GE Noryl GE Noryl73l

GE Noryl SEI GE Noryl731

@

"tl

po ~ r;.

~;< :: ,::::;

.~/:.:

':.~:

':

,{:;::.:::

Jle~~iillt ~:: :'::~

<~;;; ,:':-,.t::;:;~::'::"

Reagent Note

Cone.

.Ti""e

60

85<

3

60

85. :"'.\:\

3

V>

60

85.:'

3

;::l

90

V>

tl

Sulfuric Acid

~

to·

s:..,

,,26;\'

90

85

3

24.8 MPa

90

85 85:

3

24.8 MPa

3

GE Noryl SEI

3

41.4 MPa

e

GE Noryl GFN3; 30% gl.fib.

85 85

3

8

90

3

8

90

85 ... ,'·

3

..,23./,··i',,·

0.5%

8 8·

0.5%

90

. '~.fj\

~

..,

90

.° 26

u::

90

:26

90

90 90

:13

7 7

98

. ,,85·.,

3

98

85

3

98 98

:",

dilute & concentrate

23

tar & bug remover

23

::~

,. zi\{ "·23'·' 23

23 23 2:r··· 23 23

ll;l::

'\~

41.4 MPa

2

23

7 7 7 7 7 7

93

1

·"23

7 7 7 7 7 7 7 7

GE Noryl731

,

.8 ,8

GE Noryl SEI GE Noryl731 >90

GE Noryl GFN3; 30% gl.fib.

>90 >90

8

>90

GE GTX

8

>90

0.5%

,

9

100

GE GTX 901

0.5%

~

9

100

GE GTX 910

9

100

GE GTX 901

9

100

GE GTX 910

9

100

GE GTX 901

9

99

9

100

a

a

1% 1%

l

,

19.6 MPa

23

GE Noryl SEI

3

,

23

8

e

1% 1%

2

23

8

>90

2

/23

i,.

<80

23

23·""'·: 23··

GE Noryl GFN3; 30% gl.fib.

3·

23>,

23

GE Noryl SEI

8

1%

19.6 MPa

23

3 I"

a

2

23

-u

7 7 7 7 7 7 7

3

24.8 MPa

., ,t2~,."")\

23

Transmission Fluid

Weight

26

0-

Tetrahydrofuran Toluene

POL . I

24.8 MPa

26

Tar and Bug Remover

I.

" . Rating,

7 7 7 7 7 7

90

Sulfuric Acid

L9ad

(lUys)

I"}

........... ..: .

GE GTX 910 GE Noryl

5

Mitsubishi lupiace AH60

5

Mitsubishi lupiace AV60

5

Mitsubishi lupiace AH60

5

0.5%

0.5% 1% 1%

1% 0.5% 0.5%

0.5% 0.5%

0.5%

..,

,,

I , I

,

Mitsubishi lupiace AV60 89

GE GTX 90'

3

61

GE GTX 910

6

81

GE GTX 901

3

60

GE GTX 910

8

92

GE GTX 901

9

100

GE GTX 910

a

a

7

80·90

g

100

GE Noryi

~n~iiiiiiikirgerC"!;ln g

GE GTX GE GTX 830

9

99

GE GTX 901

n;

9

100

GE GTX 910

~

l

8

<80 >90

GE Noryl GFN3; 30% gl.fib.

~~.

3

I

, ,

1% 1%

,

1%

I

9

9

<80 96 100

GE Noryl731 GE Noryl731 GE GTX 901 GE GTX 910

-U

o

--U -U

m

~

Chemical Resistance - Modified Polyphenylene Ether I Oxide

01 -..J

Chemical Resistance - Modified Polyphenylene Ether I Oxide

"1J "1J

N

en

00

o

-"1J "1J

m

7 7 7 7 7

i·;:H?i:l',<:.?

GE GTX 901

100

GE GTX 910

>90

GE Noryl731

>90

GE Noryl GFN3; 30% gl.fib.

0.5%

>90

..

3

0.5%

<80

GE Noryl731

3

1%

<80 >90

3 with water

GE GTX 830

95

3

3

Trim 5050

98

>90 24.8 MPa

GE Noryl731

24.8 MPa

GE Noryl SEl

41.4 MPa

GE Noryl GFN3; 30% gl.fib.

3

24.8 MPa

..

3

24.8 MPa

GE Noryl SEl

3

41.4 MPa

GE Noryl GFN3; 30% gl.fib.

..

GE Noryl SE1 GE Noryl731

3

..

3

GE Noryl SE1

3

Triphenyl Phosphite Ucon 660

;8~3)Ni with water

.:t.~IlV;N

GE Noryl731

1

0

7 7 7 7 7 7

24.8 MPa

3

41.4 MPa

GE Noryl GE Noryl731

24.8 MPa

GE Noryl SEl

41.4 MPa

GE Noryl GFN3; 30% gl.fib.

.

GE Noryl SEl GE Noryl731 GE Noryl GFN3; 30% gl.fib.

3

.

3

GE Noryl731

3

Vaseline

GE Noryl GFN3; 30% gl.fib.

7 7 7 7 7 7

GE Noryl SEl

7 7 7 7 7 7

24.8 MPa

@

3

24.8 MPa

.

"1:l

3

24.8 MPa

GE Noryl731

S-

3

41.4 MPa

~

GE Noryl GFN3; 30% gl.fib.

n'

3

en t:l ~ en

3

GE Noryl731

3

GE Noryl SE1

tEo ;:l

t'"

c;: .., ..,~ It::

Water

7 7 7 7 7

24.8 MPa

GE Noryl731

41.4 MPa

GE Noryl GFN3; 30% gl.fib.

..

GE Noryl731 GE Noryl SE1

0.5%

98

0.5%

96

GE GTX 910

1%

96

GE GTX 901

83

GE GTX 910

95

GE GTX 901

1%

GE GTX 901

@ ~

~

'r;'....." '"

~

Water

7 28

<E' '"

28 182 182

;:3

t'"'

~

280 280 1

~

tr::

4.2 28 28 28 28

101 100 103

1% 1%

96 101 100

0.5% 1% 1%

GE Noryl

84 101 101 94 96

30% gl.lib. GE Noryl731 " GE Noryl GFN2; 20% gl.lib.

28 41.7

102 100

GE Noryl 731

water changed weekly

65 23 102 101 75 81 105 96

30% gl.lib. " GE Noryl731 " GE Noryl GFN2; 20% gl.lib. " GE Noryl731

water changed weekly

41.7 625 182 182 182 182 182 208

65 93 79 73 78

30% gl.lib. GE Noryl 731 " GE Noryl GFN2; 20% gl.lib.

101 52

GE Noryl 731

208 280 280 280 280 water changed weekly

280 417

"

4 17

Windshield Washer Fluid

i ~

~ ;

3

Xylene

93 100

1%

"

3

,»93;;'«

1

0.5% 1% 1%

0.5% 1% 1%

;"'2 ... ;" 1%

3 >'!-

:1~ :'~i:

63

;:~

:~;r/[~., , i : : :

0.5%

. "./.",.

'"

{;:."

·····~09(~CkiQ9~O(9tilt\rj9

i'

,,¢;~~11~l

80·90'

·.i;i:!)!! if,

<+
GE GTX

:JEri ~~ ~~~ :~~

:!.l~j·A:: t;[,.;;;~ . . ;., ::~

1% ' ; " 3 ) ) / '

30% gl.lib.

~~ ~~~ :~~ GE Noryl731

<80 >90 0

./:

1;;n1' t%;%·:;;.)/

;y'

GE Noryl

"'U "'U

o

-"'U "'U

m

Chemical Resistance - Modified Polyphenylene Ether J Oxide

I\,) (J1

co

N 0>

Chemical Resistance - Amorphous Nylon

~

3

C>

0

;""

-.-,-".

Z

'< 0

IReagent

:::J

Reagent Note

I

Conc. (%)

x·'

Accumulator Acid Acetaldehyde Acetic Acid Acetone Acrylonitrile Adipic Acid Aerofluid 11 Air Allyl Alcohol Aluminum Chloride Aluminum Sulfate

I

T~mp.

('C)

stabilized saturated

"'..··23 ". .". 23 23 23 23 23 23 60 23 23 23 23 23

;

Shell

saturated solution salurated

Ambric Acid

~3

Aminoacetic Acid Ammonia Ammonium Acetate Ammonium Carbonate Ammonium Chloride Ammonium Fluoride Ammonium Iron (III) Sulfate

solution saturated

10 10 25

saturated solulion

10 10

saturated 10 10

Ammonium Iron Sulfate saturated

Ammonium Nitrate Ammonium Phosphate @

'1:l

S' Vl ~

n'Vl

tl ~

Vl

16'

Ammonium Sulfate Ammonium Sulfide

;:l

t""

.,[; .,p

u::

saturated solution

IAnderol500

" 23 23 23 23 23 ~ 23 ~3

,<"~i:, -, r\;~~: '2.3 ·E~~ .,' 23 . ;2~ "23' .:,.

t

saturated

#"

.23"\ 23' >'.23

salurated solution 40 40

::~.

;t;f~;,i "

IAmyl Acetate Amyl Alc'ohol Anderol495

23' 2.3

,~.

saturated

compressor oil

, ':; 23, 23 ~:;' ~.;

.::.

23' ",.,. . '••23.\ "., . . . ~~

IAniline

POL Rating

180 180 30 180 180 180 30 180 30 180 30 180 180 30 180 30 180 30 180 180 30 180 30 180 180 180 30 180 30 180 30 180 30 180 30 180 30 180 180 30 180 30 180 30 30 180 30 180 180

.,.6 6

~ghan9.el % ~e!~'lned ""'«:Welght

;i,li.ile

Resistance Note

Slr~eglh

Material Note ...

" 23 23 ,~

concentrated

Time (days)

\,,'23.7'."

2;

I

1.6

92

•. :.t~I$:aR;:,~:ei:.,:·~~~I;:

i

5 2 6

I

4

:c(jilalllOna!iYsl\i,llie/sWell,

76

notsla~le2swelilng. cra~lng stable, Slable, ~elling stable'

1.9

5 0.2 0.6 0.2

9

8

9

75 92

98

1 8

!

~;,~,~,:"""".:,

.:,..

'. ·..C?~~~iM~!M~!~9!ii'

)

l

Huls Trogamid T

7' 6

4.2

'5

1.9

4

5 1.5 4.2

,

..

I

not slable, dissolving ",Slable

1.5

ii 4

,;stable, sweJijng • condijionally stable conditiOnallY ~iabte; .swell., cruing , condijlonally stable

103 75

~M~~!~~~!!tJ!i!'\\!~j!"ell.

71

"'~~4~!AA~lIW~!~~!~

6 6 7

0.4 1.5 1.4

107

staiiie stable, swelling stable

5

4

81

Slab~"swelllng

.8

.

stable

8 8 4.4

5'

!'

6'" '5

5 6 7 6 7' 5 8 '," 6 -:--;;

;

, .~,

-

4,..

9'

!

9

;'

2'

<

9

8 9 8 '1:'

"cond,tiohaiiysiabli

,'~

1.6

~ 5 7

101

4

1.3 4.3 4.5 4.1 0.8 2.5 1.4 4

1.2 3.2 0.01 0.4 2.6 0.2 0.5 0.1 0.4

.~~

"

S\~~~~~~:ni~;

1.5 83

'" ..'" CO~d~[9~illysta~le.:<·::t'.~ ··condi!iOn~!iY'sl811I".swell:' . . .. '".,stable,;: .~

110 97

.~table. sw~Ulng

99

.,. .,: .... ·.~I;~:~~W~l.

85

84

%.:~a~~~~~:llI:~·!

, L j

,. ~tabl. ""'5l

co~!lill~?,IIY s~~e .

.,

,';,

/~

99

nol $table,'~811.:diSSolV.< stable ..~

. ";':""'.

;~

:::::::,::;;::<;:,:,:"::,::":~:"~,,,,:,,,,~~~::;,,

"'nof$iable~~I~M!tw~

~.

@

% Retlilne~

'tI

S' ~

n'

Ul

tl

Reagent

Re.a~~"'1t Note

te~p'.

Cone. I")

Ul

;:s t-

.,o:-p .,

23.". 23 ..., ;·23<,

40 40 10 10 30 30

\l::

Barium Hydroxide

2/;;

.23 7.

Apple Juice Arsenic Acid

Ballidol BarIum Chloride

gun oil

barium hydroxide wash

10 10 10 10

g.~~,,< :'''>2~ ."

2~

"'.):~~";'"

Battery Acid Benzaldehyde Benzene Benzoic Acid

Idly.}

,?3}p saturated

::~ "

::!

Benzyl Alcohol Benzyl Butyl Adlpate Benzyl Octyl Adipate Borax Boric Acid Bromine Bromobenzene Butane Butanediol (1,3-) Butanediol (1,4-)

::t Borax, saturated saturated

Butyl Acetate Butyl Alcohol Butyl Alcohol (tert-) Butylene Glycol

,,,' "i~f

bromine liquid

:~

gas

,.

Butanediol (2,3-)

.:~:~,:::::::.;

"-butanol .:{

):::'~~"~,l

Butyl Methyl Ester (tert·)

» 3

o

30 180 30 180 180 90 180 90 180 180 30 180 30 180 180 30 180 180 30 180 180 180 180 30 180 30 180 180 180 180 180 30 180 90 180 180 180 180 90 180 90 180

Butyl Methyl Ether(tert·)

90

Butyric Acid Calcium Chloride Calcium Hydroxide Calcium Hypochlorite

180 180 180 180 90 180

saturated solution suspension calcium hypochlorite wash

Material Note

:f .~~::: ::'~"

Anisole Antimony Chloride

Rellist~?c.~ Npte

Tensile Strength

Tillie

"'I'C)

C1l

<E'

;

i, "":?3."

.•,

iii '

8 8 6 4 8 5 5 5 5

;

::t

.::.',

"0'.::;~:;~:/ ;:~

6" 5 7 5 5

.~

~

.'~

'6

"s'

i.·.,"

3.4 4.4 3.2 4.1 2.3 1.6 4.5 1.5 4.2 1.6 0.2 0.8

8 ., •

;5

;~::

.,4

1.8 5

Huls Trogamid T

"" smb!.

r "

95

:.,.

'<;ondilioil~lIy

.$t~bl'

.\a~:: :welling

88

.",r~.~~~~lf:!b:',fl:g

91 108 92

.,~~n~4!9na:!iY;SIBI1l8;'sweli .

,

,'stabla;' , .t~tii~:sweillng ." ····slabl. ~siable: 'swelllng

\

106

':;~"::~;

100 107

.table

):::4£': ~

82

,-c

)

.59 'i,j

:::

0.3 0.4 1.4 3.6

.,

::~~!~~~;~~g\ "..

~:.

······~e

..hla·····"T

;....

78

2"

;:"';j:p\ I

~~

1.6 4.3 1.8 4.9

6 4 8 4 .•.

76

'1I'.iling., "ii:

slll\1l.j" ••II,; .color chg. 'nol:st~le, diSSOlVing

75

G

,;~Oi;!)'l;;]~~,~l~' ,

8"

""8"'" 3'' :-

!

~

L;' lilabl.

,;. :.i~~I:sIP~,Ie, ~(aling

:,..

:nQj.$t;~f~r.'~ ;:501.,. -0.1 0.04

.,1

.' . . 'i nOI stable

,.ft~i~:~

97 101

;t 89

i

j~.

0.18 0.2 0.2 0.2

100 100

l;j;,;;;~'~:~i:~~

2; 8 , 8'

':r

.. ················:~;j~~~lf:~:~I~rM:~~:!·····

3;;;;;""-"ijpf~tJ~;~8.!~~,

",,)

~

J

,.,

3

3.9

101

W

.{~> ..;,;.•...

:....

.:.

j~

; C(lQ~nlo~.lIJ!y stable .;>;;..\:(:~;/~.

;""

z

'<

0-

:::J

l\;)

0>

Chemical Resistance - Amorphous Nylon

---

»

Chemical Resistance - Amorphous Nylon

3 o ..... Z

'<

o

:::J

~~T~II1IT~ Camphor Carbon Disulfide Carbon Tetrachloride Caustic Potash

180 180

89 109

10 50

Caustic Soda

5

10 50

Cherry Juice

C".
••"'~~;M"

;~. ~~

chlorine water

gAM!~MeN,i

•

;:;

;;

'i\,,¥iG~9tMN

4.1

78

13800;~~:~~'~!i!llltii'ji~!j~

1:.6

69

~~~i";;iij!';ti~!;!:'

13800;~!i~~;1'Jill.l;I]1'1;;

:::

76

j,1Jll~"l~lr11~~1;

138~;;;~;'111~111.~il(~ii

.~.~

101

ch'oroform~·;I[;rl;I'i:j.~~'~~t~l~

180

Chlorosulfonic Acid Chrome Alum

:~

Chromium Trioxide Citric Acid Cocoa Coffee Compressed Air Fluid

10 30 brewed Esso, No. 560/M 92 Esso, No. 560/M 93 Esso, No. 560/M 92 No. 560/M 93

112 112

Compressor @

"

po

::: ~

tl ~

16' ;:s t-'

~ ..,

P

u::

Contact 011

Anderol500 Anderol495 Anderol500 Doduconta 8 10 Doduconta 8 25 Doduconta 8 9 Doduconta 8 10 Doduconta 8 25 Doduconta 8 9

0.1 0.5 0.4 0.2 0.1 0.2 1 0.9 0.9

92 95 96 97 99 97

~ N

.-..

::-•••••;0•••••'

,.

Reagent Note

~~~~/j;;;

Cone. (")

Frigilux 80

s.. ::l·

2 2 4 4

(~~!)

t~:·) ;"~';~~:,;.'

30 180 30 180

saturated concentrated 1:1 with petroleum

~DL Rating ,Resi~~anee

Time

4

6 4

180 180 30

~,)::;:

";~,~,)}'"

.

/2~"'"

~3:'

····23

...23'''' 23

,,'

/;~~'~, saturated

3 9 9 8

., '."

... ~: _;::

Frigen 12

..;.:.:

:r.::~

j

7 6

l

8 8

i;

ij~\;"'"

90 180

23""" '~~;,

90 180 180 180 180 180 180 180

~3

Frigen 22; Freon 22

"'23/

23

1. I ...·

Freon 12. Dupont 30 30

23;. 23

..2,3 .~,

'- :?f,t, '/23.,... '~"'.

23

" ;';23'

\~~:

~;r:··" . .

~ l

30 180

,;,:23:

180

23

30 180

0.5 2.8

1.7 5 0.7 1.8

,.

i

l

!

,

•; cond~jonally slable' ,condltionalJy'stable. swell. ,. stable

92

0.3 0.7 0.2 0.5 -2.5 1.7 2.3

109

3 10.1

97

0.1

105

" .{. S,lable" , ,., 103 97 86

~<:

:t' "

..

:~~;~;':;~r C~g..' ::;;:::}

co,ndlllOnelly,stable ~,

:{

conditionally ~Iable, swell,

'.";,f .;.~O!~\~~\~~~:~~tP[~3;;9

8 i:

8 ,,7

.6 8 9 9

3.01 3.9 0.6 0.9

-

95

k "c~~:~~~:;:~I~a!6::II. ···············;iiil)fi'·;··· "'7

's~bl!'. sl¥eUin~ ."

101

:~

':,

0.2 0.3

;

, ( 7 ) ~ sra6iil ~::::

101

2.,.

,.

,

u -~

," ,• .

'
1 " '.,.' 1

8 '8 .8

:-~~'

". >.. ~Oildi!i~ally $lab~ .. i.

-

4

"I

.,.'} , clindfllOiJally stable ,,-', . . ·~o')di~na~y,~~l~i;'s;',".; cfazing:

8

5

,,

.

., .

103

76

u

.~::

n91 stable; sw"~" di$SoIY~ ,.;.",' s~bie'

8 •.

9 6'

90 180

, /23

c~ndrtl0Jlally ~tab",.

"/

97 97

6

90 180 180 180

./""'.:.2-3

1 . #L,,,..

5 4 ,·6" S 8 8 9 8 5 5 5 3 4'

90 180

180

_!_--

Huls Trogamid T

.• ~~!I~)II(),n~~i~l~!~;~~~_~li",~!azinll '
75

6

30 180 30 180 30 180 180

95

0.7

,.

Material Note

CO~diliooall~ $t~ble

'"..

.;:

':>;.-

Note

79Co;;~ili9na!!'(~~bfe~$Well_:~rilZ\~1l

6

30 180 80 80

97

8

30 180 180 30 180 180 180 180

,••••"

2.3 5.3 2.6 5.6

6

~

"

:.~,

";<"\.$18&18. 0.02 0.2

"

coriditiOflall~s'able ....

98i,C~rn!t'W~!~AAt%~I~f~k~·

.'

I\)

Chemical Resistance - Amorphous Nylon

0>

CJ.)

»

Chemical Resistance - Amorphous Nylon

3

o......

z

'<

o

::::l

Sokrena Calgonit 0 Calgonit S Calgonit 0 Calgonit S Korsolin Tego·Oiocto

Doduconta B10

1 2 2 2 2 2

contact oil

3.7 1.6 1.6 4.6 4.6 3.7 1.3 4.1 0.2 1

Doduconta B25

0.1 0.9

Doduconta 89

0.2 0.9

Ensoline 952

0.8 1.5

Ethyl Acetate Ethyl Alcohol Ethyl Benzene

denatured

33 33

Ethylene Chlorohydrin Ethylene Glycol

1.7 4.9

Ethylenediamine Ferric Chloride

10 10

1.5 4.2 0.6 1.7

10 10

1.5 4.2 1.5 4.2

saturated

Ferrous Sulfate saturated

Formic Acid

99 105

79

o 0.5

Formaldehyde

95 99 96 97 88 46 99

96 0.4 0.8

Ethyl Ether Ethylamine

84 94 96 81 87 87 93 99 92 97

formalin

1.3 3.6

103

76 96 83 90

86

concentrated

@

'1:l

S' ~

r:;'

'~"

'" <E' ;::l

t"'

0: ..,

..,

I:l It:

Freon 11 Freon 113

monofluorotrichloromethane

0.2 0.18 0.18

102 101 101

Freon 114 Freon 12 Freon 21 Freon 22

0.29 -2.5 -16 0.1

103

86 55 105

N

a> ~

@

'i:l

po

~

r;' CJl

t::l

.. IY POL Rating ~: ~

-:.

Frigilux 80

CJl

;:l

t

".~~'

.~

.......:;....

"'f'

Material Note

Walght

{

~.

.., i=l ..,

F

I

% Change' % RetaJr:i~d'

:':-'.': .;';'~:;:;~:;.;.:~-:.;.;,

<1l

cr

~;.;

Fuel Oils

cooling lubricant

2

2.3

97

" "

2

5.3

79

4

2.6

95

"

4

5.6

75

Huls Trogamid T

heavy light heavy

light

Furfuryl Alcohol Gasoline

supergrade petrol

1.6 107

5% methanol supergrade petrol

Glycerides Glycolic Acid

30

1.8

97

0.2

102

0.7

98

1.3 1.7

98

Gun 011 Heptane

BaJlidol

2.3

108

n-Heptane

0.2

Hexane

n-Hexane

30

0.4

103

0.1 0.3

Hexanetriol

107

-0.1 -0.2

98

0.3

103

Houghto Safe

hydraulic fluid

0.6

95

Hydraulic Fluids

Houghto-Sale

0.3

103

Pydraul 15M

-0.1

Pydraul 23M

-0.1

Hydrazlne Hydrate Hydrochloric Acid

Skydrol SODA

0.1

Skydrol 500B; Monsanlo

0.5

Skydrol 7000

-0.1

not stable 102

sratile /~.

condftionally stable

Houghto-Sale

0.6

95

I

Pydraul150A

-0.04

94

,

Pydraul 230A

0.02

106

Skydrol 500A

-0.1

105

Skydrol 500B; Monsanto

1

94

Skydrol 7000

0.1

100

BO

stable

.

condltlonally stable

0.7

80

1.8

92

1

3.4

83

2

95

10

99

32

Hydrofluoric Acid

2 10

Hydroxylamine

»

30

2.5

30

3.2

100

3

~

z

'< 0

=:I

Chemical Resistance - Amorphous Nylon

N 0>

{Jl

»

Chemical Resistance - Amorphous Nylon

3

N 0> 0>

....

0

z

'< 0

:::J

'~~~i'

Industrial Cleaners

cleansing agent

·i~~t:~tl~~~i~~i\~~i~i~i;;~li~;

1.4 3,7 3.7

for milking devices

Iron Ammonium (II) Sulfate

10

1.3

10

4.3

safurated

4.1

Iron Ammonium (III) Sulfate

10

1.6

10

4.4

saturated

4

Jet Aircraft Fuels Korsolin Lead Acetate

Linseed Oil Lubricating Oils

paraffin mixt.

100

3 0.7 0.8

106 108

3.7

87

JP 4 disinfectant

2

1.9

saturated

chlorinated lime wash

4

99

0.1

92

Shell Dextron B 10439

0.1

106

Shell Donax T6

0.4

112

Tonna R 27, Shell

0.4

111

95 Energol HLP 50,BP

1.8

5% methanol

Methyl Ethyl Ketone

_

"r

'-,,';i:"" "20',·

';"':,:::::;:::':'.;..,

180

immn;~2<X

2.4 7.5

~

ri'
tl

(\)

~.

;:l

t'"'

0: .,

.,

i=l

u::

75

1.6

5

~

94

isopropanol

Methyl Alcohol

i=l

83

0.2

Malic Acid

@

101

0.42

4.8

Lemon Juice Lime

97

1.5

Isoamyl Alco~ Isooctane Isopar G Isopar H Isopar M Isopropyl Alcohol

110

4.5

Methylene Chloride Milk Mineral Oils Monofluorodichloromethane Monofluorotrichloromethane Motor Oils Glycoyl 30, Mobil·Oil Multigrade·HD Esso

75

@

'S"" n' Vl t:l

0.2 O.B

Naphtha

Vl

;:I

2

., .,

95 95 54

10

0-

P

91

Huls Trogamid T

Stall"

88

100/140

Nitric Acid

t

Note

(%)

(1)

<0'

Mate~ial

Cone.

~

30

Nitrobenzene Oils

,~

..

107 M3 (Baysilon) Milleor K40. Esso

0.3

0.1

97

0.3 0.3

103

0.4

100

0.4

96 92

0.7

Oleic Acid Orange Juice Oxalic Acid Paraffin

",

B6

concentrated

10 111

liquid Isopar G Isopar H Isopar M

3

94

0.7

106 108

O.B 0.2

Petroleum 1:1 with crude oil

97

0.8 1:1 with crude oil

Petroleum Ether Phenol Phosphoric Acid

97

1.4

89

4

66

Plastikator 88, Bayer

1.6

100

plasticizer, Bayer

1.6

100

special fluid. Festa

0.2 0.4

101

saturated

1.5

10 10 concentrated

Plasticizers

96

Plastikator 88

96

Pneumatic Fluids Potassium Aluminum Sulfate

4.3

Potassium Bromate Potassium Bromide Potassium Carbonate Potassium Chlorate

10 10 10

4.2

10

4.2

3

88

1.5 100

saturated

1.6

saturated solution

69

1.2

Potassium Chloride

»

97

1.5

4.2

Potassium Chromate

100

40 40

3.4

B1

2.7 3.5

94

~

z

I'\:>

'<

o

::::J

(J)

Chemical Resistance - Amorphous Nylon

-.J

»

Chemical Resistance - Amorphous Nylon

3 0

;"'

z

'<

0"

:::J

Potassium Cyanide

saturated saturated solution

Potassium Hydroxide

" solution

"

Potassium Iodide

saturated

Potassium Nitrate

" "

Potassium Perchlorate Propyl Alcohol

"

10 50

n·propyl alcohol

Pydraul150A

hydraulic fluid; Monsanto

Pydraul 230A

" " "

Pyridine Saccholactic Acid Sea Water Silicone Oils

"

Skydrol 7000

Monsanto; hydraulic fluid

" " 5 10 50 saturated saturated solution saturated

~

r;(I)

tl

I\)

t"'

., ~

<.c::

~MH)@:~~:~:~:~{rw~:;

180 30 180

N$K~tY~;illMmMW:~

30 180 30 180 30 180 180 180 180

Jill111ltllil,i,ij,'1Ijl ;;jjl~t~rl1i~Jl11l;lljlii·;' ;1[111~[~I;;i;~~[\~~1~,!

;11~'~~~~]1111111 il1~i~tl~'111~'1;

@;;)))••g~).n···.··j.·.i

~;;~~I'~~li~~~l~~i

Sulfurous Acid

~t;ll;t~~;'ll'~;I~~l'l~ ~il\lii~il;l;illlj,lll~l}l ltllillll~l~flIJ:l~l~J

~1~lli'lli~1~111ifll ii.jll;liliii~1111;1~1 il·I~1;;il1~l'I~1111~ilil

1.5 4.2

0.9 2.5 1.4 3.9 3.5 4.4

0.01 0.6 -0.1 -0.04 -0.1 0.02

saturated solution

1 10 40 96 6 6

·,11iJl1\1~;1~ll·i:j!lii~;1

3.7 0.3 0.6 0.1 -0.1 0.5 1 -0.1 0.1

l~jl;;llil!il~I~,;I~t~

3.6 4.4 1.6 4.3

"

Sugars Sulfuric Acid

(I)

0: .,

~l;l~;il;!l;~'iili;,~/;lrl

1 0.2 0.2

~

Sodium Tetraborate

30 180 30 180 30 180

~'~21~ji~*~ll

1~;lill~~11111~\;'

fire resist. hydraulic fluid

Soda Lye

P

!1~~[11",~1~11J;J;j ~11111;,ill1l1.11;l ili~Jjliijril~1

il:i~II~lil;I';illl .ftl11;I]B\111·~11

10

aircraft hydraulic fluid

Bicarbonate Carbonate Chloride Hypochlorite Polyphosphate

~J;if~!~~~~l~lJ;;~i;jl~J

;1;~;11~li~;il[llr;

AK3

Skydrol 5008

Sodium Sodium Sodium Sodium Sodium

30 180 180 180 30 180 30 180 90 180

76 73 88 97 93 91

60 94 106

90

"

Silver Nitrate Skydrol 500A

l~j;"ia;I'lli;;~

;l;;j;j~li~J,ll~i;!il

10 10

Propylene Glycol

@

N 0>

<Xl

79 92

105 102 94 100 95 95 97

95 76

180 180 180

3.5

84 94 95

30 180

2.2 4.8

95 84

@

'1:l

l:i '" r;'

Reagent

't":l '" <E'

Tartaric Acid

t""'

Tetrachloroethylene Tetrahydrofuran Tigu

Reagent Note

~

Cone. ("'1'

saturated solulion

.,

(~ys.l

•

;:l

i=l

Time

"('C)

10 10

~

c;: .,

"Temp:,

solution

\r;:

Titanium Tetrachloride Toluene Tomato Juice Trichloroacetic Acid Trichloroethane Trichloroethylene Trlcresyl Phosphate Triethylene Glycol Pelagonate Trioctyl Phosphate

20 20

1

·23 23" . 23 23"

I

23

10

~3

23 ' 23 23 23 ,2~

,

23"'" 2~

23.·' 23:'

Turpentine Urea

10 10

". 23' 23 23 23

saturated

Water

20""'"

23' .

mineral water

60 ~O··

Water Conditioner

chloramine

1 1

10 10 25

Xylene Zinc Chloride Zinc Sulfate

saturated solution saturated

,

23 23 23 23 23 23 23 23

I'··

30 180 30 180 180 180 30 180 180 180 180 180 180 180 180 180 30 180 180 30 180 30 180 180 180 30 180 30 180 30 180 180 180 180 180

POL Rating "

%·Change

% Retained

Weight

Tensile Strength

7

1.5

5

4.2

.~.

1.2

5

3.3

~;l;::

92

97

"

Huls Trogamid T

:sta~le'\'

i

8 2 5 5 8

Material Note

"" Resistance Note

I,>

.':< no\~ab;~, .

';'liOiiijh,onall{silibte<

73

c'

77

'.' SI8Dle

~".,.,.

107

8

:

---

"

~~': :~::

8 8

,

8 101

9

~:::'u

:.:-:-'

8

.:;

8

,,

9 .9

l

;

0.25

~.,

',':u" .

;.-.

99 .;;,

.....

~

~

.~

76

7

1.7 4.8 1.1

'5

3.3

83

5

4.7

91

8 4 1

4.2

78 62

4

,

o

8 5

;.

,~;}-:

,

eond~iO!lally. stable

,

,.. . s18ble:'

condilio~aDY:;';iile;Swell.;cr~irig siabie. ;~~lling

"'

s1a~le 1.8

5 3 5 3 5

5 2 5.9 3.6

9

0.2

73 89 83 105

t·

.' stable. sw,ellin.g 'n~ Slabkl; ;w~IL •.dissol•. condiliOilallysleble

s"ell:\di$sOI~·.

cO~di!i~nal~S;~ble Swe!I., di~sOI •., stable. swelling stable

8 8

» 3 o

;"'

z

'<

0" ~

Chemical Resistance - Amorphous Nylon

N 0>

co

.....,

IX>

Chemical Resistance - Nylon 11

z

'<

C>

o ~

......

......

~~ .;;~;;;j~<';;1j;',,! 60t;,:~{;~~;;\';' Acetic Acid

20

:~

Acetic Anhydride

Acetone

Acetylene

".:. :...... .

;::;~,,;;'j~":.'.:"'.""';: • •. •.• .• . ;

90

\))< .;.. ,

20

C;;,

:~

pure

.•.•
1...·.·/·

.,""

~;?:;~;;'.;',:~j',;:~:(::

20 F.. "'y., 40;;;

· · ·:. B ':./ ,::<,.... .•~\/{{;

60

;';t5 .

90

.. ,......

20 40

g~:~t::s;::~:tce

Atochem Ailsan B

attacked limited resist.

atta~ked "

Atochem Ailsan B BESN black T; bl.pig.; high temp. grade

limited resist.

Atochem Ailsan B

atta:ked

Atochem Ailsan B BESN black T; bl.pig.; high temp. grade

good resistance

Atochem Ailsan B

" limited resist. attacked

Atochem Ailsan B BESN black T; bl.pig.; high temp. grade

good resistance

Atochem Ailsan B

8 .' .....

"

Atochem Ailsan B BESN black T; bl.pig.; high temp. grade

8.

"

Atochem Ailsan B

1«)"

'..) 8.

Pi

60 Aluminum Sulfate

concentrated or paste

20 40

60 Ammonia Ammonium Hydroxide

liquid or gas

90 ;\' 20}....

"

w

concentrated

20 40

60 90

Ammonium Sulfate

concentrated or paste

"....

"

40

"

60 Amyl Acetate

" A t o c h e m Ailsan B BESN black T; bl.pig.; high temp. grade

20;"i 20 40

.'. .• i ....·

..

<./.

Atochem Ailsan B

limited resist. good resistance

60

90.·~U?'.;~.;.""

Anethole Aniline

Barium Chloride

r;'

"J;'}:'~" ;i

concentrat:d or paste

:~

" 6 0

~

~

~~

Atochem Ailsan B BESN black T; bl.pig.; high temp. grade Atochem Ailsan B

lim~:;:c~:~st.

;i',;;.'' ; \r:\;~

good re:istance

Beer Benzaldehyde

" 9 0 20

·:f}W.<··~.·. ::.... " ·'·'Wi,.,., · · · · · . ( 8 , . · "

t-<

20 40

~

W _ W

..

>:l

Atochem Ailsan B

B~~o::~:~~~:~~g·; high temp. grade

" 4 0

Vi

~.

··F,';;);,

limited resist. good resistance attacked

" 6 0 " .

@

~

p:e

(,'.'./ii.·

20 40

limited resist.

Atochem Ailsan B BESN black T; bl.pig.; high temp. grade Atochem Ailsan B

@

'i:l

~ ~

n'IJl ~

IJl

iE' ;:l

20 40

Benzyl Alcohol

t-'

..,0: ~ ..,

u::

limited resist. attacked

60 90

Bromine

20 40

Butane

20 40

Atochem Rilsan B BESN black T; bl.pig.; high temp. grade Atochem Rilsan B good resistance

60

Butyl Acetate

Butyl Alcohol Calcium Arsenate

butanol

8

20 40

.

8°

60

}.'

8

90

r/

~

, 8,

~ concentrated or paste

Calcium Chloride

~

~

1

20 40

8 8

.$

limited resist.

Atochem Rilsan 8 BESN black T; bl.pig.; high temp. grade

good resistance limited resist. attacked

Atochem Rilsan B

good resistance ~~,

60

·8,.,>"""

20

8'

8 .9

40

60 90

Carbon Tetrachloride Carbonated Water

60

'I'

20

" '1,

20 40

Chlorine

60 90 10 10 10 10

20 40

good resist.; sl. discolor. good resistance attacked

/9"

20 40

soda water

60 90

Chromic Acid

Atochem Rilsan B BESN black T; bl.pig.; high temp. grade

20 40

Carbon Disulfide

good resistance

8 '8 ;.:

'.'

B

';;,..

:<'"

20 40

Citric Acid

20 40

"

Atochem Rilsan B BESN black T; bl.pig.; high temp. grade

attacked

Atochem Rilsan B

"

Atochem Rilsan B BESN black T; bl.pig.; high temp. grade

"

Atochem Rilsan B

'1 1 "(,

1

'.'1

60 90

Cider

Atochem Rilsan B

60 90

"

Atochem Rilsan B BESN black T; bl.pig.; high temp. grade

good resistance

Atochem Rilsan B

limited resist. attacked

Atochem Rilsan B BESN black T; bl.pig.; high temp. grade

z

'<

0"

=' .... ....

N

Chemical Resistance - Nylon 11

....

--I

z

~

Chemical Resistance - Nylon 11

'<

-..l

~

o

::J

...... ......

Copper Sulfate

Crude Oils

concentrated or paste

crude petroleum oil

Cyclohexane Cyclohexanone Decalin

Diacetone Alcohol

Diammonium Phosphate

concentrated or paste

Diethanolamine

20 20 20 20

Diethyl Ether Dioctyl Phosphate

@

Dioctyl Phthalate

1l

po

~

Ethyl Acetate

ri' VJ

t1

C1l VJ

Ethyl Alcohol

15' t"'

.,

P

\C

..

.

;:l

0: .,

pure

Ethylene Chlorohydrin

20 40 60 20 40 60 90 20 40 60 20 40 60 20 40 60 20 40 60 90 20 40 60 90 20 40 60 20 40 60 90 20 40 60 20 40 60 90 20 40 60 20 40 60 20 40 60 20 40

X,"::::::':'·:' •..•.... ' ......:;.

..)?'$.~

/t:~

:(, 5\(\/'

limited resist.

»,::r,:), ::::':J!};{'" .'. ':""

good resistance

.;.::~;::::::i:~tJl~·j~:t:::::::C>?~ :,.·.":'(ai; .,," ....:'~

:'.:»?

..

.

·Y\\,is;.'i>N[:

limited resist.

::i~i.,.;" .• ~:[~;: .;·';r.. :~:

good resistance limited resist. attacked

<\11

.,~,

":::-::/'<

,

i{;;>i,~'i;';;

Atochem Rilsan B BESN black T; bl.pig.; high temp. grade Atochem Rilsan B

good resistance

limited resist.

Atochem Rilsan B BESN black T; bl.pig.; high temp. grade

:rlll

good resistance

Atochem Rilsan B

limited resist. attacked

Atochem Rilsan B BESN black T; bl.pig.; high temp. grade

:f;1~;~~;~l.~li;{);jl:(;\~;;}

good resistance

Atochem Rilsan B

)<)\:J; :::~:~~~~ ::~YT~N:/~'

good resistance

:~::. ,"

;~::.,

":":

'~:.:

.;.~}t

..

," :,~:.:

..

..

limited resist.

...,. ::;::-:::.

5<>,/;.

,%#6 8 /;,(

: :t~:[:~j:~~::~~:~]~:;~~:§;:::~:~ i~:(: :~~t~\~j~;:;

);;;;%••'.;#1:..·:(.....:.:N};·.'

limited resist.

Atochem Rilsan B BESN black T; bl.pig.; high temp. grade

good resistance

Atochem Ritsan B

limited resist.

Atochem Rilsan B BESN black T; bl.pig.; high temp. grade

good resistance

Atochem Rilsan B

limited resist. attacked

@

'1:1

Ei ~

c:;' V>

tl

IEthylene Oxide

ro

V>

<E' ;:l

I:

.,

IFatty Acid Esters

0-

.,~

IFluorine

Formaldehyde

technical

Formic Acid

Freon 12 Freon 22 Fruit Juices Furfuryl Alcohol

Gasoline

gas oil high octane gas oil high octane gas oil high octane

Glucose

Glycerin

Glycols

Greases

Hydrochloric Acid I

Z

pure

20 40 60 90 20 40 90 20 40 60 90 20 40 60 20 40 60 90 20 20 20 40 20 40 60 90 20 20 40 40 60 60 20 40 60 90 20 40 60 90 20 40 60 90 20 40 60 90 20 40

good resistance limited resist.; 51. discolor. limited resist. attacked

Atochem Rilsan B

Atochem Rilsan B BESN black T; bl.pig,; high temp. grade

good resistance limited resist. good resistance

Atochem Rilsan B Atochem Rilsan B BESN black T; bl.pig.; high temp. grade

attacked

Atochem Rilsan B

Atochem Rilsan B BESN black T; bl.pig.; high temp. grade good resistance limited resist.

Atochem Rilsan B

attacked

Atochem Ritsan B BESN black T; bl.pig.; high temp. grade good resistance

Atochem Rilsan B

limited resist. attacked

Atochem Rilsan B BESN black T; bl.pig.; high temp. grade

good resistance

Atochem Rilsan B

Atochem Rilsan B BESN black T; bl.pig.; high temp. grade Atochem Rilsan B limited resist. attacked

Atochem Ritsan B BESN black T; bl.pig,; high temp. grade

good resistance

Atochem Rilsan B

limited resist. attacked

Atochem Rilsan B BESN black T; bl.pig.; high temp. grade

good resistance

Atochem Rilsan B

Atochem Rilsan B BESN black T; bl.pig.; high temp. grade Atochem Rilsan B limited resist.

'< 0

N

::l

...... ......

-..(

Chemical Resistance - Nylon 11

U>

N

Chemical Resistance - Nylon 11

z

'<

-...I

~

0:::J

...... ......

1 1 10 10 10 10

Hydrogen

Hydrogen Peroxide

20 yol.

.

Lactic Acid

Linseed Cake

Magnesium Chloride

50 50 50 50

Mercury

Methane Methyl Acetate Methyl Alcohol Methyl Bromide @

'tI

is" ~

Methyl Chloride Methyl Ethyl Ketone

r;'

'" ~ cEo '"

Methyl Isopropyl Ketone

;:l

t"'

0: ..., >:l ..., (t:

Methyl Sulfate

pure

60 90 20 40 60 90 20 40 60 90 20 40 20 40 60 90 20 40 60 90 20 40 60 90 20 40 60 90 20 40 60 20 40 60 20 40 60 20 40 20 40 20 40 60 90 20 40 60 90 20

attacked

.

•

good resistance limited resist. attacked

il••tWili•••

•••·X••t·6NtlI·••

~;:~j~~]:i:~~:~f.{~~[:~t:~:~~J~f[~j1:[:J~:::~~:::~

~i~~~~';iili~~!1~]~l~'f: {;.;@;m;;~;;1i%%!@.·.·.

:j;:[~)~~~{f:l~:©t~~f~:::(1!j~ill~f:;f~B~t:

Atochem Rilsan B Atochem Rilsan B BESN black T; bl.pig.; high temp. grade Atochem Rilsan B

.

Atochem Rilsan B BESN black T; bl.pig.; high temp. grade

good resistance

Atochem Rilsan B

.

Atochem Rilsan B BESN black T; bl.pig.; high temp. grade

..

Atochem Rilsan B

limited resist. good resistance

limited resist.

Atochem Rilsan B BESN black T; bl.pig.; high temp. grade

{(@MEfW!gm;;Mti

good resistance

Atochem Rilsan B

~;':;'~!;[,~;l;~::=t(:j.[i!;~:;;~:

.. ..

Atochem Rilsan B BESN black T; bl.pig.; high temp. grade

;;f·im0:;;~fjjiI;i\i1t

.. ..

Atochem Rilsan B BESN black T; bl.pig.; high temp. grade

.. ..

Atochem Rilsan B BESN black T; bl.pig.; high temp. grade

~:~ntHt}i$flg:~:t:::::::

j.·!l';;@;;iji;;.j.•;\jiM

@Ot..;i.ii...··s . . .·•. . . . <.Ki

,i;\~;li1t,~~i.li~I;~;; ;i.;·;i1~]~~;l;j1i;~;;;i';1;;~~l'l;

Atochem Rilsan B

Atochem Rilsan B

Atochem Rilsan B

limited resist. attacked good resistance attacked good resistance attacked good resistance limited resist. attacked

Atochem Rilsan B BESN black T; bl.pig.; high temp. grade

good resistance

Atochem Rilsan B

limited resist. attacked

Atochem Rilsan B BESN black T; bl.pig.; high temp. grade

good resistance

Alochem Rilsan B

.

@

::2

>:l

Ul

..... r;'

,r' :~

Ul

tl (l) Ul

<E' ;:l

t"'

0: .... >:l ....

Mustard Naphtha

solvent

Naphthalene

Nitric Acid

Oils

Oleic Acid

Oxalic Acid

Oxygen

Ozone

Perchloroethylene Petroleum

normal

Phenol Phosphoric Acid

50 50 50 50

20 40 60 90 20 40 20 40 60 20 40 60 90 20 40 60 90 20 40 60 90 20 40 60 90 20 40 60 90 20 40 60 90 20 40 60 90 20 40 20 40 60 20 40 60 20 40 60 90

good resistance

Atochem Rilsan B

Atochem Rilsan B BESN black T; bl.pig.; high temp. grade Atochem Rilsan B

limited resist.

Atochem Rilsan B BESN black T; bl.pig.; high temp. grade

attacked

Atochem Rilsan B

Atochem Rilsan B BESN black T; bl.pig.; high temp. grade good resistance

Atochem Rilsan B

Atochem Rilsan B BESN black T; bl.pig.; high temp. grade Atochem Rilsan B

limited resist.

Atochem Rilsan B BESN black T; bl.pig.; high temp. grade

good resistance

Atochem Rilsan B

limited resist. attacked

Atochem Rilsan B BESN black T; bl.pig.; high temp. grade

good resistance

Atochem Rilsan B

limited resist. attacked

Atochem Rilsan B BESN black T; bl.pig.; high temp. grade

limited resist.

Atochem Rilsan B

attacked Atochem Rilsan B BESN black T; bl.pig.; high temp. grade limited resist. attacked

Atochem Rilsan B

good resistance

attacked

good resistance limited resist. attacked Atochem Rilsan B BESN black T; bl.pig.; high temp. grade

z

'<

o

=:l ~ ~

Chemical Resistance - Nylon 11

N --l (Jl

N -..J

Chemical Resistance - Nylon 11

z

'<

(j)

o

=:J

...... ......

Picric Acid

Potassium Hydroxide

Potassium Nitrate

50 50 50 50 concentrated or paste

Potassium Permanganate Potassium Sulfate

5 5 concentrated or paste

Propane Pyridine

pure

Sea Water

Soap Sodium Carbonate

Sodium Chloride

solutions

concentrated or paste

saturated

Sodium Hydroxide © 'il ~ ~

o'en

1?en

\Q' ;:l

~

., .,>l

0-

<.c:

Sodium Sulfide Stearic Acid

50 50 50 50 concentrated or paste

.. ..

20 40 60 90 20 40 60 90 20 40 60 90 20 40 20 40 60 90 20 40 60 20 40 60 90 20 40 60 90 20 20 40 60 90 20 40 60 90 20 40 60 90 20 40 60 20 40 60 90

.

j'/;h;:l •J;/ i?<;\~ . X,;<

:,ij~;j\;~n~~';;~f;i;'i • •;;'!•.• ;;••·•• •;,~m· . };.. . . . . .

~ ; ·~'~j;,]l;t{]i~;.~ · ·~,· ·,;·,

':;;;E&.fY·Y?

good resistance limited resist. attacked

..

good resistance limited resist.; sl. discolor. attacked

.. ..

Atochem Rilsan B BESN black T; bl.pig.; high temp. grade Atochem Rilsan B

Atochem Rilsan B BESN black T; bl.pig.; high temp. grade Alochem Rilsan B

Atochem Rilsan B BESN black T; bl.pig.; high temp. grade Atochem Rilsan B

good resistance

;;y~~:~~~~ :::::~]?ti:::t~:{:?: .:.;.::~: .".t,·,····· • .}.S·

:!!"i·;;;;l;~t":\:

.•

..

·,·;jfL',~?i.; ?

" '" >"8""

''1'

;;t:",$.h/>. ,1 .....;""•... ;;1;?;d~;;

Atochem Rilsan B BESN black T; bl.pig.; high temp. grade Atochem Rilsan B

limited resist. attacked

) ....·1:

'~·n:;;

.. ..

. . "'.

.,

:::::[[~:i[1~~~:)~~~~:~;~::~~}~:::::::~t:;::~;···

.. ..

Atochem Rilsan B BESN black T; bl.pig.; high temp. grade

good resistance

Atochem Rilsan B

.. ..

Atochem Rilsan B BESN black T; bl.pig.; high temp. grade

limited resist. attacked

Atochem Rilsan B BESN black T; bl.pig.; high temp. grade

good resistance

Atochem Rilsan B

.. ..

Atochem Rilsan B BESN black T; bl.pig.; high temp. grade Atochem Rilsan B

limited resist. attacked

..

.1t~j~i;;i.~l~1·;.,~i;·,

good resistance limited resist.

WiiWe?·.···, .

good resistance

{@f .·..;5inI¥.'.·••'.;',·.· .

Atochem Rilsan B

limited resist.

Atochem Rilsan B BESN black T; bl.pig.; high temp. grade Atochem Rilsan B

Atochem Rilsan B BESN black T; bl.pig.; high temp. grade

@

'tI

S" ~

n'en ~ en

~.

Stearin Styrene

;:3

t-'

Sulfur

..,

Sulfur Trioxide

& .., p

(t::

Sulfuric Acid

Tartaric Acid

1 1 1 1 10 10 10 10 saturated solution

Tetraethyllead Toluene

Tributyl Phosphate

Trichloroethane Trichloroethylene Tricresyl Phosphate

Trisodium Phosphate

Turpentine Urea

z

concentrated or paste

pine oil

20 60 20 40 20 40 20 40 60 90 20 40 60 90 20 40 60 90 20 40 60 90 20 20 40 60 90 20 40 60 90 20 40 20 40 20 40 60 90 20 40 60 90 20 40 60 20 40 60 90

limited resist. allacked Atochem Rilsan B BESN black T; bl.pig.; high temp. grade good resistance limited resist.

Atochem Rilsan B

attacked good resistance limited resist. attacked

Atochem Rilsan B BESN black T; bl.pig.; high temp. grade Atochem Rilsan B

Atochem Rilsan B BESN black T; bl.pig.; high temp. grade good resistance

Atochem Rilsan B

limited resist.

Atochem Rilsan B BESN black T; bl.pig.; high temp. grade

good resistance

Atochem Rilsan B

limited resist. Atochem Rilsan B BESN black T; bl.pig.; high temp. grade good resistance

Atochem Rilsan B

limited resist.

Atochem Rilsan B BESN black T; bl.pig.; high temp. grade Atochem Rilsan B

allacked limited resist. allacked good resistance

limited resist.

Atochem Rilsan B BESN black T; bl.pig.; high temp. grade

good resistance

Atochem Rilsan B

Atochem Rilsan B BESN black T; bl.pig.; high temp. grade Atochem Rilsan B

limited resist. Atochem Rilsan B BESN black T; bl.pig.; high temp. grade

'<

o

I\)

:=l

-'-'-

Chemical Resistance - Nylon 11

--..I --..I

z

Chemical Resistance - Nylon 11

'<

I\J ......

(X)

o

:::J ~ ~

Reagent' Uric Acid

Reagent Note

Conc.

(")',:,,,,>

, Temp. '('C) 20 40

,R~~istance Not~

Material Note

good resistance

Atochem Rilsan B

limited resist.

Atochem Rilsan B BESN black T; bl.pig.; high temp. grade

good resistance

Atochem Rilsan B

SO

Vinegar

90 20 40 SO

Water

Wines Xylene

@

::2 ~

~

n'Vl lVli?

lEi" ;:l

t

..,0..,~ <.c::

90 20 40 60 90 20 20 40 60 90

Atochem Rilsan B BESN black T; bl.pig.; high temp. grade Atochem Rilsan B

Atochem Rilsan B BESN black T; bl.pig.; high temp. grade Atochem Ailsan B

·S limited resist. Atochem Ailsan B BESN black T; bl.pig.; high temp. grade

@

% Change

"tI

Ei ~

Reagent

'"t l

Accumulator Acid

Reagent Note

c:;.

(~I

;:l

t"'

0: ....

Temp.

('cl'

Time

POL Rating I

Waight

% Retained Elongation

(days)

Flexural Strength.

Fi'e1>!st~n~e .

Note

Acetaldehyde Acetamide Acetic Acid

Huls Vestamid Emser Grilamid; 1 mm thick

. ";',

10 10 10

l=l ....
Material Note

-;::},~.

30 30 40 50

ro

'" <5'

COile.

':~~')~:::::f""::~~:::;"

"." ..

.; J~ited r~~lsl.

>;n~,,~raS!S1anCa

40 50 50

not reslst:;brle' contact poss, ;; ';;;;t~~~iS1an; .;~,.,

•

d

Huls Vestamid Emser Grilamid; 1 mm thick Huls Vestamid Emser Grilamid; 1 mm thick Huls Vestamid

glacial Emser Grilamid; 1 mm thick Huls Vestamid

Acetic Acid Butyl Ester Acetic Acid Ethyl Ester Acetic Anhydride Emser Grilamid; 1 mm thick Huls Vestamid

Acetone Emser Grilamid; 1 mm thick Huls Vestamid

Alcohols Allyl Alcohol Alum

Emser Grilamid; 1 mm thick saturated sol'n.

Huls Vestamid Emser Grilamid; 1 mm thick Huls Vestamid

saturated sol'n.

Aluminum Salts Emser Grilamid; 1 mm thick Huls Vestamid

Ammonia

10 10 10

Emser Grilamid; 1 mm thick Huls Vestamid

concentrated sol'n. gas Emser Grilamid; 1 mm thick Huls Vestamid

concentrated sol'n. gas

Ammonium Acetate Ammonium Carbonate Ammonium Chloride

10

Emser Grilamid; 1 mm thick Huls Vestamid

Ammonium Nitrate

z

'<

o

~

...... N

N

Chemical Resistance - Nylon 12

-...t

co

z

I'\.)

Chemical Resistance - Nylon 12

'<

ex>

o

o

::J I'\.)

Ammonium Salts Ammonium Sulfate

\iiC>~?>i'

Amyl Acetate Amyl Alcohol

..,.,. . .,.".'.',.,g;}/.."',. "" %)39,\;H

Aniline

U;;;;~gb;;!;"

~"FX

365

;;n~%;;lJi id' ;C,'.:,..

·"·",#",)"a,, .".,).. .

,>20··d\»· 365

. .•.);;;)~,;.~ . ,.!\;!;"'., ~:~~r:~t~tJ~:~~:!::~~ii:[~:t1~1:;~:~: .,.w.

Aniseed 011 Antifreeze

~;.; :~;<'-:: >::#<:':*'~ ~:: :;:;VW::::::/\f1/:[;/{$':

.•~;.,,':,.~ ' ,.•·• :~~~r~~~~ii'i~;-i;~;;j];~;:~

._.y._.v.___.,., __,

viIi;;tLJ?

... " .

Animal Fats

:}::J}~:::::; :':::::::#A~~~:f:~:~&~:W~)~~::~:::hMmr~::;

•. , .••- .... , . . . . v ••••.,..·.·.· ",,, . ,>Y".,'V," .•......•••... _.

.:...:<-.};~

:;}:t~ir&~r }? t::f~&mW

Emser Grilamid; 1 mm thick Huts Veslamid Emser Grilemid; 1 mm thick HuIs Vestamid Emser Grilamid; 1 mm thick Huls Vestamid

" Emser Grilamid; 1 mm thick Huls Vestamid

"""r"

lard suet lard suet

""<)4~

365

.;.;

4,2.9;'"

Huts AG

t>/1!)j

W··,lt··

~~

~ . .;.

"~\'"

,,:.,

.,;;.;:::; ~:::'* :';::::;:i>::\:<:~/~/{:~:'::::;-<:' x ',/,',v

i+<;
.....,.

::~::;;;?::::~::k::

r,',-.-.

".~'

Emser Grilamid; 1 mm thick Huls Vestamid Emser Grilamid; 1 mm thick Huls Vestamid

Apple Juice Apple Puree Aqua Regia Emser Grilamid; 1 mm thick Huls Vestamid

,.,

Asphalt Aspirin ASTM 011 No.3

.)~).,.,.\.

Attar of Roses Barium Salts

;::~::

'

@

30

'1:l

S" C/)

'2~'

:.~:

Battery Acid Beer Benzaldehyde

365

•.•.• })··.·20 ." .••. . . .:.. :.:..;,::::.::.:

ASTM No.3

.

.. ,'

.

365

20 ..

;;'~~';~~'~;

~;.. "x,···':;';:~;,. r.:tX)F~:ftt: '~::r~::g1~

.,:. .~~:. . ;,., y . ;. '+ ::;:;:-'-'1

Huls Vestamid Emser Grilamid; 1 mm thick Huls Vestamid

/\~( 1tA~)::: /:::}~:?:f%~?:""

. :,;~..

Emser Grilamid; 1 mm thick

:ttw ::)~{; :::6~~L ::f:} ::tt>·

Huls Vestamid Emser Grilamid; 1 mm thick Huls Vestamid

~t~/\:: :m1m~}

• • &\.n.:o\;·<W>····

>l\> }·•• tlffi"~~@s,Wj;;;jn

\:::&:>\::

..... .................·.·.·.·.·.·.w.".·.·.'-"...... ~

365 365

•.••;;';;

Emser G,ilamid; 1 mm thick

·!;·i~.lt·l1~11~;i~I! ••

(.i;;~1~'I~~t~!i~;!~~t~~·;1!;!llli;i

Huls Vestamid Emser Grilamid; 1 mm thick

,,···'X,H/t...·· ·

,·t;·'''··iiObi'~iiiit:\k

)ii': n·

365

tl

Emse' Grilamid; 1 mm thick Huls Vestamid

(\)

C/)

cEo t"-

o:., .,>:l

u:

Huls Vestamid

saturated

C/)

;:l

Emser Grilamid; 1 mm thick

:'!(S1f ~(: \J:t)\{:-:;:;.

w.·

. ;J . ;J~\ it;:, .);!!;;ili >j"

.".

W"h/za·t·'i,

.<;:;;20'"

ri'

8\;'"

it; Iti@\

0.3

~

;.lA··

saturated

Benzene

··.···D£Zan:n

365

Jt.rrJlfnr

. :. "'::}:f :.'::X~:.,:'·· ~:. :/~~\';;'

))tH:rttm?:Hi:.~

Emser Grilamid; 1 mm thick

@

1\%C~an~e.

'\l

po CJ> ~

Reagent :.:.

Reagent Note

Benzene

benzole

:~~.-

(")

r;' CJ>

tl

Conc.

Temp~i'

('C)

Time

CJ>

~

365

8

saturated

Benzoic Acid

365

8. 6 0"

i=l

Benzyl Alcohol Bitter Almond Oil Bitumen Bleach

ReSlstanie Note

Material Note

·~v

Emser Grilamid; 1 mm thick Huls Vestamid

Emser Grilamid; 1 mm thick Huls Vestamid

o

saturated

....

Fie~uia(3

Strength .

f"

Benzoic Acid

....

\C

% Retained· Elongalion

7.

;:l

0-

Weight

(dlys)

~

to·

POL Rating I

365

365 12.5% chlorine

3 8 8

Emser Grilamid; 1 mm thick

8

Emser Gritamid; 1 mm thick

5

Huls Vestamid

Huls Vestamid

1

o

Bone Oil Borax

seturated sol'n.

365 saturated sol'n.

Boric Acid

10 saturated

8 8 8 8 8 8 8

Emser Grilamid; 1 mm thick Huls Vestamid Emser Grilamid; 1 mm thick Huls Vestamid

8 seturated

Brake Fluids 365

8 8 8 8

Brandy

8 365

Bromine

bromine liquid bromine waler, saturaled vapor, high concetnlration

8

Emser Grilamid; 1 mm thick

'1

Huls Vestamid

j<,.

1

3 bromine liquid bromine water, saturated vapor, high concetntration

Butane

Emser Grilamid; 1 mm thick Huls Vestamid

.i1'.

Emser Grilamid; 1 mm thick Huls Vestamid

gas liquid Emser Grilamid; 1 mm thick Huls Vestamid

gas

Butter Emser Grilamid; 1 mm thick Huls Vestamid

Buttermilk Emsar Grilamid; 1 mm thick Huls Vestamid

Butyl Acetate Emser Grilamid; 1 mm thick Huls Vestamid

z

'<

5"

:::J

~

N

Chemical Resistance - Nylon 12

N 00

~

z

Chemical Resistance - Nylon 12

'< (5

N

ex>

N

:::::l

N

Butyl Alcohol

;;ii:i'

n·butanol butanol n·butanol

S •. 0I~9

Butylene Glycol Butyric Acid Cake Calcium Chloride

:.;

;:{.

. .·

23""

8'.'.. 365

"'.':

,'l'

365

:, 20 in alcohol

10 20

~;'i:~~\~~'

j

6

.~

~.:

,.\,';'7/;; ! .. ;.;:N~~:;~a

\.,~

>'

r

I~l~(:,::i~;::j;,.:',,';: 5i."p~~£.\!<=~!fY:!es~~.n!;r. .. ".v')eslslltiif'"

Huls Vestamid Emser Grilamid; 1 mm thick Huls Vestamid

. reslslant,'"

Huls Vestamid

.. ;.;.... .. ~

.·.••.••"...8

365 365

:;;r;r6~;J"

/h,8

.

'~::,.,

',", 'tj::i;:( .. "'"

r

~;

.

.;...• ,~

:

a'-",.\{ .

Emser Grilamid; 1 mm thick

Emser Grilamid; 1 mm thick

.. ..

.•. <noljesisi:i 6iier~oniacl'pd$$:

,;i'p~a~t~:;i::J\~~d'

Huls Vestamid

Calcium Nitrate Camphor Carbon Disulfide

",{~3tkn;

;;'0'~;;;~~:2'~;11

v, .•. . 365

.

.

:~;1

::;.;::{~::)::).:::: :;~~>."

Emser Grilamid; 1 mm thick

,:::i:\.. :f··'.':; ; . '\

h~)· • .•

iibd~'):/; "i

':'-:":::~ ;:::::::::::J;::~" ::;<:;~::~:::::;~::::~}1:/(:::::::::)@t:!;;:;:

'~

.

Carbonated Water Catechol Catsup

·{~}:\\\.:~fE

IX; ·;;,8?+·...

~:::;:-.:.;

;.·.J@iit~g;;@}\

Carbon Tetrachloride

:,:y:/ 8'Xl

365

-.-···.·'2;~.:~

__.:·· ."

·.··-.·.. w,··

Huls Vestamid Emser Grilamid; 1 mm thick Huls Vestamid Emser Grilamid; 1 mm thick Huls Vestamid

soda water

6

Caustic Potash

;<X@l~~&KJ}i

365

::::···t¥~··):;:;;li·. .:::. ~ y

~:~~{::t:}}{8\:t·:·

;@X%~o:}x:h';

ketchup

nHill/·.flfjl~.#.•.!~$iS:@i/«'

.•ij\

n\kfH··;\.. . Lyeslsiiilil·>/; .'X.,:i:c.. ,•.. • ",'

Emser Grilamid; 1 mm thick Huls Vestamid

10

10 25 25 50 50 10 10 25 25 40 50 50

Caustic Soda

365

Emser Grilamid; 1 mm thick Huls Vestamid

Cheese curd cheese @

Chlorine

"t'l

r:i

chlorine water gas moist gas

~

"

'rct)"

chlorine water dry gas liquid

n' tEo '"

365

i.Wi(;W20:tX:;:·'

t&N;;\§IttUt·.

>,·nMjilM;lilii!i~;r.$t$lif.K%:FW""i

Emser Grilamid; 1 mm thick

r:@Y::liWW'·'(:·"

;",PdF·.. . '·'FiiOHtsi$lllJ\f({ ";'./'''... <

Huls Vestamid

1;;'.:::~';ij>~1;::1~~!¥~ijl~1i.;;[~;

Emser Grilamid; 1 mm thick Huls Vestamid

/S.WaJ!ij.c.keil..till.8.r·l!rlefi
Emser Grilamid; 1 mm thick

chlorine water dry gas liquid

t

It::

;;'Wg;2c3·;tt·.X··

365

;:l

..,0..,>l

5 5 10 10

Chloroacetlc Acid

10

.,.,........"'.. ~~i;i ...·>····

365

;,(.6·t.; >nr

'.'

@

':r'~:~~::X:: '.~::'" y:" .~~::

'....."

Ei Ctl r;' Ctl

tl

..

. "J,'

".:,:::~;::-.:::

:;-»:.:>

J~~

..... "

....

""'Change

R,~~~;nt ')

:

. ~:i"" , .

..

•

·~c

;'

'.' Reagent Note :....._"'"........ ,.~_~.... _ ••

''Y'''o

Cone:' , ("I,

POL ~atiri~c:;' '~~i;h;:

Time (diya)

I Elong$lion I

Chlorobenzene

(\)

Ctl

lEi' ;:l

t""'

0: ....

.S Chlorobromomethane Chloroform

'} :,.,."

:' . is.;)",,:.· . "'\.,.60. .r

p

....

u::

365

1 10 20 20

~:

[f

chromic/sulfuric acid

Chromium Salts

~

,I

saluraled

:~

::: ~:

saluraled

1~3

C'.

1-2j.i,/:

365 365

20' .6.0 ;,.?3 '''20'' '.,• ,...; 23 .•,..•.

6K'A)i'

1

,

t

I 365 365

~:

I

\R~lli$tan*e Note

I

'J

~:t·;t~::,~~f.~fl~~~~tit~~f'; . ,..

;,.;';" .· · .·••.:';{;ifl\m"!~ •.~~~.~g;}t· . . . , ..·.. ?II@!il~[.~I~ll\M •. ·.

l • 1

!l~

Chlorosulfonic Acid Chromic Acid

!!~~~!~~

6 -3 t 1 1

8 8 8

,

\•.•.•

Emser Grilamid; 1 mm thick Huls Veslamid Emser Grilamid; 1 mm thick Huls Veslamid

limiied reslsl.

Emser Grilamid; 1 mm thick

Y.

. nol~.S'lsta;;t

•. ,

:','

.

Huls Vestamid Emser Grilamid; 1 mm thick Huls Vestamid

n9q\~f~~~~"~i~\~,~I~~~~ •• nOli~SiSl.(iij~IZ~;'I$CI

~~

~aWlalNote

"".:~

pOlS. .

" Huls Veslamld

•

, ••••. ,>~tl~c~.'!!!,~ny~i;!.!1l911iacl

Emser Grilamid; 1 mm Ihick

i.······· ··..•.,;: .

Huls Veslamid Emser Grilamid; 1 mm thick Huls Vestamid

f~<':~,~i~ri.i,~';::i .

Chromium Trioxide Chromosulfuric Acid Citric Acid Cloves

saluralad sol'n. clove oil spice

Coca Cola l

Cocoa

powdered ready 10 drink

,2l

365

!'.,' ".

l ., 'i3';F

powdered ready 10 drink

'

l l'

20" ••,20,..

365

l3.

I

60'·

....'\~'::;:'.. : .

8

e.,..... 8

........ .~

.... ::;.~: .....

~:

8 "'8

8

::::?,:~>

:~:~:

..

>-hJ';:"

j I

",'

"';"/;:"'::)

"

.~-

Emser Grilamid; 1 mm thick

.

':~/:;':}(.

Huls Veslamid

.'~;~.,:~

" Emser Grilamid; 1 mm thick Huls Vestamid

....,

Coconut Oil 365

" "

Cod Liver Oil Coffee

beans and ground ready to drink beans and ground ready to drink

Copper Salts Corn Oil Cream Cresol

I

23,:

I

60

365

1

23" ..',.,

10

,

365

•

.,•.•",,:20.;, "',"

8 8 8 ". 8

.. .. :.'. ~

., .;

Emser Grilamid; 1 mm Ihick Huls Veslamid

"

"

. ::?':::::')::;:~/"' . :,~ -. ?,'

·::K\>...·

Emser Grilamid; 1 mm thick Huls Veslamid

........

>:~

::~

Emser Grilamid; 1 mm thick Huls Veslamid

whipped cream saturaled

0.25 0.25 ~'

sol'n.

Z

r

·····20.·'·'·

•

8

'< 0

l\:I

:::J

...... I\)

...,=_=L'!sisranl

Chemical Resistance - Nylon 12

co

w

I\.)

Chemical Resistance - Nylon 12

z

'<

ex> ~

o

::::l I\.)

Cresol

Emser Grilamid; 1 mm thick Huls Vestamid

Cyclohexane

Huls Vestamid Emser Grilamid; 1 mm thick Huls Vestamid

Cyclohexanone Emser Grilamid; 1 mm thick Huls Vestamid

Cyclohexyl Alcohol Emser Grilamid; 1 mm thick Huls Vestamid

Dairy Products

milk foods

Decahydronaphthalene Decalin Detergents

Emser Grilamid; 1 mm thick Dixan detergent sol'n, high cone, synthetic Dixan detergent sol'n. high cone. synthetic

Huls Vestamid

Dibutyl Phthalate Emser Grilamid; 1 mm thick Huls Vestamid

Dibutyl Sebacate Diesel Fuels

diesel oil Emser Grilamid; 1 mm thick Huls Vestamid

Di~thyl

Ether Emser Grilamid; 1 mm thick

Dihexyl Phthalate

Huls Vestamid

Diisononyl Adlpate Diisononyl Phthalate @

IDimethylformamide Emser Grilamid; 1 mm thick Huls Vestamid

~

!=l

~

n' en tl
IDioctyl Adipate IDioctyl Phthalate Emser Grilamid; 1 mm thick Huls Vestamid

tEl" ;:l

l:

0-;

!=l -; \C

Dioxane Dioxane (1,4-)

Emser Grilamid; 1 mm thick Huls Vestamid

@

"O(lh.~ng~ . .

~

s V>

Rei'g,,'nt

Reagent Note

~

(")

r;' V>

?? V>

~.

Dishwashing Detergents dish washing

Edible Oils

;:J

t

.,

0-

.,P

Cone.

Egg Ethers Ethvl Acetate Ethyl Alcohol

Temp. ('C) ~~~<,

Time

PDL Rating I

Weigbt

% Retalned Elongation

(dIYs)

Flexural. Slrenglll"

I}eslstanee Note

Material Note Emser Grilamid; 1 mm thick

365 365

animal vegetable

Huls Vestamid

and fats animal vegetable

Emser Grilamid; 1 mm thick Huls Vestamid

raw and boiled Emser Grilamid; 1 mm thick ethanol 80% petroleum wi 20% ethanol

ethanol

10 10 20 20 20 20 50 50 96 96

Huls Vestamid

2.23

68

74

4.25 6.25 6.91

44 43 39

53 49 46

30% gl.fib.; 6.4x12.7xI27 mm specimen

Huls Vestamid

Emser Grilamid: 1 mm thick Huls Vestamid

Ethylene Chloride Emser Grilamid; 1 mm thick Huls Vestamid

Ethylhexyl Alcohol (2-) Fish Floor Polish

2·efhylhexanol pickled floor wax Emser Grilamid; 1 mm thick Huls Vestamid

floor wax

Flour Emser Grilamid; 1 mm thick

Fluorochlorohydrocarbons Formaldehyde

Huls Vestamid

10 10 30 30

40 40 40

Emser Grilamid: 1 mm thick Huls Vestamid

formalin Emser Grilamid; 1 mm thick

Formamide Formic Acid

z

10 10 10

Huls Vestamid Emser Grilamid; 1 mm thick Huls Vestamid

'<

0"

='

~

N

Chemical Resistance - Nylon 12

N 00 01

N CP 0>

Chemical Resistance - Nylon 12

z

'<

o

:::J

N

40 50 50 85 90 90 98 98

365

Freon Freon 12 Fruit Juices

~.t~;J;;N<j

365

?\,8 .)):

'5:-:

: "',:~,,;'" 1}!!I,,t~i~~;:,' "

,flat lesISI.\brIBfi:6rilaclposs\ '

Emser Grilamid; 1 mm thick Huls Vestamid

tit
Emser Grilamid; 1 mm thick Huls Vestamid

fruit cocktail

"

Emser Grilamid; 1 mm thick Huls Vestamid

;,-.w,.-.

Fuel Oils

:~

heating oils

/

20

'213 Fuels Furfural Furniture Polish

heating oils

.,.i}'t\o

motor fuels

.23

j

365 365

8 8

,

.8 ,:~-,

,

8

iii,:~:,~:i::.'~~:;I!,:" ,.,' ,':', ".·i:?

Emser Grilamid; 1 mm thick Huls Vestamid

i:~fI::;i:A

Emser Grilamid; 1 mm thick

.': ':'i:

.'8

.

Gasoline

,,;:,,-

:~~:

"

Huls Vestamid Emser Grilamid; 1 mm thick Huls Vestamid

premium grade regular Emser Grilamid; 1 mm thick Huls Vestamid premium grade

Gin Glycerin

40 aqueous, high cone. aqueous, low cone.

>:c•.••

.-., .....

"'

aqueous, high cone. aqueous, low cone.

Emser Grilamid; 1 mm thick Huls Vestamid

Glycols aqueous, high cone. aqueous, low cone.

365 @

'i:l

aqueous, high cone. aqueous, low cone.

Ei ~

ri'

Grapefruit Juice

tl

Gravy

C/) ~ C/)

<E' ;:l

t"-

..,o:

..,p

u::

Ground Nut Oil

Emser Grilamid; 1 mm thick Huls Vestamid

,r~9~~~9l!.,

@ ~

po Vl

Reag$nt

Reagent Note

"

(")

~

n'Vl tJ

l:emp;' il Time ('C)';] ,(~r,s)

Cone.

... ...

Mate;;al ,Note .:1

HuJs Vestamid Emser Grilamid; 1 mm thick Huls Vestamid

~

Hexane 365

0"

I=l

Note

. ,8

~

tt:

,R~si~iance :~~.

Vl

;:l

Elongation

8

Heptane

(1)

cE'

",' ,"""""""""';';""" POL Rating' Weight

Honey

a

Horseradish

8'

365

Household Cleaners

Lysol washing·up liquids LysoJ washing-up liquids

Hydraulic Fluids Hydrochloric Acid

a

Emser Grilamid; 1 mm thick

5

Huls Vestamid

a 1

8 8

1 10 10 10 40 40 concentrated

1

6 1

..

~

23

365

3 1 1 1 1

<2 >2

Hydrogen Chloride

Hydrogen Fluoride Hydrogen Peroxide

gas low cone.

._,..... c,"'.·:_.,:·;.:···· ...;.,:-:.: ..:,: ... " ..

Emser Grilamld; 1 mm thick

,),,··,,··ttmheifieslsi;··'

'Y n~;~;~jsia;'t

not ,eslff;~,rie'conlact pass_

"not t'$istant

Huls Vestamid Emser Grilamid; 1 mm thick Huls Vestamid

Emser Grilamid; 1 mm thick HuJs Vestamid

gas, high cone. gas, low cone. gas, high cone. gas, low cone.

Hydrogen Sulfide

Huls Vestamid Emser Grilamid; 1 mm thick Huls Vestamid

8 8 8 8

40 2 3 3 10 10 19 30 30 30 5

Emser Grilamid; 1 mm thick Huis Vestamid

Emser Grilamid; 1 mm thick Huls Vestamid Emser Grilamid; 1 mm thick Huls Vestamid Emser Grilamid; 1 mm thick Huls Vestamid

10 10

Hyposodium Thiosulfate Inks

Emser Grilamid; 1 mm thick indian ink Huls Vestamid

Iron Salts

z

acid neutral

20 20

Emser Grilamid; 1 mm thick

'<

5"

I\:)

:::l

~

I\:)

Chemical Resistance - Nylon 12

00

-..J

!') (» (»

Chemical Resistance - Nylon 12

z

'<

o ::::l I\.)

;.::. {;.:

..;.:

:~:-

aqueous

Huls Vestamid

Isooctane Emser Grilamid; 1 mm thick Huls Vestamid

Isopropyl Alcohol

isopropanol Emser Grilamid; 1 mm thick Huls Vestamid

Jams marmalade Emser Grilamid; 1 mm thick Huls Vestamid marmalade

Lactic Acid

5 10 10 50 50 50 90 90 90

Emser Grilamid; 1 mm thick Huls Vestamid

Emser Grilamid; 1 mm thick Huls Vestamid Emser Grilamid; 1 mm thick Huls Vestamid

Lanolin Emser Grilamid; 1 mm thick Huls Vestamid

Laundry Detergents

Oixan detergent sol'n.

Lavender Oil Lead Salts Lemon Juice Lemon 011 Lemonade Lime Lime Chloride

Emser Grilamid; 1 mm thick Huls Vestamid Emser Grilamid; 1 mm thick Huls Vestamid

chlorinated

Emser Grilamid; 1 mm thick Huls Vestamid

Linseed Oil

© ~

S' ~

r;.

I

Emsar Grilamid; 1 mm thick Huls Vestamid

bQuors

Emser Grilamid; 1 mm thick

Litex

Huls Vestamid

Vl

tl

(1)

Lubricating Oils

two stroke

Vl

lEi·

;:s t-<

0: ..,

..,

~

Emsar Grilamid; 1 mm thick Huls Vestamid

two stroke

Magnesium Hydroxide

10

Emser Grilamid; 1 mm thick

):

@

% Change

~

Q

Reagent Note

~

o·

'"

~

Magnesium Salts

'" 1.5'

Cone.

J~L

POL Rating

I

Weight

I Elongation

Material Note

10 10

Emser Grilamid; 1 mm thick

aqueous

Huls Vestamid

;:l

t"-

o:..,

Margarine Emser Grilamid; 1 mm thick Huls Veslamid

..,

Q

u:

Marllpal MG Marlon

42% active detergent

Marlophen 810

5 5

20 20

Marlophen 820

5 5

20 20

Marlophen 83 Marlophen 89

5 5

20 20

Mayonnaise Emser Grllamid; 1 mm thick

Mercury Mercury Salts

Huls Vestamid Emser Grilamid; 1 mm thick Huls Vestamid saturated Emser Gritamid; 1 mm thick Huls Vestamid

saturated

Methyl Alcohol

aqueous

50 50

,jjm!1~l!i~~lSI.~"

.l!r~Rt1M"fl~~~i~6!

Emser Grilamid; 1 mm thick Huls Vestamid

''ieslsianf'

Methyl Ethyl Ketone

':':,

Methylene Chloride

""

Emser Grilamid; 1 mm thick Huls Vestamid

;little feslslanee

n~l resist.;~;)~(conlact

PO$$:

Emser Grilamid; 1 mm thick

z

'<

o

::J

'"

Chemical Resistance - Nylon 12

'"to 00

z

Chemical Resistance - Nylon 12

'<

N <0

o

0"

::J

l\.)

Mineral Oils Emser Grilamid; 1 mm thick Huts Vestamid

Moth Balls Emser Grilamid; 1 mm thick Huts Vestamid

Motor Oils Mustard Nail Polish Emser Gritamid; 1 mm thick

Nail Polish Remover Naphtha Naphthalene

Huts Vestamid Emser Gritamid; 1 mm thick solvent Huts Veslamid Emser Gritamid; 1 mm thick Huts Vestamid

Nickel Salts Emser Grilamid; 1 mm thick Huls Vestamid

Nitric Acid

10 10 25 25 50 50 Emser Gritamid; 1 mm thick

I

Nitrobenzene

Huts Veslamid Emser Grllamid; 1 mm thick Huts Vestamid

Nitromethane Octane

Emser Gritamid; 1 mm thick

Oleic Acid

@

'1:l

P ~

t::I

Emser Gritamid; 1 mm thick Huts Veslamid

IOliveOil

(l)

Emser Gritamid; 1 mm thick Huts Vestamid

CJl

<Eo ;:s t-o

...i=l0: ...

(t:

Emser Gritamid; 1 mm thick Huts Vestamid

IOleum

rio CJl

Huts Vestamid Emser Gritamid; 1 mrh thick Huts Vestamid

IOrange Juice

. . .~. '~:9~.~~e ,.;

@

"tl

I:i ~

~:~g~ht

Cone. (~)

n' (I)

~

(I)

15'

Time

{~ys!.

POL

Ra~I~~" i,"w~ight:

I

.' 'M~t~rf~I':Iote

Elongalion

Orange Oil

Huls Vestamid

Orange Peel

;:l

s::0-

Oxalic Acid

u::

Ozone

., P .,

aqueous sol·n.

Emser Grilamid; 1 mm thick Huls Vestamid

10

<5 ppm <1 ppm gaseous

.,~n~lnij;;;i·~t!;i~o~\~c'poss:.

Palm Nut Oil

;;;;'8$i$ti!nt

Paprika

seasoning

Paraffin

paraffin oil

Emser Grilamid; 1 mm thick Huls Vestamid

Emser Grilamid; 1 mm thick Huls Vestamid

Peanut Oil Pectin

Emser Grilamid; 1 mm thick Huls Vestamid

saturated

Pepper Peppermint Oil Perchloroethvlene Perfumes Petroleum

Emser Grilamid; 1 mm thick Huls Vestamid Emser Grilamid; 1 mm thick 80% petroleum wI 20% ethanol

80

2.23

68

74

80 80 80

4.25 6.25 6.91

44 43 39

53 49 46

, 30% gl.fib.; 6.4xI2.7xI27 mm specimen

Huls Vestamid Emser Grilamid; 1 mm thick Huls Vestamid

Petroleum Ether Emser Grilamid; 1 mm thick Huls Vestamid

Petroleum Spirits

white spirits

Phenol Emser Grilamid; 1 mm thick Huls Vestamid

Phenylethyl Alcohol Phosphoric Acid

Emser Grilamid; 1 mm thick

10

Huls Vestamid Emser Grilamid; 1 mm thick Huls Vestamid

50 50 50

Emser Grilamid; 1 mm thick Huls Vestamid

10 10

z

'<

o

N

:::J

N

Chemical Resistance - Nylon 12

CD

......

I'V CD I'V

Chemical Resistance - Nylon 12

L.

'<

o

~

I'V

saturated

"

Phosphorous Pentoxlde Photographic Developers

c m l . , ' " ,·}',k2ll·"'·':

',5<'';:': }'

""'"

·:·1iiiiiteif"l.jljllll1i:in, ::"C;;,

Huls Vestamid

rfu

Pine 011

pine needle oil "

Emser Grilamid; 1 mm thick

'=P.,...ln-e-a-p-p.,...le-J.,...u"""j-ce------------Plasticizers phthalates, phosphates Plating Sol'n.s Polyesters Potash Potassium Bromide Potassium Carbonate

P.h,,'.m Chi.""

Ch:~:::ath

!tt~i;l;~~illl~;i;;j

resins. with styrene

':V<)~~::\?'?

365 365

i};~i;~~~~~;;;~:., ~,.:

Il;1~~~1~~~jl~~t~r~r~~j~!~'~~~~l~:

::{lJl"·':::"i\H8~·lsllWU::{«:t·,,:,'

Emser

:;::a~~~:::7:m

thick

Emser Grilamid; 1 mm thick

10

··",'):20":'·""""'··r ,':""S ',){":" ..,,.,

saturated

"""':'..,"

:

ii~'i

::

>:!t~ i

\"\" "\.23' . .

365

·:'·'·""·8{'··

""""..

Huls Vestamid

tf;~~;;~

,..: : : .:., '

./reslsl
Emser Grilamid; 1 mm thick

Potassium Chloride Potassium Dichromate Potassium Hydroxide Potassium Iodide

50 10 satu:ated

@

:s! ~

~ ;:;.

en

tl

10'

:::::::::::.,,~

:::~::

,~r:i::

.,

~

365

"'"

: , , / W; " ;.'. ";;"~>"

't;ll1;i;£

#1

:jf . .

'n,::::;'> ",:';;it':

Huls v:stamid

Emser

~~:~a~:~::m7dm thick

I8J ::::~;~~j~~~:::

Potato Salad

IPotatoes

mashed

Propane

gas ~~d

;:l

tr:

;

satu:ated

~.

.,

"\'I:!~;:;~

Potassium Nitrate

~

~

'~~/' . . . :

·",P\:

Propyl Alcohol

gas 1-propanol

Emser Grilamid; 1 mm thick Huls Vestamid Emser Grilamid; 1 mm thick

@

'1:l

po

'" r;.

~

. !.~h,~.nSJe L,~ R.~.ta.ln.e.d •••· Weight I Elongation, ~i.:~·.I.·.·.·

IRea~ent

Reagent Note

Cone.

Time

('I)

(days)

'tJ" IPuddlng tEo '" IPyridine

POL Rating

29

>./ R~sistance Note

Material,Note Huls Vestamid

~

Emser Grilamid; 1 mm thick

;:l

t

.., ..,

0>l <.c::

IResorclnol

Emser Grilamid; 1 mm thick alcoholic sol'n .

[om

Huls Vestamid

rum essence Emser Grilamid; 1 mm thick Huls Vestamid

Sagrotan Salicylic Acid Salt Herrings Salts

Emser Grilamid; 1 mm thick Huls Vestamid

dry Emser Grilamid; 1 mm thick Huls Vestamid

dry

Sauerkraut Sausage Sea Water Semolina Pudding Shampoos Shoe Polish

shoe creams Emser Grilamid; 1 mm thick Huls Vestamid

Silicone Oils Emser Grilamid; 1 mm thick Huls Vestamid

Silver Salts

saturated Emser Grilamid; 1 mm thick Huls Vestamid

saturated

Soap

sol'n.s saturated sol'n. soft soap tablet saturated sol'n.

Emser Grilamid; 1 mm thick Huls Vestamid

10

soft soap tablet

Sodium Bicarbonate

saturated Emser Grilamid; 1 mm thick Huls Vestemid

saturated

z

'<

0'

::3

I\)

Chemical Resistance - Nylon 12

'" <0

U)

I'V CD

Chemical Resistance - Nylon 12

z

'<

~

o

::J

N

";:i::;:.::

..

'.~

Sodium Bisulfite

10

.:}.

365

.. : .":

~

.".'::

saturated

- "Iesis(ailt:"

Emser Grilamid; 1 mm thick Huls Vestamid

" Sodium Bromide Sodium Carbonate

10

Emser Grilamid; 1 mm thick

..

10 saturated so!"n_

Huls Vestamid

.

Sodium Chlorate

25 25

Sodium Chloride

5 5 saturated Emser Grilamid; 1 mm thick Huls Vestamid

saturated

Sodium Chlorite Sodium Hydroxide

5

Emser Gritamid; 1 mm thick

40

" Huls Vestamid

.

Sodium Hypochlorite

5 5 5 10

Sodium Nitrate

" Emsor Grilamid; 1 mm thick Huls Vestamid Emser Grilamid; 1 mm thick Huls Vestamid

saturated

"

Sodium Nitrite

5

Emsor Grilamid; 1 mm thick Huts Vestamid

5

Emser Grilamid; 1 mm thick Huls Vestamid

10

Emser Grilamid; 1 mm thick Huls Vestamid

saturated

"

Sodium Perborate saturated

"

Sodium Phosphate saturated

Sodium Sulfate

10

365

saturated

SodlumSulflae

10 saturated

@

."

Sodium Sulfite

10 saturated

S"

~

n-

Sodium Thiosulfate

~ Cr> tEo

Sodium Thlosulflte Soybean Oil

Cr>

;:l

.,

It::

Spruce Oil

li!~Jf~ifJ;i:~f:;:;~

365

~~~~~,f~tijlfll~~~ ~::li(t;j~il~ti~tIIlf:i~

Emser Grilamid; 1 mm thick Huls Vestamid

iilillltllil:t

" Emser Grilamid; 1 mm thick Huls Vastamid

"

Emse, Grilamid; 1 mm thick soya oil

t-'

~ P

•

365

" Emser Grilamid; 1 mm thick Huls Vestamid

Huls Vestamid Emsar Grilamid; 1 mm thick Huts Vestamid

1 -, .':':~'9~~~'~~: .,

~--'--.;

@

'U

po CIl ~

~eage~t :~'.

ri' CIl

t:l

Re~gent Note

. ;.:::.'

PDL Ratlng,"\1

Cone. (~)

1,:)

0

Starch

Huls Vestamid Emser Grilamid; 1 mm thick Huls Vestamid

(1)

CIl

<E'

;:s t""'

0: .,

.,i=l

It::

[Stearic Acid Styrene Succinic Acid Sugar Beet Sugars

Huls Vestamid Emser Grilamid; 1 mm thick Huls Vestamid

saturated sugar beet syrup dry sol'n.

Emser Grilamid; 1 mm thick Huls Vestamid

dry sol'n.

Sulfur Emser Grilamid; 1 mm thick

Sulfur Dioxide

5 low conc.

Sulfuric Acid

Huts Vestamid

2 10 10 10

Emser Grilamid; 1 mm thick Huls Vestamid Emser Grilamid; 1 mm thick Huls Vestamid

25 25 25

Emser Grilamid; 1 mm thick Huls Vestamid

.,

50 50 96 96
not.resiiL brief contact

~oss.

Emser Grilamid; 1 mm thick

atiack~~ll.rMM,;~~mact · ...r•.~ls~nt.

with chromic acid

Tallow Tar

Huls Vestamid Emser Grilamid; 1 mm thick Huls Vestamid

Tartaric Acid

Emser Grilamid; 1 mm thick Huls Vestamid

10 limited

resi~.ance

...... reslstanf

.

Tea leaves

Emser Grilamid; 1 mm thick Huts Veslamid leaves pra'ctically resistant

Tetrahydrofuran

" resistant 'linle resistance resistant

Tetrahydronaphthalene

z

Emser Grilamid; 1 mm thick Huls Vestamid

,jjlll\le~·;.sis(ance ···.·ife~@~iiL:'······

Tetralin

Emser Grilamid; 1 mm thick

'<

0"

N

::J

N

Chemical Resistance - Nylon 12

co 01

z

I'\;)

Chemical Resistance - Nylon 12

'<

co

(j)

o

:::J I\)

Tin (II) Chloride

•...... ········,'··j$slsllink>

.,••,."'," "'/20·" .. ·.··

saturated sol'n.

Toluene

./.>.. . . :.;.,.,...y;" .

Huls Vestamid

''''',". ,~.

Emser Grilamid; 1 mm thick Huls Vestamid

Tomato Juice Toothpaste Emser Grilamid; 1 mm thick Huls Vestamid

Transformer Oils

n;\'~;/

',;,3';19;·'

... .....··········'5(ti···"·,·,···· ::::,.

\%IgP:.. ;,

Trichloroethylene

';

';'::":

,~:::/::

:·:-::::.A'::r tt: :J:@:t:f:..· ·::·:·:':.::\::>:/::;C:":.::-::(' ........".,. ·'·.iJiJliihiil.1esistilM$'·'.\·· . ", .:.:<:::.:.;..:::":::':':.;-.•:::-.. .., ':'- :.?;:. :,::.-,.~:.:

. . . . , .•.•..••w.·•.

Tricresyl Phosphate Trioctyl Phosphate Turpentine

..

Emser Grilamid; 1 mm thick Huts Vestamid

·.~·.

<~

t\·f.. '::'~:':'"

..

Emser Grilamid; 1 mm thick Huls Vestamid

·.·.w.·.·.···

pine oil

....

\)C$,q;;;;

Typewriter Oil

lPj;:;!}/;MW

'0"

• • • , , " ,•.•'-, .•.. ;,., ....., . . . . . . . . v

.... "i ••

;~;::~: :::]:::(;#tlf:1J.j::~~~~~1~W;r!f::0~ ::::::::;:::~::;:~~::~% "···,·,·.·.·.··,·,·.··.·.·.·.w.--·,.. ··

Urea

20 saturated

..

~~~l;~;!~!~~~];;j

365

:';]'l~l~;!;~;~J~;

Vanilla Vaseline

~~;~~~~irl~~~~!~flJili~~~l;~~;~l~~!,~;;~~'li

Emser Grilamid; 1 mm thick Huls Vestamid

.

Emser Grilamid; 1 mm thick Huls Vestamid Emser Grilamid; 1 mm thick Huls Vestamid

..

. . . • . ·', ......n;··.·'·

.... /.-.

'--'-'.-'.-.-.'

·.··,·.·w.·.···

Emser Grilamid; 1 mm thick Huls Vestamid

Vegetables Vinegar vinegar essence

@

"tl

365

Emser Grilamid; 1 mm thick Huls Vestamid

365

Emser Grilamid; 1 mm thick Huls Vestamid

365

Emser Grilamid; 1 mm thick Huls Vestamid

Ei ~

".'"

vinegar essence

Water

tl

(1)

'" 16' ;:s

t""

0: ..,

..,~

It:

Water Glass

... . ..

'~.".

@

~ ~

V> ..,.

0' V>

t:::I

% Change

R!~g~!!t ".-.", .." ;~~>

""' .';~"""

Waxes

........-

.

Reagent Note

.' .......

Cone.

Temp.

(%)

('C),

paraffin wax

20 23 60•.••. 20",;,

(\)

V>

paraffin wax

lEi' ;:l

~

.,

0-

Whiskey Wines

.,

~

<.c:

Xylene Zinc-Chloride Zinc Salts

...

10 aqueous, saturated

Time

Weight

.,:

. ·2~ •••• .20 ......

...

365

I

8 8 8

8 365

Elongation

j

Resistance Note

Flell;ural :1 Strength

,I 1

resistant

365

, 1,

Material Note Huls Veslamid Emser Grilamid; 1 mm thick Huls Vestamid

a a

...... 1 . • . resistant ,c..•••. ;'.

..

a

)

..........' ........

.............:,.........

8 8 7

I

,-;~~;

8 ·8 ,8

365

20'" " •. 23 60' 20 .••.• / .~.3;.· •.. .60;

),60

POL Rating

' )clays)

% Retained

;;

,

a

j

8': 8

).

..........•. ,

. If ,;:.,;.. ~.: ..

Huls Vestamid Emser Grilamid; 1 mm thick Huls Vestamid

, prs'cUcaUy resistant

Emser Grilamid; 1 mm thick Huls Vestamid

resistant

Emser Grilamid; 1 mm thick

':;~: .~:.

,

.,'

'-

.

Huls Vestamid

~

z

'<

0" ='

I\.)

I\.)

Chemical Resistance - Nylon 12

CD

'-I

N

Chemical Resistance - Nylon 46

z

'<

co (»

o

::l ~ 0)

5 concentrated

Acetone Aluminum Chloride Ammonia Amyl Acetate Aniline ASTM Oil No.3 Automatic Transmission Fluid Benzaldehyde Benzoic Acid Boric Acid Brake Fluids Bromine Butter Butyl Alcohol Calcium Chloride Camphor Carbon Disulfide Carbon Tetrachloride Chlorine

....... ?:
365

~::::.

······;···;:::;:23>(: ."-:~)G

365

:"~;:;;~;1;;~~~!;;;;;j;•

.... ''''. :"':2.3 \( \ii,."·'·

365

i?:$?i\/{:

no attack

10 :/~::.

. 2,~t . .

365 365

1,' ..;;,{~~\i';-if);

little attack; absorp.

":23. /? .<.:

23i.\ :

365

I i'\,6Wtri"?

little attack; some absorp.

365

L

little attack; some absorp.

Dextron

365

DOT 3/4

,~>

no attack material decomposes

365

.

chlorine water

'tl

~

r;' CIl

tl Cl> CIl

tEo ;:l

t'""

0: .,

., ~

\C

Freon Fruit Juices Gasoline

,

little attack; some absorp.

,

material decomposes

365

I

365

I I

no attack no attack

2

material decomposes

10 365

1 10

p

no attack

365 365 10

no attack

365 365

Chloroacetic Acid Chlorobenzene Chloroform Chlorosulfonlc Acid Chromic Acid

@

material decomposes

10

gas

Citric Acid Copper Su Ifate Cresol Cyclohexane Cyclohexanone Cyclohexyl Alcohol Decalin Diesel Fuels Dlmethylformamide Edible Fats Ethyl Acetate Ethyl Alcohol Ferric Chloride Formaldehyde Formic Acid

little attack; some absorp.

,: .:;;",::23,

.

365

~

365

~3

365 365 ';'~

365 ~:

and oils

f·::

,,<.~3jh(

10

~

365

365

365

no attack material decomposes little attack; absorp. material decomposes little attack; consid. absorp.

t. {-;:

no attack material dissolves no attack

little attack; some absorp.

365

no attack

365

Iittte attack; some absorp.

10 365

no attack

10

365

material decomposes

90

365

material dissolves

365

no attack

365

little attack; some absorp.

unleaded

365

no attack

with 15% methanol

365

little attack; some absorp.

@

'i:l

S"

~ ;:;. til

f?

til

tEo ;:s

t

., .,

C"'

l:l
Glycerin Glycols Heptane Hexane Hydrochloric Acid Hydrofluoric Acid Hydrogen Peroxide Isooctane Isopropyl Alcohol Lubricating Oils Magnesium Hydroxide Mercuric Chloride Mercury Methyl Acetate Methyl Alcohol Methyl Ethyl Ketone Methylene Chloride Milk Motor Oils

Nitric Acid Nitrobenzene Ozone Paraffin Petroleum Phenol Phosphoric Acid Phthalic Acid Potassium Hydroxide Potassium Nitrate Propane Pyridine Resorcinol Salicylic Acid Sea Water

no attack little attack; some absorp. no attack no attack material decomposes 4 3

no attack little attack; some absorp. no attack little attack; some absorp.

Burmah TAF 21 Pentasin CHF 11(S) Pentasin CHF 7.1

10 10

attacked; absorp. no attack little attack; some absorp. no attack little attack; some absorp.

10W-40 Castrol TAF SAE -80 oil Shell EP90

no attack little attack; some absorp. no attack little attack; some absorp.

10

material decomposes little attack; some absorp. little attack; consid. absorp. no attack material decomposes

10 saturated

little attack; some absorp.

10

no attack

LPG material decomposes no attack

z

'<

0-

N

:::l

~

m

Chemical Resistance - Nylon 46

co co

z

c.v

Chemical Resistance - Nylon 46

'<

C> C>

o

:::J ~

m

Re~gelJt

.Cone. c~l'

T~mp: C'C)

Time .;.:"' ....

,

POL Rating

'Resistance Note

(i1ay~)

Material Nille ... -'.... -'....,.-'...

:.~.

Silicone Oils Silver Nitrate Soap Sodium Carbonate Sodium Hydroxide Sodium Nitrite Sodium Sulfate Sulfuric Acid

10 solutions

10 10 10 10 10 96

Tetrahydrofuran Toluene Transformer Oils Vaseline Zinc Chloride

@

'1:l

P ~

r;' 1JJ

1? 1JJ

<E' ;:l

t-'

& .,

.,

$:l

10

365 365 365 365 365 365 365 365 365 365 365 365 365 365

no attack

DSM Stanyl; 1.1 mm thick specimen

little attack; some absorp, no attack littte attack; consid. absorp. no attack material decomposes material dissolves no attack no attack material decomposes

DSM Stanyl; 1.1 mm thick specimen

@

'1:l

E" ~

IReagent

Reagent Note

ri' V>

tl

Acetaldehyde

Conc.

Temp.

Time

("')

('C)

(days)

40

23

40

23 23 23' 23 23

Load

pDL Rating

% Change

% Retained

Weight

Tensile Flexural '1 Strength Strength.

I

6

(\)

V>

to· ;:l

t

.,0.,~

Acetamide

Acetic Acid

50 50 50 50

140

2

100

5 10 10 10 10 10

23 23 23 23

20 40

90 90 95 95

glacial

Acetic Anhydride Acetone

Acetophenone

50 100 23

7

7

Aircraft Turbine Fuels Albumin Alcoholic Beverages Alcohols Aliphatic Amines Alkylarenesulfonate Alkylbenzenes Allyl Alcohol

23 23

turbojet fuels solutions

85 23 23

surfactant

2~ 35

23 23 23 23 23. 23

23

··Ii.n\jl~d:(esist.

···Iimii~.~;i~.~i~!i

7

no irreversible change

.eii:':iesisl: (~islant .., ,~'.'

solvenl sl. chg.'aller long expos., caution @ ~igh le/TIp.Jconc. • no [(reversible change poor resist.; OK for shorltime 1l/TIlted resist. not {esist.; brief contact pass. :nQlh'sist~nt "

10

3 6 3 2 3 6

poorle~ist;OK for sh~rt time

n.

<360 365

.

si!~ij; @.~rlo~ge*~~5 .•

anack~~aiterbrief'~o~lacl

~,;orfe$i~t.;Ol
3 2

riot ~~slstant 'solvenl

'0

0.25"10

47 49

1

1 1

9 6

atlacked aUer brie.f contaC1

"." "e'xc':"re$'isf~' 2

8

no irreve.rslblechange <esislan! exe. resist. . noine~e(~iPJe{hange ·noneslstant· no 'irr~versibl~ change solvenl exe. resist.

8 2 8

o 9

<360 <360 <360 <360 <360 <360

4 8 6

notreslst.'·lo prolonged contact no irreversible coange limited resist.

6 8 8

no

<360 365

8 4

irrev~rslblil

Altied Sig. Capron BASF Ultramid B Altied Sig. Capron BASF Ultramid B Emser Grilon; 1 mm thick BASF Ultramid B Allied Sig. Capron

B

6 8 9 6 6

Emser Grilon; 1 mm thick Allied Sig. Capron BASF Ultramid B

Emser Grilon; 1 mm thick Allied Sig. Capron BASF Ultramid B Emser Grilon; 1 mm thick Allied Sig. Capron BASF Ultramid B

Allied Sig. Capron BASF Ullramid B

change

"

6

365 <360 <360 <360

Allied Sig. Capron BASF Ultramid B Emser Grilon; 1 mm thick BASF Ultramid B

LNP; 30% gl.fib.

9

<360 <360 <360 <360

Emser Grilon; 1 mm thick BASF Ultramid B

·cal\tlOry·~!v!l!\tempJconc;.

1

3

~3

20 ppm ozone wi air all pressures liquefied 20 ppm ozone wi air

4

365

365 365

Allied Sig. Capron

o

<360 365 <360

~3

51. chg, ajle.~ (ong, expos.. ca.tloncO h,gh;lemp.Jconc.

8

<360

23 23 23 23 23 23' 23····

Material Note

12

6

<360 <360

23 23 30

6 3 9 4

<360 365 <360

23 23 190 23 90

23' Acetyl Chloride Acetylene Acrylic Acid Acrylonitrile Air

365 <360

Resistance Note

sl. chg. aHer long expos., caulion @ high lemp.lcQnc. resistant no irreversible change

Aiiied Sig. Capron Emser Grilon; 1 mm thick BASF Ultramid B

limited resist. no irreversible change

BASF Ultramid B

ewe. resist. fimited resist.

Allied Sig. Capron BASF Ultramid B Emser Grilon; 1 mm thick

z

'<

0' ~

0>

~

Chemical Resistance - Nylon 6

o ......

Chemical Resistance - Nylon 6

z

'<

UJ

o

N

0

::::I

0>

I

J Reagent ~ .:::.:::

Reagent

..

Alum Aluminum Aluminum Aluminum Aluminum

Note I

Cone. (%)

Temp;.

r C) '23'

Acetate Chloride Hydroxide Salts

saturated

10 saturated

20 saturated

Aluminum Sulfate Amino Acids Ammonia

10 mixture

365 <360

·23 23

<360

23 23 50

<360 365 <360

23 23

<360

·23

10 20

23 23 20 23 23

70

~DL

Load

Rating

(days) .

'23

10

liquefied gas

Time

Ammonium Hydrogen Carbonate Ammonium Hydroxide

10 10 30

.•..••.• 23<'" '23':

saturated

23

Ammonium Salts Ammonium Thiocyanate Amyl Acetate

'S""

~

n'CI> ~

<E'

;:s t""

...c:p ... lJ:

Emser Grilon; 1 mm thick BASF Ultramid B Allied Sig. Capron BASF Ultramid B

nis'sieiit . .•,not r~~ist~?t

Emser Grilon; 1 mm thick BASF Ultramid B

"9

:: exc;' r~sist.

8

• no .Jrreversible c!lange·

Allied Sig. Capron BASF Ullramid B

sl.

chll;. afhitJOiiQ~~pos., caution'@ higl(lemp.lconc, . resi~t~~t no irreversible change

Allied Sig. Capron Emser Gri/on; 1 mm thick BASF Ultramid B

", : .ex,~' ~es.~_sL ·resistant·

.

SI.C~J\:~:1:f~i~s~xpos,.

ciliJtlp~~hlg~

.'

··'itiSiSiiiii'i··"· . .:/:::~~.~:~:.~ejjsv~. ::::~/ :·:i:/~:

'~

rio iriei~iS1bj~!~l\.arijj~

B"'" 0.25%

Emser Grilon; 1 mm thick Allied 5;g. Capron BA5F Ultramid B

51 51

7

Allied Sig. Capron Emser Grilon; 1 mm thick BASF Ultramid B Allied 5ig. Capron

t,tnp.li;onc.

•e:-;:c. reS,if).':"

•.•,B'

<360

t~siS:ti

Materi,INote .'

liiiiil~~l~~'$1. .

8. B 8 9 B 6 .. 6

365

•

~~ange

nOJrr~i~rs~lectienge

:I

365 <360

LNP; 30% gUib,

BASF Ullramid B Emser Grilon; t mm thick BASF Ultram;d B

~~

~~

.'.'.'.'•. '23·

=

;~~~.;;: ~36650

compounds

10

."

.l~

BA5F Ullramid B

5

. .3>'· .

" : . .....

.. Emser Grilon; 1 mm thick Allied Sig. Capron

6

. ,.··...~g;i;:~~(l~r;~~

"f':. .

n

::':."""'1

~~!

~36650

·.r~:,.

<360

:::a:~cg:YdrOCarbons::'~;~::: ::6::

I

,.,..exe.

,1\

2

saturated

CI>

'i;~if~'; resis;'

no Jiie~~rsible

6

7

Resist~~~~,NOf~'

saturated

Aniline

©

Strenglh

10

Amyl Alcohol

Anise Oil Aniseed Oil Anodizing Bath Anthraquinone Antifreeze Antimony Trichloride

P

)T~~;i1e

I.

::>k:;":

. . .;... ~ ~ ':c":>'

B

365 <360 <360

,- "/"."

:

:.~'

.8 6

~

"23'"

~.eJght

.. _.

6. 8 9

:100

Ammonium Carbonate Ammonium Chloride

····I¥~~~~g~.

:

le:~' JL'i. ;.. 1 u"'~:i

... .....

Allied 5;g. Capron BA5F Ullramid B Emser Grilon; 1 mm thick Allied 5ig. Capron BASF Ultramid B Emser Grilon; 1 mm thick

;"':::~:~~~;:~:~;~~:l:~

Allied 5ig. Capron Emser Grilon; 1 mm thick BA5F Ultramid B

N<;' . ' II~~~~;~\(~".::

BA5F Ultramid B Emser Grilon; 1 mm thick

poor

':~:.,.~::'::..

"

reJ~t'~~~i~~~+;t

n.~:~~;~~~~;~:~~;~~f:';;

Allied 5ig. Capron BA5F Ultramid B

Ems:~~~il:~t~~m~:~hiCk

I

@

'il

S-

Reagent

'.....(;." 'tl" '"

Reagent Note

Conc. (%)

Asphalt

<1>

Aspirin ASTM Oil No.3 Attar of Roses Baking Enamels Barium Chloride Barium Salts

~.

;J

t

., .,p

c:r
ASTM # 3

10

10 30

Barium Sulfate Battery Acid Beer Benzaldehyde

0.3

Benzene benzole

20

Benzoic Acid concentrated saturated

Benzyl Alcohol

Beverages Biphenyl Ether Bitumen

Bleach

12.5% chlorine sal. solution

10

Bleach Lye

Time

TeQ1p. I'c)

Load

::::J~.~Ys) . <360 <360 365 365 365 <360

23 100 23 23 23 150 23 23 23

to

Boron Trifluoride Brake Fluids I

J

8

3 8

<360 365 365 365 <360 <360

,

10

<360 365 <360 365 <360 <360 <360

,,

365

.3 2 6 3 3 3

~

365 <360 <360

7

. limned resist.

BASF Ullramid B Emser Grilon; 1 mm thick

. ,rasl~\~N exc:iesisl. not resist.; bliet eontaol poss. resistant

Allied Sig. Capron Emser Grilon; 1 mm thick

poor resist.; OK lor short\ime limited resist. not reslst,; •.briet eontect poss.

Allied Sig. Capron BASF Ullramid B Emser Grilon; 1 mm thick

exe. tesist.

Allied Sig. Capron Emser Grilon; 1 mm thick

limited raslst.

20

a

.......•. sO~e9\

0.25%

I

6 3 <2· 9 9 9

Allied Sig. Capron BASF Ultramid B Emser Grilon; 1 mm thick Allied Sig. Capron BASF Ullramid B Emser Grilon; 1 mm thick BASF Ultramid B

'no)iiilveifil1iMhange sl. clJ9. after long expos., .caution @ high lempJconc• no irreversible change resistant limitad resist.

8" 6

6 3 , 8

BASF Ultramid B

POOl res'st.; OK lor shorttillle limited raslsl. not resist.; blial contact poss.

Allied Sig. Capron BASF Ullramid B Emser Grllon; 1 mm thick BASF Ullramid B

,."oi resistant ,:: \~.

sl. ·ch,.. alter long e~s .• • caution 0 blgh temp conc.· .

"

.:;::

·

'.

Allied Sig. Capron

.

~

.e~~tr~slst·;9199P~hortlime ; (emtlio\

6

23

BASF Ullramid B Allied Sig. Capron

2

j

7

no Irreversible ehenge axe. resisl.

2

,

Emser Grilon; 1 mm Ihick

·

6

·23 23

Emser Grilon; 1 mm thick

limitad "sist. poor iesi~,; OK lor shOt1\ime .... not resistant

. 8

!

[#!¥j~hJ

no irreversibla changa

8 8 6

<360 365 <360 <360 <360

BASF Ullramid B

C ieslstent

6

:',::

23 23'

8 3 3 3 9 8 8 8

Material Note

no irreversible change ... limited resisl. ..

M::;:~:::::

8

365 365 365

I

Resistance Note

....... ···r8Slst.~ijj·

·9

23 23 ·100 . 23 23' 23:

I

,.. ,:'.'

9 6

<360 365

23 23 23 23 23 23" 23. 23 23 80, 23 23 .23\' 23 23 23 23 75 23 80· 23

'23 hydraulic

Tensile Flexural Strength Strength

B 8 8

~3

23 23

% Retained

Weight

6

23'-:" 10

% Change ..

8

lOp

Borax Boric Acid

POL Rating

Emser Grilon; 1 mm Ihick

···~~~g~~!'Ji~#&~~~fc~~·t.

Allied Sig. Capron

'ilinned resist.

Emser Grilon; 1 mm thick BASF Ullramid B

·

10

~.;.

/ '!i§tM~!~I~~t

···i·e'Kiesls!. 96 95

,.;.:'

Allied Sig. Capron LNP; 30% gl.fib.

Z

'<

0'

::l

0>

C..:I

Chemical Resistance - Nylon 6

a

C..:I

w

Chemical Resistance - Nylon 6

z

'<

o

~

5"

:::J

0>

% Change I Aeagent

Reagent Note

Temp.

Time

(%)

('C)

(days)

Rating

23

80 80 80 <360 365 <360 <360 <360

9 9· '9

,

Brake Fluids

,23\

23 . •• 23

23 60.

125

1~0,

23

Brandy Bromine

25

/

365

2~

<360 <360

160

23

Butanediol (1,4-)

140

<360

Buttermilk Butyl Acetate

23 23 23

365

<360 365

Butyl Alcohol

23 '23. 23 23

<360 365

butanoi

20

~

t:::l

III

technical

... ~:

t-'

Ie:

365 ..,--

······iiliiiieWiS1iMcliange solv~nt

, riOJiili'iiisltiliEi\ange

9

exc,tesjst•

•!J6 irrev~rsible change-

6

··:~~U!ffi:im~~l~~:fc~~c.

; .

I

8

I

0 0 I

9."

chanl,e ,

.resistant

• I

~l~!!~~~:::f

5

..•U"._.. d.!!~.!~m ...

•.• iiOliieWiS1lJleClia.~ge

. -cauJ!on·~4. ~1:J hlg~ le!11p./conc. 'Ai

2

,

;;;~xC';I~~¥j;.r (;'}"" resistant

.it

j

BASF Ultramid B Emser Grilon; 1 mm thick Allied Sig. Capron BASF Ultramid B Emser Grilon; 1 mm thick

BASF Ultramid B Allied Sig. Capron Emser Grilon; 1 mm thick

'

Allied Si9. Capron BASF Ultramid B

solV~6L

~::>

:~

Allied Sig. Capron

Emser Grilon; 1 mm thick

limited resist. :::;~;

'. . :',::;:;:M1M~t,~r~!;·

Allied Sig. Capron BASF Ullramid B Emser Grilon; 1 mm thick

BASF Ultramid B

"

6 0

..l~.~i.stan! •. ,.. , l( .

~6·irrev.erSjble

2

6

<360 <360 <360 <360

BASF Ultramid B

;',.~.~I'fenl

9'

Calcium Chloride

Emsar Grilon; 1 mm thick

8 8 8

5 8 8 8 6 6 6

365

2~, ... ,

;-----~

. "00 .irreversible change

3

6. 8

.:'

;:l

..,0: p ..,

"

8

<360

>90

C1l

lEi'

2~

Emser Grilon; 1 mm thick BASF Ultramid B

reSj~il~;

8

<360 <360 365

····23

Butyrolactone Butyrolactone (1)

Allied Sig. Capron BASF Ultramid B

• • no IrreVersible' chan.ge

8

.?3

S'

······'iiiiliiedi.SIS{

6

23 23 23 23'

.

re!~~is<~rief.~ontaCl poss, 10

6

365

~

Emser Grilon; 1 mm thick

not'resisl8W:'''

8

o

23

'I:l

. X,,'

, 8

<360 <360 <360 <360

"";k;~J;\;i~~~:~i~;h~ng8' r~~~lant

3 ~ 8

o

low mol. wgt. 17.5% EXL·4151; 12.5% EXL-3386 higher mol. wgt. 8ASF Ultramid B Emser Grilon; 1 mm thick BASF Ultramid B

poor reslSt;:'QKfor shoii!lme'

2 2

<360 <360

23 23 .23

mixture

Material Note

.' no irreversible change liin!fe(resisf•. nOl resfstant·,

8 3

<360 365

23 23

~.lri~ · · · · ·~I TIT

2

-

23

2;3'

Butanediol (1,3-)

n' VI

5 8 8 6

<360 <360

23· f ~

@

0.3 0.3 0.2 5

;.

Bromochloromethane Butadiene Butane

Butyl Ether Butyl Glycolate Butylene Glycol Butyric Acid

Load

365

:~23';;

'23 23

bromine vapor bromine water, saturated

Butene Butoxyethanol (2-) Butter

POL

Cone.

Emser Grilon; 1 mm thick BASF Ultramid B

@

~ >:l en .....

%Chanlle Reagent

Reagent Note

Cone.

Temp.

Time

(%)

('C)

saturated solution in concentrated acetic acid

23 50

saturated solution

100

r;'

en tl (1) en

Calcium Chloride

to· ;:l

t"'

.,0: >:l .,

u::

Calcium Hydroxide Calcium Hypochlorite Camphor

" saturated saturated

Caprolactam (E)

solution; technical

50 50

molten; technical

Carbolineum Carbon Dioxide

concentrated 200 bar

" Carbon Disulfide

Carbon Monoxide Carbon Tetrachloride

Carbonated Beverages

carbonated

Carnalite Casein Catechol

6 40 40 50

Caustic Potash Caustic Soda Ceresin Chloral Hydrate Chloramines Chlorine

Chloroacetic Acid

Chlorobenzene

Chlorobromomethane

chlorine gas chlorine water chlorine gas chlorine water

<5 <5

10 10 10

23 23 '23 23 23 23 >150· >120 23 23 70 23 23 23 70 23 23 23 60 23 23 23 23 23. 23 23 23 23 23 50 23 23 23 23 23 23 23 23 23 23 23 23 50 23

Weight

(days)

POL Rating

<360 <360

4

10

0

<360 <360 <360 365 <360 <360 <360 <360 <360 <360 <360 365 <360 <360 365 <360

<360 365

365 <360 <360 <360 <360 365 365

<360 365 <360 365 365 <360 365

Load

% Retained Ten$lIe' . F'~ic~r~jl Strength Streng~~.

Resistance Note no irreversible change solvent

I

Material Note BASF Ultramid B

6

sl. chg. after tong expos., .. caUlion lthlgh temp Jeane.

Allied Sig. Capron

8 2

'nifltleWrsiblediilnge not resistant

BAS F UItramid B

9 8 8 8 0 0 8 8 8 9 6 8 8 9 6 8 8 6

exc. resist. no irreversible change resislant

Allied 5ig. Capron BA5F Ultramid B Emser Grilon; 1 mm thick

u

BA5F Ultramid B

solvent

"

BASF Ultramid B

exc. resist. no irreversible change resIstant

Allied Sig. Capron BASF Ultramid B Emser Grilon; 1 mm thick

.... no irieveiSiblechilnge

3

.. ·..h9j#~~#~i~l~l~Mnge .......... exC::\'eslsC

2

9 8

no irreversible change resl~anl

" .. 1'Rif!M~{~i~I~F~~nge .... sCchg: iifiei lOng expos.. caulion @ high temp Jeane. exc. resist. no irreversible change

3 3

nol resist.; brief conlact pass. poor resist.; OK for shan time

9 8 9

exc. resIst.

,·······,·,·,·'····If'···.. 2 0 2 3 3 3 3 2 1

3 2 1 9 8 B

6

resistanl exc,resls,t. ...... !i~WW~J~i§Wfh~nge ........ 'nOlresistani

BA5F Ultramid B Allied 5ig. Capron BA5F Ultramid B Emser Grilon; 1 mm thick BASF Ultramid B Allied 5ig. Capron

" BASF Ultramid B Emser Grllon; 1 mm thick Allied 5ig. Capron Emser Grllon; 1 mm thick Allied 51g. Capron BA5F Ultramid B

sol~enl

nolieslstanl nofiiislskbnercoritacl pass.

Emser Grllon; 1 mm thick

u

u

poor resist.; OK for sharI time

Allied 5ig. Capron

not resistant attacked aher brief conlact

BA5F Ultramid B Emser Griton; 1 mm thick

poor resls\.; OK lor shan lime

Allied 5ig. Capron BA5F Ultramid B Emser Grllon; 1 mm thick

not resislant .' .. , attae~M~Mnm~tFpnlact . ····exc:resisC resistant no ,rreverslble change

Allied 51g. Capron Emser Grllon; 1 mm thick BA5F Ultramid B

limited resist.

Emser Grllon; 1 mm thick

Z

'< 0 ::J 0>

(.oJ

Chemical Resistance - Nylon 6

0

O'l

z

Chemical Resistance - Nylon 6

'<

(U

o

0>

o

:::J '" ...

0>

':.:,

Reagent Chlorodifluoroethane Chloroethanol (2-)

ReagenfN6te

c~~~·l; Tt.~r·

I

.;"'.

Time

I

Load "..

(dil~s)

I•.''R~g~9 ."

23"

<360

8

<360

2

1.00

<360

o

<360 365

3 3 ··'3

2

poor resi5k OK lor shari time . . n~n~si~~nt;

Allied 8ig. Capron

<360

23.

3

popiiii$ist:;qJSlor~/1p"tirjllt

Allied 8ig. Capron

1

23""

6

. sl. ctlg.aftlt(long.expos,..'· ,-ceution.-@high temp./cpnc..

Chloroform

.23 23

23'>' Chlorosulfonic Acid

23 dilute

23.

1

23 23

10

23

<360

2

10

23

365

1

.l?3

365

1

23

365

23

<360

B 2

10

23 23

<360

4

<360

B

<360

...23 23

<360

23

<360

50

"

50

80

20

23 ~ . 23

23,

Chlorox

"

.23

<360

7 7

"'"

365

23

365

35fs

automotive

"23' 2~

;20 solutions

10 0.5

;~:

,'caution . sr ctlg'ajienong;e~pos;; @'hightempJcoi!c. no Irrevltrsibl~c~an~e

10

:,,",;~

'-iW)jtr;veis~ieCh~nglt

BASF Ultramid B Allied Sig. Capron BASF Ultramid B

Allied 8ig. Capron BASF Ultramid B

;:.res~t~!. li",it~.~.t(i\Otrilsist..",'

58

LNP; 30% gl.fib.

., .. ", ..-S

58

:nc)i:r9S"iS:t~":tli:n:trtfn:n:g~d

conlact

BASF Ultramid B Emser Grilon; 1 mm thick

""8, • "::)\::~¥ )c

y

":; ~:~c:~j~:~~~~~~";"

'reS[S1anh,i

Allied Sig. Capron Emser Grilon; 1 mm thick

":"".,"

. . 8 '. 9

.~~ Irr~ti~~r~~~~;ij~·,i;;il

~",

<360

BASF Ultramid B Emser Grilon; 1 mm thick

.

p~~r resist; .gK!~rshO.rIli';'e

Allied Sig. Capron BA8F Ultramid B

BO

7

low mol. wgt.

80

6

17.5% EXL·4151; 12.5% EXL·3386

BO

1

<360

6

8

higher mol. wgt.

i

limil~~.f~~I~V

........i.K§gls(iij·.•.

365

. rioi "js~l, tOPIolo)\ged_eol'\la~1

.,

<360

1:.00-"',\'

··i~'~8~~;~~j~~~?n~~;ei

6 "'"

BASF Ultramid B Emser Grilon; 1 mm thick BASF Ultramid B Allied Sig. Capron

,lt~dj~Sisi,' ,.

salurated Mazola

Allied 8ig. Capron

9,

23 )2~

Emser Grilon; 1 mm thick

>,}!(

365

BASF Ultramid B

r~islant·

. · ..'.4.

365

BA8F Ultramid B Emser Grilon; 1 mm thick

OK 'o(sho,t iiine not f~slst. to proi6~~ed con.tact

Mli~sjsW9t '.

2

<360

Allied 8ig. Capron

no! resist: {briei .contact pass.

atl~dk~,(j after biiel cotit~;"

'2

0.25%

23

23

8

8 8 5

<360

reslst.;b~~lcg~I~IPOS~:

• poO;r~iSI.:

8 3 B'

"'''''''',,:i!3'

1:1 w/light petroleum

nol

6

50.

80:.:

,iimile~ (~SiSl'

3.

10 20

poonesist.;· OK'lor.shorl tiine..'. 12

.3

10

concentrated

solutions

365

BASF Ultramid B

.... n~\/~s~s'anl so!Vent

3"

10

chromic/sulfuric acid

Chromium Salts Chromyl Chloride Citric Acid

. . Mllt~ri,~i;~§!e\ '

23

R142

Chloryl Hydrate Chromic Acid

:.:;:.;!~{!ZO;

.

,~.

23. 23' ....23

7 7 <360

0,25%

106

LNP; 30% gl.lib.

105

8

\~ iit~i'eisibl~c~ange ••'

BASF Ullramid B

@

,"

F\"

,% Challge

"1:J

Ei ~

n'en

t:l

Reagent Note"

Reagent ..........

c,

c'.

Cone. (%)

<E'

.,0.,P

u::

Crude Oils Cyelohexane

23 23' 23 23 23

Cyelohexanone Cyelohexyl Alcohol

Deeahydronaphthalene Deealin 10 10

Defurring Solution Detergents

dilute solution

" "

Dibutyl Phthalate Dichlorobenzene (1,4-) Diehloroethane (1,2-) Diehloroethylene Diehlorofluoromethane

R21

"

Diehlorotetrafluoroethane Diesel Fuels

R114; Freon 114 diesel oil

" Diethyl Ether Diethylene Glycol Dimethyl Ether Dimethyl SUlfoxide Dimethylacetamide Dimethylamine Dimethylformamide

Dimethylsilane Dioetyl Phthalate

z

Load

POI. Rating

(days)

23 23 23 '23

Cresol

en

~

Time

Weight

"

l1>

;:l

,Temp. ('cj

90

<360 365 <360

.~

365 <360 365

23 23 23 23 23 23 50 80 80 80 23 23 25 23 23 23 23 23 70 23 23 23 85 23 23 23

<360 365

23 23 125 23 23 23 23 23 90 23 23 23,' 23'

<360 <360 <360 <360 <360

<360 365 <360 <360 <360 <360 <360 <360 365

"

,

'.

Resistance Note

Material Note

POOl resist; OK for short time solvent attacked aher brie' contact.

Allied 51g. Capron BA5F Ultramid B Emser GrUon; 1 mm thick

~

,

6 8 9 6 8 8 6 7 8

sl. chg. alter long ex~os .• caution, 0 high temp. conc. no irreversible change

3

r~sistant ···eic~·iis·tsl.

2

<360 365 <360 <360

<'

<360 365

Allied 51g. Capron

BA5F Ultramid B

limited resist.

" "

"",

2 3

8 8

BA5F Ultramid B Emser Grilon; 1 mm thick Allied 5ig. Capron

no irreversible change

BA5F Ultramid B

"

"

no irreYersible change

Allied 5ig. Capron BA5F Ultramid B

"

" "

B

exc. resist resistant

B B

!,oj.rw!e;rsib,lechange "

BA5F Ultramid A3G; gUib. BA5F Ultramid B3G; gUib.

ri6itieVii'sitM etlan ge resistant exc. fesist.

exi;: (esist.

3

BA5F Ultramid B Emser Grilon; 1 mm thick

.. rio irreversible'change

"

6 8 6

Allied 5ig. Capron

BA5F Ultramid B Emser GrUon; 1 mm thick

resist. to timited resist resistant

9 6 6 9 8

BA5F Ultramid B Emser GrUon; 1 mm thick

no irreversible chenge resistant

8

w···

" " " Allied 5ig. Capron Emser GrUon; 1 mm thick BA5F Ultramid B

"

resistant

Emser Grilon; 1 mm thick

sl. ehg. aher long expos., caution @ high tempJconc. no irreversible change

Allied 5ig. Capron

"

solvent

" "

12

limited resist no irreversible change

" "

exc. (esisl.

4

no irreversible change reslstenl no irreYersible change

Allied 5ig. Capron BA5F Ultramid B Emser Grilon; 1 mm thick BA5F Ultramid B

8 8 0

3 8 9 5 8 8 8 9 8

Allied 5ig. Capron Emser GrUon; 1 mm thick

r~slstant

9 365 <360 <360 365

BA5F Ultramid B

·exc. resist~ "

8

..

no frreversible chenge reslslant

i

,

8

"

BA5F Ultramid B

"

"

exc, resist. no irreversible change resIslant

Allied 5ig. Capron BA5F Ultramid B Emser Grilon; 1 mm thick

w

0" (J)

s11-~~~~ I~:::~~~~

no ifrevers]ble change

'<

::l

.

3 0 1 8 9 8 8 8 6

8

<360 <360 <360 <360 <360 <360

'1'0 Retained . .. . .

Chemical Resistance - Nylon 6

o

"

z

c.u

Chemical Resistance - Nylon 6

'<

o

CD

0::J

0'>

%£h.ange L'.~~!~i~~~,.,. Reagent

Reagent Note

Cone. (.... )

Dioxane

Temp.

dishwashing

Edible Oils

23

<360

9 8

no Irreversible change

BASF Ultramid B

23

365

8

resistanl

Emser Grilon; 1 mm thick

23.

365

~

···.·iellslant

Emser Grilon; 1 mm thick

23

365

"8

23

23

<360

8

no irreverslblil chang(

23

<360

8 '9

axe. resist.

Allied 8ig. Capron

365

8

·resis\ant

Emser Grilon; 1 mm thick Allied 8ig. Capron

exc. reslst.

BA8F Ullramid B

23

365

8

.reslstanl

Emser Grilon; 1 mm thick

20

40

'9

0.44

96

20

40

6

0.95 1.63 2.22

87

8

20

40

20

40

30

23

5 19 48 80 <360

40

'23

<360

96

23

;:l

~

4 3

no

8A8F Ultramid B

ilrevers;blechang~

sl. chg. a.fter long expos.. .··cautlon·'@high1ernp·lcoric,

<360

3

365

8

9

exe. resiSt

23

<360

8

23

<360

'4

nI'J!My~t#!~I~~1'\~ng~

·23

<360

'8

50

<360

'"8

100

<360

2

365

23

7

23 140

<360

9 4

<360

0

<360

6 2'

<360

0.25%

4'

23

<360 <360

.8 ·:<:9 8

'23 23

365

".8

$:l

cooking

100

<360

'8'

Emser Grilon; 1 mm thick

>'.' .'

Allied 8ig. Capron .

8ASF Ultramid 8

... ...:-:" ~:

sl.chg::a'ierlongexpos;•. caution.O high lempJ~nc.

Allied Sig. Capron

res;;iani

Emser Grilon; 1 mm thick

. sl.chg;.afterlong.exP9S~. cautioir@ h:~~ t~~PJ~?c:

Allied 8ig. Capron

99 98

lNP; 30% gUib.

7

no

i;i8ve~sib;~fh~~~~;; solveill

8

.

J

8ASF Ultramid 8

.

limited r~isl. . nol.resislant

I

'9 <360

BASF Ultramid B

resi$tant

::

9

23

li';'ited iesisl. '

.. ho i;rre~~r~~li~h@Q~

6 '. 7

Allied 8ig. Capron

I1"hllSfSCi"piillol11l9iMill1jalii

8

23

,.,23

12

'6

edible

-,

solvent

23

0-,

lC::

79

0

23

30% gUib.; 6.4xI2.7xI27 mm specimen

71

6

23.

edible and waxes

.-

23

23·" 80

Ethylenediamine

limited iesis\.

no irreversible change

95

C1l

11

7

»

Ethylene Oxide

Exhaust Gases Fats

8A8F Ultramid B

23

'i:l

Vl

not resistant

3

23

<E'

Emser Grilon; 1 mm thick

'9

Ethylene Chloride

tl

Allied 8ig. Capron

res'istanl

<360

Ethyl Trichloroacetate Ethylene Ethylene Carbonate

~

exc. resist.

8

23

Ethyl Chloride

....Vl n'Vl

'9

23

@

Allied 8ig. Capron

365

23

Ethyl Acetate

Ethylene Glycol

exe. res'jst.

'2

23

phenol solution in ethanol

Material Note

<360

Ethereal Oil

20% ethanol

Resistance Note

<360

23'

concentrated

Weight

2~

Electroplating Baths Epichlorohydrin Ethane

Ethyl Alcohol

I

23 edible

Is;~~i~l~h '~trl:~:~

(days)

POL Rating

('C)

Load

23

Dishwashing Detergents

Ethers

Time

x .

noir;[:i~:;:r;~:~~$;?·

"~~!~l,;

Allied Sig. Capron 8ASF Ultramid B Allied 8ig. Capron 8ASF Ultramid B Emser Grilon; 1 mm thick BASF Ultramid B

@

"I:l

S' til

Reagent

Reagent Note

~

til

tl ~

til

t"'

Ferric Chloride

.,

$:l

u::

Flour Fluorine Fluorochlorohydrocarbons Fhrosilicic Acid Flux

<360

23 '

<360

23

;3

10

23

3

10

23 <360

8

23

365

8

23

365

23:'

<360

7 7

23 •

40

23

365

23

365

6 6 6

, <

23 23

<360

23 150

365

,

23

<360

10

23

365

10

50

<360

40

23

365

23

365

.;

~3.

,:,

23

365

23 23'

365 <360

bromotrifluoromethane

23

<360

chlorodilluoromethane

23

<360

;

.1. chg•. allerlong expos.,

..

8

"

:

BA5F Ultramid B Allied 5ig. Capron

4

not resist. to prolonged contecl

BA5F Ultramid B

3

not resist.; brief coniaet poss,

Emser Grilon; 1 mm thick

not resistant

BA5F Ul1,amid B

I

aUa.cked alfer b'ief conlact

Emser Grilon; 1 mm thick

1

I

seve'e aUaek

8

. I

8

"

.8

365

8

"

'2,3.';

<360

Il

2~"

<360

8 0

<360

~

M

!

\'0 ilrev~rsfbl~ change

;

.

·x'

i

"

.

I .~

I

;.; .{e~iStak!

BASF Ultramid B Emser Grilon; 1 mm thick

"

"

..• eaut~~ 0 nigh tel\)p cone. no .i/rev,ersible clIange

.'. .,.

i

" " Emser Grilon; t mm thick

51: c1ig. alter'ol\g e1<05..

"

" BA5F Ullramid B

reslsta,'!!' ,

3

Emse' Grilon; 1 mm thick

QO irleversible. ehenge

.,

,

Allied 5ig. Capron

Allied 5ig. Capron

.sl.·clIg. alter 1000: '1c0s..

e~utlof\ @ high temp pone. I

8

6

" i

resistant

i

I

:f 8 8 ' .!

<360

"

Emser Grilon; 1 mm thick

solvenl

23

,

BA5F Ul1,amid 8

' limited 'esis1. poo, resisl.; OK lor sh.onlime

23.

2,3

" Allied 5ig. Capron

0

8

•

.,

no irreversible change

1

l

Emser Grilon; 1 mm thick

3

2 1

';,

Allied 5ig. Capron

caulion'" high I~mp.lconc.

6

8

,; .. 90

" sl. chg. aller long ekPos.. caution" high t!.["pJconc. . not.reslst.; boel contact polls.

,

:-.

Furfuryl Alcohol

LNP; 30% gl.lib.

6

~.

Allied 5ig. Capron

83

,

365

365

Emser Grilon; t mm thick

limited ,esis!.

,

" BA5F Ultramid B

83

3

23

...

" Emser Grilon; 1 mm Ihick

;"poor Jesist.;()~IO!.short lime

6

'23"

"

;

'.

"

...•. :; ...

nOI. resislant ,esistenl

i

Allied 5ig. Capron BA5F Ullramid B

,eslsten\.

I

2~

motor fuels

"

"

..

. no irreversible,change

6

<360

23

85

0.25%

"

resisl.; OK for sholl lime

:, poor resisl.; OK for s.hon time

3

30

90

p~or

8

365

Allied 5ig. Capron

51. cIIg. aller long e1<0s.. caution @ high temp conc.

2

'.

" "

"

8 l

BA5F Ultramid B

'u ..

3 8

23

••

~

<360

23

2

~

23; 23 ' •

23

10

Fuels Furfural

Material Note

"jioMie~isk'Oi<:fotshontime

Formamide

Fuel Oils

Resistance Note

3

« 1544 "

bromochlorodilluoromet hane

I.

6

23

Formic Acid

Tensile I Flexural Strength . Strength

23

10 Kester

Weight

5

formalin

Freon 1381 Freon 22 Fruit Juices

<360

23

POL flating

2.5

,

Formaldehyde

Freon Freon 12 Freon 1281

23

Load

(days)

. 100

saturated

Ferrous Chloride Ferrous Sulfate Fertilizers Floor Polish

Time

.... .!Wiry~V~Hj~!~~Mnge

sulfonated

0: .,

Temp. (Oc)

'Y. Retained ,.

8 8 8

Fatty Acids Fatty Alcohols

<E' ;:l

Conc. ("')

r;'

% Change

,." ..

.:•......•.•......', ... ;.;o"'enl

.- ......

;

Allied 5ig. Capron

..

BA5F Ultramid B

" "

z

'<

0'

:::J

0>

~

Chemical Resistance - Nylon 6

C>

co

z

~

Chemical Resistance - Nylon 6

~

0

o

~

0>

I"

1

I

Heagent .'

Furniture Polish Gasoline

~

...

I

,.

Reagent Note ., Cone. (%)

...

1

I Temp., 1 (·C) .;:

Time (days),

\.(;

23..' 15% methanol

1

Load

i

....~.9 '\

1

::

;".:J~('l

:

85 85 85

50

·~.O

10 10 10

Gasoline

medium octane 15% methanol

,.i#l$iafin~nY<.

,I •.

~

;. 50 ,50 '50

30 30 30

23 .·23

7

Glycolic Acid Glycols

30

1 1 1

' :

,1 1 1

7 80 80 80 <360 365 <360

8~

<360

0.25%

~:~ 8.3 7.7 7.1

' . ,'" ".,.

~

13 12 8

6 7 6 6 8

,.

83

I

. i~lsta"r:

i

~

Allied Sig. Capron

8

BASF Ultramid B

<360

23 23.

<360 365

8

'170,

<360

0

. sOlvenl'

23

<360

2

OQt resistant

6

sl. chg. after· lOng expos., caution O,high tempJconc. ..... ,., .... , ...... . rllsistant pOor r8slsr~ OK·.for short time

106

·r!Q:iriev8rsible chanoe!

;.

23

l 3 , 8 '3

23

<360

8

7 7

9 9 9

23

~

cE'

~ 0:

P .,

te:

8 3

<360 365 <360

23

~

*~

. '".F,:·

9;~xc{ieSist.·

23

l

~36650 Hexachlorobenzene Hexachloroethane Hexafluoroisopropyl A l c o h o l , Hexafluorosilic Acid Hexafluorouran;um.;

0.25%

l

resIStant

,..

11

'.

0 2 2

Emser Grilon; 1 mm thick Allied Sig. Capron BASF Ultramid B Emser Grilon; 1 mm thick BASF Ultramid B

no iIJev,rsillleCi1ange

i

': 99 94

7'

~

Allied Sig. Capron

' tlrl)lI~l\~eSiSt. . resiStant iimited re$i~.

12

1

. L·.··iiQIHWii'i$l6leClian1l8:;··{·

<360.8 <360 <360 <360

Emser Grilon; 1 mm thick BASF Ultramid B

":{{~f;!j1j1'~(~8(~e;?

<360

low mot. wgt. 17.5% EXl-4151; 12.5% EXl-3386 higher mol. wgt. BASF Ultramid B Emser Grilon; 1 mm thick BASF Ultramid B

d?:~:';';;

10

<360

;

gas

"

noirreli~is;bIJ·Ch.nge

10

Allied Sig. Capron lNP; 30% gl.fib. "

o'

,,23

365

©

,'"

l

no irreita,sible cl)ilnge

8 4

8

23

50:50 wI water

exc. re$£$I.·".. '. :0{ ,.;... i .

I.

~

Glysantin Greases Hair Dyes Helium Heptane

'+

,

86 1 1.3 1.2

;': I

BASF Ultramid 83K; DIN 53455-3 BASF Ultramid 835; DIN 53455-3 BASF Ultramid 83G6; 30% gl.fib.; DIN 53455-3

.,.,( BASF Ultramid B3K; DIN 53455-3 " B A S F Ultramid 835; DIN 53455-3 .;. ! BASF Ultramid B3G6; 30% gl.fib.; DIN .! .,. •. v. 53455-3

I

7'

1

Emser Griton; 1 mm thick

,

9

.23 23 23 23 ;j!3 .. 23 55

Material Note

·.;,;Vic,:>,,,'i}),,,, .' BASF Ultramid B3K; DIN 53455-3 :' ;"',;',,'i; '};i ,. ! BA~~S~It~~t~;;l~;~~~ :13f~:~-~IN

j

1(iO

Gear Oils Gelatins Glycerin

ResistimceNote"lL

weight

2.7

H:m

::he~:~::~ high performance

PDL Rating

:-::

,.

85 85 85

I•

365

85

'59/'

I

I

i'

.;>. • . . •

;.,

Allied Sig. Capron lNP; 30% gl.fib.

Ems:;~~il~~;~m~~~hiCk BASF Ultramid B

@

% Change'

1:l

~

VJ

Reagent

Reagent Note

~

C:;. VJ

Cone.

Temp.

Time

(")

('C)

(days)

Hexamethylphosphoric Triamide Hexane

tl C1l

VJ

<5' ;::

Horseradish Humic Acids Hydraulan Hydraulic Fluids

t

..,0p .., (t:

<360

23

365

23

365

z \ ••

Weight

cr. Retained

,I

Tensile Flexural .' S,rengthStr.n~t~,

10

6 6

I

I

Material Note

n~tJ~t~H'9P@9~g~dconlact . no\iieveisibhi cllange

BA8F Ullramid B

Resistance Note

Emser Grilon; 1 mm thick

.... resistllflt .. U"·

6

23

<360

6

limited resist.

120

<360

8

no irreversible chenge

automotive

23

80

8

0.6

low mol. wgt.

23

80

7

0.8

17.5% EXl·4151; 12.5% EXl·33BB

23

80

8

0.7

23

<360

8

.'

BA8F Ultramid B

higher mol. wgt. no.irreversible change

BASF Ultramid B

23

365

8

resistant

Emser Grilon; 1 mm thick

flame relardant

60

<360

8

no II/eversible chenge

8ASF Ultramid B

Hand Hl

100

<360

8

23

<360

2

@W~~i*§M poor,esIs!:; oKr6!short time not resistant

BASF Ultramid B

hydriodic acid

Hydrochloric Acid

Hydrofluoric Acid Hydrogen Hydrogen Chloride

10

23

<360

3. 2

1

23

365

3

no(-resist.; brief contact poss.

Emser Grilon; 1 mm thick

3

poor resist.; OK for short time

Allied Sig. Capron

<360

2

not resistant

BASF Ultramid B

1

severe attack

Allied 8ig. Capron

2

23

2

23

10

23

10

23

10

23

10

23

20

23

7 7 365 <360

23

0.25%

2

51

1

41

1

aliacked'after briel cOnlact

0

sol.ent

BASF U/lramid 8

6

sl, chg. after long e1<0s.• caution @ higlrt.mp' cone.

Allied 8ig. Capron

3

poor resist.; ok lor short lime

23 23

<360

2

23

<360

8

23 23

365 365

3 1

23

<360

2

not resislant

BASF Ultramid B

23

365

1

l\lll\~Ml!il\!t~I.M.l •.~ntact

Emser Grilon; 1 mm thick Allied 8ig. Capron

40

Emser Grilon; 1 mm thick

ati~e~ed aft~r brief contact

23

3

poor resist.; OK for shon time

23

<360

6

no irreversible change

BA8F Ullramid B

2

23

365

3

nOI resist.; brief contact pass.

Emser Grilon; 1 mm thick

19

23

365

3

30

23

<360

2

nol resislant

BA8F Ultramid B

30

23

365

1

atl!\c~~dillt~r ~(~f contact

Emser Grilon; 1 mm thick

23

365

8

'reSls(iinl exc. resist.

Allied Sig. Capron

limited resist.

BA8F Ultramid B

23

diluted

23

<360

9 6

gas

23

<360

8

23'

<360

5

23 23

<360

23 23

2

<360

Emser Grilon; 1 mm thick

...~~)l!~~~!$~!H!ll\nge 20

iionii$1SniiP:riilongliq;iiiliil~cn

6

sl. el;lg. after long eN~s .• .... C~~li?'!~nNgliWmi!i~~?nc.

8

i:ilO Irrey~isl~i,~AKMge

9 9

23 indian ink

BASF Ultramid B

1

<5

Impregnating Oil Inks

... .. . .. not r~~ls.tiW

.• ·pM@i~(~lRW*h~nge .' rioHiis!sMbiliWconiilet pass.

1

saturated

dilute

Emser Grilon; 1 mm thick

40

gas

Hydroquinone

lNP; 30% gl.fib.

40

<2

Hydrogen Sulfide

Allied 81g. Capron

23'

>2

Hydrogen Fluoride Hydrogen Peroxide

.

10

pH 2

,

<360

23

POL Rating

BA8F

Hand Hl

Hydriodic Acid Hydrobromic Acid

23

Load

6

................

exc~

resist.

.::::,:.

no irre.ersibl~ cha~,ge

Allied 8ig. Capron BASF Ultramid B Allied 8ig. Capron BASF Uitramid B

Z

'<

0:::::l

a>

W

Chemical Resistance - Nylon 6

...... ......

(J.)

Chemical Resistance - Nylon 6

:z

'<

~

I\)

0-

:::::l

0)

% Change IReagent

I

Reagent Note

I

Cone. (%)

Inks indian ink

Iodide Iodine

hydriodic acid

3 tincture of iodine alcohol solution

Iron (III) Chloride Iron (III) Thiocyanate Iron Salts Isocyanate Isooctane

Isopropyl Alcohol

I

Temp. ('C)

I

I

Load

365 365

8 8

23

<360

~3

<360

2 3 3 2

23 23

10 10

23 23

<360 <360

2 4

solution

10

<360

acid neutral

20 20

23 23 .

5 1 8

aromatic

365 365

23.

<360

23. 23 23 23 23"

isopropanol

<360 365

<360 365 <360

23 23' 23 85 23

aliphatic ceUulosic ceUulosie; cone. ceUulosic

Lactic Acid

5 10 50 90 90 90

Lanolin Lavender Oil

365 <360 <360 <360 <360 <360

23 23 23 23 23' 23 23

10

,

365 <360 365

l, l

<360 365

23 23 23

,

365

23 '23

Lead Acetate

,

<360

10

'tl

r;' CIl

tl

Lead Salts Lead Stearate Lemon Juice Lestoil

365

23

\:i3 2 2

C1>

CIl

cE' ;:l

t-'

.., ..,

0'

I:l (t::

Lime Linseed Oil

chlorinated

365 7 7

23

ii 23 23 23 23

~i

resista~t ...... ,

, 0.25%

!

BA.SF. UUramid B Allied Sig. Capron

.

"

" BASF Ultramid B

noi}6s1slailt resistant ••••• ~.~~\~M~!imi\M!Mjst.; ESCR .. 'iiililci:iidiifliirbilaf contact

Emser Griion; 1 mm thick

resistant

8 9 8 8

nO'irrevtllSlble change

BASF UUramid B

exc. res is!. no irreversible change resistenl

Allied Sig. Capron BASF Ultramid B Emser Grilon; 1 mm thick

6

sl. chg:efterlorig expos., caution 0 high temp.lconc .. no irreversible change resistant no irreversible change

AUied Sig. Capron

10

4 8 8 9 8 8 8 6

BASF Ultramid B Emser Grilon; 1 mm thick BASF UUramid B Allied Sig. Capron BASF Ultramid B

•••.•.• exe. resist.,

.pq•.!f!'Yo'r~iR!~ • 9hange "i~siSiaiif

Emser Grilon; 1 mm thick BASF Ultramid B

no irreversible change limited resist. no irr~versible cl)ange .resistt!;' l~fllUed.i~~!s!.

8 7 8 6 8 3 6

resi~tant

Wml\~~rasiSi.

Emser Grilon; 1 mm thick BASF UUramid B Emser Griion; 1 mm thick Allied Sig. Capron

. M.iif~~~J~ible change noti~~i~%~;il$' conlact Poss, s!;~~ij aflerJMliUpos" eaiillOfj>.··h)gMiiii'lp.lconc, •••••' .. not resistant

2 1

'. attacked after brief contact

BASF UUramid B Emser Grilon; 1 mm thick

resistant

Emser Griion; 1 mm thick

e).Cc. resist. resistant

Allied Sig. Capron Emser Grilon; 1 mm thick

.• 51. Chg; after long exp.os,.

Allied Sig. Capron

caulioAO higlltemp.lcone.

"Mlfi~~~i~iR!~~"ange ·······················iuiSlatif

8 9

6 1

7 7

I

·Iimjted resist.

51 82

2

9 9 9

BASF Ultramid B

"~.' !xe, le.sisl.

6

365 0.25%

Emser Grilon; 1 mm thick

noii~$i$l~ht ..~::.:

10

Material Note

.... - .............:;..,;.-;;::~

poor resist.: OK tpr short lime

8

,,

365

···~3

I

Weight

;

<360

23 2,3'

I

8 9 8 6

@

~

PDL Rating

solution, acid solution, neutral

Isopropyl Ether

p-

I

23 23

23 23 60·

Jams Jet Aircraft Fuels Ketones Lacquers

Time (days)

Emser Grilon; 1 mm thick Allied Sig. Capron Emser Grilon; 1 mm thick LNP; 30% gl.fib. Emser Grilon; 1 mm thick

~~

102 101

..•

Allied Sig. Capron LNP; 30% gl.fib. LNP; 30% gl.fib.

,.......

",',......

@

E" ~

16'

Reagent Note

Reagent

r;' C/)

-,c...••.•....

;:s

t-

o:., ., p

te

Time

('C)

(days)

23

<360

23

365

23'

365

8/

.,

LUbricating Greases

<360

0

20

23

<360

O·

10

23

<360

8

10

80

<360

1

ester

110

<360

l1(j

<360

Lubricating Oils

Machining Oils Magnesium Chloride Magnesium Hydroxide

Mercury (II) Chloride Mercury Chloride Mercury Salts Methane Methoxyethyl Acetate (2-) Methyl Acetate Methyl Alcohol

"

"

"

. no!. resistant

limlled"esls( .

6 6

Allied 5ig. Capron

resistant

Emser Grilon; 1 mm thick

limited resist

BA5F Ullramid B

no irreversible chenge

" " "

23

<360

23

10

23

365

23

,

8

no irreversible ·change

9·

exc. resist.

Allied 5ig, Capron

8

resistent

Emse' Grilon; 1 mm thick

9 4 8

10

23

<360

10

23

365

10

23 ., 23

<360

8

<360

3

concentrated

23

"

23

.....

8

..' ........... ex~.resUil: noirreversmle change

nO irrevers'ibte change limited

17

r~sist.

Allied 5ig. Capron BA5F Ultramid B Emser Grilon; 1 mm thick

resistent

3

,

"

exc. resist.

not·resistant

10

" "

"

"

2

"

25

BA5F Ullramid B

solvent

<360

110

Maleic Acid

limited resist.

120

100

MIL-L-2105B

"

• no Irrevers'tble change

7

BA5F Ultramid B

Allied 5ig. Capron

8

A5TM reference oil

saturated

~

,

Emser Grilon; 1 mm thick

"

<360

365

Material Note

severe at,lack

<360

23

machining liuids

<

...•

.."",' '<

c.-.,>:

9 8 6

23

Magnesium Salts

Malonic Acid Malt Manganese Salts Manganese Sulfate Margarine Mayonnaise Mercury

i

,

Resistance .Note

Flexural. Slrenglh:'

resistant

<360

silicone based

I

no irreversible change

23

.:.

TensUe Slrenglh . :.....•.. ;... :.

8

23

80

Weight

,

%.Re.talned ,.,

8

20

10

Lithium Hydroxide

,

1.-: 6

1

in methanol

POL Rating

Temp.,

(%)

Linseed Oil Liquors Lithium Bromide Lithium Chloride

Load

Cone.

C/)

<E'

' % Change

"'.

'1:l

.

BA5F Ullramid B

"

.

poor resist.; OK for shorl time

Allied 5ig. Capron BA5F Ullramid B

·

3

23

<360

8

no irreversible change

10

23

<360

6

limited resist.

"

10

23

eXt. resiSt.

Allied 5ig. Capron

23

365

9 8

resistanl

Emser Grilon; 1 mm thick

23

365

8

resistanl

Emser Grilon; 1 mm thick

9

23

saturated solution 6 neutral

etC_

resUit

Allied 5ig. Capron

23

<360

8

no irreveIsible chenge

BA5F Ullramid B

23

365

8

resistant

Emser Grilon; 1 mm thick

23

<360

2 ".;

1

23 23

365

23

<360

23

<360

8 8 8

23

<360

9 6

mixture

35

23

<360

0

wi 20% calcium

80

23

<360

0

2.3

2

chloride • 23'

6

, 23 23

~.:.

23

g3:".

7 7 <360 365

0.25% ~

9 S 4

nofiesisiaiii .

BA5F Ultramid B

sevllre attack

Allied 51g. Capron

reSislanl

Emse' G'i1on; 1 mm thick

no Ineversible change

·

BA5F Ullramid B

exc, resist

Allied 5ig. Capron

no irreversible change

BA5F Ullramid B

solVent

·

" "

s!. ~g, all~r long expos" caullon 0 h,gh tempJconc.

Allied 51g. Capron

.

100

LNP; 30% gl.fib.

77 12

'::'>,.<'::"8.,.,,.

"

no itreverslble change

BA5F Ullramid B

18sislaJit,

Emse' Grilon; 1 mm thick

z

'< (5 :=l

0>

(J,)

Chemical Resistance - Nylon 6

...... (J,)

:z

Chemical Resistance - Nylon 6

'<

(J.) -' .j».

0

~

cr>

Reagent

I

Reagent NQte

I

Cone. (%)

Methyl Bromide Methyl Ethyl Ketone

Nitrobenzene

23 23 23 :i3 23 23 '23 23 23 23 23 23 23 23 23 23 23 "23 23 23 "'23 23 .• 23' 23.·.· .. 23 23·" 23 "'. 2'1. } 100 23 23 23 23 23 23

Nitrogen

23 '23 '10ck 23

Methylpyrrolidone Milk

n·methylpyrrolidone

Mineral Oils Molasses Mortars Moth Balls Motor Oils Nail Polish Nail Polish Remover Naphtha solvent

Naphthalene

Naphthalenesulfonic Acid Naphthenic Acids Naphthols Natural Gas Nickel Salts

technical

solutions

Nitrating Acid Nitric Acid

10

0.1 0.1 1

2 5 50

@

"0

~ ~

tl (1l Vl

lEi' ;:l

~

.., l:l ..,

0-

('C)

23 23 23 23 23 23 23

Methylamine Methylaniline Methylene Chloride

n'Vl

I

Temp.

under high pressure

I

Time (days)

I

Load

%.Chang~.

I

POL . . Ratlhg

I

cr. Retained flesjstance Note

Weight

I

Material Note

<360

8

no irreversible change

BASF Ultramld B

<360 365 <360 <360

9 6 8 4 4 6

exc. resist. ·no imi'Yerslble change

Allied Sig. Capron BASF Ultramld B Emser Grllon; 1 mm thick

<360 365 <360

2 6

, j

<360 365

exe:!~}i$\\

resistant

8 8

no,irreverslble cMOl/eii.·····

9 8 8

exc, res~t. ,{';:: no ,rreversible..change resistant

resisla~t

not r,eslstant . resistant

I

3 6 ·0 . 8 ..•

Emser Grllon; 1 mm thick

Emser Grilon; 1 mm thick BASF Ultramid B Emser Grilon; 1 mm thick Altied Sig. Capron BASF Ultramid B Emser Grilon; 1 mm thick BASF Ultramid B BASF Ultramid B

AOlr(~~~~;,ti~~:~~nge ,limited iesist. iesistant"

2 3 1 0 2

1

,1..

BASF Ultramid B

LNP; 30% gl.fib.

8 8

0 1 6

,

no jrreversible cllange

resis.\~Ai

8

•

Allied Sig. Capron Emser Grilon; 1 mm thick

92 91

8 8

I

BASF Ultramid B Allied Sig. Capron BASF Ultramid B Emser Grilon; 1 mm thick

u

8

\

BASF Ultramid B Emser Grilon; 1 mm thick

resistan't

'}.

6

, <360 365 <360 <360

•·• •·••f~~~!~!)!·

2

(

Allied Sig. Capron

resist.·· no Irr~versible change

2.•

r <360 <360

u

sl. chg. aller long eK~os .. caution @ high'temp. conc. not resist, I~ prolonged contact limited resisl •. , ex~.

8

,,:;:

BASF Ultramid B

u

.no ifiiM,!slliiihihange

B

0.25%

I <360 365 <360 <360 <360 <360 <360 365 <360

15

9 8 8 9 8 8 8

365 <360 <360 365

365 365 <360 365

resl~tant

······iio,iieWisi6Ieehange

7 7

8

<360 365

7 7

2

Emser Grilon; 1 mm thick

:. n.or(il~iS"'ilt.:.

BASF Ultramid B

· pooiresist) for .shori time . • s~~~re;a;t!lCk .

0«

Allied Sig. Capron

,

'" SQ!yent

BASF Ultramid B

•

. \ •.nht resistanl . severe attack <:.·solvent .•~!~:~~!!~iter~r!el co.n.tact

':.:~~I~;~f;:~~~~Ot'!.e:rc~~·c. 3

• I

nouesistant ,-.-.,.. limited resist." • i·;olvent ........ rl\Slstant.

Allied Sig. Capron BASF Ultramid B Emser Grllon; t mm thick Allied Sig. Capron BASF Ultramid B Emser Grilon; 1 mm thick BASF Ultramid B

",.",

©

····f

% Change

'\l

~ ~

n'0> ~

Reagent Nitrogen Oxide

0>

Reagent Note

Resistance Note

Material Note

6

limited resist.

6ASF Ullramid 6

2

not resistant

"

Time

(%)

('C)

(days)

R~tlng

technical

23

<360

under pressure;

23

<360

23

<360

6

limited resist.

"

6

sl. chg. alter long expos.• caution 0 high temp./conc.

Allied Sig. Capron

;:l

Nitromethane

POL

23

0: ..,

<360

23

..,p

<.r:

I

Temp.

Welghl

Tensile, Strength

Flexural Strength

lachnical

cEo t"""

Load

'Y. Retained

Conc.

23

Nutmeg 011 Octane

exc.reslst. no irreversibl, change

23

365

8

resistant

Emser Grilon; 1 mm thick

exc. resist.

Allied Sig. Capron

9

no irreversible change

6ASF Ullramid 6

8

resistant

Emser Grilon; 1 mm thick

1

severe attack

Allied Sig. Capron

0

solvent

6

23.

365 <360

23

365

1

23

365

8

ru~arii

"

6

sl. chg. alter)ong expos•• caution 0 high,temp.lconc.

Allied Sig. Capron

lImited resist.

Emser Grilon; 1 mm thick

"

BASF Ullramid B

.. ,

365 )

23

<360

8

no frraversible chBnge

"

23 •

<360

2'

nol resistant

"

poor resist.; OK for Short time

Allied Sig. Capron

3 <360

4

<1 ppm, gaseous

23

365

8

gaseous

23

365

20 ppm ozone wi air

35

<360

23

<360

8

23

..

<360

23·

, ,

,

23 2.3...••·

Emser Grilon; 1 mm thick

3

nolres;st.; brief conlact poss.

Emser Grllen; 1 mm lhick

6

limited resist.

I;.

;

9

365

8

<360

8

23

3

23

6

23'

. 'i\~iiillv8is1lihfci\iii\ge

I

,

365

';

<360

,:-

,

: 8

365

8 8

5

•

9

0.44

96

"

80

4(f"

19

I

6

0.95

87

"

80

40

48

1.63

79

2.22

71

l

4

..

3

r r

~

~

8

u

6ASF Ullramid 6 Allied Sig. Capron

poor resist.; OK ior short lime

"

·sl. chg; alter long ex~s., caution @ high temp. cQnc .

" Emser Grllon; 1 mm thick •

6ASF Ullramid 6 Allied Sig. Capron 6ASF Ullramid 6 Emser Grilon; 1 mm thick

.no irreversible 'chlinge

<360

}.

"

..

re.sisfan.l .

40

80

"

.;.,.(~~t~\· ..

23

365

Emser Grllon; 1 mm thick

no irreversible chBnge

<360

40

Allied Sig. Capron

reslS1Bnl

exc. resist.

23

" "

exc. resist.

9

23

23

.

..

generallynorreslst.

60

80

~~

6ASF Ultramid 6

:

exc. resist. i

80% petroleum wi 20% ethanol

u

,,;

,

i

9

::0;' ,

6ASF Ullramid 6

rll$istant

. .,.

'.,

8

23

Perfumes

nOI·resist. to prolonged comaol

8

365

.. 23

degreasing by vapor

10

Emser Grilon; 1 mm thick

3

23

10

6ASF Ullramid 6

..... an!c!~~~~~.r.~!iel contact

6

:~

23

lechnical

3

<360

20 ppm ozone wi air

Kerosene

6ASF Ullramid 6

<360

?3 23

paraltin 011

Allied Sig. Capron

..

23

10

Ozone

Emser Grllon; 1 mm thick

8

23

almospheric pressure

6ASF Ultramid 6

..

9

10

high pressure

Persll Petroleum

r

resistant

<360

23

Peanut Oil Pentachlorophenol Peppermint 011 Perchloric Acid Perchloroethylene

8

23

23

Olive 011 Oxalic Acid

Iimite~ resist.

4

4

~

23

Oleum

Paints Palmitic Acid Paraffin

365

23 •

Oleic Acid

Oxygen

•

6ASF Ultramid 6 30% gl.fib.; 6.4.,2.7.,27 mm specimen

..

, ;esis1ii\t

" " " Emser Grilon; 1 mm thick

z

'<

o

::::J 0)

Chemical Resistance - Nylon 6

w ......

0'1

~

Chemical Resistance - Nylon 6

z

'<

...... 0)

o

:::l C>

Reagent

Reagent Note

I

Cone. (%1

I

('C)

>2: .-,""

solution in ethanol

6 70 75 88

(days)

365 <360

23 23 23 23

white spirits

Time

<360

~.:.

Phosphate Esters Phosphates Phosphine Phosphoric Acid

solution

10 0.3

,6 , esi litan.ceNote

Material Note

ti~c. ~~~i~~,

..reslslant··'·

Allied 5ig. Capron Emser Grilon; 1 mm thick BA5F Ultramid B

9

&JCe. resist

Allied 5ig. Capron

9 3

~

S1re~glh

8,

fno ir;~~~rsibl~'Change

a

23

<360

o

(severe allac" , sOlve~r

23 43 23 . 160.

365 <360 <360 <360

3

severe aitack not iesist.; briet conlact pqss.

~ 23, 80 23 i 23 " 23 ;::

Photographic Fixing Baths Photographic Solutions photographic emulsions

Phthalic Acid Pine Oil Pineapple Juice Plasticizers Plating Solutions Polyesters Potash @

'p"o ~

n'Ul

Potassium Acetate

365 <360 <360 <360

, 3

20

Potassium Bichromate Potassium Bromide

C1l

Ul

;;l

t""

.,0:

.,p

\t:

23 nickel chrome bath resins, wi styrene

50 50

<360 365 365 <360 <360 <360 <360 365 365 <360 365 <360 365 365

,~.;

23 23 23 23 23 23 23 23 100

365

Potassium Carbonate Potassium Chlorate

5 10 10 10 60 5 7

.,;23,> 23 '23 23 23·

5, o"le:o('"

3 6 8

.·;1i~

<360 365

Allied 5ig. Capron Emser Grilon; 1 mm thick

,. no irreyelSible Change

BA5F Ullramid B

8 Allied 5ig. Capron

,3

'sCchgaMdaij~expos;( eauli.on • :1ii~,njmp./eonc. .'poorr~~iSI.; o~ for ~hon time .. . se~ere. ~lIack

2 3

not resislant .. ·nonesis!.; briel conlltct poss.

BA5F Ullramid B Emser Grilon; 1 mm thick

3 8 B

~,

"no irreversible chang a •

B

BA5F Ullramid B

.;.;.:.~ ... -.

limited resi~. resislant .

Emser Grilon; 1 mm thick

8

no irrellersible ellan.ge resistant ;.

BA5F Ullramid B Emser Grilon; 1 mm thick

6 1

attacked:alterbt¥! contact

6 B .8 B

Ihrilled resi$i..

BASF Ultramid B Emser Grilon; 1 mm Ihick

8

tAAl$lMH

9 8 9 6

et§\fM~1i

Allied 5ig. Capron Emser Grilon; 1 mm thick

.• ~e. resist:

Allied 5i9. Capron

4

a 9

365 365

)#9~iie$,sL:tjKi9r$hOn time ." . .ilmlted ieslst.

B

resislam .

sl. ehg.alle.r long llXPO.s•• ea.uti9n.... hl~h t~rripJco"e.

~\:... ; .

6 9

~;.:

iimiiedresi$t.

o

6

23 -:::-.: 23 23 23 23 23 23 23" 23 23

BA5F Ultramid B Allied 5ig. Capron BA5F Ultramid B Allied 5ig. Capron Emser Grilon; 1 mm thick BA5F Ullramid B

's~lve~t,

o

::-;-:.:.:. .{

tl

<E'

saturated pine needle oil

;:

." ~i;lvenl

....

?

3 10 10 10 50

:"':'

',:i poor resls!.; 01< for shon lime

!

o 1

molten

Phenylethyl Alcohol

i:i~~liral

PDL Fiating

'::~':'

23'

Phenylethanol (2-)

Load

9'

23 23 \:80

Petroleum Ether

Petroleum Jelly Petroleum Spirits Phenol

I

Temp.

6

3

B

Uekilisl$t ., rio imilleiSible ~hange'

resistant, ,. exe. resIst.

~i ;esi~:~~~~:;:~~ei P9~li

I

'

BA5F Ultramid B Emser Grilon; 1 mm thick Allied 5ig. Capron Emser Grilon; 1 mm thick

.'.

@

%Change

'tl

6' ~

;:;. en

Reagent I·· .. ·

f?

Potassium Chloride

15'

Potassium Dichromate Potassium Ferricyanide

en

;:J

~

., .,

0-

P

Reagent Note

Potassium Ferrocyanide Potassium Hydroxide

<.c::

Potassium Iodide Potassium Nitrate Potassium Permanganate

Potassium Sulfate

Cone.

Temp.

Tim!!

(%)

'('C)

(days) <360

10

23

90

23

Load

POL Rating

23

10

23

50

23 23

Propyl Alcohol

Resorcinol

"

9

••c. resist.

" "

no irreversible change

BASF Ullramid B Allied Sig. Capron

<360

8

no irreversible chenge

BASF Ullramid B

365

8

resistanl

Emser Grilon; 1 mm thick

4

7

23

365

8

"

"

10

23

<360

8

no irreversible change

BASF Ullramid B

10

23

365

8

resistant

1

23

<360

2

not resislanl

1

365

1

allacked after brief conlact

10

23 23'

10

23

365

8

3 9 <360

..

poor resisl.; OK lor sMrt time " ., resistant exe. resisl.

;

Emser Grilon; 1 mm thick BASF Ullramid B Emser Grilon; 1 mm thick Allied Sig. Capron Emser Grilon; 1 mm thick Allied Sig. Capron

2

not resistant

BASF Ultramid B

9

ex~. resisl.

Allied Sig. Capron

8 8

no irreversible chenge

BASF Ullramid B

365

resistant

Emser Grilon; 1 mm thick BASF Ullramid B

23

gas

23

liquilied gas

23·

<360

23 5

23

<360

8

no irreversible change

10

23

<360

2

not resislant

"

50

23

<360

2

"

"

6

sl, chg. after long exrcos.• caution @ ~igh lemp. cone.

Allied Sig. Capron

1·propanol

23

" " "

23

<360

4

23

365

8

100

<360

a

sorvenl

BASF Ultramid B

9

exe. resist.

Allied Sig, Capron

23

6 10 liquid

no irreversible change

BASF Ultramid B

resistant

Emser Grilon; 1 mm thick

23

<360

8

no irreversible change

BASF Ullramid B

365

8

resistant

Emser Grilon; 1 mm thick

80

<360

3

15

'limited resist.

BASF Ullramid B

23

<360

2

25

no' resist. 10 prolonged contact

23

<360

23

<360

" " "

,

8 6

no irreversible change limited resist. eii':.iesi!t.'

Allied Sig. Capron

23

<360

8

no irrev!lrsible change

BASF Ultramid B

70

<360

8

a a

" sotvellt

" " "

3

poor reSist.; O,K for short lime

Allied Sig. Capron

1

attacked aller brief conla~

Emser Grilon; 1 mm thick

23

mixture

40

23

<360

in ethanol

50

23

<360

alcoholic solution

10

:23

23

Rose Oil Rum

6

10

Pyridine

Pyrocatechol Pyrrolidone Pyruvic Acid Refrigerants

BASF Ullramid B Allied Sig. Capron

poor resisi:; OK lor shan lime

saturated

Propionic Acid

limjted resist. sl, chg. after long "fc0s.• caulion @ high temp. cone.

3

<360

23

Potassium Thiocyanate Propane

BASF Ullramid B

30

50

Material Note

Allied Sig. Capron

6 6

60

Resistance Note

exc. resist.

23

80

Flexural Slrength

no irreversible change

23

10

I

8

5

20

% Retained Tensile I Strenglh

9

30

<360

Weight

9

"

23

365

23

365

1

"

"

exe. resist.

Allied Sig. Capron

365

9 8

fesislan,

Emser Griion; 1 mm thick

23 23, ..

z

'<

o ='

0>

V>

Chemical Resistance - Nylon 6

-->.

-oJ

z

w

Chemical Resistance - Nylon 6

'<

-'-

co

o

:::l 0) ~:'

I

Reagent Note

Reagi!nt

Conc.

.Temp.

(%)

('C)

Salicylic Acid

Salts

I

Sea Water

Silver Nitrate Silver Salts Soap

Load

POL Rating

<360 <360

8

23

365

8

<360

9 8 6

<360

Sodium Bicarbonate Sodium Bichromate Sodium Bisulfite Sodium Bromide

BA5F Ultramid B

res'istanl

no

Emser Grilon; 1 mm thick BA5F Ultramid B

: (esIstanj

Emser Grilon; 1 mm thick

,excJesiSf

Allied 5ig. Capron

it;~'lelsibl~change

BA5F Uitramid B

.limited resist. Emser Grilon; 1 mm thick

res.islanl

Allied 5ig. Capron

23

365

resistant

Emser Grilon; 1 mm thick

80

<360

110

<360

3

10

140

<360

2

10

23

365

9 8

23'

365

8

23

365

80

<360

9 8 8

no irreversible change

BA5F Ultramid B

6

51. chg. after·long.e~pos .•

Allied 5ig. Capron

23

--

.23

no irreversible change

BA5F Ultramid B

li';'ited resist.

8A5F Ultramid 8

not resist.\o prolong.ed conlaCI . :\ ~XC. ,~esist~

Allied 5ig. Capron Emser Grilon; 1 mm thick

resistant

:~-

exc. resist

Allied 5ig. Capron

resistant

Emser Grilon; 1 mm thick

caution' 'high tempJconc.

8 9 9 8

365

5

23

10

23

10

~

365

6

23

10

23

365

6

10

23·

<360

4

10

23

365

21.5

23

8 6

21.5

Sodium Chlorate Sodium Chloride

Allied 5ig. Capron

exc. resist

46.5

10

Sodium Carbonate

exc. resist

8

23

solutions

Sodium Acetate

Material Note

9 8 B

23 10

Resistance Note

365

•.23

"

's~1:~~lrlf:~,rr

noirrflVersible' change

23 ..

23

solutions

% Reta/dad

WeIght

.';' no irreversible change

365

23

shoe creams

% Change

8 8

h'

23, 80

Shoe Polish Silicone Oils

(days)

I

9

23. '23'·,

for roads

Time

10

1pO . 23

10

23

'resistanl

Emser Grilon; 1 mm thick

exc. resist

Allied 5ig. Capron

'resistant

Emser Grilon; 1 mm thick

sl. ·cllg. eherlong expos., '. caution '@ high lellip.lconc.

Allied 5ig. Capron

<)riojrteversibl~.change .•

; : ; . . re:s~Ian,t.

BA5F Ultramid B

..'

Emser Grilon; 1 mm thick

··"··.·~ii~~~g·J!~~~{im~Jc~~·e.

Allied 5ig. Capron

~:~

6

. ,limlt~diiis'sl

6

<360

Emser Grilon; 1 mm thick

'\";:'.' limited (eslst,

B

6

BA5F Ultramid B

si.Chg: atii.tMMexpos.•

Allied 5ig, Capron

cautIon @ hlglfWllpJconc. 23 saturated

resistanl

Emser Grilon; 1 mm thick

51;. c.hg:.at,ter 10~g expos..

Allied 5ig. Capron

n:ol resist.;~itl conlac! poss.

Emser Grilon; 1 mm thick

'.8

365

6

100

,caution.Ct.·high temp.lc.onc.

@

'~"

S' rio

'" 1? 15' '"

Sodium Chlorite Sodium Sodium Sodium Sodium Sodium

Dichromate Dodecylbenzenesulfonate Hydrogen Carbonate Hydrogen Sulfate Hydrogen Sulfite

;:l

t'"

.,c;:p .,

u::

Sodium Hydroxide

5

23

365

10

23••••

<360

10

23

<360

10

23

23·,

-", ..:..

3 4 6

<360

8

<360

8

'

10

23·····

2"

23

10

23'"

<360

8

23...

<360

2

23

<360

,8.,

"1 10

.

~~

<360

~.

4'

9

'~or;esjsl; topr910~iied coniacl

BA5F Ultramid 8

limited reSist.

;

....r.J~lan;'i

•.

.·.··~:;;f~i~f:!rh~it~~8n;;;~9~1~B!

•••••

< exc:ie~lSt ';~i;;ev~rsibie change

Xrlrr~;~:;~l~:~~~~~t

Aliied 5ig. Capron BA5F Ultramid B

..

@

% Change' • "10 Retained

"tl

E" ~

Reagent Note ,

Reagent

r;' en

t::J

en

;:s t""'

Sodium Hypochlorite

.,0:

.,

>l \t::

Sodium Sodium Sodium Sodium Sodium Sodium Sodium Sodium Sodium Sodium Sodium Sodium Sodium Sodium

Hypophosphite Lactate Lauryl Sulfate Lignosulfonate Nitrate Nitrilotriacetate Nitrite Oleate Perborate Phosphate Pyro5ulfite Salts Silicate Sulfate

Sodium Sulfide Sodium Sulfite Sodium Thiosulfate Sodium Thiosulfite Soil Burial

Soldering Fluid Soybean Oil Spirits Stannic Sulfate Starch Steam Stearic Acid Styrene

Sugars Sulfolane Sulfur

Temp.

Time

(")

('C)

(days)

10 40 50 5 10

Sodium Hydroxide

(ll

16'

Cone.

paste

10 60 30 10 10 10 5

concentrated

5 10 10 10

sodium monosullide

10 10 2 10 10 10

neutral acid (pH 3) alkaline (pH 10) soya oil

10

80 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 23 100 100·150 23 23 23 23 80 23 23 80 : 23 23 23

Load

POL Rating

<360 365 <360 365 <360 <360 <360 <360 <360

•

2 8 2 3 4 3 8 6 8 8

Weight

:Streng:.,:~:

.1: Flexurel·

••. Tensile .Slrenglh

,

Resistance Note

Material Note

not resislanl resistant not resislant

BASF Ullramid B Emser Grilon; 1 mm thick BASF Ultramid B

nol resist.; brief contact pass. not resist, to prolonged contacl

~9~rresist.;9~tQ.! ~~.on time

Emser Grilon; 1 mm thick BA8F Ullramid B Allied Sig. Capron

MiiiiMfj'$iiii~tli~hge

BA8F Ullramid B

limited resls\. r8$i$1ant

"

.. no ir(~v~r~ible change ext.iesisi. .

9

365 <360 365 <360 365 365 <360 <360

365

8

. ...• . ,resistant iiisveisiliie change

. . . . . no

8

3

not resist.; brief contact poss. no irreversible change

8

limite~

6

resist. fesislant no irreversible change

8 8 B 9 I

365 365

9 B 9

r

"

" Allied Sig. Capron Emser Grilon; 1 mm thick

exc. resist. resistant

Allied 8ig. Capron Emser Grilon; 1 mm thick

"

<360 365 <360 365 <360 <360

"

BA8F Ullramid B; cast oil tanks & titlings

"

B

"

" "

not resistant resistanl no irreversible.change poor resist.; OK tor shon time resistant

BASF Ullramid B Emser Grilon; t mm thick BASF Ullramid B Allied Sig. Capron Emser Grilon; 1 mm Ihick

not res is\. to prolonged contaci

BASF Ullremid B Allied Sig. Capron

10

B 9

8 8 8 8 7

.. 1

0 9

<360 365

"

8 8

4

,

"

resistant

3 <360

"

8ASF Ullramid B

Allied 8ig, Capron Emser Grllon; 1 mm Ihick

2 8 4 3 8

365 <360

BASF Ultramid 8 Emser Grilon; 1 mm thick BASF Ultramid 8 Emser Grilon; 1 mm thick

exc. resist. r8$islanl

9 8

365 <360 <360 <360 <360 365 <360

Allied Sig. Capron Emser Grilon; 1 mm thick

eXC. resist.

"

8 8

" "

8 8

no irrevellilble change

BASF Ullremid B

exc. resisl. no irreversible change r8$istant no irreversible change

Allied Sig. Capron BASF Ullramid B Emser Grilon; 1 mm thick BASF Ullramid B

resi$1ant

Emser Griton; 1 mm thick

no Irreversible change solv,nt'

BASF Ullramid B

exC. raslst. no irreversible chenge

Allied 8ig. Capron BASF Ullramid B Emser Grilon; 1 mm thick

,resistant

"

z

'<

'0 ::l

0>

Chemical Resistance - Nylon 6

w ......

to

z

w

Chemical Resistance - Nylon 6

'<

N

C>

0-

:::J

(J)

. Reagent

0/0 C~ange

I

Reagent Note

Sulfur Dioxide

Sweat Tall Oil Tallow

(%)

I

Temp. ('C)

I

Time (days)

I

Load

I,

r;'

nol resist.; brief conlact pass.

Emser Grilon; 1 mm thick

no Irreversible chenge

BA5F Ultramid B

moist

23

<360

6

li'l'il~~J~*I.

23

<360

8

t""

0: .,

., P

3

2

23

<360

2

nol resislant

BA5F Ultramid 8

2

23

365

1

attacked after brlel conlacl

Emser Griton; 1 mm thick

severe attack

Allied 5ig. Capron

10

23

10

23

7

1

10

23

7

0.25%

u::

1

46

1

46

LNP; 30% gl.fib.

10

23

365

25

23

365

1

80

23

<360

0

solvent

8A5F IJltramid 8

23

365

1

attacked after brief conlacl

Emser Griton; 1 mm thick

!

1

attacked after brie' conlacl

chromic/sulfuric acid

23

365

1

saturaled

23

<360

6

23

<360

8

Alkylarenesulfonale

23

<360

6

dilute solution

50

<360

8

to DIN 54020

23

<360

8

"

23

<360

8

no.irreversible.change

9

. ·'e;.£;esisf

23

resislanl

Allied 5ig. Capron 8A5F Uitramid 8

23

365

8

resislant

Emser Grilon; 1 mm thick

6

sl. chg. after long caution @ high lemp. conc.

BXkcS..

Allied 5ig. Capron

23

<360

8

no irreversible change

8A5F Ulframid 8

23

365

8

resistant· limlled ·resist.

Emser Grlton; 1 mm Ihick

<360

6

<360

4

10

23

365

8

50

23

<360

3

'. no irrever~ible change resistant

12 25

6

8A5F Ultramid 8

" Emser Griton; 1 mm Ihick

limlled resist.

8A5F Ultramid B

st·.c~g. a.lIUI9~9 expos•• c~~!i~(i,.·~P;9\\·lMipJconc. "',@iStaiif

AilIed 5ig. Capron

23

365

8

23

<360

5

80

<360

2

23

<360

2

.

23

<360

8

no irreversible change

23

<360

0

solvent

9

exc.Jes!st. no irreverslbhi.ehenge

Allied 5ig. Capron

re.sl.st~nl

Emser Griton; 1 mm thick

exc, resist,

Allied 5ig. Capron

23 •

<360

5

365

8

23 23

<360

23

365

23 365

23 10

limiled resist.

'.

no irreversible change

80

Thionyl Chloride

8A5F Ullramid 8

no liieversi61llchange

8

23

Tetralin

" . "WMMf@ist

<360

10

R14

Emser Grilon; 1 mm Ihick

23 23

solulion

Allied 5ig. Capron

23

23 23"

Tin (II) Salts

. n~ Irre~~m~!~phenge ···pooriesls1.:·OKiOiiihort lime

2

<1> Vi

;:l

Material Note

8

tl

to·

I

3

~

Vi

Resistance Note

Strengtli

365

Tea Tetrachloroethylene

p

Strength

<360

'23

'tl

'Yo Retained

TensileFlmi~1

23

Tartaric Acid

©

I

Weight

23

<5

Tar

Tetraethyllead Tetrafluoromethane Tetrafluoropropanol Tetrahydrofuran

POL Rating

dry

Sulfur Hexafluoride Sulfuric Acid

Sulfurous Acid Surfactants

I

Cone.

23

~

<360

I

, •

2

.·limiledlisist. not

4

9

6

3

8

5

8A5F Ultramid 8

8A5F Ultramid 8

resistant

Emser Grilon; 1 mm Ihick

•••••••• !\!!!!iM~.~~.~.r~{I~IM~I~cl ····;Jiijj!(~~!1iMHM!#ii

.

BA5F Ultramid 8

no Irreversible change poor resist.: OK for short time

3 1

r~~[~!~~t

Emser Grilon; 1 mm thick

Allied 5ig. Capron Emser Grilon; 1 mm thick 8A5F Ultramid 8

© ~

i:) ~

Reagent

Reagent Note

;:;. en

~

Cone. (%)

<E' ;:J

., .,

0-

P

Toothpaste Transformer Oils

(days)

Trichloroacetic Acid Trichloroethane Trichloroethanol Trichloroethylene

90

BASF Ultramid B

23

365

8

resistant

Emser Grilon; 1 mm thick

100

<360

8

no.irre~erslble change

BASF Ultramid B

23

365

8

resistant

Emser Grilon; 1 mm thick Altied Sig. Capron

9

exe. ,es15\.

23

<360

8

no irreversible change

BASF Ultramid B

23

365

8

resistant

Emser Grilon; 1 mm thick

50

<360

8

no irreversible change

BASF Ultramld B

100

<360

8

"

23

<360

2

nOI resistant

23

<360

7

resis\.-slight change possible

45

<360

8

no irreversible change

23

<360

0

solVent

" " " " "

6

sl; q,g. after long expos.. caution @ high temp./conc.

'23."

<360

4

23·

365

6

<80

<360

80

<360

l

I <360

BASF Ultramid B

"

Emser Grllon; 1 mm thick

" Allied Sig. Capron

·;·fiXe.185m:

"

110 irreversible change

"

"

23··

<360

8

u

23

<360

8

"

6

23

BASF Ultramid B

nol resist. to prolonged contact

8

<360

,-

8

<360

7

pine oil

23

365

j

BASF Ultramid 8

S(chg.8f\8.f long expos.. ca.lion @ high lemp./eonc•

Allied Sig. Capron

.' ",n~\f:1M~1~J!1,~~!\~nge .' 1

BASF Ultramid B

...............;.... ················:'··,·u· .....,..';:,.-;..

" resistant

8

Emser Grllon; 1 mm thick

23

365

8

"

"

20

23

<360

8

no i,reverslble change

8ASF Ultramid B

20

23

. res.!slant

Emser Grllon; 1 mm thick

:{

365

23.,' 10

,

8

I

9

!

8

".. e)l«es!~\. .. 'noitiil\iilri1bietliange

23 23'

<360 <360

8

u

23

<360

8

•

23

365

;

B-

23'{?

<360

,

8

23

365

23 80

".

;"

;.;,;

9

Allied Sig. Capron BASF Ultramid B

" "

resislant

. 'no"!r~yii!sible c(lange . \ \iiill1ted reslst_

6 <::

<360

>:-;xc. re~ist.

Emser Grllon; 1 mm thick '.' .,' .:'

~ ...

"9 liieversible change

8

9

23

waste

limited resist.

sL<;h9- all~'long e1<0s.. ca~Jr9~O hlght~rn~ cone.

9

~:

Allied Sig. Capron

relsls!. to limited resis\. 20

6

23

Vegetable Oils Vinegar Vinyl Chloride Vinyl Halides Violet Oil Vulcanization Water

4

7 2

23

Uric Acid Urine Vaseline

Allied Sig. Capron

exc. resist.

substitute

Typewriter Oil Urea

Material Note

no irreversible chenge

23 10

Resistance Note

8

23

Trilon A Trimethylamine Trisodium Phosphate

Tensnel Flexural Strength Strength

9

100

Triethanolamine

'Yo Retained

Weight

<360

23

degreasing by vapor

% Change

23

23

<.t:

Tritolyl Phosphate Turpentine

POL Rating

Load

23

Toluene

en

~

Time

Temp. ('c)

BASF Ultramid B Emser Grllon; 1 mm thick Allied Sig. Capron BASF Ultramid B Allied Sig. Capron

'",.-xe. resis\.

"ri9N!~n~,ik!~~Mnge

180'

<360

8

23

80

1

9

BASF Ultramid B low mol. wg\.

23

80

I

8

17.5% EXL-4151; 12.5% EXL-3386

10

~;.~>-<.-:

23

80

1

23

<360

8

~o irreversible change

23

365

8

resistant

higher mol. wg\.

i

BASF Ultramid B Emser Grllon; 1 mm thick

z

'<

'0 :::3

0>

U)

Chemical Resistance - Nylon 6

N

......

z

c.>

Chemical Resistance - Nylon 6

'<

'" '"

o

:::l

0>

Reagen(Note '

Temp.

COile.

, I;C)

(")

Time

WeIght

(c!llYs)

Water

Allied 5ig, Capron

Water Glass Waxes

<360 365 --

molten paraffin wax

<360 365 <360

Ailied 5ig. Capron BA5F Ultramid B Emser Griton; 1 mm thick BA5F Ultramid B

o

-

Wines

<360 365

--

Xylene ;~;;

Yeast Zinc Zinc Chloride

BA5F Ultramid B Emser Grilon; 1 mm thick

<360 365 <360 <360 <360

M

zinc metal

10

23

Allied 5ig. Capron

10

BA5F Ultramid B Emser Grilon; 1 mm thick

.··,,"(:&i.5' 'l~,~f,/I; no,irre.v&Jsible cJiange""

00'

i~:;;~~r;~::i~},"

Allied 5ig. Capron BA5F Ultramid B Emser Grilon; 1 mm thick BA5F Ullramid B

Allied 5ig. Capron

,~~

10 10 38

Zinc Oxide Zinc Salts

@

'1:l

P ~

n'V> ~

V>

tE' ;:l

t""'

0: ..,

..,p
30

23 23.:. 23i'· ". ~.

,"

n-

. ";" ..".23

<360 365 <360

BA5F Ultramid B Emser Grilon; 1 mm thick BA5F Ultramid B

<360

Allied 5ig. Capron BA5F Ultramid B

'1,

@

., -':: '% Change %6l!~!gl!~ ........ , ..

.,\ '"

"tl

P ~

r;' (/)

tl

(\) (/)

Reagent Note

Reagent ::, ~,

Temp.

Time

(%)

I'C]

(clays)

40 50 50 5 10 10 95 95

23 23 140 23 23 50 23 90 23 23 23 23 23 23 30 23 ,23 85 23'" 23 23 23 23" 23 23 23 50 23 20 23 70 23

<360 <360 <360 <360 <360 <360 <360 <360 7

Acetaldehyde Acetamide Acetic Acid

t""'

0: ..,

..,p

u:

,,.

Acetone Acetophenone Acetyl Chloride Acetylene Acrylic Acid Air Aircraft Turbine Fuels Albumin Aliphatic Amines Alkylarenesulfonate Alkylbenzenes Allyl Alcohol Aluminum Acetate Aluminum Hydroxide Aluminum Salts

lurbojet fuels solutions

~:l

20

Amino Acids Ammonia solution

Ammonium Hydrogen Carbonate Ammonium Hydroxide Ammonium Salts Ammonium Thiocyanate Amyl Acetate Amyl Alcohol Aniline Anodizing Bath Anthraquinone Antimony Trichloride Aqua Regia Aromatic Hydrocarbons Asphalt

z

'<

Baking Enamels

Load

PDL' Rating

Weight

•3 6'

14 3

Tenille Strength

";

Resistance Note

MateriaJ Note ,: .:~

~,

lEi' ;:l

Cone.

.,.",

10

10

r

81 23 23 23 23 23 100 23 23 23 85 23 23 80 23 100 ·'150.

:~

.

<360 <360 <360 <360 <360 <360 <360 <360 <360 <360 <360 <360 <360 <360 <360 <360 <360 <360 <360 <360 <360 <360 3 7 7 <360 <360 <360 <360 <360 <360 <360 <360 <360 <360 <360 <360 <360 <360

5 8 6 2 2 5

4

.•5. 8 2 8 0 6 8 ,". 8

5

0.25%

I l

·

:

'. . ··

l

8 8 8 8 6 8 8 8 2 8 8 8 6 8'

,

;~

l

,

..

BASF Ullramid S

" "

"

, i

··

not reslstanl ". n~. lr!eversible ~h9: .--.... ................ ,......... , ~--

"

1

44 78 80

limiled reslsl. no Irteversible chg.

" LNP; 30% gl.lib.

.. .... "

" "

.-. ...

'~.'

u~~}rfeviirsiblechg: .

2

,.,

8 2 2 8 '8

,! !

no; irreversible chg.

.6"

.·,,<JliriJited..tesist. ,,',c'tM)rrev!i~Wle chg.

2 6"

"

" " " "

"

:::,
BASF Ullramid S

··

nol resistant npltreverslble chg, not re5151.1.0 prolonge.d contacl .'·,"'limiied res/sCc nOAiteversible chg. "'rial resistant

10 10

4

"

" " " " " " " " " " " " " "

....-:'. ;.' .:« :~, ...." .....~.' . "0,-,

"

"

.',;;;: limited 'Isist, ~ol'iieve,sible chg.

~;

.. LNP; 30% gl.lib.

"

8 8 6 2

~.".

~

·

not resistanl no IlTeverslble chg. solvenl limited ~esist noilTlvelsible chg.

.

.. ..

,nrf\rreversible chg.

I

BASF Ullramid S

.. ..

chg.

limited leslst. not ,esistant

:/':

i

6

t :Hi ,

.

78 78

1 5

0,25%

". rio. lmi~~rslble :~::

,5\

f

,

.{t s~lve"l

.,' .0"",.

7

"

limiled lesist• ,nD,IlTeversible chg.

J

IC

,'

" " " " " " " "

0"

...o ~

0>

Chemical Resistance - Nylon 610

W I\J W

z

cu

Chemical Resistance - Nylon 610

'<

N

~

o

::::J

en .......

o

+.;;;i'.

" $tretigih?

:': ::.~:: \:,;;.;.;.;:1

Barium Salts Benzaldehyde Benzene Benzoic Acid

20

Benzyl Alcohol Beverages Biphenyl Ether Bitumen Bleach

bleaching liquid sat. solution

Boric Acid Boron Trifluoride Brake Fluids

Bromine

7 7

bromine vapors bromine water

Bromochloromethane Butadiene Butane Butanediol (1,3-)

~

Butanediol (1,4-) Butene Butoxyethanol (2-) Butter Butyl Acetate Butyl Alcohol Butyl Ether Butyl Glycolate IButyriC Acid Butyrolactone (y)

~

Icalcium Chloride

@

p

r;'

en tl ~ en

15' ;:l

t-'

c;: .,

., ~

\l::

mixture

butanol

20 technical solu'ion in alcohol in methanol in concentrated acetic acid

Calcium Hydroxide Calcium Hypochlorite Camphor

<360 <360 <360 3 <360 <360 <360 <360 <360 <360 <360 <360 <360 <360 <360 <360

saturated

20 20

<360 <360 3 <360 <360 <360 <360 <360 <360 <360 <360 <360 <360 <360 <360 <360 <360 <360 <360 <360 <360 <360 <360 <360 <360 <360 <360 <360 <360 <360

BASF Ultramid S

92

lNP; 30% gl.fib. BASF Ultramid S

..:....

20

:~.

4

0.25%

92 93 3

I

82

25

lNP; 30% gl.fib.

L I"

n~ il~~~etsible .:~~•. " ';':"

noltesis!i@j:@!Mil.il contact 0' no !it~X~i~i~l~~~9. . :.--;,-.>(.:;

2

4 10

" ~,.,

3

" BASF Ultramid S

lNP; 30% gl.fib. BASF Ullramid S

@

'1::l

s....

CI>

ri' CI>

tl

Caprolactam (E)

CI>

10' ;:l

t""

0: ..., $:l

..., u::

solution; technicer

"

I1l

Carbolineum Carbon Dioxide

50 50

molten; technical concentrated

;'r~~:;!~~~lll

'~~~<:r~~r

Carbon Disulfide Carbon Monoxide Carbon Tetrachloride

10.'':;:t

2~£ii1

Casein Ceresin Chloral Hydrate

!

>~:;1:~:;j~;\ft( 2~'1;I

,5P><$ Chloramlnes Chlorine Chloroacetlc Acid Chlorobenzene

10

"~~;~;I;I

Chlorodlfluoroethane Chlorodifluoromethane Chloroethanol (2-) Chloroform Chlorosulfonlc Acid Chromic Acid Chromyl Chloride Citric Acid Citrus Juices Citrus Oils Clophen A60 Clorox Cobalt Salts Concrete Cooling Fluids Copper Salts Corn 011 Coumarin Cresol Crude Oils Cyclohexanone Cyclohexyl Alcohol

~

i1':~~1~t~~~

10 10 10 20

1:1 with light petroleum Chlorox

50

solutions

20

solutions

,

j)~;,;:i~!'I~I~1

: 't ~~~flj;~ L '23";(;%

<360 <360 <360 <360 <360 <360 <360 <360 <360 <360 3 <360 <360 <360 <360 <360 <360 <360 <360 <360 <360 <360 <360 <360 <360 <360 <360 <360 <360 <360 <360 <360 <360

(,.~32.+1

7 7

.. .0",.......

3 <360 <360 <360 <360

1,1iI

I

b~r~~jil~l~

7 7

<360 <360 <360 <360 <360 <360

rW~@¥«rfa~_i~j

:i&%:~:m~t~mmU.1$laj\Kttbt:;::):~;':J:~

§h;~~tK~WEt~:~~:

8

r~;WW~r.~:6_8>t~>.:~

2

rr}@8~~~~tf~~tN

100

ti,tiii£llWiiMi

0.25%

@JF'4:: 4J&8~.:

3

·~~:~;:;:f~'6;::fk}:~rf:

3

ft;~]l~t,!~ \i~!'il~1

81 B4 56

~ ,~:~:~!~t!l:[~!-

100 100

#,A\B.::(#~,)/

0.25%

~~~~:;~;~l'f;;ii~~1;~~;·.:······:

.,"

BASF Ultramid S

lNP; 30% gl.fib. BASF Ultramid S

lNP; 30% gl.fib.

'·:·".);::M~ii(HiiiiV.i$ltili't~gW{·'

"'i

BASF Ultramid S

lNP; 30% gl.fib.

\ })d%Uil\'l(t:iiiiiilil.::ClilikN;)<+

BASF Ultramid S

4 1

Z

'<

0"

:=1

cu

0>

...... 0

l\.)

Chemical Resistance - Nylon 610

01

c.v

Chemical Resistance - Nylon 610

z

'<

N

m

o

:::J

m ......

o

fl~agerit.

Reagent Note

Dichlorotetrafluoroethane Diesel Fuels Diethyl Ether Dimethyl Ether Dimethyl Sulfoxide Dimethylacetamide Dimethylamine Dimethylformamide Dimethylsllane Dloctyl Phthalate Dioxane Dishwashing Detergents Electroplating Baths Epichlorohydrin Ethane Ethereal 011 Ethyl Acetate Ethyl Alcohol

10 10 dilute solution

Freon 21, Dupont Freon 114, Dupont

Cascade

Ethylene Glycol

phenol solution in ethanol

3 3

30

<360 <360 <360 <360 <360 <360

7 7

~

~ V> to·

Ethylene Oxide Ethylenediamine Exhaust Gases Fats

;J

t-'

.,p0: .,

u::

Weight

Fatty Acids Fatty Alcohols Fertilizers

<360 <360 <360 <360 <360 <360 <360 <360 <360 <360

Tensile

Strengl~

.

·~esistance Not.

Material Note BASF Ultramid S

2 5

5

62 62

LNP; 30% gl.fib.

98 98

LNP; 30% gl.fib.

13

~~

13

23

0.25% 3

73

3

'tI

n'V>

1i•. G~~~n~~··I·~···~!!·~·!'·!~!!~·:

8

<360 <360 <360 <360 <360 <360 <360

<360 @

P

POL Rating

<360 <360 <360 <360 <360 <360 <360 <360 <360 <360 <360 <360 <360 <360 <360 <360 <360 <360 <360 <360

10 10

40

Ethyl Chloride Ethyl Trichloroacetate Ethylene Ethylene Carbonate

Load

lil

Defurring Solution Detergents Dibutyl Phthalate Dichlorobenzene (1,4-) Dichloroethane (1,2-) Dichloroethylene Dichlorofluoromethane

Cone.

15

BASF Ultramid S LNP; 30% gl.fib. BASF Ultramid S

@

'"

\

.•.

~ij~igl!rit

;:: ~

tl C1l en

to·

r;..·

,

.

RQagant Note

'. .

. " '. '.

T~~P;':Ti~e

Cone. (%1

( · C ) . . (dIYs)

' . . . . .

w

Floor Polish Fluorine Flux

23 23.,. " ' 23\; 23,:: 23 . 1'50 23 50 "; 23 ...,.

;:l

~

Formamide

~

Formic Acid

s;

10 10

It:

Freon 1281

b,omochlo,odifluo,omet ~~

S

.~O.

:..< 23' ',,: :C'23. .:!' i 23". .\', 55. 6, \. 55 {"'8,1',,.: . ' 8.5:"7

med. octane gasoline w115% methanol, 1.115 5% ethanol 30% toluene

:.':-t:;;i;r

med. o~:~:li~asoline:

Z

7 7

Te~8\1eRe~l$talice

Strength· '~, . , . . . ....

Note

I

Mat~~lal ".ote

".

110 i'leve,sible cho.

BASF UIt,amid S LNP;

30% gLfib.

BASF Ult,amid S

<360 <360 <360 <360

~~~~~:~::anlum

~. !:'~;;;;,!

:m

Hydraulan Hydraulic Fluids

;' )20,' '23

<360 <360 <360 <360 <360 <360 <360

..• .23' . 23" 23 <1

7

0.25%

84 85

23'~

7

"--"---'= "23 ·'···.,,:1

7

30% gLfib. " BASF Ultramid S LNP;

10 10

1'4,·

0.25%

"";t;;ij( "", \'

94

I. ~,llljJr!.!~;r~j~Ii'.ch,g:

LNP; 30% gLfib. BASF Ultramid S

~~~

."::;:~:::e'$iblUh9.

:::~ 3::a:,:bs

:~:~

Hexachlorobenzene Hexachloroethane Hexafluoroisopropyl Alcohol Hexafluoroslllc A c i d .

80. 23' ': 23:", :~ 23., {j

..... ·.3

<360 <360 <360 3 <360

1.-

WeIght,

8

<360 <360 <360 <360 <360

H e p t a n e , '723\>

10 2 10 10

LoadPO!-:< Ratfq9

~.

7 0.25%:\ B6 }<>, 7 82 <360natrf.veisible·CiiQ. <360 <360 <360 <360

<360 <360 <360 <360 <360 <360

hydriodic acid

' •

<360 <360

Gear 0115 '\ 23, '. Gelatins . .,23.· '" Glycerin "'". 23 G l y s a n t i n 1 6 6 , .... Hair Dyes 23 .' ;: Helium gas 23;j' . '.

Hydriodlc Acid Hydrobromic Acid Hydrochloric Acid

. "

.

p

Freon 1381 b,omot,ifluo,omethane 23\' Fuel 0115 '23k · Furfural 23 :,:c.: Furfuryl A l c o h o l : i s i ' . Gasoline

% Retained

7

~;~;!;l;1;'1~:;;

0.25%

80 81

:';:;

LNP;

30% gLfib.

'<

o

;:]

m

o

W

Chemical Resistance - Nylon 61 0

~

z

fd 00

Chemical Resistance - Nylon 610

~

o

::l

0>

c;

[Reagent

I

Reagent Note

Hydrofluoric Acid Hydrogen Hydrogen Chloride Hydrogen Peroxide

Hydroquinone Impregnating Oil Inks Iodide

Cone. .. (l'1

~~

Hydrochloric Acid

Hydrogen Sulfide

I

Iron (III) Thiocyanate Isocyanate Isooctane Isopropyl Alcohol Isopropyl Ether Jet Aircraft Fuels Ketones Lacquers

C'CI,.

.

:;:~;~;~;~L. ~3360

<360 <360 <360

1 ( ; ? 3 ,. ., ···.···23. 30

<360 <360

5 ' 2 3 /..

t~t

<360 <360 <360

23 ~

<360 d~

23,

<360 <3605

hydriodic acid 10 10

.;23 }.

10'23 ,23 . 23

<360 <360 <360

isopropanol

~3.

"

60

<360 <360

23 85 23

<360 <360 <360

23 23 .23

<360 <360 <360

2~

<360 <360

cellulosic cellulosic; conc. cellulosic

Lactic Acid

10 90

Lead Acetate Lestoil

10 2

" 23 23'

7 7

223>'/. Linseed Oil

,23

Lithium Chloride in methanol

@

10 20 20

7 7 <360 3 ,. '.'

Lithium Hydroxide

:::

Lubricating Greases

<360 d~

tl

Lubricating Oils

~

<360 <360 d~

Machining Oils Magnesium Salts

po

10 10

~

~ ~

.,0: .,P

It::

machining fluids 10

0.25%

4

i "

8

\

4

".

6

I

8 7

;

j'

8

;.

.. '

8 2

no irreversible chg, nollesisl.nt

".

8

nO Irreversl~le

S"

6, 8 0 5 79

'

0.25%; ..

7

9 9

i

8

'I

9

"".

"'

/

limited resist. .. no irreversible chg. ... resist. to lirI)hed resist. 'resistanl

Chg. LNP; 30% gl.fib.

I

96

8 2

'5

'

98 98

I •••.,_ .

<360 <360

<360 <360

~~:~3~I~a~;~b~

2 1 0 'not,es\it 10 prol~nnd.eontacI 8 ' ',.nalrrevsr$ible ~~g, .. . •

;

<360 1 <360 . <360'

'U

4 2 \ 1 \'£OHeSlstant"<"";

Material Note

, } ;

<360

,2~

I

Reslstanqe Note

,~

.-...

<360 <360

indian i n k ' '~:f

solution

PDL Rating

., ~~.....'''' ,'., .23'''',,' .

gas dilute solution

solution, acid solution, neutral

Load

(days.)

40i~~):; .. '23 •. ·".,23,,~ :;

~~

Iron (Iii) Chloride

.'.

~.m :.:l.. Ti~!t

T p

,

4

no' irreversibl. chg. {no inIYersibl. chg. not resistant

8ASF U/lramid S LNP; 30% gl.fib. .,'

BASF Ullramid S

@

:3l p ~

'.:::.:.::::: %'\:.:~::::::;':':':':': Change 1% Retained :":.::.-':':.:::,::;~::: :':~:""""""" Reagent'

Reagent Note

~

Maleic Acid

<E'

Malic Acid Malt Manganese Salts Mercury Mercury (II) Chloride Methane Methoxyethyl Acetate (2-) Methyl Acetate Methyl Alcohol

10 25

C/)

;:l

t 0-

.,

.,

P

solutions

10

<360 <360 <360 <360 <360 <360 <360 <360 <360 <360 <360 <360

2~

,23 23 23 23

?3 saturated solution

mixture wi 20% calcium chloride

35 80

23 23 23 23, 23"

23 23

Methyl Bromide Methyl Ethyl Ketone Methylamine Methylaniline Methylene Chloride Methylpyrrolidone Milk Molasses Mortars Motor Oils

2~

7 7

23

<360

85

3

23 23 23

<360 <360 <360 <360 <360 <360 <360 <360 <360

23.

.>13 "23

n-methylpyrrolidone

#

2:3

23 23

23

Naphtha Naphthalene Naphthalenesulfonlc Acid Naphthenic Acids Naphthols Natural Gas Nickel Salts Nitrating Acid Nitric Acid

Nitroaen Nitrogen Oxide

23 '

23". . 23 ~~.

10

~3

2 50

under high pressure technical

Undt~c~~~~:rre;

Nitromethane Octane Oleic Acid Oleum

'~""":~i "~:":"i~ 23' '

technical

Nitrobenzene

z

Resistllnce.Note

Weight

Material Note

",J~.I.."""-.,,,

r;' C/)

Load'

Conc.

7 7 3

<360 <360 <360 <360 <360 <360 <360 <360 <360 <360 <360 <360 <360 <360 <360 <360 <360 <360 <360 <360

BASF Ultramid S

5 7

,. "';'."

not 'no.

'u

resistant ilIflYerslble ChO.

2

0.25%

71 71

4

LNP; 30% gl.fib.

10

BAS F UItramid S

59

LNP; 30% gl.lib.

BASF Ultramid S

2 IA-':

10 18

0.25%

nOi~~~~:;it~t~::~:.ont8ct 88 88 96

LNP; 30% gl.lib.

BASF Ultramid S

3

5 3

'<

5" ::;] CJ)

-"

o

Chemical Resistance - Nylon 610

U> N <0

~

Chemical Resistance - Nylon 61 0

o ~

0>

......

a

: ":"·: , ·, ·'· I t\,<~<::, Ril~gel

Oxalic Acid Oxygen

:»)\23.):'

<360

/'23 :"': .,,',,23

<360 <360

Ozone

.' 23'" :"..'(\35

<360

~~

~~

Phenol

<360

,~i~~i~1;+\ :~:~

solution in ethanol

70

ss Phenylethanol (2-)

~~~:~~:::sEsters

~~lli§~~21~'1h

Potassium Hydroxide

~~~;~~:~:i:~:~~:"

~ :::::::,::~~

S ~ ~'

Pyridine

t::l

Pyrocatechol Pyrrolidone Pyruvic Acid Refrigerants

tEo ;:l

t

., .,

0' l:l
~ ..,..

;

<360 <360

~~~:W:::~~~.~:Ih'

3

dW <360 <360

Perfumes·;g~~i·· ,

~:~~~:eum Ether

'·x:s'·

<360

Palmitic Acid2~> Pentachlorophenol technical :";23);/: Perchloroethylene degreasing by vapor:.~~g)·).

~

~

a

10

:'.,

2·3·'\t·':

i;~1i:',1:~;" . .

:~:~

::~;,j;;fs~'i':

:~:~'"

i,;l~;~:;,;

:~:~

" ~ ~~! "~., ~ j!~! fMP!~3\:

photographic emulsions

~~

',' ,..~oo,:: .

I

/\\

;il'1i~!;;i~j;

'3

<360

·~'Cf~

:~:~\'$;L.:b:

II jm II.

25

jm

• 3

*''''_ ,

dW <360 <360

,?':ii'::;;!':::';:' '\

20

6

<360

i':mC2,;X,

20

10

<360 <360 <360

~

~

.~:~::n~.,··~······

~

( ..;,~;.:~:.. :;:JL:.:;;:.:::;.;

@

~

o'V>

tl

Resorcinol

,

Reilsen;iN~~~ mixture

V>

;:l

~

.,t:r .,p

lC:

'

.

T~~P.

Conc. ("')

('C)

40

23

2j7 23 '•. 23' 80'

ISilicone Oils

Sodium Hypochlorite Sodium Hypophosphite Sodium Lactate Sodium Lauryl Sulfate Sodium Lignosulfonate Sodium Nitrilotriacetate Sodium Oleate Sodium Pyrosulfite Sodium Salts Soil Burial

,Time JdaY~»

~3"

Salicylic Acid Salts Sea Water

8?, 80

Soap Sodium Carbonate Sodium Chlorate Sodium Chlorite Sodium Dichromate Sodium Dodecylbenzenesulfonate Sodium Hydrogen Carbonate Sodium Hydrogen Sulfate Sodium Hydrogen Sulfite Sodium Hydroxide

10 10 10 10

,,~'1l

-

paste

10 10 10 10 10 50 10 10 60 30

23 ;;""'.23 23.

123' 23

80 23 23 23,

.~~ '23. "23 23 23 23 23

10 10 10

neutral acid (pH 3) alkaline (pH 10)

i3·.. 23 23 100 23 23 80

Soldering Fluid Steam Stearic Acid Styrene

,

Sulfolane

\

2~

80

Sulfur Sulfur Dioxide

>23 .23, 23 23

dry moist

Sulfur Hexafluoride Sulfuric Acid

z

Sulfurous Acid ,Surfactants

-,-

2 10

23 . 23

10 80

23

"

23

';

.",

alkylarenesulfonates dilute solution

~. . >.. :\~~~}<:.

:1\;;

50

('\)

to·

I

"'.*"<...",..

'

23 23 50,

Note

Material NQte [ 8ASF Ultramid S

j

;:;;;:;0';~:t~~~~iI~I'Ch~. 8 6

.~.:. ;::

'<.: •

'i..

.. r

,

i!IlJJted.reslst.. .', cmfirreversible chg. ,; '.. n~J(;iiveriible chg.

~.

>,i;;~[~;~~ij~;~~~;~lsh ';;;"

3

iesisDto'piolooged contact 'c' .• ' ti~·lrr~vefklbfechg.

..

QQi

?r!'si$laftt ".",

.. 8

<360 <360 <360 <360 <360 <360 <360 <360 <360 <360 <360 <360 <360 <360 <360 <360 <360 <360 <360 <360 <360 <360 <360 <360 <360 <360 <360 <360 <360 <360

<360 <360 <360 <360

:;::"'\.

":--;.

:<"

<360 <360 <360 <360 <360 <360 <360 <360 <360 <360 <360 <360 <360

7 7

'-~~~Js;~nce

LQad

.·.7"·······1.:.. ··

\.

:~~

8'

":)":

nn ·ilrre',e""o,.

•..

8'

chg. .~:.

~:~.

;~

.not {8s;~tilnl no)rte~eislblechg. , Ihplte'dreslst. .n~jrf~ierslble chg,

2 8 '6

,0;

:~~:\?;~:.

:·:2.,,\::: '.~

."::~\~~it.~~~;:~~~ chg. ... ....':...:.::

'.'

"",0:

(~

.. ~:

.

/ ..: .'resistanh:

".8

. . :a>

;',

",

; .;.

8"

liml1ed resist. neil resist. tq prolonged conlact nO.i,!everslblechg.

6. 4 8

I

8

l

8

~

o

<

'::t. .

.

8;,~~ -

.s.oIYent no irreversible chg.

8" '8"

S'

.

8 0.25%

6 6

•

o ·.,'8

8 8

,,"

;'}:'iioH'~iMAo;jlrolori'ge\honlaCI

4

83 80

LNP; 30%

1

. solvent ;. n~.lr(eversible chg.

,.

gl.lib.

BASF Ultramid S

rasistsnt

'< 0

::J

en ..... C>

Chemical Resistance - Nylon 610

w w .....

z

w w

Chemical Resistance - Nylon 610

'<

I\)

0

::J 0)

.-..

......., ........... I

i:·:·:·:······

po.,,_' ..::'.", ... , ... ··

0

. ): ~:~: -or,

y

•

Sweat Tall Oil Tallow

v,

I

lo~d

Reagent'Note

y.~

·"' ..:"".2~.i ':""80

Tartaric Acid

10 50

Tetrachloroethylene

80 23

23, 23

·,H 23"

solution

10

Trichloroacetic Acid Trichloroethane Trichloroethanol Trichloroethylene d.gr.asing by vapor

@

I

'1:l

10

substitute

20 10

wat.r chang.d w••kly

~

t:l (1) Ul ~' ;:l

t""

.,0:p .,

It::

23"

<360 <360 <360 <360 <360 <360 <360 <360 <360 <360 <360 <360 <360 <360 <360 <360 <360 <360 <360 <360 <360 <360 <360 <360 <360 <360 <360 <360 <360 <360 <360 <360 <360 <360 <360 <360 <360 <360 <360

BASF Ultramid S

no ir~.J;;slbl. chg.

paraffin wax

IWines

"fff~~!

6 2

:n~if~r~.~\b,~r~hg:»,

.'

10 28

4,2

<360 <360 <360 <360 <360

;~-.

2

47 41

30% gLfib,

30

208 417

Water Glass Waxes

·'.·ll~ ·l~r.y~ts,ibl •.chil;.·••).'.,.'.,.,"'''' . ..W: .

4 4

41.7

~

n'Ul

23

. 237 ",,23>'

Transformer Oils

Triethanolamine Trilon A Trimethylamine Tritolyl Phosphate Turpentine Urea Uric Acid Urine Vaseline Vegetable Oils Vinyl Halides Vulcanization Water

Material Note

:':~,

to DIN 54020

~

Tetraethyllead Tetrafluoromethane Tetrafluoropropanol Tetrahydrofuran Tetralin Tin (II) Salts Toluene

R~E~!J

22 BASF Ultramid S

o 5

@

'i:I

s-en M-

r;" en

~ en

tEl"

;:s t"'"

c:...

p

...

(t:

Yeast Zinc Zinc Chloride Zinc Salts

zinc metal

10 38 30

z

'<

0-

::l

0> .......

o

Chemical Resistance - Nylon 610

U) U) U)

z

v.> v.>

Chemical Resistance - Nylon 612

'<

~

0 :J

0>

...... N

I Reagent

%Change

I

Reagent Note

I

Cone. (%)

30 30 5 10 10 50 50

Accumulator Acid Acetic Acid

glacial

....;.

,

,

Acetic Acid Butyl Ester Acetic Acid Ethyl Ester Acetic Anhydride Acetone saturaled solulion

"

Aluminum Salts 10 10

Ammonia concentraled solulion gas concentrated solution gas

Ammonium Acetate Ammonium Carbonate Ammonium Chloride Ammonium Nitrate Ammonium Phosphate @

'S"~" 0'

, ,

Ammonium Sulfate Amyl Acetate Amyl Alcohol

n-amyl acelate

ro

;:l

t"'"'

.,0: .,

I:l Ie:

(clays)

:

90

Z3 2.0 60 20 60 20 60 20 60 2,0 60 '.'. 20 60 20 23 60 20 60 20 60 20 60 20 20 60 60 20 60 20 60 20 60 20 60 20 60 .20 60 '98

,

Aniline

,
Animal Fats

lard suet lard suet

"',,60' 20'" ,~o

'liP'\ ·,\'60""·,,,·,

Weight

5 1 5

Lenglh

I

,

!

~

• I ",

45

,

I

8 8

.. .

"

."

..

"

.

" " "

'i~iI8r.sistance 1-4

" "

rtiSistant .some phys, prop. chg. resistent

0.2

8 8 8 8 5 8 8 8 8 8 8

DuPont Zytel lS8L Huls Vestamid

..

....

"

..

"

... "'u"

" "

limited roslstence resistant

.."

. .. .

.

..

.. ..

.."

. .. . .. .

8 8 8 8 8 8

" "

..

8 8 8 8 8 8 2 8

"

.." " "

"

..

..

. ".

"

.."

.slgpl1. pr~p_ cog. >: resistant

DuPont ZytellS1L Huls Veslamid

. ..

.................... "

'

'--

7·.

:~

7

::::

e

" " "

.. .. .

resislant

8 8' 8'

"

resistanee "riol resislant

8 8

5

I

OuPonl Zylel 1S8l Huls Veslamid

I~I!'

6

l

sopie piiys, prop. ehg. "'i;~i~tant

1 1 1 1

8 3 ,8

90

Huls Veslamid

n~\ r.sl~18nl

0.5

~.

.~:

"'praMi9~1~;~~istanl

,

.

I 0

,

~ ~: ~;~

Material Note

Iimile
l 1-4

I

Resistance Note

8 3

." 60.

V>

to'

('C)

•POl Rating

2,Q

V>

tl

Time

2Q 60

"

Alum

Temp.

""')i;~:,~ ...' ,,,,. r8$is;~nc.

"

~~.

,

.•x, ". ,failstant ~~'":

..i/~,'"

.-'-\ .".""?,-,-\,,,. ,.,.,...." ..

"

.." .." .."

@

'S"" ~

n'Ul

% Change IReagent

IAntifreeze

Reagent Hllte

Cone.

Temp,

Time

(%)

('C)

(days)

Huls AG

IPOL ~ating

20 60.

8

IApple Juice

;10

8 8

~

IApplePuree

60 20

u::

IAqua Regia

tJ

(1)

Ul

<E' ;:l

.,p .,

0-

ASTM Oil No.3

I

Barium Salts Beer Benzaldehyde salurated

Bitter Almond Oil Bleach

12.5% chlorine

F

Bone Oil Borax

8 8 8 1

'20'

8

60

1

not resistant

8

}esis1.~,nt

90

DuPonl Zytel151L Huls Vestamid

practlca!IY resistant .. .

re$lslant

8 8

~

...

8 8

ad

8

20

5

!

\l

SO

1

120 611

8

:: ... ~,~::,:.;. , .... ,;~;:-/:. iimi~~~ieslsiance .

n91 re.~lst,!nt .... ··'"iesIS1·ant·

8

;':'.

<8 .

i;:~~,:

saturated

8 .. .i8 .{ . 8/i ,

.60 saturated

". ".: 6Ji;;.

d

": ,VC""

TSJk}'

.. bromine liquid bromine water, saturated vapor, high concetntration bromine liquid bromine water, saturated vapor, high concetntration

u"::::

liUle prop', ch~.

8 7

2C

re~1stanl

I

Boric Acid

Brandy Bromine

noi I~SISiiiiii 'X::,',,:

8

"

saturated solution

Brake Fluids

resistanl

8

20 60 60 20

saturated

Huls Veslamid

8

60 ~

resistanl

20·

23

saturated

Material Note

8 8

20 60 20 60 20

20

Benzoic Acid

Resistance Note

nofiesisliiiil

60

saturaled

Benzene

Length

8 8

20 60 20 60 ASTM NO.3

1,.

8

60

Asphalt

Weight

f

.20., 20..

8 :8

:,

~.;

.

:;::."'"

.-.~

!

.,2b,

{'~O' 'J:~R; ·.~O\;

:,

.60,

):;,~,.

,

I

:' ,~: '':'

.;::

y'';'

z

'<

0-

::l

0'>

......

'"

Chemical Resistance - Nylon 612

c:.> c:.>

01

~

Chemical Resistance - Nylon 612

z

'<

(J)

o

:::J (J)

N

I Reagent Butane

I

Reagent Note

I

% Change Cone.

Temp.

Time

(%)

('C)

(lfays)

gas

20

e

~~

m

e

~

Butter Buttermilk Butyl Acetate Butyl Alcohol

PDL Rating

n·butanol

~

8

20

8

60

8

20

e

60

8

2.0

8

60

8

60

8 6 8 7

20

8

60

8

20

20.

8 7 8

60

8

'20

8 8 8

20 23 50

Cake Calcium Chloride

90 45

66

Calcium Nitrate Carbon Disulfide Carbon Tetrachloride

20 23

365

soda water ketchup

Caustic Potash

10 10 25 25

~~

Caustic Soda

10 10 25

e

""""'>Q:

1

20 20

J.

"6Q

a

20

' 8 8' 8

~.

8

@ '"

Cheese

po

Chlorine

V> ::: ~

tl ~

tEo ;:l

t""

.., P ..,

0It:

•

chlorine water

:

/'~O " ,':'60

8

20

e e

~

20.

.,.60'

10 10

<

'•. '

,:

1

'20. 20,

1 1 .1 1 1

dry gas ' liquid chlorine water dry gas . liquid;

60 60 60

some phys. prop. chg. little prop. chg. praciically .resi~lanl

OuPont lytel158L DuPont lyleI 151L Huls VeSlamid

Pf~~lj~~t!Y;(~~!~Wl.t

iesiSianf" ~

<1

0'

.. little prop. chg.

DuPont lytel 158L Huls Vestamid

············,·,u',·

,"' .........}

.'

u·~

i

• • • .." .' " . ' f

-;

~".

:"';";"i;'~;:': •• /;~'

i ' " ::;:,W"·.''',,>

)

.. I

":.,,,"',,

8

f··,

'20·

Huls Vestamid

reslS1eill

8

~

~

Material Note

resistant·

e. '1 1

"';}f

'

r

8

;: 20. ~'. 60' r ":,'

0.3

Resistance Note

8

A" ';20.\· .'; ,:".20

curd cheese moist gas

~O

("""~~"

50 50

I

if

" , ' ~,liO, -, '20"

r'

1·4

Length

8r~~1~1~n"

60 ' Carbonated Water Catsup

Weight

1 l

.:: .

•.

. :

•

; . !

© '1:l

S" ~

o'CIl

i? CIl

tEo

Reagent Note

Cone.

Temp:

Time

(%)

('C)

(days)

Chlorobenzene

,•

Chloroform

;:J

t

.., >:l ..,

0\t::

Chromic Acid

20 20 saturated

"

Chromium Trioxide

"

"

Chromosulfuric Acid Citric Acid

clove oil

I

spice

Coca Cola Cocoa

,

powdered ready to drink powdered ready to drink

I

Coconut Oil Cod Liver Oil Coffee

20 23:

5

20,.;

" Cloves

5

20 60' saturated solution

,

; POL Rating

20 60

60 20 60 '20 60 20. 6Q 20 60

Chlorosulfonic Acid

Chromium Salts

&0 20 20 20. 20

2()

,6~,: 60

90

,

, , ,

2~

8

60.

8 8

8 8

Cyclohexyl Alcohol

20 60

8 8

2p 60

8 8

20 60·

8 S

Cyclohexane

Dairy Products

i

1 milk foods

" Decahydronaphthalene

.

"

som~phys. prop. chg.

4.1

,

not ,esistant

,

.

. . . ,aslstant .

, . ,.,...

.. .. .. ..

..

.....; 'o!iUeslslant

E:';

..

.." .. ..

.

·7.

" -.~'

r/iSlsla!'t lil)lited 'esis~anca

"

,eSistant.

"..

"

..... c"· '':;

..

"

"

.

"

;.

.•

8

'<

"

"

"

"

" " " "

"

".

"

" "

•

,

limitad resislance not· ,esistant

",

"

"

:....

resistant not ,esistant

"

resistant

,

"

.u···

' -"

"

" " ,

"

" " "

"

:

5

1 8 1

.

,

"

8 8

,

" .

-.

"

.;

OuPont Zytel 158L Huls Vestamid

..

u

••

20 60 .

;

>9

8 8 8 8

Cyclohexanone

,

..

8 8 8

8 8

solution

,

Huls Vestamid

,

20 60

"

Iil1lited ,esistance

,

8 S

8

0.25 0.25

Material Note

1

8 8

20 20 .60 20 20 60

saturated

Resistance Note

1

>

8 8

Cream Cresol

Length

notresl~.lant ....

, , ,

20 60 whipped cream

I

lii6ii~ resislaiicie"

2

8

•,

beans and ground ready to drink beans and ground ready to drink

Weight

1

20 20 20 60 60

Corn Oil

z

% Change

.....

Reagent

"

" "

limited resistance

,

" " " " " " " " " " " " " " " "

..

"

5' ::::l

0> -"

N

Chemical Resistance - Nylon 612

UJ UJ

.......

c.v c.v (Xl

Chemical Resistance - Nylon 612

z

'<

o

::::J

(J) ......

'"

Reage!)t Detergents Detergents

Reagent Note

Conc.

Temp.·

Time

I"')

('C)

(days)

I

POL Rating •.

.20 20

synthetic Dixan detergent solution high concentration synthetic

60 60 60 20 60 20

Dibutyl Phthalate Dibutyl Sebacate diesel oil

e e e e e e e e e e e e e

20 20 ·20

60 Diisononyl Adipate

20" ,,60

Diisononyl Phthalate

"'~~" ...

Dimethylformamide

20

Dioctyl Adipate

20 60:.·:.

60

Dioxane (1,4-) Edible Oils

Egg

.

.

"u '

..

" u

e

:,:~

e e e

.,"~ "."

Dioctyl Phthalate

u'

e

SO

Diethyl Ether Dihexyl Phthalate

resistanl

e

60 Diesel Fuels

,~

e

L./'tiiinit;;;,;;~isl~~ce

5

e

animal vegetable animal vegetable

e·

.;;~ ...:..

e·

.!..-:.:

,

e

raw and boiled

"":",:::..:." ...,,'

e" Ethyl Alcohol

ethanol

ethanol

@

'tl

~

n'V> ~

V>

<E' ;:l

t-

.,o:p .,

10 10

50 50 95 96 96

e 90

"
.,

e3

Fish

pickled

··"·.··20

;~6.\ ·~O'·:':.

3,2

DuPont Zyle' 158L Huls Vestamid

"? !

3

2·ethylhexano!

>9

8 7

5.

'\So

u

8

Ethylene Chloride Ethylene Dibromide Ethylhexyl Alcohol (2-)

.

e

. \60

'\~o

..

e

'.. \.20/' ·······ij:~

.20; .'

P

Material Note

.. f4esistance Note

e e e e e

"20 .......:...

Dixan detergent solulion high concentration

Length

45

----s " e 7

I ..

!

/:!m~~!~l~~J~··':.'··:

~me PhY$:prop. eh'g.

. Ai'esiStarif

Pfa~!~~Ri~esislant

DuPont Zytel151L Huls Vestamid

@

% Change

"1:l

P ~ n' C/)

Reagl!nt

~

Floor Polish

cE'

Flour Formaldehyde

Reagent Note

I

Cone. (")

I

t""'

10 10 30 30 40 40

0: .,

.,~

II:

10 10 50 50 90 90 98 98

,

I

fruit cocktail heating oils

Time

IPOL Rating

Gasoline

premium grade regular

,

premium grade

40

Gin Glycerin aqueous, high concentration aqueous, low concentration

II

aqueous, high concentration aqueous, low concentration

u

7 7

practically res'stant

:

1

l

','7

not resistant practically reslslant

aqueous. high concentration aqueous, low concentration

GrapefrUit Juice Gravy Ground Nut 011

z

'<

Heptane

Ill?

\:~,

,~~~~ftanl ·.lIllle.·resistance

8 3.;:

3 1

n~t resistant

3 1.

"llI.e res'stance not resistant . I~II! \esiSlance not resis.tant

~.

I

~

i

,

8 8 8 8 ,8 8, 5

8

, ",~.

~;

lesistant

,-

"

· .

lim't~·r~sislanc. .·reslStant

8' 8 8

"

8

"):".

8 8

,

I

:~

8

~.../.,.< 8 '.' '.'

\;::.

. I

,

./20"":< 60. 20 6.0 20 ····,·· ...:.'.60·· '.•,. ; I 20 ~ 60

, I

8"

.:;. ~

8·

.!l........

.. ·. · "

;-

8;'

60

I I

nO.1 resistant practically resistant

1.

,

~O,

20 26

f~sislanl

7

~O

I

Huls Vestamid

8

,

20:

Glycols

resistant practically resistant

!

I

20 20 20 60

Material No.te

,

I

,I

Resistance Note

7 8

I ....... ·20·' ~

aqueous, high concentration aqueous. low concentration

20 ~o\ 20 26 60

Length

8'

~q

Furniture Polish

1.,

j

,

60 2.0, 60 20 60 20 60 20 20 60 ... '20"

Weight

(days)

I

~O

Fruit Juices Fuel Oils

I

60-· 20

formalin

Formic Acid

('C]

20 60 20 20 60 20 60 "20'

1I00r wax

C/)

;:l

Temp.

.'~~

'\:"

.8

u

8 8 .,8 8 8 8

,~>

'.,:8 <.. . .• '8;(

,-'

:~,

.

.,

~

:~:..

"

· "

~:;:~

..

8

o

:::J

w

0)

......

I\)

Chemical Resistance - Nylon 612

W <0

w

Chemical Resistance - Nylon 612

z

~

C>

'<

o

:::J 0>

.,

......

% Change

I\)

Reagent Note

Cone. I")

Lysol washing·up liquids Lysol washing·up liquids

10 10 40 40

Hydrochloric Acid

=j

gas, high concentration

, .,

gas, low concentration gas. low concentration

3 3 10 10 30 30

Hydrogen Peroxide

I

i

low concentration

10 10

Hyposodium Thiosulfate Inks aqueous

Isopropyl Alcohol @

~

o'

'~" tEo '" ;:l

t-

..,o: .., ~

I!::

marmalade

Lactic Acid

10 10 50 50 90 90

60 "20 .:>.'20' 60 60 20 60 '20 60 2p ;.6.0 20 60 -'20 •.60 20 60

Huts Vestamid

resis!ant

" limited resistance resistant not ieslstant .r~islant

..'-"'not resistant

. "

limited ruistance not resistant

.

ieslsfanf

8 8 7,

practically resistant ,lillie' resistance pract)cally res.lsta!!t Iltlle. resisi~~~!.· •••••••• i""·'·'·····'········· lesis1ant

3 7

3 8 8

"

8 7

"

Ilfaelitally resistant resis1ant

8 8

e 8 8 8

f i

60. 2Q 20 60

k

·····.69}.

r

to}}

···················\8, 8

f, ·:,:f· 60 '20

Material Note

,.'

1 5 1 1

8

l

. . fi~si~tance Note

Length

1 1 1

"-

marmalade

~

20 .20 ,.:'..69 60 "20' ,.60 20

20 60 ---2-0

isopropanol

I

8 8 8 5 8 t· 8 t t t

-60

Jams

'tJ

e

-W

Isooctane

Weight

8

~O

gas, high concentration

Iron Salts

POL Rating!:

20

concentrated

Hydrogen Sulfide

(days)

60 •.•. /·••• 2Q'· 6() '020

Honey

Hydrogen Chloride

Tillie

;('c)

2b

Hexane

Horseradish Household Cleaners

Temp.

;~;

.).~~{

i

8 8 7 5

3 ;

; 1

..•1•...•

<1

little. prop. ehg.

0.1

.resl5tanl

,

,"

.~iir~iellll; ",

I !

,

resistant .

.;esistal\1

~.,

.

".~

;'

~~

.... 11:.

I;.;;~lif~~a~!I~:~::I,'.

~~(';:::~~';- .. .:;:.::::(::~

:}

:_~::,;. •_••M

!~

DuPont Zytel 408 Huls Vestamid

@

. . , %. Change

'tI

P ~ o·

Reagent

t:J

Lanolin

Ul

Reagent Note

Conc.

Temp.

Tillie

(%)

('C)

(days)

ro

Ul

<E'

Laundry Detergents

~

Lemon Juice

Dixan detergent solution

;:l

..,0' ..,

P \C

Lemon Oil Lemonade Lime Chloride Linseed Oil Liquors Litex Lubricating Oils Magnesium Salts

two stroke

Marlipal MG

Marlophen 810

Marlophen 820

a a

20 60 20 60 20 20 20 '60

,8

20 60 ,20 20 , 60

a a

42% active detergent 5 5 20 20

5

,esistant

Huls Vestamid

..!ir!iile
a

a a

a

.:

a 8 8

a

20 60 20 60

8

·

8

.,

8

a a

20. ,60 .20

~o

8 8 8

60.

8

2~

dOt

8,

'6.P

8 8

20 20

~g,

a

· ·

a

I ,,:~ji',

,

8,

a

;.<

~;

:~

a .8/

;.

'.,

a

,>2~

60'

II

\;;,!i/

8

:«~~il~'

8;'

,.:'

..

a,«·

,20·

; 'SO""

Material Note

limited ,osistance not ,osislant ,os;stant

1

6,0

"?9

Resistance Note

· ·

5

~,

Mayonnaise Mercury

Length

a a

Marlophen 83 Marlophen 89

I'

a

5 5

5 5 20 20

Weight

a a

2Q

Margarine

Marlon

20 60

20 60 20 60

aqueous

POL Rating

I

a··· aY'"

.~:

I

..

III ,

z

'<

o

:::l

0> ......

N

w

Chemical Resistance - Nylon 612

~ ......

z

(U ~ I\:)

Chemical Resistance - Nylon 612

'<

o

:::J (J)

.......

% Change

I\;)

Reagent

Reagent Note

Mercury Salts

saturated

Methyl Alcohol

aqueous

Cone.

Temp.

Time

t,")

(OC)

(clays)

20 60 20 60 20 23 60 20 60 23 2.0 .

50 50

Methyl Ethyl Ketone Methyl Isobutyl Ketone Methylene Chloride

M1ik

Moth Balls Motor Oils

VM&P

Nickel Salts Nitric Acid

10 10 25 25 50 50

~

tE' ;:l

~

...0-$:l ...
Orange Oil Orange Peel

4-9

little prop_ chg.

2.4

DuPont lytel 408 Huls Vestamid

.. ,pf.~~\iS~YJ~~i.~t~N .. ieslSianl .. liilie prop:chg, little resistance resistant

8 3

8 B

DuPonl lylel 151 Huls Vestamid

B

8 5

limited r,sjstanc~

8

r~slstant

B

8 45

~:

B B 8

5 B 8

.. ·

'

DuPont lylel 151L Huls Vestamid

'noi'iesisiiinf'" .

1 1

,.

":

• liUle prop, chg, resistant Iimited.resis\ance resistant

8'

.

'u/;

1

'.

1 1

<;:

1

'7

practically reslst"!'t ,/

.!ipi'&!I}~~istance

iuiSfiii\j

20 ;'60·., 20. 60

IOlive Oil Orange Juice

.. ~." ...-

B 8 3. 7

Length

,:'6<1

IOleum

Ct>

8

60 20

Ct>

tl C\)

Huls Vestamid

8

. '20

Oleic Acid

0'

resistant

20 60' 20 60 20 6Q 20' 20 20 98 20 60 20., SO

':.. 20:.>,":': 60

@

'i:l

B B

~o

:zp} 60')

Octane

p

Material Note

I

B 14

::<;~&

Nitrobenzene

Rellistance Note

Weight

8

20

Mineral Oils

Mustard Nail Polish Nail Polish Remover Naphtha Naphthalene

365

POL Rating

i'

1

ptlIc1ically resistant '''Iftll. resistance'" resistant

,

not

1

<,2~}

'8

60 .

8

-go

'8

60 20 60 20 60

8

8' 8

'8 8

,\.

.~

"

··

i

,

@

,

...

".,

% Change

'1:l

Ei ~

n'

'~"

to·'" ;:l

~

., P .,

CT

Reagent

Reagent Note

;

Oxalic Acid Ozone Palm Nut Oil

Cone.

Temp.

Time

(%)

('C)

(days)

,

" POL Rating "

20

7

"

60

5 •

<5 ppm

'20

aqueous solution

,

I

20 60

Paprika Paraffin Pectin

seasoning

20'

"

60

paraffin oil

,

20

"

"

60

.:~

20

;.

saturated j

" Pepper

,

60 20

,

60

Peppermint Oil Perclene Perfumes Petroleum

20 23

I

20

, ,

20

Petroleum Ether I

Petroleum Spirits

60. 20· 60

while spirits

20

u

60

,

Phenol Phosphoric Acid

5

20

SO 9.8

10

20

10

60

50

20

50

60

•

saturated

" Phosphorous Pentoxide

20

,, ,

Pine Oil Plating Solutions

•

emf.

z

Potassium Iodide

u u

I

~

8 8 8 8 8

u u u u ~

,

1-4

2.4

u

u

lin!e prop. ehg.

DuPont lytel 408

,.

r~isIant

8 8 8 8

.

!

,I

" "u

" ," :}.

;,

I.

,

" " u

DuPont lytel151L

litlle.: resistance

1

not resislant

u

u

"

.

1 1

60

1 3

I

u u

3

20

I

u

siiiriiL piop~clig."

,

1

20

"

'u'

1

I

"

"

n91. r~$iSlant }

1 2

Huls Vestamid

"

.... ,

'.'.

······Iilile;eslstanee

1 5

7

" "u

nol resistant

,

Huls Vesta mid

"

" u u u

limited re~islanee

"

.practicaUy resistant

"

pine needle oil

20

6

res'islant

"

chrome

20

1

not. resistant

"

60

·,

96

45

1

"

"

tinle prop. ehg.

DuPont lytel151L

praeticaUy resistant

u

60

6 8 8

saturated solution

20

7

20 saturated

Potassium Dichromate

u

20

"

Potassium Chloride

"

"

rfu

Potassium Carbonate Potassium Chlorate

" " " " " " " " " " " "

$esIslani

8 8 8

8 8

,

i ,

Huls Vestamid

IImiled resislanee ;

f:l

Material Note

P18eticaUy resistant

""

8

,

i

I

I·

Resistance Note

Length

8 8

,

i

,

f:l

4

365

60

Photographic Developers

Weight

20

~;

resislant

Huls Vestamid

u

" " " "

"

60

5

. limited leslstan,e

"

2.0

u

60

8 8

,

"

20

5

limited resistance

u

60

1

nol resislant

saturated

20

8 8

re~lslant

..

60

'<

.'/ resistant

"

"

u

.

.. .. ..

o

::::l

cu

0> ~

N

Chemical Resistance - Nylon 612

.;.. CU

c.u

Chemical Resistance - Nylon 612

z

'<

~ ~

o

~

0) -"" I$

..

Reagent Potassium Nitrate Potassium Permanganate Potassium Sulfate

Reagent Note

Cone.

Temp.

Time

(%)

('C)

(days)

20 60

saturated

" " " " "

20 60 20 60

gas liquid gas

Pudding

20 60

Pyridine Rum rum essence

,

Sagrotan Salt Herrings Salts

dry

Sauerkraut

, , , f"

Sausage

I

Sea Water Semolina PUdding ~:

Shampoos shoe creams

Silicone Oils Silver Salts

'S~""

Soap

~

Vl

<Eo ;:l

t"-

o:., p

.,

u::

Sodium Bicarbonate

20 60 "20 . . ····60,: ' ., '20' ?60: 20 60

saturated

60, '20,

saturated solution soft soap tablet saturated solution soft soap tablet

1

; 6{)i

i

6Q

saturated

I

"

; ;

") ~;

$:

;~

,!

20 60 20 ,,,,

"

n°Vl

20 60

20 60 20 60

" @

20 20 20 60 20 60' .20

"

Shoe Polish

<

20 60 20 20 60

mashed

"

Propane

,

20 60

Potato Salad Potatoes

• POL Rating

{

i,

-=:

20 20·,

..

6QX2 •.•.

,

20 60

I

i l

1.

% Change

Weight

I

Resistance Note

Length

Huls Vestamid

8 8 3

'iitii"tesistance

1

." not resistant

8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 5 5 8 8 8 8 8 8 8 8 .8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8

Material Note

resistant '.'

".

"

" " " " " " " "

resistant

"

."

" "

" "

"

"

"

"

"

"

"

" "

" "

"

" " " " "

.

,

"

.

limited resistance i

resistant

"

"

" ·x '"

.,

" " "

'i)

'.

•••••••••••••

..'
. '~"N"}' "'. .

.0.

"

/"i."··

:'~"

"

';"~

.'.'..

"

" " " "

"

"

"

I '.

l

"

:

I,

"

,..

.

:"

:.

"

".: .:~.

'" .:

"

.,:

" " " M.

..

...

I

I

:

" "

".;

."'.,

I

" "

..

I

:

"i.

" "

" " " " "

""

i. ',.,., c·

i

",~

., ...,'

" "

'\

~

"

" " " " " " " " " "

@

% C~~1l9~ ..

~

i.) C/) .....

Reagent

Reagent Note

ri' C/)

t:l

Sodium Bisulfite

C/)

Sodium Carbonate

;J

~

., .,>l

0-

Temp.

(%)

('C)

saturated

"

C1l

16'

Cone.

,

saturated solution

" 25 25 5 5

Sodium Chlorate Sodium Chloride

,~

saluraled

Sodium Hydroxide 5 5

Sodium Hypochlorite Sodium Nitrate

saturated

Sodium Nitrite

"

Sodium Perborate

"

Sodium Phosphate

"

Sodium Sulfate

"

Sodium Sulfide

"

Sodium Sulfite

"

Sodium Thiosulfate

"

~

,

Spruce Oil Starch

salurated sugar beet syrup

29" 20.. 60 2Q 20 \60\, 60 20 ' 20

"

Sulfur Sulfur Dioxide

dry solution dry solution low concentration

Z

'<

I

10 10

?o. 60

Length

I < <

Material Note Huls Vestamid

·····pradlCiuiY resjstaili

7

limited resistance resislant lim.iled reslslance . resi$lant

5

I>r~clic~[y

7

'5 .

).::

.~:

8 8 8 8 7

.

" ... pract(cally resistant II1.t1e:,es!slance

:3

I~i$lant

8 8 7

5

. ........

8

5 $

'i~

,

.

,

!i

•

, I

< ~

.,~

8 8 8

8 8 8" 8.,.

· ,

\.3

......:;.:.:/:~:.

I

,

8 8

,

.,

8

r

I

8 8

I

'$,

t

,

8. .8.;""

]

7·\

1

p~l~~tr resistant

".lillie resistance

,=-:: ~~

pra~tlc~IIY

i

·8

".

", .:,,'~

7

!

-/,

····14·

8 8 8

$ 7

r

':.-,.~.<::: ......~.

••...<..••;....

'8

.~

~,

'" practically resistant limited leslstance .. "i8$i$lan( limited leslstance "i~l$.tailt .

il

(;:

'i

«

~;

:::J

0> -...

Resistance Note resiSlant limited resislance r"istanl

0

I\)

I

8 8

60. Sulfuric Acid

Weight

5

'~,.~.

Stearic Acid

Sugars

'po LiRating 8

~p

60 20 60 20 ' 60 20 60 20' :"20" 61:!' 20 60

Soybean Oil

Succinic Acid Sugar Beet

!

20 60 20 60 20 60 ;20 60· 20' 60 "20 60 20 60 20 60 20 60 20 60 20. 60" 20 60

Time (days)

reslslant resistant

..

·· ·· "

'"

.,

.,~:.~

pra.Cj\~ally resIstant

.. .., .. ..,,,<,,~RII,,~js.!a~,1

.

.,. U)

Chemical Resistance - Nylon 612

Ul

c.v

Chemical Resistance - Nylon 612

z

'<

~

0>

0'

:::J

0>

% C~ang~ ..

-"

N

Reagent .,:"

.~.

I

Reagent Note

Sulfuric Acid

I

Cone.

Temp.

(%)

('C) .

25 25 50 50

20

Tar Tartaric Acid Tea leaves leaves

Tetrahydrofuran Tetrahydronaphthalene Thiophene saturated solution

26 "

.,1

'1 • 1 1 1 8 8

20 60 20' 20 60 60 20 60, 20 60 20 60 20

1

Tomato Juice Toothpaste Transformer Oils Trichloroethylene Tricresyl Phosphate Trioctyl Phosphate Turpentine

pine oil

@

'S"" ~

;:;'

lurea

""',.'20\..:

saturated

..

,

Cl>

j

!Vaseline

;:l

t""

0: .,

.,>:l

u::

":20"/' ....

";~}6Q\';

VI

to'

6Q· '/".'

::l~~:'i';'

IVanilla

VI

t::l

.;.;..,::-~:::;.

Vegetables

"~\:~',;'i

Vinegar vinegar essence

~6;;~:'

Material Note

limited fesi$tance ·not resistant

Huls Vestamid

4::·· resistant

8 Unified resistance

r

8 7 3 8 5 8 '5 8

I

Resistance Note

notresi~'ta~i:'

,8 8 \ 8

,

"':'resistant

practically.'tesistant little !esistance resiStant Iimiled r~sistance

leSl$1aiii Iimiled resistance resistant

8 8

365

7

1·4

0,1

little prop. chg, practically r.esistant

7 8 8 8 8

•

re.slstant

8'

..

8 5 3 8 8 8 5

ilniiilill rliSfslBiH:e :iillie resf,stance resiSlant

"

I

{

.timj!MJ~~fulM~ i~~I~~fir

:

,;~~~

Typewriter Oil

Length

'5

20

60 20 60 20 60 20 60 20 60 20 20 20 .,60

1

1 1

60":' 20 '60 20 60

23

Weight

5 l

li6

Toluene

POL Rating

(days)

60

96 96

Tin (II) Chloride

Time

~ ~~:~n~\

8 8

!,v:'

8, 8

: 1 ,~

,

/,,~

", ..>.,:.. ~

'" '(}·,\iIIMEi.,"·''····1

DuPont lytel 408 Huls Vestamid

@

,,%Change,

~ ~

~

Reagent

Reagent Note

(%)

r:;' en

~

en

cEo

Cone.

Vinegar vinegar essence

Water

;:l

t-'

0: -, ~

-,

u::

I

I,

Temp, ('C) .~.;.~~

Waxes

paraffin wax

Whiskey Wines

60 60 20 23 23 23 23

Zine Salts

23 23 23 23 23 23 23 ,60" 20 60 "20 '60 2Ci' 20

,69

Xylene aqueous, saturated

IPDL Rating

Weight

(days)

I

Length

Resistan~e

Note,

Material Note

"

Y20 ,.." 60 20 60

Iiltle 'esi~tance not ,eslSllint

3 1

,,

14 14 28 84 84 84 182 182 182 266 322

7 7 9 5

, ,

4

5

6 3

Huls Vestamid

ie51sta"!

8

7

23

Water Glass

Time

0.9

DuPont Zyte1151L; 1.5 mm thick DuPont Zyte1151L; 3,2 mm thick DuPont Zyte1151L; 6.4 mm samples DuPont Zyte1151L; 1.5 mm thick

0.8 0.2 1.7 2.7 2 1.3

'"~:

DuPont Zyte1151L; 3.2 mm thick DuPont Zyle1151L; 6.4 mm samples DuPont Zyte1151L; 1.5 mm thick DuPont Zytel151 L; 3.2 mm thick DuPonl Zylel 151 L; 6.4 mm samples DuPont Zyte1151L; 3.2 mm thick DuPont Zyte1151L; 6.4 mm samples Huls Vestamid

3.1

! I

4

5

2.5 1.8

•

'4·

2.6

4

2.2

8

8

reslslant.

"

,,8 '8

u'

8

';.:"

u

8'

':~~';': ~',

8

.

"u . .,~, ..'

8 8

7 8

PI~C!i~~!~~i~~t

'resIStant

':"'8

z

'<

0-

:::J

....

w

0>

l\:I

Chemical Resistance - Nylon 612

~

-...J

'"

Chemical Resistance - Nylon 66

z

'<

~

ex>

o

~

0) 0)

:'.1

Acetaldehyde

40 40 90

Acetamide

50 50

Acetic Acid

aqueous solution

aqueous solution

5 5 10 10 10 10 40 40 40

Hoechst eel. Nylon 1000 Hoechst eel. Nylon 1003 DuPont lytell0l Rhone Pou. Technyl A 216

" ~2 .,.•:2;3. 23···· 23 .... 23'

30 90

365 1

.23.:••.: /93

h

23 23 23 '23':.

30

20

6 t

· ; • ;~l~!.

·
:<'(23:::.'

7 7 7 7

0.25% 0.25%

~

o' ~

V>

~.

;:l

l:""

0: .... ....>l

Allyl Chloride

O::1m::"?:·

0 74

'<;);11'\:·.

1 365 30

j;l~~i,~';~ii

3 0.2

0.2

21 63

0.2 <1

0 0.1

365

<1

0

365

1-4

0.3

0.0035

V>

61.8 54.6 64.2 54.6 ~J;:

1

41.3 MPa

'S"'

DuPont lytell0l Hoechst eel. Nylon 1000 Hoechst eel. Nylon 1003 Rhone Pou. Technyl A 216 DuPont lytell0l Hoechst eel. Nylon 1000 Hoechst eel. Nylon 1003 Rhone Pou. Technyl A 216

2

.23,/

Acetonitrile Acetophenone Acetyl Chloride Acetylene Acrylonitrile Alcoholic Beverages Aliphatic Alcohols

1.4 1.7

"

23. )

@

4-9 4-9

12

365

.23°'" "

10

:'3

~3. 23.

23

glacial

Hoechst eel. Nylon 1000 Hoechst eel. Nylon 1003

II. "."

23 .

w.

Acetic Anhydride Acetone

T!.m!!i {days)'

99

93 MPa

81P 8eetle LNP LN P; 30% gl.lil. LNP LNP; 30% gl.lil. 81P 8eetle DuPont lytell0l Rhone Pou. Technyl A 216 33% gl.lib. DuPont Minion 108; mineral 127xI2.7x3.2 mm bars BIP Beetle Hoechst eel. Nylon 1000 Hoechst eel. Nylon 1003 DuPont lytel 70G33L; 33% gl.lib. 127x12.7x3.2 mm bars DuPont Minion 10B40; 40% mineral DuPont lytel 70G33L; 33% gl.lib. 127xI2.7x3.2 mm bars DuPont lytel 101 BIP Beetle DuPont Zytell0l BIP Beetle DuPont Zytell01

87 0 BIP Beetle Rhone Pou. Technyl A 216 BIP Beetle Hoechst eel. Nylon 1000 Hoechst eel. Nylon 1003 Hoechst eel. Nylon 1000 Hoechst eel. Nylon 1003

@

's"CI>

~

r;' CI>

t:l C1)

Aluminum Chloride

CI>

<E'

Aluminum Salts

;:l

t""'

(; ..,

10

Hoechst Cel. Nylon 1003

aqueous solution

10

Rhone Pou. Technyl A 216

of mineral acids

10

DuPont lytel 101

"

10

Aluminum Sulfate

u::

10 10 aqueous solution

10 10

Aluminum Trichloride Amlnoethanol (2·) Ammonia

10 aqueous solution

10 10 10

liquefied

~;:;;t~j;;,

~1i ::24'W

liquefied

¥.;J~:;~i:;t(J~i

Ammonium Acetate 10 10

Ammonium Chloride

10 10 aqueous solution

10 10 10

Ammonium Hydroxide

:tri~I;I;11~ ;;(~~'j;;;

1

10

1

.. ~:

~-_.~:.

7 14

.:ijN:Wkfhi

30

3

i .g§}

1

365

" Hoechst Cel. Nylon 1000 Hoechst Cel. Nylon 1003

4·9

0.2

7

0.25%

7

0.25%

1 1

73 4.5

0.2

1.5

0.2

4-9

1.7

;>2.N1.·

4·9

1.3

ri

"::H~~;t~ ;i:i;r~~i;~j,

61

21.3 32.5 85 21.2 52.4 21.2 52.2 4-9

DuPont lytel101

:f~~~::r4!~~~1~%~~~~]ti~~f[f~1i£lst,~~~~~~~~;:::;~:~:~-;r.. _:~~~>::~~

DuPont lyte170G33L; 33% gl.fib . 127x12.713.2 mm bars

-

47

Hoechst Cel. Nylon 1003 Hoechst Cel. Ny ton 1003 Rhone Pou. Technyl A 216 DuPont lytel 101

~~~;~~1~! ~:;:..':" :··:~~:(U;;<:'

Hoechst Cel. Nylon 1000 Hoechst Cel. Nylon 1000

t(;:!~;.~~ ~ ::::;;:i~~(~,,;:':.

0.3

BIP Beetle

y .\';ij~i~~~.~;;pi~~;~;; +.5

;lli;,i\';!;;~;i0~*)@)i~J~1~11;l~~;ji;;;'i;

;ii;f.1;~i;~~'!

3

63

'nk2,~<%

DuPont lytel 101

~~;~;:~~~i~~;~:~~i:~

·:;;;~~~~1~.~~~~f~::~

365

7

i~[~~i'~;:

Hoechs! Cel. Nylon 1003

;.;·~\ii@~

21

DuPont lytel 101

Hoechst Cel. Nylon 1000

Y:~~~(::;;~;~:0t:::~

1

10

10

~

Rhone Pou. Technyl A 216

~!~;~'!~~ii;~

28

10

::T::}}n?)~\;:::::sC:: \t\:~-:

Hoechst Cel. Nylon 1003 Rhone Pou. Technyl A 216

93

'~;;;'i~ii";i1

7

Ammonium Nitrate Ammonium Sulfate Amyl Acetate

:r(:)~}i; ;::'

63

')S;··>

10

.. :.::):~·i:·-nf<:\

Hoechst Cel. Nylon 1000

19

0';~,6~J{~r'

200

10

10

;'~~i~~~~;;~:'J1~'~li~~lj~~~;';i,';~;;:

~;;j~j;;::~1~;: ii~;l;iii~

·::;:,~~;;~t

.,>~2{A' ..- ;:-

BIP BeeUe

.., "/S,,,(:'

:;~"~~':;, 'g··s·ia

10

33

,·;~!;~'j;t;;.

1

;i'~,,~i0

~i,:l]~i;

?d~~~tM#!M~~:;):

!;
m2.~s>

gas

Ammonium Carbonate

..

'" .~~>(

hydrated

..,i=l

Hoechst Cel. Nylon 1000

10

33% gUib . DuPont Minion 10B40; 40% mineral DuPonl lylel 101

" LNP LNP; 30% gUil. DuPont lytel101 LNP LNP; 30% gUil. LNP LNP; 30% gUil.

":;1<' .:~r::;;;;~:f .'(~: : . : :;

DuPont lytel 70G33L; 33% gl.fib. 127x12.713.2 mm bars

~.,:.: ·:·;·::·.),"t::;--

DuPont lytel 101

:. ::;;\ ':.:J::'

. }~:.

62

'i:;i!i!~©,jr

BIP Beetle Rhone Pou. Technyl A 216 Hoechst Cel. Nylon 1000 Hoechst Cel. Nylon 1003

,

88

~g ~;~~~~/: :'\i~:
!}i\tt:\ fJ~:Ih:.·

DuPont lytel101

Z

'<

0-

W

::::l

0> 0>

Chemical Resistance - Nylon 66

~

co

z

e.u

Chemical Resistance - Nylon 66

'<

01

o

o

::J (j) (j)

.. ~~.'

Aniline

Hoechst Cel. Nylon 1000 Hoechst Cel. Nylon 1003 Rhone Pou. Technyl A 216

':(23

23.

Aniline Animal Fats Antifreeze Antimony Trichloride

ASTM Reference Fuel C

@

'il

i:l ~

n'

'" 1? '" <E' ;:J

~

... ... u::

0~

ASTr.fReference Fuel C

85

So'

10 10 10

~o~i~$~~~~

'$()m&aHac~;$i\6~~~lj\\m~1 :li~?f

..,.23""... (23(

24 "",2.3:':.:·

30

Hoechst Cel. Nylon 1000 Hoechst Cel. Nylon 1003

.'~:r

wi 35% methanol; M35 Fuel

30

0.25%

40

15

30

0.25%

55

15

30

15

82

BIP Beetle Hoechst Cel. Nylon 1000 Hoechst Cel. Nylon 1003 DuPont Zytell01

<1

},r23'

wi 85% methanol; M85 Fuel

BIP Beetle DuPont Zytel 101

Iitll~"lirop; ,chg,.:'

. 23;

"<23

Aroclor 1242 Aspirin ASTM Reference Fuel C

BIP Beetle

. 40 ''":.'93..

3.1

102.2

4.5

15

30

15

28

0.25%

35.7

15

28

0.25%

46.1

15

28

3.4

84.4

15

28

4.4

104.3

65 65

30 30

0.25% 0.25%

LNP Malanyl A322S; 33% gl.fib. heat stab. LNP Verton RF·700-10 HS; 50% Ing.gl.fib.; heat stab. LNP Verton RF·700-10 HS; 50% Ing.gl.fib. 3.2 mm thick LNP Maranyl A322S; 33% gl.fib.; 3.2 mm thick LNP Malanyl A322S; 33% gl.fib. heat stab. LNP Verton RF-700-10 HS; 50% Ing.gl.fib. heat stab. LNP Verton RF·700-10 HS; 50% Ing.gl.fib. 3.2 mm thick LNP Malanyl A322S; 33% gl.fib. 3.2 mm thick

112.4

49.6 61

65

30

3

100

65

30

5.4

145.8

65 65

28 28

65

28

3.5

93.3

65

28

5.5

133.3

;:J[\;;;(2)1~~ ll~I' ;,!;;

38.4 44.3

0.25% 0.25%

60 60 60 60

0.25% 0.25% 0.25% 0.25%

98.3 95.8 100 89.9

60

0.25%

88.8

60 60

0.3 0.5

95.5 97.1

60 60

0.4 0.2

100.1 98.3

LNP Malanyl A322S; 33% gl.fib. heat stab. LNP Verton RF-700-10 HS; 50% Ing.gl.fib. heal slab. LNP Verton RF-700-10 HS; 50% Ing.gl.fib. 3.2 mm thick LNP Malanyl A322S; 33% gl.fib. 3.2 mm thick LNP Malanyl A322S; 33% gl.fib. heat stab. LNP Verton RF-700·10 HS; 50% Ing.gl.fib. heat slab. LNP Verton RF-700-10 HS; 50% Ing.gl.fib. 3.2 mm thick LNP Malanyl A322S; 33% gl.fib. 3.2 mm thick LNP Malanyl A127HS; heat stab. LNP Malanyl A322S; 33% gl.fib. heat stab. LNP Malanyl PDX-R-86474 LNP Verton RF-700-10 HS; 50% Ing.gl.fib. heat stab. LNP Verton RF-7006 HS; 30% Ing.gl.fib. heat stab. LNP Malanyl PDX·R·86474 LNP Verton RF·700-10 HS; 50% Ing.gl.fib. LNP Verton RF-7006 HS; 30% Ing.gl.fib. LNP Malanyl A127HS

@

'1:l

E"' ~

ri' Vi

~

Vi

lEi" ;:l

t"'

0: .,

.,p

u::

Barium Chloride

Hoechst Cel. Nylon 1000 Hoechst Cel. Nylon 1003 DuPont lytel101

Barium Sulfide

Hoechst Cel. Nylon 1000 Hoechst Cel. Nylon 1003

Benzaldehyde

Hoechst Cel. Nylon 1000 Hoechst Cel. Nylon 1003 DuPont lytel 101

Benzene

20/80 in gasoline

20 20

Hoechst Cel. Nylon 1000 Hoechst Cel. Nylon 1003 DuPont Minion 1DB; mineral 127x12.7x3.2 mm bars BIP Beetle Hoechst Cel. Nylon 1000 Hoechst Cel. Nylon 1003 DuPont lytell01 DuPont lytel 70G33L; 33% gl.fib. 127x12.7x3.2 mm bars

1-4 1

0.1

88.5 89.1

Rhone Pou. Technyl A 216 LNP LNP; 30% gl.lil.

o

Hoechst Cel. Nylon 1000 Hoechst Cel. Nylon 1003 DuPont lytel 101

Benzenesulfonic Acid 10

Benzoic Acid saturated

Hoechst Cel. Nylon 1000 Hoechsl Cel. Nylon 1003

Benzonitrile Benzyl Alcohol

88

Benzyl Chloride Bitumen

80

DuPont lyleI 101 Hoechst Cel. Nylon 1000 Hoechsl Cel. Nylon 1003 Rhone Pou. Technyl A 216 BIP Beetle DuPont lylel101 Hoechst Cel. Nylon 1000 Hoechsl Cel. Nylon 1003

z

'<

o

(J.)

::J

0> 0>

Chemical Resistance - Nylon 66

01

......

v.>

Chemical Resistance - Nylon 66

z

'<

01

I\:>

0"

::::l

0) 0)

\ .. .."".... ,.

+1Ji~?W~ <360

sal. solution

!11@@Mn~~~~ijlbMnHN

~

Boron Brake 90.4 92.5 82.6 76.9 0 DOT3

60

0.25%

0 100 78.1 96.6 94 92

0 0

95.5 94

0 0 0

97.8 96.7 83.8

lNP lNP; 30% gl.lil.

lNP lNP; 30% gl.lil. DuPont Minion 10840; 40% mineral lNP Maranyl AI27HS; heat stab. lNP Maranyl A322S; 33% gl.lib. heat stab. lNP Maranyl PDX·R-86474 lNP Verton RF-700-10 HS; 50% Ing.gl.lib. heat stab. lNP Verton RF-7006 HS; 30% Ing.gl.lib. heat stab. lNP Maranyl PDX·R-86474 lNP Verton RF·700·10 HS; 50% Ing.gl.lib. lNP Verton RF·7006 HS; 30% Ing.gl.lib. lNP Maranyl A127HS lNP 33%

Brake

0:8:1\\

DOT3

30

0.25%

74.4 75 82.3 78.1 80 80

"••.•. ,.•• 6;(•.• '

84.8

.. .. .

@

'1J

po ~

n'Vl tl ~

Vl

15' ;:s

t-<

0: .,

.,p

u::

Bromine bromine water

..

30 30 30 10 30 30

1

0 0.1

78.9 84.1

0.1 0.1

82.9 81.5 82.7

0

8

lNP lNP; 30% gl.lil. lNP Maranyl AI27HS; heat stab. lNP Maranyl A322S; 33% gl.lib. heat stab. lNP Maranyl PDX-R-86474 lNP Verton RF·700-10 HS; 50% Ing.gl.lib. heat stab. lNP Verton RF·7006 HS; 30% Ing.gl.lib. heat stab. lNP Maranyl PDX-R-86474 lNP Verton RF·700·10 HS; 50% Ing.gl.lib. lNP Verton RF-7006 HS; 30% Ing.gl.lib. lNP Maranyl A127HS lNP Maranyl A322S; 33% gl.lib. DuPont Zytell01 Hoechst Cel. Nylon 1000 Hoechst Cel. Nylon 1003 Hoechst Cel. Nylon 1000 Hoechst Cel. Nylon 1003 BIP Beetle DuPont Zytell0l

..........

@

"1:l

po

~

Reagent

Reagent Note

~~)

r;'

'~"

" Conc, ITemp, , T.im . e

Buffer

'" <5'

pH7

.23

70.

pH4

. 7$)

pHl0

;:l

~

..,0P .., It::

Butyl Ether Butyl Phthalate Butylamine Butylene Glycol

I I Weight

length

.

63

4'

4-9

0.3

30

3

4-9

1.6

90

3

4-9

1.6

70

90

3

4-9

1.5

365

2

4-9

1.5

pH4

70

365

2

4-9

1.4

pH7

70

365

4

4-9

1.3

:~

23 23

a

93

9

23

7,

I

..

R~sista'nce

Note

DuPont lytel 70G33L; 33% gUib. 127xI2.7x3.2 mm bars ChS:

prop,

?"

"

~

/' little'prop. chg• good (esi~tance

BIP Beelle

""r~tent

Hoechst Cel. Nylon 1000

t~;y gOod resistance 95

23

8

4?'

6

93

7

B7

93

100

,93

9 1 8

23

B

23' 41,3 MPa

8 8

93 MPa

8

DuPont lytell0l

.:~:

Rhone Pou. Technyl A 216

".resistant

Hoechs! Cel. Nylon 1000 Hoechst Cel. Nylon 1003 BIP Beetle

) biaiiied resistance

:::?\\;:::::; tJ6:t

;~:-':}'

.

23

63

6

24

2

20

23

6

20

23

technical

DuPont lylell0l

9 91 : ".j.

resistant

,,~~:<J" "-:'u

1-4

Hoechst Cel. Nylon 1000 Hoechst Cel. Nylon 1003

no str~ cracking observed ~:::

10

Hoechst Cel. Nylon 1003 Rhone Pou. Technyl A 216

. go~ resistance

. ,~~~~~sistance

8

0,0035

DuPont lytell0l

fhg•

signll. prop. chg.

o

8

23

Material Note

;.

$(i~;Pijys.

2,3

23

Ilm

-

.,;Jiiil~piop,

23

93 n-butylamine

.

8 8, '" 8

23 23

butanol

I

,.

~::

% Reta.ined

Plt1 Tensile Elongelfon F....X . u.r..al Strength Str.ngth Strength

.... '....

70

Butyric Acid

DuPont Minion lOB; mineral 127x12.7x3.2 mm bars DuPonl lytel 70G33L; 33% gUib. 127xI2.7x3.2 mm bers

0.2 sigl1~. prop, chg.

little 6r '~o aUack

6

DuPont lylel 101 Hoechs! CeL Nylon 1000 Hoechst CeL Nyton 1003

2

23

<360

6

t,eslstani

>90

<360

0

solvenl

BASF Ultramid A

23

2 2

': .signif:j@pt~hp· ·$ig@~Cilitlii'~iop::$li.ss cracks

10

60 23, .

6

.Jiu~eor no aUack

Hoechst CeL Nylon 1000

10

23

6

aqueous solution

10

23

6

;, very. good resistance

Rhone Pou. Technyl A 216

10

93

aqueous solution

20

23

0

Calcium Bromide Calcium Chloride

BO 5

in alcohol

1

6

20

23

1

20

23

.1

solution in alcohol

20

23

<360

0

in methanol

20

23

<360

\·0

50.""

<360

::0

10

93

in concentrated acetic acid

Calcium Dinitrate Calcium Hypochlorite

1

.\-

..

DuPont lytel 101

Hoechst Cel. Nylon 1003

62

DuPont lytell0l soluble

Rhone Pou. Technyl A 216

decomp,~ses in a sholl lime

Hoechst Cel. Nylon 1000

. '~;;Ivent

Hoechst Cel. Nylon 1003

for Nylon66

,}. . 's(ii.Jerii .

BASF Ultramid A

:::<~

29

1

23·

1

23

z

POL

Ra~ing '.

pH4

Butyraldehyde

Butyrolactone ('Y.)

Load

(days)

pHl0

Butane Butyl Acetate

Butyl Alcohol

. eCI .

% Change

DuPont lytell01 decompoS8$iiiii$i\OIl tim.e ,

:~. II

'

Hoechst CeL Nylon 1000 Hoechst Cel. Nylon 1003

saturated

23

<360

2

1l0t,les\S,lant

BASF Ultramid A

saturated solulion

35'

77

2,

.. ,slll!1",e[9R;,~~~, .•

DuPont lytel 101

'<

0-

:::l

0> 0>

(.oJ

Chemical Resistance - Nylon 66

'"

Chemical Resistance - Nylon 66

z

'<

(J1 ~

o

::J 0'> 0'>

Caprolactam (Eo)

Carbolineum Carbon

solution; technical

50 50

2.3:":.~.

.~)70·

";:'20

molten; technical concentrated

.:23..

DiSUlfidej~:,

Carbon Tetrachloride

<360 /> 8., ·./i·'· ". :•.,: <3600 <360 O}\ <360e,'8''/'{:i:,0'?E§W@:!N?,,'' . 365

,i~~ T g:~~OnSeOlve Chloral

4:',;i~~~~~~Jr~~:~;':;;:~: R~:::~:~~.:~e~~~~:~::6

:~ :;;J~';' 2-ethOXyethanol";i~~;;: 3~5

'1'

<,

0'

; <;:. .

;!;~

t(~~. 4-9

1.7

81)'#;;+i6%&>3h

HYdrate<;~.:;i~\;~Y:\;i{1~~S;;i;ii~~j;;~~;1;}~fi'1;!i chlorine water

:

Chloroacetic Acid

:~ I~;,':t:-i;:!+;\;:~;:ti,J~~i:~J~~r~};~~;i;:;l

Chlorobenzene

ri-

i(it.··· '{ii§il~iji\: "",.;:,:,; it:'

'::>A8.·.}'"

:::23,<::

~ S' en

;;,'.;.,,;!~~it~~li~~ii'J;t~'ii;;"r~

;.":";!•• :';';.

1

Chloroethanol (2-) Chloroform

73 12

1

tl

~

to· ;:s

s:

Sf

...,>l <.c::

Chloroform

56 1

Chlorophenol

5

1

4-9

0.3"""".. 57 41

~::~~:: ~::: :;::~ :~~~ DuPont Zytell01

~::~~:: ~::: :;::~ :~~~

(;t":A~~on~~tAA~@{i::iWk

~;,;~~i;':;:~lj6;;~~~~I~~~'I~~]:~~!1~~~!!I\!~;!

ChIO;~~:r~:t:~tCe~~~~I::~ated:j;!!;i:

~

t<:,«~7Iei<'i ::;~:~~~::: "'>;V>:;~~:':;~~~h:;,i~;;i;;;i;:

Chloric Acid:g~:!';4ir; Chlorine

BASF Ultramid A

{'V8 .

"23:

Carbonic Acid

. '8

DuPont Zytel101 Hoechst eel. Nylon 1000 Hoechst eel. Nylon 1003 BASF Ultramid A

BIP Beetle

~::~~:: ~::~ :;::~ :~~~ Hoechst eel. Nylon 1003 BIP Beetle u Rhon:

;::l ;:::In:~:

216

~::~~~o~:~y~:::l~:~~~ Hoechst eel. Nylon 1000 Hoechst eel. Nylon 1003 Rhone Pou. Technyl A216 BIP Beetle DuPont Zytell01 BIP Beetle Rhone Pou. Technyl A216 Hoechst eel. Nylon 1003 Hoechst eel. Nylon 1000 DuPont Zytell01

~ ~;'

@

'\l

s-~

n'CIl

t::l

~!a,g~n.

.,yo' .>;.,

Re.gent Note

Cone. ' (~),

:,'

Chlorosulfonic Acid

10

C1l

10

to·

10

CIl

;:l

s::0-

1

Chromic Acid

i~m.p:

.('cl

•....

<23) <.24\

aqueous solution

"

tt::

Citric Acid aqueous solution

Clophen A60

1: 1 w/lighl petroleum

Corn Oil

2

10

1 1

10

?4

2

10

~3

3

10

23

4'

10

23 ..

4

10

"

50

Wesson, all vegetable 10 10

Cresol

Cresol (m-) Cresyldijlhenyl Phosphate Cresylic Acid 10 10

Cupric Sulfate

10 10

Cyclohexane

Z

365

3

s~~~~t:~~j:!;~,~;TtmaY:b80K .. ··:..Iimited ieslstanca

9

Hoechst Cel. Nylon 1000 Rhone Pou. Technyl A 216

.j1'o~i resistance •

",.

Hoechst Cel. Nylon 1003

d8~orWO.~~~ln a short iime .,:;;\~.

Hoechst Cel. Nylon 1000 Hoechst Cel. Nylon 1003

··~ignlf. pro·p:9h9.·

DuPont Zytel 101

soma'allack;shot1term may be OK'

Hoechst Cel. Nylon 1003

67 . ::".:'

":;.;

.~:

,.~

Hoechsl Cel. Nylon 1000

//:.: <: ::)i\ >~ 12

365

3

3S 23

77

!>

; 23,: .' ,80".

<360

23

7

0.25%

3

62.1

LNP

23

0.25%

2

58.7

LNP; 30% gl.lil.

23

7 7

,3

60.4

23

7

3

69.1

23

10

6

81

3 3

1 1

37.8

LNP

45.6

LNP; 30% gUll.

'1

10

81. 93 24' 23

~~,..

Malola

.

4

23 23'

h 23

DuPont Zytell0l

4'

23

Creosote

Cupric Chloride

Hoechst Cel. Nylon 1003

10

Chloro.

aqueous solution

Hoechst Cel. Nylon 1000

1

10

'"

Cooking Oils Copper Chloride Copper Sulfate

,.

1

.23. '23

10

Mat8{ial Note

Welghl

RaUog

2

50

Clorox

:p.,DL..

2

;<,-23

1

., ~ .,

:~;\

y~~~~:;

Ta

f

. (',3Pe$1Siani,

BASF Ultramld A

.

;\"

LNP LNP; 30% gl.lil.

S9~! phys; prop. thg;

...

9

3'

63.5

7

0.25%

7

86.3

23. 23

7 7

Rhone Pou. Technyl A 216

::ill

BIP Beetle LNP

:>

LNP; 30% gUll.

3

63.3

LNP

6

84.8

LNP; 30% gUll.

23

'8

23

8

23

"1

23

1

23

4

23

0"

resislant

Hoechst Cel. Nylon 1003 Hoechsl Cel. Nylon 1000

decomposes in \I short lime ~.'

~.

Hoechst Cel. Nylon 1003

ii

. .J!!l~~~~'~M~~'

81P Beetle

." '.' ":/,solVenrJp'Nyion ~

93

0

o

93

88

·"'23

"7 "1

. ,.~~.

1

~""

"6

"23.

~i~if.proP.£~$:. jiioifieslStiiiice ~

8 0.25%

DuPont Zytell0l

DuPont Zytell01

2

365

81P Beetle

.:I'mited \0 not r~.slst.

7

..

DuPont Zytell01

. de~binpqsas in a short. lime

.

'(C;iQt~::

'6

,.'23)'

'·6 6

23<

23

DuPont Zytell01

5

2~ 23

23:

som.e.p"y~) prop. chg.

.

','!Wtll!r~Sis!anCe .

8 <360

Rhone Pou. Technyl A 216

'," 'Umlt8d ies'istance i····'·,. . ·· '" .,.....

41.3 MPa

-8-

Hoechsl Cel. Nylon 1000 Hoechst Cel. Nylon 1003

~.

Hoechst Cel. Nylon 1000 no slress cracking obServed

DuPont Minion lOB; mineral 127.12.7.3.2 mm bars

resistant

Hoechst Cel. Nylon 1000

+~)t

8

Hoechst Cel. Nylon 1003

.

'<

5"

UJ

::::J

CJ) CJ)

Chemical Resistance - Nylon 66

(Jl (Jl

z

Chemical Resistance - Nylon 66

'<

W 01

a>

o

:::l

a> a>

Cyclohexane 0.0035

Cy"'h...

63

<1

3~5,i

1

"o"e~~w""':'

Cy,~h ..yl Aloohol

....•

~.

Decalin

" '?:}':' '"

93 MPa

':'

0.3

':{'"

,~~

_1iJ

9,;;~icj~0;'~0;j)~i1is~~i:,~i:,

' . .

·'S., F e ) veiY'tiQOdJe$lslai1C~\.\ .;

."

dilute s o l u t i o n ? a p c ; <360;)i;H;H%'\i,~i!9)§i\~4;!~~!$(;;;1h\

Diesel Fuels

:::~:::::::,

diesel oil

@

~ ~

~

~ <.c:

DuPonl Zylell0l BASF Ultramid A

~;;~~~\ll!

1001[~rl'i,1~[1~[~i~~1_~~~~;;!.j:iil~f!·

Hoechs;~~g~i~~:n

87H,W?i@(@}§!.;i;{@;S;'·

Hoechst Cel. Nylon 1003 DuPont Zytell01

30

:~

~,;r~;r;

~~~

0.3

0

1';!,;;'/ Dimethylaniline;LiI~T· 1,}f(,' DimethylformamideU~,~:iim?ST:

84 10

Dimethylformamide (N,No) Dloctyl Phthalate

95

1

1000

~.i ~~~'~~~i~

Y'1)U!.i,/(;'>Di";@;

DuPont Zytell01

Hoechsl Cel. Nylon 1003 Hoechst Cel. Nylon 1000 Rhone Pou. Technyl A216 DuPont Zytell01 Hoechsl Cel. Nylon 1000 Hoechst Cel. Nylon 1003

Dioxane

~ ;:s t""

~:::~:: ~::: ~~::~ :~~~

~:::~:: ~::: ~~::~ :~~~

en

<E'

Rhone Pou. Technyl A216 Hoechst Cel. Nylon 1003 Hoechst Cel. Nylon 1000 BIP Beetle

]1~;~~;~;j~~ij;'~;~:;:'ijl!~~;;;~ij~:~j~~~irf':;;If::j;j';;:

Dimethyl Sulfoxide(~t9~'

;:g

;:g~§~~;.

Mi~ ;:flJ:\§~~;.

Detergentsf~3><8)«Mn:;:J~f!Ml.>N"D\

Dibutyl Phthalate

Rhon~u~:~'1 ~:~:In;~~ 216

Dioxane (po) Dishwashing Detergents Dowtherm Edible Fats

Cascade 10 "10

1 3 3 1

96 47.2 42.3 89

Hoechsl Cel. Nylon 1000 Rhone Pou. Technyl A216 DuPont Zylel 101 LNP LNP; 30% gUil. DuPont Zytell0l BIP Beetle

@

::2 I=l

~ ;:;.

'tl" C1l '" "5' ;:l

t-'

I

I

1

Edible Oils

, ...,'~:;' I -::::·i.·"'\":~:'·

I

I

n>lf.ngm I

"1'

08"",::#I:"I;~

" 1'l>u.nQlrrll>lf.n·gIlU

..

Eplchlorohydrin Ethers

"y!!3..f

".,;:;,

.~.:

1

84

...

I

:)

···.r.. ,.··..f&sISiiinj" ·Y>. .

it[r-i~1~: 95

:-'-'~

1

'23/)

Ethyl Acetate

..

"'~.. ;;'~~ ...'.'.'... ·:23'·'.·i·

edible

..,c:r I=l .., \<:

E'''~''''~;::';\

~:::;:.

','

, 41.3 MPa

0.0035 21 63

0.2 1-4

.;

~~'~:

"~.~~~;~~~~~~;:f~":

. . ~~:;~l'~~~~~~~:\~:!~;:

a

365

::)01.

a 0.4

~;,

~.

Hoechst eel. Nylon 1003 Hoechst eel. Nylon 1000 DuPont lytell0l Hoechst eel. Nylon 1000 Hoechst eel. Nylon 1003 81P 8eetle Rhone Pou. Technyl A 216 DuPont lytell01 DuPont Minion lOB; mineral 127x12.7x3.2 mm bars Rhone Pou. Technyl A 216 Hoechsl eel. Nylon 1003 Hoechst eel. Nylon 1000 DuPont lyte' 70G33L; 33% gl.fib. 127x12.7x3.2 mm bars DuPont Minion 10B40; 40% mineral DuPont lytel 70G33L; 33% gl.fib. 127x12.7x3.2 mm bars

96 94 91 85 phenol solution in ethanol 4-9 4-9

gasoline w/15% ethanol

Ethyl

0.4

BASF Ultramid A DuPont lytell 01

2.4 2.8

..

a

21 60 60 60 60

0.25% 0.25% 0.25% 0.25%

73.1 53.7 90 69

60

0.25%

68 3.5 1.5 2.5 2.5

..

93.4 99 9B.9 85.8 64.9 78.9 73.9

30 30 30

0.25%

77.9 6.5 3

80 77

Rhone Pou. Technyl A 216 Hoechst eel. Nylon 1000 Hoechst eel. Nylon 1003 BIP Beetle DuPont Minion 10B40; 40% mineral LNP Maranyl AI27HS; heat stab. LNP Maranyl A322S; 33% gl.fib. heat stab. LNP Maranyl PDX-R·86474 LNP Verton RF-700-10 HS; 50% Ing.gl.fib. heat stab. LNP Verton RF-7006 HS; 30% Ing.gl.fib. heet stab. LNP Marenyl PDX-R-86474 LNP Verton RF-700-10 HS; 50% Ing.gl.fib. LNP Verton RF-7006 HS; 30% Ing.gl.fib. LNP LNP Maranyl A322S; 33% gl.fib. heat stab. LNP Maranyl PDX-R-86474 LNP Verton RF-700-10 HS; 50% Ing.gl.fib. heat stab. LNP Verton RF- 7006 HS; 30% Ing.gl.fib. heat stab. LNP Maranyl PDX-R-86474 LNP Verton RF-700-10 HS; 50% Ing.gl.fib.

Z

'<

0-

W

~

0> 0>

Chemical Resistance - Nylon 66

01 --J

c.v

Chemical Resistance - Nylon 66

z

'<

(]l

ex>

o

:::J

C1> C1>

LNP Verton RF·7006 HS; 30% Ing.gl.fib. LNP Marany! A127HS LNP Maranyl A322S; 33% gl.fib.

~i;
Ethyl Butyrate

Hoechst eel. Nylon 1003

;:;f;i~········

:.:.:::."

:·:··;::}!:~~:::t?:··~·

Ethylene Chloride

~~

Hoechst eel. Nylon 1000

..

Hoechst eel. Nylon 1003 Rhone Pou. Technyl A 216 65

Ethylene Chlorohydrin

:;~;~;'~;

Ethylene Dichloride

'Hf23..· ,:.;........

DuPont Zytell0l Hoechst eel. Nylon 1003 Hoechst eel. Nylon 1000

..

Hoechst eel. Nylon 1003 1·4

7

Ethylene Glycol

w/50% water

50 50 50 50 50 50 50 50 50

Ethylene Glycol

.

50 50 50 50 50 50

:}~a\", '·23.'

;t~l;)

r

,~.

~

',;

,"--

~3

;~r;ij

~;ij.?,~

50 50 50 50

@

'1:J

p-

~

n' en t::l

(\)

en

tEo ;:l

t-

..,0..,~

<.c::

.. .. ..

' ..

;1~1,;

0.25%

60 60

0.3

DuPont Zytell0l 62.2

LNP Maranyl A127HS; heat stab.

0.25%

61.8

LNP Maranyl A322S; 33% gl.fib. heat stab.

0.25%

75.5

LNP Maranyl PDX·R·86474

60

0.25%

66

LNP Verton RF·700·10 HS; 50%

60

0.25%

:::

74.9

60

3.5

60

.~::.,

~r'

60 60

75.5

P.;;:;T':; LNP verto~~:~~:~:~~;s~~~

...'';<.<6.:;;

Ing.gl.fib. heat stab. LNP Maranyl PDX·R·86474

i!;!I;:, LNP Verton RF·700·10 HS; 50% Ing.gl.fib.

1.5

77

2.5

78.9

4

68.1

LNP Marany! A127HS

2.5

64.9

LNP Maranyl A322S; 33% gl.fib.

?;

LNP Verton RF·7006 HS; 30% Ing.gl.fib.

(;~,~~l "·;\82.. ';i

60 30

0.25%

66.4

ii·.:i:(··l

30

0.25%

51

30

0.25%

74.4

LNP Maranyl PDX·R·86474

30

0.25%

59.9

1;:~~;;·:

LNP Verton RF·700·10 HS; 50% Ing.gl.fib. heat stab.

30

0.25%

73.9

LNP Verton RF·7006 HS; 30% Ing.gl.fib. heat stab.

... 82

30

................. :: •..·····1l2·•••••; ;

':,:'

::: •.::~:,:",

50

:.~

60

:~'

I~

i;!li

8.5

50

•···1:t~\···

50

'.127

59.1

30

5

73.9

30

9

68.9

LNP Maranyl A127HS

6

52.9

LNP Maranyl A322S; 33% gl.fib.

.,

30

~.'

"

7

~\

28

50

15'0

7

0.25%

50

L1~O :;." "';

7

0.25%

:.:~

;xi t!;1); LNP V~~; ~::;~~~:aD:~~~:~~~.9I.fib.

3.5

30

:~;l~: ;~:~

76.7

LNP Maranyl A127HS; heat stab.

W\[1 LNP Maranyl A322S; 33% gl.fib. heat stab.

10

34

10

20

LNP Verton RF·7006 HS; 30% Ing.gl.fib.

LNP Marany! A127HS; heat stab.

.....:-:

LNP Maranyl A322S; 33% gl.fib. heat stab.

50

r' 1'50 •••.•

7

0.25%

LNP Maranyl PDX·R·86474

50

";i50'

7

0.25%

LNP Verton RF·700·10 HS; 50% Ing.gl.fib. heat stab.

7

0.25%

':::.<.'

·.i\~~;~;

"

50

" "

50

7

50

7

."

50

7

50

7

{;);;;1i1.

"

50

7

filt·

LNP Verton RF·7006 HS; 30% Ing.gl.fib. heat stab.

.•.1;;i.. :

l :if i~;fl )

LNP Maranyl PDX·R·86474 3.5

LNP Verton RF·700·10 HS; 50% Ing.gl.fib.

5

LNP Verton RF·7006 HS; 30% Ing.gl.fib. LNP Maranyl A127HS; heat stab. LNP Marany! A322S; 33% gl.fib. heal stab.

@

:!2

I:l

Vl ~

n' Vl tl

.':~;

,Rel\gent :;:. -':.:. --

';~'"

m."

. ,"'

.-.1

.'!.- ':~.

Ethylene Glycol

C1l Vl

23

·6

;::s

23'

6

tEo

23,·.

t

... ... \t::

0-

I:l

0.0035

93 MPa

23

7

0.25%

23

7

0.25%

23

.

?a> 23"· lit

iEll.'

81 .93··..

Ethylene Oxide Ethylenediamine

65

LNP

'1

85.4

LNP; 30% gUil.

3 6,

60.3

LNP

81.1

LNP; 30% gUil.

7 7 21

0.1

0.1

56

1-4

a

3

1

3

;2;; •.

1

'9

DuPont Minion 10840; 40% mineral DuPont lytell0l 37

LNP

58.5

LNP; 30% gUil.

96

DuPont lytel 101 Hoechst eel. Nylon 1003 Hoechst eel. Nylon 1000

'·"5

1

~3

edible

. '23·/

78

DuPont lytell01 Hoechst eel. Nylon 1000

;,~~t

Hoechst eel. Nylon 1003 BIP Beel1e

))i~;.

10

Ferrous Chloride Ferrous Sulfate

10

.. 23 ""'2S-

10

":',"23"

10

93

10 10

·23 "'23'..

10

23:

10

Hoechst eel. Nylon 1003

•.~-.:: ~::

Fluosilicic Acid

10 10

Fluothane

formalin

Hoechst eel. Nylon 1000

6·, 1

23',.,

"

1

23

4

BIP Beel1e

23

1.

Hoechst eel. Nylon 1003

23

l

Hoechst eel. Nylon 1000

23

8

Hoechst eel. Nylon 1003

Hoechst eel. Nylon 1003

8 3

67.8

LNP

'4"""::':

73.1

LNP; 30% gUiI.

23"'· '.

7

0.25%

.23

7

0.25%

23-'

7

3'"

66.2

LNP

23

7

5

79.7

LNP; 30% gUil.

1

'··5:,

77

~:.::

.C!.

",.

.(

.. .. aqueous solution

DuPont lytell01 Hoechst eel. Nylon 1003

23 Kester. 1544

13

Hoechst eel. Nylon 1000

23' gas

Hoechs! eel. Nylon 1000 Rhone Pou. Technyl A 216

,-

1

023

Fluorine

Formaldehyde

Hoechst eel. Nylon 1000 DuPont lytel 70G33L; 33% gUib. 127xI2.7x3.2 mm bars

BIP Beel1e

vegetable fat

aqueous solution

Flux

Hoechst eel. Nylon 1003

"'3., :\~;

23,,,,, 23..

Fatty Acid Esters Ferric Chloride

Flux

or110~~ck';\' \':":~;

no.str~$~'Cra~kin9o;;~~;d

8

23

/9;3

Fats

linti

::{ :\'::,:;" :':u.

DuPont Minion lOB; mineral;127x12.7x3.2 mm bars

30

"23·····

37

."93

38 40

'23' .·...·23

40

23

-.',;

.

Rhone Pou. Technyl A 216 DuPont lytell0l

14 Hoechst eel. Nylon 1003

'c':'.

Hoechs! eel. Nylon 1000

<23

BIP Beel1e

Z '< 0

c.v

::::J 0) (J)

Chemical Resistance - Nylon 66

01

CO

c.> a>

Chemical Resistance - Nylon 66

z

'<

C>

o

:::l

a> a> ~':;';"" '."

:

Formic Acid

aqueous solution

aqueous solution concentrated

3 3 10 10 10 88 90 90

Freon 11 Freon 12

<:

.#r;:;·:~·::~:·:,:,·:::;:{?:;:·t>

,: '; ':

some aUackl S,hOl1lerm may.be.OIV· ~u

.

':":::;::::~:: .:.

deco;nposesj~:!~ho;;iime .. ,'..;,

.

"','

;.

:::;

Hoechst eel. Nylon 1000 Hoechst eel. Nylon 1003

' ". Hoechst eel. Nylon 1000 Rhone Pou. Technyl A 216 DuPont Zyte' 101

~o~! r.~jstanc8·

12

365 1

o

Rhone Pou. Technyl A 216 BIP BeeUe <1

365

0.8

...

dichlordifluoromethane

Freon 21 Freon 22 Freon TE Frigene Fruit Juices

::::'.

DuPont Zytell0l

:_,~;

Rhone Pou. Technyl A 216 Hoechst eel. Nylon 1000 Hoechst eel. Nylon 1003 DuPont Zytel 101

:;'

365

<1

0

365 365 8

4-9 <1 <1

0.5 0 1.2

liquid

BIP BeeUe Hoechst eel. Nylon 1003 Hoechst eel. Nylon 1000

Fuel Oils

Furfural Gasohol Gasoline

BIP BeeUe Rhone Pou. Technyl A 216 I 30

10% Ethanol

80/20 in benzene 15% methanol

80 80 85 85 85 85 85

unleaded

0.1

81 65

DuPonl Zytell01 33% gl.lib. Hoechst eel. Nylon 1000 Hoechst eel. Nylon 1003 BASF Ultramid A3; easy flow grade BASF Ultramid A3SK; easy flow grade BASF Ultramid A3G6; 30% gl.lib. DIN 53455-3 specmn.

10 9 2.7 10 30 30

5.9 6.5 0.1

0.1

99

33% gl.lib. DuPont Minion lOB; mineral 127.12.7.3.2 mm bars Hoechst eel. Nylon 1003 Hoechst eel. Nylon 1000 DuPont Zytel 101 Rhone Pou. Technyl A 216 DuPont Zytel 70G33L; 33% gl.lib. 127.12.7.3.2 mm bars LNP LNP; 30% gl.lil.

41.3 MPa

gas oil @

'....'S""' C:;'

't"l ~

'" <E' ;:l

~

... ... u:

0$:l

unleaded

" w/15% ethanol wi 15% methanol

0.0035

93 MPa

7 7 7 7 21 60 60 60 60

0.25% 0.25%

69.9 71.1 79.2 87.9 0.3

0.25% 0.25% 0.25% 0.25%

LNP LNP; 30% gl.lil. DuPont Minion I OB40; 40% mineral LNP Maranyl AI27HS; heat stab.

0 98.3 73.1 78.2 78.8

~:

l

.

..:: LNP Maranyl A322S; 33% gl.hb. heat slab.

@

''""

I:i ~

I~asoline

w/15% ethanol wi 15% methanol

t

I

wi 15% ethanol wi 15% methanol

<.c::

I

wi 15% ethanol wi 15% methanol

0;'

'"tJ C\)

'" <E' ;:l

.,0.,~

lNP Maranyl PDX·R-86474

lNP Verton RF-700·10 HS; 50% Ing.gl.fib. heat stab. 69 55 96

wi 15% ethanol wi 15% methanol

68 86.9

Gasoline wi 15% ethanol wi 15% methanol

wi 15% ethanol wi 15% methanol

. .23.. ".. ,~:

wi 15% ethanol wi 15% methanol

.,.23:,,;:.

w/15% ethanol w/15% methanol wi 15% ethanol w/15% methanol

4

86.6

0.2

94.9

1.5

99

2.5

70.9

23

60

0.4

99.9

60

2.5

98.9

3

89.8

2.3

60

.···:23

60

0.4

100

60

3.5

96.7

60

0.4

78.2

60

0.6

91.9

"'23....

60

2.5

85.8

:?i"""'"

60

23

63

~.,.

::"

'23

!\~~< \' . ~,~.,"i'

.

'

3

8·

365

,~.

'81

3

.. 7'V

.61 ",. .".82 '.'

3

<1

"

7':':,

100

?~~

30

0.25%

82

30

0.25%

'82%

30

0.25%

": 82.{

30

0.25%

>~~X....

30

0.25%

30

0.25%

82

30

0.25%

62;

30

0.25%

~~

30

0.25%

82

30

0.25%

{L"

44

unleaded

30

0.25%

w/15% ethanol w/15% methenol

30

0.25%

30

0.25%

unleaded w/15% ethanol

30

unleaded

wi 15% ethanol w/15% methanol

:::..;.:

.

..,: ..

'~.

30

~i ,..J ":""5 ','. ::-:"

':'::

lNP lNP; 30% gl.fil.

'::-',

lNP Maranyl A127HS; heat stab.

39.5 75

,. 3

lNP Maranyl A322S; 33% gl.fib. heat stab.

64.9 25.9

;~'

94.5

::~'"

43.3

7/

88

/~;/

73.9

",?if:{'

93.8

;;'~:i ) ' j... ";ii:;)!

'\"'S",;,"

lNP Maranyl PDX-R-86474

78.9

lNP Verton RF-700·10 HS; 50% Ing.gl.fib. heat slab.

. lNP Verton RF·7006 HS; 30% Ing.gl.fib. heat stab.

77.9 40 0.6

95.5

6.5

80

0

lNP Maranyl PDX·R-86474

w

='

en en

lNP Maranyl A322S; 33% gl.fib.

85.4 69.8

w/15% ethanol wi 15% methanol

lNP Maranyl A127HS

Rhone Pou. Technyl A 216

3

':~

, lNP Verton RF-7006 HS; 30% Ing.gl.fib.

86.9

9.

..

lNP Verton RF-700-10 HS; 50% Ing.gl.fib.

DuPont Zytel 70G33l; 33% 9l.fib. 127x12.7x3.2 mm bars

0.25%

w/15% ethanol wi 15% methanol

.,

2

0.25%

unleaded

~'

68

30

..

':"'~:::: :'

lNP Maranyl PDX-R-86474

0.1

30

unleaded

I

93.4

60

".' :~::::'"

Gasoline

Z '<

97.7

60

.'

Gasoline

0.6 3.5

23

...,23'

w/15% ethanol wi 15% methanol

lNP Verton RF·7006 HS; 30% Ing.gl.fib. heat stab.

Chemical Resistance - Nylon 66

en ~

Chemical Resistance - Nylon 66

z

"<

W

0>

'"

o

::l

0> 0>

Gasoline

",a~

w/15% methanol unleaded

,ii~;

30 30

.i;~~;;

30

,,828

30.:,i~>·

.?(~~;(

30

.

w/15% ethanol w/15% methanol unleaded

··".i?

42.2 94.9

3 3 0.5

77 47 98.9

~;;~,~~1;1 ~4~

:r:

. '}" '.'

i/~;< <9·.:.}

W~/I~~:::::~~~I~!!j;\! :~

W~/I~::;:~:~~~I

6.5 0.2

il;~~:/" :~/;~\;. ';i~~"

unleaded

W~/I~::;:~:~~~I\;f~r

Glucose{::'l~'

.r8/}..

30

:~\{~i·;·{.

l;::li

0~8

:~:~

0.6

90

44

6:~9

5

LNP Maranyl PDX·R·86474 LNP Verton RF·700·10 HS; 50% Ing.gl.lib.

LNP Verton RF·7006 HS; 30% Ing.gl.lib.

LNP Maranyl A127HS

LNP Maranyl A322S; 33% gl.lib.

80

'.

...<;;gOO~;:~~~,~i~~~i;

DUP~;t :::~:el01

Glycerin Hoechst Cel. Nylon 1003 Hoechst Cel. Nylon 1000

365

Glycolic Acid Glycols

70

II f: "lf 365

G~n.t1. Grape Sugar

~;,; •••,~, - , dextrose

~!

;;).:7,;;;;

1

~~

365~;~:~';:'

Heptane

t:l ~

7 7 7 7 63

0.25% 0.25%

76 88.7 70.9 90.5 <1

0

~.

1

;:l

..,

p

BIP BeeUe Hoechst Cel. Nylon 1000 Hoechst Cel. Nylon 1003 Rhone Pou. Technyl A 216

BIP BeeUe

Rhon~U::~1~:;~In~~~ 216 " BIP BeeUe Hoechst Cel. Nylon 1003 Hoechst Cel. Nylon 1000

::: ~

<.c::

A 216

,*~q ,;~, hm 0,,~ .~, "'-" MOO" ~"""

U1;11~~:&:~l~~~t~1~~~~]~~;;~

2

"1:l

s:go

If

P:I~ i::~,:y,

DuPont Zytell01

:··;bj~~g~~~·r~~j~\a~c~k;\

· , 2 3 ; ] · ) ! l : l l i b ; ; j ) & i t ; ; ; ; ; ; i>,.:i

@

po

Rhone

: \ 8 } ,.w;n8ii()J81!!~!~\M~~H\<\\§

23

Greases/23.Y'

Heptane

A!-,,;~~~ci~~'i\l'f~~ilj~;:;;:;

1. 5

't.;. . . 200 >i:.2)/;...·&»sjiih\l;pr()~ii~!:'g;n; . ~~. · · •·.•· . \ < 8 ( iL, ~9')i,\t;!'~~!~rf~.;Y<>

Hexafluoroisopropyl Alcohol

84

LNP LNP; 30% gl.lil. LNP LNP; 30% gl.lil. DuPont Zyte170G33L; 33% gl.lib. 127x12.7x3.2 mm bars DuPont Zytel101

@

~ ~

~

rio

VJ

tl

Hexane

41.3 MPa

DuPont Minion lOB; mineral 127x12.7x3.2 mm bars

C1l VJ

BIP Beetle

<E'

Hoechs! Cel. Nylon 1003

;:l

Hoechst Cel. Nylon 1000

t

..,0~ ..,

\t:

Rhone Pou. Technyl A 216 0.0035

Hydraulic Fluids Hydriodic Acid Hydrobromic Acid

hydriodic acid 10 10

Hydrochloric Acid

2 2 2.5 5 10

93 MPa

[i'~,~~;~t

30

.';':i;.ei;.II;~

t,2.3>;

<360

"':W"?);';;'

~;fi~·)

51

.".

10 5

0.25%

10

7

0.25%

10

7

10

7

10

365

10

60

10

3

10

3

37

~ li;t~l:;.\

1

4 4 aqueous solution

Hydrogen Hydrogen Peroxide

40

'.

:.~.

i I .",.

1

r·;?~r

Hydrofluoric Acid

103

..-

~,

. ;f;;n1t~f~i~~fii:-~I~~;,:!1

BIP Beetle 33% gl.lib. BASF Ultramid A Hoechst Cel. Nylon 1000 Hoechst Cel. Nylon 1003

" Hoechst Cel. Nylon 1000 DuPont Zytel 101

" Hoechst Cel. Nylon 1000 Hoechst Cel. Nylon 1003 64.6

LNP

55.5

LNP; 30% gl.lil.

30.1

LNP

54.6

LNP; 30% gl.lil.

12

Rhone Pou. Technyl A 216 DuPont Zytell01 LNP 7.1

LNP; 30% gl.lil.

0

DuPont Zytell0l Rhone Pou. Technyl A 216

'.-,;

ii;il;~;til~·.;·.

0

:~;~l[!~'E~;~

;;i;~.ii:l:

·./;;I~~;~~;ttj~II!.;;,(;,·;r:il;J ·;•• rqA(~~;(e*~~!3hn(/\A

'.'

~ f;:;~ ~i;I~ ;

7

35

0

.;.;,,:)!,;;

10

10 aqueous solution

0.3

·,:/;:O;:l;:O;tA·

10

aqueous solution

DuPont Zy!el 70G33L; 33% gl.lib. 127x12.7x3.2 mm bars

sulleretted aq. sol.

DuPont Zylel 101 BIP Beetle

i-~:;i;;,'~~lj;i.lliIJI;~; 'S~~!:~~c~t1i[~J11?®?iin$!R~:

0.5

Hoechst Cel. Nylon 1003 Hoechst Cel. Nylon 1000 Rhone Pou. Technyl A 216

Hoechst Cel. Nylon 1000 Hoechst Cel. Nylon 1003

" Hoechst Cel. Nylon 1000 aqueous solution

3 5

Hydrogen Peroxide

20

Il ; I!l l~jJ

'W.23Y·"

%\:~·;;;.n

30

~)i(~\~~;j;t :::::::;::;::;:;:

::::;$:~

;··;;.;;CCi/lU;Ki

r;lj~~1~~~~~~~,lif~iilll~:~~I~' W·U@WiioiliHllsi$tiin'e$$;{;S;·i

Rhone Pou. Tachnyl A 216 DuPont Zylell01 BIP Beetle

20

Hydrogen Sulfide concentrated

DuPont Zytell0l

saturated

Hoechs! Cel. Nylon 1000 Hoechs! Cel. Nylon 1003

Hydroquinone Z

I

aqueous

;;;~l3t

f.·.\.BX;;;···

'23'.·;0-':

····,IF·/;·,t

;iJ;.@;···..;i~'~!M'~!1.·.·.;;;iMl:N?i·; ...1IQ!Xl;!,stStanCll"i;';;;;o·{'·i·;· c;>(

"

Hoechst Cel. Nylon 1000 BIP Beetle

'< 0

~

0> 0>

Chemical Resistance - Nylon 66

c.u 0> c.u

z

Chemical Resistance - Nylon 66

'<

W 0>

+>-

0~

0> 0>

indian ink

Iodide Iodine

hydriodic acid in KI solution

<360

BASF Ultramid A

3 3

Hoechst Cel. Nylon 1000 Hoechst Cel. Nylon 1003

.

in alcohol

0

Hoechst Cel. Nylon 1000 BIP Beetle

tincture of iodine

Iron (III) Chloride

solution, acid solution, neutral

10 10

<360 <360

BASF Ultramid A 10

95.8 100 89.9 88.8 0.3 0.5

95.5 97.1

0.4 0.2 0.4

100.1 98.3 90 97.8 97.7 98.1 96

0.4 0.5 0.5 0.5 0.2

@

Isooctane

'tl

S"

~

r;' Vl

t::l

(1)

Vl

<0'

Isopropyl Alcohol

isopropanol

Javelle Water Jet Aircraft Fuels Kerosine

JP 4

t-o

... j:l

u:

1·4

0.1

30

0.3

a

112

33% gl.fib. Rhone Pou. Technyl A 216

30

0.3

a

100

33% gl.fib.

365

1.5

Lacquers cellulosic; cone. cellulosic

LNP Maranyl A322S; 33% gl.fib. heat stab. LNP Maranyl PDX·R·86474 LNP Verton RF·700·10 HS; 50% Ing.gl.fib. heat stab. LNP Verton RF·7006 HS; 30% Ing.gl.fib. heat stab. LNP Maranyl A322S; 33% gl.fib. LNP Maranyl PDX·R·86474 LNP Verton RF·700·10 HS; 50% Ing.gl.fib. LNP Verton RF·7006 HS; 30% Ing.gl.fib. LNP Maranyl A127HS BIP Beetle Hoechst Cel. Nylon 1000 Hoechst Cel. Nylon 1003 DuPont Zylell0l

365 0

::l

0: ...

92.7 95.5 99 100.1 96.7

LNP Maranyl A322S; 33% gl.fib. heat stab. LNP Maranyl PDX·R·86474 LNP Verton RF·700·10 HS; 50% Ing.gl.fib. heat slab. LNP Verton RF·7006 HS; 30% Ing.gl.fib. heat stab. LNP Maranyl PDX·R·86474 LNP Verton RF·700·10 HS; 50% Ing.gl.fib. LNP Verton RF·7006 HS; 30% Ing.gl.fib. LNP Maranyl A127HS LNP

<360

BIP Beetle Rhone Pou. Technyl A 216 DuPont Zytell0l BASF Ullramid A

@

'i:l

Ei ~

n''J> ~ 'J>

. ~~~~(~~a~~~~;3~1~;~~t·bJ·Q~··'

Lactic Acid

<E' ;:s

Rhone Pou. Technyl A 216 Hoechst Cel. Nylon 1003 Hoechst Cel. Nylon 1000 DuPont Zytel 101

t

.,0.,i=l

aqueous solution

Rhone Pou. Technyl A 216

20

(t::

22

Lanolin Lead Acetate

lanolin suspension

BIP Beetle DuPont Zytell0l

10 10 10

Hoechst Cel. Nylon 1000 Hoechst Cel. Nylon 1003

Lead Stearate Hoechst Cel. Nylon 1000

Lestoil

7 7 7 7

2 2 2 2

67.7 53.8 67.9 55.5

0.25% 0.25%

Linseed Oil 7 7 7 7 3 3

Lithium Chloride Lubricating Oils

in methanol

20

61.1

0.25% 0.25%

81.2 62.1 85.8 71.5 84.6

.:23.;· 10 10 10 10 50

Magnesium Hydroxide Magnesium Sulfate

10 10

Mercuric Chloride

6

"'23'·.\

DuPont Minion lOB; mineral 127xI2.7x3.2 mm bars DuPont Zytel 70G33L; 33% gl.lib. 127xI2.7x3.2 mm bars

-63

<1

365 1

10

0.2

'<23

·<23.···· ':.~~.

Hoechst Cel. Nylon 1003 Hoechst Cel. Nylon 1000 LNP LNP; 30% gl.lil. LNP LNP; 30% gl.lil. LNP LNP; 30% gl.lil. BASF Ultramid A

<360 --0.0035

Magnesium Chloride

LNP LNP; 30% gl.lil. LNP LNP; 30% gl.lil.

74

'23.

·\~t;

Hoechst Cel. Nylon 1003 Hoechst Cel. Nylon 1000 Rhone Pou. Technyl A 216 DuPont Zytell0l BIP Beetle Hoechst Cel. Nylon 1000 Hoechst Cel. Nylon 1003 Hoechst Cel. Nylon 1000 Hoechst Cel. Nylon 1000 Hoechst Cel. Nylon 1003 Hoechst Cel. Nylon 1000 Rhone Pou. Technyl A 216

6 10

Mercury Hoechst Cel. Nylon 1000 Hoechst Cel. Nylon 1003 BIP Beetle

z

'<

o

w

:::J 0) 0)

Chemical Resistance - Nylon 66

0)

c:.n

z

~

Chemical Resistance - Nylon 66

'<

(j)

o

:::J (j)

["' ,.•.....•.......•...............•.....•....' .': •••.•..•.....

Re~~erit~

~:~~~~~ (II) Chloride

;;;;~l::

saturated solution

~;;~~~"):~;.;;;;~;~~;~~:;#~yt"

<360

Methyl Acetate@~~;c.~

."h" A',ohol

" ""MOO'

~."..

:

..;;8'\F:;?'.~~i~lahl,

":

~ f;;; f;;~ ~~~;

;~::

123

f

',L' i t . \ : ' 60

0,25%

86,9

.•••.••,•.••.•.•.•;

...

15 15 15

""dl...

. " ....···'·'23

{23·····

60 60 60

; .3 ';5

'4

3 4 2.5

68 86.6 70.9

3 0.4

89.8 78.2 25.9 43.3 44

15

30

15 15 15

30 30 30

15 15 35 35 35

30 30 <360 30 30

0.25%, .

1-' 1

40 4.5 6.5 3

39 42.2 47

4.5 0.8

52.8 40.3

0.25% 0.25%

Ing.gLlib. heat stab. ••.• LNP Verton RF-7006 HS; 30% Ing.gLlib. ."\ heat stab. LNP Maranyl A322S; 33% gLlib. LNP Maranyl PDX,R-86474 LNP Verton RF-700-10 HS; 50% Ing.gLlib. LNP Verton RF-7006 HS; 30% Ing.gUib. LNP A127HS

Methyl

mixture w/65% Fuel C; M35 Fuel

Hoechst Cel. Nylon 1003 Hoechst Cel. Nylon 1000 Rhone Pou. Technyl A 216

r"~~::~~ ~"~ ~:.;~~;;;~!~:~;~~;~"

c·'

15

<:.; ;.'

BA~~pU~t~:~~d A

49.6 61

35

5.4

145.8

35

3

100

stab. LNP Maranyl A322S; 33% gLlib. heat stab. LNP Maranyl PDX-R-86474 LNP Verton RF-700-10 HS; 50% Ing.gLlib. heat stab. LNP Verton RF-7006 HS; 30% Ing.gLlib. heat stab. LNP Maranyl A322S; 33% gUib. LNP Maranyl PDX-R-86474 LNP Verton RF·700·10 HS; 50% Ing.gLlib. LNP Verton RF-7006 HS; 30% Ing.gLlib. LNP Maranyl A127HS BASF Ultramid A LNP Maranyl A322S; 33% gLlib. heat stab. LNP Verton RF'700-10 HS; 50% Ing.gLlib. heat stab. LNP Maranyl A322S; 33% gLlib. 3.2 mm thick LNP Verton RF-700-10 HS; 50% Ing.gLlib. 3.2 mm thick

38.4

" @

"

5.5

133,3

LNP Maranyl A322S; 33% gUib. 3.2 mm

"35

3.5

93.3

LNP Verton RF-700-10 HS; 50% Ing.gLlib. 3.2 mm thick BASF Ultramid A LNP Maranyl A322S; 33% gLlib. heat stab.

~

S" ~

rio en

~

~~

wI 20% calcium chloride wI 15% Fuel C; M35 Fuel

80 85

40

"85

55

en

~'

t: Sf .,~ It::

"85

4.5

112.4

"85

3.1

102.2

LNP Verton RF-700-10 HS; 50% Ing.gUib. heat stab. LNP Maranyl A322S; 33% gUib. 3.2 mm thick LNP Verton RF-700-10 HS; 50% Ing.gUib. 3.2 mm thick

@

'I:l

S'

~

r;'

Vl

LNP Maranyl A322S; 33% gl.lib. heat stab.

tl

Cll Vl

~.

;:l

~

., .,>l

0-

"

85

28

"

85

28

"

85

It::

0.25%

46.1

LNP Verton RF-700-10 HS; 50% Ing.gl.lib. heat stab.

4.4

28

3.4

30

5.6

LNP Maranyl A322S; 33% gl.lib. 3.2 mm thick LNP Verton RF-700-10 HS; 50% Ing.gl.lib. 3.2 mm thick 0.5

68

33% gl.lib. OuPont Minion lOB; mineral 127x12.7x3.2 mm bars Hoechst Cel. Nylon 1000 Hoechst Cel. Nylon 1003

Methyl Alcohol

0.0035 7

0.25%

62.8

LNP

7

0.25%

68

LNP; 30% gl.fil.

7

3.

63.7

LNP

7

4

70.4

LNP; 30% gl.fil.

21

·6"

2.3

56

4.....

4-9

63

3

4-9

0.5

+3 5

4-9

3

365

23 .23

DuPont Zylel 70G33L; 33% gl.lib. 127x12.7x3.2 mm bars

'.,

365

'';-

DuPont Minion 10B40; 40% mineral

. .-

DuPont Zytel101

liille erop. chg.

,

2

DuPont Zytel 70G33L; 33% gl.lib. 127x12.7x3.2 mm bars litiie prop. chg, .

DuPont Zytell01

IImiled (es;51ange: •

Rhone Pou. Technyl A 216

1111

3

1

39.4

LNP

6~}

3

1 . '5:

48.8

LNP; 30% gl.lil.

1-4

0.4

9.

0.1

0

Methyl Chloride

23

63

Methyl Ethyl Ketone

22

30

DuPont Zytel 70G33L; 33% gl.fib. 127x12.7x3.2 mm bars 113

33% gl.lib.

a.

23

23

Methylene Chloride

0.2

::r"

•...8·.·

23 ,:-..-

365

7

. 93.'

1

7

87

22.

28

2

49

22

30

7 41.3 MPa

23-

Hoechsl Cel. Nylon 1003

ri!'

Hoechsl Cel. Nylon 1000

.ery good,reslstence

2.4

0.1

Rhone Pou. Technyl A 216 DuPont Zylell01

140

90

8 ...

33% gl.lib. no stress

crac~lngobseived

1I!l1i1;';;l~~lst~nc~ :....

aqueous solution

....

so~~ a~a~khti~ri i~;iri m~Ybe6K'

DuPont Minion 10B; mineral 127xI2.7x3.2 mm bars Rhone Pou. Technyl A 216 Hoechst Cel. Nylon 1000 Hoechs! Cel. Nylon 1003

Methylene Chloride

0.0035 28

93 MPa

DuPont Zytel 70G33L; 33% gl.lib. 127xI2.7x3.2 mm bars

>9

4.1

DuPont Zylel101

Milk

Hoechst Cel. Nylon 1003 Hoechsl Cel. Nylon 1000 Rhone Pou. Technyl A 216 BIP Beetle

Mineral Oils Hoechst Cel. Nylon 1000 Hoechst Cel. Nylon 1003

9

z

Morpholine

DuPont Zytel101

93

'<

o

w

~

0) 0)

Chemical Resistance - Nylon 66

0)

......

@

'tl

E" ~

;:;' If>

f~ea~~nt

Reagent Note

Iconc'ITemp'l Time (%) ("Cl (days)

Naphthalene

Load

% Chang~L ...

I

..'.... Rating .y.:'

23

8

t1l

23

"8

15'

'23"

t:l

If>

~

.,

P

\C

~1l,~~lned

Resistance Note

···.1

.;.;.:.

.;.

Naphthenic Acids Nickel Sulfate Nitrates Nitric Acid

technical

aqueous solution

8 8

23

8

23

8

23

10

<360

2

23

10

23,

10

2~'

10 aqueous solution

23'

.~

gOQd resiSlallce

60

10

23

365

10

93

1

"~.

23

1

Nitrobenzene

23

·.•• 4

:~

23

4

93< 23,'/ <360

technical

"

~3\"

Nltropropane (2-) Nujol Oils

93.,

1

2,

49"

30

'10 i

365

8 7

,2S e ;

DuPont lytel 101 Rhone Pou. Technyl A 216 DuPont lyleI 101 BIP Beelle

/i(&C.Ojijll~s8ilqllj~~~~ li!'le '~::'

,£;;.

Hoechs! Cel. Nylon 1003

~.

:.:.:

10

Hoechst Cel. Nylon 1000

"~

~'.' p~orresISi~e.•..•

~~

<-/~:'W:

BIP Beelle

~,/::~~ ::~;:;{ ,'..

DuPont lytell0l BASF Ultremid A

DuPont Zytell01

57

..

~,:

<,;~tr~:~':~;~~:i' '

<1

"~~r~/ti~~j~r~3 .'

BIP Beetle

"'i 23'. ,

Hoechst Cel. Nylon 1000

.23~

Hoechsl Cel. Nylon 1003

';

23

aqueous solution

10

;;\.23

10

> 23

10

' 23" •••• ".(23,.; ..; ,.,.\ 2a,,);

10

BIP Beetle Rhone Pou. Technyl A 216

'.l

23

Oxalic Acid

Hoechst Cel. Nylon 1000

;some a~ac,k;Shor.tJ.iJifmaY b.~()K.

r\'~;,jI~

Oleum

Hoechst Cel. Nylon 1000

~:.S~9i~~s.\i\~t;j

,;'

(i~>;j

Oleic Acid

Oxalic Acid

o

t ':,\~~il':s~~t';

30

.

;23

,

Hoechst Cel. Nylon 1003

P~o//!~~la~ce\

"'.' ,it..,,· r8s1St~m

.

2~

under pressure; technical

Nltromethane

,

"'8

.,6 . . )'2 8

<360 <360

Hoechst Cel. Nylon 1003 Rhone Pou. Technyl A 216

Si~irpr~p. cllg.

4 1'.'

23.

8ASF Ultramid A Hoechst CeL Nylon 1000

limited resistance

,',1

'>',

>.

dac0'ts.~s .~ lI.thO rj.lime

·t

,n

under high pressure

10

,0,

f

Hoechsl CeL Nylon 1000 Rhone Pou, Technyl A 216

." vary l/o9d resisl8n~.

13

Nitro Alcohols

Nitrogen Nitrogen Oxide

.

.18mtaili.'

2

23

Hoechsl CeL Nylon 1003

.' veA;~~~J~~J;~;an~.,

1 <1

23

:..

81P 8eelle

) resistant

3

365

Material Note

~;'>.' .-~

:

2~

;:l

.,0-

I

T~nS"; ~~;;atlonF~.u~~i Imp~ct PD.. L WelghtrLen~;;;" Strength Strength Strength

';:~~:r::2~~j:~~:;1~8/

:.~~]~tti~~~~::~;~'~~~~e,eK ;;r';ii~I't;;,I~~;lIi~t:···;····

Hoechst Cel. Nylon 1000 Hoechst Cel. Nylon 1003 Rhone Pou. Technyl A 216 BIP Beetle

'(S~:: /23;'

paraffin oil

.23 23 23,

Pentachlorophenol

technicel

2~

<360

.8.

i' ',.'

"),

"i.·;"'

,.,'

BASF Ultramid A

z

'<

o

~

0> 0>

W

Chemical Resistance - Nylon 66

0>

co

z

c..>

Chemical Resistance - Nylon 66

'<

-..J

C>

o

::J C> C>

Hoechst CeL Nylon 1000 Hoechst CeL Nylon 1003 DuPont Zytell01

Perchloroethylene

Hoechst CeL Nylon 1003 Hoechst CeL Nylon 1000 BIP Beetle Rhone Pou. Technyl A 216 BIP 8eetle BASF Ultramid A

degreasing by vapor

Perclene Petroleum

wi 20% ethanol

80 80 80 80

Petroleum Ether

:,(?<~i::':',

365

Ii

5 19 48 80

iU;4!e··

1-4

3

DuPont Zytell0l

I~!i

96 94 91 85

30% gl.fib.; 6.4x12.7x127 mm specmn.

BIP Beetle Hoechst Cel. Nylon 1000 Hoechst CeL Nylon 1003

Petroleum Jelly Petroleum Spirits

BIP Beetle white spirits

jl~j,\~i:;l:

" " " Phenol

~i;j;~~';;

365

solution in ethanol

I!

Hoechst Cel. Nylon 1003 Hoechst CeL Nylon 1000 Rhone Pou. Technyl A 216 1.3 BASF Ultramid A DuPont Zytell01 Rhone Pou. Technyl A 216

aqueous solution molten

saturated aqueous solution

:::~

~3i·.

@

Phosphoric Acid

aqueous solution

Phosphoric Acid

aqueous solution

'i:l

S'

~

r;'

Phthalic Acid

o

,

,;~~,.;

Phenylethyl Alcohol 2 10 10 10 85

.:;:.~;...

:Ji:fi

Hoechst CeL Nylon 1003 Hoechst CeL Nylon 1000 365

9

365 1

11

o

·23 •• :;23

saturated

Hoechst CeL Nylon 1000 Hoechst CeL Nylon 1003 BIP Beetle DuPont Zyte170G33L; 33% gl.fib. 127xI2.7x3.2 mm bars DuPont Zyte' 101

Rhone Pou. Technyl A 216 Hoechst CeL Nylon 1000 Hoechst CeL Nylon 1003 Rhone Pou. Technyl A 216 DuPont Zytell01 Hoechst CeL Nylon 1003 Hoechst CeL Nylon 1000

en

Potash

t::l (\) en

Potassium Bicarbonate

60 60

Hoechst CeL Nylon 1000 Hoechst CeL Nylon 1003

Potassium Bromide

10 10 10

Hoechst CeL Nylon 1000 Rhone Pou. Technyl A 216

cEo

aqueous solution

;:l

~

...0' ...
aqueous solution

10 40

365 365

8 2

Rhone Pou. Technyl A 216

@

"0

po C1l ~

r;' C1l

"

~~~~"""""~Ii Hoechst Cel. Nylon 1000

~ C1l

Hoechst Cel. Nylon 1003 aqueous solution

<E'

Rhone Pou. Technyl A 216

;:J

t""'

0: ...

BIP Beetle

:: etc: ,,1~·,

Potassium Chloride

...

>:l tt::

Potassium Dichromate aqueous solution

Potassium Ferricyanide

:':!ti'~i;~

365

!1~~:~Z~ o",~\ii~l;~;a~~~,,,·

0'

#.;~i:·j;';I' 9~6:!~~;;~ltiJtf}t~~Ji\~;~;Kt R~:~:~:~~.:~e~~~~:~~:6 "Y: ..,r~~)~Pt'<Jt .

it 8

30

Hoechst Cel. Nylon 1003

Potassium Ferrocyanide Hoechst Cel. Nylon 1003

Potassium Hydroxide

Potassium Sulfate

Hoechst Cel. Nylon 1003 Hoechst Cel. Nylon 1000

Potassium Sulfide Potassium Thiocyanate Power Steering Fluid

Hoechst Cel. Nylon 1003

>

concentrated

0 ; / . ' " 30

z

IResorcinol

mixture

40

0.2

0

·.so",en(for,I'lY!P'~·66;>(>

106

;~;;;~~~~;;~ <36°;;;)~11~i

DuPont Zytel 101 33% gl.fib.

jl

~~~~M~~U~f~il~~~~l~~[;)r

Hoe:~~~~:tr~~:n ~ooo

I

'<

5"

w

~

0> 0>

Chemical Resistance - Nylon 66

~

......

w ......,

Chemical Resistance - Nylon 66

z

'<

N

0"

::J

0) 0)

aqueous solution

0;;~3.;;

'n;liiR
)@,Vi

BIP Beetle

Rose Oil Salicylic Acid Rhone Pou. Technyl A 216 Hoechst Cel. Nylon 1003 Hoechst Cel. Nylon 1000

Salts Sea Water Silicon

common

it/23Y>

silicon fluids

,'P?3j"

«he/C"

.,.,.'[1""/(;

t'~~'[

Silicone Oils

"a(i;D

Wacker Silicone Oil AK 1000

20

,· . · ·.·~ ~;f· .· . ,

100 100 99.5 98.2

~

Soap

" suds

Sodium Acetate

60 60 concentrated

Sodium Bicarbonate

@

'1:1

S V> ....

n"V>

tl <1l V>

6' ;:l

t""

0: .,

.,

P

u::

:,jf~;';;~i!t;

;i~;~;;;!j~;~~!fi;i~~~~l;;l.;·l;.·i~;;~:)

,.,,}~3)';

;Jt;~<

~;l!~~~j;~;

)';is:!;.;·

'• ;·.· • f~Hl • ·

Sodium Bisulfate

10 10

Sodium Bisulfite

10 10 10

·~!.~~. l:

aqueous solution

(.;•. ·;:·,·;:;~;;;~~~~l~t~!~fii;l!~;;··

~'~l~; i ,!~;

10 50 50 concentrated

Hoechst CeL Nylon 1000 Hoechst CeL Nylon 1003

.; ;t/. ;f)risl~Mt;r'N)WN

~;'[:~!;.;;i;
;;;N~~Jt

Sodium Benzoate

· ·,· · · ;,·••·.,··,,·,·.;;·••
:K?}Jtti

n;.~;t/{

solutions

BIP Beetle

:::::~:~::::::~::::::~~;~:::

BIP Beetle BASF Ultramid A3EG10; 50% gl.fib.

93.3 86.7 83.5 82.3

·.....·?·.w.v, ..... ..

Silver Nitrate

100

;". ".•'; .• ·.'.:::OQooiHesiSliiilCe·/t·";··,\/}

1

I!!;;~~i;;';;

itI !!~'l;~;;!;~~

lj:~~j~~~~~lit!lli'I·,~~~l\I~~i;~:

-

DuPont Zytell0l Hoechst Cel. Nylon 1003 Hoechst Cel. Nylon 1000 DuPont ZytellOl

,!t;'. ,·.·~.·lll~~;;!~tlji~I~);ll!···.!;';~!~0'

Sodium Bromide

" Hoechst Cel. Nylon 1003 BIP Beetle Rhone Pou. Technyl A 216 Hoechst Cel. Nylon 1003 Hoechst CeL Nylon 1000 DuPont Zytell01

\H.···;<.•U;nl~MjUi V;i'" . . .;.

76

Hoechst CeL Nylon 1003 Hoechst CeL Nylon 1000

Hoechst CeL Nylon 1000 Hoechst CeL Nylon 1003

Hoechst Cel. Nylon 1000 Hoechst CeL Nylon 1003 Hoechst Cel. Nylon 1000 Rhone Pou. Technyl A 216 Hoechst CeL Nylon 1000 Hoechst Cel. Nylon 1003

Sodium Carbonate aqueous solution

2 10 10 50 50

77 1

8

DuPont Zytell0l Rhone Pou. Technyl A 216 DuPont Zytell0l Hoechsl Cel. Nylon 1003 Hoechst Cel. Nylon 1000

@

'i:l

P ~

ri' CJ)

BIP Beetle

~

CJ)

15'

;:s t""'

0: .,

., \:l

\l::

neutral Rhone Pou. Technyl A 216

Sodium Chlorate

Hoechst Cel. Nylon 1000 Hoechst Cel. Nylon 1003

Sodium Chloride

3.3 1.4 8 4-9

aqueous solution

0.2 0.1

67

33% gl.fib. DuPont Minion 10B40; 40% mineral Rhone Pou. Technyl A 216 DuPont Zytell01

94 Hoechst Cel. Nylon 1003 Hoechst Cel. Nylon 1000 BIP Beetle

saturated

Sodium Chromate Sodium Cyanide Sodium Dodecvlbenzenesulfonate Sodium Hydroxide

10

57

DuPont Zytell01 Hoechst Cel. Nylon 1000 Hoechsl Cel. Nylon 1003 BASF Ultramid A

aqueous solution

aqueous solution

aqueous solution concentrated

5 10 10 10 10 10 10 15 30 50 50 50

365

8

365

7 4-9

30

5 10

Sodium Hypochlorite

15% CI

Sodium Lauryl Sulfate Sodium Nitrate

pasle

1.2

365 69 89

1 1

Hoechst Cel. Nylon 1000 Hoechst Cel. Nylon 1003 Rhone Pou. Technyl A 216 BIP Beetle DuPont Zytel 70G33L; 33% gl.fib. 127x12.7x3.2 mm bars

365 63

Sodium Hypochloride

Rhone Pou. Technyl A 216 Hoechst Cel. Nylon 1003 Hoechst Cel. Nylon 1000 BIP Beetle Rhone Pou. Technyl A 216 DuPont Zylel 101

10 1

4-9

0.4

DuPont Zytell01 44 Hoechsl Cel. Nylon 1000 Hoechst Cel. Nylon 1003

30

<360

BASF Ultramid A

5 50

10

DuPont Zytell0l Hoechst Cel. Nylon 1003 Hoechst Cel. Nylon 1000

50

Sodium Perborate Hoechst Cel. Nylon 1003

Sodium Phosphate Hoechst Cel. Nylon 1000

Sodium Silicate Hoechst Cel. Nylon 1003

Sodium Sulfate

z

aqueous solution

10 10

76

Rhone Pou. Technyl A 216 DuPont Zylel 101

'<

o

w

:::J

0> 0>

Chemical Resistance - Nylon 66

-...

W

z

c.v

Chemical Resistance - Nylon 66

'<

-../

.j::>.

o

::l

0"> 0"> I

"P'OL

Reagent

Resistance Note

~ati~g'

Sodium Sulfate

90

'23.

90

23

Sodium Sulfide

10 90 90

Sodium Thiosulfate

10

Hoechst Cel. Nylon 1000

10 10

. . 'imj!~(!~~!~Mil

.93, C23

>','

Hoechst Cel. Nylon 1003

resistant

40{

concentrated

. r'

81P 8eelle

6

DuPont lytel 101 Hoechst Cel. Nylon 1000

2$

Hoechs! Cel. Nylon 1003

, 23

23.

:" 93j

Hoechst Cel. Nylon 1000 DuPont lytel 101

9

23 Soil Burial

,,{ 23 ;.~3

alkaline (pH 10)

Stannic Chloride

Rhone Pou. Technyl A 216

23',""

neutral acid (pH 3) 10

<360 <360 <360

BASF Ultramid A

.. ~4 ,....

DuPont lytell01 Hoechst Cel. Nylon 1000

./.:,,,, 23-\:"

Hoechst Cel. Nylon 1003

24 .23

DuPont lytel 101 Hoechst Cel. Nylon 1003 Hoechst Cel. Nylon 1000

23

Stannic Sulfate

10

:.,;i~

Starch Steam

120·:'

120>' 23. ,<

Stearates Stearic Acid Stoddard Solvents Styrene

..

'23"> .

BIP Beetle

""'8' 8.3 16.7

102 97

S 5

~

..

37 29

•

DuPont lytel 122L; hydrolysis resist. BIP Beelle

'8

white spirits

8 8 7

93., '

<::' :?:f'

Hoechst Cel. Nylon 1003 86

DuPont lytel 101

8

Hoechs! Cel. Nylon 1003

8

Hoechst Cel. Nylon t 000 BIP Beetle Rhone Pou. Technyl A 216

:~8

23'

Sulfolane Sulfur

Hoechst Cel. Nylon 1000

·8

BIP Beetle

\' 93

87

.7"'."

DuPont lytel 101 BIP Beetle

8.

,8

Rhone Pou. Technyl A 216 Hoechst Cel. Nylon 1000

,8

Hoechst Cel. Nylon 1003

Sulfur Dioxide

Hoechst Cel. Nylon 1003 100

Hoechst Cel. Nylon 1000 DuPont lytel 101

365

Hoechst Cel. Nylon 1003 Rhone Pou. Technyi A 216

@ gas

'1:J

po ~

n'CI>

Sulfuric Acid

2 2 aqueous solution

3

~

5 5

tE'

10 10 10 10 10

CI>

;:l

t

..,0.., ~

I!:

Hoechst Cel. Nylon 1000

9

Hoechst Cel. Nylon 1003 Hoechst Cel. Nylon 1000

7 7 7 7

0.25% 0.25%

""'2'

~ 2'.

54.2 57.6 65.3 55.8

BIP Beetle LNP LNP; 30% gUil. LNP LNP; 30% gUil.

z

w

Chemical Resistance - Nylon 66

'<

"

0)

o:;j 0) 0)

15

30

15 15 15 15 15

30 30 30 30 30

"j

Transformer Oils

-"o".'.~

0.25%

96 0.4 0.5 0.5 0.5 0.2 0.2

0.1

0.1 1-4 2

0 0.1

1-4

0

92.7 95.5 99 100.1 96.7 109

76

..

;Mk~i)

.i ;~~,~:.

BIP Beetle Hoechst Cel. Nylon 1003 Hoechst Cel. 99.1 80 100 89.9 84.8 82.7 100 99 97.8 99.1

0.2 0.5 0.2 0.1 0.3

" 75 97.7 99 80

@

"ll

i:i CIl .....

0' CIl

l?

" "

" " "

CIl

lO'

Dexron II

0:.,

"

;:s t""

.,

P

tt::

" "

LNP Verton RF-700-10 HS; 50% Ing.gl.lib. heat stab. LNP Verton RF-7006 HS; 30% Ing.gl.fib. heat stab. LNP Maranyl A322S; 33% gl.lib. LNP Maranyl PDX-R-86474 LNP Verton RF-700-10 HS; 50% Ing.gl.fib. LNP Verton RF-7006 HS; 30% Ing.gl.lib. LNP Maranyl A127HS 33% gl.lib. BIP Beetle Hoechst Cel. Nylon 1000 Hoechst Cel. Nylon 1003 DuPont Minion 10B40; 40% mineral Du Pont Zytel 101 Rhone Pou. Technyl A 216 BIP Beetle DuPont Zytell0l

30 30 30 30 30 30 7 7 7 7

0.2 0.5 0.6 0.4 0.3 -0.2 0.25% 0.25% 0.25% 0.25%

-0.1

82.7 96.6 99 97.8 96.7 105 34.5 44.8 62.2 59.9

LNP Maranyl A127HS; heat stab. LNP Maranyl A322S; 33% gl.fib. heat stab. LNP Maranyl PDX-R-86474 LNP Verton RF-700-10 HS; 50% Ing.gl.fib. heat stab. LNP Verton RF-7006 HS; 30% Ing.gl.fib. heat stab. LNP Maranyl A322S; 33% gl.lib. LNP Maranyl PDX-R-86474 LNP Verton RF-700-10 HS; 50% Ing.gl.fib. LNP Verton RF-7006 HS; 30% Ing.gl.fib. stab. LNP Maranyl A322S; 33% gl.fib. heat stab. LNP Maranyl PDX-R-86474 LNP Verton RF-700-10 HS; 50% Ing.gl.fib. heat stab. LNP Verton RF-7006 HS; 30% Ing.gl.fib. heat stab. LNP Maranyl A322S; 33% gl.fib. LNP Maranyl PDX-R-86474 LNP Verton RF-700-10 HS; 50% Ing.gl.fib. LNP Verton RF-7006 HS; 30% Ing.gl.fib. LNP Maranyl A127HS 33% gl.lib. LNP Maranyl A127HS; heat stab. LNP Maranyl A322S; 33% gl.fib. heat stab. LNP Maranyl PDX-R·86474 LNP Verton RF-700-10 HS; 50% Ing.gl.lib. heat stab.

@

'p"o (J)

~~:'~

~~agent

~

r;' (J)

tl (1)

Transmission Fluid

I

Re,agent Note

Iconc'ITemp'ITime I load (%) ('C)" (days) .:~

1Ill>:',

Dexron II

1kP<~

(J)

lEi'

150 150 150'

;::l

t: .., ..,>:l

0\t:

7

150

'"

0.25%

Trichloroethylene

de9reasing by vapor

Tricresyl Phosphate Triethanolamine

."

10

71.8 66.7 91 96.7 21.8 0

110 .limited·resistance'

resi~t.:~li9hl challge'~ssibla
,.I\t1I~~t~()·enac~·

.~

.

<1

0.2

0,3 84

Rhone Pou. Technyl A 216 BIP Beetle Hoechsl Cel. Nylon 1000 Hoechsl Cel. Nylon 1003

IL

8 23

j

,."

23, !

Vegetable Oils

23

~::

"

DuPonl Zy!ell01 Rhone Pou. Technyl A 216 BIP Beetle

~ 8

. 2~,;:

BIP Beetle Hoechsl Cel. Nylon 1000 Hoechsl Cel. Nylon 1003 Rhone Pou. Technyl A 216 BASF Ultramid A DuPonl Zytell0l

.8

Uric Acid Urine Vaseline

33% gl.fib. BIP Beetle BASF Ultramid A DuPont Zylell0l

Hoechst Cel. Nylon 1003 Hoechs! Cel. Nylon 1000 Rhone Pou. Technyl A 216

8

;;' 23,

LNP Verlon RF·7006 HS; 30% Ing.gl.fib. heal stab, LNP Maranyl A322S; 33% gl.fib. LNP Maranyl PDX·R·86474 LNP Verton RF·700·10 HS; 50% Ing.gl.fib. LNP Verton RF·7006 HS; 30% Ing.gl.fib, LNP Maranyl A127HS DuPonl Zylell0l

0.2

,,6

f" 23 aqueous solution

0.4 0.6 0.5 0.6 0.6

4"

8 8 8,"

1

d~

61.8

8

365

'93 'H . 23 ,,'

Material ~ot8

,

6 6 5 7

,,:J

Triphenyl Phosphite Turpentine

3

'2·'. 9. 6 7 8 6'

23 , 23 23;'

~;:.

6 5 8 8

,

30 22 23 <360 23 4 72 23 ,,) 23 23 23 <360 <80 7

melhyl chloroform

srril::'

POL , Rating

~3

Trichloroacetic Acid Trichloroethane

Urea

7 7 7 7 7

I

::.:"&<: 8 "',

BIP Beelle

8' 8, 8"

Hoechs! Cel. Nylon 1003 Hoechst Cel. Nylon 1000 Rhone Pou. Technyl A 216

_;s

Hoechs! Cel. Nylon 1000 Hoechs! Cel. Nylon 1003 BIP Beetle

Vinegar Hoechsl Cel. Nylon 1003 Hoechsl Cel. Nylon 1000 BIP Beetle Hoechst Cel. Nylon 1000 Hoechsl Cel. Nylon 1003 Rhone Pou. Technyl A 216

Vinyl Chloride

BIP Beetle

Violet Oil Water cold

)~~W! 23f;~ 23

z

~

;;(~:j;~

7 7

'\~",?~

4.9 2.6

Rhone Pou. Technyl A 216 Hoechst Cel. Nylon 1003 Hoechst Cel. Nylon 1000 DuPont Zylell0l; 1.5 mm thlc~ specmn. DuPont Zytell01; 3.2 mm Ihlc~ specmn.

'<

o

CJ,)

::::J

0> 0>

Chemical Resistance - Nylon 66

........

........

z

w ..... co

Chemical Resistance - Nylon 66

'<

o

:::J

0> 0>

/

Water

99% RH

·":"··'3IF~<·,

hot

\;46·'

stagnant hot water

?\'l}~!\

7

2

DuPont Zytell01; 6.4 mm samples

28

8

DuPont Zytell0l; 1.5 mm thick specmn.

28

5.1

DuPont Zytell0l; 3.2 mm thick specmn.

28

3.4

DuPont Zytell0l; 6.4 mm samples

84

8.6

DuPont Zytell0l; 1.5 mm thick specmn.

84

8

DuPont Zytel 101; 3.2 mm thick specmn.

112

8.6

DuPont Zytell0l; 1.5 mm thick specmn.

161

8.6

DuPont Zytell0l; 3.2 mm thick specmn.

168

6.5

DuPont Zytel 101; 6.4 mm samples

273

7.7

9

0.45

26

1.45

35

1.75

42

1.9

3.2xl02x152 mm plaques

(:::. "i

Hoechst Cel. Nylon 1000 Hoechst Cel. Nylon 1003

Water

Water

Water

333

50-75

50-75

DuPont Zytell0l

333

50-75

50-75

DuPont Zytell03 HSL; heat stabil.

333 1042

50-75

50-75

DuPont Zytell05 BK-l0A; carb.bl.

50-75

50-75

DuPont Zyte1122L; hydrolysis resist.

air rich water

.>.~Zlib·;

8.3

90

DuPont Zytell0l

"

'//Trhi

8.3

97

DuPont Zyte1122L; hydrolysis resist.

stagnant hot water

Mll?><

25

74

DuPont Zytell0l

25

93

DuPont Zytel 122L; hydrolysis resist.

41.7

57

DuPont Zytell01

41.7

DuPont Zytel 122L; hydrolysis resist.

83

89 15

83

76

DuPont Zytel 122L; hydrolysis resist.

125

57

167

38

208

28

DuPont Zytell0l

125

50-75

50-75

DuPont Zytell0l

125

50-75

50-75

DuPont Zytell03 HSL; heat stabil.

125

50-75

50-75

DuPont Zytell05 BK-l0A; carb.bl.

417

50-75

50-75

DuPont Zyte1122L; hydrolysis resist.

66

1 5

0.2

DuPont Zytell0l

62

deionized

30

stagnant hot water

83

50-75

50-75

DuPont Zytell0l

"

DuPont Zytell03 HSL; heat stabil.

33% gl.fib.

83

50-75

50-75

@

"

83

50-75

50-75

DuPont Zytell05 BK-l0A; carb.bl.

'U

"

271

50-75

50-75

DuPont Zyte1122L; hydrolysis resist.

boiling water

41.7

100

"

41.7

100

" "

62.5

50-75

50-75

DuPont Zytell01

62.5

50-75

50-75

DuPont Zytell03 HSL; heat stabil.

;:l

"

62.5

50-75

50-75

t"'

"

83

100

DuPont ZyteI70G33HRL; 33% gl.fib. tested @ 100% RH

p

"

83

95

DuPont Zytel 70G33L; 33% gl.fib. tested @ 100% RH

S'

.... '" r;.

'tl" ~

'"

~.

0: ..,

..,

'"=

Water

DuPont Zytel 70G33HRL; 33% gl.fib. tested @ 100% RH DuPont Zytel 70G33L; 33% gl.fib. tested @ 100% RH

DuPont Zytell05 BK-l0A; carb.bl.

@

'tl

po ~

r:;' en

t:J

Water

125

boiling waler

~

en

"100..j

lEo;:

<E' ;:l

t-'

stagnant hot water

& ..,

boiling water

..,>:l

\l::

175

71

175

99

208 250

93

358

80

DuPont lylel 70G33HRL; 33% gl.tib. tested @ 100% RH

50·75

Water Glass Waxes

DuPont lylel 122L; hydrolysis resist. DuPont lylel 70G33HRL; 33% gl.fib. tested @ 100% RH 81P BeeUe

molten

Hoechs! eel. Nylon 1000 Hoechst eel. Nylon 1003

Wines

wines and spirits Hoechsl eel. Nylon 1000 BIP Beetle Rhone Pou. Technyl A 216

Xylene BIP Beetle Hoechst eel. Nylon 1000 Hoechst eel. Nylon 1003 DuPont lytell01

Xylene

BIP Beetle

91

Xylenol

DuPont lytell0l Hoechst eel. Nylon 1003 Hoechst eel. Nylon 1000

Zerex Zinc

40

'':OJ,04I''

92

;23:-

<360

zinc metal

-~;:

,'II

" Zinc Chloride

aqueous solution

....;~.;

10 50

i(~~~~.i .

}:;, .'.::~:}:. . .:::~:.

10

DuPont lylell01 BASF Ultramid A 5% Rhone Pou. Technyl A 216

30

33% gl.fib.

hydrated

BIP Beetle DuPont lytell0l Hoechst eel. Nylon 1000 Hoechst eel. Nylon 1003

Zinc Oxide Hoechst eel. Nylon 1000

Zinc Sulfate Hoechst eel. Nylon 1003

z

'<

o

W

::l

(J) (J)

Chemical Resistance - Nylon 66

---I <0

w 00 o

Chemical Resistance - Nylon MXD6

z

'<

o

::l

~

I::·····

o(j)

1~~~~~Ht

X

~t tot.

,:: .. :

R....

Acetic Acid Acetone Ammonia Butyl Alcohol Carbon Tetrachloride Cresol (m Engine Oils Ethyl Acetate Formaldehyde Formic Acid Gasoline Hydrochloric Acid o

aqueous solution

"'Chlinge :.:::.:.:.:.:.:.:...:.:.:.. :.......•. Cone.

MateriarNofe

Welgh1

)%1

10

n-butanol

a a a a a

100

Milsubishi Reny 1002; 30% gl.fib.

100 95 98 100 . ~olu.~i~i~f~~~~nt

)

lormalin

aqueous solution

100

37

a a a

100

10

a a a a

100

1

94

a

95

"':-:--7?~~

100 100

;sJ~bi!jnr~age;;t

95

35

Insulating Oils Lubricating Oils Methyl Alcohol Nitric Acid

insulating oil

aqueous

10

100

60

Phenol Sodium Hydroxide Sulfuric Acid

aqueous solution

5

·9

61

10

a a

100

a a a

100

30

93

98

Toluene Trichloroethane Water

@

'1:l

Ei ~

n"en

f?

en

tEo ;:l

t

...0-$:l ...
Trichlene

100 95

0.8

96

98

Mitsubishi Reny 1002; 30% gl.fib.

0.4

95

95

Mitsubishi Reny 1022; 50% gl.fib.

1.1

88

94

Milsubishi Reny 1002; 30% gl.fib.

0.8

87

87

Mitsubishi Reny 1022; 50% gl.fib.

80

89

Mitsubishi Reny 1002; 30% gl.fib.

80

81

Mitsubishi Reny 1022; 50% gl.fib.

80

88

Mitsubishi Reny 1002; 30% gl.fib.

80

80

Mitsubishi Reny 1022; 50% gl.fib.

@

'1:l

,,:,

p

..

I

E.

I·

/':I·j;\'Ch~·~d;.c

,.o,.R~~aln8d'

.;"Ii

::-:~'::

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~

n'cr, tl

C1l

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to· ;J

s:

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u::

Acetone Ammonium Chloride ASTM Oil No.1 ASTM Oil No.3 ASTM Oil No.5 Benzene Benzyl Alcohol Brake Fluids Calcium Chloride Diesel Fuels Engine Oils

saturated solulion

30

<1

>90

30

>1

<90

30

0.1

93

30

0.12

95

30 30 30

7.,

I

'}i;rii

saturated solution

30

~:;,'.I;f1,~;

diesel oil

30

~

30

..

15

Honda ULTRA S SAE 10W-30

20.8

:L

9' .. ,.",

"""..9.) .•. ,> ,,',?'ji··~··,. . . ..:~<,:.: .:.

0.22

98

<1

>90

<1

>90

<1

>90

>1

<90

Solvay Ixet 1002; 30% gl.fib. Solvay Ixel 1002

,,.

0.05

96

0.03

99

96

0.1

101

99

92

100

0.12

103

96

97

104

0.14

99

94

103

101

0.2

101

96

103

97

-
I

102

(J)

Solvay Ixet 1002

95

99

Solvay Ixel 1313; 6.4x12.7x127 mm

102

96

Solvay Ixel 1002; 6.4x12.7xI27 mm

102

99

Solvay Ixet 1022; 50% gl.fib. 6.4x12.7x127 mm

0.34

95 102

96 101

Solvay Ixel 1313; 6.4x12.7x127 mm

0.13

20

0.09

103

100

Solvay Ixel 1022; 50% gl.fib. 6.4xI2.7x127 mm

20

0.47

92

93

Solvay Ixet 1313; 6.4x12.7xI27 mm

20

0.18

99

97

Solvay Ixet 1002; 6.4x12.7x127 mm

20

0.11

97

99

Solvay Ixel 1022; 50% gl.fib. 6.4x12.7xI27 mm

20

0.67

86

90

Solvay Ixet 1313; 6.4x12.7x127 mm

20

0.19

20

0.08

20

0.05

20 20

4 star petrol

>90

Solvay Ixet 1002; 6.4x12.7x127 mm

Ixel

>90 >90

[~~j

detergent oils plus CH30H

80

80% petroleum w/20% ethanol

80

.. ..

j;;);~~&ji'

80

;i-i;~6i;'

80

• ':,;,i 4(t,:,i;

80 80

';?;if,[;:".', . . .:iO···" .

.~.

{,i49

30 30 15 30 30 5

~l~~: k'.tt'::!,,·" ·····li···.. · }

<1

>90

<1

>90

-0.002

95

<1

>90

<1

>90

94

Solvay Ixet 1022; 50% gl.fib. Solvay Ixet 1002; 30% gl.fib.

0.04

100

95

Solvay Ixel 1002; 6.4xI2.7xI27 mm

0.02

102

102

Solvay Ixel 1022; 50% gl.fib . 6.4xI2.7xI27 mm

0.19

95

99

Solvay Ixel 1313; 6.4xI2.7xI27 mm

0.08

102

96

Solvay Ixel 1002; 6.4x12.7xI27 mm

0.05

102

99

Solvay Ixel 1022; 50% gl.fib. 6.4x12.7x127 mm

19

~~tj .;';;:9;>

0.34

95

96

Solvay Ixet 1313; 6.4x12.7x127 mm

48

)L'9Lfi.«

0.13

102

101

Solvay Ixet 1002; 6.4x12.7x127 mm

5 5 19 19

U)

3

0..

:·''}':\tq»r::~.p.

Solvay Ixet 1022; 50% gl.fib. 6.4xI2.7x127 mm

0.02

80

I»

·w.",

Solvay Ixel 1002 Solvay Ixet 1022; 50% gl.fib.

102

20

80

"<

'{t, '::....

Solvay Ixel 1002; 6.4xI2.7xI27 mm

<1

"'U 0

';"~';

':'-..}\:~

Ethyl

Gasoline Methyl Acetate Methyl Alcohol Methyl Ethyl Ketone Methylene Chloride Motor Oils Perchloroethylene Petroleum

Solvay Ixel 1002; 30% gl.fib.

Chemical Resistance - Polyarylamide

CO

......

c.v

Chemical Resistance - Polyarylamide

-0

o

ex>

'"

'<

Q)

-< Q)

3

c: Solvay Ixef 1022; 50% gl.fib. 6.4x12.7x127 mm

plus CH30H

Propyl Alcohol Sodium Carbonate Tetrahydrofuran Toluene Trichloroethylene Water

Water

saturated solutio,!

80

0.47

92

93

Solvay Ixef 1313; 6.4x12.7x127 mm

80

0.18

99

97

Solvay Ixef 1002; 6.4x12.7x127 mm

80

0.11

97

99

Solvay Ixef 1022; 50% gl.fib. 6.4x12.7x127 mm

80

0.67

86

90

Solvay Ixef 1313; 6.4x12.7x127 mm

90

<1

>90

<1

>90

<1

>90

<1

>90

<1

>90

Solvay Ixef 1002; 30% gl.fib.

>90

<1 4.2

0.34

4.2

0.6

2.2

0.16

2.2

0.28

4.8

0.47

4.8

0.78

3.7

0.32

3.7

0.73

3.8

Solvay Ixef 1002; 1x20x40 mm; dim. chg.

Solvay Ixef 1002; 3.2x12.7x127 mm 0.09

Solvay Ixef 1002; 30% gl.fib. 4x20x40 mm; dim. chg. in tran. direc.

0.2 0.18 0.32

@

'1:l

S' ~

ri'

CIl

fi;' CIl

<E' ;::l

t

.., ..,

0-

I:l

u:

2.5

Solvay Ixef 1022; 50% gl.fib. 3.2x12.7x127 mm

3.5

Solvay Ixef 1313; 3.2x12.7x127 mm

4.5

Solvay Ixef 2502; 3.2x12.7x127 mm

@ ~

S" ~

Cone.

Reage"t

(%)

r;' C/)

tl

C'l C/)

16' ;:l

l:""'

0: .,

.,

>:l

(t:

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Acetone Ammonium Hydroxide Brake Fluids Diesel Fuels Gasohol Gasoline Hydraulic Fluids Isopropyl Alcohol Jet Aircraft Fuels Methyl Alcohol Methyl Ethyl Ketone Methylene Chloride Motor Oils Power Steering Fluid Sodium Chloride Toluene Transmission Fluid Trichloroethane Water Zinc Chloride

Tlmll,

(dars)

::'~'.

0.1

97 96 99 98 86 96 92 99 95 83

30 30 30

0.1

o

103

1.1

o

94

0.1

o

30

0.1 2.1

0.1

100 97 97

0.1

o

101

0.1 0.2 3.4 4.8

o o

97 99 69 66

30 30 30 30

0.2 0.8 0.4

10% Ethanol

30

1.4

o

unleaded

30

o

0.1

30

0.3 0.2 0.4 2.9

o

10

isopropanol

30

JP 4

30 30

10

30 30 30 30

30

deionized

50

30

0.1

0.1 0.1

o o

o o

o

0.2 0.1

Amoco Amodel A-1133HS; 33% gl.fib.

(J.)

Chemical Resistance - Polyphthalamide

CD (J.)

»

w

Chemical Resistance - Aromatic Polyamide

o3

00 ~

"'U

o

-< ~

3

Rea9~~~ \.

MiI.erlal Note

.~'.:~.

Acetone Ammonium Hydroxide Brake Fluids

10

JP

@

"1:l

i:i ~

0'

r;,

?6'

r;,

~.

;:l

t-'

0: ..,

..,

!:l
l

l

2'1. 21

!'.'·>·21/' ".

4~1'J/

Kerosine Nitric Acid

Transformer Oils Trichloroethylene Water

98

:i.~ 37 37

Sea Water Sodium Hydroxide Steam Sulfuric Acid

::

13.\;;:D~:;P';';) 4.2

;:,';(3'';, ,

Dimethylformamide Ethyl Alcohol Freon 11 Freon 22 Hydrochloric Acid Jet Aircraft Fuels

:::~:i,;;:<;;:: ';," <,ii:[i:jft,,;:

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20.8t\1l( )./) 4.2. . '",:\8} 4.2 L ,//"j >' 4 1. 7 ,".' ,.,. .);,.), 1,.,

100 90 28 12

14~~5 20.8

oc::~u~~::~

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1~{'~~i:1

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67

';r~~ii!;;J,i~~~,~:

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:~

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DuPont Kevler

29

@

%Change

'il

IS" ~ ;:;. <Jl

tI

Cl> <Jl

Reagent

Reagent Note

Load

Cone.

Material Note

WeIgIrt

('4)

Acetaldehyde Acetic Acid

Milas Makrolon

<5' ;:l

t: .,

0-

0.56

7

5 10 20 25

1

37 0.58

365

concentrated

.,>:l

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1 7 7

23

23 -<,23 glacial

Acetic Anhydride

5 min. immersion

Allyl Alcohol Aluminum Ammonium Sulfate

6 1

o

2~'

o

1%

':23..

0.0035

0.32%

52

0.0035 0.0035 0.0035 3

0.63% 0.95%

39

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GE Lexan 141 GE Lexan GELexan 141 Miles Makrolon Miles Makrolon 2608; Miles Makrolon; 3.2 mm thick bars (Bisphenol A PC)

GE Lexan

25

GE Lexan 141

o o Miles Makrolon

acrylic cament silicone rubber acrylic cement silicone rubber

Old Spice

\:::~J

3 3 3 3 3 3 3 3 3 3 2 2 2 2

30 30 182 182

1%

GE Lexan

1%

1%

1%

1% 1%

1%

0.5%

0.9 0.9

365 365

0.5%

0.29 0.29

365 365

0.5%

0.3 0.3

Aluminum Chloride

()

LNP; 30% gl.fib.

70

.<~

Adiprene L100

Aircraft Turbine Oils

,;it3 "' "0, ':2,3.r,/··

5 min. immersion stressed

After Shave Lotion

7 1

90.1 90.6 92.2 92.7 67

7

~,;,.~:\/

Acetone

Acetonitrile Acetophenone Acetyl Chloride Acrylon Itrile Adhesives

0.25% 0.25%

GE Lexan GE Lexan 141 Miles Makrolon GE Lexan Miles Makrolon GE Lexan

Miles Makrolon GE Lexan

UJ

Chemical Resistance - Polycarbonate

CO 01

Chemical Resistance - Polycarbonate

""0 ()

Aluminum Sulfate Aluminum Trichloride Aminoethanol (2-) Ammonia Ammonium Acetate Ammonium Carbonate Ammonium Chloride

10 10

93'" .'

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1

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100

1

9

100

1

jn~

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14

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133

0.25

Ii

133

2 2 10 10 10 28

i~(~r~~;l;l;;t

I

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Ammonium Hydroxide

5

10

[~;(~!I~f~~,"

1%

GElexan 141 GE lex.n

0.21 100

GE lexan 141 Miles Makrolon

:::

0.2

GE lexan

0.2

·(~ni\·

··)}"8"i·· "

.~:.

..,. .no\ 'r~##a'll?n):.:' <, ..•. .nolin.ct,,>

.~:::::

Miles Makrolon GE lex.n

1%

5

1%

5 1

0.5%

1 1 3

l~i~itl~I,~~0~~'··.

3 1 5 7

0.25% 0.25%

1

\iii'N~~;.,':'·'·

Ammonium Persulfate

GElex.n 141 Miles M.krolon

5

7 7 7 5 5

Ammonium Nitrate

. <:::

iiii .~

§h2a-;g

1

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."

,:t,{~3A';'

0.25

1

,.'I:.N .'.

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365

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jl:

Ammonium Fluoride Ammonium Hydroxide

W

1%

0

!~~lf~i,[~;j(~;r-i~';:

44.5

ii,

31.0

i,·;~;:,j~i;;';;',~~:}~Jl;;li!I;;;.~;

~(;~;,;';!:]':;Jli~tl~~I;i;~!;~~;l~~l~~;l~

lNP; 30% gl.fib. GE lexan 141 GE lex.n 101 lNP; 30% gl.fib.

31.0 48.8

lNP; 30% gl.fib. GE lex.n 101

~~:~~!;1:!~f~~,[~f::

100

"'1;:;j~~!~;'!~I~I_i;~';'l~I~111'[;~

':}:~NNbn1~~~~noj,ff.d f~mM/ :::MM

GE lexan 141 Miles M.krolon GE lex.n

1%

@

'i:l

S' VI

Ammonium Sulfate

n'VI

Ammonium Sulfide Amyl Acetate Amyl Alcohol

.....

tl

(\)

VI

tEo

10

100

1 0.5%

5

1%

5

t"'"

182

..,

~

tl:

46

5

;:l

e;: ..,

GE lex.n 141 Miles M.krolon

182

0.5%

GE lex.n 141 GE lex.n 101

0.18 0.18

,··':"{tn;;:,t'no:liffect

::"!,, :;,\' ':("!"'/'

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@

%C~ange

~

sCI>

Reagent

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Rea~ent

Note

Cone. (%)

C1l

) ,50"",: ,',

tEo

5!>:+

tl

'50

Amyl Alcohol

CI>

;:l

70'" '",

70

t

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70:'

c:93\/ lard oil

Ant Killer

Antrol

23 23

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85 ~3

antifreeze' coolant

23 '>",

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antifreeze' coolant

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antifreeze' coolant antifreeze' coolant

50 50

Antifreeze antifreeze' coolant antifreeze' coolant antifreeze' coolant

Axle 011 Baby Lotion

0.5% 1%

Resistance Note

Weight

'/

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,/~i

0.5% 1%

?

365 365 3 3 3 3

GE Lexan 101

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..

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"

48

GE Lexan 141

" GE Lexan

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1%

..

1%

iiig'

1%

no affect crazing no effect

5 5 5 5 5 5 5 5 5 5 5 5

0.5% 0.5% 1% 1%

5 5 5 5 5 5

0.5% 0.5% 1% 1%

4 4 4 4

1%

.

0.5% 0.5% 1% 1%

,ii~i ;11;6~~
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not a.tii!eked

Miles Makrolon X-200

"

Aqua Regia Arsenic Acid Automotive Waxes

5 5 5 5 5 5 1

POL Rating I

o

~~" 8'5'

Antimony Trichloride Antistat

Load

.~,3::t,;"

Aniline Animal Oils

Antifreeze

Time (days)

GE Lexan

w' 1%

30 20

car wax

Miles Makrolon

5 5 5 5 5 5

1%

3

1%

GE Lexan 101

1%

1% Miles Makrolon

3

3

II

GE Lexan

, .8 1%

3

CJ.)

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Chemical Resistance - Polycarbonate

00

-...J

Barium Chloride Beer

10

.1\\M\"

(,'/:09 ):;'/', '''"

1

Y%)Pi"·.·

Benzaldehyde Benzene

:0i#93) .. / n"i~\\

~~li~;~1~11~1

Benzenesulfonlc Acid Benzoic Acid Benzonitrile Benzyl Alcohol

0.5%

Benzyl Benzoate

. 1i~;io~'!,,;

Benzyl Chloride Betadlne Borax

3 3 3

~ii

;\\\:@J\\4,');•• : :\

20

i/'/HiP/Pi

a

1 1 0.125

0.7%

1 1

1%

1 0.125 365 365

:',

0.7% 0.5%

3 7 7 7 7

Bromine Bromobenzene Butyl Acetate Butyl Alcohol

10

'\l

po VI .... r;'

.....

")~1;11~i.;;il,

n-butylamine 10 10

I

1 1 1

1

VI

~i~!]~I~j;~i~~~!:;~I;~~ll~'~{-;~;j~

GE Lexan 141 Miles Makrolon GE Lexan 141

GE Lexan

.;~j,~~;~11:~~d~;~!!it:(},,';'·'

GE Lexan 141 gen. purp. grade

'.:);h;:(:j~~~~~I[~~~;~.•~~:"<\~,· .

Miles Makrolon GE Lexan

a

,\,;;~j:;'..ti

;·,····";;6· rr

0.18 0.1S

'S······ ,.,.'. .:::,,~

.. :,:.

Miles Makrolon GE Lexan

:;:.

.... :2·

··i····:J!:.!~·iii;'i!~:.

34.0 72.0 76.2 SO.4

fro

··········;;;(·n;Uc.rji~lng;i;·;ir

48

a 94

LNP; 30% gUib.

• . • ,?.

LNP; 30% gl.lib.

;1:~~;~!~1i:~~;~!~_~1;~~,~~1~:!;

GE Lexan 141 Miles Makrolon GE Lexan 141

• • ;j;II;~l~l{-jJijFth;i;i;lt~lf,il~;'.I

Miles Makrolon GE Lexan 141

61 46

a Miles Makrolon GE Lexan 141

100 100

Miles Makrolon GE Lexan

0.5%

t:::J

LNP; 30% gUib.

", ...•..'.",' . \.\: ilIIaek.a?/,.;, <.'. "•. i

ifJ

1

~~~_f •

:%'2,'", ",:,d"

·ij;,;i;;~,)~,llt·;)··.~i!

1

GE Lexan 141 Miles Makrolon GE Lexan

>~;"'"

;, . \f;;~;' ;;';;:;1

1

-:::\~ ~?, /~::\/i:;::·:/@~L··::;~,)~·,~::

Miles Makrolon gen. purp. grade

•. ··\P .

1

;;;;',';~~I; T<~~'

butanol

"

Butyl Ether Butyl Phthalate Butylamine Butyric Acid Calcium Dlnltrate Calcium Chloride

ntt~t?

'~\::::.~. ,;"

GE Lexan 141 Miles Makrolon GE Lexan

;:,i,i;l •.i!~~~\~i~_~;~(· ';i.:[:; . ,;

;11'~ ·?ri;

3 3

:'<.:'::::

)iiiJ;;;>:;

\ 0.25% 0.25%

>:·\}f{C?l»it:t}kil..:3:~./:<~~

:'";,,., .'., '2.... '",,«'

::""""'.".,.9 .",.. ,.

·'23."" ','

{';2'3 '

Wagner

a

t:::j::~:::~::~:;~~?~~~@[J~:[::(

CO CO

:~~I;';;~'~~~~~~~i~;:'.

0.96 0.96

fM+ ;:~+~~(U/: : :..

Hm~M;)'

Brake Fluids

.

:t=:~i';i,:;~

1

),'X 23.:)"

?i;'cp'···· ::·:·.!]~~!;i;·:]]'

100

l;';;'},S, ,./). 365 365

@

'"

Chemical Resistance - Polycarbonate

""U ()

(\)

VI

16" ;:J

t"'

s:.., p

..,

<.c::

Calcium Nitrate Carbolic Acid Carbon Bisulfite Carbon Disulfide

:::g{@%lHf:::mrM 0.1

"i'i .r;nXii'QiStiiiill):i':Wt?i;:

Miles Makrolon GE Lexen Miles Makrolon

@

. }i ~::1:::::::~:~

,"':.}

{'I.,,',,'.)'

'\l

~ (J)

.....

."'/

l'Re#gent

Reagent Note

n' (J)

tJ

Cone. o

J%)

Carbon Tetrachloride

(J)

1.1 MPa

Carbon Tetrachloride

t.e:

Castor Oil

0.002

0.9 MPa

28

0.002

0.55 MPa

81 81 93

3 3 1

~;r

Chlorine Chloroacetophenone

stress cracks sIan 0 load nOl ,uislanl <

i' \ ::
~~r$f4ac,\$$tiii1 O.load'

75.1 64.2

:~~'.

\::

o

}

23 solution

5 5

0.5% 0.71 nollesi$lanl

gas

Miles Makrolon GE Lexan 141 GE Lexan Miles Makrolon

78

1 3

"'23

tear gas

Miles Makrolon LNP; 30% gLlib.

".23

,2~

72 72 72 72

GE Lexan Miles Makrolon

GE Lexan 141

23

,93

2-ethoxyethanol hydraulic fluid

365 365 6

Miles Makrolon

Miles Makrolon GE Lexan

2~

23 •. '.

Catsup Caustic Potash Caustic Soda Cellosolve Cellulube 150 Cement Chlordane

1

.4.,

23

.

MateriaJ Note

2

Z.3

;:l

., P .,

0.002

18

15' ~

Load

~3

(1)

0-

Temp. C'c)

';~:' ;; 8S' '8S

3 3 3 3 4 3 3 3

',.;'"

1%

. crazing 'no eUect

GE Lexan

l!llacked

1%

1%

Chlorobenzene

o

Miles Makrolon GE Lexan GELexan 141

o

Chloroethanol (2-) Chloroform

o Chlorophenol Chocolate Chrome Alum Chromic Acid

Miles Makrolon GE Lexan GE Lexan 141

42

5

Miles Makrolon 10 15 IS 15 15 20

1 3 3 3 3

100 1%

GE Lexan 141 GE Lexan

1% Miles Makrolon

Cinnamon 3 3 3

Citric Acid

5

6

1%

GE Lexan

0.56 Miles Makrolon

Cleaners

"

()

Aladdin

6 6

GE Lexan

w

Chemical Resistance - Polycarbonate

CD CO

0

......... "

R'~~g~~f Clorox

Clorox

...

.,,,

..

I Reagent NO'l!J

Cone. .....

l'I~T,~~I\~~~s'"

Chlorox

5.25% sodium chloride Chlorox

· · · • }~3'&X ,.....;j~f~i ;

-"-;::-,

:.~.:.:(.:~::.::;::::

•• ·23···· .

Cloves

"-:"'"

m7·.. . ~3.iW·

Coca Cola

"',"

Coca Cola Syrup

Cola concentrates

·······;;3~;W/

. ··.·.···.·w.·.·.?w··.·

';i':l1,;';i_!~'J;'1 ~·. ~,li;!;jfo':i~!;' ~'j~~~;~ii~1~;'

Cocoa Cod Liver 011 Coffee Cognac Compressor 011 Cooking Oils

corn oil

·

corn oil

·· ·· ·

@

"0

S~

n'V> tl

Wesson, all vegetable

Cl> V>

tE· ;:l

t

... ...

I:l
Copper Chloride Copper Sulfate

i.2n~n9!

I

Load

··

t;.;i;i~~II;;g

IP~~m~!~!~~>i¥;;;;1 '=".I ~~:,I;,;;"lj;~~21~;~:fe)~9!e ~

7 7 7 7

0.25% 0.25%

365

0.5%

90.6 84.5 93.1 92.4

8 .6

'e ..::'···· :.~

82.7 87.6 1%

5 5 5 5 5 5 5 5 5 5.5 5.5 5.5 5.5

0.5%

-:;;;~

.•

.;; • ,.. • •••·••.. .··liCfililliiiii.d .' ."

GE Lexan

.~:-..~ (

GE Lexan 101

0.5%

1% {::::n¥{n:~~ ?tcrninQt~>~~>.::·)~:::

4'·····

1%

:~:;~:<

GE Lexan

1%

~;;%;;1;;;i';r~~I;;

,it[;~;~,i;,i

j

:;(,;11,lis;£i;;;i 0.5% 1% 1%

IJo;!

1.1 1.1 0.71 0.92 0.92

>t.~i

.... :.;':i,}.

F:

;;ii~~i;ll;iil~;r.'.il~l~'i~; . • . ;~;;:

Miles Makrolon GE Lexan

.MM···...;iUj$j.rit;·r;n?4'~·""

Miles Makrolon

•••)+... N...Inotalt8~~idn\;·4r

~:f

~

GE Lexan 101

GE Lexan

GE Lexan 101

0.5% 1% 0.5% 1% 1%

•·. · ·.· ·. ··r.. .!)4..! rW·i.,

:::~A~::%:Wn~w·c.tazjjj~:~:j:::?::~t~m::~::~:}

99

~:

LNP; 30% gl.fib.

;';-'-:X::

1%

:<

36 1

;::i~i;~:::~:

.' :;.;:;:;7·'·:;····:.... .-

0.5%

6 6 6

36 5 5 5 5 5 5 36

.:,;,. . ::.:~:

1%

6 6

5 5 5 36

..

GE Lexan

.. ·ihilliliilledllloliosion"

'7'

Material Note ..

LNP; 30% gl.fib.

. ,. . . . . . . . <·(\no·9".(:I.' .

irrlJ.··.'';-.·.·················

365 3 3 3 3 3

I

::~~.:>

8

~t:~t~~~i;U»X~~

Wesson, all vegetable

0-

cu co

Chemical Resistance - Polycarbonate

"'U ()

GE Lexan

GE Lexan 141 Miles Makrolon

@

,0/0 Change

~

po Vl ~

I~,agent

Cone. I';)

ri' Vl

tl

Corn Oil

cooking oil

~

Vl

tEo ;:l

l:

..,Cl" I=l ..,

Mazola

Corn Oil

u:

cooking oil

Time

Load

5 5 5 7

0.5% 1%

(day~)

7 7 7 5 5 5 5 5

PDL Rating"

Weight

"" Retained Tensile Shngth

IIOdulus

"$~

S

:;~~Sl:tance Note

7

GE Lexan 101

0.25%

80.1

0.25%

92.7 95.3 102.7

LNP; 30% gl.lib.

LNP; 30% gl.lib. GE Lexan 101

0.5% 1% 0.5% 1%

,":'. 'attaFk~

no!allllcked dissolved

5

Cresol

attacked

Cresol (m-) Cresyldlphenyl Phosphate Cuprous Chloride Cuuing Fluids

o

GE Lexan 141 Miles Makrolon

Johnson TL·131

3 3 3 3 3

1%

GE Lexan ~,_:,;~

",:

(::::

0.5% 1%

Cyclohexanone

75

Miles Makrolon GE Lexan 141

o

Miles Makrolon GELexan 141

Cyclohexene Cyclohexyf Alcohol

Miles Makrolon 74

DDT

Diesel Fuels

Dimethyl Sulfoxide Dimethylanlllne Dlmethylformamlde

-u

(")

Miles Makrolon GE Lexan

62

Cyclohexane

Decahydronaphthalene Detergents Developing Solutions

Material Note

GE Lexan 141

14

Ansco Color Kodak 041 Ansco Color Kodak 041 Ansco Color Kodak 041 Ansco Color Kodak 041

GE Lexan Miles Makrolon

3 3 3 3 3 3 3 3

1% 1%

365 365 365 365 1

1%

GE Lexan

1% 1%

diesel oil

Miles Makrolon GE Lexan

-0.02 -0.02

1%

100

GE Lexan 141

o o no.1 rasiSlaQt

Chemical Resistance - Polycarbonate

Miles Makrolon

"" <0

-'-

W

Chemical Resistance - Polycarbonate

"'U

()

<0

'" "~:·"'I~:;:

Dimethylformamide (N,N-) Dioxane Dioxane (p.) Dishwashing Detergents

.

Cascade

3 3 365 365

Joy liquid

"

Ditridecyl Carbonate

Dowtherm Drain Cleaners

3 3 3 3

,:i 9ft ll~

Liquid Plummer

,<,,,lI:r}e;

Epichlorohydrin Ethane Tetrachloride Ethers Ethyl Acetate

Ethyl Ether Ethylamine Ethylene Chloride Ethylene Chlorohydrin Ethylene Dichloride

0.5%

··,"8·.. ,

@

'U

S" V> .....

ri' V>

tl (1) V>

to· ;:l

t'"'

.,0:p .,

u::

Ethylene Glycol

no effecli;

96

1&~~~:~~;~~:m:~)m~

GE Lex.n

1%

1%

0

i";'\P'i i\i\\4,('

:~);/ /::,):f<:: . :>~i. :; ;.:t:::·.·..~;.;.: .....• ,/i·cr.XinQ· ii••,.'",·······

GE Lex.n 141 GE Lex.n

1%

1

0

GE Lex.n 141 Miles M.krolon

GE Lex.n 1

:/i::r/%t:g;gS:mrf

30 30

111~~i~ii~~~1l~~j

0.5%

0 1.58 1.58

."":·",U+:iSii" ie"~

f\Xli:tM., 1

n1W8?t:!r::: :::r{)}\ ;:??~pm}N?j{

GE Lex.n 141

ii;~.1il'!!.:ii!;~i~t;~;ll,;;,it]I.:il

Miles M.krolon

• • • ':+t,;':'.'ijj)!il'e'Sl$1ifnf • • :;@i.i""

Miles M.krolon

0

GE Lexan

GE Lex.n 141 Miles Makrolon

'i;ig~·j!L}

Ethylene Glycol

;-.:'

0.3 0.3

1%

1 0.3 0.3 0.3 0.3

;·.;it'.. :!,;;···'··'.'·';,

0 83.1 86.5

·:2,;··~i~,;.:·.

Yililt~~nn::;~

Ethyl Alcohol

,,' )9.'):),

1

?':,~

10 10

L0;~~W;'M

:Y~n,::s~:gW~%Y~j.:.~:· 5 5 5 7 7 7 7 365 5 5 5 5 5 5 3 3 1 1

0.5% 1%

;;;'l;llllll;lll:l~~;~;~j;i;i;;i;;;;

:&~i%D;7tt:: ::::(U:

0.25% 0.25%

79.9 94.8 88.1 100.2

GE Lex.n GE Lexan 101

LNP; 30% gl.fib.

LNP; 30% gl.fib.

0.2

GE Lex.n GE Lex.n 101

0.5% 1% 0.5% 1% 94.4 87.8 100 100

it::> ~~tfM&W /fWftWB?D:m:?W

LNP; 30% gl.fib.

})}~f?UiF<\?g:~:t:M?@l?rd?d~

GE Lex.n 141

@

"\'l

E" ~

~:::

Reagent

Reagent Note

:,:L~~~l . J.

Cone. (,.)

ri' V>

Ii'

Ethylene Oxide

with 88% Freon

V>

15' ;:l

t""

.,0:p

12 12 100

Load 100 100 100

.17-.25 .17-.25 .17-.25

Ethylenediamine Fabric Cleaners

.,

1 4 4

1%

4

1%

,

Materia! tl0te

gen. purp. grade

o

GE Lexan 141 GE Lexan

100

GELexan 141 GE Lexan

4

\r;:

Fels Naphtha Ferric Chloride

Fish Oils Floor Polish Flux

1.1 1.1

7 7

10

1 4

1%

4 4 4

1% Miles Makrolon

7

Kester' 1544

7 7

97.0 98.9 96.5 92.9

0.25% 0.25%

7

Food Release Spray

" Formaldehyde

5 5 5 5 5 5

0.5% 1%

5

0.5%

5 5

1%

0.5%

1% ~~

100

37 0.26 0.26

0.5%

10 88

Formic Acid

38

concentrated 1.4

30

3

113 12 22 TA

-3.7 -3.5

0.7 0.7 Dupont

3

GE Lexan 141 Miles Makrolon GE Lexan Miles Makrolon GELexan 141 Miles Makrolon GE Lexan Miles Makrolon GE Lexan

Freon Freon Freon Freon Freon

LNP; 30% gl.lib.

GE Lexan 101

formalin 365 365

LNP; 30% gl.lib.

Miles Makrolon GE Lexan

1%

3

Freon TC

3 3 3 3 3

1%

4

1% 1%

GE Lexan

<:..:l

""U

(")

Chemical Resistance - Polycarbonate

<0

<:..:l

Chemical Resistance - Polycarbonate

-a

()

'" CD ~

1% 1%

'>~5;;;

Fruit Juices Furfural Gasoline

:;:;~J,'~~;il;l!

Iruit syrups

3

~\,;~'~~'!~~~~~:;{:

1,~ J~ ~!I~ ;:1~il~ ~ ~ ;,;:;~':; ~i; ,;

>" """)/8

j:;;;;io-,,?t.

1

0

':?th .,8",

'ik23'%L

11~ii®r11!~[[1~11W{1\J;;{\;N

". /""" ifhJeslstanl'~'"~ .

<.

GE Lexan

" Miles Makrolon GE Lexan 141 Miles Makrolon

high aromaticity low aromatic unleaded

<0.0001

1%

Miles Makrolon 2608;

prem. unleaded,

0.0035

0.32%

Miles Makrolon; 3.2 mm thick bars (Bisphenol A PC)

5 min. immersion

"

0.0035

premium unleaded

1

0.0%

98

7

0.25%

79.5

7

0.25%

71.6

7

LNP; 30% gUib.

81.9

7

,

81.4

premium grade

365

0.5

regular

365

0.7

;

3

85.4

3

70.2

1

99

1 1

" Miles Makrolon 2800

LNP; 30% gUib. GE Lexan

1%

1

Glass Cleaners

Windex

;. '23

3

1%

3 3

1%

3

Glaziers Putty Glutaraldehyde Glycerin

50 with water

50 50

@

'S'" ~ C:;'

Glycols Grape Juice Grapefruit Juice Grapefruit Peel Greases

30

;ji;I;;I~!f~l~~~:;l;;i.

iil~lilii~I;~~t~i'l

!~If;~,~;~~~l~l~'i~_,~r;~~~!ii~

Miles Makrolon

::i:>:

0.67

gen. purp. grade GE Lexan

" Miles Makrolon GE Lexan Miles Makrolon

Mil-G 3278A

MiI-G 3278A

1%

~::fHff§:{~~:;~b~;~ ;)"

:gn~:::~~~mmK~;~;efjzjrig}:2§::n:::::

?;;;;;?'h;'J@KJ~;

EXIiYi??F'fnISWikt?ii? """(,

~::.::~::.~.,

GE Lexan

1% 0.5%

" Plastilube Grease

t'"

...

30

;;i;li~~;Y",

"

;:l

0.7%

7

Plastilube Grease

(b

0: ...

,'~;:'~,1;l;%';

0.125

"

't":l '" tE' l:l

,\;;:~:>o

1%

"

Gypsum

Miles Makrolon

@

's"~

% C~ange ~eageilt.

Reagent Note

rio fJ)

tJ

Cone.

Time

('.')

(days)

7 7 7 1

0.25%

3 3 5 5 5 5 5 5 5 5 5

0.5%

0.

"~i

Hexane -,::

';::~

;;

Household Cleaners Hydraulic Fluids

Aladdin Zepomatic Aladdin

Mil H5606

0.5% 1%

0.5% 1%

9 8 8

GE Lexan

96.3

LNP; 30% gl.fib.

94.2 88.8 91.3 100

LNP; 30% gl.fib. GE Lexan 141

7 3 7 7 3 7' 7

no affect

GE Lexan

nOlaltack,d

GE Lexan 101

,.' anacksci no,allacksd ::~.

.

:~~:

n~lallac~'d ~~::,. ~

3 '7

\\ i,., ." ',.

allacked .\\Ot~t~~~~d

.9i1oeffilCi'

8

:; ;irain'ls'l~~elloIlrsl creck crazing

GE Lexan Miles Makrolon 3158 GE Lexan

1,

3 3 3

1%

2

5

0.5%

5 5 5

1%

0.5%

7\

5

1%

7.;~

5 5

0.5%

5

1%

5 3 3

1%

GE Lexan

0.5%

Miles Makrolon GE Lexan 101

4

?

<: ,ailaeked, Corrosion cracking

""

8 7 7 7

no ~ffeC}

irot alla~ked.

GE Lexan 101

1 10

10 10 10 10

10 10

10 10 10

10 10 10

10

""tJ

1%

6

Mil H5606

':, no eff.~,t

7 8

0.5%

Materi/ll Note

WeIgl1t

4.55 MPa

1

Mil H5606

Hydrazine Hydrochloric Acid

':~~

0.25%

6

Cellulube 150

()

8 8 9 9

Heptane

<5'

<.c:

0.5%

3 3 7

fJ)

t: ., .,>:l

POL. R~tjng

Heptane

Cll

;:l

Load

5 5

5 7 7 7 7 7 5

5 5 5 5

1%

0.25% 0.25%

94.4 94.2 95.1 94.9 0.59

0.5%

LNP; 30% gl.fib.

LNP; 30% gl.fib. GE Lexan GE Lexan 101

1%

0.5% 1%

GE Lexan 101

cu

Chemical Resistance - Polycarbonate

CO

(J1

w co

Chemical Resistance - Polycarbonate

"'U

o

0'>

10

·'·:10:'

5

,

J",

GE Lexan 101

'o "~, . 'j : : ~i~ ~:J i~:~ji~ ;11~j~ 1:

.""",,,,,.,,,

i; .. :

Hydrogen Peroxide

30 30

,,«;c I I'

. 'i'Z;hi

"23,>'·

425 3

':;;;;;

,;;;;;;00

Miles Makrolon GE Lexan

0.03

1%

3 3

1%

3

Hydrogen Sulfide Igepal

·te'ta :Nt; antistatic agent{\:;'~~,@{;

... ~, ....

Inks Insulating Tape lod Ine Iron Chloride Iron Sulfate Isoamyl Alcohol Isonel31

182

3 3 3

1%

1%

3 ,/?'d~;?""'%;

J/ikt3}(",) tincture of iodine

. '·.{t'?hi )tiiiStiilii'XMYH¥/;

Miles Makrolon

5

1 % ( @ P W e ; \ L , i X 0 / ,Wh\icrailng)WfLtKW(

varnish

GE Lexan

1% ..... ...•......•..." ..•.... ~

Isopropyl Alcohol

isopropanol

'JM;1~M%W

0.7% 1%

gen. purp. grade GE Lexan 0.63

@

"

~

[

"

Jet Aircraft Fuels

~ ~.

~

~

0:

i3..,

JP 4

1%

" "

~

1?

1%

Kerosine Lacquer Thinners Lacquers

Be Kra-Lite

1%

"

"

"

1%

j6;@lP'i?F;():};Piilamlti:fin?::/S'

GE Lexan

@

,

'U

po ~

~l!.ge~t ..... }.

r;'

A~Uf :.:~ :.:;.::::,~;,", )\~.;.

til

Lactic Acid

tJ

Reagent Nllte

<:;~.,::~~:

." ""·'0',:,

Cone. ("I

til

Laundry Detergents

l:

e...

...

l:l

:23 ...:

.

Load

1 POL Ratin!!

>~~;;:)

.(..:

7

/

85. " 85"'."":

6

i

1

7

;

0.93

'.~3'

6

")',23""

7

0.25%

7

0.25%

~3

2

Material Note Miles Makrolon

6

Tide

I

:.:.~:

j

Cheer

'\:

F!e$l~tance Note

..,.... ,

..

2

,I

1

Tide

Lemon Juice Lestoil

Time

.
;:J

I

Temp.

20

C1l

~.

.1

2

7

2

7 1

100

GE Lexan 141

1

GE Lexan

0.93

0.93 ',~,'

83.9

t

..

LNP; 30% gl.fib .

98.8

:i

99.2 87.3 0.5%

I ;;tip "', . . . . 'crazing, c(ack/ng

LNP; 30% gUib. GE Lexan

182

Lime Lime Milk Lime Paste Linseed Oil

chlorinated solution

2

:",'23"

8

<;;<::'feslSliiiif

,~

i

Miles Makrolon

chlorinated

0.25%

7

'23

7

8

23

365

0.5%

i

90.6 91.3

::~

3

7

87.5

81':;:;>"

3

"6

83.3

.~t"(

5

0.5%

5

1%

23·

5 ";;/".

5

0.5%

$0;

5

1%

50 ..' :,'; . 10"" :',

5 5

0.5%

.i.o>;<,

5

1%

511

;70;

}

~:

8' 3

~3"

3 3 :~

. 23)"

LNP; 30% gUib. .no effect'

GE Lexan ~-..:

•

" LNP; 30% gUib.

nol attacf
GE Lexan 101

}{ ":"""""'" ,(ies,s!arif<

Miles Makrolon

~"

5

2.3//' 85

,, i

,I

1

"23'·· ."

85

LNP; 30% gUib.

~:

89.2

365

81

Loctite

91.3

8 8·

23

Liquors Lithium Soap Grease

0.25%

7

8 7 "8

23'

Liquid Protectant

7

1%

l

8

i~

,

no effect·

GE Lexan

1%

3 0.2

1%

0.2 3 0.2

1%

0.2

Lubricating Oils

Aeroshell'12

,iY

23'" ••.••..

3

1%

3 3

1%

3

Lyposin

IV solution Iyposin II

,23}~: >;

0.125

0.7%

8

Aii, nO'visual chg.

/;,

gen. purp. grade

. (U

"'U ()

Chemical Resistance - Polycarbonate

(0

-.,J

Chemical Resistance - Polycarbonate

""U ()

W <0 CD

Machining Oils

::,:~,:i:,: Magnesium Chloride

10

';:~

~

1%;l:"::'ii'\:~i~{~[~;;;:'~',~ 1 ": 100i;;C;:~s~;~M;l';El':

~i~e~~:~r;~~

:;i~i:;;';; ~:~~':,:';::s::::;,}

Mil:~~::~:Ion

GE

Lexan

Magnesium Sulfate

=:~:~~:~~~Ioride';;'l~f'\ Methyl Alcohol

':g3\

Methyl·C..e-; lI;-o. .,.s. .,.O..lv-e-------------------''>~t±h;::·~~.~,+-/-,,-. ..............

>Ot2

'1'

:~:;i~e:f;~~;~jiG.j!tJ~~I[t~;ifr:

t~L :~:

";':kir","',::aniiilkedfXr; :)i,i

0

/jnPMiWiwn@r;nrth

.

-~5;:-----0::-,"::"5°::-:Vo--'::f\-' ,-"":+-,:-=~,...,.:\±);.;;;i'-"·' - - - - - - 5 5

5 5 5

5 5

.w. Methyl Ethyl Ketone

~:::~);';~f,;';,j

5

[!\!;~~]}t

: 5

5 5 5

5

5

1% 0,5% 1% 0.5%

=::~~: ~~~:;~t~etone

~i1~~~'~;l

~25

O.

7%!;11t;l~~!~f~!~ltl;i;;·lll[;!;!~1;;~'I~K~.!II;.ll;l·!ii:;

Methylene Chloride Methylene Dianiline

~.

(")

~

~

Milk

~.

.,0:p .,

3 3 3 6

Mineral Heating Oils

Mineral Oils

1

GE

Lexan 101

GE

Lexan

0.5% 1% 0.5% 1%

: : g ' W n ; p @ J M \>{;MWml'~~:M'~@t;iWm%;@ ~

:~f~:::

0;:7·

1;;;~I;t4i;i%;m[

O.

Mil~~p~~~~:Og~.~:08;

1%

5

@

"

1%

<2":,~
0.47

141

gen~~u~:~:~ade

Miles Makrolon Lexan GE

Miles Makrolon Lexan Miles Makrolon Lexan GE

100

GE

141

@

:,;

~

p

(I)

Reagent Note

Reagent

~

r;' (I)

tl

;~'

.. ':'

Mineral Spirits

~ (I)

;:l

~

., P .,

Mold Releases

u::

Morpholine Motor Oils

Temp.

('C)" ..

('"

~'"

Sunoco

2:F '23

" " "

<E' 0-

-

.

Conc.

r'85 ~

GE Silicone SF-lOBO Mold-Wiz F·57 GE Silicone SF-lOBO Mold·Wiz F-57 GE Silicone SF-lOBO Mold·Wiz F-57 GE Silicone SF-lOBO Mold-Wiz F-57

85,,;' 23, ~3

.:;:

23 23

.~ .".,:~r'\i

. '8S) SS"·.i

Valvoline

'PDL~atln9

3 3 3 3

1%

A

3 3 3 3 3 3 3 3

1% 1%

1

23'" ", 23.

3 3 7 7 7 7 3 3 3 3 1

.,. 85

Stanisol

23& .:>'

l!§i\;( > '- i:f'\) :~j~

Nickel Sulfate Nitric Acid

10 10 20 75 concentrated

""'lJ

()

-I

crazinQ

Mate{ial Note GE Lexan

~<:

8

no effect

~

GE Lexan

1% 1%

., 0 1%

0

GE Lexan 141

~

no ellect

79.8 86.5 86.7 83.1 97.0 94.1

9

1%

"

:,}~

8'

0.25% 0.25%

L,'~:i

. ".. 9;;"'.. . ··,·_,

;;V;Jik;[{;;;~

100

;: ::.;),i.'.

LNP; 30% gl.lib.

LNP; 30% gl.lib.

'; :1~ 1 ~:jl,;l~i:;:~ '·);: ;:r'· ":·"~ ~~l'~;il.\;~;~;~:~t~~ill·

0.87

GE Lexan

:~;:

r

:i-· -::;:

~~:

GE Lexan

" GE Lexan 141 Miles Makrolon GE Lexan

1% 1%

'v 6 ",,;. ':"'.,!:ii

~.<;;~;;;;,' L;~}.t-[;)~ ~: ~;

1

'V"2~i

Ii

BC

,Z;J'.V';'

2% HCL

2,~((

~'~'/'~)~;; '6

265

f

>

1

. 2,

100

'"

' ,.

:f~;~;:1!

365

•.;;:;::.;:::?;';'.:

23i.if

>-

,

3.5

:::

:':-';

:-~~tfq «:'

0

;~·.W(.··Zt-;WP

h/f23 '>'.it

Nitrocellulose Lacquer Nitromethane

Nitropropane Noyocain

6 4 4 4 4

Resistance"Note

Tenslle S1nlnglh

·\fF<%(;·'ii$l$1.illif, .,'.

Miles Makrolon

.;~,J

GE Lexan 141 Miles Makrolon GE Lexan Miles Makrolon GE Lexan

~

Miles Makrolon GELexan 141

(dGWW'l,~o.l.resis~n(.

.:~

23~{..(;

t;t'~ :~;f;f.i

Nitrobenzene

weIgIrt

1%

Mustard Naphtha

"Io~h~"S~ .. ;;

(days)

93;

""

Valvoline

Load

Time

3 3 3 3 1 3 3 3 3 3

1%

\

·.~%~::4\;N~.:;;:~~~

jrrt,I!;': n~~:~r2~~~~1 ';.

g

.~

Miles Makrolon

.::~

GE Lexan

t ::'/) .,~ ~ &\h ·-hr

~~

GELexan 141

~::(~:\':" :§~*::;:;'ana_ckid

:<:

GE Lexan

>\W~~rt:::/

ctil~IOQ-

.<': :~c··

1%

..

/

", Q".

_;.~.;::

.~~

0

~ >i;~ )-: -~<.~

1%

1%

.. ',.

r-.·.·.

Chemical Resistance - Polycarbonate

·-·--·--.-·'.W.

, cu co co

Chemical Resistance - Polycarbonate

""U (")

Oleic Acid 6 6

Wn••ia?iK

Olive Oil Onions Orange Juice Orange Peel Orange Syrup

.GAAEiW

6

Mi;'·~~) • •ii:;

5.5 5.5 5.5 5.5

",-, ....... ·.v··.···

Oxalic Acid

Oxygen Ozone Paints

10 10 10 10 gas

" 1 Enamel E48POO8 lalex painl; GE 7178 Enamel E48POO8 latex paint; GE 7178 Enamel E48POO8 lalex painl; GE 7178 Enamel E48POO8 lalex paint; GE 7178

Paraffin Peanut Oil

(ij)

::9 !=l

~

(1)

t"'

0: .,

.,

!=l

te

{;,.,;,,·'g~i,N·'.··

3

;jij~ii!1~.

3 3 3 3 3 3 3 3

1%

3 3 3

1%

14 14 14 14

1%

l;;;'~~~l!;~'j

,••1.?.f~·;;!;·;! ';,"23 "

black

Petroleum Ether Petroleum Oils Phenol

::mNW[WB~t~~:~i~ttj9!;::mrHK\:i~J:;t1~

GE Lexan Miles Makrolon GE Lexan

:~:~W:tW~MWtf:l~~~MM~::W~f:~:':~::h::~~m:ft1 .;;.;.'d;@)\·•• ciillina•• • "'i\ ·,dDr·

1;

<;~;';;;

,·;· ·.·.·'•.·;,·;·..;.;t~~i.~1~I!lj·ijlj1;11i

' ,..,itS1lk ••·.ty·

t; ;;'HiiQiiitiWH;PY ;.

.. /';!!'\,O::

'<';it~i~!iIDH;'D;t;/

Miles Makrolon GE Lexan

1%

1%

1% 1%

.~

:;:;:::&tr·a <~~~:\:; ~~~..:

"'~t.,<;

noeffecft",..i';; ...·

Miles Makrolon GE Lexan

1%

\q·,·jtin.... ,: 3 3 3

" "

Miles Makrolon

1%

•.......(?~;t . .'.'·

Pentane Pepper

"" '~""" • ••'•• • U'resisliliil)r'S·'.·.?U@\

1%

'··tl!~t;

paraffin oil

..;-~,;::;::~~.',::>:;.:.

r;'

't"l to· '";:s

4 4

.!;i'~~~;~'j··.·~·

··'·;;{U\;4···WU.'F

Miles Makrolon GE Lexan

1%

#;\¢~hh'

;',',"'2:n;'#

Paprika

1%

l l'l i·i i~;li

• '.!;• ';;~~.M
1.1

.;?Wi}%lh>hM

3 3 3 3

·"{'.';;8S;;;;

·.\ilH/7;l:!.@liV

f?'Y"/lN;;· • r!).

;,•• H¢~;%;;

orange concenlrate

~;~i~li,';~r~,;ji-~l~ ~

0.11 0.11

o""'" o

1%

';!@'@iWiiisl$l\\l\fU9Ytt

Miles Makrolon

n;·.

··,%ti.·J·.·;;.···•• nQ••~ilMiAn@i··% • \'·.···

GE Lexan

;}·<:~f·.~.··i,in.;·t

YFtY'jiiiiiStiiiiCfWFMd

Miles Makrolon

tt......r;,.?nii•• •t'.·····

.t'•• ;fr;?')?anao~all);MP;M( ...

GE Lexan

t;·; ...t.·tlt;....

refined 5 5 5

3 3 3

0.5%

,

@

~;G~.~~g!.

"1:l

s-

CI> .... ;:;. CI>

tl

Reagent Note

Rel\.gent

Conc.

Temp.

Time

1'4)

I'C)

(days)

Phenol

to·

Phosphoric Acid

2 0

1

23

10 25 25 25 25 25 25 25 25 25 85

;=!

t:0., P .,

u::

23.:-.. 23

,2.3 50 50

SO

Phosphorous Trichloride Pine Oil Plating Solutions

nickel copper

"

nickel

Pluronic

L62. wetting agent

Polyethylene Glycol

Polyvinyl Chloride Potassium Acetate

"

:;

23 23 23':"'" 85'" 23',.,,. 23 8~

85 23 23 .23 '23· 23,'85 85 85 ,'. 23 23" 23 23 85 85 '23 "'; 23 85 23' 23

,'~:t,." 23 23'" 23

8 0.5%

i'

1%

3 7 7 3 7 7 3 7

0.5% 1% 0.5% 1% j

Weight

,

T.,/

Strength

IIoduIua

~.

6 3 3 6 3 3 6 10 10 3 3 3 3 3 3 3 3 3 3 3

1%

,i

1% I

1%

I

1%

, f-

1%

1%

0.5% 1% 1% 1%

,.

, '.

1%

Miles Makrolon GE Lexan 141

.~? ~ffe~l, not attacked anacked ri;,tattackad

GE Laxan GE Lexan 101 "..

u

"

atta~ked

" " "

nolaUacked

u

"

u

aUacked not altacked

u u

100

GELexan 141 Miles Makrolon GE Lexan

.....•...,". res/siam

....... noaflecC

8 8" 4 8 8 8 4 8

u

"::>..:'

u

.crazing .,.

u

iio elfe.cl,.

" "

"

;

u

crazing no eUecl not (esls.la~t no elfecl

1

5 t

,

u

Miles Makrolon GE Lexan u

u

"

,

cnizlng no effect

j

u

" ': " u

, ,

u

" u

"

u

"

. crazing. 'no elfect .'

"

"

·u

" u

"

.. allaF~ed ',:, .. :':'..' ................ crazliig no elfect crazing no jllfeCI

• ,

resistant

..

..

:;.'.

u u u

" ; :~;:

" Miles Makrolon

u_

':~'"

"

;j.

" "

::.

"

;::::~.

:...

u

"

crazing no jllfe,ct

!,

" u

"

i

4

8 4 8 8 8 H,,8 8 8

not (esistant ,.

.",.

2 1%

Material Note

I

9

2 ·8 8 8 8 4 8 4 4 8 8 8 4 8 8· 8

Resistance: Note

0

8

Il~. 85,,.

Aluminum Alum Bichromate Bromate Bromide Chloride

3 5 5 5 5 5 5 5 5 5 1 3 3 3 3 3 3 3 3

"-as ,..

'" u

:~:

93

1 1 1 1 25 25 25 25

copper

::~

70 70 70

concentrated

Phosphorous Pentoxlde

Potassium Potassium Potassium Potassium Potassium

PDL Rating

23 ...93 .......

(1)

CI>

Load

% Retained

"

~

"'U

(")

Chemical Resistance - Polycarbonate

C>

~

Chemical Resistance - Polycarbonate

"'U

o

'., . , ...." . ·~I·T,·)l;':';/I . · · . ····Ii .' .. F"; ·;;1 OL~~;.~~~'r,

::::mCh"m.".m

,~,~L~.t';~ "'~~'iM ,,:;:r¥! :~;;;/t&.:

Potassium Hydroxide

10

Potassium Nitrate Potassium Perchlorate

·"··\;yo

10 j j

Potassium Persulfate Propargyl Alcohol Propionic Acid

20

Propyl Alcohol Pydraul

i~~i;;

t:';;;,h~i{

'" 23, ; . ; .'85' ::: '?,3f f·•• 93.,· " ';23 ··?3;kt..··•

Pyridine Rapeseed Oil Resorcinol Formaldehyde

"

'Ie<

r

.is·1

,,:.... GE Lexan 101

5

I-propanol

Pyranol 1470

i,;

"'3'»{','{a\tat~M;;;

' ;' 2J{···

Potassium Permanganate

·Li.

'" r - ' r

365

'Yi~\

~i~~t;I;'~~,

N

"'S""rss1Stanl

1.r.;;

:;L" . .

:

2 / ;

1

Miles Makrolon

oOh/;;:;~j~~r;,';'·'

iillack9d;"

:i~e~e~:~r;~~

GE Lexan

6

6 9kirl$$Ol~ed....

1

.

9'

i

0

.. >;..8.,

3

1%··;; t8··; .

'i'''''('

',.. n.. i.<· ;f;'i;l(L!!~@Ml

Miles Makrolon

;'}.'

GELexan141 Miles Makrolon GE Lexan

7'.<.;,

Miles Makrolon

. ..;.,;. ··' iiiidiffec("'·

3 3 3

;ti,~,gE:

Rubbing Alcohols

1% 1%

3

Rum Sage

,'; .qf' '·"·i).'.·.·

•·...3~~··.

cib 3.~}.,.'.'

ground

:

1%

3

Salad Oil Salts

~

~ ~

~

t"""

c;: ...

...

l:l

··.;;./~3'"

solutions

10

saturated"solutions

1

S~,hT... Shampoos

Silicone Adhesives

A:P

:

:'!:l;j~/,

III l : l~;\~;~i~;~~:: l.;~r~~i~~ti~;:

silicone rubber

3

"

3

1 0::. 1% 1%

resi~a~l '.o"

i •.·,' ;. }Y.,iio elfecb.·

."t . . ·.. 8.' .

i\

o~~~~i~;;~i!

,>"c.':

8 .. ···

....:.•••••.;

.··'·,'/;';·;}re$iilfatil;·?f'L? ;',/';

0.55

GE Lexan

Miles Makrolon

GE Lexan

@

~.,: :.;

S"

Teihp: ·•.·•. /TIII\!t

~

n' CIl

tl

r

iiiJiT §' Silicone Adhesives

o«","
silicone rubber

(1)

CIl

115'

Silicone Grease

:It};

Mil-L 4343A

;:s t'"

0: ..,

..,

>l

"::: '::i:'--:'~·;:

,. 't'"

'\l

.85 23 23 23 '85

Silicone Oils Dow 550

II:

Silver Nitrate Skydrol Soap

Ivory

5

washing green soap solution

pDt',$~l~=g.. '~."

3 3 3

365

Sodium Chlorate Sodium Chloride

10

Sodium Chromate Sodium Hydroxide

10 10 15 30

Sodium Hypochloride Sodium Hypochlorite Sodium Nitrate Sodium Sulfate

10

,

bleaches

5,25 10 10

10

Solvents Spindle Oil

'1J

()

10

CD-94

93,. 23

'8

8

93 23

9

".':"

1

5 )

365

9

,

0.63

GE Lexan 141 Miles Makrolon

···· .

'u~';"

GELexan 141 Miles Makrolon GE Lexan

anaeked

GE Lexan GELexan 141

anaeked

GE Lexan 101

,

iilsi~lanl

GE Lexan 141 Miles Makrolon GE Lexan

'.

~o effect

~raZlng 100

resistant

~ 9

0.5%

res.l.stan t .

,

·llO visual'ehg.

9

2

GE Lexan 141 Miles Makrolon

GELexan 141

100

4

93

resistant

98 7

8 B

0.7%

,

4

GE Lexan

100

&"

365

no elleel

resistant no elleet

9 3 3 3

2~

Miles Makrolon

100

2

I

23..

noiiiliiii; resisla~l

100

8

5 5

1 365

Miles Makrolon GE Lexan

:«--.-~.-.-.-.

100

9

23

resistant" anahed

icr~zing

8

0.125 2

Miles Makrolon GE Lexan

.' ,'<\,. 0.0 ellecl

9

23

23

"::i.

8

8 8

93.

0.2

4'

1%

23

Sodium Thiosulfate

2 9

23

3 1

llo,lfect

}

9 8

365

;.. :::~;: ::><~:' >~:;

8

23

Sodium Sulfide

';;resisiii~r

8

1%

93

93 23." . 2'3 23 23 93

, . .

8

8

93 23 93 93

Mat~;i~}:Not~

8 1%

23

23 SO 70

.*

8 8

1%

8,

23

's:

GE Lexan

23 10

>~-;;.

1%

23 3 3 3 3

.,X:;.

GE Lexan

8"'77

23

I·

'.~'

1%

23

Sodium Bisulfate Sodium Bisulfite Sodium Carbonate

..:.

..~".,

:::'

3

3

23'

10

~

23 23

23 85 85

Sodium Bicarbonate

3 3

Load

.......,-

100

---

','" nofrils!S\anl' 100

" .2

"'~::~;:.\\;~::,

gen. purp. grade GE Lexan

-

GE Lexan 141 Miles Makrolon GE Lexan 141 Miles Makroton GE Lexan 141 GE Lexan

7'''''' "'"::'''''::WalliiCk8d''o''' \/i.$i~~'.

Miles Makrolon

~

Chemical Resistance - Polycarbonate

o w

Chemical Resistance - Polycarbonate

"'U ()

,it;

I

.

'~ea9~nt

Stannous Chloride Stoddard Solvents Styrene Sulfolane Sulfur Sulfur Dioxide

Reagent Note ::."

Conc. ;: ('J(,)

.. ('C)·

10 10 10 10 10 10

30 30 30 30 30 30 30 30 30 30 35 35 35 35

. . . J~. . >.. 23'·'

"'23

23

23 23

...'. 23 ····23 50.

50

GE Lexan

0.125 7 7 7 7 5 5 5 5 5

0.7%

Miles Makrolon gen. purp. grade

0.5% 1%

5 5 5 1

0.5%

3 3 3 3

1%

85

85 23·' 23, 23

365

ih

365

GE Lexan 101

•

1%

·70'/

2"3 . 23

LNP; 30% gUib.

not atl~cked

0.5°/0

5

70 70 93

83.4 90.8 87.2 94.7

0.25% 0.25%

50··"

~3.",."" . .: 23;'{

light

1%

100

GELexan 141 GE Lexan

1%

-1.3

Miles Makrolon GE Lexan Miles Makrolon GE Lexan Miles Makrolon

5

0.5%

5

1%

5 5 5

0.5%

GE Lexan 101

1%

5

::9 l:l

VI

M-

Tapping Oil

Cimcool

(\)

VI

tEo ;:l

<:::

0.5%

23

@

.., ..,l:l

182 182

····l;~~

,~~:

t

Miles Makrolon GE Lexan 141 Miles Makrolon

o

23 ·23· '2·3· ..

concentrated

0-

Miles Makrolon GELexan 141

23

50 75

tl

.~ .

93

Sulfuric Acid

VI

.Time, ...·.Jilar s) ..

1/3 93

white spirits

Sulfuric Acid

Sulfuryl Chloride Syrups

1'~mjl. :.':'.

Sulfur Hexafluoride

r;'

.j:>.

o

.j:>.

Tartaric Acid Tea

5

0.5%

5 5 3 3 3 3

1%

GE Lexan

1%

1%

30 6

0.92

Miles Makrolon GE Lexan

@ "0

po

~

(;.

't:l"

i~e.gent ..

.;.:.

,

Tear Gas

.,

.,>l

u:::

'"o..

R.....

,X: F\t..

. ien\~.{· I·_r\~::'::~:~:

('J(,)

chloracetophenone

1 1

0.5%

Tetrahydrofuran Tetrahydronaphthalene Thiophene Thyme

1

"

Titanium Tetrachloride

;

Toluene

. ';1!~~,~;;~':

.~;:<

:~?:f:~;:~::ik:/j1

5 min. immersion

'O' ;~Qti¥i

Toluene

@Li~¥;:%

[;;lili,~~i~r~~i

Transformer Oils 10·C

•. w_.··.·,·-··

Transmission Fluid

Mobil

j:/:~:~J1L~~:tmE

Mobil

;i:~~

....., , ,

Trichloroacetic Acid

6 6 6

1%

3 3 3

1%

<0.0001 0.0035

1% 0.32%

0.0035 0.0035 0.0035 0.0035 0.0035 1 5 5 5 6 5 5 5 5 5 5 1

20

'w

~-rt\~~:ttf

I

0

l

2

crazing

0

!;

~

1

'~:

,

55

.,

'3,

66

! !

"", "'0.,

0.0% 0.5%

,,~

1%

." no elleel

GE Lexan

':;:~~1;;~;f-l;~::1~1 crack

Miles Makrolon Miles Makrolon 2608; Miles Makrolon; 3.2 mm thick bars (Bisphenol A PC)

<Jtf:.:~,.'~~·····

"-: '

..

\W1f:a~'~\i~:~i~i;Sl:~~~;i,~

.

%Lijtiac~ed; i:r~el<~.g,.h¥ilig

'3

i

Wsb,,'ci>/'ueckW·j,· ","..,

.;;i~;QT

.. :

,":\! 0.5% 1%

~

GELexan 141 Miles Makrolon

31 36 38

!

0

p

"".__ ,"T'.·;"t::/

,

.~:

GE Lexan

~ofr~~la~l

"

2" \

1

1

Material Note GE Lexan

'"ciailnl{

8

}.

I

Resistance Note

4

;,

Miles Makrolon 2800 GE Lexan 101

GE Lexan GE Lexan 101

0.5% 1%

'

' 8·

,'8

1%

0

:~

~~ ,~

~~:~:;t~~t:~~a%~~;;~f'

".:; '~
:;~~tx+>;t;r;: ;:n,s.i$Jint~j?;~;~:: ;:~::t~~:;~{;;

i

:8

6

30 30 365 30 30 365

I

4;

I

}····»,···st

3 3 3 3

~,;'

IIoduIUs

0.63% 0.95% 1.26% 1.57%

f@;13'hW

Tomato Concentrate Tomato Juice

-u

I

···.w.·. :.~~

LOlld

Terpineol

5 min. immersion; stressed

()

Time IA.v.\

1%

"

'" lEi' t0-

--

j

. Cone.

3 3 3

C1>

;:J

'r

.. 5~

0.67

.~

j

/jP;"{;l\o~~'~I'..} ' ,

Vi

GE Lexan 141 Miles Mekrolon GE Lexan

;F;,[;';;"'f~~:;;:~t~~=~'f(;;'\, . . j,;:

Miles Makrolon GE loxan

..:':;.,;-. .:

Miles Makrolon

1%

;9 M.~}

1%

0.05 0.05

1%

t .. :

8

I

ih,'{'('

(~!Sl~l .

.~~:~

::,.

~

Chemical Resistance - Polycarbonate

C> 01

~

Chemical Resistance - Polycarbonate

-a

o

0>

()

Mat~~I~I'~~t~i GE Lexan

5 min. immersion;

Trichloroethane

5 min. immersion

0.0035 0.0035

0.63% 0.95%

.::~:, ~.:. ,::(/:.., ~:~I~::': ':::,n: i\)'f>·."·"""·'·'· (d:, At ,},}',."",

0.0035

1.26%

.,., .,

47

0.0035

1.57%

).

58

0.0035

1.57%.

45

0.0035

1.~%

0

66 44 42

0.0035 0.167

Triphenyl Phosphite Trisodium Phosphate

,.•,.".

0.32%

stressed

."'\\

·3.

0.0035

Miles Makrolon; 3.2 mm thick bars (8isphenol A PC)

56 0.0%

Miles Makrolon 2800

',,<

.... ,. 30

Miles Makrolon; 3.2 mm thick bars (8isphenol A PC)

16

0.5%

GE Lexan 141 GE Lexan

30

Turpentine

Miles Makrolon GE Lexan

6

Urethane Coating

Vacuum Pump 011 Vanilla

3 3 3 3 vanilla extract

Vanillin Varnish

IsoneI 31

V·587 Isonel 31

Varsol Varsol2

@

'i:l

P ~

n'Vl ~

Vl

15' ;:s t-'

0: .,

.,

$:l

u::

Vinegar

3 3 3 3 1 1 3 3 3 3 3 3 3 3 3 3 3

1% 1%

-

GE Lexan

1% 0.5% 1%

1%

1% 1% 1%

8. 8

table

wine

Miles Makrolon

1%

6

Miles Makrolon 0.63

GE Lexan

--

Miles Makrolon

--

Vodka Water

0.35 mineral water

1

58.9 MPa

33.1

41.4 MPa

365

1%

GE Lexan

26 MPa

Miles Makrolon 3200;

Miles Makrolon 3200;

365

417

······v·:.·:··.·.···

@

'~"

~ ;:;. V>

1?

,'.,. .

... .... ;.~

~

% Change

~eagent •....

-,

Reagent Note

Conc.

Temp.'

Time

('Jr.)

('C)

(days)

.,

Load

• POL Rating

TIftSlIe Strength

I

Resistance Note

Modulus

Water

<60

7

good resisl. slless cracks slal1 0 load

1

28.5 MPa

1

60

1

30.6 MPa

1

60

V>

,'.

;:l

s:..,

0-

~

30.6 MPa

1

1

44.9 MPa

1

60

6.6

16.3 MPa

1

6.6

23.5 MPa

1

6~

6.6

23.5 MPa

1

60

16.6

10 MPa

1

60

33

28.2 MPa

1

60

52

13.1 MPa

1

60

52

13.1 MPa

1

170

13.5 MPa

1

417

5.1 MPa

1 3

·

1

35.3 MPa

1

slress cracks start 0 load

33 132

11.5 MPa

1 '1

i ',:

>60 80 80' ,',

,

89

93 boiling water

100'

water changed weekly

100

Whiskey Wines Witch Hazel

Xylene

Zinc Stearate

Zinc Sulfate

i

j'

,

"

·

Hio

41.7

"

100 100

208

Pluronic L62

23 23

10 10

8

23 23

6

7 8 "

t I

208

:~;'

',', 6

23

3

23, 85

3

3

0.58

23

l

1

2

51 64 28

1

45

1

20

23

182

23

182

23

3

23

3

85

3

,~!? 23

3

0.5%

Miles Makrolon 3200; Miles Makrolon 6455; Miles Makrolon 6650;

,

Miles Makrolon 3200;

· ·

Miles Makrolon Miles Makrolon 3200;

··

"

GELexan 141

,

i

30% gLfib. 30% gLfib.

1

.. .:, :"

0.82

I

30% gl.fib.

,

.

" Miles Makrolon

'''.0'.

'".

GE Lexan

·· "

:'

crazing

2

GE Lexan

"

resi~anl' ',' nu

:'.:

not resistant

Miles Makrolon

reSlsiiirii

Miles Makrolon

0

GE Lexan 141 ..., ....

8

,.

no effecl

8 8

1%

Miles Makrolon 2800;

,,

8 1%

Miles Makrolon 6650;

Miles Makrolon

1.1

8

23

"

crazing. no affecl .,.

8 4

0

Miles Makrolon 6455; ','

"

110

8 -:

Miles Makrolon 2800;

,

3 1

7

1%

{

,

100

4

0.5%

Miles Makrolon 3200;

"

,

"

4,2

-: '23'

, ,

f

8

41.7

"

~

8 4.2

Miles Makrolon 6650;

stre~~ cracks~lart 0 'ioed

9

100.

93

Zinc Chloride

5.8 MPa

1

100

· ·

Miles Makrolon 6455;

1

60'

·

'. '", ·· · ···

.... , ...

Miles Makrolon 2800;

N:'\-:·

60,·'"

60

Wetting Agents

'"

Miles Makrolon

60

60

..,>:l

Water

Material Note ">'."'

tE·

"'U ()

Weight

~.

% Retained

8

,

8 8

I I

·· ·· "

,

resisiant

GE Lexan

, ;

,

" "

· · "

Miles Makrolon

~

Chemical Resistance - Polycarbonate

C> -oJ

Chemical Resistance - Liquid Crystal Polymer

r

o

~

o

ex>

"'U

r-·· .{

Re~g~nt:

Reagent....NOte \.;. ~

2;3

Acetic Acid

23 .,. 118'

glacial

118

Acetone

Acetonitrile Antifreeze

30 180

~~."".,..

180

50 50 50 50 50 50 50 50

ASTM Reference Fuel C

30 30

52 ,'56'.(""/· .56\\ 23 "\,,,,}

wi wale,

7 120

Hoeehsl Cel. Veetra A950 Hoeehs! Cel. Veel,a A625; 25% mine,al

30

Hoeehsl Cel. Veetra A950

30 30

Hoeehsl Cel. Veetra A150; 50% gl.fib.

50% isooetane, 50% loluene

Hoeehsl Cel. Veel,a A422; 40% earb.lgl.fib. Hoeehsl Cel. Veetra A950 Hoeehs! Cel. Veel,a 8950

30 90 90 30

Hoeehsl Cel. Veel,a C950 Hoeehsl Cel. Veel,a A150; 50% gl.fib. Hoeehsl Cel. Veel,a A422; 40% earb.lgl.fib.

30 30

Hoeehsl Cel. Veel,a A130; 30% gl.fib. Hoeehsl Cel. Veel,a A422; 40% ea,b.lgl.fib. Hoeehsl Cel. Veet,a A950 Hoeehsl Cel. Veel,a 8420; 22% misc.

30

50% isooelane, 50% loluene

Hoeehsl Cel. Veelra A130; 30% gl.fib. Hoeehst Cel. Veel,a A625; 25% mine,al

120

30 30 30 50% isooelane, 50% toluene

Hoeehsl Cel. Veel,a

180

30 30 121 12:1·

Amoco Xydar Hoeehsl Cel. Veel,a A625; 25% mineral Hoeehsl Cel. Veel,a A950

90 90 90

Amoco Xydar

Hoeehsl Cel. Veet,a B950 Hoeehst Cel. Veel,a C950 Hoeehsl Cel. Veetra B420; 22% misc. 127x12.7x3.2 mm bars Hoeehsl Cel. Veet,a B420; 22% misc. Hoeehsl Cel. Veetra A130; 30% gl.fib. 127x12.7x3.2 mm ba,s Hoeehst Cel. Veel,a A130; 30% gl.fib. Hoeehst Cel. Veet,a A422; 40% earb.lgl.fib. 127x12.7x3.2 mm ba,s Hoeehst Cel. Veet,a A422; 40% earb.lgl.fib.

Brake Fluids

@

Amoco Xydar Caslrol TLX 9SSC DOT 3 Napa B,and

Hoeehs! Cel. Veel,a A130; 30% gl.fib.

Cast,ol TLX 9SSC DOT 3 Napa Brand

Hoeehsl Cel. Veel,a A420; 50% ea,b.lgl.fib.

Castrol TLX 9SSC DOT 3 Napa B,and

Hoeehsl Cel. Veel,a A422; 40% ea'b.lgl.tib.

Castrol TLX 9SSC

Hoeehsl Cel. Veel,a A950 Hoeehst Cel. Veel,a B950

~

S"

Hoeehsl Cel. Veel,a C950

~

;::;.

'~" '" 15' ;:s

DOT 3 DOT 3 Napa B,and Casl,ol TLX 9SSC DOT 3

t-'

0: .,

.,p

It::

DOT 3 Napa B,and Caslrol TLX 9SSC

Hoeehst Cel. Veel,a A130; 30% gl.fib. Hoeehst Cel. Veel,a A130; 30% gl.fib. 127x12.7x3.2 mm bars Hoeehsl Cel. Veet,a A130; 30% gl.fib. Hoeehsl Cel. Veel,a A420; 50% ea'b.lgl.fib. Hoeehsl Cel. Veet,a A420; 50% ea,b.lgl.fib. 127x12.7x3.2 mm bars Hoeehsl Cel. Veelra A420; 50% ea,b.lgl.fib. Hoeehsl Cel. Veet,a A422; 40% ea,b.lgl.fib.

@

~ p ~

r;'

'~" '"

DOT 3 Napa Brand

~.

0.6

0

0.5-1.0

0.2-0.5

Hoeehsl Cel. Veelra A422; 40% earb.lgl.fib. 127x12.7x3.2 mm bars 80-90

~

,

Hoeehsi Cel. Veelra A422; 40% earb.lgl.fib. 95

::l

Chlorine

chlorine wale,

<0.5

<0.2

>=95

Hoeehsl Cel. Veelra Hoeehsi Cel. Veelra A130; 30% gl.fib.

0-

dry gas

<0.5

<0.2

,

>=95

P

chlorine wate,

<0.5

<0.2

>=95

<.c::

dry gas

<0.5

<0.2

>=95

chlorine water

<0.5

<0.2

>=95

dry gas

<0.5

<0.2

>=95

chlorine waler

<0.5

<0.2

>=95

dry gas

<0.5

<0.2

>=95

chlorine waler

<0.5

<0.2

>=95

dry gas

<0.5

<0.2

>=95

chlorine waler

<0.5

<0.2

>=95

dry gas

<0.5

<0.2

>=95

<2

<2

>=95

Hoeehsi Cel. Veetra A130; 30% gl.fib.

<2

<2

>=95

Hoeehst Cel. Veelra A625; 25% mineral

<2

<2

>=95

Hoeehsl Cel. Veelra A950

Chloroacetic Acid Chlorobenzene Chromic Acid

Hoeehsl Cel. Veetra A625; 25% mineral Ho~ehsl Cel. Veelra A950

Hoeehsl Cel. Veelra A130; 30% gl.fib. Hoeehsi Cel. Veelra A625; 25% mineral Hoeehst Cel. Veelra A950

97

Amoco Xydar

50

0.5-1.0

0.2-0.5

>=95

Hoeehst Cel. Veelra A130; 30% gl.fib.

50

<0.5

<0.2

>=95

Hoeehsl Cel. Veetra A625; 25% mineral

50

<0.5

<0.2

>=95

Hoeehsl Cel. Veelra A950

0.5-1.0

0.2-0.5

>=95

Hoeehsl Cel. Veelra A130; 30% gl.fib.

50

<0.5

<0.2

>=95

50

<0.5

<0.2

>=95

50

0.5-1.0

0.2-0.5

80-90

50

(\.

50

<0.5

<0.2

>=95

50

<0.5

<0.2

>=95

70

>1.0

>0.5

<80

,:,.

'"1J

,:.

Hoeehst Cel. Veelra A950 Hoeehst Cel. Veetra A130; 30% gl.fib. Hoeehsl Cel. Veetra A625; 25% mineral Hoeehsl Cel. Veelra A950

some':sillflifieanl ~hanges,

>1.0

>0.5

<80

'u

70

0.5-1.0

0.2-0.5

>=95

no conclusive. e~ng~ . ·ie$istant'···<····· ..

>95

s~m.pr~p~&·~i~~ll;.th~.

Hoeehst Cel. Veelra A130; 30% gl.fib. Hoeehsl Cel. Veelra A625; 25% mineral Hoeehsl Cel. Veelra A950 Hoeehsl Cel. Veelra

<0.5

<0.2

>-95

Hoeehsl Cel. Veelra A130; 30% gl.fib.

<0.5

<0.2

>=95

Hoeehsl Cel. Veelra A625; 25% mineral

<0.5

<0.2

>=95

Hoeehsl Cel. Veetra A950

<0.5

<0.2

>=95

Hoeehst Cel. Veetra A130; 30% gl.fib.

<0.5

<0.2

>=95

Hoeehsl Cel. Veelra A625; 25% mineral

<0.5

<0.2

>=95

Hoe~hst Cel. Veelra A950

<0.5

<0.2

>=95

Hoeehsl Cel. Veelra A130; 30% gl.fib.

<0.5

<0.2

>=95

Hoeehsl Cel. Veelra A625; 25% mineral

<0.5

<0.2

>=95

<2

<2

<0.5

<0.2

>=95

Hoeehsl Cel. Veelra A130; 30% gl.fib.

<0.5

<0.2

>=95

Hoeehsl Cel. Veelra A625; 25% mineral

<0.5

<0.2

>=95

Hoeehsl Cel. Veet,a A950

<0.5

<0.2

>=95

Hoeehst Cel. Veetra A130; 30% gl.fib.

<0.5

<0.2

>=95

Hoeehsl Cel. Veel,a A625; 25% mineral

<0.5

<0.2

>=95

Hoeehst Cel. Veel,a A950

<0.5

<0.2

>=95

Hoeehsl Cel. Veetra A130; 30% gl.fib.

Hoeehst Cel. Veetra A950 >95

r

()

....

fs;:~:I~~:~~i~~: •.;'

70

Diphenylamine

Hoeehst Cel. Veetra A625; 25% mineral ;

70 70

Dimethylformamide

··"\u

Hoeehst Cel. Veelra

~

Chemical Resistance - Liquid Crystal Polymer

o(0

~ .......

Chemical Resistance - Liquid Crystal Polymer

r

()

o

"'U

Rea~!nt, ..

ReagentNotl!

I' Cone. I· temp. (if.): "(%)

/.y'"

. .

I,.

Time

I :.' PD~"

~i~~~t.~~;sistanc;e,Note, ';;''' ."

.'Jda~!J'· Ra!,~9

Diphenylamine

<0.2 <0.2

""$$$etll~liy un~il$Clei{".

>=95 >=95

~

Diphenylcarbonate

k· not"lliccllilinendecff6r . . , ..

Fluorinert Fe 70

50 50

.~3

50 50

23' '23

50 50

'2.3 23

,',.,

.. ,:., 23.· 23 23:

50

23 '100' 100 :2·1.~

vapor phase stability

215... ."', ... 2'15 . .. "'215'",

3M

2"5

Formic Acid

<2 <2

>=95 >=95

<2 <2

<2 <2

>=95

19 9"

<0.5 <0.5

<0.2 <0.2

>=95&$~enl!iii!y:ijnalfei:ied

>=95

.• ".

Hoechst Cel. Vectra A130; 30% gl.fib. Hoechst Cel. Vectra A625; 25% mineral

l

<0.5 <0.5

<0.2 <0.2

>=95 >=95

• •

Hoechst Cel. Vectra A950 Hoechst Cel. Vectra A130; 30% gl.fib.

",.:.9 "9

<0.5 <0.5

<0.2 <0.2

>=95 >=95

I

•. .'

Hoechst Cel. Vectra A625; 25% mineral Hoechst Cel. Vectra A950

<0.5 <0.5

<0.2 <0.2

>=95 >=95

I

9

<0.5 0.5-1.0 0.5-1.0

<0.2 0.2-0.5 0.2-0.5

>=95 80-90 >=95

I , '."".' ., ;.pOssible. discl>loration I .'no c;onclU$iv.e ~"a~lie'

<0.5

<0.2

>=95

<2 <2

<.05 <.05 <2 <2

.S.

<2

<2

Freon 113

©

I

::9 p ~

r;'

"".~

0: .,

.,p

u::

:,9,. "9 . ." 7 .j! 9, '2 " 2 9

g

6.

<2

<2

'·1.0~l:.,....

'S

<2

<2

" Hoechs! Cel. Vectra A130; 30% gl.fib. .. ,' ,..)::"

>.,.:,C".

··'.i""·'· >95

Hoechst Cel. Vectra A625; 25% mineral Hoechst Cel. Vectra A950

./ 'res"jsliitlt ':".' .".'

'".,"

':j\ :.,

.;;:::."., .

'~, .•

Hoechst Cel. Veclra Hoechs! Cel. Vectra A950 Amoco Xydar MG350; 50% gUmin.

:i .'

. ~enli"l)y uri~eHed . not r8'c;;;;rilerided lor us~\ ".,. "{ ,

<.05 <.05

Hoechst Cel. Vectra A130; 30% gl.fib. Hoechs! Cel. Vectra A625; 25% mineral Hoechst Cel. Vectra A950 Hoechst Cel. Vectra A130; 30% gl.fib. Hoechst Cel. Vectra A625; 25% mineral Hoechs! Cel. Vectra A950 Hoechst Cel. Vec!ra Hoechs! Cel. Vectra A950 Hoechst Cel. Vec!ra A130; 30% gl.fib.

>=95 >=95

Hoechst Cel. Vectra A950

>=95

Hoechs! Cel. Vectra.CI30; 30% gl.fib. >95

>=95

Hoechst Cel. Vectra

i

Hoechsl Cel. Veclra A625; 25% mineral

,~~::

>:::

·,;;.~~.~

'Y,$~' ~.~ ~l

~~~

tt~1' :~~~~7~~j~~~~~~~~~:

y$

""'~;!:";:7~:::~!.'".•,

:~:~

:::~;:,~,:t:";~;:~;:;:::':~;;~)~Hoechs~~e~~~e~~I~~::t~~~:Sominerai

IFreon 22

:~:~

:::~:~,~t{~,:;~;;::::':1j>.,;;:!jt; HoechS~~e~~~e~~la ~::t~~ ~:Sominerai

Vl

t""

>95

IFreon 12

~.

;:l

!

.) 04>, .

Vl

~

i

9"'., 9'

80

;",iif '§~

Hoechst Cel. Vectra

<2 <2

80

~!

"

/. :'."

>=95

~3'

50 50 50

use'.'

<2 <2

91 50 2~ 50,2,3

Hoechst Cel. Vec!ra A625; 25% mineral Hoechst Cel. Vectra A950

,,,.,,

<2 <2

Ethyl Alcohol Ethylene Glycol Ethylenediamine

I

"Ir,!n~ <0.5 <0.5

Ethyl Acetate

:\,1

IGasoline

unle~~~~a~~I'O%

ii: ;!i :i~ ~ ~l ;

;i;~l~l~~;~:;; i:;~;:i i:;~i:;

ii~ii

~;.: ';,rp~$,:i:!I~;t~ ,;i~ a~I~ ~ ~ ~ ~ H;;;~:~~:~~:;:;~~~:;~2;~~;;;~::b

@

4~\~

"tl

E" ~

Reagent

t:J

Gasoline

o'en

Reagent Note

Cone.

Temp.'

(%)

('C)

90

.~3

en

90

ga.

;:l

90

Cl>

unleaded wi 10% methanol

<E'

s:.,

90

9~' '93'"

I\TI~e

.(daYs) 30

::~

POL

Walght

8

0.5-1.0

0.2-0.5

>=95

no conclusi'!. c~ange

0.5-1.0

0.2-0.5

80-90

~ssibiecij~coj;)talk~

>1.0

>0.5

<80

0.5-1.0

0.2-0.5

80-90

Thlckn... I Tanslla Strength

• Rating

0-

90

~3

0.5-1.0

0.2-0.5

80-90

>l

.,

90

123

>1.0

>0.5

<80

u::

90

;21:~

>1.0

>0.5

<80

90

121

>2

>2

<90

90

121 ,:. ·121

>1.0

>0.5

<80

90

SO~~~~~i:;~~;a~§nes nOI ie~omn;~~d~ 1o,. use

Material Note Hoechs! Cel. Vectra 8420; 22% misc.

Hoechsl Cel. Vecl,a A130; 30% gl.fib. Hoechsl Cel. Vecl,a A422; 40% carb.lgl.fib. Hoechsl Cel. Veclra A625; 25% mine,.1 Hoechsl Cel. Vecl'. A130; 30% gl.fib.

so~.slg~iiica;;1 ¢/;ange~/

Hoechst Cel. Vee!,. A422; 40% c.rb.lgl.fib.

somesllJll)f\carilCbail"ges,

Hoechs! Cel. Veclr. 8420; 22% misc.

Hoechsl Cel. Vecl'. A950 ~~):

:

}::"."'

>2

>2

<90

>1.0

>0.5

<80

90

>1.0

>0.5

<80

Hoechst Cel. Vectr. A130; 30% gl.fib.

90

121'

>1.0

>0.5

<80

Hoechst Cel. Veclr. A422; 40% c.rb./gl.fib.

99

Amoco Xyd.r

<2

<2

>=95

Hoechsl Cel. Veclra A130; 30% gl.fib.

0.5-1.0

0.2-0.5

>=95

Hoeehst Cel. Vectra A422; 40% c.rb.lgl.fib.

<2

<2

>=95

Hoechsl Cel. Vecl'. A950

<2

<2

>=95

Hoeehst Cel. Vecl,a 8420; 22% misc.

<2

<2

>=95

Hoechst Cel. Vect,a 8950

<2 -0.1

<2

>=95

Hoechst Cel. Vect,a 8420; 22% misc.

<2

<2

-0.1

o

Gasoline unleaded

o

.,: 0.5-1.0

Hoechst Cel. Veel,a 8420; 22% misc. 127.,2.7.3.2 mm b.rs 110 >=95

o

<2

<2

Hoechst Cel. Veelra Hoechst Cel. Veet,a A130; 30% gl.fib.

-0.8

0.2-0.5

-0.1

Hoechsl Cel. Vect,. 8950 Hoechsl Cel. Vectra 8420; 22% misc.

-0.8

<1

Hoechst Cel. Vect,a A130; 30% gl.lib. 127.,2.7.3.2 mm ba,s >=95

Hoechsl Cel. Vecl,a A422; 40% c.,b.lgl.fib.

o

Hoechsl Cel. Vect,a A422; 40% carb./gl.fib. 127.,2.7.3.2 mm ba,s Hoechsl Cel. Vectra A950 >=95

Hoechst Cel. Vect,a A625; 25% mine,al

37

<2

<2

37

<0.5

<0.2

90-95

Hoechsl Cel. Veclra A130; 30% gl.fib.

37

<0.5

<0.2

>=95

Hoechsl Cel. Veclra A625; 25% miner.I

37

<2

<2

>=95

Hoechst Cel. Vectra A950

37

<2

<2

>=95

Hoechsl Cel. Vecl,a C950

37

>1.0

>0.5

<80

Hoachst Cel. Vecl'. A130; 30% gl.fib.

37

>1.0

>0.5

<80

Hoechst Cel. Vectr. A625; 25% mine,.1

37

>1.0

>0.5

<80

Hoechsl Cel. Vecl" A950

37

>1.0

>0.5

<80

Hoechs! Cel. Vecl,a A130; 30% gl.fib.

37

>1.0

>0.5

<80

Hoeehsl Cel. Vect,. A625; 25% mine,.1

37

>1.0

>0.5

<80

Hoechst Cel. Veclra A950

37

>1.0

>0.5

<80

Hoechsl Cel. Veclr. A130; 30% gl.fib.

37

>1.0

>0.5

<80

Hoeehst Cel. Veet,. A625; 25% mineral

37

>1.0

>0.5

<80

Hoeehsl Cel. Vect,a A950

94

Amoco Xyda, MG350; 50% gl./min.

37

>95

100

Hydrofluoric Acid

t

12 1 12:1

90

Hexafluoroisopropyl Alcohol Hexane Hydrochloric Acid

Resistance No!_

anhydrous

Hoechsl Cel. Vecl"

Amoco Xyda, Hoachsl Cel. Veetra Hoechsl Cel. Vecl,a A950

Isooctane Isopropyl Alcohol

<2

<2

>=95

Hoechst Cel. Veclre A625; 25% mine,al

100

Amoco Xyda,

r

(") ""'lJ

Chemical Resistance - Liquid Crystal Polymer

~ .-..

.-..

."",..,." ~~

;~

al r.flux l.mp.ralu,.

30 30

~j~ ~~~ <2 0.5-1.0 >1.0 <2

:r: >1.0 .

Methyl Ethyl Ketone

;\~~~t~~,

Methylene Chloride

n1g;g

Morpholine Motor Oils

200

-0.02

~

10W_30Y:~01{

10

,

~~

o:~:,

iWfH~A. I .'."",~/

::l:! ~

'"

t:l ~ ~. t-<

~ ... It:

"::i".:t'in;$taiif""'"

SQ~'{ig;;iriC$Yfi;~g~$ .

<80 >=95

,.;";,,·;\,:L,,.,J-'.

Ho.chsl C.I. V.ctra Ho.chsl C.1. V.cl,a A130; 30% gl.fib. Ho.chsl C.1. Veclra A422; 40% carb.lgl.fib. Ho.chs! C.I. V.cl,a A950

< 8 0 " s91ll.••.stgni!iCanfchanll.s

«'<"'::

::

:~:~

>~905)';;;:;

<2

>=95

>~:5

::::

':''! Ho.chsl C.1. V.clra A422; 40% carb.lgl.fib.

110·;.ithJ;;~,i:';~:'L"d Ho.chsl C~~~~~~x~~2~::;:;arb.lgl.fib.

0

<2

>':

i"."i, ..., ,}

II~ ~~~1l:!~!1~~~~;~

: :::

;;: . .,. ,..

>95

,;;t:,::;;'::\:..

.,',';~:;

""""f'\;:' .,;

i

. "":'.':;

Amoco

XYd:~~c~3~~~~0%

gUmin.

H~::~:~lc~~\~:~::aA:~~~;2~~% ~i~~~~1 Ho.chsl C.1. V.cl,a A950

;~;'r~;"t;';,r; H::C~:~ ~:~:~~~:~:::~~a09~/;li.~i~.

0.~~.0 0.~~5

~~~:~;;~rii~:!~i~~;~i~i~li~r:(

HO.Ch~~~:~~:i~l;a::!:'~;:~~ gl.fib.

<2 0.5-1.0 <2 -0.02

>=95 80-90, >=95 >...

Ho.chs! C.1. V.c!,a 8950 Ho.chsl C.1. V.cl,a C130; 30% gl.fib. Ho.chsl C.1. V.cl,a C950 Ho.chsl C.1. V.clra C130; 30% gl.fib. 127x12.7x3.2 mm bars Ho.chsl C.1. V.cl,a Ho.chsl C.1. Vacl,a A130; 30% gl.fib. 127x12.7x3.2 mm ba,s

<2 0.2-0.5 <2 0

0

<1

~

r'_"~~~I~~:t~~i~;i~i~~ >95

>0.5 <0 1

I\.)

80-90{.PJi;~j~i"~~~~.~fal~(..

y. ,: ri'

1 8 0 " 4;;-

ppm/sl.am'iX~~F

~~

<2 0.2-0.5 >0.5 <2

10W-30

@

~ ......

Chemical Resistance - Liquid Crystal Polymer

r

() ""U

105 0

50 50 50 50 50 50 50 50 50 70

<0.5 <0.5 <0.5 <0.5 <0.5 <0.5 0.5-1.0 <0.5 <0.5 >1.0

<0.2 <0.2 <0.2 <0.2 <0.2 <0.2 0.2-0.5 <0.2 <0.2 >0.5

>=95 >=95 >=95 >=95 >=95 >=95 >=95 >=95 >=95 <80

~~

>~20

>~~5

<80

.;'}""'"

.....

,', ""';;

'.~SSlble~iSCO~ra\ion· . '.

Ho.chsl C.1. V.cl,a A130; 30% gl.fib. Ho.chsl C.1. V.cl,a A625; 25% min.,al Hoechsl C.1. V.cl,a A950 Ho.chs! Cal. V.c!ra A130; 30% gl.fib. Ho.chsl C.1. V.c!ra A625; 25% min.,al Hoechsl Cel. V.cI,a A130; 30% gl.fib. Ho.chsl C.1. Vecl,a A625; 25% min.,al Hoechsl C.I. Vecl,a A950

>95

.·(,[{11~tl%~~~j~iJi:~~a<.l HO~C::~h~~I~~I·~::;!r~2:~~~.;7;:~;,~:a,s

@

"1:l

S ~ ::;. CJl

70 70

~ CJl

Hoeehsi Cel. Veel'. A625; 25% mine,.1 Hoeehsi Cel. Veel'.

cEo ;:l

t

..,C" ..,~

88

Nitrobenzene Nitroglycerin

<2

<2

<2

<2

>=95

<2

<2

>=95

<2

<2

Amoco Xyd., >95

Hoeehsi Cel. Veel'. Hoeehst Cel. Veel'. A950

>95

Pentafluorophenol

Hoeehsl Cel. Veet,• Hoeehsl Cel. Veel'. A950 Hoeehst Cel. Veel'.

Phenol Potassium Hydroxide

etch

Sodium Hydroxide

>2

<90

Hoeehsl Cel. Veel'. A130; 30% gl.fib.

<2

<2

>=95

Hoeehsl Cel. Veel'. A625; 25% mine,.1

<2

<2

>=95

43

100

Silicone Oils Skydrol Sodium Hydroxide

>2

5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5

;;~~ 10

;70 , }70"

F~;1;b"

+io,

<2

<2

>=95

<2

<2

>=95

Hoeehst Cel. Veel'. A950 104

Hoeehst Cel. Veel'. A950

<2

<2

>=95

Hoeehsl Cel. Veel'. 8950

<0.5

<0.2

>=95

Hoeehst Cel. Veel,. A950

<0.5

<0.2

>=95

Hoeehsl Cel. Veet,. A130; 30% gl.fib.

<0.5

<0.2

>=95

Hoeehst Cel. Veel'. A515; 15% mine,.I

<0.5

<0.2

>=95

Hoeehsl Cel. Veel'. A625; 25% mine,.1

<0.5

<0.2

>=95

Hoeehst Cel. Veel'. A130; 30% gl.fib.

<0.5

<0.2

>=95

Hoeehsl Cel. Veet,. A515; 15% mine,.1

<0.5

<0.2

>=95

Hoeehsl Cel. Veel'. A625; 25% mine,.1

<0.5

<0.2

>=95

Hoeehsl Cel. Veel'. A950

<0.5

<0.2

>=95

<0.5

<0.2

>=95

Hoeehsl Cel. Veel'. A130; 30% gl.fib.

<0.5

<0.2

>=95

Hoeehsl Cel. Veel'. A515; 15% mine,.1

0.5-1.0

0.2-0.5

>=95

Hoeehsl Cel. Veel'. A625; 25% mine,.1

<0.5

<0.2

>=95

Hoeehsi Cel. Veel'. A130; 30% gl.fib.

<0.5

<0.2

>=95

Hoeehsl Cel. Veel'. A515; 15% mine,.1

>1.0

>0.5

<80

Hoeehsl Cel. Vee". A625; 25% mine,.1

<0.5

<0.2

>=95

Hoeehst Cel. Veet,. A950

0.5-1.0

0.2-0.5

>=95

>1.0

>0.5

<80

Hoeehsl Cel. Veel,. A130; 30% gl.fib.

>1.0

>0.5

<80

Hoeehsl Cel. Veet,. A515; 15% mine,.1 Hoeehsl Cel. Veel'. A625; 25% mine,.1

>1.0

>0.5

<80

'.::'10

>1.0

>0.5

<80

Hoeehsl Cel. Veel'. A130; 30% gl.fib.

i'7.~ t!~ ..... 7p

>1.0

>0.5

<80

Hoeehsl Cel. Veel'. A515; 15% mine,.1

>1.0

>0.5

<80

Hoeehsl Cel. Veel'. A625; 25% mine,.1

>1.0

>0.5

<80

Hoeehsl Cel. Veel'. A950

10

<0.5

<0.2

>=95

10

<0.5

<0.2

>=95

Hoeehsl Cel. Veel'. A130; 30% gl.fib.

10

<0.5

<0.2

>=95

Hoeehsl Cel. Veel,. A515; 15% mine,.1

10

<0.5

<0.2

>=95

Hoeehst Cel. Veel'. A625; 25% miner.1

10

<0.5

<0.2

>=95

Hoeehsl Cel. Veel'. A130; 30% gl.fib.

10

<0.5

<0.2

>=95

Hoeehsl Cel. Veel'. A515; 15% mine,.1

10

<0.5

<0.2

>=95

Hoeehsl Cel. Veel'. A625; 25% mine,.1

10

<0.5

<0.2

>=95

Hoeehsl Cel. Veel'. A950

10 10

<0.5 <0.5

<0.2 <0.2

>=95 >=95

Hoeehsl Cel. Veel'. A130; 30% gl.fib.

r

() ""U

Hoeehsl Cel. Veet,. C810; 10% gl.lmin. pl.t.ble g,.de

Chemical Resistance - Liquid Crystal Polymer

~ ......

CU

..

Chemical Resistance - Liquid Crystal Polymer

() "'U

~ -'" ~

c~rih;i

./".

>:

'.{%j . '

'.~,

-.:.:;<.,,"

Sodium Hydroxide

10 10

23

10 10

.88'" 88

10

88'

>2

>2

<90

10

88 200 88 88

<2

<2

>=95

15 30 30 30 30 50

Sodium Hypochlorite Sour Gas

20 70/30 heptaneltoluene

sci~,~jgqiliea~l~.~;~~~~:

<80 >=95

"~ss8nliali~unatlectedt <" (;'~l~;a'j,l'

.".'

>95

Hoeehst Cel. Veetra A515; 15% mineral Hoeehsl Cel. Veetra A625; 25% mineral Hoeehst Cel. Veetra Hoeehst Cel. Veetra A130; 30% gl.fib. Hoeehst Cel. Veetra A950 Hoeehst Cel. Vectra C950

o

,.

...

'..

nOHec~iri~;hd;d"ci.r:use

,'

.

Amoco Xydar MG350; 50% gl.lmin. Hoeehst Cel. Veetra A950 Hoechst Cel. Veetra C950

B8'

Hoechst Cel. Veelra A130; 30% gl.fib.

8S,::'"

Hoeehst Cel. Veetra A625; 25% mineral Hoechst Cel. Veetra Amoco Xydar

!!8

So

88

"

some prop. '& dimens. 'Chg, ',' .",,' " :'.,::t,. "'.;

. 88" ·~O;

<2

121

0.5-1,0 <0,5

0.2-0.5 <0.2

9 0 - 9 5 ; 0 ' ••• , • ',.,:"."..,:,.....

<2 0.5-1.0 <2

<2 0.2-0.5 <2

> = 9 5 , : : . ' , . ''', i ..,.; . ' " ',., 80-90 . possible'discolQr~lioll( >=95 ' .,,,",,,•.,.

Hoechst Cel. Veetr. A950 Hoechsl Cel. Vectra 8420; 22% misc. Hoeehst Cel. Veclr. 8950

0.5-1.0

0.2-0.5

80-90

Hoechst Cel. Veetr. 8420; 22% misc.

o

<1 0

0.5-1.0

0.2-0.5

0.3

0

0.5-1.0

0.2-0.5

o

0

121 .. :' 1 " 121.'·····

18

i~~v

<2

>95 100

'resiStant. .'. .. W:..

L.

Hoeehst Cel. Veetr. Amoco Xyd.r

.

80-90':Plissijjle'ij*~lOiatlOn ','

103

'

Hoeehsl Cel. Vectr. A130; 30% gl.fib. Hoechst Cel. Veetr. A422; 40% e.rb.lgl.fib.

80-90

Hoechsl Cel. Veetr. Hoeehst Cel. Veetr. A130; 30% gl.fib. 127xI2.7x3.2 mm b.rs Hoechst Cel. Vectr. A130; 30% gl.fib.

80-90

Hoeehst Cel. Vectr. A422; 40% e.rb.lgl.fib. 127xI2.7x3.2 mm b.rs Hoechst Cel, Veetr. A422; 40% e.rb.lgl.fib.

-0.001

0

0

Hoeehs! Cel. Veetr. 8420; 22% misc. 127xI2.7x3.2 mm b.rs

Steam Sulfuric Acid

50 50

Hoeehst Cel. Veelr. A130; 30% gl.fib. Hoeehst Cel. Veetr. A625; 25% mineral

50 50 50

Hoeehst Cel. Vectr. A130; 30% gl.fib. Hoechst Cel. Veclr. A625; 25% minar.1 Hoeehst Cel. Veetr. A950

50 70

@ "1::l

~

C/)

..... c:;. C/)

i? C/)

tEo ;:l

t-'

0: .., p

..,

It::

"

70 70

Hoeehsl Cel. Veetra C950 Hoeehst Cel. Veetr. A130; 30% gl.fib.

70

Hoechsl Cel. Veetra A625; 25% miner.1 Hoeehst Cel. Veclr.

70

<2

<2

93 93

>2

>2

<90

Hoeehst Cel. Veetra A515; 15% miner.1

>2 >2

>2 >2

<90 <90

Hoechst Cel. Vectra A625; 25% miner.1 Hoechsl Cel. Vectra A950

93

>95

93 93 93

Hoechst Cel. Vectr. 8950 Hoeehsl Cel. Vectra A950

93

Hoeehst Cel. Vectr. A130; 30% gl.fib.

Hoeehst Cel. Veetr. C950

@

'1:l

i:i ~

n'Vl ~ Vl

Sulfuric Acid

Hoechst Cel. Vectra A625; 25% mineral Hoechst Cel. Vectra

to·

75

;:l

t

., P .,

0-

Amoco Xydar

100

Tetrahydrofuran Toluene

<2

>=95

<2

<2

>=95

Hoechst Cel. Vectra A130; 30% gl.fib.

<2

<2

>=95

Hoechst Cel. VeClra A625; 25% mineral

<2

<2

>=95

Hoechst Cel. Vectra A950

/l~o;;r "

Transmission Fluid

<1

;'49'

1.49 149 149

149

105

Amoco Xydar

0.2-0.5

>=95

nQcQnclu$~'·clJjl~ge,;'·.

0.5-1.0

0.2-0.5

80-90

poSSibildisco'1oi~iiOn'"

Hoechs! Cel. Vectra A422; 40% carb.lgl.fib.

<0.5

<0.2

>=95

<0.5

<0.2

90-95

<0.5

<0.2

>=95

<0.5

<0.2

90-95

-0.1

0.1

o o

149

90

9

o

a

Dexron II

.149

90

<0.5

<0.2

Dextron II

149

90

.9 9

0.6

-0.1

Dexron II

149 149

90

7.

0.5-1.0

0.2-0.5

90

9

0.4

0.1

7 9.

0.5-1.0

0.2'0.5

0.3

a

es~~~tiaIlY~nall~~.t;d\ '.. ' .,'.

.U"

Hoechst Cel. Vectra A625; 25% mineral Hoechst Cel. Vectra 8420; 22% misc.

unall~cI8d"

Hoechst Cel. Vectra C130; 30% gl.fib.

• .

essentially

Hoechs! Cel. Vectra 8420; 22% misc. Hoechs! Cel. Vectra 8420; 22% misc. 127xI2.7x3.2 mm bars

>=95

essentially unallecte.d .

~:

..

, ;~;-

..

0.1

Hoechst Cel. Vectra C130; 30% gl.fib . Hoechst Cel. Veclra C130; 30% gJ.fib. 127xI2.7x3.2 mm bars

80-90

pos$lbl~

a

?:;:

'discoloration

,'"

.

pos~i~18 disi:o~(~&n

Hoechst Cel. Vectra A420; 50% carb.lgJ.fib. Hoechst Cel. Vectra A420; 50% carb.lgJ.fib. 127x12.7x3.2 mm bars

Dexron II

149

90

Dextron II

'149

90

Dexron II

,,149

<0.5

<0.2

66' 66

<2

<2

<2

<2

>=95 97

Amoco Xydar

>2

>2

<90

Hoechst Cel. Vectra A950

46

88 . 88

46

88

>2

>2

<90

Hoechst Cel. Vectra A625; 25% mineral

96

Amoco Xydar

)21

<2

<2

>=95

Hoechst Cel. Vectra A950

121 ·121 ":3

>2

>2

<90

Hoechsl Cel. Vectra A130; 30% gJ.fib.

>2

>2

<90

Hoechst Cel. Vectra A625; 25% mineral

96

Amoco Xydar MG350; 50% gUmin.

Trichforoethylene Urea

50' 46

Water

200

.. ,'..299.

80-90

a

• Hoechst Cel. Vectra A422; 40% carb.lgJ.fib. Hoechst Cel. Vectra A422; 40% carb.lgJ.fib. 127x12.7x3.2 mm bars

>=95

Hoechs! Cel. Vectra A625; 25% mineral >95

Hoechst Cel. Vectra Hoechst Cel. Vectra A950

Hoechst Cel. Vectra A130; 30% gJ.fib.

50 liquid

94

r

""U

.,,{-it1·;',:., ,.

0.5-1.0

., 149

Trichloroethane

()

,

Hoechs! Cel. Vec!ra Hoechs! Cel. Vectra A420; 50% carb.lgl.fib.

Dextron II

Dextron II

Hoechs! Cel. Vectra A625; 25% mineral

100

149

Dexron II

Xylene

<2

Chemical Resistance - Liquid Crystal Polymer

~ .......

01

Chemical Resistance - Polyester - PCT

""U

()

-l

~ -'"

0>

r

,.. Retained

~eagent

Reagent Note

Cone.

Temp.

'Ii)

('C)

o

Acetic Acid

5 :;.

Acetone Antifreeze

ethylene glycol; Prestone

Benzyl Alcohol Bleach

Chlorox bleach solution

5 5

Butyrolactone (a)

,....

Dichloroethane (1,2-)

Gasoline Heptane

Methyl Cellosolve Methyl Isobutyl Carbinol

Material Note

7

B2

80

no visible change

Eastman Ektar FB CG001; 30% gl.fib.

28

7

5B

100

o

Eastman Ektar FB CG002; 30% gl.fib.

23

28

7.;

66

100

23

28

7

58

100

.23

U

9

U

100

1~

100

~

1~

108

100

77

80

98

100

23

U

23

U

.l?3

28

23

28

23

28

23,·'

23

I

*~

I

92

100

289

28

104

100

~.

95 106

100 100

,.23

2B 28

····23

U

9

",'

3 :' , •.. 5...

28

H

1~

46

120

~

"::';\

no visIlIe change .

Eastman Ektar FB CGOO1; 30% gI.fib.

no~ch;vlge

·

Eastman Ektar FB CGOO2; 30% gl.fib.

,

Eastman Ektar FB CG001; 30% gl.fib. Eastman Ektar FB CG002; 30% gl.fib.

.':':'

Eastman Ektar FB CG001; 30% gl.fib.

sllghtSViellin9 . ' ,.'

.

noYi~i~I..,Ch~9K(/;·

Eastman Ektar FB CG002; 30% gl.fib. Eastman Ektar FB CG001; 30% gl.fib.

,.

Eastman Ektar FB CG002; 30% gl.fib.

"

Eastman Ektar FB CG002; 30% gf.fib.

· · ~:

Eastman Ektar FB CG001; 30% gf.fib. Eastman Ektar FB CG001; 30% gl.fib.

.

Eastman Ektar FB CG002; 30% gl.fib.

.slight swelling

Eastman Ektar FB CG001; 30% gl.fib.

n~.isibl~ ch~ge

Eastman Ektar FB CG002; 30% gl.fib.

23

U 28

7 7'"

60

100 100

50

23

U

9

~

100

50

23

~

9'

23

28 28

101 97

100 100

23

28

',"

104

100

Eastman Ektar FB CG002; 30% gl.fib.

23·

28

84

80

Eastman Ektar FB CGOOI ; 30% gl.fib.

23

28

100

100

Eastman Ektar FB CG002; 30% gl.fib.

23

28 28

99 104

100 100

Eastman Ektar FB CG001; 30% gl.fib. "

Eastman Ektar FB CG002; 30% gl.fib.

102 96

100 100

," •. , ••X·

Eastman Ektar FB CG001; 30% gl.fib. Eastman Ektar FB CG002; 30% gl.fib.

88

100

"'i'

Eastman Ektar FB CG001; 30% gf.fib.

81

100

"

Eastman Ektar FB CG002; 30% gf.fib.

regular

c,

"""23'

23 " Methyl Alcohol

Resistance Note

28

23

Hydraulic Fluids

-:}

Efongallon .

23

Ethyl Acetate in water

.

I

23

23

Ethyl Alcohol

(days)'

'(ensile Strength

23

, 23

Cyclohexanone

Time:>.JPDl Rating

;,"

28 28

9 ... 9

.,.

'9 :"'9

I .

··~r·i.i··~·:·:··

".

'"

":;:' ..

Eastman Ektar FB CG001; 30% gf.fib. ~;.

Eastman Ektar FB CG002; 30% gl.fib. Eastman Ektar FB CG001; 30% gl.fib. Eastman Ektar FB CG002; 30% gl.fib. Eastman Ektar FB CG001; 30% gl.fib.

23

28

23.;

28

23

28

97

100

23

28

98

1 0 0 ! ~ .• :

Eastman Ektar FB CG002; 30% gf.fib.

94

100

Eastman Ektar FB CG001; 30% gl.fib .

103

100

Eastman Ektar FB CG002; 30% gl.fib.

••• 23", ,,-"""

.,.,

28 28

,;

9

Methyl Isobutyl Ketone

'.

1

Eastman Ektar FB CG001; 30% gf.fib.

Eastman Ektar FB CG001; 30% gl.fib. Eastman Ektar FB CG002; 30% gl.fib.

MUlUr

Oils

Eastman Ektar FB CG001; 30% gl.fib. Eastman Ektar FB CG002; 30% gf.fib.

© 'U

S" ~

r;' til

tl

(l>

til

lEi'

;:s t-'

0: ..,

..,

$:l

Nitromethane

28

74

120

Eastman Ektar FB CG001; 30% gl.fib.

U

§

1~

Eastman Ektar FB CG002; 30% gl.fib.

;:

@

'"

~

IJl

~

,'.

~e,agept

n'IJl

tl ~

Sodium Hydroxide

IJl

~.

;:J

Sulfuric Acid

t"'

..,0: (:l ..,

<.c:

Toluene Transmission Fluid

Reagent Note

Cone;:

Temp.

Tl';I'II!?

(%)

I'C)

(lIay·r~

ResiiltllriceNote ~~.

10 10

26

40

17

80

Eastman Ektar F8 CG001; 30% gl.fib. Eastman Ektar F8 CG002; 30% gl.fib.

20 20

85 103

100 100

Eastman Ektar F8 CG001; 30% gl.fib. Eastman Ektar F8 CG002; 30% gl.fib.

61 57

120 120

Eastman Ektar FB CG001; 30% gl.fib. Eastman Ektar FB CG002; 30% gl.fib.

95

100 100

Eastman Ektar FB CG001; 30% gl.fib. Eastman Ektar FB CG002; 30% gl.fib.

80 100

Eastman Ektar FB CG001; 30% gl.fib. Eastman Eklar FB CG002; 30% gl.fib.

110

Water

82 102

""U ()

-l

~

Chemical Resistance - Polyester - PCT

....... ~

.,.......

Chemical Resistance - Polyester - PCTG

"'U

o

00

--l

G)

t: Acetone

A",~~u Benzyl

;,23{i;

:8 28

··i~~~'

~ ;~

Alcohol}~3;:\<

0,125

. gdl",:~ j~, • ,..,h

~,;;;';...

:

Jl'~ ;W~~'

Butyrolactone (n) Citric Acid

10

)f(.23·)', >/:,,?3 '}i'2~.('

Cyclohexanone

>{i;!}

Detergents

~:

l<{':"i

Cottonseed Oil

Alconox "

0.25 0.25

~ ~

Ethyl Alcohol

~

in water "

tJ

"

~

<E'

~

0:

p ..,

tr:

50 50 50

~;ij,~;~~f!,::;;; ~~:~:

:~

1:0~6

Js,;E;

45

,;i;;;<~rif~~~~~::i'~;~,;~' '< ilIM~18Iy'di$~9r&re~ '/

;~i~ 0.7%

'.'%

.'

;~

s'r,}

70-90' ',' disCoTilr,lnocracksi;;

:;~?;l! .~W1l;

mm Eastma: :::: 5;:t:;r:::5 a n Eastman Ektar ONOOl

film

_;i :=;~~;~~;;:: :

105

,:,~

:

,:J"M

E

,::,

i

Eastman EktarONOOl

!!!i! ,·-t~~~g§.,·u;. ~~,~;.~ "_=~:Z::~,,,,,,

:~

:~

!2;)l,.{:·~~;;;~ri~1~::~g;:::}

70 105

125 145

,. '.J ng,"iSibfe''e~a~gil '. ,...... Eastman Ektar F8 OG002; 20% gl.fib. c1ear.aJii!eaiillicii retained,.,.., Eastman Kodar 5445; 0.25 mm film

8.6

; "

12.9 87 82

12.9 12.9

0 0 45 94 89

0

,t~l;r

1 . l l 7}S}::<

. r. ~:}!I:;f) ~

;;!~;;

28 28 28 28 1 7 28 28 28

,< 3 .

88.1 8

9.68 11.83

~:i;;,~;, "

~~:~

. };;

'"'~:

23

• • ,3;:S:E~~~'~.

28 .•.. 6 ':'".... :. 1 · · · ·5 iI.·':

28

:;(;.)23)( ':'::'.23»

Ethyl Acetater/:?~

iE

1 : . .' 5 7 .• «"5'

Dichloroethane (1 ,2.);;~;!;

S"

:

~~' ':;~' f:' ::

92 88.5 95.4

~ ~~:::

:~

83 51 54 0

85.8 94.6

9.68 11.83

~ii9niM$WO!len

90.4 97.3

Eastman Ektar 5445

1~5:':;~1;~~i;~;~i;9~'~~~;'; Eastma~~:~:~~:~~~~~O~;% gl.fib. 113'clali[aJii!b.mJ~iltillained';':

Eastman Kodar 5445; 0.25 mm film

15

~~

:~:: 40 101 101 105 110 121 91 91 93

;..

~;;;i~I~~M)ri,~~;,~~r} ~ ~::

E~:~~:~nE~~:~ro5::~1

225 105 105 125 160 207 98 98 100

:><..,+ hfHazy·

•.....

E~:~~:~n~~:~r:::~l Eastman Kodar 5445; 0.25 mm film

E~:~~:~nE~~:~ro5::~1 Eastman Ektar FB OG002; 20% gl.fib. Eastman Ektar 5445 Eastman Ektar ONOOl Eastman Ektar F8 OG002; 20% gl.fib. Eastman Kodar 5445; 0.25 mm film Eastman Ektar 5445 Eastman Ektar ONOOl Eastman Ektar F8 OG002; 20% gLfib .

..;.,.,,;

@ ..

"tl

P ~

,,' CI>

tl

Reagent Note

Reagent ,.

_..

Gasoline

ell

;:s

t

.,

0-

Cone.

Temp.

Time

(")

('C)

(dars)

23

regular

"

CI>

<5'

" 50

Glutaraldehyde Heptane

.,

~

<.c:

Hexane Hydraulic Fluids

28

Hydrogen Peroxide

28

Isopropyl Alcohol Lyposin Methyl Alcohol

isopropanol IV solution Irposin II

28

23

0.125

23

28

23 23 23 •

28 28

Methylene Chloride Mineral Oils

, 10W-30

.. ..

,

Nitromethane

98

Oleic Acid

98

Olive Oil

POL Rating

Thlckn..

9 9 9 0.7%

I

>90 100

97

15.05

99

23

28

8

23 23

28 28

9

91 91

9

103

23 23

1 7

5 4 0.7% 0.7%

3 7 7 "'8

23 23 23

28 28 28

23 23 23

28 28

,

..

28 0.125

0.7%

86.2

83

86.2

75 65

115

•

110 110 100

8 8 9

84

96 96 100

8 8 8 3 .,

91 91

·

clear appe8Iance Ietained slight yellowing

Eastman Kodar 5445; 0.25 mm film

craz,; sl:crack$;

Eastman Ektar ONOOI

'~18~fapphUMil~itafr(ad.

Eastman Kodar 5445; 0.25 mm film

i

no.o/!~'!~~m~,e~~;~nce

"

no ,visible'Change .

,

"

.'"

,

· ·.. ·

,.

~:

~~~

70-90

"

..

Eastman Ektar 5445 Eastman Ektar ON001 Eastman Ektar FB OG002; 20% gl.fib.

"

.~:

92 125

"

Eastman Ektar 5445 Eastman Ektar ONOOI Eastman Ektar FB OG002; 20% gl.fib.

~

92

106

Eastman Kodar 5445; 0.25 mm film Eastman Ektar 5445 Eastman Ektar ONOOI Eastman Ektar FB OG002; 20% gl.fib.

"

133 167

Eastman Ektar ONOOI

"

,. .. 'nINlSitlie;clIanlle

155 75

79 79 84 84 94

';"

clear'eppearance re)alned

95 95 100

107

80 76

Eastman Ektar 5445 Eastman Ektar ONOOI Eastman Ektar FB OG002; 20% gl.fib.

··

~.

130

8 16.13 19.35

no visihle'clIangil

;' •no change in' appeanince

.

>90 >90

4

1 7

··

Eastman Ektar 5445 Eastman Ektar ONOOI Eastman Ektar F8 OG002; 20% gl.fib.

100 87.3 83.1

6

28 28 28

23 23 23 23

11.83 11.83

no visible change

100 100

100 103 7.53

Material Note

95 100

8

9

Resistance Note

95

103

9 9

",'.'

..

98 98

7

0.125 0.125

r. Retained

~' S~~::~:h MOdUI~sIEI;~;~;I~~T~~:i~~r

23

:.-

... I' "

.'

,

6 6

23 23

Methyl Isobutyl Ketone

Load

1

23

Methyl Isobutyl Carbinol

Sodium Carbonate

23

23

Methyl Cellosolve

Soap

23

28 28

23

.,

Motor Oils

% C,hange

".

Eastman Ektar 5445 Eastman Ektar ON001 Eastman Ektar FB OG002; 20% gl.fib.

,.

no visible Change

Eastman Ektar ON001 Eastman Ektar 5445 Eastman Eklar ON001 Eastman Ektar FB DG002; 20% gl.fib.

0

coulitnot,separalelor lesl

Eastman Kodar 5445; 0.25 mm film

0

"

"

65 65 70

severe cracks! breeks slight sweUing'

93 93 100

23 23

28 28 28

5 5 8

23 23

1 7

23 23

1 7

6

13.98

86

6

12.9

89

23 23

28 28

9

104

9 9

104

101 101

106

100

35 35 40

94 200

no visible change

Eastman Ektar 5445 Eastman Ektar ONOOI Eastman Ektar FB OG002; 20% gl.fib.

clear appeara~ce retained

Eastman Kodar 5445; 0.25 mm film

23

28

23 23 23

28 28

5

28

3

4

81.5 85.8

88 85

1

5

10.75

87

88.8

45

7

13.98

83

95.4

49

i

1

5 5

4.3

88.1

68

97.7

65

81.2 84.2

60 92

solutions

1

23

"

1

~3

2

23

2

,2i

7

5

7.53

85 82

1 7

5

7.53 12.9

85 86

1 7

6 6

11.83 11.83

7

86 90

87.3 B6.2

90 98

"

::

·····claafiippiiiiiaiiiii(reiained

" ;:

no'visiblechange

Eastman Ektar 5445 Eastman Ektar ONOOI Eastman Ektar FB OG002; 20% gl.fib.

·..

slight $WaUing

,'. .,.

.-

"'.:

......-.........•

;-

.. :{

.

y,

"

:~:

· -,"."

"

"

'.

".

94

23[ 23 23 23

~ :""'a-::

>i';

"

"

"

·

"

""",

;~

" "

"U

o

-i

G)

.j:>.

Chemical Resistance - Polyester - PCTG

~

(0

Chemical Resistance - Polyester - PCTG

""U

(")

-l>-

'" C>

--l

G)

Sodium Hydroxide

10

1 7

10

Sodium Hypochlorite bleaches

Sulfuric Acid

Toluene

13.98

86

91.9

85

4 9 9 9

10.75

89

83.8

92

11 101

92

101 100

8.6

83

86.2

74

Eastman Kedar 5445; 0.25 mm film

10,75

83

94.2

85

28

10

28

3.5 3.5

1 7

5.25

0.125

0.7%

·IL~

>90

10

0.125

0.7%

8'

>90

20

28

7

87

89

20

28

8

87

89

20

28

28

9 1 3 3

28

'.4

28

'6'

88

102 36

6.9

153

59.14

30

7.7

113

~ 0;' V>

~

V>

tE' ;:l

t""

0: .,

.,

i=l <.c::

83

34

200

93

94

93

94

Eastman Kedar 5445; 0.25 mm film Eastman Ektar 5445 Eastman Ekta, ONOOl Eastman Ektar FB OG002; 20% gl.fib .

100

68

85

88

Eastman Kedar 5445; 0.25 mm film

12.9

86

98.8

118

101

1 7

S·

28

8

87

93

28

8

88

93

104

100

28

~

83

32

..

Eastman Ekta, 5445 Eastman Ekta, ONOOl Eastman Ekta, FB OG002; 20% gl.fib.

11.83

28

~

32

Eastman Ektar ON001

Eastman Ektar 5445 Eastman Ektar ONOOl Eastman Ektar FB OG002; 20% gl.fib.

28

©

100

45.16

,2 ....~

5'

Eastman Kedar 5445; 0.25 mm film Eastman Ektar 5445 Eastman Ektar ONOOl Eastman Ektar FB OG002; 20% gl.fib.

28

28

distilled

no vi$ill.lecha9g~/

10

7

Water

;elli~t~PP~~~~il;tei~G~d'

10

1

Transmission Fluid

,6

Eastman Ekta, 5445 Eastman Ektar ONOOl Eastman Ektar FB OG002; 20% gl.fib.

,·w

@

'~"

Ei

% Change Reagent

Reagent Note

r;'

V>

~ V>

Acetic Acid

tEo

t"'

Temp.

Time

(%)

('C)

(days)

POL Rating

5

23

28

0

5

23· 23

28

0

365

6

<1

23

365

1

19

~3

28 28

0

5

;:l

.,0:

Cone.

concentrated

Acetone

23 23

.,p

10

23

3.7 -29

·20

23

28

9

23 23

28 365

9 7

<1

<1

23

365

1

34

43

23

28

0

23

28

0

23

365

6

5

23

8

5

23

28 28

23 DDT3

23

365 365

Butyrolactone (a)

23 23

28

Carbon Tetrachloride Chromic Acid Citric Acid Cottonseed Oil Cyclohexane Cyclohexanone Detergents Dibutyl Sebacate Dichloroethane (1,2-)

23 23 23

365 365 365

23

365 28 28

40 10

Alconox

in water

"

28

27

6 6

<1 <1

<1

<1

28 28

0

23 23

365 365

6 2

23

28

0

23 23

28 365

0 1

50 50

23 23

28 28

9 9

50

23

365

6

23

28 28

8 8

365

6

23 23 23

7

1

10% ethanol 10% methanol

23

365

2

23

365

2

regular

28

"

23 23

28

6 7

high test

23

365

6

2

22

39

<1

"9;M*W~iPtWMNike

"

siiOiigiy swoiien

Eastman Ektar 6763 Eastman Ektar GN001

0 0

"

"

Eastman Kodar 6763; 3.2 mm thick

si0091y swollen

Eastman Ektar 6763 Eastman Ektar GN001

0 0

.•• strgngtr~woii~~ .dlScoiOied. swollen

" strongly swollen

0 0

"

slight yellowing

.

soluble

0 0

0

0

0

0

9 10.9

8.2

"

Eastman Ektar 6763 Eastman Ektar GN001 Eastman Kodar 6763; 3.2 mm thick Eastman Ektar 6763 Eastman Ektar GN001 Eastman Kodar 6763; 3.2 mm thick

no visible change

98

"

99

82

100

82

slight yellowing no visible change

.

Slight yellowing deteriOrated .. discoloied

"

87

88

~Iigllt discoloring

.,

" Eastman Ektar 6763 Eastman Ektar GN001

.

98

88

Eastman Ektar 6763 Eastman Ektar GN001 Eastman Kodar 6763; 3.2 mm thick

Eastman Ektar 6763 Eastman Ektar GNOOI Eastman Kodar 6763; 3.2 mm thick

105

87

" " "

strongly swollen

105

10.2

Eastman Kodar 6763; 3.2 mm thick

Eastman Kodar 6763: 3.2 mm Ihick

"

"

"

discolored discolored. distorted

discol.; swell,: rubbery

.'

" Eastman Ektar 6763 Eastman Ektar GN001

surface allack. yellowed no change in appearance

<1

<1

'sllghirelioViln~

. . .. iiifiiisibieeiiaiige

24

I

Eastman Ektar 6763 Eastman Ektar GN001 Eastman Kodar 6763; 3.2 mm thick

.

0

20

no visibte change

slight discoloring slight yellowing

0 0

"

" "

18 <1

0 0

Eastman Ektar 6763 Eastman Ektar GNOOI Eastman Kadar 6763; 3.2 mm thick

discolored•.blistered Whitened, outside c.rumbling 93

77 77

,

Eastman Ektar 6763 Eastman Ektar GN001 Eastman Kodar 6763; 3.2 mm thick

94

6.3 2

1

23 23

Material Note

srongly $Wollen strongly swollen discol.; swen.; rubbery

....

0 0

<1 <1

~t yelb.;ilg swelled; discolored

<1

0 0

6

l

.. ~.~. ~~an~e i~~pp~~~"f'ce

100 2

365

0

100

6

365

0

0

5.9

0

0

0 <1

srongliswollen 'Stlong~ ;'oteo

0

0

104 104

2

23

0.25

23 23 23

Resistance Note

Elong6110n

4.1

8

6 0 0 6

Diesel Fuels Dimethylformamide Ethyl Acetate

Gasoline

16

"

Brake Fluids

Ethylene Dichloride Gasohol

0 1

elhylene glycol; Prestone

Chlorox Chlorox bleach solution

I

<1 18

3 1

automotive

Tensile Strength 0 0

i

365

Benzene Benzyl Alcohol

Ethyl Alcohol

Thickness

365

concentrated

Bis(2-Ethylhexyl) Phthalate Bleach

I

....

23 23'

Ammonium Hydroxide Antifreeze

365

Weight

,.. Retained

.

clouded

"

" " " Eastman Ektar 6763 Eastman Ektar GN001 Eastman Kodar 6763; 3.2 mm thick

""0

m

-i

G)

~

Chemical Resistance - Polyester - PETG

N ......

.p..

Chemical Resistance - Polyester - PETG

""U

m -i G>

N N {".{

% Change Reagent Gasoline

Greases Hand Cleaners Heptane

Temp.

Time

(%)

('C)

(days)

premium unleaded

23

365

5

2

regular

23

365

6

<1

regular unleaded

23

365

5

2

2

automotive

23

365

7

<1

<1

waterless

23

365

7

<1

2

23

28

9

23

28

9

23

365

6

23

28

9

104

103

no visible change

Eastman Ektar 6763

23

28

9

104

103

"

Eastman Ektar GNOOI

23

365

<1

slight yelk>wing

Eastman Kodar 6763; 3.2 mm thick

365

6 6

<1

23

1

<1

discok>red. blistered

"

3

23

365

6

<1

<1

slight yellowing

"

28

23

365

6

<1

<1

"

23

365

6

<1

<1

23

365

6

<1

<1

23

365

2

7

6

67

34

" " " " "

10

Hydrochloric Acid concentrated

Hydrogen Peroxide

silicone spray

Methyl Cello solve Methyl Isobutyl Carbinol Methyl Isobutyl Ketone

~

!i?CIl

Sodium Chloride Sodium Hydroxide

P

n'CIl

15' ;:l

t""

0: "'1 i=l "'1

Sodium Hypochlorite

Material Note

3

discolored

Eastman Kodar 6763; 3.2 mm thick

<1

slight yellowing

" " "

Tensile Strength

Elongation

discolor~d .

. nifchangelilappearance 101

101

101

102

<1

" Eastman Ektar 6763

"

Eastman Ektar GNOOI

slight yellowing

Eastman Kodar 6763; 3.2 mm thick

"" whhe~ ~.welled

2 7

75

107

23

28

7

75

107

<1

" no visible change

cloudy. white.

28

"}i

<1

nii'Vi~ibI8cliang8

Eastman Ektar 6763

"

Eastman Ektar GNOOl

slight yellowing. crazing

Eastman Kodar 6763; 3.2 mm thick

23

365

6

23

28

4

53

119

23

28

4

53

119

23

28

88

28

6 9

103

23

103

88

23

28

0

0

0

strongly'swollB!l

Eastman Ektar 6763

28

0

0

0

"

Eastman Ektar GNOOI

<1

103

98

no visible chllnge

Eastman Ektar 6763

103

98

"

Eastman Ektar GNOOI

365 28

"

23

28

6 9 9

slight swelling

" ... ,. riOvliiible' change "

,

<1

slight yellowing

Eastman Ektar 6763 Eastman Ektar GNOOI Eastman Ektar 6763 Eastman Ektar GNOOl

Eastman Kodar 6763; 3.2 mm thick

23

365

7

<1

<1

23

365

6

<1

<1

.. ~~~~M!lJig~Pl!~~t~nce iillghfyellowliig

Eastman Kodar 6763; 3.2 mm thick

10 40

23

365

1

<1

whitened

83

23

365

<1

<1

Slight yellowing

" " "

23

7

6 6 1

23

28

0

0

0

23

28

0

0

0

.....

;l!~WtgW'~i

o' .. "'isiroriogW$~olleii

"

365

6

<1

<1

'iiiighiyeUowing

23

365

2

10

11

..

5

23

365

2

13

14

1

23

365

<1

23····

365

6 6

<1

2

<1

<1

20

23

365

6

<1

<1

10

23

365

tj

<1

<1

<1

<1

23 liquid wrench solutions

<1

Resistance Note

Thickness

365

23

concentrated

'1:l

Weight

23

23

Nitromethane Olive Oil Penetrating Oils Phenol Soap Sodium Carbonate

,

10W·30

Nitric Acid

@

POL Rating

23

",.",.. """ . ;p"., Mineral Oils Motor Oils

I

Conc.

Reagent Note

Hexane Hydraulic Fluids

Isooctane Kerosine Lacquer Thinners Lubricants Methyl Alcohol

I

% Retained

.~

°ai~coIO;ed

blackened

.,>,{

~li!lh!X~llowing. "

....,..

.~

:"

.i" ,.

"

"

Eastman Ektar 6763 Eastman Ektar GNOOI Eastman Kodar 6763; 3.2 mm thick

" " " " " "

1

23

365

6

10

23

28

8

10

23

28

8

Eastman Ektar GNOOI

2~

"

10

365

3

8

6

slight yellowing

Eastman Kodar 6763; 3.2 mm thick

3.5

23

365

6

<1

<1

"

"

99

78

99

78

,

no vi~!tile change

" Eastman Ektar 6763

..

@

% Change

'1:l

~ ~

n'C1l

1?

Reagent

Reagent Note

Cone.

Temp.

('Yo)

(OC)

Sulfuric Acid

C1l

;:l

3

23

365

6

20

28

9

20

23 ;23

28

9

30

,,23

365

6

t-

..,

p

tl:

POL Rating

Weight

·1 Thickness

Tensile Strength

1Elongation

R~sistance Note

Material Note

slighl yellowing visible change

Easlman Kodar 6763; 3,2 mm Ihick Easlman Eklar 6763 Easlman Ekla, GNOO1 Easlman Kodar 6763; 3.2 mm Ihick

.:,

to·

o:..,

Time (days)

% Retained

Tapping Oil Toluene

23

7

1

'23

365

7

28

If

23

28

0

23·

J ~

Transformer Oils Transmission Fluid automatic

deionized

<1

<1

<1

<1

1

.~

)

:23

365

2

365

5

·23

28

9

23

28

23

365

9 7

<1

<1

365

6

<1

<1

"

101

91

101

91

26

31

<1

<1

0

0

0

0

102

94

102

93

9

100

100

28

9 6

100

100

<1

"

,

$trongly swollen ".::.:

"

';'l\ilened ,irubber-llJ<e

28

<1

"-

noi;~iiniieliiiippea;r\lnCll

..

23

365

~,

/sllght yellowing deteriorllted ........

23 ",,23

~o

;,

.. '23

,.. 23

Turpentine Water

)

<1

i

"

~:

,

)

".

" sllght,yelro~lng 'no ,visible change

?,

,eO::, . ,.",.} ,

Eastman Eklar 6763 Easlman Eklar GNOO1 Easlman Kodar 6763; 3,2 mm Ihick Easlman Eklar 6763 Easlman Ekla, GNOO1

' no visible change .,.

,

"

" ';':;::

. ,.,

Easlman Kodar 6763; 3.2 mm Ihick Eastman Eklar 6763 Easlman Eklar GNOO1 Easlman Kodar 6763; 3,2 mm Ihick

-0

m

-I

G>

~

Chemical Resistance - Polyester - PETG

'" U>

Chemical Resistance - Polyester - PST

"

CD -l

~

N

~

0.3 0.3

0.2 0.1

100

0.02 0.7 1.1

0.2 0.2 0.2

94.5 59 23

0.25%

95

82.B 93.2 Bl 98 94 91 B8 94 90 88 71 98

Hoechsl Cel. Celanex; gl.fib. Hoechst Gel. Galanex; gUiIl.; ; BASF Unradur Hoechsl Cel. Celanex; gl.fib.

Bayer Pocan lNP; 40% gl.fib.; ASTM 0638 bars

" GE Valox 735; 40% gl.fib.lmin. GE Valox 760; 25% mineral GE Valox 3l0-SEQ GE Valox 325 GE Valox 420; 30% gl.fib. GE Valox 310-SEQ GE Valox 325 GE Valox 420; 30% gl.fib. GE Valox 735; 40% gl.fib.lmin. 25% mineral GE Valox

" 3 3 1 1 <360 <360

0.25%

37.1 57.9

0.25% BASF Ultradur

"

glacial 7 7

Bayer Poean lNP; 40% gl.fib.; ASTM 0638 bars

0.25%

91.9 92.5

Bayer Pocan lNP; 30% gl.fib.

"

Pocan

@

'tl

p

~

n' (J>

t:l

C\l (J>

lEi'

;:s t""

0: .... P

....

\C:

30 30 30 30 30 90 90 90 90 90 180 lBo 180 180

1 2

0.2 0.2

64 70 86 39 64 38 46 50 74 85 80 35 48 63

GE Valox 310-SEQ GE Valox 325 GE Valox 420; 30% gl.fib. GE Valox 735; 40% gl.fib.lmin. GE Valox 760; 25% mineral GE Valox 735; 40% gl.fib.lmin. GE Valox 760; 25% mineral GE Valox 3l0-SEQ GE Valox 420; 30% gl.fib. Hoechst Cel. Celanex; gl.fib. GE Valox 310-SEQ GE Valox 325 GE Valox 420; 30% gl.fib.

@

'1l

P ~ ;:;. (I)

~

flllaStnt. \::~:. ;-i/";'

Diameter

~;. ::~:'

'./"

Acetone

BASF Ultradur 2.4

(I)

33

30%

5 ml sample; stressed bar

~.

0.6

Hoechst Cel. Celanex; gl.lib. ASTM 0790 bars

;:l

t-'

0: ..,

..,p

\l::

3.4

0.7

65

3.6

0.7

68

Hoechst Cel. Celanex; gl.lib. Bayer Pocan

Acetylene Air Aircraft Turbine Fuels Aircraft Turbine Oils

<360 all pressures

<360

liquefied

<360

turbojet fuels

<360

BASF Ultradur

180

-0.1

360

Albumin Aliphatic Amines Alkylarenesulfonate Aluminum Acetate Aluminum Hydroxide Aluminum Salts Ammonia

solutions

0.1

99.5

0.1

82.7

<360

Hoechst Cel. Celanex; gl.lib. BASF Ultradur

<360 surfactants

<360

saturated

<360 <360 20

solution

<360

10

Bayer Pocan

10 liquefied

<360

BASF Ultradur

<360

BASF Ultradur

<360

BASF Ullradur

concentrated solution

Bayer Pocan

solution concentrated solution

Bayer Pocan

liquefied

Ammonium Hydroxide

Ammonium Hydroxide

10

7

10

7

70.1

10

30

95

10

30

87

GE Valox 325

10

30

96

GE Valox 420; 30% gl.lib.

10

30

73

GE Valox 735; 40% gl.lib.lmin.

10

30

89

GE Valox 760; 25% mineral

10

90

64

GE Valox 735; 40% gl.lib./min.

10

90

82

GE Valox 760; 25% mineral

10

90

85

GE Valox 3l0-SEQ

10

90

70

GE Valox 325

10

90

87

GE Valox 420; 30% gl.fib.

0.25%

67.9

10

90

0.6

10

180

0.3

0.3

87

Hoechsf Cel. Celanex; gl.lib.

42

Hoechst Cel. Celanex; gl.lib. GE Valox 310-SED

10

180

57

180

60

GE Valox 325

10

180

58

GE Valox 420; 30% gl.lib.

10

360

10 10

3 3 9

10

24

10

1 1

10

0.9

0.6

0.25%

26.5

Hoechst Cel. Celanex; gl.lib.

32.1

LNP; 40% gl.fib.; ASTM 0638 bars

41.2 2.1

0.3

-4.2

0.1

0.25%

-a

-i

GE Valox 310-SEQ

10

10

tIl

LNP; 40% gl.lib.; ASTM 0638 bars

Chemical Resistance - Polyester - PBT

8 1

Hoechst Cel. Celanex; gl.lib. LNP; 40% gl.lib.; ASTM 0638 bars

~ l\:)

01

~

Chemical Resistance - Polyester - PBT

-0 OJ

N 0>

~

7 7

Ammonium Salts Amyl Acetate Amyl Alcohol Anodizing Bath Antifreeze

10

.~. (2~'(

<360

!\

<360

23 100Y

)/ .' :9

30

;;~a

30

f~~'

;.~~ -;

"

~:.;2~}<

J~3 0;

30 90 90 90

.>i!~W,

180

<.<"~.

ii£~~Vt

0.25%

60 30

0.25%

30

Automatic Transmission Fluid

1:'i~~~ji

type B

..

;;;;~ ~·;il.~·;

180

~~;iii;;:i,~~ii;j

360 30

(:·Vi5..·;;;.:

48

Axion

"'\23'8

presoak solution

"

Baking Enamels Barium Salts Benzene

wi 37% toluene & 12%

50

xylene 50 50

@

'il

po

~

<360

)t?~Mi 0.21

"'ii[:~~;'ri

I:::, )il!~>

.

·.i~i!/

,.

~;i*

<E' ;:l

(l::

; .• 150 •••

it??'

C:;.

en tl ~ en t"<

360

GE Valox 325 GE Valox 420; 30% gl.fib. GE Valox 735; 40% gl.fib.lmin. GE Valox 760; 25% mineral

100

GE Valox 735; 40% gl.fib.lmin.

100

GE Valox 760; 25% mineral

100

GE Valex 310·SEQ

100

GE Valox 420; 30% gl.fib.

100

GE Valex 310-SEQ

100

GE Vale x 325

100

GE Valex 420; 30% gl.fib.

....~ :~.

:;:;}::>/nf~i ·r.eStstarin~/tt::{):>:t

92.7 0.2

BASF Ultradur LNP Thermocomp WF-l006; 30% gl.fib.

94.8 76.3

2 0.1

78.9 0.1

99

0.1

97

0.3 0.4

69 0.1

49 96

Ilili,lil;lif,ili

0.1

95

~~:t;:: ·:~WH:J!tmililm$~.?1W~:g:~:~::~~*::::):::

~:;:~i:,~<;~::i~t;'~:~[~,[II~;tl~'I~~'i!~

;.;i;;f'f;::~!i~~~]il!i:'lr{;;lt;l~litt11;!

b: ·:/;::nO:-1ij'8V'.J$i1i~'~lI::::;)X/;

;t:/Xlbtto·,

Hoechst Cel. Celanex; gl.fib.

Hoechst Cel. Celanex; gl.fib. Hoechst Cel. Celanex; gl.fib. Hoechst Cel. Celanex; gl.fib. Hoechst Cel. Celanex; gl.fib. BASF Ultradur

"'/:l;)>.;•. : <360

50

.,0:p .,

180

>£S\

:

iii

GE Valox 310·SEQ

100

~,:;l%2){::.:;;:;

<360

<360 60

,~:

:)I .:~:::;.:.;:::: . ~:\:: :<:. ~r)h~i\: .~ :;\.::<:~ .;::'. ·"::;'0;;~?r:)i!

100

:~l~~~:~];¥.:;j

180

%;i~dv{

100

;;';~~i!~;~,;:,t

90

180

.·.23

100

,~;~:[#,:;t":

30

ethylene glycol

100

":9< .

30

;;~~;~iil;'

Aqua Regia Aromatic Hydrocarbons ASTM Reference Fuel C

BASF Ultradur

<360

.23,

Prestene

.,' 'no<mivilr$ibl& tho;..··· ."

<360

••• 23······

ethylene glycol

~,:

<360

'.. '2,~ Prestone

'?"~:8'

90

20 saturated

Hoechst Cel. Celanex 3300; 30% gl.fib. 0.76x25.4 mm strips 0.4

0.1

95

0.5

0.1

97

0.1

90

Hoechst Cel. Celanex; gl.fib.

BASF Ultradur Bayer Pocan

90

0.5

0.1

96 96

180

0.4

0.1

360

0.8

0.2

96

60

4.4

0.5

71

240

5.9

0.9

60

Hoechst Cel. Celanex; gl.fib.

Bayer Poe an

'80:';':( <360

Benzoic Acid

82.7 MPa

<360 <360

BASF Ultradur

@

'1:l

po

~

n'Vl tl (1) Vl

tE·

Bleach

;:l

~

.,0.,

>:l

12.5% chlorine sat. solution

Boric Acid Brake Fluids 0.25%

DOT3

0.25% 0.1

"

Delco 222

<360 30 30 30 30 30 90 90 90 90 90 180 180 180

Delco 222

"

" GE Valox 310-SEO GE Valox 325 GE Valox 420; 30% gl.fib. GE Valox 735; 40% gl.fib./min. GE Valox 760; 25% mineral LNP Thermocomp WF-l006; 30% gl.fib.

100 100 100 100 100 100 100 101

GE Valox 735; 40% gl.fib./min. GE Valox 760; 25% mineral GE Velox 310-SEO GE Valox 325 GE Valox 420; 30% gl.fib. GE Valox 310-SEO GE Valox 325 GE Valox 420; 30% gl.fib. Hoechsl Cel. Celanex; gl.fib. BASF Ultradur

90 87 100 100 100 100 97 86 80 98 83

Hoechsl Cel. Celanex 3300; 30% gl.fib. 0.76x25.4 mm strips BASF Ultradur GE Valox 310-SEO GE Valox 325 GE Valox 420; 30% gl.fib. GE Valox 735; 40% gl.fib./min. GE Valox 760; 25% mineral GE Valox 735; 40% gl.fib./min. GE Valox 760; 25% mineral GE Valox 310-SEO GE Valox 325 GE Valox 420; 30% gl.fib. GE Valox 310-SEO GE Valox 325 GE Valox 420; 30% gl.fib. LNP Thermocomp WF-l006; 30% gl.fib.

82.7 MPa

Lockheed heavy duly

DOT3

Bayer Pocan LNP; 30% gl.fib.

96.3 100.9 100 100 100 100 100 102.2 93.7

irii~%;

30 30 30 48

73 0.25% 0.3 2 -2.2

0.3 0.4

96 46 53 67 40

"

Hoechst Cel. Celanex; gl.fib. ·'i,,>},!j';>$il~!;t;si.$liii\l";,

vapor

• ,i:H,.')',

8ASF Ultradur

Bromochloromethane

~

-u

~

Chemical Resistance - Polyester - PBT

N

~

~ I\)

Chemical Resistance - Polyester - PST

-0 OJ

ex>

-i

Buffer

'{;1!~\;;

pH10

':!!;i~~};

pH4

Buffer

tBI3ft··

pHl0

90

in·.·.•,9;.. . ; • · ·

90

..........,.. 9····

180

'.}'. ·.·If····•••• ..•··

180

':\:'

180 360 360

",-'

;~;~3/\

Butadiene Butane

<360

",'2,3{i

0.3

. . ,..g....•;.:•.

360

~i

0.3

9

':::/ . .

8U;'

0.1 0.1 0.2

0.3

91

Hoechst CeL Celanex; gLlib.

0.1

0,3

0,1

0,7

0,2

0.4

0,1

0,3

0,1

!

!HM(M!Rtn@§!tfP~;.·i.AM;

BASF Ultradur

·•.•. ;';;..•.• ;!;·.f¥'!~99;Wfn· .• ;.j;;

Bayer Pocan

<360

·8

+S'iioi((.'iertibiil:cliii§\;n

BASF Ultradur

~~I

<360

. $./

(··H;(~~I(~v.e(!ibit#l~(t;\.iV

BASF Ultradur

%Y23.··;

30

·,/gf)·

100

30

;:9:%'1/ .

100

30

.'• .• 9 .

100

Bayer Pocan

Butanediol (1,3-) Butanediol (1,4-)

:.:::.::;.::;;::::~:;:;::

180 180 180 <360 <360

Butene Butoxyethanol (2-) Butter Butyl Acetate

Ijll~~~.· :m

commercial mixture

~~,~,;.~.

,;.;. ":::;::

~~~i

100 97 100

1_

ii;.~tiii;·

GE Valox 310·SEO GE Valox 325 GE Valox 420; 30% gLlib, GE Valox 310·SEO GE Valox 325 GE Valox 420; 30% gLlib, BASF Ultradur

Bayer Pocan BASF Ultradur Bayer Pocan

Butyl Alcohol

gr~~'?;

butanol

;:;:::~t+:e.:J:·

}; .

'::~"~~':':':::::':::;:i::::@~l%~:~'J~:n:[~~§~WD~}Mf:~?:1 BASF Ultradur Bayer Pocan

.\4'23<%

Butyl Ether Butyl Glycolate Butyric Acid Calcium Chloride

<360

..,;;- ti'/illO'·jr~vtl$ibl&:tlic%i; ••;·\.

·..•• ••.·.·/8» ...••.•

BASF Ultradur

20 10

Bayer Pocan

10

30

98

10

30

98

GE Valox 420; 30% gLlib,

10

30

76

GE Valox 735; 40% gLlibJmin,

10

30

96

GE Valox 760; 25% mineral

10

90

74

GE Valox 735; 40% gLlibJmin, GE Valox 760; 25% mineral

GE Valox 325

@

10

90

98

'tJ

10

'90

98

GE Valox 325

10

90

98

GE Valox 420; 30% gLlib,

E" ~ C:;'

10

V>

tl

;:s

~

.,0.,P It::

BASF Ullradur

in concentrated acetic acid

(1)

V>

~.

Bayer Pocan

saturated solution

Calcium Hydroxide Calcium Hypochlorite Calgon

saturated solution saturated water sollener u

0,1

94

Hoechs! CeL Celanex; gLlib,

92

Hoechst CeL Celanex; gLlib,

@

"tl

E" ~

n'Vl tl

Caprolactam (Eo)

C1l Vl

to·

Carbon Dioxide

;:l

t

.,0.,

P

\t::

solution; technical molten; technical

<360 <360 <360 <360

50

200 bar

"

· ·•· ••···.i}n(j'jii'Qver$ibliMI1~;1.··l<·f.·

tN";;8.• );;;

Carbon Disulfide

•••.•.•··:;mmjl!ifi~~!ilc!i···.·· •••;..... ,

+:,nriSi }7~1\> <360

ICarbon Monoxide Carbon Tetrachloride

I

90 lBO

<360 360

10

0.1 0.1 0.1

100 100 0.1

100

1i~1~ ;;;g2~;N

-

• ;;;n~ii~iWi);!~W9~:'~?ni~~k~ii_

~;E(::!:~~:~:~:r%f.~:;:

<360

Casein Ceresin Chloramines Chlorine Chloroacetic Acid Chlorobenzene

• >.:'+>;n~1(r!lil"~WJ~:;9~~;rit:)

M;W~.·.;tV

.;t'2~·k;

Chlorosulfonic Acid Chromic Acid Chromic Acid Anhydride

R142

mi;2.~t%

50.50 wI trichloroethylene

~~i~.~I~·l 10 10 10 10 10 10 10

Citric Acid

Citrus Oils Clophen A60 Clorox

1.1 wI light petroleum Chlorox

"

Concrete Cooling Fluids Corn Oil

Mazola

"

Coumarin

"U III

-i

50

BASF Ultradur Bayer Pocan Hoechst Cel. Celane.; gl.fib.

" BASF Ultradur Hoechst Cel. Celane.; gl.fib. Bayer Pocan BASF Ultradur

Bayer Pocan BASF Ultradur Bayer Poean

<360

b%;l!.%;;]Y

~lltllll

<360

.... "

W:i!p;;;;ti

50.50 wI trichloroethylene dilute

Bayer Pocan

<360 <360

Chlorodifluoroethane Chloroform

BASF Ultradur

;'i'~~;\~;i :::~

i&S2tb.::

iiiii

BASF Ultradur Bayer Pocan

::D:;tij.'~:::~~'~ ,··~g~:;'f:;~
BASF Ultradur

BASF Ultradur Bayer Pocan

"

".?3))1'

rmm~m;;r'

~f;;~::.%}W~&P!~~~)\rzdWktfNH~

Bayer Pocan

Il!;~I~ :::~

i~1~1t}~~1~~~~tf

~];~i~i;i;li~1i~lillll~~f~~

BASF Ultradur

~1~\!i~1 :::~ iti\~~~l;·tl

7 7

~ll~r¢l~~1 :::~ ~1;i~~;ll.,;~

7 7

:::%~~V):

<360

Il~~'i~jl!

h.//t·!'nei ·jrt.i.i,t!bl.ltiiik'f'••;;••••··

t&t}~XDW

0.25%

~~IIIJ['li~

95.5 95

~;;~l~;lll;~~t

98.1 93.8

,&!Y$W;C?' 0.25%

.;hJdJi@j·.

" Bayer Pocan BASF Ultradur LNP; 30% gl.fib.

······t•.•Ni.ci;lrt$V~$lbl.cllii.F;U)(d

BASF Ultradur LNP; 30% gl.fib.

:;;;KKiiiJiIifi'M'lii$llmiCfiiiX;;W;'.•

BASF Ultradur

~

Chemical Resistance - Polyester - PBT

N <0

~

Chemical Resistance - Polyester - PST

""U

U>

o

OJ

-l

Bayer Pocan BASF Ultradur Bayer Poe an

Crude Oils

.li)23?V

7

0.25%

7 <360 3

0.25%

3 1 1

!23t

H

Decalin Defurrlng Solution

10 10

Detergents

synthetic dilute solution

<360

;;;i~iii;; :~:~

:)l~~§~';: :tap,····:'·

91 91.B

I

55.2 67.9

f~:~~~,~;

LNP; 40% gl.fib.; ASTM 0638 bars

" BASF Ultradur LNP; 40% gl.fib.; ASTM 0638 bars

25.B 34.B

"'.\::);6:\5/i

\; {ljiil)l,ichiSlsli>} ""

:\'1~;~:;;,'·.·· <360

Hk:;Sz':

<360

/\.'~

:~,tl

Dibutyl Phthalate

0.25%

r> ....:8·.::,,:·.:...::'

~%t lli:»:@t~~~,~.~~}:1 /~~~;.>::-::::: '\/

,,:;!;(i;;;H;~:i? .>!~::: .,~;[;

;r

BASF Ultradur

Bayer Poe an

" BASF Ultradur

':':"';"::i:~i;:~~;;t~~~~i~;;::!'t~~~~~\i:'; ."

BASF Ultradur

'::{:t>noI4esfstiiiirk ..\'."",:

BASF Ultradur

Bayer Poean Bayer Pocan

Dichloroethane (1,2-) Dichloroethylene Dichlorofluoromethane Dlchlorotetrafluoroethane Diesel Fuels

@

'1:1

p

~ (;. V>

tl

m V>

<E' ;:l

~

... ... u:

0-

l=l

;;;;;#:';; :~:~ :ill[i:~·::i

<360

" R114; Freon 114

U"23,Y.

<360

R21

diesel oil

\:::.,:. .'2i'::·},

<360

'23.>":,

Bayer Pocan 30

B9

30

100

GE Valox 420; 30% gl.fib.

30

97

GE Valox 735; 40% gl.fib.lmin.

30

100

GE Valox 760; 25% mineral

90

100

GE Valox 420; 30% gl.fib.

90

BB

GE Valox 735; 40% gl.fib.lmin.

90

100

GE Valox 760; 25% mineral

90

60

GE Valox 325

GE Valox 325

30

B5

GE Valox 325

30

100

GE Valox 420; 30% gl.fib.

30

100

GE Valox 735; 40% gl.fib.lmin.

30

100

GE Valox 760; 25% mineral

90

100

GE Valox 420; 30% gl.fib.

90

100

GE Valox 735; 40% gl.fib.lmin.

90

100

GE Valox 760; 25% mineral

90

39

<360

GE Valox 325 BASF Ultradur

Diethyl Ether

Bayer Pocan 90

0.3

0.1

94

180

0.3

0.1

99

0.5

0.1

96

<360 360

Hoechst eel. Celanex; gl.fib. BASF UI!radur Hoechs! eel. Celanex; gl.fib. Bayer Pocan

© "1l

~

~ (:;. VJ

iVJ6'

<E' ;:J

Dimethyl Ether Dimethylformamide Dioctyl Phthalate Dioxane

Bayer Poean BASF Ultradur Bayer Poean

t

.,0.,P

<.t:

Dishwashlng Detergents

liquid Calgonite 1.3 1.3

0.2 0.2

97 97

Hoeehst Cel. Celanex; gl.fib.

77 77

Hoeehst Cel. Celanex; gl.fib.

liquid

Bayer Poean

Ethane Ethereal Oil

Ethyl Acetate 79

30 30 30 30 30

77 96

49 75 86

90 90 90 90 90

44 57 65 69 53 62

180 180 180 <360

Ethyl Alcohol

40 95 95 95 95

gasoline w/15% ethanol

79

<360

90

0.2 0.3 0.4 2.4

180 360 24 30 30 30 30 60 60

0.1 0.3 0.1 0.4

94 99 98 0.25%

o

94

90

96 96

"'U

to

71 90.6

90

180 180 <360

Chemical Resistance - Polyester - PST

BASF Ultradur Hoeehst Cel. Celanex; gl.fib.

95 50

99

90 90

--f

97 94

Bayer Poean Hoeehst Cel. Celanex; gl.fib. GE Valox 31 O·SEO GE Valox 325 GE Valox 420; 30% gl.fib. GE Valox 735; 40% gl.fib.lmin. GE Valox 760; 25% mineral GE Valox 420; 30% gl.fib. GE Valox 735; 40% gl.fib.lmin. GE Valox 760; 25% mineral GE Valox 310·SEO GE Valox 325 GE Valox 310·SEO GE Valox 325 GE Valox 420; 30% gl.fib. BASF Ultradur Bayer Poean

98 94 94

Bayer Poean GE Valox 420; 30% gl.fib. GE Valox 735; 40% gl.fib.lmin. GE Valox 760; 25% mineral GE Valox 325 LNP Thermoeomp WF·l006; 30% gl.fib. GE Valox 325 GE Valox 420; 30% gl.fib. GE Valox 735; 40% gl.fib.lmin. GE Valox 760; 25% mineral GE Valox 420; 30% gl.fib. GE Valox 325 BASF Ultradur

~ (J.)

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Chemical Resistance - Polyester - PST

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t:D

-I

,

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,.,.,." ...,.. ,",..

,:""".

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•.•

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. ;~l!~>'

:-;,',

"

Ethyl Trichloroacetate Ethylene Ethylene Carbonate

.~.

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23::

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. t~o;

Ethylene Dichloride Ethylene Glycol

d.

30

F':

I

"

I :~})T:~~V!~i[~~;":::';':'

0.25%

'i1;;'?

50 50

.'

·.·.w: I

:';':::~::;:.:.,

.I.

...;~.

'~j~Jtiined

'."

,

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!~ij.il' S1!l'i!gth 29.2

2.5

40.2

\:/2,;>: :,}:\;

<360

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.

"":,::aN:%?

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.:~/

BASF Ultradur

,-.~,.

not.rellislanf!:: ,).",."

BASF Ultradur

<360

'!~',):
';~~':':

0.25%

.;" .:,.,:::~::::

:':"K

93.7

60

0.3

2~

90

0.3

0.1

97

,: .23' :'

180

0.4

0.1

97

0.3

0.1

. -. --'~; .

i' '

<360

':(2i3« wi 50% water

'i;~'};

"it~i;

30

-~

I.

~

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Bayer Poean LNP Thermoeomp WF·l006; 30% gl.fib.

98

-

50 50 50

wi 50% water

50

.•. . ?3'i.' ~2t(

360 30

50

. }8l1',:,"

30

50

'.:t~p<,

7

50

;/15.0 .

0.25%

97

Hoeehst Cel. Celanex; gl.fib.

,

14.8 0.4

LNP Thermoeomp WF-l006; 30% gl.fib.

29.2

0.25%

7

0.3 Bayer Poean

7

0.25%

7

0.25%

89.6

LNP; 30% gl.fib.

94

LNP; 40% gl.fib.; ASTM 0638 bars

7

106.7

LNP; 30% gl.fib.

7

96

LNP; 40% gl.fib.; ASTM 0638 bars GE Valox 310-SEQ

30

100

30

100

GE Velox 325

30

100

GE Valox 420; 30% gl.fib.

30

100

GE Valox 735; 40% gl.fib.lmin.

30

100

GE Valox 760; 25% mineral

90

100

GE Valox 420; 30% gl.fib.

90

100

GE Valox 735; 40% gl.fib.lmin.

90

100

GE Valox 760; 25% mineral

90

100

GE Valox 310-SEQ

Prestone antifreeze

180

100

"

antifreeze

180

100

GE Valox 325

180

100

GE Valox 420; 30% gl.fib.

Prestone antifreeze antifreeze

<360

BASF Ultradur Bayer Poean

3

0.25%

LNP; 40% gl.fib.; ASTM 0638 bars

82.7 MPa

Hoeehst Cel. Celanex 3300; 30% gl.fib. 0.76x25.4 mm strips

3 0.21

@

'~~"

10' ;:l

t""'

.,0: $:l .,

t.t::

23.5

16

Hoeehst Cel. Celanex; gl.fib.

<360

r;'

en t:l (1l en

"

1

BASF Ultradur 0.25%

LNP; 40% gl.fib.; ASTM 0638 bars

1

Ethylene Oxide Exhaust Gases Fats Fatly Acids

<360

. "!\MH'!,W'

"":"".i11l:1rr."'iiisible·tlfliv;;,·::':Vi'"

BASF Ullradur

);:,:We;;:::'

},. no'Jrt.ev'illiblli'cliiJ//L::r;

BASF Ultradur

<360

and waxes cooking

<360 <360 <360

@

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po ~ ;:;.

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t

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0-

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Fertilizers Floor Polish Fluorine Fluorinert Fe 70

0.2 0.22

vapor phase stability

"

Flux

Kester # 1544

Formic Acid

+/'2'3'/••·,

7

0.2 0.32

30% gl.lib. 98.8 94.9

0.25%

10 10 10

LNP; 30% gl.lib. Bayer Pocan 8ASF Ultradur Bayer Pocan

Freon 11 Freon 113

m~t~.~*i~f:~1

Freon 160

;~:::~::~t~I~;~:l~~ff

0.1 -0.1 -0.1

99 98 97

Hoechst Cel. Celanex; gl.fib.

Bayer Pocan Hoechst Cel. Celanex; gl.fib.

Freon 170 Freon 180 Freon 22 Freon TF

chlorodilluoromethane

BASF Ultradur 7 7

0.25% 0.25%

1I;j!~;;i Fruit Juices Fuel Oils Fuels

fuelC

Furfural Furfuryl Alcohol Gasohol

90/10

LNP; 40% gl.tib.; ASTM 0638 bars

0.25% 24.9

1

citrus

BASF Ultradur

l~~~rJl-;~ 0.21 ;j~!I~i;~[ :::~ :~~:~i~~~~~%

82.7 MPa

Hoechst Cel. Celanex 3300; 30% gl.fib. 0.76x25.4 mm strips BASF Uitradur 90 95 95 95 93 97

30 30 30 90 90 90 90 30 30 30 30

90 100 79 69 72

"U

OJ -l

74.2 86 38.9 42.1

Chemical Resistance - Polyester - PST

GE Valox 325 GE Valox 420; 30% gl.fib. GE Valox 735; 40% gl.fib.lmin. GE Valox 420; 30% gl.fib. GE Valox 735; 40% gl.fib.lmin. GE Valox 760; 25% mineral GE Velox 325 GE Valox 420; 30% gl.fib. GE Velox 735; 40% gl.fib.lmin. GE Valox 760; 25% mineral

~ (J.) (J.)

Chemical Resistance - Polyester -

""U

OJ --l

psr

~

c.v ~

,...;;-;.,..:;::-;;.-

;:\:-: ",:};:;:

'-"::~-?

GE Valox 420; 30% gl.fib. GE Valox 735; 40% gl.fib.lmin. GE Valox 760; 25% mineral GE Valox 325

Bayer Pocan LNP; 30% gl.fib.

(,

Shell premium Shell regular Shell unleaded premium grade regular unleaded premium grade regular unleaded premium grade regular unleaded premium grade regular

7 7 30 30 30 30 30 30 30 30 30 30 30 30 30 30

0.25%

91.3 91.3 100 99 95 100 100 95 100 100 95 9B 9B 98 100 100

II-

"

I

GE Valox 310-SEQ

GE Valox 325

GE Valox 420; 30% gl.fib.

GE Valox 735; 40% gl.fib.lmin.

GE Valox 760; 25% mineral

LNP Thermocomp WF-l006; 30% gl.fib. unleaded w/15% ethanol unleaded w/15% methanol unleaded unleaded w/15% ethanol unleaded w/15% methanol

0.2

a 0.5

71 91.6 94.8 90.6 99 GE Valox 420; 30% gl.fib.

@

'tl

S~ ;:)VI

0(1) VI

tE;:l

s: ...>l ...

0-

Gasoline

regular unleaded premium grade regular unleaded premium grade regular unleaded Shell unleaded premium grade regular premium grade regular unleaded

100 95 95 98 98 100 100 100 95 100 98 100 100 95

Shell premium Shell regular premium grade regular premium grade

100 98 100 100 100

GE Valox 735; 40% gl.fib.lmin.

t~~~2. ::~~:'r:·::::/@t~::~;:;~;'\{: r::tPJ~}~:::~:/J{

;~::{>:!

:::(

:~~::;~: :~:::

!~.: ·k.g~:;·:

:-:. ·.::,:;Mf:~L::)t;

:::-::}:: f.·J::

:-~:r~:)::

;) ?llk> -:: k·· :{{:: ~::' -- '

GE Valox 760; 25% mineral

r~:m)::::::

GE Valox 310-SEQ

:f? ?U

GE Valox 325

;:::~:;:t.'·::::?~:::::

GE Valox 310-SEQ GE Valox 325 GE Valox 420; 30% gl.fib .

@ ~

Ei en ~

;:;.

en tl (\) en

regular Amoco unleaded medium octane Amoco unleaded unleaded. applied to stress ARCQ unleaded

tEl· ;:l

t""'

0: ..,

..,~

It::

Gasoline

"

OJ

0.2

<360 360 .007.014

0.2

0.1

97.8

30%

GE Valox 420; 30% gJ.fib. Hoechsl Cel. Celanex; gJ.fib. 8ASF Ullradur Hoechst Cel. Celanex; gJ.fib. ASTM 0790 bars

100

3

15% methanol 5% ethanol high octane low octane w/15% methanol premium grade unleaded premium grade unleaded premium grade unleaded Shell premium Shell regular Shell unleaded premium grade unleaded

<360 <360

30 30 30 30 30 30 30 30 30 30 30

90 86 100 99 97 100 85 87 85 88 87

premium grade unleaded premium grade unleaded premium grade unleaded premium grade unleaded premium grade unleaded Amoco unleaded

90 90 90 90 90 90 90 90 90 90 135 240

80 80 82 81 85 82 95 89 90 94 92.6 83.6

Gasoline

regular

30 30 30 30 90 90 90 90 90

Gasoline

unleaded unleaded w/15% ethanol unleaded w/15% methanol unleaded unleaded w/15% ethanol unleaded w/15% methanol high performance

30 30 30 30 30 30 <360

Gasoline

-t

180 180

8ASF Ultradur 8ayer Paean

0.3 0.3

0.25% 0.25% 0.25% 2 2.5 3

GE Valox 420; 30% gJ.fib. GE Valox 735; 40% gJ.fib.lmin. GE Valox 760; 25% mineral GE Valox 310-SEQ

GE Valox 325 GE Valox 31 O-SEQ GE Valox 325 GE Valox 420; 30% gJ.fib. GE Valox 735; 40% gJ.fib.lmin. GE Valox 760; 25% mineral Hoechst Cel. Celanex; gJ.fib.

93 98 100 90 82 85 90 93 98

GE Valox 420; 30% gJ.fib. GE Valox 735; 40% gJ.fib.lmin. GE Valox 760; 25% mineral GE Valox 325 GE Valox 310-SEQ GE Valox 325 GE Valox 420; 30% gJ.flb. GE Valox 735; 40% gJ.fib.lmin. GE Valox 760; 25% mineral

76.3 29.2

LNP Thermocomp WF-l006; 30% gJ.fib.

78.9 40.2 5.8 BASF Ultradur

~

Chemical Resistance - Polyester - PST

W 0'1

~ (,.)

Chemical Resistance - Polyester - PST

""1J

C1>

(Xl

-l

Bayer Poeen

Glysantin Greases

1:1

wi water

lubricating

<360

.IFilfMr?

<360

AV,~(>,:

bttOll};

<360

PI~3h(

180

I

60

;';i~JjqiN

Hair Dyes Helium Heptane

100 <360

~'\;~1;jj!1 :~:~

gas

·:/':.~~n·.

•. ·;Ci.@;'~ii!\\~~!~I\I~i.{\'.i%i

dtg,>::

360

ester based

{%lno.iri'iW;;iliiif;;;iiiH\D;

.,; 0.2

94

0.1

0.1

96

0.1

-0.1

66

0.3

-0.1

36

%;#M!!~i~\~~i',)Yinii

·::;{1t::;:;:~:. ;~+t~@:8mF%@U~:~tfIY~~;::

~;:.i));;~itt~1;;ii~';j~~i:Tg··'?·:··

BASF Ultradur Bayer Pocan BASF Ultradur BASF Ultradur Hoeehst Cel. Celanex; gl.fib.

BASF Ultradur

Bayer Poean

7 7

101.6

0.25%

30

LNP; 30% gl.fib.

100.9

"

99

GE Valox 420; 30% gl.fib.

30

96

GE Valox 735; 40% gl.fib.lmin.

30

100

GE Valox 760; 25% mineral

30

100

GE Velox 310-SEQ

30

100

GE Valox 325

90

100

GE Valox 310-SEQ

90

100

GE Valox 325

90

99

GE Valox 420; 30% gl.fib.

90

93

GE Valox 735; 40% gl.fib.lmin.

90

100

GE Valox 760; 25% mineral Hoeehst Cel. Celanex; gl.fib.

90

0.2

96

180

0.1

96

"

98

GE Valox 420; 30% gl.fib.

180

100

GE Valox 310-SEQ

180

100

180

GE Valox 325

<360

BASF Ultradur

360

98

Hoeehst Cel. Celanex; gl.fib. Hoeehst Cel. Celanex; gl.fib.

Bayer Poean 60 , .......

@

'tl

S'

~

0' VI

tl

Hexafluoroisopropyl Alcohol Hexafluorosilic Acid Hexafluorouranium Hexamethylenetetramine HexamethllPhosphoric Trlaml e Hexane

t-o

i=l

Humic Acids

c;: .... ....

tl:

86

0.6

0.2

83

~·:i

····)h}:%·ylliSSiiWed{.:)(:·.•,:.'. ;;

I~E!

BASF Ultradur

Bayer Poean BASF Ultradur Bayer Poean

Houton Cosmo Lubrlc 2425

::l

30

i;i;~\;i:~~;':; :;.;/i:to : : ;.-

0.1

<360

(1) VI

<E'

240

}i:~:~gi <360

0.5

180

101

360

83.3

<360

Hoeehst Cel. Celanex; gl.fib.

!.nh41t~mW.Uibl••($lt\!ilt.:·'

8ASF Ultradur

@

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i:i' ~

n'VI ~ VI

Hydraulic Fluids

to·

;:s t"-

Bayer Pocan Skydrol 500B;

180

Hand HL

<360

Skydrol 500B;

360

flame retardant

<360

100

Hoechst Cel. Celanex; gl.tib.

99

Hoechst Cel. Celanex; gl.tib.

BASF Ullradur 0.1

Bayer Pocan

0: ..,

..,>:l

u::

BASF Ullradur

Skydrol 500B;

60

0.3

0.1

98

"

240

0.5

0.1

94.5

Hydrobromic Acid Hydrochloric Acid

10

<360

Hoechst Cel. Celanex; gl.tib. BASF Ullradur

2 10

Bayer Pocan

10

Hydrochloric Acid

7

0.25%

94.6

LNP; 30% gl.tib.

10

7

0.25%

10

7

91.6

91

LNP; 40% gl.tib.; ASTM 0638 bars LNP; 30% gl.tib.

10

7

94.1

LNP; 40% gl.tib.; ASTM 0638 bars

10

30

95

GE Valox 310·SEC

10

30

96

GE Valox 325

10

30

89

GE Valox 420; 30% gl.tib.

10

30

81

GE Valox 735; 40% gl.tib.lmin.

10

30

100

GE Valox 760; 25% mineral

10

90

85

GE Valox 420; 30% gl.tib.

10

90

69

GE Valox 735; 40% gl.tib.lmin.

10

90

99

GE Valox 760; 25% mineral

10

90

95

GE Valox 310·SEC

10

90

93

GE Valox 325

10

90

-0.1

0.2

96

Hoechst Cel. Celanex; gl.tib.

0.1

0.1

88

"

95

GE Valox 310·SEC

10

180

10

180

10

180

88

GE Valox 325

10

180

82

GE Valox 420; 30% gl.tib.

10

360

80

Hoechst Cel. Celanex; gl.tib.

55.2

LNP; 40% gl.tib.; ASTM 0638 bars

0.2

0.1

10

Bayer Pocan

10

3

10

3

10

24

10

64

10

1

0.25% ·0.6 ·2.4

·1

0.25%

57.9

"

76

Hoechst Cel. Celanex; gl.tib.

32

Hoechst Cel. Celanex; gl.tib. LNP; 40% gl.fib.; ASTM 0638 bars

10

1

"

20

<360

BASF Ullradur

concentrated

Bayer Pocan

" Hydrofluoric Acid

10 10 40

Hydrogen Hydrogen Chloride Hydrogen Peroxide

BASF Ullradur

1 20 30

--l

<360

gas 20

""tJ OJ

~i~~{l;fu

il1il~i

Bayer Pocan <360

"

BASF Ullradur

, .j::>.

Chemical Resistance - Polyester - PST

(J,)

.......

Chemical Resistance - Polyester - PST

"'U

OJ

~

W

co

~

:;:-. ".':,:

,t· L"

,d··( >,.1> \1

i\l.

J

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Hydrogen Sulfide

J l~l, >1. (:C)

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,

,. R~~lh9J . ·.·. ·'·'

"(days) I.

..:.:':

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J

.,.,., :.: ·':men9'"

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8

diluted

BASF Ullradur

gas

Hydroquinone Impregnating Oil Inks

solution

5 :~:

indian ink aromatic 92.7 0.2

LNP Thermocomp WF-l006; 30% gl.fib.

94.8 76.3

0.25% 2

78.9 BASF Ullradur gl.fib.

50

30

80

GE Valox 735; 40% gl.fib.lmin.

50

30

97

GE Valox 760; 25% mineral

in water; isopropanol

50

30

100

GE Valox 310-SEO

"

50

30

100

GE Valox 325

isopropanol

50

90

100

GE Valox 310-SEO

in water; isopropanol

50

90

99

GE Valox 325

isopropanol

50

90

97

GE Valox 420; 30% gl.fib.

50

90

74

GE Valox 735; 40% gl.fib.lmin.

50

90

98

GE Valox 760; 25% mineral

50

180

96

GE Valox 420; 30% gl.fib.

50

180

100

GE Valox 310-SEO

50

180

99

GE Valox 325

30

100

GE Valox 310-SEO

30

100

GE Valox 325

30

100

GE Valox 420; 30% gl.fib.

30

100

GE Valox 735; 40% gl.fib.lmin.

30

100

GE Valox 760; 25% mineral

90

100

GE Valox 420; 30% gl.fib.

90

100

GE Valox 735; 40% gl.fib.lmin.

90

100

GE Valox 760; 25% mineral

90

100

GE Valox 310-SEO

90

100

GE Valox 325

180

100

GE Valox 310-SEO

180

100

GE Valox 325

180

100

GE Valox 420; 30% gl.fib.

in water; isopropanol

Bayer Paean

isopropenol

<360

'1;l

p

~

n'

't"l '" 15' t1l

;;l

Bayer Paean BASF Ullradur

Isopropyl Ether Jet Aircraft Fuels Kerosine Ketones Lacquers

Bayer Paean "'\N~f\

aliphatic cellulosic cellulosic; cone.

~

...0' ...\l::$:l

BASF Ultradur

" "

@

cellulosic

Lactic Acid

10

.~

eWi@;Yllcl\'ro$is!anl"
BASF Ultradur

@

'"

15' ~

n'

'"

Bayer Paean

~ '" to·

180 360

;:l

Lestoil

$:l

Linseed Oil

., .,

Hoechsl Cel. Celanex; gl.fib.

76

Hoechst Cel. Celanex; gl.fib.

81

LNP; 30% gl.fib.

laundry soap

t

0-

0.1

96

Bayer Paean

2 2

7 7

0.25%

7 7

0.25%

85.3 Bayer Paean

94.4

LNP; 30% gl.fib.

97.8

<360

BASF Ultradur Bayer Paean

Lithium Chloride Lubricating Greases Lubricating Oils

Machining Oils Magnesium Salts Malt Mercury Mersolates Methane Methyl Acetate Methyl Alcohol

10

BASF Uitradur Bayer Paean

silicone based

<360

Unflow

0.21

ASTM reterence oil

<360

EP to MIL-L-2105B

<360

machining fluids solution

BASF Uitradur 82.7 MPa

Hoechst Cel. Celanex 3300; 30% gl.fib. 0.76x25.4 mm strips BASF Uitradur

<360 10

<360 <360 <360 <360 <360 <360

in unleaded gasoline

mixture

15

60

15

60

15

30

15

30

35

<360

0.25%

91.6 0.5

99

3

5.8

LNP Thermocomp WF·l006; 30% gl.fib.

0.25% BASF Uitradur 8ayer Paean

7

0.25%

7

91.1 96

30

91

GE Valox 420; 30% gl.fib.

30

87

GE Valox 735; 40% gl.fib./min.

30

B5

GE Valox 760; 25% mineral

30

83

GE Valox 310·SEO

30

76

GE Valox 325

90

70

GE Valox 325

90

82

GE Valox 420; 30% gl.fib.

90

84

GE Valox 735; 40% gl.fib./min.

90

77

GE Valox 760; 25% mineral

180

76

GE Valox 420; 30% gl.fib.

180

72

GE Valox 310-SEO

180

64

<360 5 ml sample; stressed bar

LNP; 30% gl.fib.

.007.014

GE Valox 325 BASF Uitradur

30%

3

ASTM 0790 bars

94 Bayer Paean

~

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-i

Chemical Resistance - Polyester - PBT

c..>

<0

~ ~

Chemical Resistance - Polyester - PST

<J

0

OJ

-l

,{o'

I

~!tagent

Note

ICone" Temp·IThll~ltl • .~. eel· .J~~nl .....•. \k~

Methyl Ethyl Ketone

Methyl Ethyl Ketone

Load

WI'Rtg~

\~,:.

,.'"

;

4

70

4

73

... 2~.

30

8

90

GE Valox 420; 30% gl.fib.

""""""23""""""

30

1

40

GE Valox 735; 40% gl.fib.lmin.

23

30

3

69

23

90

6

80

23

90

1

34

23

90

2

53

23

90

2

50

23

90

3

63

23

180

1

23.

180

2

23

180

4

23' ., <360 25 .. .007.014

8

6

30%

"5

VI

tl

Cll VI

<E'

Motor Oils

t-'

., p

r•

GE Valox 760; 25% mineral GE Val ox 310-SED

, 3

GE Valox 325

1'."

GE Valox 310-SED

I L·

GE Valox 325

:.,:

BASF Ultradur ASTM 0790 bars

!)! lim~~ [es.s~n~e

:~

Bayer Pocan

limited .resi~...

30

1

28

GE Valox 735; 40% gl.fib.lmin.

23

30

1

41

GE Valox 760; 25% minaral

'>23

30

l'

21

GE Valox 310-SED

23 .23

30

,1'"

33

GE Valox 325

20

GE Valox 310-SED

23

90

't,

.. g~

90 90

(.2 1

90

1

180

23.• 23 ~~.

~

. '\1

90

I

54

':':~i:~;; +:

Bayer Pocan GE Valox 420; 30% gl.fib.

33

GE Valox 325

,

54

GE Valox 420; 30% gl.fib.

~

30

GE Valox 735; 40% gl.fib.lmin.

42

GE Velox 760; 25% mineral

2);

52

GE Valox 420; 30% gl.fib.

180

1

18

GE Valox 310-SED

180

'1

32

.23

<360

',2S'

.007.014

25

3

30%

BASF Ultradur ASTM 0790 bars

9 ~.;

<360

GE Valox 325

2 /I

~:

100

2

ri';n91}e~!s,~nt

I

Bayer Poean

8

·-.~~>!it4i!ii!!!!!\~~<

,I

BASF Ullradur

I

Bayer Poean

..;. :/\iesiSiliif"'.

<360 <360 ;?2.~", .. :",: 2IF"'.'; .007.014 . """

8

';XiioiiiiiVliisiiiial:ho, .

... 23 '" ,,_·_·_w.~.;

30%

t::'· 8

',"';23' 23

BASF Ultradur

.. nOl.r!sistanl

8

'. :/no cracks or crazino

8 7

23

7

23

30

.,.>.~3

30

~.

GE Valox 420; 30% gl.fib.

~i,p~j;reYerslble ~h9~::: . : :~ '::/QO: ~ia~k~~ ol crazing

.; 2~ ., ".60

;:l

0: .,

GE Valox 735; 40% gl.fib.lmin.

23,'

23

5 ml sample; stressed bar

~

2

60

Molasses Mortars Motor Oil

~

GE Valox 420; 30% gl.fib.

3

2'

t

~

54 72

GE Valox 760; 25% mineral

.I

30

"

is:

5 ml sample; stressed bar

35

GE Valox 325

6

23

.

-:

GE Valox 310-SED

.~.

t .::::/{

<360

\.2~;

~ ::;.

:.",;::

Hoechst Cel. Celanex; gl.fib .

30

23

Oils

Bayer Poe an

lUl$lent.

.....,es~ntialjlunaf!ected :::~

Material Note

30

Methylene Chloride

Mineral

\i:::\:('

I

23

61>,

1l

<;Rislsia~eeNote

I Le~91h ~Thlckne...·1 Dlemel~t

8""""""" .8

60

@

Weight

23

5 ml sample; stressed bar

Milk

I

"

0.25%

98.5

9

>

9 9 9

:::

1

.. ~~

:.::

BASF Ultradur

I

ASTM 0790 bars

t t

LNP; 30% gl.lib.

resistant·

Bayer Poean

97.2 100 100

l

GE Valox 31 O-SED GE Valox 325

@

"\'l

S" ~

n' C/)

i?

Motor Oils

30 30 30 60 60

C/)

~.

5W30

;:l

s:c:r.,

100 100 100 95.9 96.9 100 100 100 100 100 100 100 100

0.25%

o

90 90 90 90 90

.,

>l

\C

180 180 180 180 360

10/20/40

0.1

0.1 0.1

97 97

Motor Oils 5W30

30 30 60 100

Motor Oils

0.25%

o 0.2 0.2

-0.1

30 30 30 30 30

94

90 90 90 90 90 180 180 180 7 7

5W30

Naphtha Naphthalene Naphthenic Acids Natural Gas Nitrating Acid Nitric Acid

""0 OJ

~

59.9 69.9 57 39 96

0.25% 2

100 64 92 45 60 63 63 82 27 31 29 18 29.6

<360 <360 <360 <360 <360

technical

2 10 10 10 10 10 10 10 10 50

GE Valox 420; 30% gl.fib. GE Valox 735; 40% gl.fib.lmin. GE Valox 760; 25% mineral LNP Thermocomp WF-l006; 30% gl.fib. GE Valox 420; 30% gl.fib. GE Valox 735; 40% gl.fib.lmin. GE Valox 760; 25% mineral GE Valox 310-SEO GE Valox 325 GE Valox 310-SEO GE Valox 325 GE Valox 420; 30% gl.fib. Hoechsl Cel. Celanex; gl.fib. 8ayer Pocan LNP Thermocomp WF-l006; 30% gl.fib. Hoechst Cel. Celanex; gl.fib. Hoechst Cel. Celanex; gl.fib. GE Valox 420; 30% gl.fib. GE Valox 735; 40% gl.fib.lmin. GE Valox 760; 25% mineral GE Valox 310-SEO GE Valox 325 GE Valox 310-SEO GE Valox 325 GE Valox 420; 30% gl.fib. GE Valox 735; 40% gl.fib.lmin. GE Valox 760; 25% mineral GE Valox 420; 30% gl.fib. GE Valox 310-SEO GE Valox 325 LNP Thermocomp WF-l 006; 30% gl.fib. BASF Ultradur

<360 7 7

0.25%

74.2 76

3

0.25%

46.2 52.9

3 1 1 <360

Bayer Pocan LNP; 40% gl.fib.; ASTM 0638 bars Bayer Pocan LNP; 40% gl.fib.; ASTM 0638 bars

0.25% BASF Ultradur

+:0-

Chemical Resistance - Polyester - PST

+:0......

Chemical Resistance - Polyester - PST

""lJ

OJ -l

~ ~ l\)

Bayer Pocan

"

Nitrobenzene Nitrogen Nitrogen Oxide Octane

.:t!;L"ij~;!ii;

·::::::~h:] ]@@%] mRg~!.~~~~~~r:1] [f~tl~)~T1~1~~r%

.>J!3';?t <360

·N'Llb:,i.•.·•·.·

"'lioiriiViii$16ilttjj~l'~fi:ii;J

BASF UItradur

%'?;?(h

·:d:l!m>

····t·g ;';;;;;>[email protected]'Sm;

Bayer Pocan BASF Ultradur Bayer Pocan

'U:23bH <360

>'(S#\,

:; .••••. .• ;.iiQliftat~'bljiliiii.f • •:i:

:iii4~S>

;~~j;il'~'1'8

r~r~l'~lli;~'I~llff~;ili;:I.lj~lfi

under high pressure technical

Oleic Acid Oleum Olive Oil

zW~!!i.

Oxalic Acid Oxygen Ozone

i;;~'~QjI1t

10 80

Ui2j'P:

<360

::;;:,&/).%,

';§:»::fjil"if.v'ii;ibr.;~(j;'::;;·::{"':

BASF Ultradur Bayer Pocan BASF Ultradur

atmospheric pressure

1.7

'~~~~~i~1~t~~i~~~I~;II;J Hoechst ceI.B~~:n~l:r::~~;

2.1 <360

30% gl.fib.

20 ppm ozone wi air

Paints Palmitic Acid Paraffin

>~~~~lli

paraffin oil

"

;~~~~>l~

Perchloroethylene degreasing by vapor

..... .. ,.."-'"' ~

Perfumes Persll Petroleum Ether Phenol Phosphate Esters Phosphates Phosphoric Acid

@

~

V>

tl (1) V>

to;:l t"-

..,o: ..,$:I
60 180

'f'i2S"":'" <360

10 10

solution

10 10 20 20

1~~llll;111 :::~

rl;~II:~~i

<360

l~,l;~,~l;~; :::~

1~)I!I~~1 igii!~)b;

Photographic Fixing Baths Photographic Solutions

<360

I

6.5 6.7

0.6 0.6

70 68

Bayer Pocan

BASF Ultradur Bayer Pocan Hoechst Cel. Celanex; gl.fib.

·'···d>~i:·\·:·.i·:·

'f) AllQ'ltteviii$I~Ie'Chli,i;:H

BASF UHradur

i~~,~!~~~~~·;j

~~~!!J~~r~1~~~~1~11~~tl;;J~i:~'~~

Bayer Pocan

~j1~~1~;l;~~'

~!r~~rt~~I!!~!~~~I~!;~~

:~~m~:W8A:Wr~:

BASF Ultradur

Bayer Pocan BASF UItradur

photographic emulsions

$:I

~ ;:;.

<360

.,. :;. ; .;;:.;;;:~:;;;~;]~;~l~l:;;;.ll:i~~~·l

:;r)@t!~~~:~:'::}::r~; ;;;j9~;%"

Phthalic Acid Plasticizers Potassium Bromide Potassium Chloride

saturated

10 10 10 10

Bayer Pocan BASF Ultradur Bayer Pocan

@

~R!t!!gi41

'1l

P ~

n' en ~ en

~l,;t~,~~~

Reagent Note ':':';-.':~.:

t"-

Potassium Dichromate

5 10 10

Potassium Hydroxide

5 5 5 5 5 5 5 5 5 5 10 10 10 10 50

..,o: !=l ..,

u:

Time

(diysl

(~)

.

15' ;:l

Cone.

Potassium Hydroxide

Potassium Nitrate Potassium Permanganate Power Steering Fluid

\~,. ~~ 23 23 23 ':

23 \, 23

23 23 ,', 23

92

30 30 30 30

96 88 61

30

97

90 90 90 90 90

10 23 92

91 93

",' 23

23)

<360

61>'"

~: 'i~~r,,!

<360 <360

10

<360

1 10 10

<360

GE Valox 310·SEO GE Valox 325 GE Valox 420; 30% gl.fib. GE Valox 735; 40% gl.fib.lmin. GE Valox 760; 25% mineral GE Valox 420; 30% gl.fib. GE Valox 735; 40% gl.fib.lmin. GE Valox 760; 25% mineral GE Valox 310-SEO GE Valox 325 Bayer Paean BASF Ultradur Bayer Paean BASF Ultradur

Bayer Paean

23 ,,2~<

:

23 '23 ~23

23'>, 23','i 66

66 ,,}

66

66,1

,

6~,

,23 23

100 100 100 100 100 100

30 30 30 30 30

23

, 23,'

-l

BASF Ultradur Bayer Paean

,"60

23

""U OJ

Material Note

<"::~::;,,,

<360

23

23'

Axion

renslle , '

Strength

;!3

23 23

Presoak Solution

Lqad

90 90 90 90 90

96 100 100 100 100 100 100 100 100

180 180 180 30 30 30 30 30

100 100 100 100 100 100 100 100 100 99

90 90 90 90 90 180 180 180

99 96 95

180 360

GE Valox 310-SEO GE Valox 325 GE Valox 420; 30% gl.fib. GE Valox 735; 40% gl.fib.lmin. GE Valox 760; 25% mineral GE Valox 420; 30% gl.fib. GE Valox 735; 40% gl.fib.lmin, GE Valox 760; 25% mineral GE Valox 310-SEO GE Valox 325 GE Valox 310-SEO GE Valox 325 GE Valox 420; 30% gl.fib. GE Val ox 735; 40% gl.fib.lmin. GE Valox 760; 25% mineral GE Valox 310-SEO GE Valox 325 GE Valox 310-SEO GE Valox 325 GE Valox 420; 30% gl.fib. GE Valox 735; 40% gl.fib.lmin. GE Valox 760; 25% mineral GE Valox 420; 30% gl.fib. GE Valox 310-SEO GE Valox 325 Hoechst Cel. Celanex; gl.fib. Hoeehst Cel. Celanex; gl.fib.

~

Chemical Resistance - Polyester - PBT

~ (,.)

~ ~ ~

Chemical Resistance - Polyester - PST

"'U

OJ

-I

p~~::, ,~..:

Propane Propionic Acid

...

-

liquilied gas 5 10

Propyl Alcohol

Resorcinol Salicylic Acid Salts Sea Water

<360

t{2:3

<360

W'~~: .23~: .

'·propanol

Pyruvic Acid Refrigerants

f:(\;~~f ."

10

mixture

40 50

<360

23

<360

:;:,

23

':~:

<360 BASF Ultradur

<360 <360

.:23.··· <360 """"\23.' .,\):!3

lor roads

<360

"""·499.:,,,.:::: .,~~\ ',:

"/b", in ethanol

<360

<360 <360

,~~;! :::~

Silicone Oils

<360 <360

Skydrol Skydrol 500B

0.21 aircraft hydro fluid

180 360 60 240

Soap

.

1

soap suds

10

solutions

1

;;;:.;~~'ti;l!

180 360

82.7 MPa

Hoechs! Cal. Celanex 3300; 30% gl.fib. 0.76x25.4 mm strips

;!;';~;;i:~i

t;;;:~'~:.·;<.'

0.1

100

Hoechst Cel. Celanex; gl.fib.

99

Hoechst Cel. Celanex; gl.Iib.

0.3

0.1

98

0.5

0.1

94.5 95

Hoechst Cel. Celanex; gl.fib.

0.1

76

Hoechst Cel. Celanex; gl.fib.

;t2*~~kfj]~i;~

Bayer Paean

10 solutions

Sodium Bisulfite

<360

BASF Ultradur

10

Bayer Paean

10

Sodium Carbonate

10

;'.I[i~~s;!l' <360

BASF Ultradur

10 10

BASF Ultradur

10

;«23::::,,·;

10

Sodium Chlorate Sodium Chloride

10 10 10 10 10

@

10

"1:l

10

~

10

C/)

10

~

10

S'

n'

10

C/)

~.

;:l

t"'

0: ..,

..,>l

u::

10

Sodium Dichromate Sodium Dodecylbenzene· sulfonate

10

il~'[~lil~

I

~,!111~~1

A':;~~I,t

Bayer Paean Bayer Paean

30

97

30

97

GE Valox 420; 30% gl.fib.

30

74

GE Valox 735; 40% gl.fib.lmin. GE Valox 760; 25% mineral

GE Valox 325

30

95

90

97

GE Valox 420; 30% gl.fib.

90

75

GE Valox 735; 40% gl.fib.lmin.

90

97

GE Valox 760; 25% mineral

90

97

GE Valox 325

94

Hoachst Cel. Celanax; gl.fib.

90

0.3

0.2

180

0.2

0.1

94

360

0.4

0.2

96 Bayer Pocan

<360 <360

BASF Ultradur

@

"tl

po

~

ri'

en tJ en

Cll

tEo ;:l

t"'"

...0:

Sodium Hydrogen Carbonate Sodium Hydrogen Sulfate Sodium Hydrogen Sulfite Sodium Hydroxide

10

<360

10

<360

10

<360

1 1

~

1

tl:

1

...

Sodium Hydroxide

10

24

10

30

10

30

10

30

10

90

10

0.6

53

0.1

28

0.7

16 4

II

!»!,r.6cij(~';i~i$ibl,~liif!!@;!·t'

BASF Ultradur

:HNtNWtWttmNWNW
Hoechs! Cel. Celanex; gl.lib.

¥M@:~(¥:?W~~MW?:tr~~~:;~~\~t1ii: ::~t~Lt;:~::

Hoechs! Cel. Celanex; gl.lib. Bayer Pocan

95

GE Valox 310-SEQ

93

GE Valox 325 GE Valox 420; 30% gl.lib.

93

GE Valox 760; 25% mineral

90

36

GE Valox 760; 25% mineral

10

90

94

GE Valox 310-SEQ

10

90

91

GE Valox 325

10

180

94

GE Valox 310-SEQ

10

180

91

10 50 10 10 10 concentrated 10 10

GE Valox 420; 30% gl.lib.

I;;;

GE Valox 325 BASF Ultradur Bayer Pocan BASF Ultradur

~'~!~~1~~~ :::~

I~m mWN3WP

<360

ll~i{iil; :m

neutral acid (pH 3) alkaline (pH 10)

~~~I~~ :m

Soldering Fluid Spirits Steam Stearic Acid Styrene

&~~;@1

<360

;'l;;ij~;lli~ :~:~ 2 3 3 3 3 3 10 10

-0 OJ -i

lin

360

30

10

Sulfolane Sulfur Sulfur Hexafluoride Sulfuric Acid

~~~iil!li~

90 180

10

10

Sodium Hypochlorite Sodium Hypophosphlte Sodium Lignosulfonate Sodium Nitrilotriacetate Sodium Oleate Sodium Perborate Sodium Salts Soil Burial

~~if~]111

tg~~:}8Wf:?W~~

~i;;
I~i

;~i:'l;;~~l~~l! %·M;~;.·N··;!· 0.25%

Ii

0.2

0.2

93

0.2

-0.1

90

0.2

0.1

92

0.2

0.1

75

0.2

0.1

35

Chemical Resistance - Polyester - PBT

75.8

Hoechst Cel. Celanex; gl.lib.

l;;·~~r~~l-l11j~~;II~;'~;j);ll;1;~i~~;

Bayer Pocan LNP; 30% gl.fib.

~ ~ (J1

:t

Chemical Resistance - Polyester - PST

""'lJ

(J)

OJ ~

0.25%

0.25%

68.8 79.1 17.8 100 97 97 79 100

LNP; 40% gl.fib.; ASTM 0638 bars LNP; 30% gl.fib. LNP; 40% gl.fib.; ASTM 0638 bars GE Valox 310-SEO GE Valox 325 GE Valox 420; 30% gl.fib. GE Valox 735; 40% gl.fib./min.

72 97 99 94 98 90 90

GE Valox 735; 40% gl.fib./min. GE Valox 760; 25% mineral GE Valox 310-SEO GE Valox 325 GE Valox 310-SEO GE Valox 325 GE Valox 420; 30% gl.fib. 8ayer Pocan LNP; 40% gl.fib.; ASTM 0638 bars

52 56.1

0.25% 97 87 100 100 99 100 99 97 76 99 96 100

GE Valox 420; 30% gl.fib. GE Valox 735; 40% gl.fib./min. GE Valox 760; 25% mineral GE Valox 310-SEO GE Valox 325 GE Valox 310-SEO GE Valox 325 GE Valox 420; 30% gl.fib. GE Valox 735; 40% gl.fib./min. GE Valox 760; 25% mineral GE Valox 420; 30% gl.fib. GE Valox 310-SEO

92 84 72 100 60 62 100 100 92 100 92 35

GE Valox 325 GE Valox 420; 30% gl.fib. GE Valox 735; 40% gl.fib./min. GE Valox 760; 25% mineral GE Valox 420; 30% gl.fib. GE Valox 735; 40% gl.fib./min. GE Valox 760; 25% mineral GE Valox 310·SEO GE Valox 325 GE Valox 310-SEO GE Valox 325 GE Valox 420; 30% gl.fib.

Sulfuric

@

"0

S~

ri' V>

tl

(1)

V>

to' ;:l

t""

0: .., p

..,

u::

@

"tJ

i:i ~

;:;. V>

~ V>

0.1

15'

0.1 0.1

98 96 96

;:l

t'"'

0: .,

.,

~

t.r:::

Sulfurous Acid Surfactants

concentrated

8ASF Ultradur Bayer Pocan

saturated

BASF Ultradur

Alkylarenesulphonates dilute solution

Sweat Tall Oil Tallow Tar Tetrachloroethylene

to DIN 54020

BASF Ultradur

Tetrahydrofuran

Bayer Pocan BASF Ultradur Bayer Pocan

Tetralin Toluene

<360 15 15 15 15

Toluene

5 ml sample; stressed bar

BASF Ultradur

60 60 30 30

0.25%

7 7 30 30 30 90

0.25%

180 180 180 180 <360 360 .007.014 3

92.7 94.8 76.3 78.9

0.2 0.25% 2

0.1 0.1

0.4

0.1

93 87 78 73

92

30%

Bayer Pocan LNP; 40% gl.fib.; ASTM 0638 bars GE Valox 310-SEO GE Valox 325 GE Valox 420; 30% gl.fib. Hoechst Cel. Celanex; gl.fib. GE Valox 420; 30% gl.fib. GE Valox 310-SEO GE Valox 325 BASF Ultradur Hoechst Cel. Celanex; gl.fib. ASTM 0790 bars

88 0.25% 4.3

0.8

0.25%

""1J

~

81 80.1 89 87 95 92

LNP Thermocomp WF-l006; 30% gl.fib.

Chemical Resistance - Polyester - PST

29.9 55.2 61

Bayer Pocan LNP; 40% gl.fib.; ASTM 0638 bars Hoechst Cel. Celanex; gl.fib. BASF Ultradur LNP; 40% gl.fib.; ASTM 0638 bars

.j:>. .j:>. -....j

Chemical Resistance - Polyester - PBT

"'U

OJ -l

~

~

00

Bayer Pocan

;n;~~;·i·.·

Transmission Fluid

30

100

30 30 30 30

Dexron II

"

:~;11~~1;;~[; KW2:~+n

Transmission Fluid

60

0.25%

60 90 90 90 90 90 lBO lBO lBO

Transmission Fluid

Dexron II

" Fluid A

AM2:ik

Ete:i{;\;

'Tli':f"

30

0.25%

30 0.2t

82.7 MPa

30

30 30 90 90 90 lBO lBO 180

@

Trichloroacetic Acid Trichloroethane

"

~

0' en tl ~ en

Trichloroethanol Trichloroethylene

• ·.·.:2"3}...... t:~~,);

t"'

..,0:p ..,

tt:

7

0.25%

7

100 100

GE Valox 760; 25% mineral

100

GE Valox 3tO-SEQ

100 100 B4.2 96.9

100 67 9B 79 100

III~:~~~i~\jj1{i~: GE Valox 325

GE Valox 3tO-SEQ GE Valox 325

GE Valox 420; 30% gl.fib.

60 70 80 12

;1J

;

GE Valox 420; 30% gl.fib.

GE Valox 735; 40% gl.fib.lmin.

100

0.2

I.~",::!iili~~;:\s:".~

94

100

II i~;;;:~';!"

100.1

53 5B 47 51 2

9.5

,,\:"2' .;~

...... i ..·.. ·.·,·. nOll.$(Sli!)J!\\••,•••••

···.·Z·····.·

BASF Ulfradur

<360 <360 <360

50:50 wi chloroform

Bayer Pocan Hoechsf Cel. Celanex; gl.fib. 7 7

<5' ;:l

• ··;{s!i.·•• .·

•••••··;2;3....·• <360

'1:l

P

:;;!l'g
95.9 0

~1;:~;:t:::~.af::~::: ~~:

90 90

Dexron II

99 100

;,i~ l[:it ,\~[~, ;1;lf!I~li!~! ;

30

iM~1L"

100

1iI.~;IJ

30

Transmission Fluid

I I

100

<360

50:50 wi chloroform

0.25%

86.9

lNP; 40% gl.fib.; ASTM 0638 bars

89.1 8ASF Ulfradur Bayer Pocan

@

% changelJ

~

s-

'" n' 't"l

Reagent

Reagent Note

conc'ITemp'l Time (~1

~

Trichloroethylene

C'C)

(days) .

80

<360 3 3 1 1

C1l

F

;:l

82 149 149

tEo '"

t

..,c:r ..,

I:l

u:

Triethanolamine Triion A Tritoiyi Phosphate Turpentine

10

Turpentine

23 ..•· 23 60

substitute pine oit

Urea Uric Acid Urine Vaseline Vegetable Oils

20 10

23 23 23 23

:z

23 23 23 2.3"·'

,2~ tap water sewage water tap water

23 23 23 23 .?3

...

..~:

.

I

25.8 34.8

30 30 30 180

--i

Material Note

• n~t :eslstanl

BASF Ultradur LNP; 40% gl.fib.; ASTM 0638 bars

Y/:7~r~ie{0( cracked:

.

n~

~,,:':i:';

8

99 99 98 92

9 9

96 94

:~

:·iroi~ev';islbie'~flg, .

..

:~ :::{~':.

";;'':'::

•.

90 125 125 125 125 125 125 180 <360 360

9

9 9 9 9 9 9 :~~:

9 .9

S··..

9 :;.;

ft::·

9 9 8

9

8ASF Ultradur

,ieiiSiliiii'j.

79.2

5

9

Bayer Poean BASF Ultradur Bayer Poean

n~jr;&y~r;~le ch~?< .• >: f8SI~8nl nO: irreversible chg.

.",rio,ti~~i~~m . .

2

9

BASF Ultradur

"r~~iiiijrt

8

9

'.".

.~

'~;:.

8

9

GE Valo. 310·SEQ GE Valo. 325 BASF Ultradur Bayer Pocan

··,iiolrfever,lbI8Clig~.--

8

9 7

Bayer Poean GE Valo. 310-SEQ GE Valo. 325 GE Valo. 420; 30% gl.fib.

:~::: :::t<~:,:· :'~:._~~~~~~~.~.?::<>~

8 8 8 8

":;-:"'~'&I

,;~:

8

0.25%

BASF Ultradur

J~l$laht

8 7 7 7 7 7 7 7 7 30 30 30 30 30

.'

Irreversible chg..

8

8

<360 <360 <360 <360

Resl.stance·Note

.

.,~

Bayer Poean LNP; 40% gl.fib.; ASTM 0638 bars GE Valo. DR-51; 15'10 gl.fib. LNP; 40% gl.fib.; ASTM 0638 bars GE Valo. 310-SEQ GE Valo. 325 GE Valo. 420; 30% gl.fib . GE Valo. 420-SEQ; 30% gl.fib. GE Valo. oR-48; 15% gl.fib. GE Valo. 420; 30% gl.fib. GE Valo. 420·SEQ; 30% gl.fib . GE Valo. oR-48; 15% gl.fib. GE Valo. 310-SEQ GE Valox oR·51; 15% gl.fib.

'.

0.25 86.9 0.25 0.25 0.18 0.18 0.25 0.24 0.24 0.34 0.34 0.34 -0.3 0.37 0.37 0.37 0.26 0.26 0.37 0.3

0.1

0.1

97

0.3

0.1

95

",.

95

.<;' ·:e.pOs.O>6SC" ';01 a~ised' ~'.)'.:~"

.. ·r·.;.·

§:

.. no itteversible chg.

..:;;::.+'\~:;:'

.

~

Hoeehst Cel. Celane.; gl.lib. GE Valo. DR-51; 15% gl.lib. GE Valo. 310-SEQ GE Valo. 325 GE Vato. 420; 30% gl.lib. GE Valo. 420-SEQ; 30% gl.fib. GE Valo. oR-48; 15% gl.lib. Hoeehst Cel. Celanex; gl.lib. BASF Ultradur Hoeehst Cel. Celane.; gl.lib.

~

""U

tIl

Ten.lle Strength

'

8

,

lap water

'';:,;

8 9 9 ., 9

<360 <360

23 .2 3 .~ 23 ) " .; 23 23 ~ . 23

Water

Tllietn... ' Olemeter• >

.

8

<360

23 ,23

23 23 23

",;

.;-

180'

Z3' 23 23:'

I~englh I

;~tal~~ll

8

~\

23 23 60 80,

VlnyfHalides Vulcanization Water

0.25%

180 180 <360

23

Weight

2 1 1 2 2

0.25%

<360 23 <360 23 23 ':'.. <360 23 .~.. 23'23:' 23.1 23 ;

pine oil

PDL Rating

Load

Chemical Resistance - Polyester - PBT

.$>0CO

~

Chemical Resistance - Polyester - PBT

-u

at

o

OJ -l

Hoechst Cel. Celanex; gl.fib. Bayer Pocan GE Valox 310-SEQ GE Valox 325 GE Valox DR-51; 15% gl.fib. GE Valox 420; 30% gl.fib. GE Valox 420-SEQ; 30% gl.tib. GE Valox QR-48; 15% gl.fib. GE Valox 420; 30% gl.fib. GE Valox 420-SEQ; 30% gl.fib. GE Valox OR-48; 15% gl.fib. GE Valox DR-51; 15% gl.fib. GE Valox 310-SEQ

7 7 7 7 7 7 30 30 30 30 30

Water Glass Water Softener

i~~;i~~f.; Calgon

"

Waterproofing Cable Jelly

@

Waterproofing Cable Jelly

'tl

S" ~

n' en tl (\) en

cEo

Waxes

;:l

~

.,

0"

.,

P <.t:

Wines

thixotropic jelly petrolatum polyisobutene; synth. thixotropic jelly petrolatum polyisobutene; synth. thixotropic jelly petrolatum polyisobutene; synth. thixotropic jelly petrolatum polyisobutene; synth. thixotropic jelly petrolatum polyisobutene; synth. thixotropic jelly petrolatum polyisobutene; synth. and fets paraffin wax

~~f~lit;

'i\lf~i;;;

I

I

;;;,t~~~J

~!~~iiit

;:·t1!K~H;

125 125 125 125 125 3 3 8.3 1 1 <360

180 360 30 30 30 120 120 120 30 30 30 120 120 120 30 30 30 120 120 120 <360 <360 <360 <360

0.25%

GE Valox 325 GE Valox DR-51; 15% gl.fib. GE Valox 420; 30% gl.fib. GE Valox 420-SEQ; 30% gl.fib. GE Valox OR-48; 15% gl.fib. LNP; 40% gl.fib.; ASTM 0638 bars

36.2 44.8 50

" Bayer Pocan LNP; 40% gl.fib.; ASTM 0638 bars

0.25%

i;·.~\F\·&

~f~~~'~'lli~(;i~ ~~!;"~~;i~,ili; -~.~: ....,i;S6i:{}

0.1

94 92

i':·:;iHi!1~1tf~ri!W~!~.i(lj~;;jt}H

BASF Ullradur

;~~01;;§;I~,;;i~li~i~~i~ii;J~~i.·~t";~~i'~

Hoechst Cel. Celanex; gl.fib. Hoechst Cel. Celanex; gl.fib.

~t)~~{::tk*p:::Nk~lt@~
Huls Vestodur; 1 mm cast film

0.13

li~ N9~J;.W;

{"...·;·;;··/lo"Ureve4I1ili¥ila:·@'·S

BASF Ullradur

@

"1:l

P ~ c:;o til

tl

(\)

til

~o

;:l

t

.,0P .,

u:::

-0 lD

-i

Yeast Zinc Zinc Chloride

zinc metal

10 10 10 10 10 10 10 10

<360 <360 <360 30 30 30 30 90 90 90 90

Chemical Resistance - Polyester - PST

98

97 82 96 94 76

97 98

GE Valox 325 GE Valox 420; 30% gl.fib. GE Valox 735; 40% gl.fib./min. GE Valox 760; 25% mineral GE Valox 420; 30% gl.fib. GE Valox 735; 40% gl.fib.lmin. GE Valox 760; 25% mineral GE Valox 325

~ (J"l

.....

Chemical Resistance - Polyester - PET

""0

m

.j::>. (}1 l\.)

-I

28

,"'?C \7"»> .

81

100

28

:.;.;;

108

326

21 ",·/"23':': '.'

..

it1~;;

Acetone

":'22.>;>

ii!~j~i;·;.:'

2 2 10 10 10 10 10 concentrated

Animal Fats Antifreeze

lard 50 50 Prestone

..

Beet Juice

beets

..

Benzyl Alcohol

·:>,,/'23>

~.·" . ·.·'.t~:.'·.

,·,'·','8;.»····

}"ilfY: "

0.04

84-93 75

100

100

100

80

72 70-80

5

0.04

70-80

0.67 31 1 21 21 31 1

">,}~~f;/

!

(2~;; '.

X;.A.';·;;;;.

60

%:~g\;

?;;~t).'• • ,'·'

21

~:;i~~l;~~

28 28

::'•• <~,~;'n:,'

0.67

;;l1~j'

28

0.4

0.2

;i;;;;::;j·;;,.·•• iii'•• '~~~:::~~ • • :•·~

31

0.67

65

125

58

616

~ il~ ·~ ~

~. <, " ~::::~: //:. ':-:';:

~;;: ;.::;:~;"

:~il~~J it

:";>9\>' ';:;;;>:5';;

DuPont Mylar 92A; film

.;"::::'.".<:::':"

,,::<~L>

··w;~~»

21

DuPont Rynite 545; 45% gl.lib 100

0.3

'Ii

Eas1man Ektar PET 7352 DuPont Ryn~e 530; 30% g1.fib.; ;

100

0.04

0.67

Eastman Ektar F8 EG001; 30% gl.lib.

100

5

;; :j?~;{'

::::~;::::::;'::':"':':~:':::;::::_:

84-93

3.2

f

::::::t{:::::;:::~t:A

0.5-1

0.04

30

30

j}~t;j

0.5·1

21

28

i',i;~~:;,,'i':'

-

1

28 rubber cement

~:)~:.,

>:;;~;

21

Adhesives Alcohols Ammonium Hydroxide

;,'.;.;-

31

21 glacial

l~'5+ .. ......

100

100

100

100

85

100

65

55

(ii1fi9;~taml~~

':t

DuPont Rynite 545; 45% gl.lib Eastman Ektar FB EG001; 30% gl.lib. Eastman Ektar PET 7352 DuPont Mylar 92A; film

95

30% gl.lib.

90-95

DuPont Rynite 530; 30% gl.lib

90-95

DuPont Rynite 545; 45% gl.lib

0

0

0

0

0

0

0

0

0

0

0

0

DuPont Mylar 92A; film

·,>.·,,:~~·~~Qt~~~~:tP~ii~~!H;.;·:,.

1

0.1

90·95

1

0.1

90·95

!!;~!!;',.!:.;. H.i~J@!

30% gl.lib. DuPont Rynite 530; 30% gl.lib

117

100

105

183

ia1ir;;

28 80

31 1

DuPont Mylar 92A; 0.025 mm film DuPont Rynite 530; 30% gl.lib DuPont Rynite 545; 45% gl.lib Eastman Ektar FB EG001; 30% gl.lib. Eastman Ektar PET 7352

h·'!¥j;o~;.~ffii,~,!l5!:"·;! . . ,"

DuPont Mylar 92A; film

~i~l,~lliE~;t~l;~~~~j;;

Eastman Ektar FB EG001; 30% gl.lib. Eastman Ektar PET 7352 DuPont Mylar 92A; film Eastman Ektar FB EG001; 30% gl.lib. Eastman Ektar PET 7352 DuPont

92A; film

Brake Delco Supreme #1

@

'1:l

P ~ ;:;. CJ>

~.

Butyrolactone (nO)

Carrots

DuPont Rynite 530; 30% gl.lib DuPont Rynite 545; 45% gl.lib

28 gas

0.25

.

0.5

..

t-'

Catsup Cherries

100

Eastman Ektar FB EG001; 30% gl.fib.

391

Eastman Ektar PET 7352

6.9

0.4 mm sheet

1 0.67 0.67

....p ....

u::

DuPont Rynite 545; 45% gl.lib

14

28

Carbon Dioxide

;:l

(;

DuPont Rynite 530; 30% gl.lib

28 14

tl

Cll CJ>

28

0.67 0.67 0.67

@{{<~tr¥J

:i',·>
DuPont Mylar 92A; film

@ ~

[ ..... n°

'"

~ tEo

,,:....

t

I

Reag~nt .' .

".

~.

'~;.

.

R~agl'"t Note

.: ."

"1

.1

I

~

E;
Conc,

Temp, :~::."

0.67

')13 .

Copper Sulfate Cottonseed 011 Cranberry Sauce Crayon Cyclohexanone

2

23

... 23' 23 23. 23. .. 23 '

.ria Detergents powder and liquid

0.25·'·1l3\ 0.25 If> "\ 23 '\.

"~;.;."

DlChloroethane (1,2·)

Dioxane (1,4·)

I

I Wel!Iht I

POL

-:"

I

Leriath LT~

1.... 1E~ Llftll*t I

· " g / . A oS!4lning

Material Note DuPont Mylar 92A; lilm

0.67 60 0.67 0.67 28 28 31

9'

31,,: 9 1 8 0.67

~:/ :,,;~

100

100

100

100

100 100

100 100

80 100

100 75

:~

~~~

l~liliisIl!lg~[~(ti~[~i'ngt~

";ii;;s~2~1!~~"g,

:~LF: i { ~1~

~,.

31 1

,.,8} . ' ,9.;2

100 100

120 100

100 100

80 120

7~.:>

~~:;iP

23/;':

.•... ~

50

50.0[' 2.~:"i l!~;'"

J'2~'tt,;8

\j2etTt :1';,'i3';;"') ,

2~'}I

0.67 21 '. / 6 . ' ; ' 21:, 28 ,,:. 5 '<,: "; 28 . ~;'')

,6;;/

31 1

28 9"' .. 28 ·i"'· 3 1 " 9

'@i)~~N% ~: W",2$iN

0.04 0.04

'\. 8 ',;; ;\.9' ,

28 ;,:c.8,,! 2897,,; 21 <}"s' . ~ 21 '.' 9 " j

~t~!\i;i1 3~5

5 5

100 100

a a

~l~i~1:::~ljl(:

DuPont Rynite 530; 30% gl.fib DuPont Rynile 545; 45% gl.fib Eastman Ektar FB EG001; 30% gl.fib. Eastman Ekter PET 7352

100 100

120 80

DuPont Mylar 92A; lilm

0.01 0.01

Eastman Eklar FB EG001; 30% gl.tib. Eastman Ektar PET 7352 DuPont Ryntte 530; 30% gl.fib DuPont Rynite 545; 45% gl.fib

100

100 107 100

100

Eastman Ektar FB EG001; 30% gl.lib. Eastmen Eklar PET 7352 DuPont Mylar 92A; film

0.02

114 103 100 9 1;0

100

100

125

DUP;~~::tn~;I:;~~:~~I~l.fib

~:~: ::::::;il~"i;:~i~!~~~j~tI;;iii;';:~;~i\';~;;;0;{;1

0.67<¥'9nU<;Wt4@W!1~;~l!ll!mq;@!;')';

',;~~Ail ~:Lb,

8

:

DuPont Mylar 92A; Iilm

100 4

"

0.13

:;~~~~~E'~~~:::~

150 378 82 100

DuPont Mylar 92A; lilm

107 101 98·100 98·100

.,

!':j~:i:'l~!;ii':@

80-90 80-90 71 94

Eastman Ektar FB EGOO!; 30% gl.fib. Eastman Ektar PET 7352

Eastm;:s~~:~ ~~t:~~~~; :~~ gl.flb.

.~; 8 5 , retilll)s.J.0!l%oftear$,1r8ngt/1 125

23,.

DuPont Mylar 92A; 0.025 mm Ii1m DuPont Mylar 92A; film

1OO,;)W~foO\i!dl¥ot~~} 283 ';;')lO;\ojSlille c~ang.

83 74

100 100

23

2

.7; " .

100 100

",'23<'-(':

Ethylene Glycol

9 9 . : ' r e a g e r i t d o e s l I ' l p",eirala ' 9 ' . ( ' ) : ' - ; ' ; " " 0 sta;;'iAg 9 :<

100 100

:/i

In water

9 9

~

, }S

~:~:

:::::

'.';.

~~:::: :::::: ~:~: :~~ : : : DuPont Mylar 92A; lilm

t;~~t\~~~fl;'iriij~?K,;;;') ~~:::: :::::: ~:~: :~~ :::::: ~

"'0

-i

I

"R'eslstanceNote

9 ,.8'

",;23' :"j

m

"".

31 1

'.

Freon F113

.

I

,/,23' ';75.';

Acetate<;~~'gb

Ferric Chloride

loa~

0.67 0.67

.":::=:~~. :: /~'~:' ~i

DJmethylformamlde

Ethyl Alcohol

~-

I

0.679 0.67 ", 9 0.67 9

Coffee

Ethyl

Time

COC). (day_)

(%)

China Marker Coca Cola Cocoa

D'n,".."

I

I . . I I ;.' .:.:,.. -.-. I

;:s

too

I

Chemical Resistance - Polyester - PET

01
~

Chemical Resistance - Polyester - PET

""'C

m

--l

DuPont Rynite FR 530; 30% gl.fib 0.78.12.7.125 mm specimen DuPont Rynite FR 530; 30% gl.fib 1.6.12.7.125 mm specimen DuPont Rynite FR 530; 30% gl.fib 0.78.12.7.125 mm specimen DuPont Rynite FR 530; 30% gl.fib 1.6.12.7.125 mm specimen

bent @ 80

Freon TM

bent @ 180

DuPont Rynite FR 530; 30% gl.fib 0.78.12.7.125 mm specimen DuPont Rynite FR 530; 30% gl.fib 1.6.12.7.125 mm specimen DuPont Rynite FR 530; 30% gl.fib 0.78.12.7.125 mm specimen DuPont Rynite FR 530; 30% gl.fib 1.6.12.7.125 mm specimen

bent @ 80

Freon TMC

bent @ 180

DuPont Rynite FR 530; 30% gl.fib 0.78.12.7.125 mm specimen DuPont Rynite FR 530; 30% gl.fib 1.6.12.7.125 mm specimen DuPont Rynite FR 530; 30% gl.fib 0.78.12.7.125 mm specimen DuPont Rynite FR 530; 30% gl.fib 1.6.12.7.125 mm specimen

bent @ 80

Freon TMS

bent @ 180

DuPont Rynite FR 530; 30% gl.fib 0.78.12.7.125 mm specimen DuPont Rynite FR 530; 30% gl.fib 1.6.12.7x125 mm specimen DuPont Rynite FR 530; 30% gl.fib 0.78.12.7.125 mm specimen DuPont Rynite FR 530; 30% gl.fib 1.6.12.7.125 mm specimen

bent @ 80

30% gl.fib. unleaded wi diesel w/15% ethanol wi 15% methanol unleaded w/15% ethanol unleaded wi 15% methanol unleaded w/15% ethanol

" w/15% methanol unleaded leaded

@

1:l

S-

C1l

tEo

Gear Lubricants

;:l

t"'

0: ..,

..,>l

It::

85

0.03

93

85 85

0.09 0.09 0 0.03 0.03

83 84 99 90-95 90-95 115

Grape Juice Greases

100 71

30% gl.fib. DuPont Rynite 530; 30% gl.fib DuPont Rynite 545; 45% gl.fib Eastman Ektar FB EG001; 30% gl.fib. Eastman Ektar PET 7352 DuPont Rynite 545; 45% gl.fib

"

0.03

99 99

Kendal Kendal 3 Star 80W160

0 0

90-96 90-96

DuPont Rynite 530; 30% gl.fib DuPont Rynite 545; 45% gl.fib

0.01 0.01

95·100 95-100

DuPont Rynite 530; 30% gl.fib DuPont Rynite 545; 45% gl.fib

"

C/)

C/)

90-95

85

1

DuPont Rynite 545; 45% gl.fib

0.04

21

regular

ri· tl

0 0.01 0.04 0.01

"

~

DuPont Rynite 530; 30% gl.fib DuPont Rynite 545; 45% gl.fib DuPont Rynite 530; 30% gl.fib

0.67 lithium base mhium base

21 21

DuPont Mylar 92A; lilm 1 1

@

"1:l

S ~

ri' Vl

\:I

(l)

Vl

Hand Lotions Heptane

to· ;:l

t"'

Hydraulic Fluids

s:..., >l ...,

u::

28

104

4

Eastman Ektar PET 7352

28

115

100

103

4

·.·i··i:,;,·.;\;····.i;~;.:,·.;:;;;~t;;;:i1~l~ ;·;'A~~~;.,;::;l;'~~;~;;~.::·,~~;;!·~:~~~:

Eastman Ektar FB EG001; 30% gl.fib.

!j:~~j:~~[~~~li~~t~~~1!~I~['~!

DuPont Aynile 530; 30% gl.fib

O. I

-0.1

105

Permatex

21

0.15

0.01

94-100

Permatex hydraulic jack oil

21

0.15

0.01

94-100

I

0.01

96-98

1

0.01

96-98

10 10 10 10 concentrated

Hydrofluoric Acid

48 48

Hydrogen Peroxide Impregnating Oil

28 high viscosity index low viscosity index

Inks

writing stamp pad

Iodine Isooctane Isopropyl Alcohol Jet Aircraft Fuels Lemon Juice Lighter Fluid Machining Oils Maple Syrup Margarine Mayonnaise Meat Juices Mercurochrome Merthiolate Methyl Alcohol

10 isopropanol JP 4

;:J1j;i~lf:r

31

e;~;<

31

~·)·a.~"",·i.).

;j~t~!!!:l.~

20.8

• ~.;.j~;;:[j;:'

f~0tl~0)

Ii :){::~.::.:'

•.;j~.;,;

;;;l~!;;;~tt • ;. ;·• .:~1~.,: applied as filter paper

50 50 50

;]::[;r:;r:{;;::~~~i~

(i;;;); iL

50

if>,

;.%9:"

!~

21 31 1 31 1

;;;:~:',;;;

1

20.8

Eastman Ektar F8 EG001; 30% gl.lib.

•

100

120

100

100

100

100

50

125

2

0

0

0

80

100

55

80

100

50

100

100

100

92

88

98

67

120

Eastman Ektar PET 7352 30% gl.fib . DuPont Aynite 530; 30% gl.fib DuPont Aynite 545; 45% gl.fib

DuPonl Aynite 545; 45% gl.fib DuPont Mylar 92A; IiIm

DuPonl Mylar 92A; film, immersed @ 100C

m·';i·,~g!'i·

DuPont Mytar 92A; IiIm

0.67 0.67 365

0.04

0.01

100

DuPont Aynite 545; 45% gl.fib

30

0.3

0

109

30% gl.fib.

30

0.1

0

100

'·'\w@~;~!!j~tq~gL>(

0.67

DuPont Mylar 92A; film

0.67 0.67 0.67 0.67 0.67 0.67 0.67 0.67 0.67 0.001

~; '~f.~'~ ~ :::::

50

100

i~.

I

,323'{ >;:::':

oleomargarine

~::;.

21

.;@kt.~j·;.·;;

"

--l

116

28

Hydraulic Oils

DuPont Mylar 92A; lilm

28

30

Hydrochloric Acid

"m

.:.:;::::~

0.67

2%

Eastman Kodapak 7352; aged @ 35C for 18 days

2%

Eastman Kodapak 9921; aged @ 35C for 26.7 days

2%

Eastman Kodapak 9922; aged @ 35C for 29.5 days

0.001

2%

Eastman Tenile 9902; aged @ 35C for 20.2 days

0.001

2%

Eastman Tenite 9902+; aged @ 35C for 24.5 days

30

0.5

0.1

30% gl.fib.

21

1

0.01

DuPont Aynite 530; 30% gl.fib

21

1

0.01

DuPont Aynile 545; 45% gl.fib

~

Chemical Resistance - Polyester - PET

01 01

Chemical Resistance - Polyester - PET

"1J

m

~

01 0>

--i

0.6

0.07

Methyl Cellosolve Methyl Ethyl Ketone

3

0.1

Methyl Isobutyl Carbinol

Methyl Isobutyl Ketone Methylene Chloride Milk Motor Oils

91

Eastman Ektar PET 7352

87

DuPont Aynite 545; 45% gl.fib

99

100

Eastman Ektar F8 EG001; 30% gl.fib.

87

149

Eastman Ektar PET 7352 DuPont Mylar 92A; film

72

30% gl.fib.

100

100

100

100

115

100

117

100

103

85

Eastman Ektar PET 7352

112

100

Eestman Ektar F8 EG001; 30% gl.fib.

79

151

Eastman Ektar PET 7352

Eastman Ektar F8 EG001; 30% gl.fib.

9.5

2

71

30% gl.fib.

9 9

0.01

45-50

DuPont Aynite 530; 30% gl.fib

0.01

45-50

DuPont Aynite 545; 45% gl.fib DuPont Mylar 92A; film

10W-30

113

100

104

92

Eastman Ektar FB EG001; 30% gl.fib. Eastman Ektar PET 7352 DuPont Mylar 92A; 0.025 mm film

Ford -0.6

-0.1

95-99

DuPont Aynite 530; 30% gl.fib

95-99

DuPont Aynite 545; 45% gl.fib

91

30% gl.fib.

Mustard

DuPont Mylar 92A; film

Nail Polish Nail Polish Remover Nitric Acid

10

31

100

100

100

10

1

100

100

100

40

31

75

100

50

40

1

o a

o

o

o o

o o

fuming

31

i';;'~~;

Nitromethane

l·)~':i~':.;i

Orange Juice Pencil Penetrating Oils Phenol @

'p"o ~

Phenolic Resins Potassium Permanganate Power Steering Fluid

5 5 varnish, GE 1678

tEo '" ;:l

t'"'

..,0: p ..,

Pyranol Relish Silicone Oils

o 61

175

Eastman Ektar FB EG001; 30% gl.fib.

28

38

169

Eastman Ektar PET 7352

0.67

DuPont Mylar 92A; film

0.67 60

DuPont Mylar 92A; 0.025 mm film

31

100

80

100

1

100

100

100

7

92

3

0.67

DuPont Mylar 92A; film DuPont Mylar 92A; film, baked @ 150e DuPont Mylar 92A; film

o o

97-100

DuPont Aynite 530; 30% gl.fib

97-100

DuPont Aynite 545; 45% gl.fib

o

108

30% gl.fib.

0.1

85-90

DuPont Aynite 530; 30% gl.fib

0.1

85-90

21

o

21 30

o o

GM

14 14

impregnant, GE 1467

20.8

pickle relish

0.67

De 200

20.8

GM

0'

1?'"

'..

1 28

DuPont Aynite 545; 45% gl.fib

100

83

DuPont Mylar 92A; film, immersed @ 100e

79

141

DuPont Mylar 92A; film, immersed @ 100e

DuPont Mylar 92A; film

© ~ j:l

~

r;'

en

Silicone Resin

tJ ~

en

cEo

varnish. GE SR28

7

100

varnish. GE SR80

7

58

Sodium Chloride

;:l

t-<

0: ...

Sodium Hydroxide

... It: j:l

30

0.3

0

98

30% gl.fib.

10

21

0.2

0

90·95

DuPont Rynite 530; 30% gl.fib

10

21

0.2

0

90·95

2

31

100

100

100

80

1

90

100

65

75

10 10 10 10 10 10 concentrated

54 4 4

Soli Burial Spinach Steak Sauce

I

21 21 28 28 31

.;;7~f;

31

;;i~~~~,;

31 1

\~~~~~k:· ;:

:'~'?:. hA1i

:

i'~~;····.';

';1!';~f:r;~:

Worcestershire

sauce

"

Steam

1

>,23')

bacteria infested soil

diXQQ;;'W

20 20 30 30 36 battery acid

36

Tetrahydrofuran Toluene

85

1

95 0

0

0

0 0

0

0

0

0

ft;!;t;;~

100

100

75

72

100

45

;.:J::~}ijr,/~

97

100

/;{!;~;;~'.;:.

92

100

93 84

89

100

79

82

100

65

,·.·.4 "

63

100

55

'/''0''\/%

hi •. .

:;.-;.::.,-,

'"

100

31

""'f~{"::

.,.

100

100

100

··;;:i~~;~~;

31

./ ·9>:· (

100

100

100

100

100

100

iii':'~ i~iJ~1~1~ :.::::::~:::

1 21 21 28 28 31 1 3 3 0.67

'.·.·;·.~,··i . ·;"

0.67

(d·~;3··'·i·

31

>,·'i'.?~,("":,,

365 30 21 28 28 31 365

,

0 103

;~~j;d

:~.:'

w/15% methanol

DuPont Rynite 545; 45% gl.fib

0

30 14

.:~ ....:::::::'~:?::n:::::::;~~ ..:.......

Tea

DuPont Rynite 530; 30% gl.fib

1

,,'.,.>'A; .".

"."'"'9,''

:,;\'~;;~;.;·'t

I I

1

0.02

91-96

1

0.02

91·96

-l

Eastman Ektar PEr 7352 0

DuPont Mylar 92A; film

DuPont Mylar; film

100

125

105

4

100

100

100

100

100

100

100

100

0.01

90-95

1

0.01

90·95

"""·:.,;v;? .

III II ··.·,·.;;;@';,·.··.;~~~!:m!!m&~,·HjNjb;

f<8:~'~iDNP~:

;c:> !l(f""

100 3.14

0.24

61

1.6

0.1

91

0.5

0.3

95·98

0.99

0.05

100

100

100

100

85

244

100 90 100

DuPont Mylar 92A; film

DuPont Rynite 545; 45% gl.fib

111

1

tr,li\IIif~9q~iiVjti~Mr!!l91'tY

DuPont Rynite 530; 30% gl.fib

100 100

100 100

-0

m

Eastman Ektar FB EG001; 30% gl.lib.

0.67

17

10

0-47

0.67

14

3

0·47

0.02

0.67

4

10

0.02

5

DuPont Mylar 92A; film

0.67

7

3

~~~,

5

DuPont Rynite 545; 45% gl.fib

1095

3

Sulfur Hexafluoride Sulfuric Acid

DuPont Mylar 92A; film. baked @ 150C

10

2

Sodium Sulfide

;iJii\iii"#;~~~fJ~~f~@ij91Jtj

54

100 80

Eastman Ektar FB EG001; 30% gl.fib. Eastman Ektar PET 7352 DuPont Mylar 92A; film

" DuPont Rynite 530; 30% gl.fib DuPont Rynite 545; 45% gl.fib DuPont Mylar 92A; film

DuPont Rynite 545; 45% gl.fib 30% glJib. DuPont Rynite 530; 30% gl.fib Eastman Ektar FB EG001; 30% gl.fib. Eastman Ektar PEr 7352 DuPont Mylar 92A; film DuPont Rynite 545; 45% gl.lib DuPont Mylar 92A; film

~

Chemical Resistance - Polyester - PET

01 --I

Chemical Resistance - Polyester - PET

-u m

.j:>.

01

ex>

--i

R$~gent

Rea,~~llt N~t;'

,,1

··l~!'I(}:~I?:.I.;'~~nr:a.··

;!;;~~:{i';

Tomato Juice Transmission Fluid

\/i:~~""

:k:1:2.1".'"

<.

:it

at boiling pI.

•••. )':,:'

28

.•.

28

':":':::"':;':.~:'\...•

28

Trichloroethane

I \~·~;';::jt;\'I.i;;

'.,:

28

i!!~?!

Dexron

0.67

·····:'·7·')

30 0.0035

;

bent @ 180

.~,.

1{;I,'I<.{{J\'i;~\;;{~;~"a:k~:~i~~j:~;~;i;t-~~~~I>; '}~uPont Mylar 92A; film 116

100

104

2

j~~.

95-99 95-99 -0.5

0.1

64

'/iA .

'i:$oiie#;Jii#olg~#:gU

Eastman Ektar F8 EG001; 30% gl.fib. Eastman Ektar PET 7352 DuPont Rynite 530; 30% gl.fib DuPont Rynite 545; 45% gl.fib 30% gl.fib. DuPont Rynite FR 530; 30% gl.fib 0.78x12.7x125 mm specimen DuPont Rynite FR 530; 30% gl.fib 1.6x12.7x125 mm specimen DuPont Rynite FR 530; 30% gl.fib 0.78xI2.7xI25 mm specimen

I ..Y

6 30

Trichloroethylene

Triclene

":':,.:"'.?3,

at boiling point

':~::'

..

0.0035

"

0.0035

2.3

8

/::

0.67 bent @ 180

4

a

:.v

.i., 4

31 1

Varnish

glyptal resin, GE 2480

Vegetable Dyes

"

100

100

100

100

1

/($ 9.:,'

100

100

100

'/1'50' ;'

7

92

18

nA50:'

7

99

80

~~~~~~1~'~'~

0.67

'"

;l;~~;,:;),;j

0.67

Vinegar Water

m:?~~;;,i

0.67

tE~:3':;;;

21

~

Optikleen

tl (1) V>

wi water

<0' ;:l

t"'

& ..,

.., ~

aqueous solution

" DuPont Mylar 92A; film

{\>@t~C!;~!ji@~gNi\;W;

DuPont Mylar 92A; film

0.67

:~

0.2 0.2

a a

90-95

DuPont Rynite 530; 30% gl.fib

90-95

28

110

28

107

31

100

DuPont Rynite 545; 45% gUib 100

Eastman Ektar FB EG001; 30% gUib.

4 100

100

Eastman Ektar PET 7352 100

DuPont Mylar 92A; film

365

0.47

0.07

92

DuPont Rynite 545; 45% gl.fib

21

0.8

DuPont Rynite 530; 30% gl.fib

0.8

a a

90·95

21

90-95 100

DuPont Rynite 545; 45% gl.fib 100

100

100

DuPont Mylar 92A; film

2.4

a

19

30% gUib.

50

21

1

0.01

90-95

DuPont Rynite 530; 30% gl.fib

50

21

1

0.01

90-95

DuPont Rynile 545; 45% gl.fib

21

1

0.02

90·95

DuPont Rynite 530; 30% gl.fib

21

1

0.02

90-95

DuPont Rynite 545; 45% gUib

10

21

1

0.01

91-96

DuPont Rynite 530; 30% gUib

10

21

1

0.01

91·96

DuPont Rynite 545; 45% gl.fib

50

8

1

95-99

DuPont Rynite 530; 30% gl.fib

50

8

1

a a

95·99

DuPont Rynite 545; 45% gl.fib

50

30

0.6

-0.1

54

30% gl.fib.

Optikleen

Zinc Chloride

DuPont Rynite FR 530; 30% gl.fib 1.6x12.7x125 mm specimen

30

deionized

n'V>

:,::~~~;::i~i';f~~~~jl

30% gl.fib. DuPont Mylar 92A; film

·;,.relaiij~AJ~%P!ie~s@jgtl!k DuPont Mylar 92A; film, baked @ 150C

;:.::)),,{/: ..,

1

Windshield Washer Fluid

125

DuPont Rynite FR 530; 30% gl.fib 1.6x12.7x125 mm specimen

0.67

21

i:i

100

100

Vegetable Oils

@

100

9

:~:~;:::~f:::::?t: : : : : : :.

red, blue, yellow, green

100

31

,

asphalt base, GE 9466

"':.,:.. ,i

100

:'::~~;::, :;;i~;

;.,.:-•...<.:

Tricresyl Phosphate

100

~s.':I\~·,~,\~f:\~~i.1iij§~!'" ;~~~,i~~~j~~;~~;; <,'J

@ ~

~ ~

ri' Vl

~

Amoco Torlon 4203

<E'

Amoco Torlon 4203l; 3.5% Ti02lfluoro. Amoco Torlon 4203 Amoco Torlon 4203l; 3.5% Ti02lfluoro.

Vl

;::s t"'

10

0: ....

glacial

p

....

u:::

Acetic Anhydride Acetonitrile Acetophenone Acetyl Chloride Aeroshelf 500

1 1 1 1

aircraft turbine oil; Shell

42 42 4.2

bent specimen

4.2

162 MPa

Aircraft Fuels Aircraft Turbine Fuels Aircraft Turbine Oils

bent specimen aviation gasoline Jet AlA·l Aeroshell 500

42

Aluminum SUlfate

10

Aminoethanol (2-) Ammonium Chloride Ammonium Hydroxide

10 10 10 10

28

Ammonium Nitrate Amyl Acetate Amyl Alcohol Aniline Barium Chloride Benzaldehyde Benzenesulfonic Acid Benzonltrile Benzyl Chloride Bromine Butyl Acetate Butyl Alcohol Butyl Ether Butyl Phthalate Butylamine Calcium Chloride ""tJ

»

4.2

bent specimen

4.2

162 MPa

7 3 1 1

Amoco Torlon 4301; 15% graph.lfluoro. Amoco Torlon 4203l; 3.5% Ti02lfluoro. Amoco Torlon 7130; 31% graph.lfluoro. Amoco Torlon; 127x12.7x3.2 mm

Amoco Torlon 4203l; 3.5% Ti02lfluoro. Amoco Torlon 4301; 15% graph.lfluoro. Amoco Torlon 4203l; 3.5% Ti02llluoro. Amoco Torlon 7130; 31% graph.lfluoro. Amoco Torlon 4203l; 3.5% Ti02lfluoro.

Amoco Torlon 4203

Amoco Torlon 4203l; 3.5% Ti02lfluoro.

10

n-amyl alcohol 10

10

n-butanol

n-butylamine 10

~

Chemical Resistance - Polyamideimide

01 <0

Chemical Resistance - Polyamideimide

""0

»

Carbon Tetrachloride Cellosolve Chlorobenzene Chloroethanol (2 Chloroform Chromic Acid Cresyldlphenyl Phosphate Crude Oils 0

2-elhoxyelhanol

)

10

I

B'i!f,;~g;i'iM.

r.-.-.-,,-,.-.-,-.---,

1 1 1 1 1 1 1

Cyclohexane

1

Cyclohexanone Cyclohexyl Alcohol Diesel Fuels Dlmethylaniline Dioxane (po) Epichlorohydrin Ethyl Acetate Ethylene Chloride Ethylene Glycol

1 1 1 1 1 1 1 1

·;iH~~-.;·;.H

100 100 100 100 100 100 100

I

1'~lllj1Iiilt

7 3 1

~

0>

o

~~fi:~j}~[[[:]~J~t]~[

•

,;.@,'i~;fr; ili

100

I

7

~~;~l11i~JI~~

3 1

-';Mii••'iM.W;••,.

~:~~\:~@lj~~:}J {~~r{::~:{~t:mf??5?gf2~@]

100 96 57

Amoco Torlon 4203L; 3.5% Ti02/f1uoro.

100 100 99 100 100 100 100 100

;i;1Ill;li~tljl

100 98 100 96

Ethylenediamine Ferric Chloride Formaldehyde Formic Acid Freon TF

10 37 88

Furfural Gasoline Gear Lubricants

I

7 3 1

llll\:\ll}~~

1

7

IJ~l l~i;t ~ ~1l

1 1 1

)i;;;;~~i6ffi

;!;N~~~~f\;i

Penzoil SOW-gO

1

• • 1 Il ;~l i!l ! jl~I• • I.l~li~11

1 30 30

99 100 66 100 95 95 84

'\:l

S"

CIl ..... 0CIl

Heptane Hydraulic Fluids Hydrochloric Acid

~ tEo CIl

;:s t"'

.,0:p .,

It::

Lactic Acid Magnesium Chloride

1 0.0007

gI>FtIrM:b~IA~Kt%ttt%:mH~K

Amoco Torion 4203

~ ·jl l~ I\I~ ~I !i~l~l~ ;lJ~.!~l ~l~l·~I:;l;l

Amoco Torlon 4203L; 3.5% Ti02/f1uoro. Amoco Torlon 4203

~~I:~l~:!:~!t\~!~J~~~~~~I~~~i§iii~1i~i:r:]::r~~~~~~~~j~~~~~~~

Amoco Torlon 4203L; 3.5% Ti02lfluoro.

fmmm:(:~\?<m@fft~k)81Mni{?j}}

Amoco Torion 4203

Amoco Torlon 4203L; 3.5% Ti02lfluoro.

100 0.2 0.2

100.6

-,,-.. :::;::::::::::::::.:~::.;::.::;~:;~

@

Amoco Torlon 4203

Amoco Torlon 4275; 23% graph.lfluoro.

100

Amoco Torlon 4203L; 3.5% Ti02/f1uoro. Amoco Torlon; 127x12.7x3.2 mm Amoco Torlon 4203

bent specimen

10 10 10

7 3 1

96 89 100

10 37

1 1

28 95

10

1 1

100 100

Amoco Torlon 4203L; 3.5% Ti02lfluoro. Amoco Torlon 4203 Amoco Torlon 4203L; 3.5% Ti02/f1uoro.

©

~~:'

·1~'9b~qge

"::::;:

"i:l

po

,,~e'9~t':,T~:~;~~~'

~

>

ri' C/)

Ii'

bent specimen

Methyl Ethyl Ketone

9

C/)

tEo ;::s

t: c::r.., I:l .., \t::

Amoco Torian; 127xI2.7x3.2 mm Amoco Torian 4203L; 3.5% Ti02ll1uoro.

100

Amoco Torian; 127xI2.7x3.2 mm Amoco Torian 4203L; 3.5% Ti02ll1uoro.

bent specimen

Methylene Chloride Mineral Oils Morpholine Motor Oils

1

NitricAcid

100 100

1 30 30

Valvoline SAE 20W

10 10 10

Nitrobenzene Nitromethane Phosphoric Acid Potassium Permanganate Pyridine Silver Chloride Skydrol 500B

100

7 3 1 1

35 10

10 aircraft hydraulic fluid

a a

1 1 1 1 1 42 42 42 42 42

"i{9< .'

'9

···t h,,; . "",'::~9.",.

:i'i" . .}

;')1I!) .:.

:~

97 94 74

Amoco Torian 4203

100

Amoco Torian 4203L; 3.5% Ti02ll1uoro.

7,"

101

Amoco Torian 4275; 23% graph.llIuoro.; tested @ room temp.

101.3 94

129.8

94 92.7

95.8 119.3

93 89.6

94.1

Amoco Torian 4301; 15% graph.lfJuoro.; tested @ room temp.

~~.

42 42

Sodium Bicarbonate

10

42

90

1

100 , 'x

Sodium Sodium Sodium Sodium

Carbonate Chloride Chromate Hydroxide

Sodium Hypochlorite Sodium Sulfate Sodium Sulfide Sodium Sulfite Stoddard Solvents Sulfolane SUlfuric Acid

Tetrahydrofuran

-0

»

,.

.9· '"

100 100 100

"/1(,

43 7

10 10 10

1 1 1

t;}~1~'T;:\

15 30

1 1

:';':('1,;,;... ,

10 10 10 10

1 1 1 1 1 1

while spirits

10 10 10 30

7 3 1 1

Amoco Torian 4275; 23% graph.lfJuoro.

100 100 100 43 100

9 9'

'}".;~,

99.4 95.5

'so

100 100 100 100 100 100

fdR,

95 88 56 100

. i",,79>}·>

100

'iilfi i', <:~9:;' :9.

Amoco Torian 4275; 23% graph.llluoro.; tested @ room temp. Amoco Torian 4301; 15% graph.lftuoro.; tested @ room temp. Amoco Torian 4203L; 3.5% Ti02/fluoro.

Amoco Torian 4203

Amoco Torian 4203L; 3.5% Ti02ll1uoro.

~

Chemical Resistance - Polyamideimide

m ......

-u

Chemical Resistance - Polyamideimide

~

'"

~~agent

Reagent N~te

Toluene

,o'~~~~i~1

Ri~~~~l

. rime

Con~.

(,-j ..••.•..

(diy,s)

23

0.0007

bent specimen

82 9J

1

9 9 9

149

30

.9

14\\

30

149

Transmission Fluid

Trichloroethane Trichloroethylene Triphenyl Phosphite Water Xylene

@

S" ~

r;' CIl

tl

I1l CIl

<E' ;:s

t

., .,>l

0-

<.c::

Exxon 11933

% Retained,;, .. : :::

Weight

no cracks, sWelL, soft. 100

Amoco Torlon; 127xI2.7x3.2 mm Amoco Torlon 4203

100 100

Amoco Torlon 4203L; 3.5% Ti02/11uoro.

100

9 ::~

9:'.:;':

..

;"

··:Fie~;;;i S1.~en9t~

8

7 3

23,

'tl

~

0>

Amoco Torlon 4203

0

100.3

Amoco Torlon 4203L; 3.5% Ti02/11uoro.

0

94.2

Amoco Torlon 4275; 23% graphJlluoro .

'

23 23,

0.0007 7

9

99

82

3

9

95

149

1

6

81

93

1

9

100

Amoco Torlon 4203L; 3.5% Ti02llluoro.

7

9

97

Amoco Torlon 4203

3

96

1

~ ..:" 9

1

.......%,.: ......

100

bent specimen

8

Amoco Torlon; 127x12.7x3.2 mm

95

Amoco Torlon 4203

@

"1:1

po ~

ri'

'"~ to· '"

Acetic Acid

7 7 3

;:l

3

t":

1 1

0...,

>:l ..., (t:

0.25% 0.25% 1.15

100

Acetone

Ammonium Hydroxide

0.042

17.2 MPa

0.042 1

0.5% 12.4 MPa

14 14

4.1 MPa 8.3 MPa

14 14

0.25%

7

0.25%

7 100

1.79

3

0.25%

3 1

0.25%

1

Antifreeze

Prestone II

14 14 14 14

12.4 MPa 17.2 MPa 4.1 MPa 8.3 MPa

7 7

12.4 MPa 17.2 MPa

7 7

4.1 MPa 8.3 MPa 0.25% 0.5%

75 75 75

7 7 7 <1 <1

12.4 MPa 17.2 MPa

75 75

<1 <1

8.3 MPa 0.25%

75 75

<1 14

0.5% 4.1 MPa

75

14 14

75 75 75 75 75 75 75 75 75 75

Prestone II

Prestone II Prestone II

14 14

-c

m

95 99

lNP ; 30% carb.fib.

68 56 89

GE Ultem 1000 lNP ; 30% carb.fib.

83 88

"

..

.-.-. ,,:,".,"..........._ :..

,.~'-

.. -_.,.;;,._..................

GE Ullem 1000

12.4 MPa 17.2 MPa 4.1 MPa

14

8.3 MPa

7 7

12.4 MPa 17.2 MPa

7

4.1 MPa

7 7

8.3 MPa

7 7

GE Ultem 1000

0.25% 0.5%

.j:>.

Chemical Resistance - Polyetherimide

0) (J.)

Chemical Resistance - Polyetherimide

"'U

m

~

0> ~

... /::::

Antifreeze

Prestone II

<1 <1 <1 14 14 14 14

Prestone II

.... ;.).~~;;;/.

ASTM Reference Fuel C

Betadlne Brake Fluids

60 60 30 30

0.25% 0.25%

i;Hf. j ;;tAn

14

34.5 MPa

ihH·~;;···.';'..

NAPA HD 5-2

"

12.4 MPa 17.2 MPa 0.5% 8.3 MPa 0.25% 4.1 MPa

;.:";;;:3;0·';<;.

NAPA HD 5-2

<1 <1 <1 4

disinfectant NAPA HD 5·2

100

.;..;;.;~;~; ·;••i;~~,··;;;···

5 5 14 14 14 14 60 60 30 30

Wagner 218; Ford

DOT 3

Butyl Alcohol

butanol

Carbon Tetrachloride

© '\l

i:i' ~

;:;. CIl

tl (1) CIl

tEo ;:l

t-

.,0: .,P

u::

Cellosolve

0.5% 4.1 MPa 8.3 MPa 0.25%

2-ethoxyethanol

..

. .

.. .. .. ..

.

12.4 MPa 17.2 MPa 4.1 MPa 8.3 MPa 0.25% 0.25%

·]Za;:1

~~l~j;;:j:i <W~;t

• ;'•. j.$~; • j."

14 14 14 14 14 14 14

12.4 MPa 17.2 MPa 4.1 MPa 8.3 MPa 0.25% 0.5%

. . j)~~

14 14 14 14 14 14 14

12.4 MPa 17.2 MPa 4.1 MPa 8.3 MPa 0.25% 0.5%

14 14 14 14 14 14 14 14 14

12.4 MPa 12.4 MPa 17.2 MPa 17.2 MPa 4.1 MPa 4.1 MPa 8.3 MPa 8.3 MPa 0.25%

;:·.···;·./JCj·······

0.6

81.7

9

9.8

X~.~W~~~j#~i!i~;#! • ~i~!M;}·

··i/· ·;ctiiCt(s'i!jii'iithIl6Wii

GE Ultem GE Ul!em 1000

LNP Thermocomp EF-l006; 30% gl.fib. 0.2

73.7

0.3

54 .j;;;;j.;.i)«(ciil,~iiig>;

••;· ;;"AT

GE Ultem 1000

@

'1:l

S"

~ ;:;. Vl

tl

...;.;:..•..

~

Cellosolve

(ll

Vl

<.5' ;:l

2-elhoxyelhanol

14

"

14 ;~u

Chloroform

<0.042 <0.042

);2.2< ::/(22)''

~

.,p .,

c:r

0.5%

GE Ullem 1000

12.4 MPa 17.2 MPa

<0.042

4.1 MPa

;r~.22: :c. ....

<0.042

8.3 MPa

".22 •

<0.042

0.25%

<0.042 <0.042

0.5%

~':.:

u::

. «~:\/ Chromic Acid Cidex 7 Citric Acid Clorox

15 disinfectant

100 40

······2~>:·

.,

21,2" •

.?3";,,;; ",,'22.•

Chlorox

100 24 100 14 14 14 14

Cyclohexane

\?2''';

:·V;',' ""

Cyclohexylamlne Detergents

Alconox

100 14 14

12.4 MPa 17.2 MPa

14 14

4.1 MPa 8.3 MPa

14 14 14

12.4 MPa 17.2 MPa 4.1 MPa

....•.•.•

a~

14

8.3 MPa

5 5

12.4 MPa 17.2 MPa

5 5

4.1 MPa 8.3 MPa

5 5 5

0.25%

10

14

12.4 MPa

10

14 14

17.2 MPa 4.1 MPa

10

\~ji:~~~?~{@~j

97

0.5%

10 10

14

8.3 MPa

10

14

12.4 MPa

10

14 14

17.2 MPa 4.1 MPa

14

8.3 MPa

<1

17.2 MPa

<1

0.5%

10 10

1.1

GE Ullem GE Ullem 1000

8.3 MPa 0.25% 0.5%

. 22:

/ ~.; .. ;~.;

96

12.4 MPa 17.2 MPa 4.1 MPa

10 10

Amoco

Joy liquid

14 14 14 14

1.06 17.2 MPa 4.1 MPa 8.3 MPa

::'/23/t/1

10 10

Dishwashlng Detergents

14 14

94

12.4 MPa

1

10 10 10

Diesel Fuels

,of'"'-'?

14

0.73 34.5 MPa

Ethyl Acetate

-c

m

Chemical Resistance - Polyetherimide

~ 0)

01

Chemical Resistance - Polyetherimide

""'lJ

m

~

0>

0)

14 14 14 14

4.1 MPa

5 5 5 5 5 5 5 60 60 30 30

12.4 MPa 17.2 MPa 4.1 MPa 8.3 MPa 0.25% 0.5%

;!';~i;N(

14 14 14 14 14 14 14

12.4 MPa 17.2 MPa 4.1 MPa 8.3 MPa 0.25% 0.5%

~il

60 60 30 30 7 7 7 7 3 3 1 1

0.25%

~".'

,);<23 ,(I

unleeded w/15% ethanol

Ethyl Ether

Ethylene Glycol

Fluorinert Fe 70

w/50% water

50 50 50 50 50 50

Formaldehyde Formic Acid Freon TF

37 10

~

15' ;:I

t-'

0: .... !=l ....

,",

,

2l, .,.,.

t~~7.'

Vt22'.. .@;

~

t:I C1l en

:))1.5(t(

: ::~::~:;:::.:.:::::: ..,:.:.

~;;!~;I;;i"!

@

n'en

Y'in~g;;t;;;

,'~~.~

vapor phase stability

"

~

....... v·.·.·.w

.·;;<~~;h;

Ethyl Alcohol

Gasohol

Amoco

" " "

0.25% 0.25%

GE Ultem 1000

'1;" \

,.,."i~:'(

0

49.8 77.9

=!
2

43.9

.",:.8,.. ".":

'.'XMPhllO·c(iiCl!il'ijf',.<",/;· .

112.2 95.8 86 90.3 60 71.9 99 100 82 98 57 97

0.4 0.25% 0.5 0.25% 1.2 0.25% 0.25% 0.25% 0.25 0.25

0.0005 0.0014 14 100

34.5 MPa

5 5 5 5

12.4 MPa 17.2 MPa 4.1 MPa 8.3 MPa

29 29 29 29 29 29 29

12.4 MPa 17.2 MPa 4.1 MPa 8.3 MPa 0.25% 0.5%

:~:

1.29

;~#<J~A'i:t\h::::: ·~.:~:::;::;::r

GE Ultem 1000

lNP Thermocomp EF-l006; 30% gl.fib. ;

lNP ; 30% carb.fib.

0.55 1.07

30% gl.fib.

~

~/:'

lNP Thermocomp EF-1006; 30% gl.fib.

94

.jt;;~rrft:~f?f~~~~~r,~;.r::~·:.··

GE Ultem GE Ultem 1000

@

"% Retained

:.(

''"S"'

Reagent

'"t l

Gasoline

ReagelltNote

Cone. I")

~

;:;. (\)

'" <E'

)~.~)pi'1>'J1::~

8

22 )12

14

12.4 MPa

14

17.2 MPa

8

14

17.2 MPa

8

14

4.1 MPa

8

14

4.1 MPa

14

B.3 MPa

14

8.3 MPa

22

8 8 :,8

14

0.25%

unleaded

~2

14

0.25%

regular

.~~..

14

0.5%

unleaded

.;;22,~; i~t{

14

0.5%

>l

.,

Amoco regular

\t::

Amoco unleaded

22

Amoco regular Amoco unleaded

regular

regular

14

ii~~~i'

unleaded

Thickness I

60

0.25%

unleaded w/15% methanol

60

0.25%

unleaded

60

no,~I8.Ck!J)g

~

,-

..'8., 8 8

i

~

,',;.:,.8

-

::"u

54.9 72.8

o

77.9 72.8

unleaded

30

0.25%

unleaded w/15% ethanol

30

0.25%

unleaded w/15% methanol

30

0.25%

unleaded

30

o

unleaded w/15% ethanol

30

2

60 43.9

3.5

48.1

22.1

30

2 24

27.6 MPa

100

Hexane

. LNP Thermocomp EF-1006; 30% gl.fib.

49.8

0.6

100

;'Y<·

44.7

1

60

34.5 MPa

•

. ~

60

<1

GE Ultem 1000

c'l'

o

100

,

..' .'

unleaded w/15% ethanol

phenolic type; disinfectant

M~terial Note

.. ~.::

unleaded w/15% methanol

unleaded w/15% methanol

Reslstnce Note

Tenin,' Strength

8

14 0.25%

'23/'

Welgh1

8

60

unleaded w/15% ethanol

Germicides

8

Amoco regular

22 22 22.·" :JIlL 22

t""'

12.4 MPa

Amoco unleaded Amoco regular

0: .,

'POL

~atlng

14

Amoco unleaded

;:l

Load

GE Ullem

22.3 MPa

14

12.4 MPa

14

17.2 MPa

14

4.1 MPa

14

B.3 MPa

14

0.25%

14

0.5%

GE Ullem 1000

:"" :~ .~,

/a'

14

Hexcel FO 465

HydraUlicFluids

15

12.4 MPa

15

17.2 MPa

15

4.1 MPa

15

8.3 MPa

14

0.25%

14

0.5%

14 Keystone KLC·5 ~.;:

::'. :~':

14

12.4 MPa

14

17.2 MPa

14

4.1 MPa

14

8.3 MPa

14

0.25%

14

0.5%

~:

.

14

"1J

m

~

Chemical Resistance - Polyetherimide

0> ---.J

Chemical Resistance - Polyetherimide

"'U

m

CD

10 10 10 10 10 10 20

Isooctane

85 85 85 85

Isopropyl Alcohol

Jet Aircraft Fuels

@

'" ~

"""""22'"

·X::-::"·';:::;-::",:;-

" disinfectatn

'tl" ';:s" <6'

" " " " " "

t"

.,

p <.t:

,in~!. "·'· .·

Lestoill

"

0: .,

N8~}

L.'.;:~~;\Ti

JP 4

r;' C1l

K';f?3.i\·' )\82.7 .;.:: :

" LPH

• ,;~~~j;;'"

'{'ia;' '.

'22<' .... .. .....

Kerosine

Lestoil

')'149,....

.".:.:::'.:,:.•'-.:.:;"::.<:':

"'.•21 iii> isopropanol

S'

~ 0)

0.39 0.39 0.39 0.39 0.39 100 100 100

7 7 3 3 1 1 100 60 60 30 30 14 14 14 14 14 14 14 14 5 5 5 5 5 5 5 5 5 5 5 5 5 5 14 14 14 14 5 5 14 14 0.17 0.17 0.67 6 24 0.67 0.67 24

0.25% 0.25%

0.25%

""9"

0.61

i.I1{

0.6

81.7

9

9.8

99

lit

0.25%

\\> 1·'.,,·','

34.5 MPa 12.4 MPa 17.2 MPa 4.1 MPa 8.3 MPa 0.25% 0.5%

'.. ""'9\\.,

>'1:;;; 8<}

f:;:: :::::;: .}:<

:::{m
:::::;:·::::wn:WtH :;;:;:f

GE Ultem 1000

ku,~M~~I~~~t~c~~~ ;<, i} LNP Thermocomp EF-l006; 30% gl.fib.

'·'1~iill;~~!~r~~~~;!1~;~~(~1

GE Ultem GE Ultem 1000

("i~ii\!lj\Mf~mimA~4'lW$~""'('

GE Ultem

12.4 MPa 17.2 MPa 4.1 MPa 8.3 MPa 0.25% 0.5%

0.25% 0.5% 12.4 MPa 17.2 MPa 4.1 MPa 8.3 MPa 12.4 MPa 8.3 MPa 17.2 MPa 4.1 MPa 27.6 MPa 34.5 MPa 22.3 MPa 12.4 MPa 4.14 MPa 27.6 MPa 34.5 MPa 22.3 MPa

"db?

..

'"

p

~

r;' CIl

~

"Re~9~nt -.:.:,::.;" Methyl Alcohol

Reagent Note

Conc. '("1

in unleaded gasoline

CIl

<0'

...i=l0... \t:

I

i TI~e ('C) . /. (daya)

Temp. 23

60

15

t~

60

15

t

,~! Methyl Ethyl Ketone

.,

I

:, ~

0.25%

••.•

12.4 MPa

14

17.2 MPa

8

14

4.1 MPa

'8

14

8.3 MPa

14

0.25%

14

0.5%

3

17.2 MPa

3",

22

<0.042

0.5%

1

8.3 MPa

3.,

3,., .3:"

1

0.25%

14

4.1 MPa

,~

14

~.

<0.042

12.4 MPa

3

22

<0.042

17.2 MPa

:f

22.

<0.042

4.1 MPa

22

<0.042

8.3 MPa

22'

<0.042 <0.042

0.25%

22

<0.042

8

8

3: 3

3

12.9 MPa

Surgislip

12.9 MPa

Premixslip

17.2 MPa

3

Surgislip

17.2 MPa

/('3 't9 3 8 8

22+.

5

12.4 MPa

5

17.2 MPa

5 5

8.3 MPa

8

?2

5

0.25%

8'

22

5 5 7 7

0.5%

8 8

. ';;22:,:

23

:y'

23 5W30

23 23

5W30

5W30

-0

60

.

'~ 'i50n "150

9' o

0.25% 0.25%

.6'" ·9','

97

0.25%

30

83.8 0.2

0.25%

6)

0.25%

':9· 9 ~.

LNP : 30% carb.fib.

o 80 0.1

LNP Thermocomp EF·l006: 30% gl.fib.

91.1 97

.9

LNP : 30% carb.fib.

99 74.9

4

9

LNP Thermocomp EF·l006: 30% gl.fib.

94.9 97

~b~}k

30

LNP : 30% carb.fib.

o

9'"

3 3

0.25%

GE Ultem 1000

8

4.1 MPa

60

1 1 7 7

GE Ultem:

9\

9 MPa

'22\\',i 22 ,., 22'

.-

',',.

·~9.

Premixslip

Valvoline 10W·40

)

:' '.~.

0.5%

9.7 MPa

Motor Oils

GE Ultem 1000

8

22

Week Lube

48.1

'-'8r':~ ,;.;

<0.042

";

LNP Thermocomp EF·l006: 30% gl.fib.

72.8

8

22't.

22

Material Note

8",

12.4 MPa

~2 . '

.Resistnce Note

22.1 3.5

2 '8 ,., ....

14

Tensile Strenplh 54.9

0.6

,1.

0.25%

30

<0.042

";

Welgirt

Rating

14

',':

Milk Bath Lubricant

30

POL

Load

22 22, 22 .,

22

Methylene Dichloride

% ReJalned

15 15

;:l

m

I"·······,·······,···

~

@

0.2

LNP Thermocomp EF·l006: 30% gl.fib.

90.7

~

Chemical Resistance - Polyetherimide

0> <0

::;~,~,

1:R.eagent

"Re~9~nfNo~e .. '~"

..

-';\;::t::f~·::·::~t·T:::::~;

I

'·Conc.

i%f

Naphtha

22

2:( 22 22

,22.

Omnicide

10 10 10 10 10 10 20 14 & 28 day sterilizing solution

laO lOa 100

Phenol

.\Jr~d ;/~

saturated aqueous solution

22'"

'Z2

22.

:i2i '.:22"

'2,.?'

Phosphoric Acid Potassium Carbonate Potassium Hydroxide Propylene Glycol

'1:l

S"

Sodium Hydroxide Sodium Hypochlorite Sporlcldin

't"l

disinfectant

~

'" 15' ;:s

t

., .,

Cl"

l:l

sterilizing solution

Sulfuric Acid

o

3 3 1 1 100

0.25%

a o

lB 7 7

24,B MPa 12.4 MPa 23.4 MPa

<0,667 <0,667 <0.667 0,667 0.667 14 14

12.4 MPa 17.2 MPa 0,5% B.3 MPa 0.25% 4,1 MPa

~:.

GE Ullem 1000

B B·.

8, B·..· ... B LNP ; 30% carb.fib.

o 0.25%

'7

14 14 14 14

12.4 MPa 17.2 MPa 4,1 MPa B.3 MPa

100 31

34.5 MPa

6.25 100 100 100 100 100

24 <1 <2 lB 24 <1

34.5 34.5 27,6 24,B 22,3 12.4

10 10 10 10

7 7 3 3

:~~;:"

MaterlaIN6f~'

B

12.4 MPa 17,2 MPa 4.1 MPa B.3 MPa 0,25%

10

sterilizing solution

0.25%

5 5 5 5 5 5 5

5% chlorine

~ C:;'

7 7

3~

aircraft hydraulic fluid

disinfectant

12.4 MPa 17.2 MPa 4.1 MPa B.3 MPa 0.25% 0,5%

100 100 100

>22 .

i

, nO cracking .

B.

5 5 5 5 5 5 5

:;(~i,,.

20 30 10

22;' 22 22,•.

Skydrol 5008

·r.\;,I,.;! Stren,glh

(':cl' 22

Nitric Acid

%6In!i!!!.~1

'.

Temp. 2,2~

@

-t>..... C>

Chemical Resistance - Polyetherimide

""U

m

1.07

91 100 96

GE Ultem 1000 GE Ullem

GE Ullem 1000

_. .

;.: ..

.'. :B

;e : T···· .

0,99 0.B5 1.55

97 97 97

0.5%

97 GE Ullem

MPa MPa MPa MPa MPa MPa

0.25%

o

o 0.25%

o

o

LNP ; 30% carb.fib.

@

'1:l

P ~

;:;. C/)

tl (1)

Sulfuric Acid

10 10

C/)

16' ;:l

t""

20

Syl (0-)

..,0: ..,i=l

<.t:

disinfectant

3

" " "

3 3 3 100 100 100 100

Tergiquat

disinfectant

1.56 1.56 1.56 100 100 100

Tetrachloroethylene

'''.':'149:.:'''':':

}\;;i1~"~

. ,:,.,.,23j;i')

I

.i;.·t2.~.:.@t

100 22.3 MPa

<1

34.5 MPa

6

12.4 MPa

24

4.14 MPa

<1

27.6 MPa

<1

34.5 MPa

6

22.3 MPa 12.4 MPa

iii

34.5 MPa

8 24

27.6 MPa

5

34.5 MPa

8 24

22.3 MPa

5

12.4 MPa

5

17.2 MPa

..·.·.·.·'··

4.1 MPa 8.3 MPa

5

0.25"10

5

GE Ultem 1000 GE Ultem

0.5"10

.;,;;;/ ;t'".o'cJac~1jjJJ;:.t;\

tJs?"

GE Ultem 1000

5

jjWF~~~::f:.

100

ii]!I!I~.;;~;;

60

1~~;;:;1

97

':;;:.;!o':3ht',.::,

27.6 MPa

5

15 15

LNP ; 30% carb.fib.

22.3 MPa

5

10

15

0.89

<1

6

~;ri2F;t'J

81 87

24

·'.,~v.·

15

0.25"10

1

.F•• ·21:·:;n\

";;~~kd.

Tin Chloride Toluene

1

i:~#:;~~~:,~:::h::::· 0.25"10

60 30

0.25"10

30 0.083

12.4 MPa

0.083

17.2 MPa

0.083

0.5"10

14

4.1 MPa

14

8.3 MPa

14

0.25"10

i

1.05

97

0.6

81.7

9

9.8

LNP Thermocomp EF-l006; 30% gl.fib. ;

1n:H!S~~~;~!N¥~~ffo.~;i.X,

GE Ultem 1000

14

Transmission Fluid

NAPA-GM Dexlron II

5

12.4 MPa

5

17.2 MPa

5

4.1 MPa

5

8.3 MPa

5

0.25"10

5

0.5"10

n

5 7

0.25"10

0

7 Dexron II

60

0 0.25"10

60 3

98.8 0.1

0.25"10

3 Dexron II

"'U

m

30

Chemical Resistance - Polyetherimide

" LNP Thermocomp EF·1006; 30% gl.fib.

97.9 0 0

0.25"10

LNP ; 30% carb.fib.

82.2

LNP ; 30% carb.fib.

"

LNP Thermocomp EF-1006; 30% ~

~ ....... ......

m

Reagent .......:;;:

Transmission Fluid

ijpte

.... ,

~~~i~1

Cone.

("t ."

j;~f . •.• .• • g).{..

Dexron II

· · ..j~i¥

149<

. ~t1~

NAPA-GM Dextron II

14~

149'

""49

.··!,t3~·r;1

Dexron II

;to ~~'! '.22·.···. •.. ..:.: ::::.::.,

Trichloroethane (1,1,2-)

~':

'H~~i;.: ~) Trichlorotrifluoroethane

"'i~(l

aircraft

'\l~:'

Triethyl Phosphate

2?""

22···· . 22······

2.2} 22 '

:····{i~····· Water

.

/~~;: 23.... ••..

deionized

~r' i3"

&2'

@

~

i=l

~

n'

'~" tEo ';:s" t-<

0: .,

.,

i=l

\t::

~

Chemical Resistance - Polyetherimide

"'U

Wavecide-01

sterilizing solution

100 100 100

~~

30

7 7 7 1 1 7 7 7 7 7

Welgnt 0

-...J N

J?~:~~I:I~:ICk~;:n.~{f~~th

I

88.1

Materllli , Note

LNP Thermocomp EF·l006; 30% gl.fib.

0.25%

GE Ultem 1000

0.5% 0.25% 12.4 MPa

..

3'

68

4

74

LNP ; 30% carb.fib.

"

8

GE Ultem 1000

17.2 MPa 4.1 MPa 8.3 MPa 0.25%

7

80

6 0

7

<0.042

12.4 MPa

<0.042

17.2 MPa

<0.042

4.1 MPa

<0.042

8.3 MPa

<0.042

0.25%

<0.042

0.5%

LNP Thermocomp EF-l006; 30% gl.fib. ;

71.9

...\:c.r~cks at tim8sl\9wn.

'3

GE Ultem 1000

<0.042

5 5 5

0.25%

0.667

17~a

0.5%

0.667

0.5%

4 14 14 14 14

12.4 MPa

7

0.25%

7 100 180 360 417 3 3 180 360 417 1 1

3

4.1 MPa 8.3 MPa 0.25%

il 0

0

LNP ; 30% carb.fib.

a 1.18

"

94

GE Ultem 1000

99 98 98 0.25%

0

~:

t

LNP ; 30% cerb,lib.

0

a 96

"

,<~

,

GE Ultem 1000

92 90 0.25%

18

24.8 MPa

7 7

12.4 MPa 23.4 MPa

: { 2 .. •··•••·••• 9<· •.••.••

......··',9

;:-:.,.~:.'

/:. :".

53 96

'if;;;:,';;;""))!"; . . • . ;;

LNP ; 30% carb.fib.

,·::,::~~,;mt~~~ff¥!\~~!i,fr~~jrr~.,.;

GE Ultem

@

::E ~

....en en

tl

Re~gent

R~agent

r;'

.....

.~.

,

Note "."

Coile. . Temp.~ (%1 ( C;Cl;

~

,

Xylene

Time <delays) 1

CIl

I"

12.4 MPa

·.,:·,,:l/:'C·,

.era~k$l!U!mi! sliown

to·

1

0.5%

;:l

14

4.1 MPa

14

8.3 MPa

14 14

0.25%

s:.,

0-

., ~

Zinc Chloride

10

100

'/::::,Ji:/··

1.13

MateriaJ Note GE Ultem 1000

96

~

-0

m

I

1

en

(t:

ResistneeNote . ',.>.'

load

Chemical Resistance - Polyetherimide

-J C.:>

~

Chemical Resistance - Polyimide

""U

ReagehtN~te '" .

~~,-

-..j ~

Load

.:~

,';::;

Acetic Acid

7 7

0.25% 0.25%

10

3 3 1 1

15

79

10 10 10 10 10

LNP; 30% gl.tib.ASTM 0638 bars LNP ; 30% gUib.; ; ASTM D638 bars LNP ; 30% gUib.; ; ASTM D638 bars

0.25% DuPont Vespel SPl

50 50 75 75 glacial

Acetone

42

85-95

8

Lenzing Lenzing P84; fiber

8

Air

isothermal wgt. loss

8 7 ',.

0.69

,~?i"t

0.21 0.56

!~,

0.03 0.14 0.02 0.04

Alkaline Cleaners

Pace 8·82

f,,;<~ i;;~i

14 14

·1

DuPont Kapton HN; 0.025 mm thick film

·10 -58 -10 ·95 -30 -97 102 0.3

82 DuPont Avimid K; 58% IM·6 fib.laminate; 2.3 mm thick

Aluminum Chloride Aluminum Sulfate Ammonia Ammonium Hydroxide

DuPont Vespel 10

7

10

7

10

3

10

3

10

1

10

1

0.25%

79.2

0.25%

76.2

LNP; 30% gl.fib.ASTM 0638 bars

82.3 76.9 0.25%

29.2 40.8 Lenzing Lenzing P84; coating

concentrated

42

Lenzing Lenzing P84;

@ ~

IAniline

~

IBenzene

E"

n'

VI

tl

<1l VI

<6'

IBenzoic Acid

;:l

t-<

0: .,

.,

I:l ~

IBoric Acid

42

90-100

Lenzing Lenzing P84; fiber

@

'tJ

Ei V> M-

R~igent

r:;' V>

~

Butyl Alcohol

15'

Butyric Acid

"

V>

;:l

t"'

0: ..,

..,p

u::

Calcium Hydroxide Calcium Nitrate Calcium Sulfate

(

.::'",)1ii;[i! ';'''\~;;')':;':;'!i;iti~(':

Carbon Dioxide

23

Carbon Disulfide Carbon Monoxide

if:

Carbon Tetrachloride Chlorine

".

65 '\

dry

. 3'

;

eltceHe"l feslsl '

:...••

if,;;

t; f

~~i~

%~~5~=:~:

"hl1'>"",:r\; ';/;;

I

wet

dry wet

Chloroacetic Acid

'1i

Chlorobenzene Chloroform

i i

10

e~88ile~ti&sisL

Mitsui Toa. Aurum

.)'"~f,~e~;~bl~' altac,~e~;'i

,;,.~;>;

Chromic Acid Citric Acid

no,signij, altac~: . u'~· .

.... •

'23"./:

Copper Chloride

65('

Copper Sulfate

-

"

2
Cresol (m-) Crude Oils

Deicing Fluid

::h

x·:~. ". '.~, . .slight ch,aog8.

~welled

75

93.1 96.9 89.2 90 60.8 62.3

23

\

DuPont Vespel SPI LNP; 30% gl.fib.ASTM D638 bars

,.

as

146AR

t.·

0.17

79

DuPont Avimid K; 57% IM-6 fib. laminate; 2.3 mm thick DuPont Avimid K; 58% IM-6 fib.Jaminate; 2.3 mm thick

~

"U

Chemical Resistance - Polyimide

-..J

U1

Chemical Resistance - Polyimide

"

Dichlorobenzene (o-) Dichloromethane

..

;;':"::'

179 '23 ....

methylene chloride

Diethyl Ketone Diglyme Dimethyl Sulfoxide Dimethylacetamide Dimethylformamide Engine Oils Ethyl Acetate

.$>.

--..J 0>

41.7

9

10

5

23

10

99

79

9

20

42

8

100

........ '..... _...

"

8

:;:

100

soiUbii~y in. polar soivents

1

.

.§

79

?

Lenling Lenling P84; Lenling Lenling P84; coating

.. -.;:.

no chanoa obserVed

8

Mitsui Toa. Aurum Mitsui Toa. Aurum; annealed 20 min. @ 300e

.. a

1· 10

DuPont Vespel SPI

DuPont Vespel SPI . no diinenJwgt. chg.

1

23

.' sligot $l\~~~' n6 cti~ngeotiserved

Mitsui Toa. Aurum

23k\ 65

Ethyl Alcohol

.. 23 65 .•• 9.9

100

~:::

DuPonl Vespel SPI

Ethyl Ether Ethylene Chloride Ethylene Dichloride Ethylene Glycol 7

0.25%

7 3

0.25%

3

1 ""."

0.25%

; :~ ~j;i~l"i; ; liiili~I;~tj~; ... '.

".'.::

,.~';:"

.

•'''.'' /3" >';.,

1

Lenling Lenling P84; coating 97.7

LNP; 30% gl.fib.ASTM 0638 bars

99.2 66.9 70 53.8 60

Ferric Chloride Ferric Sulfate Fluoboric Acid Formaldehyde

37 37

!j;t~~t.',;

@

"';~2~

"I:l

p~

r;' CIl

t1

Cl> CIl

tEo ;:l

t""

0: ..,

..,i=l

u::

Fungus

.. ';;}ay? ).;

·\~t\t;:::~):_l

Formic Acid Freon TF

MIL. E 5272

l>~i~~i~~;

7

0.25%

7 3

0.25%

3 I 1

0.25%

:li:;;iJ~;f~i~! ;.··.;;;··;;··;'8'1;.·;.· .......... ,', .•.•.....,...

')]:i

95.4 96.2

[~];;~';;~:~i;;;i:i:;i~;~;i:;j;

89.2 90.8 43.1 46.9

:~·~\:;:·:·~~~{i~~~C ;..:;:,; .. ... ;.;.; '.

DuPont Vespel DuPont Kaplon HN; 0.025 mm thick film

/::~;'::::-::' ~.:.;,,:.:

Gasoline

~(>~1~md:~:::::::f:

;,i!~~;; ·;i.. ·ta/,)

Lenling Lenling P84; coating LNP; 30% gl.fib.ASTM 0638 bars

Lenling Lenling P84; coating 42 10

90-100 {:::::>:;'-~;::"

Lenling Lenzing P84; fiber ..•.. '(tiHl)anliiiolm&ed

Mitsui Toa. Aurum

@

::s! p

R~jgihtNQt~J;:t~~;;1

~

r:;'

'?6'"

LQlid

Material HQte'

.:~~.

Helium

isothermal wgt. loss

'" 15' ;:l

t

.,0.,P

It:

0.69 0.04 0.69 0.07 0.69 0.04 0.56 0.04 0.28 0.02 0.28

-2 -2 -3 -3 -15 -20 -85 -32 -73 -30 -90

14

0.1

DuPont Kapton HN; 0.025 mm thick film

Heptane Hydraulic Fluids

low density

96

Mil Spec 5606

14

0.6%

14

0.6%

-0.02

14

94 92

14

94 -0.02

14 Skydrol. polyphosphate ester

Hydrazlne

Hi' H/(XT)}'.i(iWH>.•'

98

95

94 100

41.7

anydrous liquid or vapor

i;:: ::i;~'~;;·;Vijl~~!,j:;j ~;t,l

DuPont Avimid K; 57% IM·6 fib. laminate; 2.3 mm thick DuPont Avimid K; 58% 11.4-6 fib.laminate; 2.3 mm thick DuPont Avimid K; 58% AS-4 fib.laminate; 2.3 mm thick DuPont Avimid K; 58% 11.4-6 fib.laminate; 2.3 mm thick DuPont Avimid K; 58% AS-4 fib. laminate; 2.3 mm thick DuPont Avimid2.3 K; mm 57%thick 11.4-6 fib.laminate; DuPont Avimid K; 58% 11.4-6 fib.laminate; 2.3 mm thick DuPont Vespel SP1 DuPont Vespel lenling lenling P84; coating

HydrQbrQmic Acid

25 25 37

HydrQchlQric Acid

5 10 10 10 10 10 10 10 10 10 10 20 37 37 38

4.2 79 7 7 10

0.25%

3 3 0.417 1 1 1 4.2

0.25%

85-95

lenling lenling P84; fiber

15

DuPont Vespe' SP1

86.9 86.9

lNP; 30% gl.fib.ASTM 0638 bars Mitsui Toa. Aurum

0.25%

73.1 73.1 40-50 33.1 63.8 65-75 45-55

lNP; 30% gl.fib.ASTM 0638 bars lenling lenling P84; fiber lNP; 30% gl.fib.ASTM 0638 bars lonling lenling P84; fiber

70

DuPont Vespel SP1 Mitsui Toa. Aurum

concentrated

HydrQchlQric Acid (N,N-)

98

89

,;:;;'/; DuPont Kapton HN; 0.025 mm thick film

~

""U

Chemical Resistance - Polyimide

--I --I

Chemical Resistance - Polyimide

""U

~

--J

ex>

Hydrofluoric Acid

.

r~Q.I·

40

4.2

85·95

.,:>+.ltf· "

Lenzing Lenzing P84; fiber

Hydrogen Sulfide Hypochlorous Acid Isopropyl Alcohol Jet Aircraft Engine Oils

/"'~~l+i 0.0069 25 ,.'~~g(? 25 41.7 41.7

isopropanol MIL L78086, type 2

~;.,.

Jet Aircraft Fuels

14

96 60 90 30 60

'it SuS'

'o'lo~n;:::::'::

'&2\

JP 4

"')~:l}k::::

:-~(~;:::::@\

. . . ,,};:.f:

0.6%

. " . 9,,"

::y>:.: }:;:';;..,; .: ':i': }~r ':;:;:/

94

~; ,:;>\;:j;:::;:~x;:::~~.?;.~::"

:..j'(;':: .. .

97

;'";:;·-·x;.';;:·,:;:.,:·::.::;:;·:'"

;.,::;~:

,

:::::~:><~::}}:::~}r;'

14 14 14 14 79

Kerosine Lactic Acid

. ::;::~(2,3~::::M~

10

..··.\20»'.

42

0.6%

.. '. ,9:::.·,.'

i,9\\; ; ... -:.:.. :/.,,:

-0.02

.

:.~'

···'i,:;'.1;.

94

;\':~Y'/'

··'.,';~]!~;t

DuPont Vespel SPI DuPont Vespel SP21; 15% graph.fib . DuPont Vespel SPI DuPont Vespel SP21; 15% graph.fib. ......... ).......,..... "'" DuPont Avimid K' 58% AS-4 fib laminate' • ".> 2.3 mm thick' ,

..

97

·:l::::A;::/)~~~;\:rl,:::;1

101 -0.02

::::l:~~~::;;~:i~~j~~fr~~

100

97 80

.::::::::::::::~:-:::

:.·········..

DuPont Kapton HN; 0.025 mm thick film

:'y::'

,. . .·····<·00 chang'."-ol)serlilcl".{.····:·

DuPont Avimid K; 58% IM-6 fib.laminate; 2.3 mm thick DuPont Avimid K; 58% AS·4 lib.laminate; 2.3 mm thick DuPont Avimid K; 57% IM-6 fib. laminate; 2.3 mm thick DuPont Avimid K; 58% IM-6 fib.laminate; 2.3 mm thick DuPont Vespel SPI Mitsui loa. Aurum

Magnesium Chloride Maleic Acid Methyl Alcohol Methyl Ethyl Ketone 0.0069 14 14

@

'.....~"

Methylene Chloride

w/50% trichloroethylene

50

Lenzing Lenzing P84; DuPont Kapton HN; 0.025 mm thick film DuPont Avimid K; 57% IM-6 fib.faminate; 2.3 mm thick DuPont Avimid K; 58% IM-6 fib.laminate; 2.3 mm thick

90

99 101

87

0.07

0.0069

98

85

DuPont Kapton HN; 0.025 mm thick film

CIl

1

ri-

CIl

tl

14

CIl

14

0.2 101

DuPont Avimid K; 58% IM-6 fib.laminate; 2.3 mm thick DuPont Avimid K; 57% IM-6 fib. laminate; 2.3 mm thick DuPont Avimid K; 58% IM-6 fib.laminafe; 2.3 mm thick

85

Cll

ii'

1.82

;:l

t"'

0: '"1

!=l '"1 <s:::

IMethylpyrrolidone Mildew

n-methylpyrrolidone and rot fed. spec. CCC-T-191b

;,;~;;!~!~I:I!i~;~j;'''';~

Lenzing Lenzing P84; coating DuPont Vespel

@

"1:l

po ~

n'Vi ~ Vi to· ;:J

Nitric Acid

5 5

t

10 10 10 10 10 10 10 30 35 65 65 70

.., ..,~

0(t:

concentrated

4.2 7 7

3 3 1

0.25%

Lenzing Lenzing P84; fiber LNP; 30% gl.tib.ASTM 0638 bars

0.25% 0.25%

1 4.2 10

Lenzing Lenzing P84; fiber Mitsui Toa. Aurum

5 10

DuPont Vespel SPI Mitsui Toa. Aurum

41.7

DuPont Vespel SPI

Nitrobenzene Nitrogen Tetraoxide Oleic Acid

5

Oleum Oxalic Acid Oxygen

liquid and gaseous liquid and gas. MIL· V·5027C liquid

DuPont Vespet SPI DuPont Vespel SP21; 15% graph.fib.

Perchloric Acid Perchloroethylene

10 7

M~sui Toa. Aurum Lenzing Lenzing P84; fiber DuPont Vespe' SPI

79

Phenol Phosphoric Acid

25 25 85 85

Phthalic Acid Potassium Bicarbonate Potassium Carbonate Potassium Dichromate

~

""U

Chemical Resistance - Polyimide

.......

CO

.J:>. <X>

Chemical Resistance - Polyimide

"'U

o

ct~~! 1'1~W}~rlif~::' Potassium Hydroxide

10

10 10

40

Potassium Nitrate Potassium Permanganate Potassium Sulfate Pyridine Salts Silicon

l;'~~~~~;1 '··S·~~~;·i

aqueous solution silicon fluids

"

Sodium Bicarbonate

.·-·~:::8t:,·: '\

42

·.:j··~~t4l~~:'i~~~J~~~i;.i;; . ,.::ri~~.3~%,!i~r~,{ .• • • • );;,";'·'i;;;

. Sf';! 41.7 41.7

Lenzing Lenzing P84; DuPont Vespe!

':')[1;';".:

70

~!i,

40·50

Lenzing Lenzing P84; fiber

55

DuPont Vespe! SP1

85

DuPont Vespe! SPl DuPont Vespel SP21; 15% graph.fib.

Sodium Carbonate Sodium Chloride Sodium Cyanide Sodium Ferrlcyanide Sodium Hydroxide

5

0.208

5

5

10

10

40

10

!~ ~;irl; ;~;i ;

42

ii#$I&

f);'gj3-Hb

Sodium Hydroxide (N,N-) Sodium Hypochlorite

Mitsui Toa. Aurum

·tA/·,f@P··.

0.0069

82

Sodium Nitrate

54

-,}#MTi@!@@wld;nitsi)

" Lenzing Lenzing P84; coating Lenzing Lenzing P84; DuPont Kapton HN; 0.025 mm thick film

Sodium Sulfate @

IStannlc Chloride

~

S"

'....." r;' 't::J" '" tE'

Steam Sulfur Dioxide

t-

..,o:p .., It:

mq;$PlfflO$'~.'!M9il~M,~.%ii

DuPont Vespel

moist dry

C1l

;:l

H¥~@r+

>;·'PQfA dry

moist

Sulfuric Acid

5

4.2

10

4.2

;~

::.:

55·65

~F.

:) :>~{:\{rrtW}k\:.::~:

Lenzing Lenzing P84; fiber

85·95

10 10

.•.• ·;{23}).·.'•

7

0.25%

:~L::;::t~·/-?-:;,:::·

73.1

LNP; 30% gl.fib.ASTM 0638 bars

@

"ll

[

~

".

811ag;rii' .

'1

(I)

tl

Sulfuric Acid

10 10

~

(I)

lEi'

10 10

;:l

~

8.2,\.

82."\:':

.,

10 149 . . 10149

\C

20 35

~

~

",' ..

/50;: \/

"iiV ",.

3 3

0.25%

63.8,<> 66.9

1 1

0.25%

50 57.7

4.2 10

LNP; 30% gl.fib.ASTM 0638 bars

75-85

Lenzing Lenzing P84; fiber Mitsui Toa. Aurum

~:;,' 93 93 1 concentrated

·;.23,'

O:i~I;<;;I,~o~~fg!,Ob~~~~ (:\

10

'.. );.8..:'.'

" <",.."

~

Mitsui Toa.

Auru~~~~nealed

20 min. @

Mitsui Toa. Aurum

; ;0(')'",.

Tannic Acid Tartaric Acid Tetrachloroethane

,.' 20;.,

T.,.",

."

""'\../!io di.lrien!/.lO(~t..:C.lt9:'

':f' .,,, 42

,~:,"

i:,~;~~·~it~~s~ .":;;,::;,:,:;,~ ;.::=::".

10

~

82 .' 9.9"""

79 1

149

Trichloroethylene

w/50';;'I~rr~~Ylene

50

.

:~::

0.25%

0.25%

.. 9 .,. 2

1

2

50

23

0.0069

8

98

. 23 23

7 0.25% 4· 7 5

• 23

10

> "~O';h~ge'~bse1v'eif'

:;\,;~~~~I:.",f!~~(~~{;:;'Jt;i

100 50

14\1

Lenzing Lenzing P84;

Mitsui Toa. Aurum LNP; 30% gl.fib.ASTM 0638 bars DuPont Vespel SPI LNP; 30% gl.fib.ASTM 0638 bars

85

DuPont Kapton HN; 0.025 mm thick film Lenzing Lenzing P84; coating LNP; 30% gl.fib.ASTM 0638 bars

73.8 77.7

'8 .

\

-;:'no change:obseived<

Mitsui Toa. Aurum

6 5 8

Trlcresyl Phosphate Trisodium Phosphate Vinylpyrrolidone Water

oil additive

'82 82

3 3

0.25%

2

50.8 52.3

149 149

1 1

0.25%/J 2.

47.7 50

260

<23 65

41. 7

. ';

23 2$ ""82

80

LNP; 30% gl.fib.ASTM 0638 bars

..•.• ,

DuPont Vespel SPl

'1 . 1

n-Vinylpyrrolidone:' ·20

6 ,

1,

:' sli!~M\!~mM!l!M~!ients<;

1. 42 8 , 7 0.25% 1. 89.2 7 7 . ; ' '. 89.2 1

9"'"

.

0.4

\ .nO~im8ri1~~E~lig>\t '" }"" /("':'" ,';,' ... "X'

Lenzing Lenzing P84; coating Lenzing Lenzing P84; LNP; 30% gl.fib.ASTM 0638 bars DuPont Avimid K; IM·6 fib.I.8 mm thick laminate

, ~

"1J

Chemical Resistance - Polyimide

~

Chemical Resistance - Polyimide

""tJ

~

CO

I\;)

",.

~eag~nt

Reagent Nqte

I"}

Water

I 1:91 )

Cone. Temp. Time :'.

82· ,82 82

3 3 7

82

7

boiling water

~ ~

r;' VI

~

VI

tEo ;:l

t"-

.,o:p .,

tr:

8

0.67

.8

0.62

14

8"

0.69

8

0.67

JOO

4 8 16 20.8

. 1°.°,::::,::

!:;:~;:

,f 3

83 0.25%

DuPont Avimid K; IM·6 fib.2.3 mm thick laminate LNP; 30% gl.fib.ASTM D638 bars

73.1 73.1 }

14

H:!l:\;

@

4 4.....;:.

82

;;}114~;'

'tl

0.25%

·82

100", 100 laO.

Zinc Sulfate

g

82

boiling water

Zinc Chloride

Load

(clays)

91 84 80 45 75 60.8 60.8

80 70 58 30 41

DuPont Avimid K; IM·6 fib.l.8 mm thick laminate DuPont Avimid K; IM·6 fib.2.3 mm thick laminate DuPont Avimid K; IM·6 fib.1.8 mm thick laminate DuPont Avimid K; IM·6 fib.2.3 mm thick laminate DuPont Kapton HN; 0.025 mm thick film

.. drYing;;'~uestor8props. .' ESCR poss. ct Iong··expos.:· .:..,..;: . ' , ' ... ,'. '." •

DuPont Vespel DuPont Kapton HN; 0.025 mm thick film DuPont Vespel LNP; 30% gl.fib.ASTM D638 bars

@ ~

s~

Reagent Note '

I")

0'

'"t:l ro

PDCR~tin9

:.;.

'Yo Weight

Change

R~;lstance N~te' ~::";.'

Mat~r~~ Note ':'.';:';-.'

Hoechst Cel. Celazole U60

glacial

;:3

t-<

Acetonitrile

p -,

Ammonia

II::

Time ........ I~J!!.H'H

10 10 10

Acetic Acid

'" tE' 0: -,

Cone.

Brines Butyraldehyde Chlorine

300 psi

Zn and Ca Bromide

dry

Chloroform Corrosion Inhibitor

NACE A, amine, water based NACE B, amine, oil based

Dimethylacetamide

ambient pressure

Dowtherm A

300 psi

Ethylene Dichloride Ethylene Glycol

ambient pressure

Formic Acid Freon 22

ambient pressure

Gasoline Heat Transfer Fluids Hydraulic Fluids Hydrochloric Acid

90

300 psi unleaded

Monsanto Therminol 66 Skydrol B

ambient pressure

boiling, ambient pressure

10 10 10 10 10 20 37

"'1J OJ

~

Chemical Resistance - Polybenzimidazole

00 C..:>

.,. .,.

Chemical Resistance - Polybenzimidazole

-u

ex>

OJ

Reagent

Reagent Note

Hydrochloric Acid Jet Aircraft Fuels Kerosine Methyl Alcohol

CQnc.

Time

(%)

!daYS~ .

I PD~ Rating

,.;,.:~~.

'-'::-";-,:

:.':

% Weight

Material Note

C~ange

37 37

Hoechsl CeL Calazole U60

JP-4

al reflux temperature

Methyl Ethyl Ketone Methylene Chloride ambient pressure

Mineral Oil

300 psi

Motor Oils

Texaco Havoline Supreme 30W

Nitric Acid

ambient pressure

Nitrogen Phenol Phosphoric Acid

Propane Skydrol B

10 10 10 10 10

iaroii~;'.ct srnall.effect severonaell

·5

isothermal weight loss (TGA)

Hoechsl CeL Celazole DF-60V; gUib. no effect

ambienl pressure

35 35 35 35 35

'~'-

~ !

Hoechsl CeL Ce'ezole U60;

::".

LPG 1846; ambienl pressure

Hoechst CeL Celazole DF-60V; gUib,

Monsanlo; hydrauiiCiluid

" Sodium Carbonate

" 10 10 10

@

'1:l

S'

ISodium Hydroxide

caustic sode

~

0' til

tl ~

ambient pressure

ISodium Hypochlorite

5 5 5

16' ;:l

~

..,0I:l ..,

ISour Gas

15 15 15 35

Mobile Bay; at 2000 psi

Hoechst CeL Celazole U60;

@

'i:l

IS" ~

.. :~ ...

c:;" (J>

~

Steam

Hoechst Cel. Celazole U60

(J>

15" ;:l

Sulfuric Acid

ambient pressure

Tetrahydrofuran

ambient pressure

t"-

o:., .,

~

u::

Toluene Triethylene Glycol

"'U

OJ

15 30 30 30 30 30

at reflux temperature

Water

boiling water

Xylene

at reflux temperature

~

Chemical Resistance - Polybenzimidazole

00

01

Chemical Resistance - Polyketones

" 0

.J>o. CD

(j)

'<

="

So :::J CD

I,:~!tr~\~t'i

\./ ...

I .)

I;~~g~~

ReaglmfNotEi

:~./~ . /.>:,::: ;~~;)\;;:.:~:::~. ::<::::::::?::

0.25"10 0.25"10

0.25"10 0.25"10

concentrated

1.3 0.1 0.1 0.1 0.1

if~~

0

glacial

" 0

concentrated

@

."

po

~

C:;. CIl

CIl

<E'

;:s t'"'

.,c;: .,$:l

0.25"10 0.25"10

0.3 0.25"10 0.25"10

0.25"10 0.25"10

1

tl

Cll

+i2ai?'

7 7 90 90 90 7 7 7 7 7 3 3 3 3 1 1 1

Aqua Regia

7 7 30 30 30

0

0

3 Material Note 90.0 88.1 83.9 63.5 93.5 78.1 67.7 59.6 91.6 68.8 92.0

95

94 84

90 92

97.0 90 90 93 86 89 92

105 129 95 100 93 100 108

71 89 86 61 78 84.8 75.0 88.7 85.0 101.0 78.1 58.5 80.6 70.4 71.9 49.2 73.9 60.0

79 100 129 74 85

107

0.1 0.1 9 0.1 0.1

64

'.

3

.. .:." . ::E :~~j{/~/:;~:::;;::?-·)··_;:;::~: .

LNP; 20% carbJib. (PEEK) LNP; 30% gLlib. (PEEK) LNP; 20% carbJib. (PEEK) LNP; 30% gLlib. (PEEK) LNP; 20% carbJib. (PEEK) LNP; 30% gLlib. (PEEK) LNP; 20% carbJib. (PEEK) LNP; 30% gLlib. (PEEK) LNP; 20% carbJib. (PEEK) LNP; 30% gLlib. (PEEK) LNP Victre. 450G (PEEK) LNP Victre. 220G (PEK) LNP Victre. 220GL30; 30% gLlib. (PEK) LNP Victre. 220G (PEK) LNP Victre. 220GL30; 30% gLlib. (PEK) Amoco Kadel E·l '40; 40% gLlib. Amoco Kadel 40%

Amoco Kadel E·1140; 40% gLlib. Amoco Kadel E·3140; 40% gLlib. Amoco Kadel E·' 000 Amoco Kadel E·1140; 40% gLlib. Amoco Kadel E-3140; 40% gLlib. LNP; 20% carb.fib. (PEEK) LNP; 30% gLlib. (PEEK) LNP; 20% carbJib. (PEEK) LNP; 30% gLlib. (PEEK) LNP Victre. 450G (PEEK) LNP; 20% carbJib. (PEEK) LNP; 30% gLlib. (PEEK) LNP; 20% carbJib. (PEEK) LNP; 30% gLlib. (PEEK) LNP; 20% carbJib. (PEEK) LNP; 30% gl.fib. (PEEK) LNP; 20% carbJib. (PEEK) LNP; 30% gLlib. (PEEK) LNP Victr.. 220G (PEK) LNP Victre. 220GL30; 30% gLlib. (PEK) LNP Victre. 450G (PEEK) LNP ViClre. 220G (PEK) LNP Victre. 220GL30; 30% gLlib. (PEK)

.,

@

'1:l

P ~

;:;.

'"t l (1)

cEo '"

I~;,h.ent Aroclor 5442 ASTM Reference Fuel C

Reagent Note

I

I

.

conc.ITemP..•. I'~.'I ~.'8. ('Yo)

('C)

15

.,}, 82 ... '

(deys). j

20~;;~0" wi 85% methanol; M85 Fuel

15

T8~f

30

15

," 121

28

15

~i,

28

65

82

30

65

82

30

65

121•. :'

28

65

121>

28

;:l

t-

o:..,

30

~<: ~:;f>~: '::

"

"."".

"L.nglh

•

% Retained

Te..nalle

·.R8Si;.tlJ nce

,.,.,.,."..

SI~en9lh

. .'. ....

.... ,

5.9

,.

0.25%

2«,'

65

wi 35% methanol; M35 Fuel

Avtar 2494 Benzaldehyde Benzene Brake Fluids Bromine Butyl Alcohol

0.7 0.25%

83.3

6

LNP Victre. 450GL30; 30% gl.tib.; 3.2 mm thick (PEEK)

81.3

LNP Victre. 450GL30; 30% gl.tib. (PEEK)

3

'4

75

LNP Victre. 450GL30; 30% gl.tib.; 3.2 mm thick (PEEK)

,~

. ..

7 7

3%

1.4

4 4,

3.2

8 9

0.7

o

99.0

101

o

o

95.0

94

97

90

7

101

92

130"

7 7

9i

7

9

40

LNP Victre. 450GL30; 30% gl.tib.; 3.2 mm thick (PEEK)

"

9

..

Amoco Kadel E·1140; 40% gl.tib. Amoco Kadel E-3140; 40% gl.tib. "::' ,,;d.illa(led ".: :,-'

0

o

102

100

104

100

95.0

96

oJ

LNP Victre. 450G (PEEK) Amoco Kadel E·1140; 40% gl.tib. Amoco Kadel E-3140; 40% gl.tib. LNP Victre. 450G (PEEK)

2'"

degraded

o

7 ,9 9

0.2

LNP Victre. 220G (PEK)

0.1

LNP Victre. 220GL30; 30% gl.tib. (PEK)

30

9

0.4

LNP Victre. 220G (PEK)

30

-9

0.1

LNP Victre. 220GL30; 30% gl.tib. (PEK)

130

7 7

9 8

23

30

23

30

9 2

23 23

7 7 7

23 23

130

23';

.>c,

,":" /2

,-

79.1

LNP Victre. 450GL30; 30% gl.tib. (PEEK)

7

30

LNP Victre. 450GL30; 30% gl.tib.; 3.2 mm thick (PEEK)

LNP VicIre. 450G (PEEK)

butanol

chlorine water

87.5

71.1

30

23 23

LNP Victre. 450GL30; 30% gl.tib. (PEEK)

6

23

wi bromine, saturated

Ethyl Alcohol Ethylene Glycol

i:'

80

wi dibromoethane

Dibromoethane

Dlmethylformamide Dow Corning 560 Ethyl Acetate

0.25%

0.042

"l;i!r,

Cyclohexanone

Diethyl Ether Dimethyl Sulfoxide

.~

23 . 13.0","':

DOT 3

6

0.25%

23

130"

Carbon Tetrachloride Chlorine Chromic Acid

3.8

103.0

107

97

90

99

85

0

Amoco Kadel E·1140; 40% gl.tib.

.,

Amoco Kadel E-3140; 40% gl.tib.

100

LNP Victre. 450G (PEEK)

cJ~gr8d~d

o

,

23

7

23

30

100

30

9

0.7

23

7

0

200

30

9 6

23

0.042

23 100

7 7

8 9 9

lOa

7

9

23

7

9

23

7

0.25%

5

79.0

2~

7

0.25%

9

100.0

LNP; 30% gl.tib. (PEEK)

23

7

6

83.2

LNP; 20% carb.lib. (PEEK)

23· 23

9

.\9.,,··

3%

7

.

.;. 8

82

7 3 3 3

82

3

82 82

o

LNP Victre. 450G (PEEK) LNP Victre. 450GL30; 30% gl.tib. (PEEK)

~

..,

-<

Material Note

.<"

95.6

p

<.c::

-0

N.ote

"

0.25% 0.25%

0

98.0

103 100

0.1

.~

100

o

100.0

-0.8

:;~,

108 79

no elfeel 0

0

o

o

100.0

107

100

100

101

92

95.0

97

1.1

o

105.0

Amoco Kadel E·3140; 40% gl.tib. :~:;

:~.

100.0

9

Amoco Kadel E·1140; 40% gl.tib. LNP Victre. 450G (PEEK) LNP; 20% carb.lib. (PEEK)

LNP; 30% gl.tib. (PEEK) 110

LNP Victre. 450G (PEEK)

6 '".' "7 7

89.6

LNP; 30% gl.tib. (PEEK)

86.5

LNP; 20% carb.lib. (PEEK)

8

93.5

LNP; 30% gl.tib. (PEEK)

84.5

'"

LNP; 20% carb.fib. (PEEK)

CD

0-

::J

CD

~

Chemical Resistance - Polyketones

co

-J

~

Chemical Resistance - Polyketones

""0

o

00

'<

'" 8-" :::J

!~

'i

I

··1 .I:····:. . . . . """1', , .

I'" . et. ~h ..fttiA

1

":"1'" .

.. ' . : ·'1 et..RAt..lftAtf ..'

·

Reagent

>-

I.

I , ...,

Ethylene Glycol

I." \~, I \~;~1.~1 'I. 7

.L~·fIII,",.. ;t I ":.'9 .

149

7 1

0.25%

149'

1

0.25%

149

1

"130

13Q"

Ferric Chloride

wi sodium hypochlorite

Formaldehyde Gasoline

formalin Amoco unleaded

Glycerin Heptane Hexane Hydrochloric Acid

Amoco Kadel E-3140; 40% gLfib. LNP; 20% carbJib. (PEEK)

2

53.8

6

82.9

LNP; 30% gLfib. (PEEK) '

LNP; 20% carbJib. (PEEK)

81.5

LNP; 30% gLfib. (PEEK)

?3 '23'·

7,7'

3.5

0

106.0

111

"23' ..~()

7 ' 9 7 9"

0

0

100.0 101

107 95

Amoco Kadel E-1140; 40% gLfib.

100

85

Amoco Kadel E-3140; 40% gLfib.

102 93

95 92

92.0

97

\:a,?',,,,

7

:},3,O·.,':

7 7

/g3"'··"

7 0.015

9

0.1 0.2

LNP Victrex 220G (PEK)

8.". "':·9' 8 . <,!,

0

0

LNP Victrex 450G (PEEK)

:<'"

Amoco Kadel E-1140; 40% gLfib . Amoco Kadel E-3140; 40% gLfib.

; ""

..:(

LNP Victrex 450G (PEEK)

3% 0.25% 0.25%

10is{;::

7 7 7 7

96.8 85.4 98.4 87.3

LNP; 20% carbJib. (PEEK) LNP; 30% gLfib. (PEEK) LNP; 20% carbJib. (PEEK) LNP; 30% gLfib. (PEEK)

10

3

0.25%

88.7

LNP; 20% carbJib. (PEEK)

0.25%

:;::

0.25%

86.5

",.

ik8~'

1

jll j

L~=:~~::c:;~:~~:~:~~~)

LNP; 20% carbJib. (PEEK)

~~~i;::!i~'

:i,1

'"

7

64

79

Amoco Kadel E-1140; 40% gLfib.

7

69

100

Amoco Kadel E-3140; 40% gLfib.

~~ ~~l~(~'~;! :~

:;

.. ::~:'::::::::~~::;:J):::;;-

/;)3.Q/:: 20::ri~9,g 20

20 concentrated

Isopropyl Alcohol

Amoco Kadel E-1140; 40% gLfib.

92

6

~~ 'l~l i~I\! ~

~

1. '-.;'

104 72.3

9'

1O!q~llA.

g:

"~~<~~

'::': I

8 4

1

lO:;i,23";{:

Hydrogen Peroxide

'I'

7 30

:'}'23.·{·

28 30

::!:!

r

I

9 5 "

149

10,;23;$:. 10 '\~a:;k

@

'I 101

,.23'

.1~!r:

n-Hexane

:1

:(13i)'i

;H~~}V.

~~~~~~;-:~~

gLfib.

2 0.1 0.1

LNP Victrex 220G (PEK) LNP Victrex 220GL30; 30% gLfib. (PEK)

30 30

0.1 0.1

LNP Victrex 220G (PEK) LNP Victrex 220GL30; 30% gLfib. (PEK)

7 30

0.7 -0.1

isopropanol 0.015 " 7

0

115 111

AmocoA;:::1

7 7

0

58 108.0

:~

90 7

Amoco Kadel E-3140; 40% gLfib. LNP Victrex 450G (PEEK)

98.0

103 100

LNP Vietrex 450G (PEEK)

98

143

Amoco Kadel E-l000

91

84

Amoco Kadel E-1140; 40% gLfib.

3%

'"

" 7

~

" 7

87

85

Amoco Kadel E-3140; 40% gLfib.

~.

" 9 0 " 9 0

90 90

129 105

Amoco Kadel E-l000 Amoco Kadel E-1140; 40% gLfib.

92

108

Amoco Kadel E-3140; 40% gLfib.

98

136

LNP Victrex 450G (PEEK) Amoco Kadel E-l000

~ t"'

~

..,>l <.c::

" 9 0

Jet Aircraft Fuels

JP 5 Jet Fuel A

0.015 7

3%

@

'il

S

fte~gent ,

~

... . ',.;.;".:.

't"::l

Jet Aircr.ft Fuels

n'

. Reagent No!e

c~nc·.lj~in~; ('t.f', . ·eCI 'Y ,",

,~.

Time

(d~r.~)l

.}~~;

C1l

130·

7 7

Amoco Kadel E- I 000

;:l

:~cl(' ,,\3Pp;;

90 90

Amoco Kadel E-1140; 40% gl.fib.

Jet Fuel A

'" <5' t-

...I=lo: ... tt::

Kerosine Methyl Alcohol

w/65% Fuel C; M35 Fuel

35

28

35

28

85

30

85

30

85

28

85

28

3

7

1.1

7

o

1.4

lNP Vielrex 450Gl30; 30% gl.fib.; 3.2 mm thick (PEEK) 71.1

0.25%

10 10 10 10 10

lNP Vietrex 450Gl30; 30% gl.fib. (PEEK)

3.2

lNP Vietrex 450Gl30; 30% gl.fib.; 3.2 mm thick (PEEK) 95.6

0.25%

lNP Vietrex 450Gl30; 30% gl.fib. (PEEK)

0.7

lNP Vietrex 450Gl30; 30% gl.fib.; 3.2 mm thick (PEEK)

0.25%

81.3

lNP Vietrex 450Gl30; 30% gl.fib. (PEEK) 75

o o

7 7

10

lNP Viet rex 450G (PEEK) lNP Vietrex 450Gl30; 30% gl.fib. (PEEK)

30

10

lNP Vietrex 450Gl30; 30% gl.fib.; 3.2 mm thick (PEEK)

100.0

104

98.0

97

98

100

Amoco Kadel E·1140; 40% gl.lib.

107

100

Amoco Kadel E-3140; 40% gl.fib.

lNP Vietrex 450G (PEEK)

7

0.25%

80.0

7 7 7 3 3 3 3 7 7 1 1 1 1

0.25%

95.0

lNP; 30% gl.fib. (PEEK)

93.5

lNP; 20% earb.fib. (PEEK)

96.2

lNP; 30% gl.lib. (PEEK)

7 7 7 7 7 7 7

0.25%

87.1

LNP; 20% earb.fib. (PEEK)

0.25%

83.8

lNP; 30% gl.fib. (PEEK)

93.5

LNP; 20% earb.fib. (PEEK)

lNP; 20% earb.fib. (PEEK)

98.0

lNP; 30% gl.fib. (PEEK)

0.25%

75.8

lNP; 20% earb.tib. (PEEK)

0.25%

92.3

lNP; 30% gl.fib. (PEEK)

93.5

lNP; 20% earb.fib. (PEEK)

97.3

lNP; 30% gl.fib. (PEEK)

101

95

Amoco Kadel E-1140; 40% gl.fib.

101

92

Amoco Kadel E-3140; 40% gl.fib.

0.25%

75.8

0.25%

92.3

lNP; 30% gl.fib. (PEEK)

93.5

lNP; 20% earb.lib. (PEEK)

lNP; 20% earb.fib. (PEEK)

85.4 0.2

o

108.0

LNP; 30% gl.lib. (PEEK) 113

LNP Vietrex 450G (PEEK)

0.3

lNP Vietrex 220G (PEK)

O. I

lNP Vietrex 220GL30; 30% gl.fib. (PEK)

10

30

0.3

lNP Viet rex 220G (PEK)

10

30

0.2

lNP Vietrex 220Gl30; 30% gl.fib. (PEK)

10

0.25%

85.5

0.25%

49.2

lNP; 30% gl.fib. (PEEK)

90.3

LNP; 20% earb.lib. (PEEK)

83.5

lNP; 30% gl.fib. (PEEK)

10

3 3 3 3 1

0.25%

76.8

lNP; 20% earb.fib. (PEEK)

10

1

0.25%

38.1

LNP; 30% gl.lib. (PEEK)

10

1

90.3

lNP; 20% earb.fib. (PEEK)

10 10 10

'" o

o

0.25%

35

SAE 30

'<

o

30

Motor Oils

-u

Amoco Kadel E-3140; 40% gl.fib.

90

35

Methyl Ethyl Ketone Methylene Chloride

o

Amoco Kadel E-3140; 40% gl.fib.

7

w/15% Fuel C; M35 Fuel

Nitric Acid

Amoco Kadel E-1140; 40% gl.fib.

lNP; 20% earb.fib. (PEEK)

CO

:::J CO

~

Chemical Resistance - Polyketones

00

<0

Chemical Resistance - Polyketones

"'U 0

~

<:>

'< ;0;CD

0'

::::l

CD

i)'2"3'o"V

concentrated

'/\5,;o'\::

7

0.4 0.2 0.2 0.4 0.5 2.9 4.3 2.1

0

0

78.5 104.0

75.0

107

2

8.7 4.1

Oils Phenol

Kel-F

Phosphoric Acid

Skydrol 500B Skydrol LD4

85 85 85 85 85 85 airerafl hydraulic fluid

Sodium Hydroxide

@

'1:l

S

30 30 30 30 30 30 50 50 50 50 50 concentrated

Sodium Hypochlorite wi ferric chloride

~

n' Vi t:l

wi ferric chloride

('\)

Vi

tE· ;:l

t""'

0: ..,

..,

$:l

Solvents Sulfuric Acid

Genklene 3 10 10

,~pn:

30

;~i:\::·:~.V<~~

~!!~Ij,~)'

7 7

.:";:':,',::,:;,-.", ..))··t:'.:...:

7 7 7 90 90 90

;;\t'1~·. ;~

.,;'[~.$~;~

Ii )\;;7~W;

0.015

,@,i!PA\

7

~;]l1~~,!:

{n~%r

~!1;liJ;:

;'i~~t,t

I

I

lj;!l·:~[i·:

'.•.::.%:.,:~(;.:':'

3%

~'f;t-·;~;I·;;j

7 7 7 90 90 90 7 7 30 30 30 7

·'·};;~;·,W.

!,i~l~i·il,~ ';

I

m~i';

7 7 7

'j';~:;';;;~!;,;

!l~~I;,!I:

30 30 30

;%~qi 0.042 7 7 7

P;~.;: 3%

0.1 0.1 0 0.2 0.1 4.3

0.25% 0.25%

(PEK)

50 76

205 85

t::~[£::::::::··t;~::~!::~~~j~~:i:::~l~:~~~~~ ... .. .........

Amoco Kadel E-1140; 40% gl.fib. Amoco Kadel E·3140; 40% gl.fib.

90 89 84 99 84 90

86 89 77 129 84 100

":: :::::::; <)~ :':.

93 94 93 96 91 92

86 100 100 107 95 100

96 80 91 98 65 58

107 84 100 86 89 92

92.0

94

:

~.::::

:."

·;::··(::::\\ytf\

~!1L~.~::::·w.~:::::;~~:::}::~~;;~::r·

Amoco Kadel E-l000 Amoco Kadel E·1140; 40% gl.fib. Amoco Kadel E·3140; 40% gl.fib. Amoco Kadel E-l000 Amoco Kadel E·1140; 40% gl.fib. Amoco Kadel E·3140; 40% gl.fib.

\b'ri,o.elf~<\.

LNP Victrex 450G (PEEK)

.):~.:: /~:~J.ii~:?:~~~:~:~::;::::~}~::~:

Amoco Kadel E·l 000 Amoco Kadel E·1140; 40% gl.fib. Amoco Kadel E·3140; 40% gl.fib. Amoco Kadel E-1000 Amoco Kadel E·1140; 40% gl.fib. Amoco Kadel E·3140; 40% gl.fib.

.~.:l~ t;.t;::~;1li;;;1\i.;l :~:n::·

.. ;':::::;:::8:::::<~:::::::{ .;::

::~::?q~:)E}?~1:::~:::~J;:::]~:~::;~:::

I

1'~I[I !lrl~1 1 !l;,1~1 ):r:::::nf5M~d0%%t:t

0.1 0.1 0.1 0.2 0.2 0.1

Amoco Kadel E-l000 Amoco Kadel E·1140; 40% gl.fib. Amoco Kadel E·3140; 40% gl.fib. Amoco Kadel E·l000 Amoco Kadel E·1140; 40% gl.fib. Amoco Kadel E-3140; 40% gl.fib. LNP Victrex 220G (PEK) LNP Victrex 220GL30; 30% gl.fib. (PEK) LNP Victrex 450G (PEEK) LNP Victrex 220G (PEK) LNP Victrex 220GL30; 30% gl.fib. (PEK) LNP Victrex 450G (PEEK) LNP Victlex 220G (PEK) LNP Victrex 220GL30; 30% gl.fib. (PEK) LNP Victrex 220G (PEK) LNP Victrex 220GL30; 30% gl.fib. (PEK)

~.1;MIlPi.9

LNP Victrex 450G (PEEK) 1.1

(PEK)

LNP Vietrex 450G (PEEK)

100

0

(PEK)

f>H::' (@&trf?:!: ::;t"

(::':.',~g':(:"':.

i.:1i;

(PEK)

74

6.1

., •.. :).;1'>. . "..••.

~~[i:ill'l,r:i!~;~;'i;

LNP; 30% gl.fib. (PEEK) LNP Vietrex 450G (PEEK) LNP Vietrex 220G (PEK) LNP Vietrex 220GL30; 30% gl.fib. LNP Vietrex 220G (PEK) LNP Vietlex 220GL30; 30% gl.fib. LNP Vietrex 450G (PEEK) LNP Vietrex 220G (PEK) LNP Vietrex 220GL30; 30% gl.fib. LNP Vietrex 450G (PEEK) LNP Vietrex 220G (PEK) LNP Vietlex 220GL30; 30% gl.fib.

0

104.0 87.1 86.2

110 LNP; 20% carb.fib. (PEEK) LNP; 30% gl.lib. (PEEK)

© '1:l

P ~

n'V>

tl

Sulfuric Acid

10

~

10

16'

10

V>

;:s t-'

10 10

0: .,

10

., ~

10

It::

10 10 10 30 30 30 37 37 37 37 37 37 50 50 50 50 concantratad

"

Tetraethyllead Toluene

~;;i~~;';;

I

bi1,~,~.r)

I

:;tifl ~;1 ~\l)~i~;~~

I

iNg~{M

7

90.3

7

90.0

LNP; 30% gl.fib. (PEEK) LNP; 20% carb.lib. (PEEK)

3

0.25%

83.9

3

0.25%

70.8

LNP; 30% gl.fib. (PEEK)

87.1

LNP; 20% carb.fib. (PEEK)

3 3 1

0.25%

1

0.25%

1

nt'~~~\@

1.3

7

0.1

30

0.1

0

.Ucon SOHB280X

7

LNP Victre. 450G (PEEK)

72

68

Amoco Kadel E-1140; 40% gl.fib.

84

92

Amoco Kadel E-3140; 40% gl.fib.

90

98

79

Amoco Kadel E·1000

90

134

84

Amoco Kadel E-1140; 40% gl.fib.

79

100

Amoco Kadal E-3140; 40% gl.fib.

100

LNP Victra. 450G (PEEK) LNP Victra. 450G (PEEK)

90 7

0.1

30

0

LNP Victra. 220G (PEK)

30

0.1

30

0.7

100

LNP Victra. 220G (PEK)

0

100

7 30

"."

30

\:};~f}(+

3%

iUf'9,·!;;i

0

0

100.0

106

7

0.25%

96.8

7

0.25%

95.0

LNP; 30% gl.fib. (PEEK)

98.4

LNP; 20% carb.fib. (PEEK)

3

0.25%

3

0.25%

LNP; 20% carb.fib. (PEEK)

97.7

LNP; 30% gl.fib. (PEEK)

93.5

LNP; 20% carb.fib. (PEEK)

88.1

LNP; 30% gl.fib. (PEEK)

3

96.8

LNP; 20% carb.fib. (PEEK)

3

92.7

7

100

95

Amoco Kadal E-1140; 40% gl.fib.

99

85

Amoco Kadal E-3140; 40% gl.fib.

LNP; 30% gl.fib. (PEEK)

1

0.25%

90.3

1

0.25%

84.6

LNP; 30% gl.fib. (PEEK)

93.5

LNP; 20% carb.fib. (PEEK)

30

LNP; 20% carb.fib. (PEEK)

90.4

tdi4nd

30

g~~)t;% 0.042 7

M.2b'O:?;;

LNP; 30% gl.fib. (PEEK) 101

"

7

t~;~ll~l~ 0.~15 heat transfar lubricant

96.0

Amoco Kadel E-1000

LNP; 30% gl.fib. (PEEK) 88

;:::ttn¥rij::~:::;:iliM:it\~:~

LNP Victra. 450G (PEEK)

100

100 92

~1~!,litlioltI1111rl~

Amoco Kadel E-1140; 40% gl.fib.

98

4.9

3%

7

""1J 0 '<

LNP; 30% gl.fib. (PEEK) LNP; 20% carb.fib. (PEEK)

129

1

Trichloroethylene

56.2 83.9

97

1

Ganklana solvant

LNP; 20% carb.lib. (PEEK)

7

7

n;~l~fg

LNP; 30% gl.fib. (PEEK)

80.6

LNP Victre. 220G (PEK)

7 7

Trichlorobenzene (1,2,4-) Trichloroethane

76.5

76.5

1 7

'iiil~~j;rfi 0.~42

Transmission Fluid

LNP; 20% carb.fib. (PEEK)

3%

I

;'.;.;·(SCW}·;'

@\[email protected]@if{.·

0.8 3.3

0

100.0

Amoco Kadal E-3140; 40% gl.lib. LNP Victra. 450G (PEEK)

110 68

~

CD

0" :J

CD

~

Chemical Resistance - Polyketones

co

~

Chemical Resistance - Polyketones

"

o

~

CD

I\)

'<

;>0;'"

m. o

:::J CD

Water

99

constant humid. and temp. 16 56

99

98

84

96 4

79 99

97 96

constant humid. and lemp.

10 10 16

constant humid. and temp.

30 30 56

3

Water

deionized

@

:sl l=l

~

o'V> ~ V> to· ;:l

t-'

0: ..,

..,l=l

It:

Xylene

136 149

0.25% 0.25%

79

96

77

95

4

16 56

81 70

30 30 30 60 60 60 120 120 120 200 200 200 7 7 7 90 90 90 1 1 1 1

98 100 98

7 7 7

LNP Vietrex 450G (PEEK) LNP Vietrex 450GL20; 20% gl.fib. (PEEK) LNP; 63% earb.leloth; 1.2 mm laminate of film and eloth (PEEK) LNP Vietrex 450G (PEEK) LNP Vietrex 450GL20; 20% gl.fib. (PEEK) LNP; 63% earb.leloth; 1.2 mm laminate of film and eloth (PEEK)

97

95

83.9 69.2 84.5 79.6 94

3 3 3

99 100 137

96

constant humid. and temp.

LNP; 20% earb.fib. (PEEK) LNP; 30% gl.lib. (PEEK) LNP; 20% earb.fib. (PEEK) LNP; 30% gl.fib. (PEEK) LNP; 63% earb.leloth; 1.2 mm laminate of film and cloth (PEEK)

97 96 94

92 90 76 90 88 73 85

97 100

97 100 94 94 90

66 87 82 81 58

99 90

97

136

70 84 94

79 92

66 74 64.5 53.8 80.6 80.8

0.25% 0.25%

o

o

106.0 99 102

LNP; 20% earb.fib. (PEEK) LNP; 30% gl.fib. (PEEK) LNP; 20% earb.fib. (PEEK) LNP; 30% gl.fib. (PEEK) LNP; 63% earb.leloth; 1.2 mm laminate of film and cloth (PEEK)

57 63 77

111 90 100

LNP Vietrex 450CA30; 30% earb.fib. (PEEK) LNP Vietrex 450G (PEEK) LNP Vietrex 450GL20; 20% gl.fib. (PEEK) LNP Vietrex 450CA30; 30% earb.fib. (PEEK) LNP Vietrex 450G (PEEK) LNP Vietrex 450GL20; 20% gl.fib. (PEEK) LNP Vietrex 450G (PEEK) LNP Vietrex 450GL20; 20% gl.fib. (PEEK) LNP Vielrex 450CA30; 30% earb.fib. (PEEK) LNP Vietrex 450G (PEEK) LNP Vietrex 450GL20; 20% gl.fib. (PEEK) Amoeo Kadel E·1000 Amoco Kadel E·1140; 40% gl.fib. Amoeo Kadel E·3140; 40% gl.fib. Amoeo Kadel E·1000 Amoco Kadel E·1140; 40% gl.fib. Amoeo Kadel E·3140; 40% gl.fib. LNP; 20% earb.fib. (PEEK) LNP; 30% gl.fib. (PEEK) LNP; 20% earb.fib. (PEEK) LNP; 30% gl.fib. (PEEK) LNP Vietrex 450G (PEEK) Amoeo Kadel E·1140; 40% gl.fib. Amoco Kadel E·3140; 40% gl.fib .

@

"1:1

po ~

;:;. 'J>

tl

l1>

'J>

<E' ;:l

~

., >:l .,

I

100

'%26\;;;':

:"':'::,'::::,fK':/:""

60

<0.5

<3

>85

u::

Hostalen HMW; 50x25xl mm sample Solvay Fortiflex

0-

I

Acetamide

Hf6.~.n

60

;;;;*9;i;i;

60

iWf!O;%:c'

Acetic Acid

fAk§ }:;!1.i:

i[;@A:.i

60

0.5-5.0

3.0-5.0

>50

<0.5

<3

>85

<0.5

<3

>85

Hostalen HMW; 50x25x1 mm sample

10

DuPont Can. Sclair

10

Solvay Fortiflex

10 DuPont Can. Sclair

10 60

Solvay Fortiflex

60 60

DuPont Can. Sclair

60

:;"!l);j;

60 60 60 60 60

with ethyl alcohol

60 7 7

glacial

" glacial, technically pure with ethyl alcohol glacial

Acetic Acid Ethyl Ester Acetic Anhydride

~;~

Z7~65'

?(~6

90 90

0.25%

};';;$;?'... ....

.',,":.:.'::","

-

"''tS.

60 <=90

>85

<0.5

<3

>85

<3

>85

3.0-5.0

>50

<3

>85

<3

>85

~ :'.: ,p.-X·

60

<3

~~ ,!~,

<=90

glacial, technically pure

<0.5

""";,7

:

J:t

,

t;[~~;~,:'

Phillips Marlex

79

0.73

99.6

113

96.6

139.1

<3

>85

<0.5

<3

>85

':)ill ":A:~i;

<0.5

<3

>85

60

<0.5

<3

>85

60

/+:\\il"?\:,;:

<0.5

<3

>85

','t: 20;,)'\

Hoechst Cel. Hostalen HMW; 50x25xl mm sample Phillips Marlex

/~.9i'·

;;<

Phillips Marlex Solvay Fortiflex

<0.5

90 60

Hostalen HMW; 50x25xl mm sample

Solvay Fortiflex lNP; 30% gl.fib.

79

.

ir3P

Hoechst Cel. Hostalen HMW; 50x25xl mm sample

0.39

99

143.5 Hoechst Cel. Hostalen HMW; 50x25x1 mm sample

DuPont Can. Sclair Solvay Fortiflex DuPont Can. Sclair ';::20£:

60

}j4'},:' ·:':::':":.lK"'·:

:'!/2p;,r ;·:'21 '

60

::{)}ll'

'.·V'

Acetoacetic Acid Acetone

60

0.5-5.0

3.0-5.0

>50

<0.5

<3

>85

<0.5

<3

>85

Hostalen HMW; 50x25xl mm sample

Solvay Fortiflex

',;'60 60

,'·:-":(8/:"

<0.5

<3

>85

<=90

Hoechst Cel. Hostalen HMW; 50x25xl mm sample Phillips Marlex

I

o

""U

m

~

Chemical Resistance - High Density Polyethylene

CO

~

Chemical Resistance - High Density Polyethylene

::r:

o

~

<0 ~

"U

m

60 90 90 90

Acetylene Acronal

dispersions

"

Acrylic Acid Acrylics

emulsions

.~(/

<0.5

<3

2.13 2.79

91.3 89.3

3.9

92.5

>85 143.5 161 160.9

{2QY.

60

.,8

<0.5

<3

>85

/"'\20/> .

;;;;ggi<

60

>85

0.5-5.0

<3 3.0-5.0

(f'i!Jl?

60

\:"i

<0.5 <0.5 <0.5

<3 <3

.'\{~O·F;

" "

8V/::i.'.:

;,:.,;)

60 60

\;~Mn

\' \'8;:'

:::::::.::-:-:::.: ..:.-"

,i'.

Vi/efr. '<;e;

(~*l~iin! .

Hoechst Cel. Hostalen HMW; 50x25x1 mm sample

>50 >85 >85

·i·:'r;;.~~1isl~~t~JtiM:i~~~F'; .'•.•.; ;

Phillips Marlex Solvay Fortiflex

"

Phillips Marlex

i'I~'1~01'l

Acrylonitrile Adipic Acid

60 60

\/;0'8.'.;/ ;;%r~;?"

<0.5 <0.5

<3 <3

>85

k;~~> ;

<0.5

<3

>85

<0.5

<3

>85

<3 3.0-5.0

>85 >50

saturated

:.'.;"2.0::\) ....

60

saturated

\i'I~~?\

60

'::~:~:.';:~:::,l':"

Adipic Acid Ester

~!}'~§);;ill

60 60

;IjFf%~l

Air

90 90 90

Aktivin

chloramine

"

Alcoholic Beverages Alcohols Aliphatic Esters

1 1

I

technically pure

"

Allyl Acetate Allyl Alcohol

96 96

"tl

;:i ~

Alum

I

;:;rc

V>

t""

0: ..,

..,~

\C::

all types all types, concentrated

~11'i~tl~

60 60 60 60 60 60

I

~~ll'i~;~l

;l l.·;I~;.~·.· · · · Illi;I~11~111 ;;l~}~lll;

-0.025

99.7

0.Q17

96.2

100 108.7

97.7

117.4

-0.018 <0.5 <0.5

<3 <3

>85 >85

<0.5 <0.5

<3 <3

>85 >85

<0.5

<3

>85

<0.5

<3

>85

<0.5

<3

<0.5

<3

>85 >85

<0.5

<3

>85

<0.5

<3

>85

60 60

:i@n~:%@:::.

60 60

lll;;i~f.01 o.~-:.o

60

l~ ~;il~l~l

8Iiiij·?i

<0.5

3.0-5.0

>50

>8

<50

<3

>85

all types, concentrated

<=90

solid

60 60

Aluminum Chloride all cones. concentrated

l~~~~:r~ll~llil~~~i~i~'tI~~~~ll~l-

-

~~;@M1iI;I~#t~!t!N!!itiI0Mr

Hoechst Cel.

HOS~~~:::::f:::25X1

mm sample

::~;~:~::

Hoechst Cel. Hostalen HMW; 50x25x1 mm sample

DuPont Can. Sclair Solvay Fortiflex DuPont Can. Sclair

60

tl

;:s

ill'I~~lf.1

60 60

i;~;I.~ji!;I!; 0~~~50

all types

V>

15-

I!~illlil

llIM~~li j%~lt@;;

Allyl Chloride @

W/-gQ\@i %{;il~&'i • '· ·:

.'.'·HW·g.

Y,:{',?<,r~lSiai1(%F;'r<,'" Hoechst Cel. Hostalen HMW; 50x25x1 mm sample

>85

<0.5

<3

>85

Hoechst Cel. Hostalen HMW; 50x25xl mm sample Phillips Marlex

<0.5

<3 <3

>85 >85

Hoechst Cel. Hostalen HMW; 50x25x1 mm sample

<0.5

DuPont Can. Sclair Phillips Marlex

@

%Cpange

'1l

~ ~

Re~gent

Reagent Note

r:;' en

~ en tEo

Aluminum Chloride

;:l

t-<

0: ..,

..,>l

u::

Aluminum Fluoride

Lo~d

Cone. I")

dilute concentrated dilute concentrated dilute concentrated dilute all cones.

POL "'8

MllJerial Note

Volume

21

8 8

$aiisi~c,ory

8

60 60

~ 8 8.

solid

.•6,,9.

concentrated all cones. concentrated

' ' ' '!':' 2()'' !' ' ;;

60

8. 8

<0.5 <0.5

<3 <3

>85 >85

8-

<0.5

<3

>85

8 8

21 21 21

8

60 60 60'-

8 8 8"

60

60

8

<0.5

<3

>85

~~.;;

8 8

<0.5 <0.5

<3 <3

>85

Aluminum Metaphosphate

20.

8 8 8 8.

<0.5 <0.5

<3 <3

>85 >85

Aluminum Sulfate

60 20 20

60 60 60 60

<0.5 <0.5

<3 <3

>85

all cones. saturated solid

Aminoacetic Acid Ammonia

t

8

60 60

8

ammonia water solution gaseous liquefied solution dry gas

Phillips Marlex DuPont Can. Sctair Hoechst Cel. Hostalen HMW; 50x25x1 mm sample

>85

DuPont Can. Sclair Phillips Marlex Solvay Fortiflex

f1

60,

60 60

20.'

60

60

60

i ~ _ :~::.~

:';

,,(

,8 8

<0.5 <0.5

<3 <3

>85

<0.5

<3

<0.5

<3

>85 >85

Phillips Marlex DuPont Can. Sclair Hoechst Cel. Hostalen HMW; 50x25x1 mm sample

>85

8<'

21 dry gas

DuPont Can. Sclair Hoechst Cel. Hostalen HMW; 50x25x1 mm sample

>85

8 8

21 21 21

60 "·60

Amino Acids

60 60

Phillips Marlex Solvay Fortiflex

DuPont Can. Sclair Phillips Marlex Solvay Fortiflex

Aluminum Hydroxide

saturated solid all cones. concentrated

resistance

Phillips Marl..

.8"';.'1

60 60

all cones. concentrated

I

Rating

21 21

60. '60"",; 60· 60

Weight

a

Solvay Fortifl..

60 100

21

8

DuPont Can. Sclair

100

60 20

60

.20

60

20. 20

60

~.

60

8

it

s· o

8~:

i

<0.5 <0.5

<3 <3

>85

<0.5 <0.5

<3 <3

>85 >85

>85

21

Hoechst Cel. Hostalen HMW; 50x25x1 mm sample

Solvay Fortiflex Phillips Marlex

·2,.··· 60""

ammonia water solution gaseous solution

60. 60 80

60 60

<0.5 <0.5

<3 <3

69.

60

<0.5

<3

>85

Solvay Fortiflex Hoechst Cel. Hostalen HMW; 50x25x1 mm sample

>85 >85

I

o

""U

m

~

Chemical Resistance - High Density Polyethylene

CO 01

Chemical Resistance - High Density Polyethylene

:r: o

~

CO 0>

""U

m

Ammonium Acetate

i;-;i~J;;

i~l;:~,:~~~

60

ll':i.~~;~

Ammonium Bromide

;~wf::g~~!@!~

Ammonium Carbonate

<0.5

<3

>85

<0.5

<3

>85

.;\.·••Hl;)};. ii;;~W/

';';;It;;;;.~.~·

60

~1~':11~l,II~~~~11~~llf~~C:j:': l,,~~~~~~~~!~:l~~~l:i:~f;i;,!!l~

Hoechst Cel.

Hoechst Cel.

HOS~~:::::;if:::25'1 HOS~::::::;if::"25'1

mm sample

mm sample

DuPont Can. Sclair Solvay Fortifle. Phillips Marie.

" Solvay Fortifle.

!;t~f;;t;

Ammonium Chloride saturated solution

60

r~V\

<0.5

<3

>85

60

.n.t.i>8 •.:.· ••••• :

<0.5

<3

>85

iMh;\·j···

i/ii;i!:;;T;H;i/ . . . . ~~) rz.: R:Y,f:);;)d<:,.-::

.:~>-::.

DuPont Can. Sclair Hoechst Cel. Hostalen HMW; 50.25.1 mm sample DuPont Can. Sclair Solvay Forti!l.. Phillips Marie.

" Solvay Fortifle.

;'li;:[iiut;

60

Ammonium Fluoride

20 20 20 20 saturated

"

Ammonium Hydrosulfide

1\ ~~;

Ammonium Hydroxide

10

<0.5

<3

>85

II ;?W}

60

';c:V!l':;'::'

60

::·:··..21

/Fwi;;;@iiiill;j

t;;;((~;

{i\

.!~ <0.5

<3

>85

<0.5

<3

>85

\:/( ?t?)~: . :r:.. ::~:::: '~:nt cit;:;

." \:'8:."/

:•.•.:•· ;);t,

~:::::::

.,:~:<:-,:

DuPont Can. Sclair Hoechst Cel. Hostalen HMW; 50.25.1 mm sample Solvay Fortifle. Phillips Marie.

" Solvay Fortitle. DuPont Can. Sclair Hoechst Cel. Hostalen HMW; 50.25.1 mm sample DuPont Can. Sclair

10 10

.

28 28

(.21 :.··!l0...

30

}2'i:$5

81

3

58

LNP; 30% gl.fib. DuPont Can. Sclair

" <=90

Phillips Marie. Solvay Fortifle.

@

7

'\l

7

S"

~

r;'

0.25%

46

LNP; 30% gl.fib.

47 Solvay Fortifle.

Ammonium Metaphosphate

60

<0.5

<3

>85

Hoechst Cel. Hostalen HMW; 50.25.1 mm sample

en

saturated

Solvay Fortifle.

t:l

"

Phillips Marie.

(1)

en

tEo t"'

..,(;: ..,~ <.c::

Solvay Fortifle.

"

;=!

Ammonium Nitrate salurated solution

60

<0.5

<3

>85

60

<0.5

<3

>85

Hoechst Cel. Hostalen HMW; 50.25.1 mm sample

i

:~:+~::V;:pf:<·r

>: '!~.,: ::r: .'X::-:-' "0"

:}d~

DuPont Can. Sclair

©

)~

"tl

po

, Rllagent:~ote ... ":"?,.

~

n'

i?'" to· '"

Ammonium Nitrate

'Cone. ••.. a·l

saturated solution

;:l

~

.., ~ ..,

0-

saturated solution

Ammonium Persulfate

, Load.:

(%) Solvay Fortifle.

60 .flO .. 60>

60

#j:li§

<=90

DuPont Can. Sci air <0.5

<3

>85

Hoechst Cel. Hostalen HMW; 50.25., mm sample Phillips Marlex

saturated Solvay Fortiflex

\il

(t:

DuPont Can. Sclair

$0

Solvay Fortiflex

;6(;(

Ammonium Phosphate

20

Phillips Marlex

60

<0.5

<3

>85

'2{ 60 60

Ammonium Sulfate

",-.':',-::;:,

satisfactory res.isla

Hoechst Cel. Hostalen HMW; 50x25xl mm sample Solvay Fortiflex

"';\ 60 60

<0.5

<3

>85

<0.5

<3

>85

saturated solution

Hoechst Cel. Hostalen HMW; 50x25xl mm sample DuPont Can. Sclair Solvay Fortiflex Phillips Marlex Solvay Fortiflex DuPont Can. Sclair

~~J 60

Ammonium Sulfide saturated

'60

Ammonium Thiocyanate

2.0

60 60

<3

>85

<0.5

<3

>85

Hoechst Cel. Hostalen HMW; 50.25., mm sample Solvay Fortiflex Phillips Marie. Solvay Fortifle.

60 60

"~1

saturated

<0.5

...:~

<0.5

<3

>85

<0.5

<3

>85

Hoechst Cel. Hostalen HMW; 50x25xl mm sample Solvay Fortifle.

21

Phillips Marie.

60,

;;~\ Amyl Acetate

100

'21

100

'E\ll'.

~~:.

2':/

:5\

.WT~~~I

Amyl Alcohol

Solvay Fortiflex

60

<0.5

60

<0,5

90

3,31

<3

>85

<3

-

Hoechsf Cel. Hostalen HMW; 50x25xl mm sample

>85

Hoechst Cel. Hostalen HMW; 50.25., mm sample

DuPont Can. Sclair

Solvay Fortifle. 89.4

204.3

Phillips Marie. Solvay Fortifle.

60

<0.5

<3

>85

<=90

Hoechst Cel. Hostalen HMW; 50.25.1 mm sample Phillips Marie.

100

DuPont Can. Sclair

100 pentanol

60 60

<0,5

<3

>85

<0.5

<3

>85

Hoechst Cel. Hostalen HMW; 50.25., mm sample Solvay Fortifle. Solvay Fortifle.

I

o

'"tJ

m

.p.

Chemical Resistance - High Density Polyethylene

<0

-..J

Chemical Resistance - High Density Polyethylene

:c

o

~

CO CO

""U

m

~~ .

Hoechst Cel. Hostalen HMW; 50.25.1 mm sample

27~~5/

Amyl Chloride

100

Phillips Marie. 60

0.5-5.0

3.0-5.0

>50

Hoechst Cel. Hostalen HMW; 50.25.1 mm sample DuPont Can. Sclair

100 100 60

100

>5

>8

<50

Hostalen HMW; 50.25.1 mm sample Solvay Fortille.

<=90

>~;~,g"

Amyl Phthalate Aniline

100 100

Phillips Marie.

60

<0.5

<3

>85

60

0.5-5.0

3.0-5.0

>50

21. ...... :

·60····· . {·20·

60

.:z,

<0.5

<3

>85

"·::.21·

>\49

90

0.76

98.3

104.3

90

1.15

93.5

130.4

60

<0.5

,,;:.~, Aniline Hydrochloride ·.20

lard

2·1

"

60

Phillips Marie.

<3

>85 98.4

Hoechst Cel. Hostalen HMW; 50.25.1 mm sample

1.45

160.9

Phillips Marie.

60

<0.5

<3

>85

Hoechst Cel. Hostalen HMW; 50.25.1 mm sample

60

<0.5

<3

>85

60

<0.5

<3

>85 Solvay Fortille.

;60

60

lard

: 21;65

<=90

Aniseed Oil

Phillips Marlex

90

beef fat

Animal Oils

Hoechst Cel. Hostalen HMW; 50.25xl mm sample

Solvay Forti!le.

60

beef tat

~~;~~~t

DuPont Can. Sclair

Solvay Fortille.

. ~7

Animal Fats

Hoechst Cel. Hostalen HMW; 50.25.1 mm sample

<0.5

<3

>85

Hoechst Cel. Hostalen HMW; 50.25.1 mm sample Hoechst Cel. Hostalen HMW; 50.25.1 mm sample

Phillips Marie.

20

60

<0.5

<3

>85

60 -'-

60

0.5-5.0

3.0-5.0

>50

60

0.5-5.0

3.0-5.0

>50

20

21

Solvay Fortille.

60

SO Anisole Anon @

'S""

~

r;.

IAnthr{laUinonesUlfoniC ACt IAntifreeze

Cyclohe.anone

suspension

commercial eonc.

en

t::l

IAntimony Chloride

anhydrous

(1)

en

IQ.

>8

<50

':~,

3.0-5.0

>50

60

0.5-5.0

3.0-5.0

>50

20

60

<0.5

<3

>85

flO

60

0.5-5.0

3.0-5.0

>50

·· ..···:··20·

60

<0.5

<3

>85

60

<0.5

<3

>85

:z0

60

<0.5

<3

>85

611

60

<0.5

<3

>85

60

<0.5

<3

>85

6~

.

·~i>

.

r

anhydrous

6,1>

Hoechst Cel. Hostalen HMW; 50.25.1 mm sample

Solvay Fortillex Phillips Marie.

;;~K\

t

I:l -,

>5 0.5-5.0

2.{··

;:l

0-,

60 60

Solvay Fortillex 60

<0.5

<3

>85

Hoechst Cel. Hostalen HMW; 50.25.1 mm sample

o

@

'1:l

S' ~ ::;. CJ>

1? CJ>

~.

Antimony Trichloride

<3 <3

;:l

t"'"

.& ., i=l ..,

Aqua Regia

>5

>8

DuPonl Can. Sclair Solvay Forti!lex

(l::

DuPont Can. Sclair Phillips Marlex

Aromatic Acids

<0.5

<3

>85

Hoechsl Cel. Hostalen HMW; 50x25x' mm sample Solvay Fortiflex

<0.5

<3

>85

Hoechst Cel. Hostalen HMW; 50x25x' mm sample

Aromatic Hydrocarbons

DuPont Can. Sclair Solvay Fortiflex DuPont Can. Sclair

Arsenic

Solvay Forti!lex

Arsenic Acid

<0.5

<3

>85

Hoechst Cel. Hostalen HMW; 50x25x1 mm sample DuPont Can. Sclair

<0.5

<3

>85

Hoechst Cel. Hostalen HMW; 50x25x1 mm sample

<0.5 <0.5

<3

>85

<3

>85

all cones.

Arsenic Acid Anhydride Ascorbic Acid

10 10

Asphalt Aspirin

DuPont Can. Sclair <0.5 <0.5

<3 <3

>85 >85

<0.5 0.5-5.0

<3 3.0-5.0

>50

<0.5

<3

>85

Hoechst Cel. Hostalen HMW; 50x25x' mm sample

>85

Solvay Fortiflex

Barium Carbonate

saturated solution Phillips Marlex DuPont Can. Sclair Phillips Marlex Solvay Fortiflex

Barium Chloride Phillips Marlex DuPont Can. Sclair PhillipS Marlex Solvay Fortiflex

Barium Hydroxide

30 <0.5

<3

>85

Phillips Marlex Hoechst Cel. Hostalen HMW; 50x25x' mm sample DuPont Can. Sclair

:::I:

o

""0

m

~

Chemical Resistance - High Density Polyethylene

CO CO

Chemical Resistance - High Density Polyethylene

I

o

01

o o

-u m ::;:

Reage,~t"'" ./:";'

,~

Barium Hydroxide

2,1

Solvay Fortiflex

<:d

Barium Salts Barium Sulfate

DuPont Can, Sclair

':,,6Q

60

<0,5

<3

>85

20

60

<0,5

<3

>85

60

<0,5

<3

>85

~d ";,21

saturated

Hoechst CeL Hostalen HMW; 50x25xl mm sample

DuPont Can, Sclair

21

Solvay Fortiflex

21

Phillips Marlex

'60

Barium Sulfide

60

Solvay Fortiflex

60

DuPont Can. Sclair

8;' 8" 8

.,:> 21 ""2'1 60

il ",·:;t· "";'.'

60

Barium Sulfite Battery Acid

DuPont Can. Sclair Solvay Fortiflex

36

"""27'"

90

9

-0.013

97.4

95.7

36

:t9

90

8

-0.009

94.8

117.4

36

.,:,;,66 'i.

90

-0.033

101.5

134.8

''2(l''

60

<0.5

<3

>85

69

60

<0.5

<3

>85

{~

60

<0.5

<3

>85

60

<0.5

<3

>85

Beer beer coloring agent

~i.~~:, . eO"

beer coloring agent

Beet Juice Benzaldehyde

Phillips Marlex

in isopropyl alcohol

Solvay Fortiflex DuPont Can. Sclair 60

<0.5

<3

>85

;~1S,e;

60 <;90

<0.5

<3

>85

'2 7 - 65, .

<;90

20

60 60

.~O

60

<0.5 <0.5 <0.5

21

90

2.08

93

117.6

49\'.

90

2.76

89.8

161

60

<0.5

.60' ·.~ir~:~ ".;ll§)

~

~ ::;. Vl

~ Vl

<E'

Benzene

with 80% gasoline

<3

>85

<3

>85

<3

>85

ll::

Phillips Marlex Solvay Fortiflex

<3

>85

<;90 90

Hoechst CeL Hostalen HMW; 50x25x1 mm sample Phillips Marlex

4.6

20

60

<0.5

20

60

0.5-5.0

60

0.5-5.0

93.1 <3 3.0-5.0 3.0-5.0

165.2 >85

Hoechst CeL Hostalen HMW; 50x25x1 mm sample

>50 >50 DuPont Can. Sclair Solvay Forti/lex

t~

Hoechst CeL Hostalen HMW; 50x25xl mm sample

Solvay Fortiflex

;:l

.,o: .,

Hoechst CeL Hostalen HMW; 50x25xl mm sample Phillips Marlex

'60-

~.. ~60:;'

@

Hoechst CeL Hostalen HMW; 50x25xl mm sample

DuPont Can. Sclair

21"

"tl

Phillips Marlex

90

5.5

93.5

104.3

Phillips Marlex Solvay Fortiflex

".~~~'~'"~.:-C I"~" ""~~:" "0;< "-"

%g~ange .

% Re~lned

Weight

Yolume I~T'n'II' I ElonglUon Strength .

60 <=90 3

0.5-5.0

3.0-5.0

60

<0.5

<3

>85

60 60

<0.5

<3 <3

>85

Time

Load

(d.ys)

. Resistanc~ Note

nOli.co';;~nc1td

."

>50

75

<0.5

~~"~~i~l~~i'~~~·';;(.!

Material Note DuPont Can. Sclair Hoechst Cel. Hostalen HMW; 50.25.1 mm sample Phillips Marie. LNP; 30% gl.lib. Hoechst Cel. Hostalen HMW; 50.25.1 mm sample Phillips Marlex Solvay Fortifle. Phillips Marie• Hoechst Cel. Hostalen HMW; 50.25.1 mm sample

>85 DuPont Can. Sclair Solvay Fortifle.

60 60 60 60 60 60 60 60 60

8

5 " 5 8 ·8

5 3 8 3

<0.5 0.5-5.0 0.5-5.0

<3 3.0-5.0 3.0-5.0

<0.5 <0.5 0.5-5.0 >5 <0.5 >5

<3 <3 3.0-5.0 >8 <3 >8

>85 >50 >50 >85 >85

DuPont Can. Sclalr Hoechst Cel. Hostalen HMW; 50.25.1 mm sample

>50 <50 >85 <50 DuPont Cen. Scla;r Solvay Fortiflex Phillips Marlex

":::~-,

Bismuth Salts Bisulfite

solution

" }20

,

Bitumen

60 60

::x

Solvay Fortifle. DuPont Can. Sclair

8.·..,.; ::::

.8, "8 8

60 60 60 60

.

:':

8

,." .:;.'

<0.5 <0.5 <0.5 <0.5

<3 <3 <3 <3

<0.5 0.5-5.0

<3 3.0-5.0

>85 >85 >85 >85 >85 >50

Black Liquor

Hoechst Cel. Hosla'en HMW; 50.25.1 mm sample

Solvay Fortifle. Phillips Marlex Solvay Fortifle•

Bleach

12.5% chlorine powder 12.5% chlorine powder 12.5% chlorine

•, 20

60 60 60 60 60] 60 60' ., 60 <=90

,5+~

;>~:>:

~"" 7' ~

:'~:~

·3." 8 3

0.5-5.0 <0.5 <0.5 >5 <0.5 >5

3.0-5.0 <3 <3 >8 <3 >8

>50 >85 >85 <50 >85 <50

:r: o "U

m

Chemical Resistance - High Density Polyethylene

Hoechst Cel. Hoslalen HMW; 50.25.1 mm sample

Phillips Marlex

01 C>

-"-

c.n o

Chemical Resistance - High Density Polyethylene

I

o

'"

"'U

m

!!;;~~~ill;

Bone Oil Borax

f~f~;~;~l!~

aqueous, all cones. saturated solution cold, saturated

e.. ,:,'.",', ;·.·;;rCe.;·!i'.

60 60

~f!i;~;l!~jl;l~'

60

Solvay Fortiflex <0.5

<3

>85

<0.5

<3

>85

<0.5

<3

>85

;'M1A%;Iil~!a~m;;tid;>;,"

Hoechst Cel. Hostalen HMW; 50x25xl mm sample

DuPont Can. Sclair Solvay Fortiflex Phillips Marlex

" Solvay Fortiflex

~[;il~~~~1

saturated solution aqueous, all cones.

Boric Acid

;~i;~i"~'i(;;

60

I"

" all cones. concentrated solution dilute

);~ii;

dilute all cones. aqueous, all cones. concentrated solution

Boric Acid Methyl Ester Boron Trifluoride

t;'t'~Ri);

60

rWSaW';;

60

::t&~B;;:hI

60

;;~i:~;·····

L,~R;;E

Brandy Brines © '1:l

saturated

>85

§\ ~t/

<0.5

<3

>85

;;?

<0.5

<3

>85

"8 .".;••••

<0.5

<3

>85

I

';8'.;];;

l)~;!~~l!;i

>85

>50

3 60

<3 <3

60 60

<0.5

3.0-5.0

;"~;;F~ ;,:8·':;):::;;:

·(k?!M<

>85

<0.5

,.,-<,

60

7 7

>85

<3

0.5-5.0

60

Brake Fluids

<3

<0.5

saturated

Bromic Acid

VI

0.25%

:;:~,~:.

?,•. ~:;::~;:;~.: ."

94 95 <0.5

<3

>85 92

<0.5

<3

>85

<0.5

<3

>85

F;'il,' 60

<0.5

<3

>85

"'j%>t8Sl5.!~~!>

···l·t,);;;;

Hoechst Cel. Hostalen HMW; 50x25xl mm sample

•. •.;,.;'

'r·AIim~i~X~~i~(tor.e~i$t;

DuPont Can. Sclair

" Hoechst Cel. Hostalen HMW; 50x25xl mm sample

. ,.,

. ."

~~f¥. "~'" ".~;":;~:;~, ~ i;itbj(F ri>siSl~~!;;';;;t.~\"d;'. :

;~~tji~ll~~~!!~~~~i~l~~~:;t;r;;~~~;

Hoechst Cel. Hostalen HMW; 50x25xl mm sample

" DuPont Can. Sclair Solvay Fortiflex

Hoechst Cel. Hoslaien HMW; 50x25xl mm sample

10

Solvay Fortiflex

10

Phillips Marlex

10

;:l

concentrated

t"'

u::

mm sample

10

<E'

..,c;: i=l ..,

H:~:I:~t ~:~;S5c~:~5Xl

DuPont Can. Sclair

~

tl (1)

Hoechst Cel.

1;~~,!~'ii~1i~;;i;;~~;;·

S-

n'VI

;:!;I~;i'l~jlllil;~I~~').~lt.I;:~llr!ijil

i~Ji,i; 'I; j

1,:0 iI

concentrated solution

<0.5

Bromine

Solvay Fortiflex 60

>5

>8

<50

bromine fumes

60

>5

>8

<50

bromine liquid

60

>5

>8

<50

Hoechst Cel. Hostalen HMW; 50x25xl mm sample

@

'"tJ

s-en ~

o'en tJ en

Bromine

til

20

bromine water bromine liquid

21

to·

;2 1' "it"

;:l

bromine water bromine liquid

t""'

0: ..,

60

..,

u:

Bromochloromethane

;~,:t'

Butadiene

S"" . """S '7 '.,

90

60< 60 .6()" i' 20'

~

~.

10 10 10

_._ 20....

3

60

>5

>8

<50

Hoechst Cel. Hostalen HMW; 50x25xl mm sample Solvay Fortiflex

<0.5

<3

>85

Hoechst Cel. Hostalen HMW; 50x25xl mm sample

2 2" . '2

60

8

'6

"21

'21 i

DuPont Can. Sclair Phillips Marlex Solvay Fortiflex

8"'·

;21

10

"JiO?'.:

100

Solvay Fortiflex DuPont Can. Sclair

·2

60' . 'fio, ,

60 60 60 60 60 60

~:~~'l~i~o;~:r~~!~we

..• 2":)"

.

10

10

104.3

2""

:2·1 gas

98.4

3.75

"2

69

Butane Butanediol

Hostalen HMW; 50x25xl mm sample DuPont Can. Sclair Solvay Fortiflex Phillips Marlex

21

Phillips Marlex DuPont Can. Sclair

8 6 :.~:

".,;.2{"{; 2(/'

Phillips Marlex Solvay Fortiflex

.21t

'SO; .

'l~"

,

S"

Phillips Marlex DuPont Can. Sc/air

.2,1.'':,;

100

!;:;f:i:';

60

;:../21'",

"':.:~~ ;;

Butanetriol

..

Butanone

:~o

6.0.

Butoxyl

~?;;:.!

methoxybutyl acetate

,"" 6p' ," >~;\'

"

Butter

<3

>85

Hoechst Cel. Hostalen HMW; 50x25xl mm sample Phillips Marlex Solvay Fortiflex Phillips Marlex Solvay Fortiflex Hoechst Cel. Hostalen HMW; 50x25xl mm sample

8

.",8"

/69 . 60 ,,:""sq""':"

<0.5

8

is

60 60 60 60 60 60 60 60

8

<0.5

<3

>85

",Sr

<0.5

<3

>85

8.

<0.5

<3

>85

<0.5

<3

>85

0.5-5.0

3.0-5.0

>50 >85

<0.5

<3

0.5-5.0

3.0-5.0

>50

<0.5

<3

>85

DuPont Can. Sclair Solvay Fortiflex

21 ;

6,gi I60

Butyl Acetate

n-butyl acetate

100

2:i"7"

100

6Q-,

.

~.

',2i,'

n-butyl acelale

DuPont Can. Sclair

:,}:~O'

60 60

8:.,'

<0.5

<3

>85

<0.5

<3

>85

:I

o

-c m

Chemical Resistance - High Density Polyethylene

Hoechst Cel. Hostalen HMW; 50x25xl mm sample {

c..n o

w

::r: o "'U

m

Chemical Resistance - High Density Polyethylene

c.n

o

~

@

"1:l

po ~

r;' Ul

~ Ul

15'

;:J

t:0.., >:l ..,

Calcium Chlorate

<3

>85

saturated

Phillips Marlex Solvay Fortiflex DuPont Can. Sclair Hoechst Cel. Hostalen HMW; 50x25x1 mm sample DuPont Can. Sclair Solvay Fortiflex Phillips Marlex

u:

Solvay Fortiflex DuPont Can. Sclair

Calcium Chloride

<0.5

<3

>85

<0.5

<3

>85

<0.5

<3

>85

<0.5

<3 <3

>85

saturated solution

saturated solution

Calcium Hydroxide

DuPont Can. Sclair Hoechst Cel. Hostalen HMW; 50x25x1 mm sample Phillips Marlex

30 concentrated

concentrated

Calcium Hypochlorite

Hoechst Cel. Hostalen HMW; 50x25x1 mm sample DuPont Can. Sciair Solvay Fortiflex

<0.5

suspension bleach solution

DuPont Can. Sclair Hoechst Cel. Hostalen HMW; 50x25x1 mm sample

>85

DuPont Can. Sclair Solvay Fortitlex Phillips Marlex

suspension

Calcium Nitrate

Hostalen HMW; 50x25x1 mm sample DuPont Can. Sclair Solvay Fortiflex

<0.5 50

<0.5

<3 <3

>85

Solvay Fortiflex DuPont Can. Sclair Hoechst Cel. Hostalen HMW; 50x25x1 mm sample

>85

50

DuPont Can. Sciair Solvay Fortiflex Phillips Marlex

50 50 50 50 50 50

Calcium Oxide

Calcium Phosphate

<0.5

powder saturated

<0.5

powder

<0.5

>85 >85

DuPont Can. Sclair

<0.5 <0.5

Calcium Sulfate

<3 <3

Solvay Fortiflex DuPont Can. Sclair Hoechst Cel. Hostalen HMW; 50x25x1 mm sample

<0.5

<3 <3 <3 <3

>85

Hoechst Cel. Hostalen HMW; 50x25x1 mm sample

>85 >85 >85

DuPont Can. Sclair Solvay Fortiflex Phillips Marlex

I

o

""U

m

(Jl

Chemical Resistance - High Density Polyethylene

o

(Jl

Chemical Resistance - High Density Polyethylene

U1

o

en

R~si~t~rice Note ~

.,

""'. '.'

::(8::<:: .

60 60 60

;

....,.~,.,

3

<0.5

<3

>85

<0.5 >5

<3 >8

>85 <50

4

~';, 6(l

60. 60 '27;65.' <=90 20" 60 60 60,. 60 20 F~ 60 ~O 60 20 60 6~ '20 60,' 20"

60 60 60

5

3}V. 8 . ·,8 8 .

'8' . 8 7

i~ it 8

'. .

Phillips Marlex Solvay Fortitlex

""

DuPonl Can. Setalr Hoeehsl Cel. Hoslalen HMW; 50x25xl mm sample

>~~;resi~i~~1' . '.' .

:<':Ul11ited "iesist·; W#.'siress ...

21

60· .

..

;'::'$atlSfaCld~;~sislancej

0.5-5.0

3.0-5.0

>50

<0.5 <0.5 <0.5 <0.5

<3 <3 <3 <3

>85 >85 >85 >85

<0.5 <0.5 <0.5 0.5-5.0

<3 <3 <3 3.0-5.0

>85 >85 >85 >50

<0.5

<3

>85

21

:ll r6$lsiaill.

f

DuPonl Can. Selair Solvay Forliflex

Hoeehsl Cel. Hoslalen HMW; 50x25xl mm sample Phillips Marlex Hoeehsl Cel. Hoslalen HMW; 50x25xl mm sample

DuPont Can. Selair Phillips Marlex

\:21' ',j 21

Solvay Fortiflex

Phillips Marlex

60'} 60 "". 6.~·c .60;,

2Q. >21

60 60

<0.5 0.5-5.0

<3 3.0-5.0

>85 >50

DuPonl Can. Setair Hoeehsl Cel. Hoslalen HMW; 50x25xl mm sample

~1

DuPonl Can. Selair Solvay Fortitlex

.,~b

Phillips Marlex DuPont Can. Selair

t:~"j' "Y~I'"''''

,21'

>21',

·<,<~~:·S;

6Q . ,.

Phillips Marlex Solvay Fortiflex Phillips Marlex DuPonl Can. Selair

.

@

.,....

~

[

~

Rl!agenf

Reagent Note

"

Cone. Temp. 'Tim; (%)

POL' ,Ratlnn

Volume

('C)

(dly$)'

20 21

60

'4 5

0.5-5.0

(\)

90

:'

14

t'""

60

~

;

~

Carbon Tetrachloride

technically pure

~.

~~

~

t;

dry " aqueous, all cones.

100 100

88.5

"

:' :,

>5

147.8";j10u.sr~$~:r)j~e'I

DuPont Can. Sclair Hoechsl Cel. Hostalen HMW; 50x25xl mm sample d~tOIj.::. hlgb.~m.~.i~P9SS.;. . Phillips Marlax

20 21

58;;

8 8

<0.5

<3

·'~atisll\CtOiYlesi$tanc.

>85:>;;:,n;L~,e~~~';;;;;';,;f

e

"". .,;: ;

8 8' 6

<:~o

tt"

<3

Caustic Potash

50

50

Caustic Soda solution

solution

Cedar Leaf Oil

i'

~.

6

"('~lr8$$ CrilC,~$a;'ell1', <0.5

<3

>85

:'h~9/';:

60

8

'.';

<0.5

<3

>85

60 60

.8

~

,'8

.,:"

<0.5 <0.5

<3 <3

>85 >85

60 60

'.,

ll/'

<0.5

''!c.8

<0.5

;.

t

<3 <3

hexadecanol "

60 60

,.

!l ,;

~~!~~~~it./e$l~la~~.>

<3 <3

Hoechst Cel.

HOS~~~I~i;sM::;rl~~X25Xl

mm sample

k

Phillips Marlex Hoechst Cel. Hostalen HMW; 50x25xl mm sample

_.::~.,"k\i"\~,;;\'<: ;::::~::,~~::;:~.:.:: . ,,::<. )<

" "

$.~I~I~~t9iy;@§w.cil'iH

>85y..tt~i$tjjijrf·\?F: •• ?

Solvay Fortillex Hoechst Cel. Hostalen HMW; 50x25xl mm sample

>85

>85 >85

:c

o ~

M

DuPont Can. Sclair

Phillips Marlex Solvay Fortiflex

""'llnSiijl~liiCl~*iij!S!iji¢i:,:"

<0.5 <0.5

Solvay Fortiflex

;.

t\..•~c:·.t!.$isP~lc s.lain.:

>85 .,. "..' '·'"",.s1sla'nF >85"'" >85

;,

2' "'..2 8

Phillips Marlex Hoechst Cel. Hostalen HMW; 50x25xl mm sample DuPont Can. Sclair

.)

."~i;~~jIlli~~~j~;~~~;;:~ '.

" ' 2 ; 1 " " " ; ' 2 . <:. 2 2t" ! 60·, 20 60

~~

<'o~yr,~p~Ml!~!~~;~;~~el?,~r"

<3 <3 <3

;,,t

..',y

,~:

mm sample

II

.. . , : :f:;:' ::~t -~

e

.~ , S ;: 7 " 8, ,,<0.5 8 ',: <0.5 8 :; <0.5

'68;:!

Cedar Wood 011 Cetyl Alcohol

20", 20 ..

"

H~S~:I:~t~~~;S;~:~5Xl Solvay Fortiflex

~:

>85

.::11·.··..

'. 2.7-65..' <=90 20;,; 60 50!;) 60 ... 60

DuPont Can. Sclair Solvay Fortiflex

Hoechst Cel.

;:~~~-

,.,' "./ . <0.5

,;;",<;

Catsup

",

"..:',,,~,>

'\,'$ii'l1sfil:Ctori";8slslan~~ , ' ,

8

<=90 60

LNP; 30% gl.lib.

Phillips Marlex Hoechst Cel. Hostalen HMW; 50x25xl mm sample

"';;,res)stanC

8..

tomato based sauces solution

~~~~;t~k$;:"

4>;~~~is'l'il.lcij{l~sl';; 8 <0.5 <3 >85 '.' 8 <0.5 <3 >85 8 <0.5 <3 >85

:" ;'

Solvay Fortiflax

<50't,;·,:IlO!:resi~.t~.e';(,.

>8

60 60 60

60

~~~~~sF~:~',~:

>

20

.60

Material Note

. limjle,~.lo (lot res}st;:; Hoechst Cel. Hostalen HMW; 50x25xl mm sample feslst·depenl1s on:coryl..: PIl!Jlt,. DuPont Can. Sclair

2'

.., 21

concentrated

>50

L

Resistance'NQte

3

:, 60'

Castor Oil

3.0-5.0

I Elongltlon'l

2',n~if~l~b ~~;': 3 2

;': "!,/";,:

aqueous, all cones.

Tensile Strength

81

20

Carrot Juice

I

2u~;ali~';~~'~;~j~a~1

,

60 " " 5~, ': 60 27"~5 <=90

technically pura

Carbonated Beverages Carbonic Acid

;

~

resisiant

Solvay Fortlflex

.~ Hoechst Cel. Hostalen HMW; 50x25xl mm sample

~

Chemical Resistance - High Density Polyethylene

~

Chemical Resistance - High Density Polyethylene

:::I:

o

(TI

o

00

"U

m

Cherries Chloral Hydrate

'?l,~Si )('2.0.

aqueous

t;ji§*;;!;

"

Chloramines Chlorine

Aktivin, aqueous

1

"

1

chlorine water

2 2

dry gas liquid moist gas liquid

nW;!()·'; \~Qt.
if

W)2.0)t •

<=90 60 60 60 60

60 60 60

.,i.·;1..·;. ;;·.·

;%ll~~;)~ti

)";8./; ,.• . • ;8(•.··;/;

~l[f~t::;{~<~

<3

>85

<0.5

<3

>85

<0.5

<3

>85

<0.5

<3

>85

!il ,~;, >;iir • ::::.:.- .. '. ",

60

i·.+;?!~¢Jt.~~!t~p~iai~ ••••••••••••"m

<0.5

;~.

j;i;;~;;"

>5

0.5-5.0

v\%tr ·
Phillips Marlex Hoechst Cel. Hostalen HMW; 50x25xl mm sample

DuPont Can. Sclair

" <3

>85

3.0-5.0

>50

>8

<50

3.0-5.0

>50

Hoechst Cel. Hostalen HMW; 50x25xl mm sample

DuPont Can. Sclair Phillips Marlex Solvay Fortiflex

" Phillips Marlex chlorine water dry gas moist gas

Chloroacetic Acid

mono, all cones.

"

Chloroacetic Acid Ethyl Ester

!i~l,I.J~ J

t ••.•.~O.;· ••. ; ;;!·ij~··F

;';'ii~!jl~

·"L20'· . ,

Chloroacetic Acid Methyl Ester

:;¥?:::: (/;';:;.

Chlorobenzene

60 60 60 60 60 60

3.0-5.0

>50

>8

<50

>8

<50

;·i;;;(t~;·1;·~if;

<0.5

<3

>85

<0.5

<3

>85

• •·\;\;~;i;.·.·:.·.

<0.5

<3

>85

60

~j:J~~~;.~~::[::~:~]~j~

<0.5

<3

>85

60

iiiiill";;;.

<0.5

<3

>85

;;6#'

60

h~
60 60

"/l{(;; <0.5 !:btg;< ~:~:~:~ ?

<3

>85

3.0-5.0

>50

3.0-5.0

>50

Hoechst Cel. Hostalen HMW; 50x25xl mm sample

"2' "

DuPont Can. Sclair

·5··..·

.·21

"ii

;~ i;]; 'i~1(1'i O':-r

DuPont Can. Sclair

Solvay Fortiflex

90

5.33

93.1

134.8

'49,/.'

90

4.91

86.5

187

50

28

-20

Phillips Marlex bottles

L~9; 1

Solvay Fortiflex

'60"

.

@

"

Chlorocarbonic Acid

n'V>

Chloroethanol

tl (1l

Chloroethyl Phosphate

p

~

V>

<E' ;:l

t""'

.,c;:

.,

I:l

u::

Chloroform

tn- •

DuPont Can. Sclair

6Ki'

60

>5

>8

<50

60..... ••

60 <=90

>5

>8

<50

90

9.25

#~~j \a~;

90.3

Hoechst Cel. Hostalen HMW; 50x25xl mm sample

'·
Phillips Marlex

" ' <;. teslsillnl·, .):it>;}.·;,·.,

Hoechst Cel. Hostalen HMW; 50x25xl mm sample

173.9

60

<0.5

<3

>85

60

0.5-5.0

3.0-5.0

>50 >85

60

<0.5

<3

60

<0.5

<3

>85

60

<0.5

<3

>85

60

<0.5

<3

>85

60

0.5-5.0

3.0-5.0

>50

., llJi\lt~,fr~sl~.:,Ii9$S.sti.5s, " ; , ;'. ;c(lIcks; I1laslid%en'

>,

t@;. J'~slitl¥~~;Y;r~I~3N;!

DuPont Can. Sclair Solvay Fortiflex

@

"tl

S" cr, ~

n' cr, ~

Load

~e~g~nt

Chloroform

cr,

DuPont Can. Sclaif

27~6~

;:l

t-<

Chloropicrin

.,i=l

Chlorosulfonic Acid

I!::

Solvay Fortiflex

jo

lio,

~.

& .,

,,'<60

,it:~\ 100

.21-

100

>:'$9.( . .2,0

60 60 60

60

?~i

<:~\ '20

>8

<50

Hoechst Cel. Hostalen HMW; 50x25xl mm sample

<0.5

<3

>85

Hoechst Cel. Hostalen HMW; 50x25xl mm sample

>5

>8

<50

Phillips Marie.

7 3 .;l!.,.. '

:,~-;.,

3

,'nol

'.:; .::~':

".2':

21 :c.

Chrome Alum

>5

<=90

>5

>8

<50

Hoechsl Cel. Hostalen HMW; 50.25.1 mm sample

·2\

Phillips Marlex

2

Solvay Fortifle.

2' '.,,2. 60

8'

Phillips Marie. <0.5

>85

<3

2'

saturated

DuPont Can. Sclair

:.~\~::.

Hoechst Cel. Hostalen HMW; 50x25.1 mm sample Phillips Marie.

21:"

Solvay Fortifle.

". Phillips Marie.

Chrome Anode Mud Chrome Salts Chromic Acid

20 20 20 25 25 25 <50 <50

Chromium Trioxide Chromosulfuric Acid Cider

60

<0.5

<3

>85

60

<0.5

<3

>85

60

<0.5

<3

>85

60 60

<0.5

<3

>85

<0.5

<3

>85

i"~~;;:

Solvay Fortiflex

pr~~f)

<=90 90

-0.55

100.2

100

" ~~;

90

-0.066

97.8

121.7

90

·0.51

94.1

134.8

60

<0.5

<3

>85

60

>5

>8

<50

:\:~i':" 60':

50

2f

50

·~1.:".

Phillips Marie.

Phillips Marie.

60" .

50

60.

50

20.:

60

8'"

50

.' >'66'"

60

.it,

60

",8';',,).

60)

Hoechst Cel. Hostalen HMW; 50.25.1 mm sample

Solvay Forti!lex

50

20' ,

Hoechst Cel. Hostalen HMW; 50.25.1 mm sample

Phillips Marie. <0.5

<3

>85

>5

>8

<50

<0.5

<3

>85

60

,~if

>5

>8

<50

60

8t is

<0.5

<3

>85

Hoechst Cel. Hostalen HMW; 50x25x1 mm sample

DuPont Can. Sciair Phillips Marie. Solvay Fortifle. Phillips Marie. DuPont Can. Sclair 60

<0.5

<3

>85

<=90

Cinnamon

Hoechst Cel. Hostalen HMW; 50.25.1 mm sample Phillips Marlex Solvay Fortifle.

I

o

""U

m

U1

Chemical Resistance - High Density Polyethylene

C> CO

<J1

......

Chemical Resistance - High Density Polyethylene

I

o

o

"U

m

Citric Acid

saturated solution

i,·;.2G'·:·

":;:?I[ .:•••..

60

<0.5

<3

>85

ir
DuPont Can. Sclair Solvay Fortiflex

··;';.t;;;;l~:~·:

60 <=90

Citronella

citronella oil

"

Clophen A50 Clophen A60 Chlorox

60

;:;~';;~,\;

Fr~w"

60

:0 .~9<··

60

:i···.·.·~6·.·.·i

60

):2~ ..

7

": '• !:j~.':"" .8ti:

i'¥i"

60

:C,

90 90 90 3

Coal Tar

ground

" coal tar oil

"

Coca Cola Coca Cola Syrup

Cocoa Coconut Oil Coconut Oil Alcohols

60 60

,'::2"-65·':, <=90

Cola concentrates

hot

i;;~~@t

fatty

<0.5

<3

>85

<0.5

<3

>85

0.5-5.0

3.0-5.0

>50

<0.5 0.5-5.0

<3 3.0-5.0

>85

•. i:,l-?;iyi:

.::j'~:;t("

"

99

101.1

-0.063

98.2

108.7

-0.24

99.5

160.9 ::;~'::~:-:.: ~:;:::s;R};:~::~ili>:~::::::: ~~:::t'~::',:;~~;:~:,!:~~H{:'

:::J:··ljtt~l;rt80~,~lft;~0\0;i;;. <3

>85

3.0-5.0

>50

i'\/~.:··

60

,.;,,/8.;/(::

<0.5

<3

>85

<3 3.0-5.0

>85

<3

>85

jA;Siik,

i;:1"~;·l;~[ 0~~~50 <0.5 &;,.~. :%:.

LNP; 30% gl fib. Solvay Fortinex

'd}!~JS!~mr~!~f?JR~.;A;:'j Hoechst Cel. Hostalen HMW; 50x25xl mm sample

F:~ >85

60

Phillips Marlex

82

<3

60

mm sample

Solvay Fortiflex

LNP; 30% gl.fib.

0.01

.: };~i;' o~~:.o

HOS~~:I~i;sM':rl:~X25Xl

.•.• Hoechst Cel. Hoslalen HMW; 50x25xl mm sample

82

<0.5

·];~~1ili;

i;ii~~~~~~;i~i;~~ilil~~~;i;-

··Y·.·:.. ?i;8.. \?sISt~~IjF'.'.i1 i

DuPont Can. Sclair

Hoechst Cel.

>50

;i~r;i

60

:iiliij:;j;;;';~i)~~~;J;;i'::'· '1':

81

/

"::'/20':""'''' ::::.::::-: '.':.::::::::.:.:.:~

>85

60

2'?~?M <=90 ,'...."'20::f....

<3

;i!;'~;"i~.::

i;:~(~l'~~'

,;f,~~lli

<0.5

:"

0.25%

7

Cloves

>85

:·<~t;;

60

?WWO

>

<3

/ili}>

:.::.·:·i~~jj .

H?~r"

Citrus Juices

Clorox

,i2.1W

<0.5

hX :\?D~~?IW!~PIf~~{:::?WF:

Phillips Marlex

~:::::mn@v:·!~i~··f~~~t·::·::~~~{FVY{?::~:

Phillips Marlex

riiJi'4a : : :: : ::::'~:::::: : : :.·@'.1:bfl'9~f~~li(Jntt8h} Hoechst Cel. Hostalen HMW; 50x25xl mm sample

>50 DuPont Can. Sclair Phillips Marlex

......•

.'.~".-n..,

@

Solvay Fortiflex

.•,

'tl

Phillips Marlex

S'

DuPont Can. Sclair

~

n'CIl tl (1)

fatty

Cod Liver Oil

60

0.5-5.0

3.0-5.0

>50

60

<0.5

<3

>85

;P~@~@9ijJ~~!~.t~9~e./(

CIl

tEo ;:s t-o

0: ..,

..,

l=l

I!:

Hoechst Cel. Hostalen HMW; 50x25xl mm sample

MU1P%i Coffee

coffee extract

60 60

"(i~i:

9

0.5-5,0

3.0-5.0

>50

<0.5

<3

>85

....;;;9i.r!i}(¥!:'l~~~iic~D:Jd

Solvay Fortiflex Hoechst Cel. Hostalen HMW; 50x25xl mm sample DuPont Can. Sclair Solvay Fortiflex

@

% Ten.lle

::g p

~

Strength', . , ,. +::;,;;).:.. ~;.:~:.:. )~;:.

ri' V>

~ V>

tEo

coffee extract hot

;:l

t

., .,P

0-

Solvay Fortillex

Coffee

Cognac Copper Chloride

60 <=90

<0.5

<3

>85

DuPont Can. Sclair Hoechsl Cel. Hostalen HMW; 50x25x1 mm sample Phillips Marlex

60

<0.5

<3

>85

Hoechst Cel. Hostalen HMW; 50x25x1 mm sample

60

<0.5

<3

>85 DuPont Can. Sclair Phillips Marlex Solvay Fortillex

saturated

<.c:

.~ < ,~,

~o<"

Q 8 8

60

,~O 60/"

Copper Cyanide

60

~

saturated

,AL;,

Copper Fluoride 2

8

2 , ~.1 2 '., .. 60

8

8

2

8

30 30 saturated

60 60

21 21 '. ;.::

.·8'"

110

8., 8 8 8 8

60 60

21

60. . ·20' 60, 20./'

Copper Sulfate saturated dilute saturated saturated saturated dilute saturated

,8

8 8 8 8. 8

69 Copper Salts

60 60 60

'21'; 21/

<3 <3

>85 >85

<0.5 <0.5

<3 <3

>85 >85

PhillipS Marlex DuPont Can. Sclair <0.5 <0.5

<3 <3

>85 >85

<0.5

<3

>85

m

Hoechst Cel. Hostalen HMW; 50.25xl mm sample

DuPont Can. Sclair Phillips Marlex

8 Solvay Fortillex

Phillips Marlex

8 8 60

8"

<0.5

<3

>85

:r: o "'U

Phillips Marlex DuPont Can. Sclair Hoechst Cel. Hostalen HMW; 50x25xl mm sampie

DuPont Can. Sctair Phillips Marie• Solvay Fortillex

·il

"6e})' "'\'6~'

8 ',. 8

<0.5 <0.5

8

2,~t,i

i~

Ph illips Marlex Solvay Fortille.

8"<,,"

60

,( 2.Q ./.'60.(

Phillips Marlex DuPont Can. Sclair

,'.8

2110

Copper Nitrate

DuPont Can. Sclalr Phillips Marlex Solvay Fortillex

~f'\

>.21

20

>85

~.

:~,;

60.'

<3

~.

,,',' '60""'" "'••••••.

<0.5

8 8

'/.~,.

2

"'8"

Phillips Marlex DuPont Can. Sclair Hoechst Cel. Hostaien HMW; 50x25x1 mm sample

DuPont Can. Scla;r Hoechsl Cel. Hostalen HMW; 50.25.1 mm sampie

01

Chemical Resistance - High Density Polyethylene

~ ~

<.n ..... N

Chemical Resistance - High Density Polyethylene

:I:

o

"'U

m

'Reagent

Rellgent Not~'

t.!aterial N~te

Corn Oil

60

Mazola

'';7

~1 23 "23

8

~g<'t

,·60"" '.60,);.;

:::~!

Corn Syrup Cottonseed Oil

7 7

0.25%

<0.5

>85

<3

,,!/'

'rasi$iant

;.;~sj~~I·POSS.~r~ss c(!leks satiSlaci~ryre~i$t1nc& .:~ ~; ;: . \:.:.:.

95 96

9 ,.~,

·<':':1~;': :}

Hoechst Cel. Hostalen HMW; 50x25xl mm sample DuPont Can. Sclair Solvay Fortiflex LNP; 30% gLfib. Solvay Fortiflex DuPont Can. Sclair

60 60 60

5"""

"'9 8'"''

0.5-5.0

3.0-5.0

>50

<0.5

<3

>85

<0.5

<3

>85

Hoechst Cel. Hostalen HMW; 50x25x 1 mm sample

:ltV

6

DuPont Can. Sclair

21\>

8 8

Solvay Fortiflex

,6 6

DuPont Can. Sclair

60 ';

''''60'\' 27,:65'

Coumarone Resins

8

21

<=90

60 60

Phillips Marlex <0.5

<3

>85

<0.5

<3

>85

Cranberry Sauce

Hoechst Cel. Hostalen HMW; 50x25xl mm sample Solvay Fortiflex

Creosote Cresol

100 100 diluted

60 60 60 60 60

<0.5

<3

>85

<0.5

<3

>85

<0.5

<3

>85

0.5-5.0

3.0-5.0

>50

<0.5

<3

>85

Hoechst Cel. Hostalen HMW; 50x25xl mm sample

Solvay Fortiflex diluted

Crop Protection Agent Crotonaldehyde Cuprous Chloride

concentrated technically pure

60 60 60 60 60

<0.5

<3

>85

<0.5

<3

>85

<0.5

<3

>85

<0.5

<3

>85

0.5-5.0

3.0-5.0

>50

Hoechst Cel. Hostalen HMW; 50x25xl mm sample

Solvay Fortiflex

saturated

Phillips Marlex Solvay Fortiflex Phillips Marlex

Cuprous Oxide Cyclanone @ '1l

P

Cyclohexane

n'

60 60 60

<0.5

<3

>85

<0.5

<3

>85

<0.5

<3

>85

90

6.52

Cyclohexanone

60 60

s:., ., p

<.c::

85.7

195.7

<0.5

<3

>85

<0.5

<3

>85

Phillips Marlex Hoechst Cel. Hostalen HMW; 50x25xl mm sample Solvay Fortiflex

;J

t"'

Hoechst Cel. Hostalen HMW; 50x25xl mm sample

Solvay Fortiflex

'"

tEo '"

concentrated

Solvay Fortiflex

~

~

Solvay Fortiflex

Phillips Marlex 28

-0.6

bottles

@

'1:l

~

V> ...,.

n'V> t::l

~~~g~~t .

lCQ~~~~:lf~\1ip~ltimlt

""i~li;(~i'l

~::::::-::.~~;:::~,:.:

.<<::~':<:}/

Cyclohexanone

" '" "

I"

"'Load

;"" ,,·,,/r"';"'·· "" L,·· .,,·,c"'·.d'

"'''u

Solvay Fortillex

(':>

V>

to· ;:l

{~gg;

60

0.5-5.0

3.0-5.0

>50

60

<0.5

<3

>85

60

<0.5

<3

>85

i;i,~~;·;i';

60

<0.5

<3

>85

·:(§(h·

60

<0.5

<3

>85

;ri.6;,·,·••,

60

",};!O)':

60

Cyclohexyl Alcohol

~

0.... >:l ....

lr;:

';·-l;::'

Phillips Marlex Hoechst Cel. Hostalen HMW; 50x25xl mm sample

<=90

DDT

powder

"

Decahydronaphthalene

Decalin

"

Decalin

decahydronaphthalene

60

Deodorants Detergents

all types synthetic

ii~;l~~;:;);

60

r:q'C~l1,;

<-90

}l:~:g'},

60

;;;26<:;

60

.~::~::::~~::::: ~.:::::;.:.:.

8}>}:

,'5{ ~H\

<0.5

<3

>85

0.5-5.0

3.0-5.0

>50

<0.5

<3

>85

60

~;!l?:

,F".':.:;;·';·.· ,:;T~:

resi$lailee . ;; \ li~jt~;h~)I~n~~;f;/;{i

Solvay Fortillex

unsatisfacto!1 0.5-5.0

3.0-5.0

>50

<0.5

<3

>85

<0.5

<3

>85

<0.5

<3

>85

<0.5

<3

>85

\4

.' t;i~~,·;);~~

Hoechst Cel. Hostalen HMW; 50x25x1 mm sample

~atjslaC.\Q;Y'(8Slsl;h~e;

·,• :~;;2 60

Defoamer

Phillips Marlex

\ •. i,;,;',:·.~6!!t'~!i>t;k

Hoechst Cel. Hostalen HMW; 50x25x1 mm sample

,:,)"\.,·.·,,c'

Phillips Marlex

J:j:~~;'i~;;~;;~I~~i~~~l~'i~~;!ij;~~~~;t Hoechst Cel. Hoslalen H~W; 50x25x1 mm sample DuPont Can. Sclair Solvay Fortillex

" DuPont Can. Sclair 60 heavy duty standard

Dextrin

18 18 saturated

<0.5

<3

>85

60 '27r65) <=90 ~?7.;~~i; <=90

<0.5

<3

>85

~~;1;~~;

60

<0.5

<3

>85

60

<0.5

<3

>85

i.6,~;'A

synthetic

Hoechst Cel. Hostalen HMW; 50x25x1 mm sample

" Phillips Marlex Hoechst Cel. Hostalen HMW; 50x25xl mm sample

" DuPont Can. Sclair Phillips Marlex Solvay Fortillex Phillips Marlex

Dextrose aqueous, all cones.

60

<0.5

<3

>85

60

<0.5

<3

>85

saturated

:;"!~;~!~~j~;~111~!~11~[~I]I~i;ll~

DuPont Can. Sclair

Hoechst Cel.

H:~:::t:::;S:~::5XI

mm sample

Phillips Marlex Solvay Fortillex

" Phillips Marlex 60 aqueous, all cones.

,

itrii§i;)!

Diazo Salts

'1:::2hd

Dibromoethane (1,2-)

l'~~;~~]~'~

60

i~l!rl,~~~';;~;

DuPont Can. Sclair <0.5

<3

>85

<0.5

<3

>85

.

}··t~t::h•

60 60

~~iirl;j:,:'!i!; o.~:.o

Hoechst Cel. Hostalen HMW; 50x25xl mm sample ~:;~::~}~ ~}1~:U>' ::~~:~~f}fW~mzf:i~:{}@f

3.0-5.0

>50

>8

<50

;.;~i\lfJl:i!~!s~~~'!l\i!'j~'\;:~19is,y: Hoechst Cel. Hostalen HMW; 50x25x1 mm sample

::I:

I:)

"U

m

DuPont Can. Sclair

.....

01

Chemical Resistance - High Density Polyethylene

(J.)

(J1 -"

Chemical Resistance - High Density Polyethylene

:::I:

o-,:J

..,..

m

Hoechst Cel. Hostalen HMW; 50x25xl mm sample Solvay Fortiflex

.;; ~~;..;

Dibutyl Phthalate

....

60 ...

60

60 <=90

:1@Fqj]

Dibutyl Sebacate

··i;;~J~.;;)·

Dichloroacetic Acid

50 50 technically pure

"

Dichloroacetic Acid Methyl Ester

II :;• • ···~.~·N< ::~::::~::~:::{;::::::.:.:

60 60 60 60 60 60 60

...

:::::::::::~:::::::::::::~:::::::

2%§PiW

Dich lorobenzene o&p

Dichlorobenzene (0-)

Il~'ll~~;;' IMIi {Jim.······

60 60

60

I,::, JUWi

>5

~'~;i;~;~j~rll o~~:o

fI,~L j~l~ !~!~ :;i;,

<0.5

<0.5

II '~:.

>8

<50

<3

>85

3.0-5.0

>50

<3

>85

3.0-5.0

>50

<3

>85

<3

>85

<3

>85

3.0-5.0

>50

<3

>85

<3

>85

3.0-5.0

>50

>8

<50

•

".~.~'":~~:.~:;:,"~~~"

\M0f:nMtffl~§lj#j;WgmW}:d Hoechst Cel. Hostalen HMW; 50x25xl

i!~l~~I~II'li'~II~~;IJI!~i

i·;'.·ili~~li.I!#i@ryJwt~~M'@;@

ML?UH:'

Ui?:1&

;X:mHi#Jl!(lji~l~\1jrW\P1;i&]; Hoechst Cel. Hostalen HMW; 50x25xl mm sample

t Hoechst Cel. H:::I::

:::;S:~::5Xl

mm sample

mm sample

Solvay Fortiflex

Dichlorobenzene (po) Dichloroethane ethylene dichloride

l;l~1~11~.

.:::::::~.:;:.::~~:::.::::::~:.

ethylene dichloride

Dlchloroethylene Dichloropropane Dichloropropene Diesel Fuel Conditioner Diesel Fuels @

Diethyl Ether

'1J ~

n'

Diethyl Ketone

C/)

~

C/)

16' ;::s t"'

0: ...

...
Diethylene Glycol

60 60

:;;!\~lll!;]: ~:~:~:~ ];X~}\

3.0-5.0

>50

3.0-5.0

>50

0.5-5.0

3.0-5.0

>50

>5

>8

<50

>5

>8

<50

.;;;.,§g.• ;;•• •

60

(····!·;~;J;i;

;iV?~};·'··.

60

·it3,g',

;;;ti;;I.$.;\':;~? o.~:.o

3.0-5.0

>50

>8

<50

3.0-5.0

>50

>8

<50

<3 3.0-5.0

>85

~Pj/

60

'61:(."

60

i[lll~~;~j-;

60 60

1;;ljl;~i;l~i;. o. ~-:.

%~9g\

28

'M;~Hl;N

)i!;~~~lM /Q§WQ

60

jl;~*'[;~l

l0.;t~j~~I~~i o~~~~o

60

;~~;;i;

~

C/)

60

60 90 60

If;~~;~l;

60

@!§~;/

60

··:j.;!;;iMI

0

·:~:::::f:·i:D#:Wtn~f:?Wff.::}:[::X

-5.5

<0.5

";~/[~]li! 03;~:'0 <0.5

Hoechst Cel. Hostalen HMW; 50x25xl mm sample

f::QV:/}-

>50

<3

>85 91.2

213

Phillips Marlex

3.0-5.0

>50

Hoechst Cel. Hostalen HMW; 50x25xl mm sample

<3

>85

• .• • • • ·ljijjjl~!H~SI$(.:/il\$$Xijr.ss+g

60

.21\5';

i/

bottles

);;@ilii'DY~!~nt';i&!''.; Hoechst Cel. Hostalen HMW; 50x25xl mm sample

0.5-5.0

3.0-5.0

>50

<0.5

<3

>85

DuPont Can. Sclalr

··YgWl[iij~¥d;t~~.!~~~!j?
iiii~1tlli.ll!i'll~flg~~:[i;!t

DuPont Can. Scrair Phillips Marlex

~

@ ~

;:;(J)

IReagent

~

r;' (J)

tJ

I

Reagent Note

'l.cdriJ: li.ril~;,I;Ti~er

IDiethylene Glycol

Load'

,I,_~o.k

~l'

'R,$i~tl\.R~e N.ote, :~;U~jaclory (~SrSI~j1oet.

8.'

m (J) i)'

I,:

~

t-'

.,

I:l

60

Diethylenetriamine

DETA

" "

u:

Diglycolic Acid

Diisobutyl Ketone

aqueous

30 30

;~;:)~ j~ ~j

90 90 90

I

60 60

';~!l\'"

60 60

..•.·.2():'···· .'

technically pure

"}~q!i

"

Diisopropyl Ether

".,69

Dimethyl Sulfoxide

.

>85

<3

0.17 0.39 0.23

f~j'

<0.5 <0.5

<3 <3

>85 >85

;::~l~~~:~~~,f~~~;;;-t;\~~;' .':::{}>~:;':,{~::~t~1:i\:t; \.:::;)~~ r:: : ._~' ~~ti

<0.5 0.5-5.0

<3 3.0-5.0

>85 >50

• ·.:i;iffliij~d:!e~i$l,JQ' tlisisiii':/:' Hoechst CeL Hostalen HMW; 50x25xl mm sample

:8

<0.5 >5

<3 >8

>85 <50

<0.5 <0.5

<3 <3

>85 >85

<0.5

<3

~85

"~9~:

•.' 'f··· of

.}

'3'" t

60 60

.. 8'

"'.IlP\> ~%,

60

.. .}f.•.,:.

:.:•.••.. 29;:."

Dimethylamine

60 60

<0.5

il):

96.5 95.9 97.9

95.7 139.1 134.6

.'2/":·...,." ~>

DJrnethylformamlde

technically pure

"

Dioctyl Phthalate Dioxane

60

;""',' ~ 5~~:'

0.5-5.0

3.0-5.0

>50

,2~~;1);

60 60

l~:':~~.::

<0.5 <0.5

<3 <3

>85 >85

'~~\ .:.

';, .8;'

,+6Qhi

60 60

~

<0.5 0.5-5.0

<3 3.0-5.0

>85 >50

\ ....::!!o . . /,:

60

····.8·····

<0.5

<3

>85

<0.5

<3

>85

<0.5 0.5-5.0

<3 3.0-5.0

>85 >50

<0.5 0.5-5.0

<3 3.0-5.0

>85 >50

U8')

<0.5 <0.5

<3 <3

>85 >85

•·•••• '.·.8:?··

<0.5

<3

>85

"\ir' 8 60

Diphenyl Oxide

./}2%ix 6Ih'i'"

Diphenylamine Cascade liquid

"

Dlsodium Phosphate

10

8". :",8."

,)

:.:/2p,..:.~

60 60

····'5

il~:f.;

3 60 60

::!; . .

",60

Dishwashing Detergents

60 60

, '~l}}

/%2i

60

Solvay Fortiflex Phillips Marlex DuPont Can. Sclair Hoechst CeL Hostalen HMW; 50x25xl mm sample

;:l

0: .,

Material. Note

8··.

.:':::;':".::~,::

Phillips Marlex

':;i't~::t~r[~!I~~;~~f~~';; ':,,!~~I~;~~!~:~l~:';:i:j~!~~

92

Hoechst CeL

H:~:I::t ::~;:c:::5Xl

mm sample

"

Hoechst CeL H:::,::t

Hoechst CeL

:~:;S:~:~5Xl

Hos~~:na:~:;if~::25Xl

mm sample

mm sample

lNP; 30% gl.fib. Hoechst CeL Hoslalen HMW; 50x25x' mm sample

DuPont Can. Sciair Solvay Fortiflex Phillips Marlex

<3

>85

J",?20\ ':

1~i]#j~~8T:tn

60 60

' .. 8~t\ ';:Jh, \i¥V'"

<0.5

Disodium Sulfate

<0.5 <0.5

<3 <3

>85 >85

Dispersions

"'\.20\.·....••

60

<'ii..l""....

<0.5

<3

>85

60

.

:~;¥()';~
Solvay Fortiflex DuPont Can. Sclair Hoechst CeL Hostalen HMW; 50x25xl mm sample

:::r: 0

"1J

m

Chemical Resistance - High Density Polyethylene

(.TI ...... (.TI

Chemical Resistance - High Density Polyethylene

:::I:

o

()l

--.

0>

"1J

m

Reag~"t

Loa.d

Dodecylbenzenesulfonic Acid DOP Drilling Aid

60

"0,;/.. '.::;' 20'" )'''60'/''

di(2-Ethylhexyl) Phthalate

'2:Mis . (:f~W:·>;';

Dyes Eau de Javelle

>50

<3 3.0-5.0

>85 >50

";;:.;~;}] ~:::::~ ::~:::~

::~

60

.-. ':rt;});

<0.5

<3

>85

60

\';'1;%% ·.}7"n>

<0.5

<3

>85

60;i)3{'!:

<0.5 >5

<3 >8

>85 <50

60 60

<0.5 <0.5

<3 <3

>85 >85

<0.5 0.5-5.0

<3 3.0-5.0

>85 >50

<0.5 <0.5

8 ", ·5""

<0.5 0.5-5.0

20"

""".8'/>" ., ,.~~,.

60

"..

<3 <3

>85 >85

Epichlorohydrin

:~

K';~f~"'; :~::::

:::

Epsom Salts

60

10

10

'

60'

.8."."

60i::;;~ ;>,

,. 8·

8'..i

60

Ethane

60 60

Ethers

60

Phillips Marlex

60 8. 6 0 ' t S ' " .,

two stroke aqueous

.,,5,,}, 0.5-5.0

<~90

60

Emulsifiers

Ephetin

3.0-5.0

)~~t :~

Hoechst grades

Dry Cleaning Fluids

Engine Oils

60 60 60

8 . "',·8

,J.";',

<0.5

<3

<0.5

<3

>85

<0.5 <0.5

<3 <3

>85 >85

<0.5

<3

>85

Hoechst Cel. Hostalen HMW; 50x25xl mm sample

>85

Solvay Fortitlex

6ot'lhh Ethyl Acetate

100.?))

0.5-5.0

3.0-5.0

>50

'4 .~,:

DuPont Can. Selair ~~:~:

::.-;;'i~f::; :O~:

28;,3<

5 <3

92.6

1:: 7

-4

60;;i~i;d 0.5-5.0

3.0-5.0

>50

<~90

Ethyl Alcohol

35 35 35 35 96 96 100 100

@

'i:l

S" ~

n'CIl tI ~

CIl

to·

;:s t"'

& .,

.,i=l

\t:

with acetic acid

I

Hoechst Cel. Hostalen HMW; 50x25xl mm sample

Hoeehst Cel. Hoslalen HMW; 50x25xl mm sample Solvay Fortitlex Phillips Marlex bOllies Solvay Fortitlex Hoeehst Cel. Hostalen HMW; 50x25xl mm sample Phillips Ma,lex Solvay Fortitlex DuPont Can. Selai,

<0.5 <0.5

60 60

<3 <3

>85 >85

Solvay Fortitlex Hoeehst Cel. Hostalen HMW; 50x25xl mm sample DuPont Can. Selai,

tt'20

60

'}"lfS'"

<0.5

.' "i't'"

90

Dtili"

0.26

<3

>85 99.6

117.4

Hoechst Cel. Hostalen HMW; 50x25xl mm sample Solvay Fortitlex Phillips Marlex

@

IX··,· ,•.•'•••..•...

..... ",.......

~:~

....

...

~.'1

··'··:F}~··".:····,,'·

.. ·:····I .'.,.:.,.,:•.... P:··"": .. """:

·':'~··'''':·:F

'"".""'.",:''':':': ."."

I',:"

I' """'"""""" ."'.,.,.

:,ii:::' "~:"I":""

'.

"

I <W

'i:I

Ei ~

n'

'"0

f

Ethyl Alcohol with acetic acid

(1)

'" <E' ;:l

Ethyl Benzene

.,p

0-

.,

8 8 7. ,

,6Q . 60 . ~7;65; <=90 21 1. . 21'.

~

Ethyl Chloride

technically pure

60

2 2 60

20 2,1

,;."

":.

60

technically pure

Ethylene

20:

:~

21 61) 27·65

Ethylene Dichloride

dichloroe!hane

" Ethylene Glycol

3

>5

>8

60

7

<0,5

<3

>85

)

>50

>5

>8

<50

20 21 21

60

8

<0.5

<3

>85

23

7 7

Euron B ,

Iimit~ar:~n~~

97 98.2 96.7

0.006 ·0.057

<:J~)}t-:. ·:F·

Phillips Marie.

salisfa¢;~ry ras~l.i~ce

6

.

sU';~~i§ck ag~

8

<0.5

<=90 90

8 7

-0.005

3 60 60

technically pure

20 60·

60 60

20;

60

8

60

60

<3

>85 97.6

<0.5

<3 <3

>85

<3 <3

>85 >85

;:

<0.5

<3

>85

8 t 8 ,

<0.5

<3

>85

<0.5 0.5-5.0

<3 3.0-5.0

>85 >50

0.5-5.0 0.5-5.0

3.0-5.0 3,0-5.0

>50 >50

20

60

5)'

60

5;"·

:~

fe$\Stant

Hoechst Cel. Hostalen HMW; 50.25.1 mm sample Phillips Marlex

" LNP; 30% gl.fib. Hoechst Cel. Hostalen HMW; 50x25.1 mm sample

01

0

-c

~:~~~~~~

:{::.~:::::: ':~.;

" Solvay Fortiflex DuPont Can. Sclair

>85

<0.5

'6'&

reltSi~Jit.,

e*~f{~~t ,

<0.5

5 A:,

T

130.4

92 <0,5

DuPont Can. Sciair Solvay Fortitlex LNP; 30% gl.fib.

"

95.7 117.4

Phillips Marie. Hoechst Cel. Hostalen HMW; 50.25.1 mm sample

::t~~i~ant

I

m

diliWk;~lij~~~rm,

8 60

60 60

DuPont Can. Sciair

,,':;.:'~:-:

limite
97

9, 8

60

60

Phillips Marie. Hoechst Cel. Hostalen HMW; 50.25.1 mm sample

stres,sc(aqJl.l\98rlt satisfac\o,yre$istance

9 9

20

..~

Hoechs! Cel. Hostalen HMW; 50.25.1 mm sample

sofL,

6 8

"

20

1I(ll!!~i~~t~i~~ct

.

3.0-5.0

i

DuPont Can. Sclair

:.:::: ;":":'.:. :'-;::"':::::::::::;;:; .:::

not. (~~m~Jl~8d'

0.5-5,0

90 90

DuPont Can. Sclair Phillips Marie.

sollJ dislort.;,l®hp'rin. IOs~ >85 >50

5 3

0.25%

Hoechst Cel. Hostalen HMW; 50.25.1 mm sample

DuPont Can. Sclair .. ) .., Hoechst Cel. Hosta/en HMW; 50.25.1 mm sample

.. "'iiiiiif&d'resisiance"

>50

<3 3.0-5.0

Solvay Fortitle.

Solvay Forti/lex

"<J'~!f~~;:;

2

gaseous

2-ethyihexanol

<0.5 0.5-5.0

8 5

8 8 ·8 8 8

EthXlenediamlnetetraacetic cid

3.0-5.0

60 60

66 81;"

"

0.5-5,0

3

<=90

27~65

0

,

Solvay Fortitle.

DuPont Can. Sclair

unsiliiS1:~~~i~I~~~e

~:.

2Q 60

60 60

Ethylhexyl Alcohol (2

.:

;~;

nj~.5t0~:t.r

2 5

2 2

49

"'~!~t!~=~~

2

.~

60

Ethylenediamine

3.0-5.0

"',' . •

Hoechst Cel. Hostalen HMW; 50.25.1 mm sample e.c; resis.(,·AA$S,t~l~~siSre.ck.s.·: Phillips Marie.

~!lV~T;iilast: 0.5-5.0

60

60 60

23 27

Ethylene Oxide

>50

>50 <50

5

21;' 60 ~; 60 60 27·65· <=90 20 60

Ethylene Chloride

3.0-5,0

2 2 60

20

technically pure

0.5-5.0

2 5 .~

.·,;te~:~;~IJ;;:ir;

>85

<3

;

5

60'

Ethyl Ether

<0,5

5 2

?'

60

21 60

Ethyl Dibromide

sali$\ao\i~;i:eij~tan~.

};:

60

Chemical Resistance - High Density Polyethylene

...... -.j

en ......

Chemical Resistance - High Density Polyethylene

:::I:

o

(Xl

"1J

m

i.~?'··

Fatty Acid Amides

>.. 6Q Fatty Acids

>C6

..

./.20..•.••

UT~\)

·;l~~t\··

Fatty Alcohols Ferric Chloride saturated

;~:~1]~1

60 60 60 60 60 60 60 60 60

60

Ferric Nitrate

saturated

)"~~:"""{'" .. ( ...';..'.

'.\

<0.5 <0.5

;;;;.gH~;:: 0 ~~~~ 0 1)\8;;:

?:.7;:.'(

<0.5 <0.5

~;;t1;~'; o~~:.o ;.1';';&;;)));;

}i~

<0.5

<3 <3 <3 3.0-5.0 <3 <3 <3 3.0-5.0 <3

>85 >85 >85 >50 >85 >85 >85 >50 >85 DuPont Can. Sclair Phillips Marlex Solvay Fortillex

<0.5

<3

>85

~,.:. ·~>}S;

{\3J>'

.. :':::-:.

):"

~

:'.::,.... ::{.,;. ···'·~:·>,r,;::;

::;~ 'j::::::;'::)J~\::;:} ~: ;:>X ":;~.,~ ~>:: \\C

Ferrous Chloride

saturated

,<, '-sali$lacloty resislanti!

\nh:t.;

;M~J<' :/;60 ..-

;g;gt;;\

-'

\/~:~;:0;~~~~<~}~:;~:)~~,:~~~'·:::.::...:;;.:,:~~:::/ :;:..,:::.

:;:t:~:f:j~X~:::») :•·8;;'.~·: • H;;;

::~>%~t;&: 2%.)it::~f~:~::::

DuPont Can. Sclair Phillips Marlex Solvay Fortillex Phillips Marlex DuPont Can. Sclalr

.... -.--, ...

Ferrous Ammonium Citrate

Phillips Marlex DuPont Can. Sclair Hoechst Cel. Hostalen HMW; 50x25xl mm sample

Solvay Fortillex

::::::::;:X))ir@\5 Phillips Marlex DuPont Can. Sclair

..

Phillips Marlex Solvay Fortillex

tf~p;C

Ferrous Sulfate

60

;».;~;;;;.:.;.

<0.5

<3

>85

m;II;\;tf#1~1~~Ri;;;;;;fiml; Hoechst Cel. Hostalen HMW; 50x25xl mm sample DuPont Can. Selair Solvay Fortillex Phillips Marlex

Fertilizers @

'1:J

~

Fir Wood Oil

n'

Fish Solubles

~

Fluoboric Acid

fertilizer salts

..

[ir~~~~l M¥~i.!

;#6~t!

~

'"

60 60 60 60 60

i;;··~;.;.<

;tiiJ;~]l~!;ll

<0.5 <0.5 <0.5

l~i";~1~;;0!i;;' 0 ~~:. 0

<3 <3 <3 <3 3.0-5.0

>85 >85 >85 >85 >50

i.;tfl!••Wt

h~:6)

<0.5

60

<3

0t·,;;;;;@j(;;;L;;<>;:;;;;

Solvay Fortillex DuPont Can. Setair Hoechs! Cel. Hostalen HMW; 50x25xl mm sample

.;t . ;;;•.;~t(~s$~~a~Kj!iitiiFw·.tni

DuPonl Can. Selair

>85

Hoechs! Cel. Hostalen HMW; 50x25xl mm sample DuPont Can. Selair Solvay Fortiflex Phillips Marlex

'" 15' ;:l

t

.,Cl"p .,

u::

I

.;,)~:(qF

;;g~(

;;

WfI ::?lE?@kt}}f& ::Yf6MJWV

Solvay Fortiflex

@

"1:l

P ~

n'

'" 15' '"

~.

Fluoboric Acid Fluorine

60 60

gaseous

>5

>50 <50

3.0-5.0 >8

;:l

DuPont Can. Selair Hoeehst Cel. Hostalen HMW; 50x25xl mm sample Solvay Fortiflex Phillips Marlex

s:.,

0-

.,P

\t:

Solvay Fortiflex

Fluosilicic Acid

32 32 32 32 32 32 32 32

<0.5

60

<0.5

60

>85

<3

>85

<3

concentrated

Hoeehst Cel. Hostalen HMW; 50x25x1 mm sample DuPont Can. Selair Solvay Fortiflex Phillips Marlex Solvay Fortiflex DuPont Can. Selair Hostalen HMW; 50x25xl mm sample Solvay Fortiflex Phillips Marlex Solvay Fortillex

Flux

Kester # 1544

Formaldehyde

7 7

0.25%

90

LNP; 30% gl.fib.

93

30 30 40 40 40 40 40

Formamide Formic Acid

10 10 20

Solvay Fortiflex

60

<0.5

<3

>85

Hoeehst Cel. Hostalen HMW; 50x25xl mm sample Solvay Fortiflex

60

<0.5

<3

>85

Hoeehst Cel. Hostalen HMW; 50x25xl mm sample Phillips Marlex

<0.5 <0.5 <0.5 <0.5

<3 <3 <3 <3

>85 >85 >85 >85

Hoeehst Cel. Hostalen HMW; 50x25x1 mm sample

<=90

60 60 60 60

Phillips Marlex Solvay Fortiflex

20 20

20

Phillips Marlex

50

50

Solvay Fortiflex

50

50 85 85

60 60

<0.5 <0.5

<3 <3

>85 >85

all cones.

DuPont Can. Selalr Phillips Marlex Solvay Fortiflex Phillips Marlex DuPont Can. Selalr

all cones.

Freon 12

Phillips Marlex Hoeehst Cel. Hostalen HMW; 50x25x1 mm sample

60 60

3.0-5.0 3.0-5.0

>50 >50

Hoeehst Cel. Hostalen HMW; 50x25xl mm sample

:::I:

o

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m

01

Chemical Resistance - High Density Polyethylene

~

<0

01

Chemical Resistance - High Density Polyethylene

:::I:

o

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m

Fructose

saturated

DuPont Can. Sclair Phillips Marlex Solvay Fortiflex Phillips Marlex DuPont Can. Sclair

Fruit Juices

@!~~%')

fermented

i~ill~':~:;

unfermented fermented unfermented

,\;i~p,

Fruit Pulp

~;\;~:,;t(;;;

60 60 60

,",8>['; / ·;.i:;~\):

60 60

<0.5

<3

>85

<0.5

<3

>85

<0.5

<3

>85

<0.5

<3

>85

<0.5

<3

>85

i/·

::~:;:::~;:;G::~::~:f:i:~:r

60

Fuel Oils

,;)"",20(.,"", : .. ...:.:.:..... .. :.~:::~:

~

,.. . :'i'8:}:' ",.,,' ...

60

<0.5

<3

>85

<0.5

<3

>85

&iH~}J:~~W::jIm~~::~::§r~:~m~~::[lI[ JWi Hoechst Cel. Hostalen HMW; 50x25xl mm sample

,~\r~~~;t:~ti!~1r[;I~~l~

t Hoechs! CeL H:S::I::

.;t::::::-· r~ttk:) Wif..:]~EFr/~\·:·:\)tv:;~:

:~:;S:~::5X1

mm sample

"

Phillips Marlex Solvay Fortiflex

"

Phillips Marlex

Fungus Furfural

Mll-E-5272A 100

iit~lf ;;l;~;H;\'

60

.:.~:,;'

28

;iii~/!;

60

0.5-5.0

3.0-5.0

>50 100

<0.5

<3

100 >85

··20····· .

Furfuryl Alcohol

.:.<:~.,:,'

...;:~

60

.::5{" . ;;; 8f::)~'::

60

('8'

1:)iml\8iltesii!(~~;;';nw?,

Hoechst CeL Hostalen HMW; 50x25xl mm sample

!~i~1;;il~i:4~;il~~;~~"~1l;

Phillips Marlex Hoechst Cel.

H~~:I:~t ~~~;S;~:~5X1 mm sample Solvay Fortiflex

, <=90

\

'··i::.i,";.iM.d"l!ij§01i
0.5-5.0

3.0-5.0

>50

<0.5

<3

>85

?U~~~~~~t:~lIlt;;;;·~~; "iL;,

't~~~~~;};5;;

Hoechs! Cel.

Host:~~I~iP:M::;rl~~X25Xl

mm sample

Hoechst CeL Hostalen HMW; 50x25xl mm sample DuPont Can. Sclair Solvay Fortiflex

).);,:7•.. .

60

Gallic Acid

<0.5

<3

>85

1:1:~~I~~lli~I~~'~!;;i!!;~~ ;·······m.···.';M!!~!~gtM~~lmN;• !J]···)···

Ii '6(,

;;E~,F

saturated

Hoechst Cel. Hostalen HMW; 50x25x1 mm sample DuPont Can. Sclair Solvay Fortiflex

" DuPont Can. Sclair

"1:l

~ ~

n"Vl

Phillips Marlex

<=~u

@

Gasoline

with 20% benzene

80

60

<0.5

<3

>85

"

80

60

0.5-5.0

3.0-5.0

>50

60

<0.5

<3

>85

60

<0.5

<3

>85

ammoniacal liquor

Hoechst Cel. Hostalen HMW; 50x25xl mm sample

DuPont Can. Sclair

tl

C1l

Vl ~" ;:l

7

t""

7

0: .,

., p

It::

Solvay Fortijlex 0.25%

74 75

lNP; 30% gl.fib.

"

Solvay Fortiflex

@

'i:I

S' ~

n' tJj

Gasoline

t1

(1) tJj

10'

ammoniacal liquor

;:l

60

<0.5

<3

>85

60

<0.5

<3

>85

".Sfll:i!if~di!*'W'ii@sJ~J@Mi Hoechst Cel. Hostalen HMW; 50x25x1 mm sample

<=90

~

, P ,

Phillips Marlex 72

3

0'

Gasoline Additive Gelatins

<.c:

8rakleen

.J >-~'k

28 60 60 <=90

. . oI~o'·'···,

. .'·:·;i;',.

>85

<0.5

<3

>85

<0.5

<3

>85

<0.5

<3

>85

<0.5

<3

>85

<0.5

<3

>85

<0.5

<3

>85

60

\, :;i;..;,;

Gin

""2(L.

60 <=90

;:\:i!'.;

Glaubers Salt

;;;l~~!':

60

2'7~~5t

60

.':;~!!?:

':J;I~~~~:J!~'~11~t;:r!~

~"'.::

,,~.:;:

Hoechst Cel.

HOS:~:I~i:s~M:;rl::X25X1

mm sample

""'!~~l!~t'I@'ii;~t< Hoechst Cel. Hostalen HMW; 50x25x1 mm sample

"it{~c;Je~~t;t<;/, . j

Phillips Marlex

'l,L r~l~l:;wnm'i Hoechst Cel. Hostalen HMW; 50x25x1 mm sample

:,. . ". s····· ...

.;'.'?·2l}"· ;.;:;.:-' .:, ...

Glucose

bottles <3

"'l/.{

60

-11 <0.5

. ·,:6Q•.. "

Genantin

LNP; 30% gl.fib.

DuPont Can. Sclair

.;:::::::~:

Solvay FortlfJex

" ;gJ~~~;;

saturated

:"~t,ti!J~lj~

Glues beater glues; concentrated beater glues; concentrated

Glycerin

<=90 60 60 60

,nS())i

60

ic?!!'l@i

60

i;~:::':j~}0~::~(~~1~::::~

f::j::::i:~~;~:::f~:~~ :::!ti:~~Bt&$~~::%tr~~t0.:::~f

ji>'iti]~ ;;.Q,iYl

<0.5

<0.5

<3

>85

f~ii6~\;i{;:t

<0.5

<3

>85

<3

>85

<0.5

<3

>85

<0.5

<3

>85

DuPont Can. Sclair Phillips Marlex

;{:MSi!J~(si~I1!:uM;i;;r;});) Hoechsl Cel. Hostalen HMW; 50x25xl mm sample

DuPont Can. Sclalr Solvay FortifJex

"

DuPont Can. Sctair <0.5

60 <=90

<3

>85

Hoechst Cel. Hostalen HMW; 50x25x1 mm sample

~

Phillips Marlex

<=90

t~;\~UI~' Ij!l:ij~II;11

Glycerol Chlorohydrin Glycine Glycolic Acid

30 30 30 30 30 30 70 70

Glycolic Acid Butyl Ester Polysolvan 0

,

Polysolvan 0

60 60 60 60

;;,i:~~~~:,i~

<0.5

<3

>85

<0.5

<3

>85

!1Iil[~iil!~~;

<0.5

<3

>85

<0.5

<3

>85

{n:gn{!AA~i.)mih;;#@E&; Hoechst Cel. Hostalen HMW; 50x25xl mm sample

~ljl;;;;i;tl~i

~;j;J?it%;j

I

~ii;'i;;~lfl

60

MW§QXM

60

II

60 60 60

SO

I

Ii

DuPont Can. Sclair Phillips Marlex Solvay Fortiflex

"

Phillips Marlex DuPont Can. Sclair <0.5

<3

>85

<0.5

<3

>85

<0.5

<3

>85

<0.5

<3

>85

<0.5

<3

>85

<0.5

<3

>85

:J: 0

-0

m

Hoechst Cel. Hostalen HMW; 50x25x1 mm sample

c..n

Chemical Resistance - High Density Polyethylene

N

.......

Chemical Resistance - High Density Polyethylene

I

o

(}"I

'" '"

\J

m

.T.ime

Glycols

commercial cone.

I!d~js)

l<~o ~;

I

Load Hoechst Cel. Hostalen HMW; 50x25x1 mm sample

60

:;;.-

21

DuPont Can. Sclair

,,21 C.2J, , '60 "'·.Jc commercial cone.

Glysantin

Phillips Marlex Solvay Fortiflex Phillips Marlex

!:~,;

DuPont Can. Sclair

Grape Juice

:ff\)··.·

60

" .·:20."" ~"~9 ::""'21.

,,11:;> ;

60 60

<0.5

<3

>85

<0.5

<3

>85

<0.5

<3

>85

Hoechst Cel. Hostalen HMW; 50x25x1 mm sample

Solvay Fortitlex

: >60 ....

Grape Sugar

saturated, aqueous

. . 21' .::

DuPont Can. Sclair

:,~:-:,::;

,. '.60

.·2~

Grapefruit Juice

Solvay Fortiflex

;'.60:'

Grisiron 8302 Grlsiron 8702 Hair Oil

Hair Tonic

hair wave lotions

Halothane

'.'::'20

60

': 60

60

>50

3.0-5.0

>50

<0.5

<3

>85

<0.5

<3

>85

60

~~~;

60

0.5-5.0

3.0-5.0

>50

60

0.5-5.0

3.0-5.0

>50

<0.5

<3

>85

;!;;il:\;i;;~

60

l~,t::: :::~

-

n-Heptane

Hoechst Cel. Hostalen HMW; 50x25x1 mm sample DuPont Cen. Sclair

::. Solvay Forti!lex

'(.21

n-Heptane

Hoechst Cel. Hostalen HMW; 50x25x1 mm sample Phillips Marlex

"'!V:8d.',:,,;:'

60

{21 ~:

Hoechst Cel. Hostalen HMW; 50x25x1 mm sample

Phillips Marlex

<=90

/,2,0 . n-Heptane

3.0-5.0

;ji;~~L: . · • \~t:65

Hand Lotions Heptane

.';;:~'@ ~:::::~

;\'~:

7

,,)~~,

90

';!~o:

1~6

LNP; 30% gl.tib.

64

0.25%

82

7 4.99

89.2

195.7

Phillips Marlex Solvay Fortiflex DuPont Cen. Sclair

{

0.5-5.0

60

3.0-5.0

>50

Hexachlorobenzene

Hoechst Cel. Hostalen HMW; 50x25x1 mm sample DuPont Can. Sclair Solvay Fortiflex

Hexadecyl Alcohol

@

'1:J

p-

Hexane

~

o' (I)

.

cetyl alcohol

60

<0.5

<3

>85

60

<0.5

<3

>85

<3

>85

,'.:·,:",:20::'/""

60

;~.;.»

;>:;8/.

<0.5

:":50\.

28

".•,::",:':j}.:',:,:',••'

-60

Solvay Forti!lex

I

bottles Solvay Fortiflex

tl

C\) (I)

<E'

Hexanetrlol

t-

Hexyl Alcohol

;:l

.,0.,>l

u::

Hoechst Cel. Hostalen HMW; 50x25x1 mm sample

,':20(:.

;\:~6t<,

60

0.5-5.0

3.0-5.0

>50

60

<0.5

<3

>85

60

<0.5

<3

>85

Hoechst Cel. Hostalen HMW; 50x25x1 mm sample

DuPont Can. Sclair

@

'1::1

S

~

n' en tJ C1l en

\Q'

Honey Household Cleaners

;:l

t"'"

0: ...

...

l=l

u::

<0.5

<3

<0.5

<3

Lysol

<0.5

<3

"

0.5-5.0

3.0-5.0

Hydraulic Fluids

<3 3.0-5.0

Hydrazine Hydrate

DuPont Can. Selalr Solvay Fortiflex Phillips Marlex

" Solvay Fortiflex Du Pont Can. Selair <0.5

<3

>85

mm sample

Hydrochloric 0.25%

82 85

"

Solvay Fortiflex Phillips Marlex 10

82

3

LNP; 30% gl.fib.

30

Phillips Marlex

30

Solvay Fortiflex

30

"

30

Phillips Marlex

35

Solvay Fortiflex

35

"

35

Phillips Marlex 95.7

37

90

99.6

37

90

94.9

87

37

90

99.8

130.4

60

<3

>85

Hoeehst Cel. Hostalen HMW; 50x25xl mm sample

all cones.

DuPont Can. Setair

" <0.5

<3

>85

Hoeehst Cel. Hostalen HMW; 50x25xl mm sample

concentrated

Phillips Marlex mm sample

saturated

saturated saturated

::;~,;;~;;:~: 0:,:':~~~;;;;;-

.:~~::<

.~.>:.;.:.:,

;.;.;.;.;.;.;.;.:.;,;

:.;o:.:;:~

:::::,:::::;::~<::~:::o:::::,~

::.:::;.,:::::~

Phillips Marlex 60

;;••·;;;~;;t;

DuPont Can. Selair <0.5

<3

>85

;f~~0W;:mF~~f~i~1rr~t~ti~~f~1P:~~f:[?)~:::~: Hoechst Cel. Hostalen HMW; 50x25x1 mm sample

:::c

0 '1J

m

Chemical Resistance - High Density Polyethylene

CJ1 N eN

c.n

Chemical Resistance - High Density Polyethylene

:::I:

o

N

~

""tl

m

40 40 40 40 40

if;,o····.. .

52·55

\gt,

52·55 60 60 60 60 60 60 75 75 75 80 80

Hydrofluosilicic Acid Hydrogen

;:6'0·'

40

100 100

~

)~;, 90 90

96.9

113

0.006

97.9

121.7

Phillips Marlex

Solvay Fortiflex DuPont Can. Sclair

·

3;~;~';r

Solvay Fortiflex

i;; ;~1;;\

}~n~g{ <=90 60 60 60 60

"';;i~l'i~?'

;*~~§;;0

0.006

·.·.·;t~·i··.

~j;,~~~~, !fl;':i~l;~;'

)':'.;;]"

DuPont Can. Sclair

!;:8j2if

~l;~~;"

i;~1;~~\;i:j

Phillips Marlex

8 ,

60

Phillips Marlex

~ .~':. ;~:~::~::0;~~~f:~~~X'

'4illFiW;

:~;.;?:i~1;~i

Solvay Fortiflex

·

Phillips Marlex <3

>85

3.0'5.0

>50

<0.5

<3

>85

<0.5

<3

>85

<0.5

<3

>85

Hoechst Cel. Hostalen HMW; 50x25xl mm sample

.-,-,c.-•••• -.-·w.-.-....- .. w,-. .-.--.-

-.--.-.-.-.-.-F.'·

~;~~i~~~il~IJf~if!~~~jll:~lit~j~i~~!:~;1

t Hoechst Cel. H:::I::

:~:;S5c~:~5Xl

mm sample

Phillips Marlex

Solvay Fortiflex

·

Phillips Marlex 60

Hydrogen Bromide

10 10 10 10

Hydrogen Chloride

1~j~ti;1~~

gas, dry and moist dry gas

<0.5

<3

>85

;m'i;{!i;;.. . ·

'Ni?:t.4

ri~liil

t/?"8%+~\

60

1~!~~i~j't~1 1!~~;,;I;;J~~ii'

<0.5

<3

>85

i'i;i;:;;;;W'i~#l~;m;G!;(h;, Hoechst Cel. Hostalen HMW; 50x25xl mm sample

-

Phillips Marlex Solvay Fortiflex

·

Phillips Marlex

;~j;~.~~I~i~illi!f~J!~~\~;~I'\I;I~;ii Hoechst Cel. H~~:I::t ~~:';S~~~~5Xl mm sample Phillips Marlex Solvay Fortiflex

·

Phillips Marlex DuPont Can. Sclair

© "1::J

i5"

<0.5

<3

>85

Hoechst Cel. Hostalen HMW; 50x25xl mm sample

60

<0.5

<3

>85

Hoechst Cel. Hostalen HMW; 50x25xl mm sample

10

60

<0.5

<3

>85

30

60

<0.5

<3

>85

gas, dry and moist

Hydrogen Peroxide

60 3

<=90

10

0'

~ en

~

en

Phillips Marlex

Solvay Fortiflex

30

~'

30

90

0.01

96.6

108.7

;:l

30

90

·0.051

95.9

113

60

<0.5

t"'

s:., ., p

<s::

Solvay Fortiflex

30 30

Phillips Marlex

<3

>85

Hoechst Cel. Hostalen HMW; 50x25xl mm sample

@

"1:l

po

Material Note

~

r;' en

~ en

Hydrogen Peroxide

Phillips Marlex Hoechst Cel. Hostalen HMW; 50x25x1 mm sample

<3

Solvay Fortiflex

to· ;:s

t

... ...

0-

Hydrogen Sulfide

~

60

>5

>8

<50

dry

60

<0.5

<3

>85

saturated

60

<0.5

<3

>85

It::

Hoechst Cel. Hostalen HMW; 50x25x1 mm sample

DuPont Can. Sclair Solvay Fortiflex Phillips Marlex Solvay Fortiflex DuPont Can. Sclair

dry

60

<0.5

<3

>85

saturated

60

<0.5

<3

>85

60

<0.5

<3

>85

Hydroquinone

Hoechst Cel. Hostalen HMW; 50x25x1 mm sample

DuPont Can. Sclair Solvay Fortiflex Phillips Marlex Solvay Fortifiex DuPont Can. Sclair

Hydrosulfite

10 10

Hydroxylamine Sulfate

12 12

Hypochlorous Acid

~··::':d':;;' ~~;i~sJ;i;! ,,<"!"20\}'"

60

:."\;'7{

<0.5

<3

>85

60

:.',.:·· •.. 8 .

<0.5

<3

>85

······8

60 60

<0.5

<3

>85

,\8:}'

<0.5

<3

>85

,

<0.5

<3

>85

<0.5

<3

>85

8),~

60

':',' fa.:{:-·:· .

60

Hostalen HMW; 50x25x1 mm sample

DuPont Can. Sclair

concentrated

Solvay Fortiflex Phillips Marlex Solvay Fortiflex DuPont Can. Sciair

:,,:\.5.i%.

60

Igepal

Igepal CD·630

0.5·5.0

3.0·5.0

>50

0.083

bent specimen

Dcciden. Alalhon H5310·1;

10

0.083

bent specimen

Dcciden. Alalhon H5310·2;

10

0.83

bent specimen

Dow 12065P;

10

4

bent specimen

Dow 880; wire &cable grade

10

4.2

bent specimen

Dow 40158·P;

10

4.2

bent specimen

Dcciden. Alathon PE5510;

10

>4.2

bent specimen

Union Car. DHDA··7704; bl.pig.; wire & cable grade

10

5.6

bent specimen

Dow 32060C;

10

5.6

bent specimen

Dow 32160C;

10

6.25

bent specimen

Dow 40058·P;

10

>6.7

bent specimen

Union Car. DHDA··7707; bl.pig.; wire & cable grade

10

>20.8

bent specimen

Union Car. DGDJ·3479; bl.pig.; wire & cable grade

10

>20.8

bent specimen

Union Car. DGDB·3110;

10

>20.8

bent specimen

Union Car. DGDJ·3479; bl.pig.; wire & cable grade

10

>20.8

bent specimen

::::I:

o

-c

m

Hoechst Cel. Hostalen HMW; 50x25x1 mm sample

10

Chemical Resistance - High Density Polyethylene

01 N 01

Chemical Resistance - High Density Polyethylene

:::I:

o

U'1

"-' 0>

"1J

m

Dow 25053-P; Dow 400545; Union Car. DFDK-3364;

Industrial Cleaners Inks

dichromate-sulfuric solution

K~Ji,~~;; <=90

W/i~d(;'

Mfi~.qA)

• • • @,~:;!1···.:

60

i.;•.·.~\M!m!!~1!! •. '.~tMMjl\{;.;.;;; <0.5

<3

>85

Phillips Marlex

i;ji;i);ffi.\~~l'Njmilii.;;;;!, Hoechst Cel. Hostalen HMW; 50x25xl mm sample DuPont Can. Sclair Solvay Fortiflex

" DuPont Can. Sclair

60 <=90

Iodine

tincture of in KI solution crystals

"

tincture of tincture

Iodine Potassium Iodide Iron (III) Chloride

3% iodine

"

r;'

60 60

,

Isopropyl Ether

;;4;);g··

technically pure

;@ij§;;;

technically pure

technically pure

Jams & marmalade marmalade

(I)

Kerosene Kerosine

to' ;:l

t-o

ll]~~f;;l!;'

isopropanol

(lli~l~;~~~

<0.5

<3

>85

3.0-5.0

>50

<0.5

<3

>85

<0.5

<3

>85

<0.5

<3

>85

<0.5

<3

>85

<3

>85

Ill"" ;;l~,);j~~~(l

.;·];1\~1.1;';

60

••;.{:•.8.•• ;;;••••.

<0.5

60

~\t:~l;l;;; o~~:.o <0.5 ~.;·~1l.····· -2.4

2i~@;!'l

isopropanol

>85

<0.5

Isooctane

Mj~R&.

<3

~:·i~jJ~l;;;i;

28

t:l (1;)

It:

~~l~~,~~il

60

(I)

.,0:p .,

60

g?I~.~; <=90 A;~.q;;:W 60 ?i~~;% 60

.;;.~9ii.;

'i:l (I)

lil~{li~ ~

(till(}·..'

<0.5

.11,Jj.§;i'.ij

!fi$PAh

Isopropyl Alcohol

S....

;n~ti'i;

60

Isobutyl Acetate Isobutyl Alcohol

Isopropyl Acetate

@

{'21)(';

';l'i~f~llli:jf,~!

60 60 28

-2.6

60

;;i;h~';;;Zn 0.5-5.0

60

~l;;il~l!!.;l

60

60 60 60

;;)lli~,\VM

<3

>85

<3 3.0-5.0

>85 >50

<3

>85

3.0-5.0

>50

<0.5

<3

>85

<0.5

<3

>85

[\{(l~i~~~il~~,I'~I'irl!l~l~ Hoechst Cel. HOS~~~~i;~rl:~X25Xl

•

H:,'ittl • ·• •1.·•• ;~!;iii igi:~;{i'

I

::::::::~;;;;::~~:::

;Eff;;\t;?!I~~~1\11k;Ulj;;\1 Hoechst Cel. Hostalen HMW; 50x25xl mm sample

. .::::::~:::":::=~: :·.I;;;'!jl•• ;iiIt~lIEj~~lJll;1:ll]ll

::2tt~~::::~::~:::;:·

~l~i;.~";]!!;

mm sample

Hoechst Cel.

Hostale:~~~; 50x25xl mm sample Solvay Fortiflex

<0.5

<3

>85

<0.5

<3

>85

<0.5

<3

>85

Hoechst Cel. Hostalen HMW; 50x25xl mm sample

H%mjM;@~Mj~;~\\i!~~·.?PiHm:;'· >5

>8

<50

<0.5

<3

>85

<0.5

<3

>85

%{@Bi@jj~,t!m~~~\l%i@% Hoechst Cel. Hostalen HMW; 50x25xl mm sample

]tmr9.1t~tIili~~~~(~mmrBnmMI -2.3 <0.5

Solvay Fortiflex

Phillips Marlex bottles

<3

>85

Hoechst Cel. Hostalen HMW; 50x25xl mm sample Solvay Fort~lex

I

·rueg@

60

W1,YSU?

0.5-5.0

3.0-5.0

>50

?%KI.lii\!!'~)~~ij~m1i?im Hoechst Cel. Hostalen HMW; 50x25xl mm sample

@

-s

"1:l

s'"ri'

.~:

~

'tl" tE· '"

..

F\~agel1t Nole ,,;

..,

I:f~!:.; .
Ketones

60

;::l

t""'

Hoechst Cel. Hostalen HMW; 50x25xl mm sample 3.0-5.0

60

~

Labarraques Solution Lactic Acid

10-96 10-96

& ...

,:!:

60

<0.5

<3

60

<0.5

<3

60

<0.5

<3

10

... tl: ~

Solvay Fortiflex

10 90 90

Lactose Lanolin

wool fat latex

wool fa! latex

Lead Acetate

'.2'1,6.5 "

<=90

1;;:~-,;:

60

~;~~ !:{.:.20\,·"

Phillips Marlex <0.5

<3

>85

60

<0.5

<3

>85

60

<0.5

<3

>85

Hoechs! Cel. Hostalen HMW; 50x25xl mm sample

Solvay Fortiflex 60

<0.5

<3

>85

60

<0.5

<3

>85

Hoechst Cel. Hostalen HMW; 50x25x1 mm sample DuPont Can. Sciair

saturated

Solvay Fortiflex Phillips Marlex Solvay Fortiflex DuPont Can. Sclair <0.5

60

>85

<3

Lead Nitrate

Hoechst Cel. Hostalen HMW; 50x25x1 mm sample DuPont Can. Sclair Solvay Fortiflex DuPont Can. Sclair

Lemon Juice

Solvay Fortiflex <=90

·,;;'j;~ij~~·

Lestoll Lighter Fluid

2 2 charcoal starter

7

0.25%

7

Lime

i:~~~li~~I;~'~; i~(l,'ii;j,~i:l1i ;~;l~ilt~~~;'

60 60 bleaching powder

60 60

Lime Juice Lime Water

t;/abJi

60

f~m~r.~fi~Hr1~

60

Limonene (d-) Linseed 011

icWitnm

28 technically pure

60 7

~'~i~lmi~~;~

i~~~111!

28 <=90

Lime Chloride

Phillips Marlex

.......

Lemon Oil

0.25%

j~lli~~'ii~

Solvay Fortiflex 65

lNP; 30% gl.fib.

68 -14.8

bottles Phillips Marlex

<0.5

<3

>85

<0.5

<3

>85

<0.5

<3

>85

<0.5

<3

>85

Hoechst Cel. Hostalen HMW; 50x25xl mm sample

Solvay Fortiflex <0.5

<3

>85

<0.5

<3

>85

<3

>85

-6.7 <0.5

Hoechst Cel. Hostalen HMW; 50x25x1 mm sample bonles Solvay Fortiflex

94

lNP; 30% gl.fib.

:::I:

o

-c

m

01

Chemical Resistance - High Density Polyethylene

'" "'"

Chemical Resistance - High Density Polyethylene

:::I:

o

tTl

I'\:)

CO

-u m

LNP; 30% gl.fib. Solvay Fortiflex technically pure

60 <=90 3

Lipstick Liquors

Lubricating Oils Machining Oils

:~7W~;i <=90

;{)f8::-""

J1~~:W~~

hX7·k

;;j[~~l~~!;

Lithium Bromide technically pure

"

Magnesium Carbonate saturated

;i~~~~~;;~

~;\~,"~i~Jii

60 60 60 60 60 60

.j!'~~jj

60

l:;l;~fJ;;':

60

60

;;~j:

:;;0:'i~ji

';i;i~~;'J!~~,

<0.5

>85 86

<0.5

<3

>85

>5

>8

<50

<0.5

<3

>85

<0.5

<3

>85

<0.5

<3

>85

<0.5

<3

>85

<3

>85

3.0-5.0

>50

<3

>85

i!j;~~;;;;," 0 ~~~5 0 .M%~·> /

<3

<0.5

jii~~~~'l-li~~~tt~1~~~1)]' ;;;.=~:::~~~~4~:iJ~t~i:~;;:;,

Yr>::r~J ~':-

';.}<8>}>:

:):}i ~ ':7nX~ /> :>:«~

Hoechst Cel.

Hoechst Cel.

Hos~~1~i~:~;I~:x25xl HOS:a~~~i~M~;~~X25Xl

mm sample

mm sample

DuPont Can. Sclair Phillips Marlex Solvay Fortillex Phillips Marlex

Magnesium Chloride saturated

. ~i;,.~~l;

60

.·.·ii:;~

• ;:;I•• •

<0.5

<3

>85

60

;;;/;~:<.:?

<0.5

<3

>85

~:\){8flW

;;,,;;;y:;"{;'J';;\2;";;';'M>; '::F~:?Vtn::?:~~: :~?{~;:~::{f?{~}~~I:~:::::~:

:\:

DuPont Can. Sclair Hoechst Cel. Hostalen HMW; 50x25xl mm sample DuPont Can. Sclair Phillips Marlex Solvay Fortiflex

"

Phillips Marlex 60

~i~i(\;!l

Magnesium Fluosilicate Magnesium Hydroxide saturated

;\@~~Ml .~· . . . 1W'i'

60 60 60

;;~B~N;.•:. ·

[~;i~lj~~\ • j;'jj!{11~]';.·

<0.5

<3

>85

<0.5

<3

>85

<0.5

<3

>85

<0.5

<3

>85

DuPont Can. Sclair

;~f~~~1~ili~11iliif~~&~~::@::::~ff~[!:~~~!:~f::~~r®~~~fili1~~~j~

Hoechsi Cel. Hostalen HMW; SOx25x1 mm sample

:@@~:::~~(ni~:\ ::::~::::::::~~~::~::::~:::(Wn%MtB·

DuPont Can. Sclair Phillips Marlex Solvay FortiUex Phillips Marlex DuPont Can. Sclair

©

::2

Magnesium Iodide

o' en

Magnesium Nitrate

P ~

60

<0.5

<3

>85

60

<0.5

<3

>85

60

<0.5

<3

>85

saturated

DuPont Can. Sclair Phillips Marlex

"

.

tl ~

en

to·

Hoechst Cel. Hostalen HMW; 50x25xl mm sample

Solvay Forttllex

;:l

"

Phillips Marlex

t"'

"

DuPont Can. Sclair

0: .., p

..,

(t::

Magnesium Salts

60

<0.5

<3

>85

60

<0.5

<3

>85

Hoechst Cel. Hostalen HMW; 50x25xl mm sample

@

1:1 ~ ~ ;:;. Vi

Hoeehst Cel. Hostalen HMW; 50x25x1 mm sample

~

DuPont Can. Selair

saturated solution

Vi

Phillips Marlex

;:I

Solvay Fortiflex

15' t-'

0: ..,

Phillips Marlex

..,

p

DuPont Can. Selair

Maleic Acid Malic Acid Manganese Sulfate Manure

liquid

Margarine

<0.5

<3

>85

<0.5

<3

>85

<0.5

<3

>85

50

<0.5

<3

>85

50

<0.5

<3

>85

<0.5

<3

>85

<0.5

<3

>85

<0.5

<3

>85

<0.5

<3

>85

<0.5

<3

>85

Hoeehst Cel. Hostalen HMW; 50x25x1 mm sample

Solvay Fortiflex <0.5

<3

>85

Hostalen HMW; 50x25x1 mm sample Phillips Marlex

Mascara Mash Mayonnaise Menthol Mercuric Chloride

corrosive sublimate

<0.5

<3

>85

<0.5

<3

>85

<0.5

<3

>85

<0.5

<3

>85

0.5-5.0

3.0-5.0

>50

<0.5

<3

>85

Hoeehst Cel. Hostalen HMW; 50x25x1 mm sample

Phillips Marlex Solvay Fortitlex Phillips Marlex

corrosive sublimate

Mercuric Cyanide

<0.5

<3

>85

saturated

Hoeehst Cel. Hostalen HMW; 50x25x1 mm sample Phillips Marlex Solvay Fortiflex Phillips Marlex

Mercurochrome Mercurous Nitrate

saturated Solvay Fortiflex Phillips Marlex

Mercury

<0.5

<3

>85

Hosta/en HMW; 50x25x1 mm sample DuPont Can. Selair Solvay Fortiflex DuPont Can. Selair

<0.5

<3

>85

Heeehst Cel. Hostalen HMW; 50x25x1 mm sample Phillips Marlex

:::I: Cl "1J

m

Chemical Resistance - High Density Polyethylene

01 !'> (0

(JI

Chemical Resistance - High Density Polyethylene

I

o

c.v

o

"'U

m

.:.~'.'"

Metallic Mordants Methacrylate

()!o,

i';i~

Methacrylic Acid

.-,'

,,",20'

Methoxybutyl Alcohol Methyl-2-Pentanone (4-) Methyl Alcohol

100 100 technically pure

60 60

.;".'8,.:(/"

60

~;:'

.::~.

:,.~

... T8,. 8

'60,

60 60

8 ·8

.,,20;; '", '.\60

60 60

...8'

:::;.<,

60 60

5 ," 8:.,-. 7

X:U/

~)il~ei; N~9W

:~:

'.8' 8

60 60

6

<0.5 <0.5

<3 <3

>85 >85

<0.5

<3

>85

<0.5 <0.5

<3 <3

>85 >85

<0.5 <0.5

<3 <3

>85 >85

<0.5 0.5-5.0

<3 3.0-5.0

>85 >50

<0,5 <0.5

<3 <3

>85 >85

<0.5

<3

>85

!>.,., 60 7 7

0.25%

•.....8. ;.c., 8 '/8'"

90 93

8

il' technically pure

Methyl Bromide

gaseous

W~02'

gaseous

!)!lq,,;,,%,

Methyl Chloride gaseous

" Methyl Ethyl Ketone

t((20Ji '2!!0(.

Methyl Isobutyl Ketone

XF20.>,

;1;f~9' 'r~O»

~

Methyl Methacrylate

n'

Methyl Propyl Ketone

~

Methyl Salicylate

~

'"tI

tEo '"

salicylic acid methyl ester

;:l

t"'

.,0:p .,

u::

Bl~Hm,.

Methyl Glycol

@

"1:l

i~;;~~!j;~· Jirtilf,:,;i;;

salicylic acid methyl ester

~;I;i~i! ~'llIK;i;'

I

60

J3

<~90

;,7;,. ')·.?A,"

3 60

60 60 60 60 60

<0.5

<3

>85 87

tt i ;,5ti.i'

0.5-5.0

3.0-5.0

>50

·""I\'.3" '\.

>5

>8 3.0-5.0 3.0-5.0 >8 <3

<50

{slt 0.5-5.0 li\;:;;~~: o. ~-:. 0 "/'{"'S1:""""'" ::;";:;:;:::;::;·;.c,-:;,"·",:;:.:.;

<0,5

>50 >50 <50 >85

"<:'::""'4>;"'"

-2.8

60 60 60

,.4

0.5-5.0

3.0-5.0

>50

;';)~<,';.

<0.5 <0.5

<3 <3

>85 >85

\ ....8'. x",

<0.5

<3

>85

0.-;-':.0

3.0-5.0

>50

<0.5 <0.5

<3 <3

>85 >85

60 60

<0.5 0.5-5.0

<3 3.0-5.0

60 90 90 28 60 90

<0.5 3.76 4.92 -5.1 0.5-5.0 6.63

<3 92.7 88

>85 >50 >85 139.1 182.6

89.3

>50 204.3

;;x;;;/~;~j~,

\;,<,,""~ies~~M.m',··'i:.;

3.0-5.0

DuPont c:n. Sclair Hoechst Cel. Hostalen HMW; SOx2Sxl mm sample

al""."

g1~~:;t,,,~ . . ,.

C., "..

~~ ::::::: :::::::":::::::::: ;':';~:nnN:}::%jjdmXMWti~;~::::?::;:,;;:}~::::.

28

60 28 60 60 60

~~i)~T~~~; HO~::'~~IH~:~~~~~~:i~~~:lx:;:::Ple ;;1~t(;i-lll~~1~!~;~)~I~~,:t;i<

.;-

;;;;x Z@;~~~!1i;~l(~~i)~J\;;\\

Phillips Marlex Solvay Fortiflex bottles Solvay Fortiflex Phillips Marlex Hoechst Cel. Hostalen HMW; SOx2Sxl mm sample

bottles Hoechst Cel. Hostalen HMW; SOx2Sxl mm sample

>;

\~{) :it/f:::>:(~~{:>i la:?r>:;;Hr::~<>:

Phillips Marlex bottles Hoechs! Cel. Hostalen HMW; SOx2Sx1 mm sample Phillips Marlex

. -·w,""·,,.., v

@

% Change

~

Ei ~

r;'

en t:l C1l en

tEo

;:s t-

o:... p ...

~.!.~~ent

Reagent Note

. ": :.:-;":.: ".. .~>.~:

conc'ITemp:1 Time (%)

Methyl Sulfate

. ('C)

50

(da,s)

. 20)

50

60

Methyl Sulfuric Acid

60 60

.2t.:"'2·1

/l0. 20

60 60

60"

\r;:

Methylcyclohexane

Methylene Chloride

20 21 ;,.60

60

. 60

60

2;

n-methylpyrrolidone >.

Milk

"20 :60'

20

"21

.;;~~;;; t

60 60 60

60 <=90

'20' 21 21

60

~7.

90 90

49\:.:'

60

E,60

white spirits standard, DIN 51635 standard, DIN 51635 white spirits

Molasses

20'" 20 .:,

>85 >85

60

90 60 60 28

60

60 60 60 60

60

,;i~~¥.'. '·

3 5

0.5-5.0 >5

3.0-5.0 >8

>50 <50

0.5-5.0

3.0-5.0

>50

0.5-5.0

3.0-5.0

>50

60

" Hoechst Cel. Hostalen HMW; 50x25xl mm sample

--8 8

8 8 8 8 '8 8 8,· 8 '<6

Phillips Marlex .:,

<0.5 <0.5

<3 <3

>85 >85

<0.5

<3

>85

.1 3

~7

5 3 ,~

''''8 7 5 8

Hoechst Cel. Hostalen HMW; 50x25xl mm sample

DuPont Can. Scleir Solvay Fortiflex

<0.5

<3

>85

<0.5

<3

>85

0.82 5.7

98 91.2

126 195.7

<0.5

<3

5.86 <0.5 <0.5 -0.8 <, 0.5-5.0 ,~ <0.5 <0.5 <0.5

>85 112.1

DuPont Can. Sclai, Hoechst Cel. Hostalen HMW; 50x25xl mm sample Phillips Marlex Hoechst Cel. Hostalen HMW; 50x25xl mm sample DuPont Can. Sclair Solvay Fortiflex Phillips Marlex Solvay Fortiflex DuPont Can. Sclair Hoechst Cel. Hostalen HMW; 50x25xl mm sample Phillips Marlex

239.1

<3 <3

>85 >85

3.0-5.0 <3

>50 >85

<3 <3

>85 >85

Hoechst Cel. Hostalen HMW; 50x25xl mm sample bottles Hoechst Cel. Hostalen HMW; 50x25xl mm sample

DuPont Can. Sclair Solvay Fortiflex

60 60

<0.5 <0.5

<3 <3

>85 >85

27'85·' <=90

:r:

CJ

-c m

Hoechst Cel. Hostalen HMW; 50x25xl mm sample

DuPont Can. Sclair

• ,.

('~O molasses wort

Hoechs! Cel. Hostalen HMW; 50x25xl mm sample

Solvay Fortiflex

;::~/ :;60'

Material Note

PhillipS Marlex

.5

•

'.

Phillips Marlex Solvay Fortiflex

2'

50

'20

molasses wort

. Resist~nciNQ..e

'5,>-

;r~7,6~f <=90

, 66;; Mineral Spirits

I ~longtUon

8

!i·:60.

without additives

<3 <3

Tentlle Slrength

2

...6Q. > "6'0" .

without edditives

<0.5 <0.5

, .• ··:2

21

Mineral Oils

8 8 8

R(ltlng

% Retained I

2 'j

···60./'·~

Methylpyrrolidone

Volume

5

60

100

Wel~ht

2 .,,2

21

100

U

POL

8 8 .8

60

Methylbenzene

····Load

Chemical Resistance - High Density Polyethylene

DuPont Can. Sclair Hoechst Cel. Hostalen HMW; 50x25xl mm sample Phillips Marlex

01 W

......

Chemical Resistance - High Density Polyethylene

I

o

01 U> !'>

"'U

m

60 60

Morpholine Motor Oils

HD oil

j!;/:~':;

60

1;;;~q\;;

60

60

7 7 lOW

90

"

90

2 cycle

28

HD oil

60

SAE10

<=90

lOW

90 3

Mowillth

polymer emulsions

" Mustard prepared

Nail Polish Nail Polish Remover Naphtha

.;~1il~)!i0

60 60

0.25%

ii;;;j'i:;;i~. ;;~~;!!~!;,;;~,

<0.5

<3

>85

<0.5

<3

>85

<0.5

<3

>85

<0.5

<3

>85

~ ,!~;i~
<0.5

<3

!;~;j~i~;;\~~

I

>85 97 98

1.87

96.5

121.7

6.31 -0.4

92

213

<0.5

<3

6.86

>85 89.9

230.4

90

~;~;!~~,\;IJ~

<0.5

<3

>85

<0.5

<3

>85

:~tmft~~~~~~\K

<0.5

<3

>85

<0.5

<3

>85

~;l:'~f';;

60

60

i1~Wi

~~ffi~~

<=90

:l\~[ff(~~I!;~%::~~~~;

l;;;:~':};;

60

,;/291;

60

,;)8{!:

60

:~<';.: :\8;::<"'

;%\;;;;i;i,tM;~@l);'.Ai;'6~ Hoechst Cel.

Hoslalen HMW; 50x25xl mm sample

lj~~~~t~;~~~l~~lii;i!:~i~~~~l~l~l

HOS~~::::::f:::25Xl

\;j;I~,~jl~~(~I~r~:;!,~~~~~;'

:.; \!~~};;0;

<0.5 0.5-5.0

<3

>85

3.0-5.0

>50

t;/:':t.~si_;:iH

<0.5

<3

>85

fl;;:;L;t;t~~*!~Mtb;"'f

Hoechsl Cel.

mm sample

Phillips Marlex

Hoechst Cel. Hostalen HMW; 50x25xl mm sample

DuPont Can. Sclalr

28

:';<>,': "';i

~.S~;;;:::;: :~.~

-8.8

.q@k:;:t?1ti JJ~F~

Solvay Fortiflex m\~~t

bottles Solvay Fortiflex DuPont Can. Sclair

:;'}/~9;~~~:,.,;·

Naphthalene

60

··i)~·.

60

);;-;iSt.<,

0.5-5.0

3.0-5.0

>50

i;;l(;;;iji~~·~I'~;~t.;~i?};i Hoechst Cel. Hostalen HMW; 50x25xl

<0.5

<3

>85

;:')i:i;;'ff;IL(~~II!}{;;:··:"

mm sample

" DuPont Can. Sclair Solvay Fortiflex

60

Natural Gas @

'U

wet

" Nickel Chloride

S' CIl .... r;'

i'i!';i~~'~

;if~lf,~ri'lj

0.5' 5.0

3.0-5.0

>50

i~II~~~~i;l~; 60

;il,;r~~~lli;~~~M;~f,t~i

i!;il;;!~~?0~~l~~I;lliir~'tij,!~ <0.5

<3

>85

Hoechst Cel. Hostalen HMW; 50x25xl mm sample Solvay Fortiflex Hoechst Cel. Hostalen HMW; 50x25xl mm sample

concentrated

DuPont Can. Sclair

saturated

Solvay Fortiflex

"

Phillips Marlex

CIl

0(\)

"

Solvay Fortiflex

CIl

concentrated

DuPont Can. Sclair

<E' ;:l

t-'

0: .,

.,p

Nickel Nitrate

60

<0.5

<3

>85

60

<0.5

<3

>85

Hoechst Cel. Hostaien HMW; 50x25xl mm sample

saturated

DuPont Can. Sclair

concentrated

Solvey Fortiflex

-,oJ:

@

"tI

po ~

~~.~g,ilnf <:/'. .:.: .... ~::

......•

r;' IJl

~

Nickel Nitrate

concentrated

Solvay Fortiflex saturated

;:l

.,0.,

':),13~,:

Nickel Salts

60

,:i:::L'·E({\/

<0.5

<3

>85

60

~;;ii'!t~;!:

<0.5

<3

>85

<0.5

<3

>85

<0.5

<3

>85

60

~

u::

.

"

IJl

<5'

t

-'"'~

Phillips Marlex

Nickel Sulfate

60

;;;;;;,8,;~)m:

r·· .} :}(:. ~:: ·::?W~:::· -.

DuPont Can. Sclair ~:;:' }:~:; b.:;:"

Hoechst Cel. Hostalen HMW; 50x25x1 mm sample

concentrated

DuPont Can. Sclair Solvay Fortiflex

saturated

Phillips Marlex

concentrated

DuPont Can. Sctair

Solvay Fortiflex 60

Nicotine

tt~::;:~:]~~~;;W~.::;~:

60

·•.,·.t.~rmj·

60

b::::·:

dilute

8~~~~L:{

<0.5

<3

>85

<0.5

<3

>85

<0.5

<3

>85

Nicotinic Acid

;:y;.~-}((*J.~:~~:~::::\%~\~-.?: ',: :/: ' ,,~:'::><::::'<

Hoechst Cel. Hostalen HMW; 50x25x1 mm sample

~~I.j7,;j ., ,. ,., .::::'::':::,,,.. . ." Solvay Fortiflex

. ,. . Phillips Marlex

"

Solvay Fortiflex

Nitric Acid

25

60

25

60

0-30 0-30 0-30

<=90

30

I

<0.5

<3

>85

<0.5

<3

>85

rtl.~!.~,

":::.:~~::" ,~., Solvay Fortiflex

30 <50

Phillips Marlex

<50

"

30·50

DuPont Can. Sctalr

30-50 30-50

<=90

50

60

0.5-5.0

3.0-5.0

>50

50

~;:i:~I~~:II~~ii;,;,

Hoechs! Cel.

HOS:~~I~i~:~;r~:X25X1

mm sample

Solvay Fortiflex

50 50

60

>5

>8

<50

Hoechst Cel. Hostalen HMW; 50x25xl mm sample

70

DuPont Can. Sclair

70 70

Solvay Fortiflex 90

n1i~i\N;.·:

1.09

101.5

87

~,-: ~·:/t%%n)}

Wf,:rnmmt:tM@(}J:

Phillips Marlex

70

Solvay Fortiflex

70

DuPont Can. Sciair

95-98

" "

95-98 95-98

<=90

98

Phillips Marlex Solvay Fortiflex

98

::I:

o

-0

m

0'1

Chemical Resistance - High Density Polyethylene

U) U)

<.n

Chemical Resistance - High Density Polyethylene

I

o

'" ~

"'U

m

60

"'8.

<0.5

<3

~::tesjstanF

>85

Hoeehst Cel. Hostalen HMW; 50x25xl mm sample Solvay Fortiflex Phillips Marlex

90

Nitrocellulose

...".)29·{"':

~

60

Nitroglycerin:~l'

Nitrotoluene ( 0 - ) " 2 0 , , " , , , Nonyl Alcohol

D,m.. Octyl Cresol Oils

n-Nonanol

::~::

teehnie:" y pure

essen~al oils

Oleic Acid Oleum

eo~~:~;r:~~d

,.

~

Iii o;:~o '::

,LlVii:,

<0.5

96.15

'.0·'.0 <3

:::

130.4

:;~o: +,~;i."'~"'".,"~:;;:::::"~,. . ~,. >85

60 60

F<:i!9;,.

60

,; ,.,~~, <0.5 ,... Sf: ';' 0.5-5.0

Ii" iif :~

"S':,

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<3

>85

.0.'"

lii~~i'~j~:;~; o.~.:.o

3.~.:.0

,,,

lll1:~@~;ilj :~

::~

:;;i~i~(;~;i 0~~~50 3.;~.0 l;'*l~f~~.ht >5 >8

~t;.

::~i;;;;W;iJii,iiWl:iM~!M#~8!tm

::~

60

it'·, '}f.~!~al\t::;#rk ;",.'

>85i~~I:" '/.::\," .

<3 3.0-5.0

ll~~~li; :~;ltlii,~lt;::::

tit:r

9\,

;··';j'in ~om~:atia§k: ,:t· .p>

5?j;

"+ ~·O"';:'·

'j~;;i~j~l~

2.25

<50

;uHsati$(~&t~Iir;C8:::N:

..

Hoeehst Cel. Hostalen HMW; 50x25xl mm sample Solvay Fortiflex Hoeehst Cel. Hostalen HMW; 50x25xl mm sample

~::.:~~::: Hoeehst Cel. Hostalen HMW; 50x25xl mm sample

Solvay Fortiflex Phillips Marlex Solvay Fortiflex

;Ui2Q

Olive Oil

@

Optical Brighteners

'"

Orange Extract Orange Juice

S'

60WnlliY

<0.5

<3

>85

q;;jW.%i!~AArli<Mfiwt

60

<0.5

<3

>85

P . :;,;.,( ft@~M!nnt

'WiSy;»'

:~::::

:::

<0.5

<3

>85

Phillips Marlex Hoeehs! Cel. Hostalen HMW; 50x25xl mm sample Solvay Fortiflex

60

<0.5

<3

>85

Hoeehst Cel. Hostalen HMW; 50x25xl mm sample

<=90 60

<0.5

<3

>85

~

r;'

~ ~

eE;' ;:l

t

~ ~

;t~:~:?i\ f~li~§J

Oran e Oil Oxalic Acid saturated solution dilute saturated solution dilute

(>2J, :

Hoeehst Cel. Hostalen HMW; 50x25xl mm sample

<=90 60

il~~li~;;l :~

If:r,

{@!iW

Hoeehst Cel. Hostalen HMW; 50x25xl mm sample Solvay Fortiflex

8 ,....

Phillips Marlex Hoeehst Cel. Hostalen HMW; 50x25xl mm sample DuPont Can. Selair Phillips Marlex

y,:?» Yf':'~N;F/
Solvay Fortiflex

@

:5! i=l

C;.
t::l

C1l
tEo ;:l

I

t

..,0i=l ..,

u:

I

; .. IlP}o'

"

;:]:~~;i

60

\)29;P

60

Oxygen Ozone

;n;'6gI;

60

50 ppm

H?~Rj%l

60

50 ppm

·;·ro6.~t;

60

liso/X

28

:;:"20(":'.

60

Paint Thinners Palm Kernal Oil

;~::~f::l~p~($;!;:~

i;;i{~~i.;~;i !]II~;II;1 ~';j~~~ll\

Palm Oil Palmitic Acid Palmityl Alcohol Paraffin

Pi" 8;([/

dilute

60

60 60 60 60

liquid paraffin oil

lliM2RM

60

liquid

iii?fV?

~;~~;~~;~~' !;~~;.~];~;j

::~:~:r3F~}Mn?f:;~.@tf#~:~~@?JA~~:.:tA

DuPont Can. Sclair <0.5

<3

>85

<0.5 <0.5

<3 <3

>85

;;W5i!@

0.5-5.0

3.0-5.0

>50

••• n;'~o··th ·.i,;oFJli.·.W'O'

>5

>8

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~;;;!.!;~~!~1ii.•• ;(;;ll;.I;;~~~; .!;I;ll;~)I~~j

<0.5 <0.5

<3 <3

>85 >85

<0.5

<3

<0.5

<3

>85 >85

1~ii~;';;~1i:;

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>85 >85

~;].~~1';~;~j]

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:::~(~Q::tF

60

··.·yS:,i1?

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l;ii~;;~

60 60

<3 <3

>85 >85

Peanut Butter

);~ltt

;;~li:;!!:~]

<0.5

Pepper

<0.5

Hoechst Cel. Hosta'en HMW; 50x25x1 mm sample

>85

Paraformaldehyde

·.,;~;;·;'ii~·

·,,,~'6.i1t

Phillips Marlex

~i~~~I~~ll~!rl~~I~~llirffJ,!l~~~~

·;.~:~~;l,~;;~:~:~;,~i;;~;~'t:;:~;;~;~~~~

!~\';~!;:~~:!~~!!~!l~!~i:~l~'(~

Hoechsl Cel.

Hoechst Cel.

i·;&i]!~t~~~il~i~~~~~~~t~.~!:!~· .;·;;r~S~!~i1f~;l~~\j~~~~!t~ ,"

Hoechs! Cel.

Hoechsl Cet.

.

HOS~::::::;if:::25X1 Hostale::t~:;

mm sample

50x25x1 mm sample

HOS~::::~::f:::25X1 HOS~:::::::f:::25X1

mm sample

mm sampie

Solvay Fortiflex

fresh ground

Peppermint Oil

60

<0.5

<3

>85

Hoechst Cel. Hostalen HMW; 50x25x1 mm sample Solvay Fortiflex

..

Phillips Marlex «;:~$':::':''':;

Perchloric Acid

20 20 50 50 50 50 70 70

Perchloroethylene

<29it";

~~:t

I

F'@()\F Nit2~;;@:

~:.NDFtX//

60 60 60

<:ii8,;;;;

;;'If~;~;tl~!!

''''''<'#''?str,~ 'C!a,C.k$:·

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>85 >85

<0.5

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>85

;'!jli;;tiii1;1~ 60 60 60 60

~;II!llii~'i O:i:~O 'I;t;~mW;1 0.5-5.0

3.0-5.0 <3 >8 3.0-5.0

>50 >85

.:' -;{: \;(Y :~:f,~~!~.~t2 ..;:::\

0'

,;a~t~~~~:~:'~~

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" Hoechs! Cel. Hostalen HMW; 50x25x1 mm sample

>50

o

m

Hoechs! Cel. Hostaien HMW; 50x25xl mm sample

<50

I

""tJ

;:{,:;;

DuPont Can. Sclair Solvay Fortiflex

CJ1

Chemical Resistance - High Density Polyethylene

c..> CJ1

(]l

Chemical Resistance - High Density Polyethylene

I

o

c.v C1>

"'U

m

......

Perchloroethylene Perfumes

I~~ f!JI':,.

perfume oils

Petroleum Petroleum Ether

~;:~;j~,Ci%

60

>5

>8

<50

60

0.5-5.0

3.0-5.0

>50

60

0.5-5.0

3.0-5.0

>50

60

<0.5

60

0.5-5.0

<3 3.0-5.0

>85 >50

60

<0.5

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>85

no(r,s(stant ,

.ijiji~i~~j Nbte ."

\iL-..

.>.~.: ;~:';:~:L~' }:i:~~,:.:'·

Solvay Fortiflex DuPont Can. Sciair Hoechst CeL Hostalen HMW; 50x25x1 mm sample

Solvay Fortiflex Phillips Marlex Solvay Fortiflex 60

,,,,5,:,,

0.5-5.0

3.0-5.0

Petroleum Jelly Petroleum Spirits

dimit&d:,resi$lan~U~;h+ Hoechst CeL Hostalen HMW; 50x25x1 mm sample

>50

Solvay Fortiflex

· '• •'.!.• Y.•,." , ····,.,.i1';),.{y•• /;;;.. whiles pirits

Phenol

60 60 90

t27~651 <=90

60

;~~'~;;~)~ll 0~~~50 ;··I~\~fl)i;.(

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<3 3.0-5.0

>85 >50

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>85

..

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"'. "".;, .' ;;jiffii,~ifi$~;;;;~~;;;;i~;;(

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•

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HOS;'~~I~i~M~;rl:~X25X1

mm sample

Solvay Fortiflex 90 90

and molding materials

@

'il

>85

~!i;l~:1~;;1~

<0.5 <0.5

<3 <3

>85 >85

0.5-5.0 0.5-5.0

3.0-5.0 3.0-5.0

>50 >50

j':i[l~~;~F!0'

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60

:;~4~'3:~\.

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60 60

;l;)(~')t>

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<0.5

<3

>85 >85

60

)l;.li~t;~i-

>5 >5

>8

<50

>8

<50

<0.5

<3 <3

>85

60 60 60

~

60 60 60

Phosphoric Acid

0-30

~

0-30

rio

30

'??" '" lEi'

30

;:l

~

.., ..,

0-

P

50 50 85 85 85 30·90

(,6Jl,i?

60

~~~~;tl :~

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<0.5

<3

0 0 -0.063

>85 99.6

>85 100

97.7 98.3

130.4 126.1

'.', .';0;.

Hoechst CeL Hostalen HMW; 50x25x1 mm sample

"-'--'-'

\(~~t~~~;;;i?~~~0J~S~~it-i':'

!lii~i~i~~;:~;

!;;11t~;~;

.'··~Jr;

>85 126.1

<0.5

Phenylhydrazine

Phosphates

102.8

·;;~!~!"i;!·

60 60

gaseous liquid

104.3 121.7

<3 <3

60

Phosgene

. . il:

99.8 98.7

<0.5

Phenylethyl Alcohol

Phenylsulfonate

,:;~'rllt:';;1li·

2.7 0.41 <3

60

Phenylhydrazine Hydrochloride

:::~:;;~::*~::':~{:N:~";~

<0.5 0.54

60 90

Phenolic Resins

·''''··/i%Wii

'" ·fis,slanF,':;::}"},.../;

i!···ii"l;;),,: ,~:"~;~f::~~::'i~lr-~i i

PhilliPS. Marlex Solvay

~ortiflex

Hoechst Cel. Hostalen HMW; 50x25x1 mm sample PhilliP;Marlex

@

:3a >l

....en

r;' en

t::l ~

1~~:~Phoric

Acid

en

~.

;:s

~

..,0' >l ..,

I

<0.5 0.5-5.0

60 60

95 95

<3 3.0-5.0

>85 >50

Phillips Marie. Hoechst Cel. Hostalen HMW; 50.25.1 mm sample Solvay Fortifle•

I

Phosphorous Oxychloride

ill

Phosphorous Pentoxide

~~i,~,~;~;;~~

Phosphorous Trichloride

il!~i~gl;i

Photographic Developers solutions

60 60 60 60 60 60 60 60

};i,8J«i

<0.5

,<)9.'/"

0.5-5.0

;i;;:i;;;\~ :~::

f;!;:!l~~;!,~ 0~~~50 f;/f~;f"1,~

<0.5 <0.5

<3 3.0-5.0 <3 <3 <3 3.0-5.0 <3 <3

>85 >50 >85 >85 >85 >50 >85 >85

Hoechst Cel. Hostalen HMW; 50.25.1 mm sample

DuPont Can. Sciair Solvay Fortifle.

60 60 <:90 60

solutions

Photographic Solutions

photographic emulsions

•••.•.

7··!.

~;~ ~~;l~!

··'<~·/t8:·" "'':;:

<0.5 <0.5

<3 <3

>85 >85

<0.5

<3

>85

DuPont Can. Sciair Hoechst Cel. Hostalen HMW; 50.25.1 mm sample Phillips Marie. Hoechst Cel. Hostalen HMW; 50x25.1 mm sample DuPont Can. Sclair

photographic emulsions Phillips Marie. photographic emulsions Solvay Fortifle. photographic emulsions photographic emulsions Phillips Marie. photographic emulsions DuPont Can. Sclair photographic emulsions

Phthalic Acid

50 50

PhthallCAcid Ester

;;;~,t:a~;i;

60 60 60 60 60

n·+f@··;

ffii;~t~~;t~~ j',·~~·;~t;;1

<0.5 <0.5 <0.5 <0.5 <0.5

<3 <3 <3 <3 <3

>85 >85 >85 >85 >85

Phthalic Anhydride Pickling Baths

Hoechst Cel. Hostalen HMW; 50.25.1 mm sample

Solvay Fortifle. hydrochloric acid sulfuric acid sulfuric nitric acid hydrochloric acid sulfuric acid sulfuric nitric acid

:J:

o

"'U

m

01

Chemical Resistance - High Density Polyethylene

c..:>

-.J

01

Chemical Resistance - High Density Polyethylene

I

o

(J.)

CO

""0

m

and plating H2S041 nitric acid mixt.

Picric Acid Pine Oil

pine needle oil cleaner pine needle oil

Plasticizers Polyester plasticizer Polyester plasticizer

Plating Solutions @

'"

S~

r:;' tJj

tl

t'l) tJj

<E'

;:s t'"'

.,S.,P

lC:

i\+gRMi

60

···.%••. ~·, • .• t}

~~iilll.\

60

I,~:,

electrolyte baths brass cadmium copper gold lead nickel silver tin zinc brass cadmium chromium copper gold indium lead nickel rhodium silver tin zinc brass cadmium chromium copper gold indium lead nickel rhodium silver tin zinc brass

28

jI~ltW'

'~ii~ln <:~o ·0~i~~lj;i

Pineapple Juice

Plating Solutions

,

60 60

~ij~~~}ll~

60 60 60 60

"'........20.1}/

60

I~~~~~;l

!,,'>ijl;\I'I~~

<0.5

<0.5 <0.5

Ii ,~:~, '••·utii;r:......;

<0.5

<3

>85

<3

>85

Hoechst Cel. Hostalen HMW; 50x25xl mm sample Solvay Fortiflex

3.0-5.0

>50

<3 <3

>85 >85

<3 <3 3.0-5.0 <3

>85 >85 >50 >85

<3

>85

bottles Solvay Fortiflex Hoechst Cel. Hostalen HMW; 50x25xl mm sample Phillips Marlex Hoechst Cel. Hostalen HMW; 50x25x' mm sample

DuPont Can. Sclair

Solvay Fortiflex

DuPont Can. Sclair

@

"I:l

S"

~

r;'

(f)

~

Plating Solutions

cadmium copper

(f)

~'~;ll~~t;,

DuPont Can. Sclair

gold

<E' ;:l

lead

t

nickel

.,0.,>:l

··.·~66

•. I:~;;.

silver tin

\t:

>;~(1;;

zinc

:~~~~i.

electrolyte baths and pickling

"~1;6f'

H2S041 nitric acid mixt.

Polyesters

resins

Polyglycols Polysolvan 0

glycolic acid n-butyl ester

60 <=90

'n;:cii~

60

,....•/~~".'.)

60

60 60 60 60

Potassium Bicarbonate

3.0-5.0

>50

Hoechst Cel. Hostalen HMW; 50x25xl mm sample

0.5-5.0

Phillips Marlex

<=90

60

Potash Alum

,';,r;i~;:-:

)~::;~. O.~-:.O

f:!~';.: '8>;; ;

'. -,"8'\."'"

60

""1:;;&:;;1;1

60

\,••;;.81'.;.

3.0-5.0

>50

>8

<50

<0.5

<3

>85

<0.5

<3

>85

<0.5

<3

>85

<0.5

<3

>85

<0.5

<3

>85

<0.5

<3

>85

<0.5

<3

>85

·W'."

limltedf~sIs!~~.Ctrh

saturated

Hoechst Cel. Hostalen HMW; 50x25x1 mm sample

DuPont Can. Sclair Phillips Marlex Solvay Fortiflex

" Phillips Marlex 60

Potassium Bisulfate Potassium Borate

'.;,;8;,;•. ;;;;

<0.5

<3

>85

<3

>85

60

:;;;.~l[lif

<0.5 <0.5

<3

>85

60

""'\'8 ....,•. \

<0.5

<3

>85

60

.;;;/; i\{$.i>;/:.:<;

DuPont Cen. Sclair Hoechst Cel. Hostalen HMW; 50x25x1 mm sample

Phillips Marlex Solvay Fortiflex Phillips Marlex

Potassium Bromate

10

60

~::\n:~:8~Wl)

<0.5

<3

>85

60

II

<0.5

<3

>85

10 10 10

Potassium Bromide

60 60

·,.....t·a;;.. .>·

Hoechst Cel. Hostalen HMW; 50x25xl mm sample Solvay Fortiflex

<0.5

<3

>85

<0.5

<3

>85

saturated solution

Hoechst Cel. Hostalen HMW; 50x25x1 mm sample DuPont Can. Sciair Solvay Fortiflex Phillips Marlex Solvay Fortiflex DuPont Can. Sclair

Potassium Carbonate

60

<0.5

<3

>85

60

<0.5

<3

>85

Hoslalen HMW; 50x25x1 mm sample DuPont Can. Sclair Solvay Fortiflex

::J:

o

""U

m

01

Chemical Resistance - High Density Polyethylene

(J.)

<0

Chemical Resistance - High Density Polyethylene

I

o

~

o

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m

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h

Potassium Carbonate

.~,

f.;,:~,. 60 .H!O

·8

Philiips Marlex

·8>'· ,. 8. .8

,60,i Potassium Chlorate

I Teh$!i~

, S!r.n~l~1

60 60

saturated solution

8 ·",8...

<0.5

<3

>85

<0.5

<3

>85

8

DuPont Can. Sclair Solvay Fortiflex Phillips Marlex

·,··a'· ·8

8 ·,8

60 60

Potassium Chloride

:~

..il ",

<0.5

<3

<0.5

<3

>85 >85

saturated solulion

PotassiumChromate

Potassium Cyanide

60 60

<0.5

<3

>85

<0.5

<3

>85

60 60

<0.5

<3

>85

<0.5

<3

>85

60

@

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t""

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tt::

<0.5

<3

>85

Potassium Ferricyanide

60 saturated

Solvay Fortiflex DuPont Can. Sclair Hoechst Cel. Hostalen HMW; 50x25x1 mm sample DuPont Can. Sclair Solvay Fortiflex

60 60

0'

Solvay Fortiflex DuPont Can. Sclair Hoechst Cel. Hostalen HMW; 50x25x1 mm sample DuPont Can. Sclair Solvay Fortiflex Phillips Marlex

40 40 40 40

'tl

Solvay Fortiflex DuPont Can. Sclair Hoechst Cel. Hoslalen HMW; 50x25xl mm sample DuPont Can. Sclair Solvay Fortiflex Phillips Marlex

salurated

po

Solvay Fortiflex DuPont Can. Sclair Hoechst Cel. Hostalen HMW; 50x25xl mm sample DuPont Can. Sclair Solvay Fortiflex Phillips Marlex

40 40 40 40 40 40 40 40

Potassium Dichromate

Solvay Fortitlex DuPont Can. Sciair Hoechst Cel. Hostalen HMW; 50x25x1 mm sample

<0.5 <0.5

<3

>85

<3

>85

<0.5

<3

>85

DuPont Can. Sclair Hoechst Cel. Hostalen HMW; 50x25x1 mm sample Phillips Marlex Hoechst Cel. Hostalen HMW; 50x25x1 mm sample DuPont Can. Sclair Philiips Marlex Solvay Fortiflex Philiips Marlex

@

'i:l

Ei ~

n' CIl t:I

60 60

ro

CIl

tEl·

Potassium Ferrocyanide

<0.5

<0.5

<3 <3

>85 >85

;:l

Phillips Marlex

~

.., i=l ..,

0-

<.c:

DuPont Can. Sclair Hostalen HMW; 50x25x1 mm sample

60 60

Potassium Fluoride

<0.5 <0.5

<3 <3

>85 >85

Hostalen HMW; 50x25x1 mm sample DuPont Can. Sclair Phillips Marlex

Potassium Hydroxide

30 30 30

60 60 60 <=90

<0.5 <0.5 <0.5

60 60 60

<0.5 <0.5 <0.5

<3 <3 <3

>85 >85 >85

Phillips Marlex DuPont Can. Sclair

concentrated

Potassium Iodide Potassium Nitrate

<3 <3 <3

>85 >85 >85

saturated

Hostalen HMW; 50x25xl mm sample

DuPont Can. Sclair Phillips Marlex Solvay Fortiflex

60 60

Potassium Perborate

<0.5 <0.5

<3 <3

>85 >85

saturated

Potassium Perchlorate

DuPont Can. Sclair Hostalen HMW; 50x25x1 mm sample

Philiips Marlex DuPont Can. Sclair Hoechst Cel. Hostalen HMW; 50x25x1 mm sample Phillips Marlex Solvay Forti!lex

1

<=10 <=10

60 60 60 60

<0.5 <0.5 <0.5 0.5-5.0

<3 <3 <3 3.0-5.0

>85 >85 >85 >50

10

Phillips Marlex Hoechst Cel. Hostalen HMW; 50x25x1 mm sample

DuPont Can. Sclair Phillips Marlex Solvay Fortiflex

10 10

10 10

Potassium Permanganate

10 <=6 <=6

Phillips Marlex DuPont Can. Sclair

60 60

<0.5 <0.5

<3 <3

>85 >85

20 20 20 20 20 20

DuPont Can. Sclair Phillips Marlex Solvay Fortiflex Phillips Marlex DuPont Can. Sclair

I Cl ""U

m

Hoechst Cel. Hostaien HMW; 50x25x1 mm sample

CJ1

Chemical Resistance - High Density Polyethylene

~

......

Chemical Resistance - High Density Polyethylene

:::I:

o

(J'l

.j:>. I\)

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m

Potassium Persulfate DuPont Can. Selair Phillips Marlex Solvay Fortillex

saturated

;;~;~~\'~;

Potassium Sulfate concentrated

60

/(8)

<0.5

<3

>85

60

~l~;~k; • i'::

<0.5

<3

>85

ik{~~~~::%~~:;:; ~~~01Lt;~~~:~1:1]:~:::~:~~::t :::\>i~\

•.

~;~':;l~:~· ~; l';~j'~': :!; !· ·~ . •~I.·:l~ :.:j!

Phillips Marlex DuPont Can. Selair Hoeehst Cel. Hostalen HMW; 50x25xl mm sample

..

DuPont Can. Selair Phillips Marlex Solvay Fortillex

..

;jij~~· . •.

Potassium Sulfide

60

£\llifa..F::::~::::::

<0.5

<3

>85

60

jll!!it~~~;;

<0.5

<3

>85

·rh~;l!.· • . i

concentrated

~b;;;;; '"

",,' "j@!:ii,{t[m;;l;;

;1;t11;i;l;i1i[;~~/~[~;t~J.i~(i:~I!~j[~ll

Phillips Marlex DuPont Can. Selair Hoeehst Cel. Hostalen HMW; 50x25xl mm sample

..

DuPont Can. Selair Phillips Marlex

..

60

~l;~~;;~!'

Potassium Sulfite concentrated

-::::~:::~::~:::'::::::.:.:

60

.....

. ;•• ~,;[t~;lil:[

L;·.n.~ j it

<0.5

<3

>85

<0.5

<3

>85

i;;!ij;j1;1~rj;'li";j~;)!f;I1i\;;f!

~;·i-~[;i!;~l';;;.I;:fll~~lr:~;i;·t;~·ll;~l~!;

DuPont Can. Selair Hoeehst Cel. Hostalen HMW; 50x25xl mm sample

.

DuPont Can. Selair Phillips Marlex Solvay Fortinex

.

I~~l:;;

Potassium Tetracyanocuprate

~.~~~[;[;i

Potassium Thiosulfate Potasssium Bromate @

I Potasssium Sulfide

10 10

60

F;?~.!<:·

<0.5

<3

>85

60

l~l;l;l~l;t

<0.5

<3

>85

<0.5

<3

>85

<0.5 <0.5

<3 <3

>85 >85

60 60 60

• •1k?x•• t, ;k~;i!M

concentrated

;ll';,l~:';t~t

l;;;X?!.;¥;;:);i;jj!i;n><

Phillips Marlex DuPont Can. Selair Hoeehst Cel. Hostelen HMW; 50x25xl mm sample

@#il)(!'

f;;;i;~@~IM,pMi!sj~~~.~.~@nh

Phillips Marlex

(::~tG~Umh·

fufU¥}:f::: t:~~i~d\d~ ::::t}f:::::{::y{:::t::}}

Solvay Fortinex

'1:l

~

Propane

IJI

Propargyl Alcohol

~ ;:;.

tl (1) IJI

tEl· ;:l

~

... ...

0~

<.c:

gas

..

7 7

60 60

<0.5 <0.5

<3 <3

>85 >85

.~·@;t;Ht:;I~~!~iW)';%:\ tii Hoeehst Cel. Hostalen HMW; 50x25xl mm sample

DuPont Can. Selair Solvay Fortillex Phillips Marlex

@

Mat~tiar~~~e /

'1:l

P ~ ;:;. CIl

f?

Time

IRellgenf

.(~.y!~,

.. '/

Propargyl Alcohol Propionic Acid

0-

Propyl Alcohol

.,i=l

Phillips Marie. Solvay Fortille. DuPont Can. Sclair

\';:~

;:l

s:.,

.. . ... :~ ..

;" ~::::::.;

'SO

CIl

<E'

.Load

;/,:8 I-propanol n-propyl alcohol

<0.5 <0.5 <0.5 <0.5

60 60 60 60

<3 <3 <3 <3

>85 >85 >85 >85

<.c::

DuPont Can. Sclair Solvay Fortille.

I-propanol n-propyl alcohol I-propanol n-propyl alcohol

Propylene Dichloride

100 100

60 60 <=90 60

....... :.~.: ....,: ....:

60

-<.,.,8·'::·:·"····

60 60 60 <=90 ·;2tff?~ '. )20' 60 60 :..:C20\.): 60

Prune Juice Pseudocumene Pyridine

{:~ii

.:(8.);'"

DuPont Can. Sclair Hoechst Cel. Hostalen HMW; 50.25.1 mm sample

<0.5 <0.5

<3 <3

>85 >85

>5

>8

<50

Hoechst Cel. Hostalen HMW; 50.25.1 mm sample DuPont Can. Sclair

<0.5

<3

>85

Hoechst Cel. Hostalen HMW; 50.25.1 mm sample DuPont Can. Sclair Phillips Marie. Solvay Fortille.

Phillips Marie.

···~;·f:\:~

Propylene Glycol

Propylene Oxide

Hoechst Cel. Hostalen HMW; 50.25.1 mm sample

<0.5 <0.5 <0.5

;:~'~'b'~:'"

F);(:'81~j

;;*)1'9;1'

'):~;~: ~:::::~

<3 <3 <3

>85 >85 >85

3.0-5.0 3.0-5.0 <3

>50 >50 >85

Phillips Marie. DuPont Can. Sclair Hoechsl Cel. Hostalen HMW; 50.25.1 mm sample

Phillips Marlex

.

~

•. 8'";"

n

<0.5

Hoechst Cel. Hostalen HMW; 50.25.1 mm sample

DuPont Can. Sclair Solvay Fortille.

0.5-5.0 <0.5 <0.5

60 60 60

Quinine

3.0-5.0 <3 <3

>50 >85 >85

Rayon Coagulating Bath

Hoechsl Cel. Hostalen HMW; 50.25.1 mm sample

Solvay Fortille. Phillips Marlex Solvay Fortille.

Resorcinol saturated

DuPont Can. Sclair Solvay Fortifle.

Roasting Gases Rouge Rubbers

dry

rubber dispersions; late.

60 60 <=90 60 60

l";~i!~~~li,ii

<0.5 <0.5

<3 <3

>85 >85

Hoechst Cel. Hostalen HMW; 50.25.1 mm sample

';'l~1:oj.

<0.5 <0.5

<3 <3

>85 >85

Hoechst Cel. Hostalen HMW; 50.25.1 mm sample

;Aj~iff.ii

Phillips Marie.

:r: o "'U

m

01

Chemical Resistance - High Density Polyethylene

~

c.:>

I

CJ

"'U

m

Chemical Resistance - High Density Polyethylene

U"1 ~ ~

@

% Change

~

S" ~

IReagent

I

Reagent Note

(")

r;'

en tl en

Silver Nitrate

(1)

tEo

Silver Salts

conc'ITemp'l Tlm.e.

s:..,

ISoap

6(>

60

solution

'4P'd'!ll? ':t6'

<=90

saturated, cold

I~~Iume

% Retained

'I Elo~g.t10n ~

POL

Weight

8

<0.5

<3

>65

<0.5

<3

>65

<3

Rating

,

. ~, ..

60

8

Tensile Strength

60

"6

<0.5

90

0.061

97

130.4

49

90

0.095

100.5

100

66

90

7 9 7

0.037

103

130.4

20

60

e

<0.5

<3

>85

liquid

20

60

8

<0.5

<3

>85

melal

,,20 20

60

e e

<0.5

<3

>85

soft soap

<0.5

<3

>85

solution; all cones.

21

concentrated solution

21,

..,

I

60

solulion; all cones.

<3

>65

liquid

60.

60

<3

>65

60

60

8 8 '8

<0.5

metal

<0.5

<3

>65

<0.5

<3

>85

Sodium Acetate saturated

60

<0.5

<3

>65

, resistant

60

60

: e

<0.5

<3

>65

. /'.':

29

60

e

<0.5

<3

>85

.e e

::::):''u'"

DuPont Can. Sclair

60 60

60

60

35

20

60

35

21

8 8 8 8 8

35

21

e

35 35

21 60

35

60

8 8 6

35

60

8

35

60

60

20

60

60

60

20

60

w

>85

<3

>85

<0.5

<3

>85

:w

<0.5

<3

>85

,w

Hoechst Cel. Hostalen HMW; 50x25xl mm sample

....

.~:.~~-

;.:

~.:,

salm~~19rY'~esislance

DuPonl Can. Sclair Phillips Marlex Solvay Fortiflex

w' '

Phillips Marlex , <esislaril

~:

<3

>85

<3

>85

<0.5

<3

>85

<0.5

<3

>85

60

e

<0.5

<=90

e

60

DuPont Can. Sclair

<3

<0.5

60

Phillips Marlex

S'. . . . . . . I

<0.5

<0.5

21

, " ..),

<0.5

8 8 8 8 8 8 ,8 8

21

Phillips Marlex Solvay Fortillex

8 8

20

g~~~~,;

/' .~.. ~.

si!is,faclort(e~istance

" e,

60

Phillips Marlex Hoechsl Cel. Hoslalen HMW; 50x25xl mm sample

8

60

saturaled

,~xc. r.s~i::JlPl! ~Si(!ss,~ra~ks ,I:

7

e

~o

saluraled

Hoechsl Cel. Hoslalen HMW; 50x25xl mm sample

60

60

Sodium Bicarbonate

DuPont Can. Sclair

<=90

21 (,,21.

Sodium Benzoate

s~iisscr~ck agent

20

21'

Sodium Aluminum Sulfate

Hoochst Cel. Hostalen HMW; 50x25xl mm sample

DuPont Can. Sclair <0.5

Soda

rUislant

6 '8

, 60 , 27-65

Phillips Marlex

~'.

Solvay Fortillex

60

soil soap

Phillips Marlex Hoechsl Cel. Hoslalen HMW; 50x25xl mm sample

>65

6$>

solulions

Material Note Hoechsl Cel. Hostalen HMW; 50x25xl mm sample

T~istaril

6 8 8

60 60 ,\

"

;;~~:~:

'

60:'"

5 5 5

Reslstance Note

,I

27

solutions

~

u::

(days)

all cones.

;:l

t""'

('C)

Load

DuPonl Can. Sclair

w

Hoechsl Cel. Hoslalen HMW; 50x25xl mm sample

;"",)"

'M".:(::" . ,:.~:

DuPont Can, Sclair

.

'salmactory resl~tan~e r,o _.

Solvay Fortillex

.~,.

,u

v<~

.~.,

<3

>85 ;'

r~~ant

DuPonl Can. Sclair

::i{-·'{

Hoechst Cel. Hoslalen HMW; 50x25xl mm sample

.., eXC,.,18Slsi~,:",

Phillips Marlex

I

o

""0

m

01

Chemical Resistance - High Density Polyethylene

~

01

01

Chemical Resistance - High Density Polyethylene

I

a

~

0>

"'U

m

Hoechst Cel. Hostalen HMW; 50x25x1 mm sample DuPont Can. Scla;r Phillips Marlex Solvay Fortiflex

saturated

Phillips Marlex DuPont Can. Sclair

60

Sodium Bisulfite

saturated

. <\~¥;"

<0.5

<3

>85

··.;k~h··.····

i\'\3gS

:.:;: ~:~::~::;~i;~~rii::~~~::;: : ~,;;')Id;·;·2;i Hoechst Cel. Hostalen HMW; 50x25x1 Phillips Marlex )\·E~~t~f)1(:!?~it~~,\$~~"~,t;ai .• ••

mm sample

Solvay Fortiflex

" Phillips Marlex ,~~g§;

Sodium Borate

60

60

,iggn)

Sodium Bromide

;!~;;;0i;

dilute oil solution

" dilute

mf~~'i? ..••

Sodium Carbonate concentrated concentrated

60

;;.~~~; ....

'H~o,.;i

60 60

". ..,8Y> .;..

4~.\.·.·"'··

~l ·.. . . .'··8.• · .••.

<0.5

<3

>85

<0.5

<3

>85

<0.5

<3

>85

<0.5

<3

>85

<0.5

<3

>85

( . .·.8';'.'

·ri:~~:t);;

')<'j;Y;;;;L:H';(j';'" )(~{Wl~~:~:~::: :f L\~:~t1r~::>:~:w::;:: (\);;r~;

Hoechst Cel. Hostalen HMW; 50x25xl mm sample DuPont Can. Sclair Phillips Marlex Solvay Fortiflex Phillips Marlex DuPont Can. Sclair Hoechst Cel. Hostalen HMW; 50x25xl mm sample

"

;"'~".,"";,~~:~~"---" ~~. "

DuPont Can. Sclair Phillips Marlex

,':~::)';l'i;

...\[21%

. . ;Lq(l~.~m;;%(;'

"

Solvay Fortiflex

"

Phillips Marlex concentrated 60

Sodium Chlorate

@

saturated solution

"

I

M&pd·\

60

·'~;~~i~~~~

......... {~;;.}\.

<0.5

<3

>85

<0.5

<3

>85

.................l !).........

?...i:\lKI?

.1~,)~ :;t~ j;~; ·rt~ I:~1;~ ~1~lt~ ;.:~;·;

:··::::;4t::~Mt\FfJ{t:~~;.;:/:;j!ill:;};:;:;~:~:/:::i"~:::;::~}

::;::;::'}?:ti.?:::::

:;:)*m: ~<.~f#::

::::::m~::::)~? :'::~:~

Hoechst Cel.

H~~:I:~t~~~;S;~:;5X1

mm sample

"

DuPont Can. Sclair Phillips Marlex Solvay Fortiflex

"tI

p-

" " "

~

0" en

tl

Sodium Chloride

C\l

en

saturated

;::I

" "

15' t-'

0: .,

.,p

~

I

.

60

<0.5

<3

>85

60

<0.5

<3

>85

Phillips Marlex DuPont Can. Sclair Hoechst Cel. Hostalen HMW; 50x25x1 mm sample DuPont Can. Sclair Phillips Marlex Solvay Fortiflex

;:;;ePA

·:;::i: ·~nm.q:)

~~::::):::jK):l:)\ g.~j{::w~r l;.}'}}f#~:~{t::::,

.

Phillips Marlex

@

'"

S' ~

r;' VI

f? VI

<5' ;:l

t

... ...

0-

I=l
I~~~~~~t Sodium Chloride

Reigent Note

conc·ITem p• Time' (%1 reI (d.y.)

salurated

Sodium Chlorite Sodium Chromate

50

Sodium Cyanide

Sodium Ferricyanide saturated

saturated saturated

R8~lstince t{ote

60

8

<0.5

<3

>85

60 60

e

<0.5 <0.5

<3 <3

>85 >85

8.

21

~ 8 8

21

e

60 60 60 60

60

20

60

8 8 8 8 8

60

<0.5

~.;.:.

<0.5

<3

>85

<0.5

<3

>85

.e

·60 60 60 60

e

20

·

;",.:

satISfactory resiSlanee.

DuPont Can. Selalr Phillips Marie. Solvay Fortiflex

reslstent ...

Phillips Marie. DuPont Can. Selalr Hoeehst CeL Hoslalen HMW; 50.25x1 mm sample

-~,

;.~f:.<;/:.

.-;.

..

satlsla~te,iy i"sISI!~~e(

e

r~lstant

60

8

<0.5

<3

>85

,co,"

60

8

<0.5

<3

>85

60

60

<3

>85

60

8 8

<0.5

20

<0.5

<3

>85

21

e

21

8

21

e

21

8

60 60 60 60 60

e

60 60

8

saturated

20 21'

60

60

60

"~'::

DuPont Can. Selair Phillips Marie. Solvay Fortitlex

.. <0.5

· ·

lesistant

Phillips Marie. DuPont Can. Selair Hoeehst Cel. Hostalen HMW; 50x25x1 mm sample

saiisfaeto~ra~~~rie.

DuPont Can. Seiair Phillips Marlex

>85

<3

resislant <0.5

<3

,:.

>85

DuPont Can. Selair

4'

sallsj~et0'l' resl$·la~e. .,~---'~

e e

u

e· 60

e

<0.5

<3

>85

60 60

8

e

<0.5 <0.5

<3 <3

>85 >85

9

0.015

100.9

100

e

::c o

'"\

Hoeehst Cel. Hostalen HMW; 50.25x1 mm sample DuPont Can. Selair Phillips Marlex Solvay Fortifle. Phillips Marie. DuPont Can. Selair Hoaehst Cel. Hostalen HMW; 50.25.1 mm sample

8

90 27 27-65 .. <=90

DuPont Can. Selair Phillips Marlex Solvay Fortifle• Phillips Marie. DuPont Can. Selair Hoeehst CeL Hostalen HMW; 50.25.1 mm sample

satlslaetory re~i~lti~e •• >

8 8

60.

20

e e

.

M:.:..

e

saturated

~"'''69 69'

:0 ..

.:,::<::' ~.'?'·-:~::::·:f:':;::f

e

""60'"

-0

.-.•

8

21

m

';_~

/{4' .;.:.

>85

<3

DuPont Can. Selalr Hoeehst Cel. Hostalen HMW; 50.25.1 mm sample

',",'"

e

21

Material Note

".>

1t$is1ant

2~

e

28 30

Elong.tlon """

20)' 60.

21

Sodium Hydroxide

I

>85

21

Sodium Hexacyanoferrate

Ten,lI.

~rength

<3

2.1

Sodium Fluoride

Volume

<0.5

8 8 8 8

saturated

I

8'

i1

Sodium Dodecylbenzene· sulfonate

wel~~,t

8

"21

saturated

POL

Rating

60

20

Sodium Dichromate

. Load

% Retained

60 60

21

Sodium Ferrocyanide

% Change

·········1 :){;'

,.~:<:. ~::'

Phillips Marie. .ttXC•. res1St.:

01

Chemical Resistance - High Density Polyethylene

~

-..,J

01

Chemical Resistance - High Density Polyethylene

I

o

~

CD

"U

m

~lI,t&riaINote

Reagent Note Sodium Hydroxide

50

27

50

49:

50

"'66"

c'

20 '20

solid concentrated

90 90 90

60 60

21 ,21

8

solid

,60

12% chlorine

>'!~~(

dry

'~{r

"20

Solvay Fortiflex DuPont Can. Sclair

8

<0.5

<3

>85

8 8)::.":·

<0.5

<3

>85

<0.5

<3

>85

<0.5

<3

>85

'.a

Hoechst Cel. Hostalen HMW; 50x25xl mm sample

'c',

8 8

60

Sodium Nitrate

DuPont Can. Sclair

6

60.

ao:

Hostalen HMW; 50x25xl mm sample

8

60 60 60 60

"21

12% chlorine

<3 <3

8,

'e;:/

60

Phillips Marlex

9 7 8 '8" 8'

,,1'80'

Sodium Hypochlorite

9

)!V

.. 3',i'

:8~>t

DuPont Can. Sci air Solvay Fortiflex

"::"."

",f'

60 60

:'ir~iit:it:~~:~~a;:" ..

DuPont Can. Sci air >5

>8

<50

<0.5

<3

>85

8 .

Hoechst Cel. Hostalen HMW; 50x25xl mm sample DuPont Can. Sclair Solvay Forti!lex Phillips Marlex

8 8

Solvay Fortiflex

,8';',

60 60

Sodium Nitrite

;:6; Sodium Perborate

20,"

f~l

60

:/.20

·llq Sodium Peroxide

10 10 saturated

@

Sodium Phosphate

<0.5

<3

>85

<0.5

<3

>85

60 60

60 60 60 60 60 60 60

8 8 8 <, 8 "':""8

!L

<0.5

<3

>85

<0.5

<3

>85

0.5-5.0

3.0-5.0

>50

<0,5

<3

>85 >85

<0.5

<3

<0.5

<3

>85

<0.5

<3

>85

0.5-5,0

3.0-5,0

>50

<0.5

<3

>85

saturated

~

~

CJl

15' ;:l

~

... ...
0~

Hoechst Cel. Hostalen HMW; 50x25xl mm sample

Solvay Fortiflex

po

CJl CJl

Hoechst Cel. Hostalen HMW; 50x25xl mm sample Solvay Forti!lex

'il

ri'

Hoechst Cel. Hostalen HMW; 50x25x1 mm sample Solvay Fortiflex

60

Sodium Perchlorate

;.8 8

DuPont Can. Sclair

Sodium Silicate

all cones.

Sodium Sulfate

saturated, cold

60 60 60 60

<0.5

<3

>85

<0,5

<3

>85

<0.5

<3

>85

<0.5

<3

>85

Hoechst Cel. Hostalen HMW; 50x25xl mm sample

DuPont Can. Sclair Phillips Marlex

@

'1:1

I:i ~ (;.

VI

~ VI

15'

;:s t"-

saturated. cold

Sodium Sulfide

.,o:p .,

to saturated

60

8"

Phillips Marlex

8 8

DuPont Can. Sclair

>=25

~;.8 ',.'

>=25

!l

saturated

60

"8.,. ".,.

<0.5

<3

>85

Phillips Marlex <0.5

<3

>85

~>

\C::

Hoechst Cel. Hostalen HMW; 50x25xl mm sample

Hoechst Cel. Hostalen HMW; 50x25xl mm sample DuPont Can. Sclair

8

Solvay Fortiflex

8

L

60

Sodium Sulfite

DuPont Can. Sclair <0.5

<3

>85

Hoechst Cel. Hostalen HMW; 50x25xl mm sample DuPont Can. Sclair Solvay Fortiflex Phillips Marlex Solvay Fortiflex

Sodium Thiosulfate

all cone. fixing salt. saturated fixing sail. solid

l};~~i §~9:C

";~%'r~l;

60 60 60

l(~9b.

all cone. fixing salt. saturated fixing salt. solid

Stain Removers

>85

<3

>85

<0.5

<3

>85

>85 >85

<0.5

<3

>85

'~I~

<0.5

<3

>85

3.0-5.0

>50

~;!~~i~lr

60

;'l.(,

<0.5

<3

>85

60

~,·:.\,~:,t.'

0.5-5.0

3.0-5.0

>50

60

<3

>85

t{§~}W

60

;'·. ;·[i:~;.,.

<0.5 <0.5

<3

>85

;~;i~~:it

60

<3

>85

3.0-5.0

>50

)1~t~~t1-;

60 60 60 60

60 60 60

60

Hoechst Cel. Hostalen HMW; 50x25xl mm sample

Solvay Fortiflex

<3

;%~~tb

Spirits

;:};·:i·l;~~t

<3

<0.5

<3

l~'!;~i;i;ji'

SpindleOil

\;~;!:\~.

<0.5

<0.5

(~It~~~:

Spermaceti

':"

<0.5

\:'?9'?;,

Soybean Oil

Stannic Chloride

l1il'~<9;i

,....

DuPont Can. Sclair

Hoechst Cel. Hostalen HMW; 50x25xl mm sample

Solvay Fortiflex <0.5

;;i;%~,li@ o~~~~o

~(:;;$i;;';;( o~~:.0

<3

>85

<3

>85

saturated

Hoechst Cel. Hostalen HMW; 50x25xl mm sample

DuPont Can. Sclair Solvay Fortiflex Phillips Marlex Solvay Fortiflex DuPont Can. Sclair

Stannous Chloride Solvay Fortiflex Phillips Marlex Solvay Fortiflex DuPont Can. Sclair

I Cl ""U

m

01

Chemical Resistance - High Density Polyethylene

~

<0

c.n c.n o

Chemical Resistance - High Density Polyethylene

::J:

o

"1J

m

(.",.::2,1?}{

saturatedsolution

'::\ .."'6'"

"""""""',,' siitss,ciack"aiiMtt\:}"':,::"

DuPont Can. Sclair Solvay Fortiflex Phillips Marlex Solvay Fortiflex

Steam

saturated condensate

" Stearic Acid

100 100

~~:t.I?;~[)!

~'~\~tI:.~!

f~l;~~~;:;:;

60 60

~~~::i;t~~

60

[lli!:;~:;;:

60 <=90

A8°;.;(;

Styrene

;,6'0.;/ /!I~~S"

STP Gas Treatment Succinic Acid

50 50

Sugar Sulfates

solutions

Sulfur Trioxide Sulfuric Acid

50

@

'1:l

50

>B5 >B5

<3

<0.5

<3

,-B.,.

<0.5

<3

60 60

'·.t?ll,

60

~11~~i :i4:f1i'

~"

7 7

<3

"B'"....

<0.5

<3

~

<0.5

<3

'3:};" 0.25%

<0.5

<3

<0.5

<3

>5

>B

;\;~;~~";i~~i~~~·~ij1t;;~':'i,;.

;·;7;:,.,)

~::;

HOS~~~I~i:s:::;rl~~X25Xl bollies

Hoechst Cel. Hostalen HMW; 50x25xl mm sample

Hoechst Cel.

HOS:~~I~i~:;;rl:;X25Xl

LNP; 30% gl.fib.

"

"

DuPont Can. Sclair <0.5

<3

"

>B5

Hoechst Cel. Hostalen HMW; SOx2Sxl mm sample

./,·II!'-%

Solvay Fortiflex

50

60

<0.5

<3

r;'

70

60

<0.5

<3

>B5 >B5

' : ; / ' .ti8§ls)iiitt

Hoechst Cel. Hostalen HMW; 50x25xl mm sample

VJ

70

DuPont Can. Sclair

tl (\)

70

Solvay Fortiflex

VJ

70

;:l

70

t""

70

60

70

<=90

BO

60

c;: .,

.,p

u:

mm sample

Phillips Marlex

50

tEo

mm sample

<50

B2 B5

':\.:·6::\(

P ~

>B5 >B5 >B5 >B5 >B5 >B5 >B5 >B5

g;g+D/!~~anl"";,, <"

;~~

60

Hoechst Cel.

{{() mttx·{:~}:::};<:;;A:;l::j~;::;;;" \;::

<0.5

B ".8.:<

60

;i·}IO:;"

:'.·lIP·';:

0-50

<50

<0.5

<50 0-50

>B

':;;;:~:]l;;

;;:'i,~~~

10

>5

60

<50

10

,;:;!I~II'Jf.tl~~~i~f~;\

'}iL':;KIIi1)hl@·!~~~la,nce:",j·L." Hoechst Cel. Hostalen HMW; 50x2Sxl mm sample

<3

60

Hoechsl Cel. Hostalen HMW; 50x25xl mm sample

>50

<0.5

;:~;q

)·i::I:>

3.0-5.0

¥i'~"';;

60

/:::\;C::2Ut'$i$lanif'6

DuPont Can. Sclair

0.5-5.0

<=90

60

Hoechst Cel. Hostalen HMW; 50x25xl mm sample

>50

;t'~h; ;i!~~~)

:.\,20:/'·'

>h;;§;;;i;~t!~j~~tit@9g:.

3.0-5.0

<3

60

DuPont Can. Sclair

.... -..

0.5-5.0

<0.5

::~(

~-

Solvay Fortillex

i;;t~.t;i··'

.... 'il(;:

>B5

<3

60

:;:.:.:~;.:.

dry and moist

<0.5

::};?(h:,,(

60

>B5 >B5

a.·'··-···

: ::n?:t:sir_ren~k..•lI9lit:·•.u ttf

-16.4

/{20:'

dry and moist

<3 <3

·····r··

{'6~:F

SulfurDioxide

;;1,;;"

60

<0.5 <0.5

2B

'\20

Sulfur

60

. -.. - .......,

DuPont Can. Sclair <0.5

<3

>B5

Hoechst Cel. Hostalen HMW; SOx2Sxl mm sample

<0.5

<3

>B5

Hoechst Cel. Hostalen HMW; SOx2Sxl mm sample

Phillips Marlex

,% Change.

'1:1

po

~

Reagent

Reagent Note

C/)

f?

COrie'IT~~p.J Time', ("')

ri'

Sulfuric Acid

'. ('e)} Iidays) :.;:.?;

2f

80 80 80 80 80

C/)

tEo ;:l

t-'

0: ..,

..,

!=l

u:

Sulfuric Acid

60

80

27-65

<;90

96 96 96 96 96 96

21"

21> 60

.60 . . .60·.. .20

battery acid concentrated fuming, 20% oleum

60

:~

.-,

60

<;90

60

60· )20.

60

Sulfurous Acid

60

.. 2{

2, 7 5 8 B

21/":'

8

21

'8

60

B

'60 60

60

.>.20,

60

,< 27"65

<;90

20

60

technically pure

~o 21

60

technically pure

,.,.:,:",,~!L;,.,.,

60

\~l)'

60

. 60:

60

j2 1 ··'21 60

}50

:::.:.:.

3.0-5.0

>50

>5

>8

<50

DuPont Can. Sclair Hoechst Cel. Hostalen HMW; 50.25., mm sample Phillips Marie• Solvay Fortitte. DuPont Can. Sclair Solvay Fortitte. Phillips Ma,le. Hoechst Cel. Hostalen HMW; 50.25.1 mm sampla DuPont Can. Sclair Phillips Marie. DuPont Can. Sclai, Hoechst Cel. Hostalen HMW; 50.25.1 mm sample Phillips Marie. Solvay Fortitte. DuPont Can. Sclair Solvay Fortitte.

8 8 3 8 8 8 8 "6 8

8 8. 8,

Phillips Marie. <0.5 0.5-5.0

<3 3.0-5.0

>85 >50

<0.5

<3

>85

Hoechst Cel. Hostalen HMW; 50.25., mm sample

DuPont Can. Sclai, Phillips Ma,le. Solvay Fortifla.

<0.5

<3

>85

>5

>8

<50

<0.5

<3

>85

<0.5

<3

>85

<0.5

<3

>85

<0.5

<3

>85

<0.5

<3

>85

Phillips Marie. Hoechst Cel. Hostalen HMW; 50.25.1 mm sample Phillips Ma,le. Hoechst Cel. Hostalen HMW; 50.25.1 mm sample

DuPont Can. Sciai, Hoechst Cel. Hostalan HMW; 50.25., mm sample Phillips Ma,le. Solvay Fortille.

8

"'6'0

'./ :~'t

,-::-:,:-;"-~:,:",:'

2

20

saturated

3.

:

.2

'!lOr

10 10 10 10 10 10

0.5-5.0

. 2

i~7rtl~

Tannic Acid

.p Sf

.;.: ..:.....

~rff~<

'~

~~;

Sulfuric Ether

Tallow

>85

9 5 2

:21 '2:1

Sulfuryl Chloride Suntan Lotion Syrups

<3

. . 3 \ ",) ······2

. . , 60\.

;:~: ..,

<0.5

5

21

h

concent,ated fuming, 20% oleum

8 6 5

2,

2(

~:'

DuPont Can. Sclair Solvay Fortille.

5 5· ,2 2

2.1

:':.'.;

Material Note

I Volume

2' .

60

98 98 98

Weight

Ritlng 8.·· 2..

A.al:

98 98

POL

% Retained'

'-!l

21 60'"

98

concentrated

Load

,

..

,(

@

8 60

8

<0.5

<3

>85

6

Phillips Marie. Hoechst Cel. Hostalen HMW; 50.25.1 mm sample DuPont Can. Sclair

6

I

o

-0

m

Chemical Resistance - High Density Polyethylene

01 01

......

Chemical Resistance - High Density Polyethylene

I

o

01 01

'"

"'U

m

R~aglint

, ' I' C.onc..· l%f

....;:;:r.:....

Tartaric Acid

Hoechst Cel. Hostalen HMW; 50x25xl mm sample Solvay Fortiflex <0.5

>85

<3

Tea

Solvay Fortillex

Tetrabromoethane Tetrachloroethane

0.5-5.0

3.0-5.0

>50

>5

>8

<50

0.5-5.0

3.0-5.0

8.59 >5

Tetraethyllead Tetrahydrofuran

Hoechst Cel. Hostalen HMW; 50x25xl mm sample

technically pure

Hoechst Cel. Hostalen HMW; 50x25xl mm sample

>50 89.3

>8

174

Phillips Marlex

<50

Hoechst Cel. Hostalen HMW; 50x25xl mm sample

<0.5

<3

>85

0.5-5.0

3.0-5.0

>50 DuPont Can. Sclair

·,21

Phillips Martex

\21

Solvay Fortiflex

.23,

180

-24.1

bottles Solvay Fortiflex

'::60

Phillips Marlex DuPont Can. Sctair

Tetrahydronaphthalene Tetralin

technically pure

60

>5

>8

<50

letralin

60

<0.5

<3

>85

technically pure

Hoechst Cel. Hostalen HMW; 50x25xl mm sample

60

>5

>8

<50

60

<0.5

<3

>85

90

7.08

87.3

182.6

90

7.08

78

230.4

79

208.7

Phillips Marlex

>85

Hoechst Cel. Hostalen HMW; 50x25xl mm sample

Phillips Marlex

technically pure

Thioglycolic Acid Thionyl Chloride Thiophene Tin (II) Chloride @

'il

Titanium Tetrachloride Toluene

all concs.

<50

60

>5

90

16.06

>8

60

<0.5

60

<0.5

<3

>85

60

>5

>8

<50

60

0.5-5.0

3.0-5.0

>50

60

>5

>8

<50

60

<0.5

<3

>85

60

<0.5

<3

>85

3.0-5.0

>50

<3

saturated technically pure

DuPont Can. Sclair 60

~

Solvay Fortiflex

r;'

en tl ~ en

to·

90

4.4

88.2

156.5

90

3.86

88.1

187

28

-28

.,

P

u:::

Phillips Marlex botttes Solvay Fortiflex

;:s

0-

Hoechst Cel. Hostalen HMW; 50x25xl mm sample DuPont Can. Sclair

~

s:.,

Hoechst Cel. Hostalen HMW; 50x25xl mm sample

DuPont Can. Sclair technically pure

60

>5

>8

<50

Hoechst Cel. Hostalen HMW; 50x25xl mm sample

@

.....

...

\~:-:-

P ~

ri' V>

tl

~tag8nt ;::::;,.-v

Rlllgllnt Note

" •.,,··••· u.•.• y·.· ...••.

tEo

Toluene

2·7,.65.~ <=90

Tomato Juice

6.6.•,:, . 2.0·,

;:J

,'" ~'Change

Load

weight.,

0: ""1 ""1

Transformer Oils

technically pure

<0.5

<3

>85

<0.5

<3

>85

<0.5

<3

>85

technically pure

Tributyl Phosphate Trichloroacetic Acid

10 10 50 50 technically pure

27~65"

60 <=90

20

60

21 60(. 20 60 ~o

Trichloroethane Trichloroethylene

20 60 50 technically pure

technically pure

Tricresyl Phosphate Triethanolamine

<0.5

<3

>85

~:

.".~I. soh.! dlslort,;,

"iU'l$ili\t'

Hoechst Cel. Hostalen HMW; 50.25xl mm sample

r:s~';~~~

>8 >8

<50 <50

'I\ot reslst!l"t

28

·4

-3

7 2

<0.5

<3

>85

limft'~l~SiSJ' tor~~[$t. nof r.commended

>5

>8

<50

<3 <3

>85 >85

60

8 7 7

<0.5

<3

>85

8 8 8 8

<0.5

<3

<0.5 <0.5

<3 <3

<0.5 0.5-5.0

<3 3.0-5.0

>85 >50

<0.5 <0.5

<3 <3

>85 >85

<0.5 0.5-5.0

<3 3.0-5.0

>85 >50

<0.5

<3

>85

Trimethyl Borate

20

60 60

Trimethylolpropane

20

4

60 60 60 60 60

"

;

,8 8· 8 5 8 8 8

~.:.

bottles

'.

Hoechst CeL Hostalen HMW; 50.25.1 mm sample DuPont Can. Sclair Solvay Fortifle.

:::'::';: .....

".

<0.5 <0.5

60 60

"

...

no~ recom~?d.d

8 7

60

Hoechst Cel. Hostalen HMW; 50.25.1 mm sample

limft~c1 t~np;;;tit"

n01 reslslant

'softl sw~osidisl~~~~hi911 p~rm.

DuPont Can. Sclair Hoechst Cel. Hostalen HMW; 50.25.1 mm sample Phillips Marie.

re$is)ant

Hoechst Cel. Hostalen HMW; 50.25.1 mm sample

,2

60 60

20 60.'••.

resistant·

";;'..

2 3 2'

Phillips Marie.

U~satisf~ory ~sist~nce

2

mm sample

Phillips Marie. Hoechst Cel. Hostalen HMW; 50.25.1 mm sample Phillips Marie.

limfted

>5 >5

'20

.21

atla~k.'

33

>85 >85

"21

$OlJle

HOS~~~:;~:t;if~::25'1

Hoechst Cel. Hostalen HMW; 50.25.1 mm sample Phillips Marie. Solvey Fortifle.

...'

60 60

<3 <3

20 60 ,,20 ,.

resistant'.. ? . Salisf~~\Orji.~~~;;'nce M.':;·'- ~r>

Hoechst Cel.

Hoechsl Cel. Hostalen HMW; 50.25.1 mm sample Phillips Marie.

fI

e.e..~8$ii:: ~1ai6 ROSS. ',-.

Phillips Marie.

.

(~~1!~{~&!t~~~,~1~i:~>

4

<0.5 <0.5

;'60\

..::;:~:: ;',";" . .,,~:~\/~}::

A~~il~~5io~i~sJ~~(~~e

.8 8

6~

. _.

>85 >85 >85 >50

Trilon

saturated

>50

60 60

60 ,.60

Trisodium Phosphate

3.0-5.0

20 60

20 ,21,

Trioctyl Phosphate

0.5-5.0

.-

<3 <3 <3 3.0-5.0

8 8 ·8

Mate.rial Note

;~

<0.5 <0.5 <0.5 0.5-5.0

60 60 60 60

20 60 21 21 60 60 60 60 27-65." <=90

~o

Triethylene Glycol

187

e'" .

60

Trichlorobenzene

98

'a 5 5 5 6 8 8'

~:~ .... . ..

~oflJ s~~U;i dl~l~it~; ~i9h p~rm.:

il

8 8

..~~:,.::::.

;~"

60

~1

21 60 '60 60'?

T.

5.58

8 8 8 7

•. . Res,l$t'~c::~:~~t~".

e~'lIel flongellon. S1rength ,,-, .--

'2. 4

60

·20

Volume

90

60 60 27-65\ <=90

i=l

l I·

'" Retained,

.~.

21\.; 60 ....

t""

u::

""'. .-

conc·ltemp·rTlm~ ("') rc)~~ •.t~) I'"..

(1)

V>

,I

11

'U

", reslslant,discolors resistant .. resislant - eo;s:sa~~craeks

DuPont Can. Sclair

>85

resistant

Hoechst Cel. Hostalen HMW; 50.25.1 mm sample

>85 >85

~

:;"~

:-: ;". ~>.'"

'limit~ ....... ;~:Ofreii"t. ,

.}

?rlIiSJsta'll~f;; ..··.>·~··

'-':,.-'"

.'

.~.

:liry.!!.ad ;;;j$la~~~ 'resIStanf'F'"

satisfa;;~;Y i.s~tanca . ' '

'-:;: ..

Phillips Marl.. Solvay Fortifle.

I

o

""U

m

Chemical Resistance - High Density Polyethylene

01 01 W

Chemical Resistance - High Density Polyethylene

:I:

o

(]'I (]'I ~

"'U

m

~eagent ~9te

Co.nc, 1%) ','

Trisodium Phosphate

saturated

p, ITJine IT.;k
60

<~O

Turpentine

:{,

';;., ...-.. '. ,,'

technically pure

>t6 0"

60

<0.5

<3

>85

20 "<"21',,'

60

<0.5

<3

>85

21 27

6.65 -1.9

90

28

technically pure

Tutogen U Tween 20 Tween 80 0-30 0-30

60 <=90

0.5-5.0

3.0-5.0

>50

60 60

<0.5

<3 <3

>85

<0.5

60

8 3

<0.5

60

>5

<3 >8

>85 <50

'20 .

60 60

8 .",,,3

<0.5 >5

<3 >8

>85 <50

721-

<=33

60 60

::~.:~<::~\:::::.'

:(;':'

~~~;

<3 <3

>85 >85

Phillips Marlex Solvay Forti!lex Phillips Marlex

60 60

<0.5 <0.5

<3 <3

>85 >85

60

<0.5

<3

>85

Hoechst Cel. Hoslalen HMW; 50x25xl mm sample

Phillips Marlex Solvay Fortiflex

}~~ '.' Vanilla

@

S'"-

Vaseline

vanilla extract

technically pure vaseline oil

;::I

~

...0... It: ~

DuPont Can. Sclair Phillips Marlex

<=90

7l

60 60

...

<0.5 <0.5

7·....

:~j)~~

technically pure vaseline oil

Vegetable Dyes Vegetable Oils

Phillips Marlex ; Hoechst Cel. Hostalen HMW; 50x25xl mm sample

>85

DuPont Can. Sclair Solvay Fortiflex

~

cEo '"

<3

"2j

(:.8 . '~\

n''"

'~"

<0.5

60

iii~.~···· .

;'~~;~~.

'2.?~~5. <=90 60 :' "",20. 60 ""60

. ~ii~5\ :~':.;':::

:::::<>.

Hoechs! Cel. Hostalen HMW; 50x25xl mm sample

Hoechst Cel. Hostalen HMW; 50x25x1 mm sample

·;':11

.60

DuPont Can. Sclair Solvay Forti!lex Phillips Marlex bottles Solvay Fortiflex DuPont Can. Sclair Hoechst Cel. Hostalen HMW; 50x25xl mm sample Phillips Marlax

DuPont Can. Sclair

'>:8 8 ;. '.'

60.

;;;,:~}

<0.5

:'~.

8:

/·6(L

Urine

<0.5

8

fefi~2dn:~~j12~~F~'~~~:~;·';

~.

21 . 21

·'····'20

8 ·"8', 8""

Phillips Marlex Hoechst Cel. Hostalen HMW; 50x25x1 mm sample

>85

60

<=33

Uric Acid

252.2

. ,20,

~()

Urea

86.4

'i~:t;"

Solvay Forti!lex

<=90

,., 8:"

:.,.8 7

<3 <3

Hoechst Cel. Hostalen HMW; 50x25x1 mm sample

>85 >85

Solvay Fortiflex

..

~:~:~:~ ~:~:~:~ <0.5 <0.5

<3 <3

:~~ >85 >85

Hoechst Cel. Hostalen HMW; 50x25xl mm sample

,.::.,:iiX#!r,ll,ifSi.·'·'····

IC />.~~t~ilt···,

Phillips Marlex .. :

Hoechst Cel. Hostalen HMW; 50x25xl mm sample

{;.n!iilled'r~~i~.lo.ieslst.

~t.di.e!ite~~~k~p;. poss..

Phillips Marlex

.'

@

'U

P

Reagent Note

~

'"t l '" cE'

Vinegar

wine vinegar

~

.

(days)

?o.

o:..,

wine vinegar

..,>l

60.·•• .

Viscose Spinning Solution

20 "".;

6.0 i (·

Vitamin C

·':&)J.;f dry powders

Water

.. 20 ."i'·'60.·'··

'{20"'"

Walnut Oil Waste Gases

27:65'·. 20'

Vinyl Acetate

Vitamin Preparations

':a}

60;, with carbon monoxide with carbonic acid with HCI with low sodium dioxide with H2S04 traces 01 hydrogen lIuoride traces nitrosyl sulfuric acid with carbon monoxide with carbonic acid with HCI with low sodium dioxide with H2S04 traces of hydrogen lIuoride traces nitrosyl sulfuric acid distilled drinking mineral water

..•.. 2.0'·..' /.20 .'

26'/

POI.' I Rating 8

% a~talned EI;~~~;I;;I

Weight

;.1/'· cO.5

c3

>85

't~sJ~tanc~Note .·)r¥ii$~'8i\l"}"

~ .8

.....

8

~

"•.'.,•. ~g)

t-

Load

60

.,•..·21. ""'." .:'. 2.1" ""y

;:l

conc.lremp.·. .. i..",.e." ee) • '•.'I..T (%)

r;'

;.-;"

60 c=90

60 60 60 60 60 60 60 60 60 60 60 60 60 60 60 60 60 60 60 60 60 60 60 60 60 60 60

• 8'

7. .~

boiling water

Hoechst CeL Hostalen HMW; 50x25xl mm sample DuPont Can. Sclair Solvay Fortillex DuPont Can. Sclair Hoechst CeL Hostalen HMW; 50x25xl mm sample Phillips Marlex Hoechst CeL Hostalen HMW; 50x25xl mm sample

8

':

.8

8 L

8.,.,..,.

Il· . ;8.5'·· .

i,'l"" 8: ',8

8

L ,8 .,'8"< •.

90 90 distilled drinking mineral water

Material Note

60 60 60 90 1 1 1 1 1 1 1 1

DuPont Can. Sclair Phillips Marlex DuPont Can, Sclair Hoechst CeL Hostalen HMW; 50x25xl mm sample

Phillips Marlax Novacor HRSN8907; 10% cel.lib. Novacor HRSN8907; 20% cel.lib. Novacor HRSN8907; 30% ceUib. Novacor HRSN8907; 40% ceUib.

:::I:

o

"'U

m

Chemical Resistance - High Density Polyethylene

01 01 01

Chemical Resistance - High Density Polyethylene

::r: CJ

(]l (]l

0>

""U

m

1 1 1 1

Waterproofing Cable Jelly

mixt. of min. oil, PE, SEBS

various synthetic polyisobutene mixt. of min. oil, PE, SEBS

various synthetic polyisobutene mixt. of min. oil, PE, SEBS

various synthetic polyisobutene

Waxes bees wax wax alcohols

I~

~~ltlj~~

carnauba wax

•• ,., 2.1 •.,.•,.

bees wax

j;:~p;L*

wax alcohols liquid and paste

Wetting Agents

;i!'~t§~[~~ l[t~'~~';~

16 16 16 64 64 64 180 180 180 60

,; I ·"Y%i·

';J~;;ii'l!I?;··.

~i~~:#8·:W::~;:·

60

j~!i::~r;:

60

:,.oJ:,·

60

60

;;~£*l~?; <:~o ~,!~&,,!

"{~~~;:;;

!~ji1

73.1 66.4 65.7 60.9 4.1

90

3.9

101

0.8

97

5.2

86

4.7

101

2.1

96

5.3

86

5.5

101

2.6

Novacor HRSN8907; 10% cel.fib. Novacor HRSN8907; 20% cel.fib. Novacor HRSN8907; 30% cel.fib. Novacor HRSN8907; 40% cel.fib. 0.95 dens., 0.7 Mi; 1 mm thick

96

<0.5

<3

>85

<0.5

<3

>85

0.5-5.0

3.0-5.0

>50

Hoechsl Cel. Hostalen HMW; 50x25xl mm sample

Solvay Fortiflex <0.5

~:~~;:!l;: ~:~:~:~

<3

>85

3.0-5.0

>50

3.0-5.0

>50

Hoechst Cel. Hostalen HMW; 50x25xl mm sample

. ;~~;;~~::~;~;~i:~iii;ii;.

;;;;it~d;i};i.

Phillips Marlex Solvay Fortiflex DuPont Can. Sci air

" Solvay Fortiflex Phillips Marlex

Whey

~{~?

rV·"

.... j6t

Whiskey

'2a .'

60 60 60

i·,A8· ':::':':'.:;:':.:'" "},8,:,«::

;"/+~¥;

.

<0.5

<3

>85

<0.5

<3

>85

<0.5

<3

>85

;; .··"j#l$iliijEi.. 4A>:\

Hoechst Cel. Hostalen HMW; 50x25x1 mm sample

Solvay Fortiflex DuPont Can. Sclair

"

Solvay Fortiflex <=90

Wines

h;lOo'

60

;~,>\

rfl····

<0.5

<3

>85

Phillips Marlex .·.·.".'.'i)i;e;.~:·f~\~i·;;0;i;t;;;j;; .. ·.,.f···" 'f'l~liJJt>h; @ft,)::. Hoechst Cel. Hostalen HMW; 50x25xl

mm sample

Solvay Fortitlex DuPont Can. Sclair

@

'1::1

Solvay Fortiflex

S"

~

<=90

o·

Wood Stains

t:l

Xylene

C/)

l1l

60

Phillips Marlex <0.5

<3

>85

60

<0.5

<3

>85

60

0.5-5.0

3.0-5.0

>50

C/)

Phillips Marlex

cEo

Solvay Fortiflex

;:l

DuPont Can. Sclair

t-<

0: .,

.,P

Hoechs! Cel. Hostalen HMW; 50x25xl mm sample

90

5.29

86.7

213

90

5.02

84.8

191.3

Phillips Marlex

@

~

IRll8g:ent

Reagent

Not~

n' (I)

fi;' to·

Xylene

Load

POL Rat!ng

Weight

'1

-15

28

60

t:

0-

Yeast

60

&6

90

20..

60

"21 '21

60

27..65

saturated

60 <=90

60

2';,·

all cones.• aqueous

':;: w:

",,21"'"

8 8 8

60 60;6

all cones., aqueous

£!

60 60

8

-'iii

8 ·8 .8

~o

60

Zinc Sludge

20

SO 20,'

Zinc Stearate

, ·,·8.

8 8 8,.

60 60 60

8

.8 8 .. 8 . . 8 8

SO' ,60 all cones. saturated

";.",

.'

60 60

{

<0.5

<3

>85

<,

.:.::.

60

:::~:';::<>:
&~_;~~:l~t~~~;;"

Material Note bottles Phillips Marlex Solvay Fortiflex DuPont Can. Selair Hoeehst Cel. Hostalen HMW; 50x25xl mm sample Phillips Martex Hoeehst Cel. Hostalen HMW; 50x25xl mm sample Solvay Fortiflex DuPont Can. Selair Solvay Fortiflex Hoeehst Cel. Hostalen HMW; 50x25xl mm sample Phillips Marlex DuPont Can. Selair

<0.5

<3

>85

Hoeehst Cel. Hostalen HMW; 50x25xl mm sample DuPont Can. Selair

<0.5 <0.5

<3 <3

>85 >85

Hoeehst Cel. Hostalen HMW; 50x25xl mm sampte Phillips Marlex Solvay Fortiflex DuPont Can. Selair

<0.5 <0.5

<3 <3

>85 >85

Solvay Fortiflex Phillips Marlex Hoeehst Cel. Hostalen HMW; 50x25xl mm sample Solvay Fortiflex DuPont Can. Selair

<0.5 <0.5 <0.5 <0.5 <0.5 <0.5

<3 <3 <3 <3 <3 <3

>85 >85 >85 >85 >85 >85

Solvay Fortitiex Hoeehst Cel. Hostalen HMW; 50x25xl mm sample

DuPont Can. Selair

<0.5 <0.5

<3 <3

>85 >85

Hoeehst Cel. Hostalen HMW;50x25xlmmsample Solvay Fortiflex Phillips Marlex DuPont Can. Selalr

:a 8 8

.::.' :;.E,::r-

$atisfaciorY}~~i~t;in~'

.8

all cones.

,~.,

>85

8' '8

60 60 60

. 2·1

Zinc Sulfate

: -:...

<50 191.3

8

, 21 .60{

".

8~

\;~§.~; Zinc Salts

<3

'M" 69.

2.0 saturated

<0.5

,~ 8

60

Zinc Oxide

8 8 8

87.9

9

60

.. ,I!O/<{ '21"""

>8

.8'

saturated

Zinc Chloride

>5 7.07

8

/:SQ..;J

all cones .• aqueous saturatedsolution

3 3

8

210

Zinc Carbonate

llnia;lsf~c10ry {J~'aJlCe. -,: .. ..

.;.

8

60 Zinc Bromide

"''-;':."

2 5

. lip"

50,

Resista~~e'Note' ,

"2

cao.

;:l

(C

I

Conc'ITem p; Time ('J,). I'C) Jd~y,,) 50 50

(I)

...>l ...

% Retained

':-:":"

'1:l

S"

<0.5

<3

>85

Phillips Marlex Solvay Fortiflex Hoeehst Cel. Hostalen HMW; 50x25xl mm sample

I

o

"'U

m

Chemical Resistance - High Density Polyethylene

tTl tTl

......

<.n <.n ex>

Chemical Resistance - Low Density Polyethylene

r

o

"'U

m

Reagent Acetaldehyde

100

DuPont Can. Sclair

100

ll} 60r / Acetic Acid

5

./&~}o .'::;::;:::::~::

.. o

Quantum Petrothene

:2 0.8

365

o

·'{~·:8.

-~~

10 10 10 10 60 60 60

.;:.:< ." ::}:.

:"to

60

.

·.:~>tr ~.::::::::::::~~?··

stress cracfagil9' .

:e~~~

:,.5

Eastman lenite; 0.918 dens.; 3.2 mm thick Quantum Petrothene DuPont Can. Sciair Quantum Petrothene DuPont Can. Setair

Quantum Petrothene

Acetic Anhydride DuPont Can. Selafr Quantum Petrothene

Acetone 365

Acrylics

1.2

0.2

emulsions

Air Aircraft Fuels

DuPont Can. Sclair 365

aviation

2t·

Allyl Alcohol

o:o ..

~6Q}

Allyl Chloride Alum

Eastman lenite; 0.918 dens.; 3.2 mm thick Quantum Petrothene

15.1

3.0

Eastman lenite; 0.918 dens.; 3.2 mm thiek Quantum Petrothene

-.21

,~lr

concentrated all types

DuPont Can. Selair

'-60,., .concentrated

@

'1:l

po

'.6(/'

Quantum Petrothene

Aluminum Chloride dilute all concentrations

~

n'

DuPont Can. Selalr

C/)

~

concentrated dilute

C/)

<E' ;:l

t""'

0: .,

.,

$:I

u::

Aluminum Fluoride

concentrated all concentrations

Quantum Petrothene

DuPont Can. Sclair

© '1:l

p-

~

;:;' CI>

tl (\) CI>

16'

flj_gint

'....:'

- ::;":

.,::::~':::~~~:.,

..

":~:':'::

".':',:';-;

Aluminum Fluoride

-

Material Note DuPont Can. Sclair Quantum Petrothene

all concentrations concentrated ;-:::;;.:

all concentrations

s:.,

0"

<.c::

I c~~c.

Aluminum Sulfate

;:l

.,>:l

IRellgen!~:t8

DuPont Can. Sclair

concentrated

IAmmonia

dry gas

..

Quantum Petrothene

100 100

Ammonium Carbonate

DuPont Can. Sclair

2.1>"

<.6fl. ,,21•...

..2.1" 60.. 60 >.. " 21 "'21

Quantum Petrothene

~,

Ammonium Chloride

:.:::~

saturated solution

DuPont Can. Sclair Quantum Petrothene

'60;\'

AmmonIum Fluoride

20 20

DuPont Can. Sclair Quantum Petrothene

:.;::.

DuPont Can. Sclair

21 60"

saturated

.

AmmoniUm Hydroxide

:~ "6:&

10 10

21

23

365

o

o

Ammonium Nitrate

In

~ppearan'c8

.} resistant

10 28 28 35 35

Ammonium Metaphosphate

~~;~~~ng8

saliSlac!QrYreS;Slance

Eastman Tenite; 0.918 dens.; 3.2 mm thick DuPont Can. Sclair

Quantum Petrothene

saturated saturated solution DuPont Can. Sclair Quantum Petrothene

Ammonium Persulfate

saturated ·";sis1ant.

,.,"-,,>,

DuPont Can, Sclair Quantum Petrothene

Ammonium Sulfate

saturated solution DuPont Can. Sclair Quantum Petrothene

Ammonium Sulfide

saturated

Ammonium Thiocyanate Amyl Acetate

DuPont Cen. Sclair

100 100

Quantum Petrothene

r

o

-0

m

Chemical Resistance - Low Density Polyethylene

01 01

<0

Chemical Resistance - Low Density Polyethylene

r

o

01

Q)

C>

"'U

m

%It~tail)ed E;~~~~;~~I, ··~;~i.st~~ce Not~

~.~.,.

Rellgent

Conc.

JTemp.

I"') ..... t

Amyl Alcohol

100

C)

\11

Materlal.Notll

::-::."

6

DuPont Can. Sclair

21

6 "6

6

Quantum Petrothene

. .·.. .•. Jl.li 60

2 2

..,;>:,.

100

Amyl Chloride

100 100

110

. . . . . .:!l ·21'

Aniline

100 100

Aniline Hydrochloride Antimony Chloride

saturated

Aromatic Hydrocarbons

all concentrations

Barium Carbonate

DuPont Can. Sclair

2. \'2' 6

2 6

.2

Quantum Petrothene

~~~:~ '., .

DuPont Can. Sclair

Quantum Pelrolhene

uftj~1!~~;li=~i;;~~[~Ck\

. \ .un~ ..i\shic\~-,Y{esisJ$llCe "·'·[email protected].~,slslance,· DuPont Can. Sclair

2T'

all concentrations

Ascorbic Acid

60 21 60 21 . "2.,.. ::....;-;.;::. 60 "·21 .6.0 21 6'0

Aqua Regia

Arsenic Acid

60 21

:,"

. 21

Quantum Petrothene

60 . 60,·:,.

DuPont Can. Sclair

10 10 saturated solution Quantum Petrothene DuPont Can. Sclair

Barium Chloride Quantum Petrothene DuPont Can. Sclair

Barium Hydroxide Quantum Petrothene

@

'1:l

DuPont Can. Sclair

Barium Sulfate

saturated Quantum Petrothene

S' ~

r;'

'~"

DuPont Can. Sclair

Barium Sulfide Quantum Petrothene

'" <5' ;:l

t-o

0: .,

.,p

\t::

DuPont Can. Sclair

Beer saturated

Quantum Petrothene

@

'1:1

~Reag8nt . ~

,.

n

IJl

~

Beer

_I

I T,emp;j'".' Tima .:::ii \f,.,) . .• ..J~9v (~Y6). ....•...........

Rljagent ~ot~"'1 ,CQnc;

..../y;,>

... ···LD.m

..

"1

1

..

. ..

. '. I 51re"aln I .,.

I

I

. .i·6()'t·..,. ~,~~ ."" '60 .• "......

saturated

(1)

~.

1

Quantum Petrothene DuPont Can. Sclair

Benzene

'g"~1

":. 2

.'< unsall$fae:toiy"llisislilll,;e.• 9

Quantum Petrothene

·:saiisl.i]iO$$.:.slleSs:.~r)lc~{a!isill·

DuPont Can. Sclair Quantum Pelrothene

~,;8'''I!(r~mii!i\~ded't.,;\ ~

Benzenesulfonic Acid

.. "'21

j,/...

lC

Benzoic Acid all concentrations

':;21.>

. ,,:··.::ti:'>itresislaril\?t .:e:/"

:{.< .8. ~,:,,:.

.:. . .

DuPont Can. Sclair

"

Bismuth Carbonate

'21,. <

saturated

. :>i~ i;(

Quantum Petrothene

,

··{1;\i.ili;iJi;,;:V;.,:/" DuPont Can. Sclair

" Quantum Petrothene

Black Liquor

-

Bleach LYe

10

:~

Borax saturated solution

!~~;~~!~;~:'II~;j~fr~;ti~~~~;[~"ii~;;i~~I~!t~I(~II~i~j~1;'11 "f:';';: 21/.·j·,,·

:.;.:::·Y"".. . :':::>Uiislstiint';' ':/N'd\<':::.

':L; ····.S . . •••

:u:::~

C;:tr::I::re

DuPont Can. Sciair

" Quantum Petrothene

Boric Acid

concentrated solution dilute all concentrations

" .

. -, -

DuPont Can. Sclair

"

concentrated solution dilute

Quantum Petrothene

. '),(SINk

·······;,·.:d%rP.'/$tiilif: ••{>nfL:··:'

DuPont Can. Sclair

,(';2'1'/ . · : : · . ( \ ; · , 8 > : f t Z

.'·<\~iillsjii~lQJY:r8sl$18n~.L;?i;:

Quantum Petrothsne

Boron T r i f l u o r i d e : · c ( K 2 . l . « ' · ' \ :

B'iliieS Bromic Acid

10

10

Bromine

bromine liquid bromine water bromine liquid

DuPont Can. Sclair Quantum Petrothene

bromine water

Butanediol

10

DuPont Can. Sclair

10 10

r

o

-0

m

Chemical Resistance - Low Density Polyethylene

01 0>

......

01

Chemical Resistance - Low Density Polyethylene

r

o

m I')

-u m

10 60 60 60 60 100 100

DuPont Can. Sclair

" Quantum Petrothene DuPont Can. Sclair

"

Quantum Petrothene

Butyl Acetate

n-butyl acetate

100 100 365

•

··;;ii.5;;~; JI~; '.:;";.-:..'::'

Butyl Alcohol

n-butyl alcohol

100 100

butanol

" Butyric Acid

4.1

0.8

...:::., ..

0.918 dens.; 3.2 mm J·~i[;8i~~~';~~1;ll~~f~1Ii~:;·; Eastman Tenite; thick

--

II

DB

\;;:~~~~1~t~emrtmj,~«~~;;%.;;

::~aB:&~Ht.tlk~::

%&m~mthW

concentrated

:.~<-:~:

..

. ,"". ,,, .......... ··w·

i?~~~~);i

Calcium Bisulfide

.!L~L

t<

M.;;·;.iiii!.~jMt?rY;~!ai!t!m:';r>'

.

DuPont Can. Sclair

" Quantum Petrothene

" " DuPont Can. Sclair Quantum Petrothene

" DuPont Can. Sclair

" Quantum Petrothene

Calcium Carbonate

··,;~};\t

't~1/<

saturated

;~('::L::>:' ;:~; f·fn~~~:n~:;:

: :",: :£~::::\;. .'f:~

" DuPon. Can. Sclair

" Y"

Calcium Chlorate

"h

\:..::::::)\~ "t>}1:;i

<21·

"

;;:... ....y

••••

Quantum Petrothene

j

L.:.; '::r:~s ;~~;~mtEt+{~~ . <~r DuPont Can. Sclair

" Quantum Petrothene

. . r·,.w·

"

;i:j;~)l~~f;~

;~ !~;~'~J~l~

"

tHkflo·/··.•·• • ·•·

concentrated

Calcium Chloride

2.5 saturated solution

@

I

·d.;i~~·it2; "...

/~;~~i~I~lIilt(,III[;~li~

. . ;/~.t.

'}" SBtl$I/ictciiY.iesisiilnc,r···-

Quantum Petrothene

.·~>tW.""··

.;; •••.. s\ iX.

;

"'i\ MriiSmaiilXDL t?,

DuPont Can. Sclair

(·./60.;·,t

~::~:u~x;e~::;::W:\>

b'\. 'sijllsfil'CioriiR'Slslaocll'W5,

Quantum Petrothene

i·X:!·j·'i'·

·;n//.ll.Vi.····

)@}~(d:iesJslajifr\3<,·::t;'

;:::'::~::::;':".

~

'1:l

IS" ~

n' t:::l

C1l

C/)

;:l

t""

0: .,

.,

p <.c:

365

0.1

Calcium Hydroxide

C/)

16'

a

Eastman Tenite; 0.91a dens.; 3.2 mm thick Quantum Petrothene DuPont Can. Sclair

x

Calcium Hypochlorite

bleach solution

"

.

DuPont Can. Sclair

@

~ en

>l

% Change Reagent

Reagent Note

~

n'en tl

Calcium Hypochlorite

ell

en

lEi'

Calcium Nitrate

Calcium Oxide

Time

POL Rating

:,

21 21

60 60

,

saturated

21

"

60.

a

"

;.:

.j

21 21

;

60 .):, 6Q oil

,

~.,

.~ :'~

21} 21" ",

60',·

Carbon Dioxide

all concentrations dry saturated wet dry saturated wet all concentrations

1·: ~.

,<

Carbon Disulfide

Carbon Monoxide concentrated

"" 60.\.

I

21" "21 21 21

:;

6.0 60 90 60 21 21 23

)

2 2 2 2

..

DuPont Can. Sclair

satlsfaCIOry resIstance

Quantum Petrothene

resistant '. !'Io{recommendM

DuPont Can. Sclair

unsa\i;'act~;Y'~~lanC8

Quantum Petrothene

~tl~~9!~~$d

DuPont Can. Sclair

'';;.

uf'::;\;·;

""iasiSfaiiF ,','. ;.;atl~~~lo~;e.~istanc~ ... ";':-:,-:'

Quantum Petrothene

,'

... l \.i

2 2

'.'.

~~:

mlstant

DuPont Can. Scrair

··"not,recommended unsatisfactory resislance swell.; p,~si:.~~ei~ c;ec~ agtnl

unsaliSf~to.lY·r~~i~,t!nce I\ot recommenc!ed

',21 ·21

,

8 9

.18$;$t,ril satisfactory resistance

Quantum Petrothene

2

~

36.8

7.7

): .-"

..

~:;;,~:

.

..

":'

a 8 2 2 2

~: }'"'.

365

.~.

if ',i,

resislanl riof recom.; ptast. unsatislaetory resistance swelled. stress c.rack.agent

DuPont Can. Sclair

2 2

, unsatisfactorY resistance njlt reeom,; pl~SI.

Quantum Petrothene Eastman Tenite; 0.918 dens.; 3.2 mm thick Quantum Petrothene DuPont Can. Sclair

8 9 9 9 6 6 6

"."" resIstent satisfac.to,y·resistance

Quantum Petrothene

60

:i

21 21

:~

e,

.60"

1

2 2

37.9

4.3

6

r 0

-c m

Quantum Pelrothene

2 2

.60",) 2 2 2

sailsfa~Y!!El~l~l.nce iliSlslari'f'",

.;

'

365

21 .

concentrated

DuPont Can. Sclair

::"

8 8 8 8

e

~ :~

..:~:

reslst.nt

'60 60

21 21

chlorine water

DuPont Can. Sclair Quantum Petrothene

I

60" 60,

Chlorine

raJislant salis/aclOI)' rasistance

Quantum Petrothene Eastman Tenite; 0.918 dens.; 3.2 mm thick Quantum Petrothene DuPont Can. Sclair

21 21 23

concentrated

Material Note

j

, .".... 8 9. 9 9 9 9

60 60

Castor 011

Resistance Note

"

,

60

Carbonic Acid

Elongation

a

tl°

Carbon Tetrachloride

Weight

e e e' e 8 8 8

Calcium Sulfate

Camphor

Load

. (dIIys)

60 6'0 50 50 50 50

0-

u:

I'CI

"

t

., .,

Temp.

('!o) bleach solution

;:l

>l

Cone.

% Retained

Thlc~n ..a Tensile Strength

Chemical Resistance - Low Density Polyethylene

!~.istllJit,.,.,:"·

)tresuracJ(agenl, satl$f,; POS~:'~I.ss~r8ck agent; .

DuPont Can. Sclair Quantum Petrothene

It'~·~

, / •slfess e;~~k

a~~nt

DuPont Can. Sclair

tllS1s1aill

unsatisla~10ry i"is~ance ;:~,.

Quantum Petrothene

"

01 0>

c..>

01 0>

Chemical Resistance - Low Density Polyethylene

r

o

.p.

""U

m

1/.. ,

Reagen.

I;·

.

'f.~

...,;~ ;,

Chlorine

chlorine water dry gas

2

DuPont Can. Sclair

100 100

liquid Quantum Petrothene moist gas liquid

....

.~;

-

.. ~~.:

~nic~m.;~ijj!..

Chloroacetic Acid Chlorobenzene

DuPont Can. Sclair

. unsallslactory'·resIStlince "";,"' it .. (.::-~:.

Quantum Petrothene

.,.o;lIot (~om~e:n'dM;>

DuPont Can. Sclair Quantum Petrothene

Chloroform 25.1

Chlorosulfonic Acid

2.6

. . ;t;r;;~;~:~:ii~~~~;·;··;·····

100 100

DuPont Can. Sclair Eastman Tenite; 0.918 dens.; 3.2 mm thick Quantum Petrothene DuPont Can. Sclair

Quantum Petrothene

Chrome Alum

saturated

Chromic Acid

20 20 50 50 chromic/sulfuric acid

Cider DuPont Can. Sclair Quantum Petrothene

Citric Acid

o

10

o

Eastman Tenite; 0.918 dens.; 3.2 mm thick Quantum Petrothene DuPont Can. Sclair

saturated solulion

@

'1:l

S

;'

~

n'IJ'J

Quantum Petrothene

Coca Cola Syrup

Cola concenlrates

1?

DuPont Can. Sclair

IJ'J

tEo ;:l

l:

0.... ~ ....

u::

Quantum Petrothene

Coconut Oil Alcohols

",,;ii

DuPont Can. Sclair

@

'1:J

P ~

ri' C/)

ijiilg~nt

,;;it·~·

'" .,:.:."

tl

Coconut Oil Alcohols

<E'

Coffee

t

Compost

'Reagent Note

Con.~.

(~),

I'

% Change . Tii!'~'

T;mp; I~C)

(d8yW

.Lo~lI

POL·

.6,' .,8

\.. e·';

.., P .., (,t:

Cooking Oils Copper Chloride

_.23

Wesson vegetable saturated

10

9'

95

9

100

69

8

'2'1 2.1

.. 8 8

60

Copper Fluoride

Copper Nitrate

Copper Sulfate

2 2 2 2

saturated

dilute saturated dilute

Corn Oil Cottonseed Oil

a

6pi;

8

21 21

8

60

8

\/. /<. reSistant. ,."

60

8 8 8

60

.8

60

8

'21'·

8

21'

8

60 "6,0

8 8

21

7

60

7

;11 21

6 6

-."

::;~at~t~(:ti~resi~ta~ce .

>;;saii~aciQ"

6~)'

Cresylic Acid

n;sistance

Quantum Petrothene DuPont Can. Sclair

./t:" ..

';~Ii¥~cl<\~·resistailce

Quantum Petrothene

tilsistant

DuPont Can. Sclair

satl~;acIQ(yi~;jsJance

Quantum Petrothene

:-:;:;:ii1

"\;../

'':~f:'.':'

,,"

DuPont Can. Sclair

'resislanl

.\:;~i~t~t~~r~~i:!~L .

Quantum Petrothene DuPont Can. Sciair

~~s,stan\'~~~~fr~ss crack \:..

...

>stress' crack agll'll saiis(posS:si;'$$crack agent . '

, I

~-

Cresol

DuPont Can. Sclair .....•

.':', ::::~;:::::;:(~

"'-

60 .60. .

Quantum Petrothene

,",.,

t;·;;~~i:~:I·

8

2.1 •. 21 .

wi photodegradable additive Eastman Tenite; 0.918 dens.; 3.2 mm thick Quantum Petrothene DuPont Can. Sclair

··w sa!IslBtli!W;til~l$tance.

':., f.;"

8

.

wi photodegradable additive

M~lsW!@~@Wpa~s"stress 'V'i~!M~~M!\! .

8 8

tio ..

Copper Cyanide

0.2

.8

21.

wi photodegradable additive

100 84

6 8

'~1

,Y•

87

7 9

Not~

DuPont Can. Sclair Quantum Petrothene DuPont Can. Sclair

.

50 50

140 140 365

Material

., "i;t;1i;~\fi~~a~~,~:i~~~?~g~"'t'

6

;:l

;

~ '~::~:~~,onQ.,~~j:'·;~~i,i~~l!~~c~/ .

.~~

~ C/)

0-

Welghf thlckn..

r··Rating

"Retaln~4r.:.Vi

~."

Quantum Petrothene

'."

"

6 6 .,slress .c(ilCk ag!l'lt I 8 'satlslac,'oly resistance i 8 , . o

DuPont Can, Sclair Quantum Petrothene

·8

50 50

~

~.

8

Quantum Petrothene

Detergents

;~t1s';:

6·..

Cyc(ohexyl Alcohol synthetic

,,'21

Poss{stress crack agent·

6"L,;::ii;;L

.60 .',

".21::

'.:: . .

- - - , ---WtiS:~~~k agent

.,

I

DuPont Can. Sclair

r

o

-c

m

01

Chemical Resistance - Low Density Polyethylene

0>

01

Chemical Resistance - Low Density Polyethylene

r-

o

(Jl

0> 0>

""U

m

....

.:, :

Reagent

. Reagent Note

Cone.

Time

aesjstance N9te

Material Note

sai~f.::p.oss: sV~ss ci~sK~~~~1

.stress ciack<'ag'enl

DuPont Can. Sclair Quantum Petrothene

21

satisfaclory··;eS!stance ':, . . r&sls1ant •

DuPont Can. Sclair

.. flO '.

\.~':::/

(da~&)

(;.)

Detergents

synthetic

Dextrin

saturated

,·60 60\. ';'" ······21"

60 •. "21,.

Dextrose

Quantum Petrothene

.~:~ Diazo Salts

DuPont Can. Sclair Quantum Petrothene

?J 21.

DuPont Can. Sclair

60 60 '21

Dibutyl Phthalate

Quantum Petrothene

21

DuPont Can. Sclair

60'"

7·

Quantum Petrothene

Dichlorobenzene

-<

o&p

DuPont Can. Sclair

Diethyl Ketone Diethylene Glycol Quantum Petrothene DuPont Can. Sclair

Diglycolic Acid Quantum Petrothene DuPont Can. Sclair

Dimethylamine Quantum Petrothene DuPont Can. Sclair

Dioctyl Phthalate @

Quantum Petrothene

Disodium Phosphate DuPont Can. Sciair

'"

p

~

;::;. C/)

16'

Quantum Petrothene

Ethyl Acetate

100

DuPont Can. Sclair

100

C/)

tE· ::J t""

..,0: ..,>:l

(t:

365

2.8

0.6

Quantum Petrothene Eastman Tenite; 0.91a dens.; 3.2 mm thick Quantum Petrothene

@

'"

po ~

:,.

·loa·d·

~eageiit

n' (J)

~

Ethyl Alcohol

(J)

15' ;:l

s:.,

~ti$f;;·~tiss>~(esIc(~cka:genl

35 35 35 35 50

365

95

365

......' Slr~scr~ck, ag~nt; ;; 6 ~.,

8.

0.1

0.1

o

o

0-

., ~

\t:

Quantum Petrothene DuPont Can. Sclair

100 100

Quantum Pet,othene Eastman Tenite; 0.918 dens.; 3.2 mm thick

DuPont Can. Sclair Quantum Pet,othene

Ethyl Benzene

DuPont Can. Sclai,

Ethyl Butyrate

Quantum Petrothene

Ethyl Chloride DuPont Can. Sclai, Quantum Pet,othene

Ethyl Ether Du Pont Can. Sclai, Quantum Pet,othene

Ethylene Chloride DuPont Can. Sclai, Quantum Pet,othene

Ethylene Chlorohydrin Ethylene Dichloride 365

6.9

0.9

365

o

o

365

0.3

o

Eastman Tenite; 0.918 dens.; 3.2 mm thick Quantum Pet,othene

Ethylene Glycol

Ethylene Glycol Ethyl Fats Ferric Chloride

fats and oils

DuPont Can. Sclair Eastman Tenite; 0.918 dens.; 3.2 mm thick Quantum Pet,othene DuPont Can. Sclai, Eastman Tenite; 0.918 dens.; 3.2 mm thick Quantum Pet,othene

satu,ated DuPont Can. Sclai, Quantum Pet,othene

Ferric Nitrate DuPont Can. Sclai,

r

o

-c m

Chemical Resistance - Low Density Polyethylene

01 0>

-.J

Chemical Resistance - Low Density Polyethylene

r CJ

U1 0)

00

"'U

m

Ferrous Chloride DuPont Can. Selair Quantum Petrothene

Ferrous Sulfate DuPont Can. Selair Quantum Petrothene

Fish Solubles DuPonl Can. Selair Quantum Petrolhene

Fluoboric Acid DuPont Can. Selair Quantum Petrothene

Fluorine Fluosilicic Acid

32 32 32 32

DuPont Can. Selair Quantum Petrothene

concentrated DuPont Can. Serair Quantum Petrothene

Formaldehyde

35

40 40 20 20 50 50

Formic Acid

E"

n'VI ~

VI

Eastman Tenite; 0.918 dens.; 3.2 mm thick Quantum Petrothene

DuPont Can. Selair

saturated

Quantum Petrothene DuPont Can. Selair

Quantum Petrothene

Fructose

~

16'

o

all concentrations @

'1:l

0.1

Quantum Petrolhene

Fruit Pulp DuPont Can. Selalr

;:l

t'"'

...,0: p

..., u::

Quantum Petrothene

@ ~

~ ~

r;' en

~

Fuel Oils

<E'

Furfural

en

;:s

Quantum Petrothene

100 100

DuPont Can. Selair

t

.., I:l ..,

Quantum Petrothene

0-

(t:

Furfuryl Alcohol DuPont Can. Selair Quantum Petrolhene

Gallic Acid

saturated DuPont Can. Selair Quantum Petrothene

Gasoline 365

regular

13.5

3.2

Gin

DuPont Can. Selair Eastman Tenite; 0.918 dens.; 3.2 mm thick Quantum Petrothene DuPont Can. Selair Quanlum Petrothene

Glucose DuPont Can. Selair Quantum Petrothene

Glycerin 365

Glycolic Acid

o

o

30 30 30 30

DuPont Can. Selair Eastman Tenite; 0.918 dens.; 3.2 mm thick Quantum Petrothene DuPont Can. Selair Quantum Petrolhene DuPont Can. Selair

Glycols Quantum Petrothene

Glycols DuPont Can. Selair

Grape Sugar

seturated, aqueous saturated

Quantum Pelrothene

saturated, aqueous

Green Soap

solution

DuPont Can. Selair

365

o

0.3

Heptane n-Heptane

365

10.0

2.5

Eastman Tenite; 0.918 dens.; 3.2 mm thick Quantum Petrothene DuPont Can. Selair Eastman Tenite; 0.918 dens.; 3.2 mm thick

r

o

""tJ

m

01

Chemical Resistance - Low Density Polyethylene

0> CO

..

Chemical Resistance - Low Density Polyethylene

0

--..

(]l

C>

"'U

m

. "'r

I Reagent

I

I Reagent Note I

I Cone. (%)

Heptane

I

I

Temp" ('C)

I

I Time (days)

I

Load

I

I'

POL Weight Rating;

Hexachlorobenzene

21 60

Hexyl Alcohol (tert-)

u

Hydrobromic Acid

50 50 50 50 10 10

Hydrochloric Acid

I

·.EI;~;;tl~~J

Resistance Note

Tensile Strength,

"99V~P9mmll~ded ·······'iesl$iiirii

u

e

,esis!ant'

. 8 ..

sB~fBctOry resistance

60

e

·60

, >;,.:8

21.•.", ·23:'.,

.;;

,..}I, ..,. . 365

j

'.

":·ii'·'······

-0.2

0.2

concentrated all concentrations

u

.resistant satlslactory·r8$istance 90 change I~ appearan¢e

DuPont Can. Sclair

.':;:',:

~~"f;!;;'

concentrated

Hydrocyanic Acid

!~isfacto,yi~~i~!3nce

,:,.....'60·,

saturated

;;:~;:·:;;;!;1':.~i~;;]i;:.'····:· .'."',.

l;i11i;~t~!·';::'

?

(it<, 8.....""",',""',· " Vi li5;;}""

"""'".,.2.J'.•;"'"

~: :,',.

Quantum Petrothene

u

,:,.~

10 30 30 35 35

Quantum Petrothene DuPont Can. Sclair

satisl';.poss; slress crack egent

.Y60 ·".;!.1 21 ,.,

,'.

Material Note

sliess creck, ~.gent

6')""

~:

r

unsatisfactory resistance

a

,.

21'"

teft-hexanol

Thickness

e .e,· !i...

60

Hexyl Alcohol

I

% Retalnell

2 "2

60 60 21 .'

n-Heptane

I

F'"

satlS.!actory !~sista9ce' ..'. ' ;":;'\~:}]\~('

Quantum Petrothene Eastman Tenite; 0.918 dens.; 3.2 mm thick Quantum Petrothene

DuPont Can. Sclair u

Quantum Petrothene

~~~;(~~h~:" .: DuPont Can. Sclair u

Quantum Petrothene u

40 40 40 60 60 60 60 75 75 100 100

Hydrogen @

'i:l

S" Vi

I

.... n'Vi

Hydrogen Bromide

tl

Hydrogen Chloride

(1)

" Quantum Petrothene

" DuPont Can. Sclair

" Quantum Petrothene

. 21,"·," '.;;

,·•• •'.8)"""",·· .

.·21.""'"

,•.;li··' ','c,,'

,<". i,),(.,r.esis!aiiC"·· .';Psati~aclorYfesist8n¢e"

DuPont Can. Sclair Quantum Petrothene

10 10 dry gas

e:,

·'21""

u

Vi

DuPont Can. Sclair

resistant· .

DuPont Can. Sclair

cE' ;:l

t

.., l:l ..,

0-

<.c::

:~ .

Hydrogen Peroxide

30 30

.; . s~tislBc,?ryr~~ls\llnce

Quantum Petrothene

/·(it····

365

0

0

no change !n~pp~arance

Eastman Tenite; 0.918 dens.; 3.2 mm thick

@

::2 >:l

~

r;' Vl

~

to· ;:l

t""

.,0: .,

>:l

Hydrogen Phosphide Hydrogen Sulfide DuPont Can. Sclair

u::

Quanlum Petrothene

Hydroquinone DuPont Can. Sclair Quanlum Petrothene

Hypochlorous Acid

concentrated DuPont Can. Sclair Quanlum Petrolhene

Igepal

Igepal CO·630

10

0.83

ben I specimen

Quanlum Petrolhene PA 444; 4 MI; rot. mold. grade (LLDPE) Quantum Petrolhene PA 436; 5.5 MI; rot. mokf. grade (LLDPE) Quantum Petrolhene GA 635; 6.5 MI; rot. mokf. grade (LLDPE) Quantum Petrothene GA 625; 5 MI; rot. mold. grade (LLDPE) Union Car. DFDB-6059; bl.pig.; ; wire & cable grade (LLDPE) Union Car. DFDA-7540; (LLDPE)

10 10

Igepal

Igepal CO-630

3.8

10

14.6

10

>20.8

10 10 10

>20.8 >20.8 >20.8

10

>20.8

10 10

>20.8 >41.7

10 100 100 100

>41.7 >2 >4 >20.8

100

>20.8

100

>20.8

100 100 100

>20.8 >20.8 27.1

100

>41.7

100

>41.7

100

>41.7

Union Car. DFDB-6425; bl.pig.; : wire & cable grade (LLDPE) Union Car. DFDA-0588; bl.pig.; ; wire & cable grade

7..'

',·,,9

benl specimen

Quantum Pelrothene NA 358·002; 0.3 MI; 0.925 dens. (high mol. wgl.) Dow Dowlex 2440; rol. mold. grade Union Car. DFDA-0160; Union Car. DFD-6005; Union Car. DFDA-6423; bl.pig.; ; wire & cable grade Union Car. DFDA-6423; bl.pig.; ; wire & cable grade Union Car. DFDB-6425; bl.pig.; ; wire & cable grade (LLDPE) Union Car. DFDA-6202; Quanlum Pelrothene PA 444; 4 MI; rolmold. grade (LLDPE) Quanlum Pelrolhene GA 625; 5 MI; rOI. mold. grade (LLDPE) Quanlum Pelrothene GA 635; 6.5 MI; rolmold. grade (LLDPE) Quanlum Petrothene PA 436; 5.5 MI; rot. mold. grade (LLDPE)

r-

o

""U

m

U1

Chemical Resistance - Low Density Polyethylene

--J -'-

Chemical Resistance - low Density Polyethylene

r

o

(Jl

--.J

I'U

"m

Quantum Petrothene

Iodine

in KI solution

·:.(t'.2.1 .... "",

,,' ""5"'.,,"""

(so.m! aUack'

"

DuPont Can. Setair

" Quantum Petrothene

Lactic Acid

10 10 90 90

Latex Lead Acetate

saturated DuPont Can. Selair

" .-.~

..··'.«2:1·,',•••.

Lead Nitrate

Cit :iff?-,,,,,

Linseed Oil Lubricating Oils Magnesium Carbonate

,·<:t8/> {("
..,...

".'

Quantum Petrothene

.. ,

.,......,.../..•,/ ·{)rmlant···'.A.· ,""t.·.·;,,"'

'.. ,"""«.{ $lirii.,.ttlI~k(L'i'

""." ,.,,,

DuPont Can. Selair Quantum Petrothene

lube oil saturated DuPont Can. Selair

" Quantum Petrothene

Magnesium Chloride

"

ft~.'l@YH

·,<••r;~;:,·,··' . i• '

:fJ} :Pl~ ::m:::~~~::::;~y~}f~\:[W?#~:::~
" DuPont Can. Selair

" · · ..t

Magnesium Hydroxide

"

<:}~l'"

"".' };,1l%1fii

:~{/:\) :::{~:~S~~~WWt~:~(~~k ;j/~; .//L

Quantum Petrothene DuPont Can. Selair

"

Magnesium Nitrate

~

Magnesium Sulfate

~

n'V> ~ V>

IMaleic Acid

;:s t""

IMercuric Chloride

15'

.,0: .,>l

tt::

.~' . , ;:~ ~;~.' .i;.!:;

saturated solution

"V*:

"

·,,·i.'?:tt. Ai.'

·;"'\8>\<

"

·.·::;".6(1.''//',

,......"ifa ..":'ii ,

" " "

@

'i:l

saturated

saturated

<}('8'

iii_ .':;,{< '. <'\,t. ies.lStanF'· • ....··••siilJs1liclorYrlislillani:.(

Quantum Petrothene Quantum Petrothene DuPont Can. Selair

"

Quantum Petrothene DuPont Can. Selair Quantum Petrothene

@

"tJ

P

~ ;:;. Vl

~ Vl

tEo

Re~gent

.:::::;

Time

Reagent Note

Mercuric Cyanide

saturated

.., P ..,

0-

Resistahce Note {

21

Material Note

-,

';

." sat.isfaoiory ;esistanoa

Quantum Petrothene

'< reslstani·

DuPont Can. Sclair

60 {2~

Mercurous Nitrate

;:60

;:l

t

Load'

. (ciays)

Mercury

21 :21

~, .,,8 8

.60.

t.t:

'60

Methyl Alcohol

365

7

5

23

100 100

21

6.

60

~ ....:

Quantum Pelrothene 0

-0.1

0

0.1

Eastman Tenite; 0.918 dens.; 3.2 mm thick DuPont Can. Sclair

1

21 23

6

365

\.>

60

Methyl Bromide Methyl Chloride

21

6 "'5.

E!Q

2 '~:'-;;

satis!.; poss: stress crack"agent no .v.iSual thg.; slress crack agenl··· ..•

Quantum Petrothene Eastman Tenite; 0.918 dens.; 3.2 mm thick Quantum Petrothene

.satis!.; poss. stt~SS c'rac~ 'agent som.e attack""

un~atj~faC1o~r~~ist~ne8 "s~miiaffaek

5'

2\

60'

Methyl Ethyl Ketone

i"

i

.

unsatisfaCioryre$lstan~8 .

2

21

, '60' 23 23

2 7

!

7

I

4.2

4

" Union Car. Flexomer DEFD-1210; shore A73 hardness (LLDPElEVA) Union Car. Flexomer DFDA-1137; med. mol. wgt. (LLDPElEVA)

2.8

Methyl Sulfuric Acid Methylene Chloride

100 100

.-:\~:

\'

DuPont Can. Sclair

Ul\satisfael9ryiesIStsnce

Quantum Petrothene

.);.~

Milk DuPonl Can. Sclair

Mineral Oils

. . ~[,~I~li;I~~J)~E,~,;:;

;;';ij~~~~~i_~}~i~~~~ ,

Molasses

Quantum Petrothene Quantum Petrothene DuPont Can. Sclair

Quantum Petrothene

commercial DuPont Can. Sclair Quantum Petrothene

Motor Oils

7

17.2

7

2.88

365

0.5

0.8

Union Car. Flexomer DEFD-1210; shore A73 hardness (LLDPElEVA) Union Car. Flexomer DFDA-1137; med. mol. wgt. (LLDPElEVA) Eastman Tenite; 0.918 dens.; 3.2 mm Ihick

r

o

"'U

m

01

Chemical Resistance - Low Density Polyethylene

-...J

U>

Chemical Resistance - Low Density Polyethylene

r

o

01 -..l ~

"1J

m

Naphtha

I! t:1;:2l//}

Naphthalene

~f;~;

'!_~, ~"."'".,,~.'".

,'::1.. ~,>'; }iT".·;"

"f;':

DuPont Can. Sclair

= ........=-;--:-:,...------------,-,.....,------,...-,.;:."~.,.,...;,,..-----------,.:-4~,.....,.....---------

OI,k.1 Chlo,". O',k.,

O,"~

Nickel Sulfate

I~t~

~:~:::.

i~;

~:::::

~li';I ,,;:~~~,;

if

~':_~1

::':~';:~::. :.:::~;:,,:~:.

saturated

cO:a:::::::ed:,:;,~~:~;,~j;~~i~i;l;!l\· Nicotine

" ¥"~**++~f*+i.'=~~,..,...----Quantum Petrothene

hU\f~t&:

dilute

~\.i;;:¥~II:~:I~t~ftJ:~~~!, '.,~',i

'A.;~

\~~~~!:;'il~~ti~Wj~$f~ct~~nt'

:u:::~C;:tr::~~~ DuPont Can. Sclair

" ..•... <..

..•...• ". .. ...,.

Quantum Petrothene

Nicotinic Acid Nitric Acid

DuPont Can. Sclair

0·30 0-30 30

"

Quantum Petrothene

30 30-50 30·50 50 50

@

'1:l

~ ~

"

Quantum Petrothene

1

Oit",.,,,

S' ~. tJ

"

DuPont Can. Sclair

concentrated

~_ ~~i~~~~~:

95·98 98'iWart " : : ( \ 2 ' . ' \ ; 98 365

'.

Nitrobenzene

;:l

4.8

';:~J·T

iFnt~J ,<,

.. ·"£Att"- "".'' :

}.:.i';;;fEli",,: ".,

Quantum Petrothene Eastman Tenite; 0.918 dens.; 3.2 mm thick DuPont Can. Sclair

1.4

. ....

'''':'':'''';'.2·:> .i":

100 100

~

,

uniiliislaCtciiY;f&iilSian¢e>'::"

u!iii\lis!8.Clorjril$isia~)

Quantum Petrothene

t-'

~

.,>l

u::

IOctane

n-Octane

, 'h".,. \( re,s)$\iint\'({">:':; .. ,

DuPont Can. Sclair

@

I

"0

S" CIl ~

o' CIl tJ

Fie~g~nt ,'.,.

,;.

Reagent Note

..

:~'

"

I

Conc. (%)

Octyl Cresol

~

CIl

<E'

Oleic Acid

concentrated

.,

.,>l

Oleum

......

Load

'I

21 :<.

5 2

'60

" "

21 60

% Chan~e

POL Weight Rating ,

60

concentrated

I

,1

Thlckn..

,'Yo ~~~.~.lned

6

Orange Extract

8

Material Note

some attack resislallce.

Quantum Petrothene

unsatl$'a~ory

'.,' SClfl1e attacl(

2.4

0.5

2 2 2 365

Resistance Note

Ten,lIe I Elongation Strength

5 365

23

Olive Oil

Time (dlIys)

,rC)

2.1 ·23\' .

;:l

t 0-

I Temp. 1

novlst~1 chinge(p~s~.

slress crac~ agent unsatis!aetory resistance

-';0;""

0.3

o

8

i;"i.....

••••••

'.

Eastman Tenite; 0.918 dens.; 3.2 mm lhick Quantum Petrothene

?;';-~"

no visual change; poss. stre.:;s crack ;lgent "salisiiiCioijr8slSiance

Eastman Tenite; 0.918 dens.; 3.2 mm thick Quantum Petrothene

8

Oxalic Acid

dilute saturated solution

" " dilute saturated solution

10 10

Perchloroethylene Petroleum Ether 5

satistaclory~esi$tance.

'stress crack agant

DuPont Can. Sclair

6.

satisi.; poss. stre~ crack ~gent

Quantum Petrothene

.".S~\~!!Fli!.'Y.!.esis.tance,

>, some. attack '·.unsatlsfactory re.sislance

$)tis!~.~~ory re~istanc.

>"·f "f.; :,If

\.

DuPont Can. Sciair Quanlum Petrothene

2

;,ijo

Phenol

. salisl.; poss•.Slress crack a.genl

8 6 6 8 8 5 2 8 8 2 2

Oxygen Ozone Perchloric Acid

6

2 365

"'''}:'''23''

0.2

o

Eastman Tenlle; 0.918 dens.; 3.2 mm lhick Quantum Petrothene

90 90 30 30 90 90

Phosphoric Acid

Phosphorous Phosphorous Pentoxide

'>:.1·

':~

~~

yellow

Phosphorous Trichloride Photographic Developers DuPont Can. Sclair Quantum Pelrothene

Photographic Solutions PhotoW!lPhlC emu SIOns DuPont Can. Selair Photo~r.aphic

emu Sions

r

o

-0

m

Chemical Resistance - Low Density Polyethylene

<.n ....... <.n

Chemical Resistance - Low Density Polyethylene

r CJ

01 -.,J

0)

"'U

m

%6ba~ge

Reagent Photographic Solutions

Reagent Note photographic emulsions photographic emulsions

Pickling Baths

Picric Acid Plating Solutions

hydrochloric acid sulfuric acid sulfuric acid/nitric acid hydrochloric acid sulfuric acid

@

"tl

$:i ~

n'en f6' en to· ;:l

t"-

o:... ... <.t:: ~

Conc.

Temp.

Time

(%)

('C)

(days)

Load·

POL. Rating

60.

6

60. 60·

8

2·1'· 21

6

·21->

6

% Re.talned

Weight IThickneSs IT~ri~lIeEI6~~a;lon Strength . .

,

Resistance Note

Material Note

stress·crack agent

DuPont Can. Sclair

sal~laC!Ory resistance

Quantum Petrothene

•sati~':; p~sS':stiess c;ackagent

6 ·,·6

brass cadmium chromium copper gold indium lead nickel rhodium silver tin zinc brass cadmium copper gold lead nickel silver tin zinc

Plating Solutions

I

brass cadmium copper gold lead nickel silver tin zinc brass cadmium chromium copper gold indium lead nickel

DuPont Can. Sclair

DuPont Can. Sclair

Quantum Petrothene

@

"\:l

E"'

POL

Reagent Note

~

r;'

en tJ ~ en

IPlating Solutions

~.

;:l

s::c:r

IPotassium Bicarbonate

.:;~:

6~

rhodium silver tin zinc

..:'eo ,,·>f.$O, ...

'E,~~;~il~~' Resistance Not;

, i~~lt,{;:"·,. , , '

Material "ote .

.~~:

Quantum Petrothene

::<:".-;:.: .. ' ~

..$Q

"~,~i~

saturated

-;

p

DuPont Can. Sclair

tip

-;

tr:

Ratl~9

sq"

I

Potassium Borate Potassium Bromate Potassium Bromide

Quantum Petrothene

21 ,60" 10 10

~1

eo

saturated solution DuPont Can. Sclair Quantum Petrothene

Potassium Carbonate DuPont Can. Sclair Quantum Petrothene

Potassium Chlorate

saturated solution DuPont Can. Sclair Quantum Petrothene

Potassium Chloride DuPont Can. Sclair Quantum Petrothene

Potassium Chromate

Potassium Cyanide

40 40 40 40 saturated

Potassium Dichromate

Potassium Ferricyanide

40 40 40 40 saturated

DuPont Can. Sclair Quantum Petrothene

\.21 21 60

DuPont Can. Sclair

eo

Quantum Petrothene

21 21

DuPont Can. Sclair

eo 60

Quantum Petrothene

21 21

DuPont Can. Sclair

.60

Potassium Ferrocyanide

Potassium Fluoride

l-

60'

Quantum Petrothene

21 21 60

DuPont Can. Sclair

•. 60

Quantum Petrothene

21

., 2;

DuPont Can. Sclair

r

0

"'U

m

01

Chemical Resistance - Low Density Polyethylene

......

......

-... co

Chemical Resistance - Low Density Polyethylene

r CJ

U1

"U

m

Potassium Fluoride Potassium Hydroxide

20 20

·'·,.60 21 21

concentrated

'6a/.

Potassium Nitrate

saturated

8

:;?g'. '8

60'

Potassium Perborate

.

",21"'.'

"

DuPont Can. Sclair

.OIil>1$ct
'8

21, '.\ 21 '.' 60'''':'

CesiStant '

".'",

'.",.8

60

~~im~:i~~~;::~n.j~·'·\:

Quantum Petrothene DuPont Can. Sctair

"

Quantum Petrothene

60"

Potassium Perchlorate

10 10 10 10 20 20 20 20

Potassium Permanganate

Potassium Persulfate

,\,'2

>:~i

\'#j;:\ (8:\··'"

>"':6.0:;

."{ ":~.t,\);

;;j;~t~;, .:";;;\*1,;.\'·;;,'

saturated

·•.

i;i1(;!!;.~:: 'r} ....

·8.\"\:"'"

:':'::::":::::~:':-::"':

"::::::~

,,:~:':;:,~~~1Itll~]Q:~~i:,., :;',~~:~;~:~;t~~r~~ri~i:;::

:8X;;.~::? ~'<%ntf?~t~ftFi~c: i{:/{:

..,:

DuPont Can. Sctair

"

Quantum Petrothene DuPont Can. Sclair

"

Quantum Petrothene DuPont Can. Sclair

"

•••••••••••

Potassium Sulfate

.,,' "':>2'''<': "? .' .... : ":,':'

concentrated

::.:.:~:

})~% J~ ?~%:}:

"'N

Quantum Petrolhene

::::-X~:::·~:; :::':?)~::,J~:~::~;m:~::t.:.M~W:::./::::~·

DuPont Can. Sclair

"

Potassium Sulfide

'21" ,.," '.;.:" ."..

concentrated

':~.

~

:::( :}:, 8\(\:

:: .:;::v

~:

,';;~~~lMjIji!9~,.i~~~~.~f:".:;.·"• ,." ..

Quantum Petrothene Quantum Petrothene DuPont Can. Sctair

"

Quantum Petrothene

Potassium Sulfite

%h~'lii/'

"

>\ ./r:A~~L ::f :ftst}/. :~:<\/:;::/hf::

"iit,vst>;i ........... . :.:.:::~~::;;~~::::::.:.:

,

DuPont Can. Sclair

"

.,-

@

IPropargYI Alcohol

~ ~

". 6t }(;':

(?~J)

"l:l

r:;'

Quantum Petrothene

.......

"'eQY

Propyl Alcohol

'"tl

l·propanol n·propyl alcohol

I

.,.,,.:2F/.

6

·"}/6.::'.. '·,.,'i,',

•. ·.f'/;.

·~lt.$s.'~iackligeni.%.?i·.···i

•salisf.;'poS$' $ftessCtec~eilent str$$$.Ct8~k'iigenf:(t

~:

DuPont Can. Sclair Quantum Pelrothene DuPont Can. Sctair

(1)

<E'" ;:s

t""

.,0:p ., \t:

l-propanol

Propylene Dichloride

100 100

-::::

,60' "21.,,, . ""'2" ;.. 60

.\.6',. I,.;:

2. '2·/'

•~tr$J#PQsi; $!iesscrackagenl. ;:';:6'/tiot Iel:Omin,'1i,,1ed· .0'

unsali$fa.etoifre:si$ta'ii¢e·.

Quantum Petrothene DuPont Can. Sclair Quantum Petrothene

@

'"

S' (I)

~~fta~g~J Reagent

Reilgent Note

~

;:;. (I)

t::l

Time

Cont•.,' I" Temp. {%L

.

I.

St~.ngth·.

(dayS)

('C)

% Retained .

Thickness I. T~nii~1 Elongailon

Load

"

~~sistance Note '.' "

'::~

."satisl.; poss•.st,ie~s crack agent

Propylene Glycol

slreS~vcreck

til

(I)

agent

;J

t

., .,>l

Quantum Petrothene DuPont Can. Selair

•

<5' 0-

Material Note

Quantum Petrothene

Pyridine

DuPont Can. Sclair

Rayon Coagulating Bath

Quantum Petrothene

<.t::

Resorcinol

saturated

DuPont Can. Selair

/:;

Salicylic Acid Sea Water

in sand

90

0.72

92

178

.

,.,:,-.

Union Car. ; 1.27 mm sheet DuPont Can. Sclair Quantum Petrothene DuPont Can. Selair

Selenic Acid Quantum Petrothene :(

DuPont Can. Selair

Shortening Quantum Petrothene DuPont Can. Sclair

Silicic Acid Silver Nitrate

Quantum Petrothene solution DuPont Can. Selair

Soap

solutions solution; all cones.

~sa,ti~lC!~!y!~~i~la~C8\

Quantum Petrothene

··~~~~jj~~r::~~1~:~~~~~~~9'~f

DuPont Can. Selair

::;:::){() 7:..,:\;

Quantum Petrothene

Sodium Acetate

saturated DuPont Can. Sclair Quantum Petrothene

Sodium Benzoate

Sodium Bicarbonate

35 35 35 35

DuPont Can. Sciair Quantum Petrothene

saturated DuPont Can. Selair Quantum Petrothene

Sodium Bisulfate DuPont Can. Sclair

r

o

-u

m

Chemical Resistance - Low Density Polyethylene

01 '-I

c:o

c.n CD o

Chemical Resistance - Low Density Polyethylene

r

o

-0

m

saturated

"

Sodium Bisulfite Sodium Borate DuPont Can. Sclair

" Quantum Petrothene

Sodium Bromide

.21.;"<

dilute

a"·' I;'"'. "\"8::;

.\

.;~.

:::'..

!"" ;a.;, 2

Sodium Carbonate

····'.·;.·l;ijr.,,···",·

365

i •.

2H ::~:

concentrated

!~;.t:/

0

0

<~:~i<J~~~~{li1~~lf~~~(··:~,;t

'·.:.~~~!~ij~iri~~~~:~i;f~

DuPont Can. Sclair Quantum Petrothene Eastman Tenite; 0.918 dens.; 3.2 mm thick Quantum Petrothene DuPont Can. Sclair

" Quantum Petrothene

Sodium Chlorate

;;;;;;£8

. . . . . . ...,..8N.·.. ··

'~::". -::~\~t<:~:{/

saturated solution

..i

;~&MW##

DuPont Can. Sclai,

" Quantum Petrothene

Sodium Chloride

Sodium Chloride

10

)l!j(

saturated

.2.\}>·;

saturated

. )60: ". .,.JlOh.·,·; ".2'-

Sodium Cyanide

365

i}Y~F/''''

0

0

··.···.;~il$Milg.M(app!i!W\~~

~;;

.'·;i8,·;,

.'. . ". ,.

. .• ";;;r(¥~~~t;:i;r ,,/.

;'t ::~ljr~fr'f;~~~ti~~;~~1;:

").~!\;;,

\~. ::::~; . !<~

:::-:::.;:

Eastman Tenite; 0.918 dens.; 3.2 mm thick Quantum Petrothene DuPont Can. Sclai, DuPont Can. Sclair Quantum Petrothene

::~:::~':<:;.. ~<:~i~~{:~~: ~({f:d~><::::::"

DuPont Can. Sclair

" Quantum Pet,othene

Sodium Dichromate

,.,

saturated

~1)

(Wfr~r~/:(;}:::::~ ·~t~d;}?h1# ;.>.-

-"',. .,::.;:::, /8"""'("" .. :::.::.~:::.:.;

DuPont Can. Sclair

" Quantum Petrothene

Sodium Ferrlcyanide

.

@

'~~" en C1l

en

;:s t""'

.,& .,>:l

u::

::.:::::::~::;::;::::o; ::::>::::::~~::

:::;::',;~:~::,::;jit~UI~t9r:r~f!lll~1;1i~{lC:8~}::;':::·:·:·:·

Quantum Petrothene

X),2,tbA.·.·

::iai.8X'···

'?INIU·.·.i·rmsla6t:S;;(@f!f,···,

DuPont Can. Sclair

"

·• . . . . . . a~}mi+

"/'SUi(

.....if#lUWa.cloMlbi$laiji:'••••••• Xi'

Quantum Petrothene

"

·;;-·('2t."'·)·····

I8HlC2L

·:::~~}:::~~::)t>:l~f_t$1$iiUit&~W@~:~:::}::~

DuPont Can. Sclair

.A!Vi?<

"

Sodium Hydroxide

DuPont Can. Sclair

" Sodium Fluoride

15"

.:·::::~;~.:;::~:@]t~ i:&:..:~(::~::;:1~~~:j:~::·~:%::;:Mf%g::~\

" :~;::<"ov:::: ;::~:::;

Sodium Ferrocyanide

rio

t::l

,;;~t;:~1\""

ih\~I·':·

"

Quantum Petrothene

1

365

0

0

10

365

0.1

0

Eastman Tenite; 0.918 dens.; 3.2 mm thick

@

% Retained

"tl

S'

n''"

!Reagent

, Reagent Note

~

'"t l

Sodium Hydroxide

Conc. I")

Temp. ('C)'.

concentrated

Time' JdaY~)

Load

POL

Resist~nce Note

8 8

sai;slaclory' resistance .•

Rating

t1l

21 21

60.

8

;:l

60

8'

'" <E' t"'

10

.,

;: .,

,23 .

7

9

-0.18

10

~3.

7

9

-0.18

Sodium Hypochlorite

5

23

365

9

o

2'1 21-

60

69 Sodium Nitrate

21 21"

'-60 60

Sodium Sulfate

25 25 saturated

8 6 6 8 8 8

8 8

.• ,satlslac:tori rel(lstane:e re~ist. dapends;on colill~_

Eastman Tenite; 0.918 dens.; 3.2 mm thick Quantum Petrothene DuPont Can. Sclair Quantum Petrothene DuPont Can. Sclair Quantum Petrothene DuPont Can. Sctair

21'.'

8 Quantum Petrothene

60

8 8 8

21

8

Quantum Petrothene

. ('6tF

8" 8 8. 8 8 ·•••• 8.

.?1 ,,"2,1

80 t

"'60

Sodium Sulfite

-0.1

21,

60+····

Sodium Sulfide

Quantum Petrothene DuPont Can. Sclalr Quantum Petrothene Union Car. Flexomer DEFD-1210; shore A73 hardness (LLDPElEVAj Union Car. Flexomer DFDA-1137; med. mol. wgt. (LLDPElEVAj

"

>l

l!::

. :':~:I:~(~t

Material Note

DuPont Can. Sclair

DuPont Can. Sclair Quantum Petrothene

:.

DuPont Can. Sclair

.8

Quantum Petrothene

Stannic Chloride DuPont Can. Sclair Quantum Petrothene

Stannous Chloride DuPont Can. Sclair Quantum Petrothene

Starch

saturated solution DuPont Can. Sciair saturated

Stearic Acid

Quantum Petrothene 100

DuPont Can. Sclair

100 Quantum Petrothene

Sulfur

colloidal

r-

CI

"'U

m

01

Chemical Resistance - Low Density Polyethylene

00 ......

01

Chemical Resistance - Low Density Polyethylene

I

o

ex> I\.)

"'U

m

Reagent

Reagent Note

I Cone. I· Temp. .

Sulfur Dioxide

(%)

dry moist

dry

Sulfur Trioxide Sulfuric Acid

Sulfuric Acid

3

concentrated

30 0-50 0-50 50 50 70 70 70 70 80 80 80 80 96 96 96 96 98 98 98 98

...

J'C) 21 21 60 21 60 23 23 21. 60 21

,*,~~~ng~

Time

.Ida ys)

load

POL

Weight

Rating

.

% R.etainlld

I T/llc~ness I f;~sii; rEI~~~;;I~n Strength

8 8

8 8

Resistance Note

Material N.ote

satisjactory r~sistance

Quantum Petrothono

·u·······

8,

365 365

9

o

-0.1

o

o

. no change in appel\lllnce·

:).. :". ~::~

Eastman Tenite; 0.918 dens.; 3.2 mm thick DuPont Can. Sclair Quantum Petrothone

DuPont Can. Sclair Quantum Petrothene DuPont Can. Sclair Quantum Petrothene DuPont Can. Sclair Quantum Pelrothene DuPont Can. Sclair Quantum Petrothene

chromic/sulfuric acid fuming, 20% oleum

" "

DuPont Can. Sclair

chromic/sulfuric acid

Quantum Petrothene

tuming. 20% oleum

Sulfurous Acid DuPont Can. Sclair Quantum Petrothene

Tallow @

DuPont Can. Sclair

'S"" ~

ri' VI

Quantum Petrothene

Tannic Aciil

~ VI tEo ;:l

t""

.,c;: .,i=l

Tanning Solutions

10 10 saturated

DuPont Can. Sclair

tanning extracts

Quantum Petrothene

©

'p"o ~

r;' CJ>

Quantum Petrothene

tl

(l)

CJ>

saturated solution

<E' ;:l

t-<

0: ...

...

I=l

Tetraethyllead Tetrahydrofuran DuPont Can. Sclair

u::

Quantum Petrothene

Titanium Tetrachloride

satureted DuPonl Can. Sciair Quantum Petrothene

Toluene

· · ·.t; !:~:!J~l;l~

365

3

15.1

DuPont Can. Sclair Eastman Tenite; 0.918 dens.; 3.2 mm thick DuPont Can. Sclair Quantum Petrothene

2.9

Transformer Oils Trichloroethylene DuPont Can. Sclair Quantum Petrothene

Triethanolamine Triethylene Glycol Trisodium Phosphate

DuPont Can. Sclair

salurated Quantum Petrothene DuPont Can. Sclair

Turpentine 21{ ;;:; '<.-23 .,.

. ,.~~j~i:;:.! Urea

j 365

l l l

~ 2

14.5

Quantum Petrothene Eastman Tenite; 0.918 dens.; 3.2 mm thick DuPont Can. Sclair Quantum Petrothene

3.3

j.""':.}.".

0·30 0-30 30 30

DuPont Can. Sclair Quantum Petrothene

Urine Vanilla

vanilla extract

Quantum Petrothene DuPont Can. Sclair

" "

..::.!'...• :;..

r

o

"'U

m

:~atisr:;POS~, s~~~M;;;~:~ge.;;

Quantum Petrothene

(Jl

Chemical Resistance - Low Density Polyethylene

00

C,t.)

•o

Chemical Resistance - Low Density Polyethylene

01

ex> ~

""U

m

Load

I·Reag!lnt Vinegar

I . PDL .. Rati~g

!1

.

8 ','8

11

Quantum Petrothene DuPont Can. Sclair

60 .60

Water

Quantum Petrothene

21 ·,·'23

365

9

.>,'

Waterproofing Cable Jelly

min. oill PEl SEBS various synlh. polyisobutene min. oill PEl SEBS various synth. polyisobutene min. oill PEl SEBS various synth. polyisobutene min. oill PEl SEBS various synth. polyisobutene min. oill PEl SEBS various

Waterproofing Cable Jelly

synth. polyisobutene min. oill PEl SEBS various synth. polyisobutene

DuPont Can. Sclair Eastman Tenite; 0.918 dens.; 3.2 mm thick DuPont Can. Sclair

0

8

60.", 70 ,·'>·.70

'"i6

r~~(

0

.

70 '70.',.•.

'10

7:Q , i?O. -.::: ..

,\ . ·,.7p """·70'.'

""I'l'Q,

16 16 16 64 64 64 180 180 lBO 16 16 16 64 64

.;;">;

3 5 6 4 5 6 4·

5 6',' 4 I

I

6

9.6 6.2 2.6 10 7 3.2 9.5 7.2 3.1 6.3

84 102 96 85 104 97 B6 105 97 B7

4.7 1.7 6.5 5.6

102 95 87 105

16"

64

2.5

96

70

180 180 180

6.3 5.9 2.9

87 103 96

;';~~~6/""'" '.

r

0.924 dens., 0.25 MI; I mm thick

0.936 dens., 0.35 MI; I mm thick (LLDPE)

0.936 dens., 0.35 MI; I mm thick (LLDPE)

Wetting Agents

DuPont Can. Sclair Quantum Petrothene DuPont Can. Sclair

Whiskey Quantum Petrothene DuPont Can. Sclair

Wines Quantum Petrothene DuPont Can. Sclair

@

'1:l

Xylene

po 365

~

;:;. VJ

f?

VJ

cEo

15.4

3.1

:s~~~t~~t~{~;1i~~;;·~r

Yeast DuPont Can. Sclair

;:l

l:

., .,

0$:l

(C

Quantum Petrothene Eastman Tenite; 0.918 dens.; 3.2 mm thick DuPont Can. Sclair Quantum Petrothene

Sali~~~I~;~ re~i;t;~e.

Quantum Petrothene

@ 'i:l

P ~

ri' VJ

t:l

IZinc Bromide

saturated

···'····:n

.~>.

re,si$IMt·}:(:"· .:

8

DuPont Can. Selair

ro

VJ

<E'

Zinc Carbonate

~

Zinc Chloride

;::I

.,0-

" saturated solution

"

.,p It::

"

Zinc Oxide

,".';'

.~. ,60'

:0:0,.

. In.

:.,.::,.,.,- :':':

·:.:60". saturated

.•• 21 '''\,..

.~:. :

rl\Sist.~nt .......

DuPont Can. Selair

"':.,

·'S}.-·

~

... ,:::.::-,:::.

:;,'

8 .• 8

rCJ

"U

:::

"·8 •.. .• 8.'

m

:~

Quantum Petrolhene

saturated

Zinc Stearate Zinc Sulfate

~:'

sati$facloryra$lslance./

Chemical Resistance - Low Density Polyethylene

satlsllictorv.resislaOee' . resistant

Quantum Petrothene DuPont Can. Setair

(J'l ()) (J'l

Chemical Resistance - Medium Density Polyethylene

s:::

(]1

00

m

Cl ""U

m

Ir~,-9~~!1~1 . ··········W~;;h;···

,

Acetaldehyde 100

Acetic Acid

10 10

60 60

Acetic Anhydride Air Alum Aluminum Chloride

all types all concentrations

Aluminum Fluoride Aluminum Sulfate Ammonia

dry gas

"

100 100

Ammonium Carbonate Ammonium Chloride

saturated solution

Ammonium Fluoride

saturated

" "

Ammonium Hydroxide

10 10 28 28

Ammonium Nitrate

saturated solution

"

Ammonium Persulfate Ammonium Sulfate

saturated

" saturated solution

"

Amyl Acetate @

~

IAmyl Alcohol

~

~.

Amyl Chloride

~

Aniline

~ ~ p

...

Ie:

IAqua Regia

100 100 100 100 100 100 100 100

...,

;::.

@

~ cha~g~ I ~~~t~l~edl

::9 >l

~ r)'

:Reagent

'"

Aromatic Hydrocarbons

'" <E'

Arsenic Acid

15' ;:s

~

.,0.,

>l

Reagent Note

Conc.

Temp.

Time

("")

('CI

(days)

POL

Load.

21

2

60

2

21

all concentrations

10 10

Barium Carbonate

21 21

60

a a a

21

a

60

a

60 21 '

Barium Chloride Barium Hydroxide Barium Sulfate

2 1 S ' H

saturaled

60

a a a

6~

Barium Sulfide

21

Beer Benzene

21

a

60

a

~

2 2

~~

Benzoic Acid Bismuth Carbonate

all concenlrations

21.. ,"., 10 10

Bleach Lye

60

a

21

a a

~

Borax

saturaled soluIion

:~
Boric Acid

all concentralions

,~"~

Bromine

a

,a.,

~~'; bromine liquid

"

I I

DuPont Can. Sclair

..

.

-

""':'. ..............

'.

.

''< i\ot r&C9minende~ -;:~.

:', "',u..',

·t~q,l",m :~: ~.

':"

\ "'.'

~

.

....

"-~'

. ~;~

~: -

~

I

'

j:".!,:" ~: o~.,

1

~',:

I. ,I

6

,.6,;' 6\" ,7

:::~::

~.

6.

.6 6

Butter

nol recommended

:-;'.' U

2 2

2",,"Vi 6Q .:;;

10 10 60 60 100 100

Butanedlol

Material Note

,.re$i$lanl

:

.,eci'> ,

,:;:T'' ' ' ' '

Resistance Note

.' :f~~:::'~ -~:.::,:

a a a

~

saturaled

Strength'

a a a a

60

saturaled solution

H'T~~sWe

8

'~,'

60 :

Ascorbic Acid

WeighI

Rating

.

> ,,-.

.( age~l

7

Butyl Acetate

n-butyl acetate

100

Butyl Alcohol

n·bulyl alcohol

100 100 100

.

,,4

6J ;:::

("

f::

T;. ;

s:: o

."

m

ist(eck. r ;;;;

~':_'/

;;.:-.,

01

Chemical Resistance - Medium Density Polyethylene

CD

-...J

s: Cl

Chemical Resistance - Medium Density Polyethylene

(Jl

co co

""U

m

% Change IOkFl~tai~edl Reagent

Reagent Note

Butyric Acid

Conc.

Temp.

Time

(")

('C)

(days)

concentrated

Calcium Bisulfide

POL Rating

Load.

21

2

60

2

21

8

~

~

:

8 8 8

Calcium Chlorate

21

'

8

Calcium Chloride

60 21 60

Calcium Carbonate

Calcium Hydroxide

saturated

21

saturated solution concentrated

-:;-

ICalcium

8

~(

8

Carbon Dioxide

iuislant

.,,'

~;(',',:/~i'

saturated

:

., 6Q": ,1:

8

oil

~~Ii

! ~

all concentrations

2IL.. ," ~

I

Q

Carbon Disulfide

DuPont Can. Sclair

8

SUlfate{,':~;:,

Camphor

nol rteom.; plasl.

8

ab' 50

Calcium Oxide

Material Note

8 8 8 8

21 ~

Calcium Nitrate

Resistance Note

--

21

bleach solution

Tensile

Strength

8

,~

Calcium Hypochlorite

Weight

,60;

8 8 2 2 8 8

Carbon Monoxide ,

Carbon Tetrachloride

";"'. .

•

nOl recommended ,,' resislam

.

}(~~:::

;:~:::;'

-

..., ..

2 '2

Q

Carbonic Acid

8

~

$ Castor Oil Chlorine

concentrated chlorine water

dry gas

'"

~

0' C/)

L60 2Q' 2 ·60' 100 100

liquid

@

p

:21

Chlorobenzene Chloroform

~

C/)

<0'

Chlorosulfonic Acid

;:l

t

... ...

0-

!:l
Cider

100 100

1 j

T

6 6 8

8

'lit

5 2

~

..60

2 2

~k

2

60 ~,~

2 4

60

2

21

2

60

2 6 6

'SO

21

60

:(:$lie$s~iaCiiagent ....... ~.

"M

. le$!stant ~

r~sisl. dep;ridso~ oondn.; o~.

.

i\ot recllm,; oxld,

·!;:·:·,t:i

..

~:~~

.

~t r~omril.nd
,

liiii(iQd !I;~t~~~'l~~::s orack

®tI.~m~bd'd Smtss::crlic~:agent

,;

i i

I

@

'1:l

s~

:r

: ,,~,'

~~~g~"i . ~

..

~-..

r;'

:Z:,-~",~;, "';':":-";~'-":

't:J"

Citric Acid

".

I-":

Rellgent Note,.

C(>nc.i\+J~i (~)

% Change Load.

"Jc:I~Y~r.,

j

saturated solution

ICoca Cola Syrup

Cola concentrates

t

.... p ....

u:::

ICoconut Oil Alcohols

saturated

60 .

8

'21..

'8 6

"

Detergents Dextrin

.~

'2) 60

synthetic

'6 6

.'

i.',,-"

2.1

;'60

Diethylene Glycol Diglycolic Acid

,

>'.Ill

r8$is1ant j:U.

.:.£

..

••, .",,,,,••_on c~n~~'i IlOss. "'str~ss crack a~8nt·;. .?:..;;

6

60.

4

2'1

6

•···••• not·recommended

2

.60,

6

'21'"

,6

6 2

. 21 ·~O

g

Disodium Phosphate

'~.!'1

8

t "60

8

100

21

...

100

.... 60

.,.~.c

lim~ed

agenl; 'plasticizel

;"','

~ :;.:".:

"/::-

.

,..

~otrecomO;lIln~ed:

~:.

.'l~ii8di:~~~ir~t:~k~~:tS crack ... ........ "'' ' nOt rl'Commendeil.

:s::

m

~:

" resist.; poss. slress crack .s!rliSii~~ai:kag&nt ;

o

"'U

",

;;'"

2" '4

.,

':.

"6

21 60.• 21

"60'·

.

:,.K ,

8 8 8 8 8

~

crack agent

'8

Dimethylamine

Ethyl Acetate

'~; ...

21'.

. . . ,:·60

Diethyl Ketone

. . ....

..~\.;_: ' -x:

.21'

o&p

."

i~l.Ie~S

~~;.

"

i!s\st~nt,pos~, slress cl"ck ag~nl

6

'. ~;

Dichlorobenzene

,'.

60'

Dextrose

.\

~::

'ii

·····60.

Dibutyl Phthalate

.. '~. II

21

.:' •••• 2·1

Diazo Salts

:,"

7

S'O, saturated

II

:<

",:

"7

21-

·;;::'60~; :::i

Cottonseed Oil

:;~:

8 8 8 8 8

saturated

Corn Oil

DuPont Can. Sclair

.

:.~::.,

'8

. '21'

Copper Sulfate

~~;;

8

2

Copper Nitrate

'.

stress. cracl< agent . "

C'

l

DuPont Can. Sciair

':; .u ,-

'8

21"

'6<1 2

,:~::~:

~:.

6

')60

Copper Cyanide

~i1terial Note

'8

..~

21

Copper Fluoride

',R~~I~tanc~Note'"

'6

~,

Coffee

--:""

"'if',;J?<" •. ~". .

II

',60

I

Copper Chloride

renslle Strength

.C

""". .stresscrac~igetll

'6

\

;:l

0-

..

6 6

C1:l

cE'

weill'hl

PDL"', Rating

%Retained,};,;,

(Jl

Chemical Resistance - Medium Density Polyethylene

CD

co

Chemical Resistance - Medium Density Polyethylene

s::

01 CO

o

0

"'t:l

m

..."..... ':1: ., ".:~:' -.

I

% Change

I:· j:.

•

Reagent

i

Reagent Note

Temp. 'Time rCI •. ld~r~LI

Conc.

I"")

.

Ethyl Alcohol

Ethyl Benzene

Ethyl Ether Ethylene Chloride Ethylene Glycol Ferric Chloride

saturated

Ferric Nitrate

21 60 21 ':60· .

Ferrous Chloride Ferrous Sulfate

Fluoboric Acid Fluosilicic Acid concentrated

Formic Acid Fructose

all concentrations saturated

@

"S" ~

n'Vl

Furfuryl Alcohol Gallic Acid

t::l

~

;:l

t""'

0: .,

.,

p

tt:

IGlucose IGlycerin

;,oirecom:;piasl.

2 2 2 2 2 6 6

·v" not T&COmmended

". .~9nl .:::>.~.

8 8

8

:~:'

8 :,.

" "

,:" ;::,

"Wm'~iiic~agent

8

:~:;

8

l....:.

t>' .:;:'"

~;:"'-::

~.

'. resistant .

;

".

".-~::):;"

8 8 8

6·

~

8

.,' resistant,·

69·

8 8,

';:A:

21:\·

2 2 2 2 6 6 5

60

'2

21 .60 21 60

8 6 6

21

." reslsi.depeiids.on condil.

)

8

__ ."

~,.,

8 7 7

:~ 21 60

saturated

!'

~~

;~

11!!r IGasoline

Vl

lEi'

;

..,

not recommended

6

21 .60

:~~

." .~.

6

~O

Furfural

DuPont Can. Sclair

8

21

Fruit Pulp

stress crack agent

8

~~

U

6 2 2

Material Note

8

21 . 60h""" 21 .

32

. Resistance Note

8

'h:~C

Fish Solubles

I~~

Weight

6

21 60 21 60 21 60 21 60 21"" 60', '< 21 .60' 21 .,'.' .60" >

Ethyl Chloride

POL Rating 6 6

21 60 21 60

35 35 100 100

Load.

-::

resistant,pass, st(ess HeiiigiiilF"."" ::~::

',"

.."non~m.: plesl.

,

...not 'recommended II

:~_.,

~~

:,

sliii$s'ciaciiagent,

'-~;;-:~~: i\:.

resl$1. depeO.1ls on c.~mdil.: stress , . cracle-agent ;;jn~t (;~rI)iMnded res1s1ent stress crack agent

@

~ ~

IReagent

Reagent Note

I Conc. ('!OJ

n'

'" IGlycolic Acid tl <'ll <E' Glycols

.,

IHeptane

.,p

saturated, aqueous n-Heptane

Hexachlorobenzene Hexyl Alcohol Hydrobromic Acid Hydrochloric Acid Hydrocyanic Acid

{daysl

I

Load.

21

6

60

6

21,

6

60

6

21' 60

8 8

21

2

~O}

2

21

8

21':'

6

69

6

50

21

50

'··6'0;\

8 8

all concentrations

~() ,'21

saturated

Hydrofluoric Acid

40 40 60 60

Hydrogen

100 100 dry gas

Hydrogen Sulfide Hydroqulnone Hypochlorous Acid

Tensile strength

Resistance Note

Material Note

. stress crack agent

Du Pont Can. Sclair

8 8'"

·'21,'""

8 8

(60+.

Hydrogen Chloride

I• Rating POL

~~

0-

<.c::

rCI

30

;:l

~

Temp., Time

30

'"

Grape Sugar

I

0/0 Retained

8

21

8 8

<:? "

8

""60 21' '-" 60;"

8

21•

8

.66

8

8

21

8

6g . . .

9 8'

21: '\,'

~q"

concentrated

.

\'9 . 9

"\"'3,1,';,:/

"'8

Igepal Igepal CO-630

10

>41.7

10

>20.8

bent specimen

7.

10

>20.8

bent specimen

7

10

>20.8

bent specimen

7

Union Car. DHDA-1184;

10

>20.8

bent specimen

7

. Union Car. DHDA--6448; bl.pig.; ; wire & cable grade

25

bent specimen

7

Solvay Fortiflex T40-280;

>41.7

bent specimen

Solvey Fortiflex T3S-300;

10

>41.7

bent specimen

>41.7

bent specimen

9 9 9

>20.8

bent specimen

7

Union Car. DHDA-6448; bl.pig.; ; wire & cable grede

>20.8

bent specimen

100 100

.. .. ~

50 50

m

Solvay Fortillex T3S-600; Solvay Fortillex XF-448;

7 9

Quantum Petrothene GA 643; 3.5 MI; rot. mold. grade

2.1

6

DuPont Can. Sclair

60

6

>41.7

~

-0

; Union Car. DHDA-6S48; bl.pig.; ; wire & cable grade

10

100

o

Quantum Petrothene GA 643; 3.5 MI; rot. mold. grade ',; Union Car. DHDB-6497; bl.pig.; ; wire & cable grade

10 10

Inks

7

01

Chemical Resistance - Medium Density Polyethylene

co ......

Chemical Resistance - Medium Density Polyethylene

~

o

""U

m

Lead Acetate

saturated

Lead Nitrate Magnesium Carbonate

saturated

Magnesium Chloride Magnesium Hydroxide Magnesium Nitrate Magnesium Sulfate

saturated solution

Mercury Methyl Alcohol

100 100 100 100

Methylene Chloride Milk Mineral Oils

":::{2H~?

Molasses Naphtha Naphthalene Nickel Chloride

saturated

Nickel Sulfate

concentrated

I

~

INitric Acid

po 0" (I)

tl

(1) (I)

<5" ;:l

t-'

.,0: .,!=l

<.c::

concentrated

Nickel Nitrate

'1l

@

(J'l

c:o

I\:)

Nicotine

dilute

"

8

I

@

% Change % Retained

"tl

S" ~

n' Vl ~ Vl

Reagent

Reagent Note

Nitrobenzene

<E'

Octane

~

Oxalic Acid

.,~

Perchloroethylene

Cone. I") 100 100

\C

Time

('C)

POL Rating

Load.

(days).

Weight

Tensile Strength

21

Resistance Note

Material Note

not recommended

DuPont Can, Sclair

60 21

n·Octane

;:l

.,0-

Temp•.

60 ~1 •

saturated solution

60 2)

60

Photographic Developers

21

resl$lant

60

Photographic Solutions

Plating Solutions

21 photographic emulsions

21 60

photographic emulsions

,,~o

brass cadmium copper gold lead nickel silver tin zinc brass cadmium copper gold lead nickel silver tin zinc

:;:,

60 60'

69 \~~;\ 60 60 60 .•,

21 saturated Potassium Bicarbonate I i ! ! . \ ) ' Potassium Bromide saturated solution ...".

resistant

~.

ft

I

Potassium Carbonate Potassium Chlorate

saturated solution

Potassium Chloride Potassium Chromate Potassium Cyanide Potassium Dichromate

40 40 saturaled

40 40

s::: o \J

m

()1

Chemical Resistance - Medium Density Polyethylene

<0

c.:I

Chemical Resistance - Medium Density Polyethylene

s:::

<.TI

CD

0

~

""U

m

.. f' .:,.

Reage,n.Note Potassium Ferricyanlde

""",""y,

~(ihtt~~ I

,,,..J :'~~9

}:i7~'

saturated

Potassium Ferrocyanide

':2'"

concentrated

;".

'60,t'

Potassium Nitrate

saturated

21

y

.'

~

EiQ/'1

Potassium Perchlorate

10 10 20

Potassium Permanganate

21" '60~

,_.,,,2"

20'\60

Potassium Persulfate

I

saturated

I

Potassium Sulfate

:

DuPont Can. Sclair

\i:

Potassium Fluoride Potassium Hydroxide

Materiill'Not~

weighl

concentrated

Potassium Sulfide

8 8 8

:;

\.

8·.,

8

,;

8 8 8 8 8

:~: -{ ';>

8 8

~

8 8 8

6.er

8 8

Potassium Sulfite

'~

:;. ~

:;:

"~;'

''''.::;:(". w:' ..

' . :.;:

.:~

::.:::.y :

:~;

~

8

Propargyl Alcohol Propyl Alcohol

. <2'1.

,

100 100

}~}
>0.

':(69-""':'

if

6.0

,.:6(i1 f))

Salicylic Acid Sea Water

Shortening

VI

VI

<5' ;:l

I

Silver Nitrate

b;

Sodium Acetate

SOI~tionr~~'j'; y~l;!

solution; all concentrations

tt::

,'';:'

.:

ISodium Benzoate

'i)},,:

.·. :'h::;;;t;{A~);~~~'X>

r'::r>;;~~~~~::~~~~ij~entI

," '

, ",

'·8

saturated

t-<

.,p0: .,

8

6"

~

t::l (\)

D'n.,,',

7 8'

8

Selenic Acid

n'

:;

.ll;' '6"

8 8 8 6

@ ~

,,:,

">2{:/i saturated

2

" . ,,2

Propylene Glycol

S"

6

':~a;;ii :

n,propyl alcohol

Propylene Dichloride

Pyridine Resorcinol

6

,.'60'> ':

35 35

2I':',

,.,,::,:,6.Q, ,':'"

8 8 8

"

"

,

-, 'f

I

......

@

'1:l

p-

en

~

n'en tl

..

Reag~nt "0

Sodium Bicarbonate

C1l

en

tEo

Sodium Bisulfate

0: ....

Sodium Borate

....

Sodium Bromide

p

u::

--

Cone.

Temp.

Time

(%)

('C)'

(days)

saturated

"

;:l

t-'

Reagent Note

" "

21':,

8 8

~1

dilute

21

"

60 21' 60

" Sodium Chlorate Sodium Chloride

saturated solulion

··~·r

"

60 21 60 21 60 21 60 21 60 21 6.0 21 60 21 60 21 60 21 60

saturated

" Sodium Cyanide Sodium Dichromate Sodium Ferricyanide Sodium Ferrocyanide

saturated

" " " " 0

Sodium Fluoride

0 0

Sodium Hydroxide

concentrated 0

Sodium Hypochlorite Sodium Nitrate Sodium Sulfate Sodium Sulfide

.

,

Sodium Sulfite Stannic Chloride Stannous Chloride

" " " " " "

" Starch

saturated solution

" Stearic Acid Sulfuric Acid

100 100

21" 60

0-50 0-50 70 70 80

21 60 21 60 21

Tanslla Strength

,

m

Material Note

resistant

DuPont Can. Sciair

·" ·"

....;

..

..

·,

,

o·

....

8 8 8 8 8 8 8 8

................. ,:

I i

,

8 8 6 5 6

" " " "

, .'

0 0 0 0

" "

resistent

"

" " " " "

0

· 0

" 0

" .,

.::=

..

><:.

...

.....

.,

,,

· ·· ·

'$liesscrack'#~ent

,

.0'

"

0

.

·

· · 0

resist. depends on condil.

.

" "

0

0

8 8

I

·

0

6 6 8 8 8 8 8 8

,

.'

·· · ·"

8 8 8 8

8 8 8 8 6 6 6 6

· ·· ···. ....... ·

,;.:.4 .

8 8 :

" " " " " "

.

,,

8 8 '

" " "

,

"

s::: o

-0

~esistance ~ote

.....

8 8

21-'

!SO

Walght

8 8 8 8

'21 60 21 60 2.1 60 21 60 21 60

saturated

POL Rating 8 8

sCi

concentrated

Load.

2·1 60

60" .

Sodium Carbonate

'.

% Change % Retaine~

.0

"esistant .,,·resistant;· olid. resist. depends on condit.; olid. resistant: olid.

.,

" " " " " " " "

" " 0

" 0

" 01

Chemical Resistance - Medium Density Polyethylene

co 01

Chemical Resistance - Medium Density Polyethylene

~

01 CD

())

0

"'U

m

I'

I

Reagent r

< ....... '"

I

I

Reagent Note

Sulfuric Acid concentraled

,.

I

I

('C)

I

POL Rating

not recom.; oxid.

96

60

98

21

98

60

2 2

60

2

"

21

8

resistant

60

8

21

6

reslstanl: plas!.

60

5

resis!. depends on condi!.; plas!.

21

6

stress crack agent

69

6 2 2

21

2

60

2

21

2

saturated

'./

Turpentine

66

2

.2.1

2

60

2

2'1;-

7

60

7

21 60

8

i

0-30

21' :-,

60.

.

8 8'

.::~

• ,,,..

8

:::.. :'

various

;70

16

70 •• ;'0 '70.

64

mixl. of min. oil, PE, SEBS

't"l (1)

'" cE' ;:l

t'"'

..,0: P ..,

lC:

various synthetic polyisobutene

Wetting Agents Whiskey

16 64

'U 7O

64

70

180

70 ....

180

'..'" 70r

180

'21

, ,\ ,

l

,.

, I

•

4

6.7

85

5

5

105

6

2.1

96

4'

7.1

89

5.7

109

2.8

99

5 ;'

7

89

·4

6.2

111

7

2.B

100

: .. .. ~

: : .>"

::."/,,"~'

'. resistant

..:'

.~:~!'

:.; .;:;~ t~; :·~ ~: ';: ;~ ; ':"~:' ," -'·'7i.';'·

w.',"

","

:.~::'"

::!;

21

6 6

0.935 dens., 0.25 1.41; 1 mm thick

DuPont Can. Sclair

6

6

.;

,

4

60 } .

L.j~,:

.., .•••

::.:)::::~~.. :~-

8 16

synthetic polyisobutene

n'

~o

"

""":"x,::::::::{,;::;_\y

~

70

various

~

P ~

':'<:~;:;:. ..~

:~.

8

2'1 r .•;

", ""~: r.eslstant

\•...•.. 'stress cfo'qUg'ent

6

mix!. of min. oil. PE, SE8S synthetic polyisobutene

not recom.: pfast. ;,~.;:

.6

.....

.~-:

resistant

'2'1 .., ;-,.

,.

":r ~~~

2

...... '60.

mixl. of min. oil, PE, SEBS

F!slstalil!poss/stresfi18ck agent

. . ~O:;;;

Vinegar

@

"

2

.;;., 21 '

vanilla extract

not recommended

8

21 "6.0' 0-30

DuPont Can. Sclair

n!lt recom.; Ol(id.

2

60

Material Note

not (ecom.; oxid.

21

21

I

'.' reslsl. depends on condil.; oxid.

5

•

"

Triethylene Glycol

Waterproofing Cable Jelly

Resistance Note

resist. dep4nds on condit.; oxld.

saturated

Water

Tensile Strength

2

saturated

Urea

Weight

5

Trichloroethylene

Vanilla

)

21

Tetrahydrofuran

Trisodium Phosphate

Load.

% Retained

60

Tallow

Toluene

(days)

% Change

80

Sulfurous Acid

Titanium Tetrachloride

Time

I'

I

96

fuming, 20% oleum

Tannic Acid

I I

conc·l Temp. ('T.)

I

.~:{""

.

4' :;:';

@

~9~agg~I~~!~~!~~~

'i:I

S" IReagent ~

n' Vi

t::l

Reagent Note

IWines

Vi

(%)

('c)

(days)

IZinc Bromide Zinc Carbonate Zinc Chloride Zinc Oxide

saturaled saturated saturated solution saturated

7 7 2 2

resis\ant,poss, stress crack agent

DuPont Can, Sclair

2.1

8

60

ruiSlant ',.:,.. .

8 8.

21 60 21 .60·.·. 21'. 60 . 21" 60

Zinc Stearate Zinc Sulfate

saturated

Tensile Strength

Material Note

60

IYeast

Load.

Resistance Note

'21

;:l

(t:

Time

2.1

<E' IXylene

t

Temp.

60

(l)

.,0.,~

Cone.

21' ,60, 2{ ..

>1 POL \ Rating

Weight

.nOI recom.; plast· - ..::" ..

.

,

'U;·

,.,-,

'8

8

restSlant

8 8' 8

".

" "

8 8

"'ll 8 8

."'~'

"u

60

s:::

CJ

"

m

01

Chemical Resistance - Medium Density Polyethylene

co

-...

Chemical Resistance - Ultrahigh Molecular Weight Polyethylene

C I

00

s::

:E

"'U

m

.'....." .. .. '

,"W'-,'

~'.'-'-'.

>80

•

Acetone Aluminum Chloride Ammonia

aqueous solution

Ammonium Nitrate Aniline

;i;f,;:;~; ';~'i'(

i;~i;';;'~':;V

. h.. .,··.}~O,;t\ ..... . •,.... ····:50//<:::·······

30 30 30 30 30 30 30

:\ik...::20T\\.:····

30

.< ....:···~.·lfi\

·~\;:i• • ·

30

\;;:/1;;~61:;.···'· . .

Beer

i;\;A~'~;·"

Benzene Benzyl Alcohol Bleach

~:)"'"

d

>80

~ ~.;~; ... ::\:i~:

.( .;;\~i;;'l~ii8 .i r:::,;> c.. '

>80 >80

bleaching powder

" "

Butyl Alcohol

butanol

Butyric Acid Calcium Chloride

@

'1::1

p-

Carbon Tetrachloride Chromic Acid

~

ri' (J)

Citric Acid

tl C1l

(J)

tEo ;:J

t"'

0: ....

>l .... u:::

tTl

(0

ICyclohexane

80 80 80

.•.•: .'}\\SO

. Ef:

.'.•.•.•. . •

>80

::;:?\)~

>80

@

"0

~ ~

IReagent

Reagent Note

riO

Vl

tl

Cone. 1%)

Temp,

Time

I'C)

(~;iys)

20 SO

30 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30

ICylcohexanol

t'l Vl

15' ;:l

t:0.., I:l .., (t:

80

IDetergents

20

aqueous solution

$0 80..

Dichloroethylene Diesel Fuels

,.,.

20

60'

diesel oil

~O

Ethyl Acetate 10

Ethyl Alcohol Ethylene Glycol Formic Acid Glycerin Heptane Hydrochloric Acid

~

.. ·20

~;~§<\'i . aO,,,,, "', ,... ·2,0/' -SO:).

n-Heptane concentraled

. ,',\ ·20··"'·'·".'" ~O ..

Hydrocyanic Acid Hydrofluoric Acid C.

Hydrogen Peroxide

Perhydrol

30 30

Lauryl Alcohol

POL

~atlllg 1% Tens.lIe Strength .

Resistance Note

Material Note.

r&slstanl Ii

Hoechst Cel. Hostalen GUR; dumbell specimen

Retained

8·

e

. :e .

"C.'

.....

.'

<80 <80

".;

>80

30 30 30 30 30 30 30

;":." ~.,

.. ;.;(.;

30

'~.

30

2Q

30

sO;

301i\

8;'

f:: ~

- ,~~

30 30 30 30

30

Linseed Oil Milk-

Nitric Acid

20

30

20

30 30

>80

30

>80

30

<80 <80

20 SO C

50 50

30

:::I:

5:

:E "'U

m

(J"I

Chemical Resistance - Ultrahigh Molecular Weight Polyethylene

co co

Chemical Resistance - Ultrahigh Molecular Weight Polyethylene

C I

~

:E -U

m

Oleic Acid

}":t~;}~)':(.;

30 30

,~;

'59,., :f: ,~:.:

30

::::···.Ek

.50 80

30 30

8,,}' >80

Olive Oil Petroleum Ether Petroleum Spirits

white spirits

"

,.:,.: ~::"

>80

~:-:

>80 >80

85 85 85

Phosphoric Acid Potassium Hydroxide Propyl Alcohol

I-propanol

Sea Water Sodium Carbonate Sodium Chloride Sodium Hydroxide Sodium Hypochlorite 50 50 50 75 75 75

Sulfuric Acid @

"1:l

P ~

0°

concentrated

tl

" "

C/)

(\) C/)

tEo

Toluene

;:l

s:.,

CT

.,

!=l <.c::

Trichloroethylene

<80 <80 >80 <80 >80 <80

0> C> C>

./-::;:::

@

,

'1:l

S" ~

n° V> tl

@eagent Water

V>

<Eo t-'

..,

('Yo)

~,'

Tllmp. .

TIme

"('C)

(days)

:20

30 30 30 30 30 30 30 30 30 30 30 30

~O

Wines

20

50

0: .., I=l \l:::

distilled

Cone.

50.

(\)

;:l

Reagent Not~

80

Xylene

20 50 80

Zinc Chloride

20 50 80

pot Rating I% Tensile Strength '.

Retained

Resistance Note

reslsta~l

8 8 .,.,.. 8

"

I

Material

N~te

Hoechst Cel. Hostelen GUR; dumbell specimen

."

8 8 8 6 6 3

ii

>80 >80 <80

.. iiliiitedresistanea

nOI resistant resistant

8 8

C I

s:::

::'iE

"1J

m

0)

Chemical Resistance - Ultrahigh Molecular Weight Polyethylene

a

0>

Chemical Resistance - Fluorinated Polyethylene

"'Tl ""tl

o

N

m

:.)

~~~gem Butyl Acetate Chlorobenzene Cyclohexanone Diesel Fuel Conditioner Ethyl Acetate Gasoline Additive Hexane Isobutyl Acetate Isopropyl Acetate Kerosene Lighter Flu id Limonene (do) Methyl Ethyl Ketone Methyl Isobutyl Ketone Methyl Salicylate Mineral Spirits Motor Oils Naphtha Pine Oil STP Gas Treatment Tetrahydrofuran Toluene Trichloroethane Turpentine Xylene

@

'~"

S' rio

(I)

1? (I)

<Eo ;:l

t !:T j:)

.,

<.t::

R~~~~llt ~6te

8rakleen

charcoal starter

2 cycle cleaner

.,.Temp. ····.tC) .

% Weight C~ange

Ti~!l

(d~Y$)

28 28 28 28 28 28 28 28 28 28 28 28 28 28 28 28 28 28 28 28 180 28 28 28 28

-1

-0.65 -0.17 -0.08 -2.7 -0.07 -0.31 -1

".:,

-0.62 -0.04 -0.03 -0.11 -2.7 -0.56 -0.13 -0.02 -0.06 -0.06 -0.1 -0.12 -6.8 -0.5 -0.58 -0.06 -0.2

".

,Miterial Note bottles

@

'1:l

~

~ ;:;. VJ

t::l

% Change,

IReag"nt

VJ

;:l

~

0-,

p -,

\C

(~C)

,

10 concentrated

IBenzene

Brake Fluids Carbon Tetrachloride Cheese

cheese spread

Chromic Acid Citric Acid Coffee Cottonseed Oil Detergents Dlbutyl Sebacate Diethyl Ether Dimethylformam ide Dishwashlng Detergents Disinfectants D~

Alconox

Ethylene Dichloride Gasoline

365

9

365

8

365

Material Note

0.04

0.2B

no change in .. ppearan~e

Eastman Tenite 5020

1.1B

0.33

1.94

0.74

9

0.1

0.2

23

365

0.07

0.04

23

365

,.9. 2

19.1

5.7

23

365

Ii

0.3B

0.12

23

365

67.5

11.2

'23,

365

2 .9";

23/

365

.9•..

23."

365

9

23<" ..•23"

365

-0.61

365

0.03

60.

365

-9.1

365

0.05

0.08

365

0.01

0.04

365

1.51

0.29

365

14.1

5.5

365

0.37

0.2

365

-0.12

365

-4.B

50

0.08

.'-.,.~ '~:; ',~

365

-0.14 0.11

365

-6

365

0.2

0.08

365

5.2

1.6

0.07

0-:21 0.12

·r'·.l?S·.·

365

10.6

1.9

365

17.6

6.8

regular

365

19.4

7.6

365

-1 -5

~3Y
365 365

,,. 2~.•.~~,~";'

365

;:

r)w<,,{

16.9

6.7

0.01

0.08

0.11

0.24

365

-0.01

0.16

28

365

0.01

0.08

365

-1.89

365

0.11

365

grape jelly .~::::

.,\

"·P.;;:;""""'··""·

Eastman Tenite 5020 Eastman Tenite 5020; 0.25 mm thick. 150 ml bottle Eastman Tenite 5020

Eastman Tenite 5020 Eastman Tenite 5020

".{<,.. . Eastman Tenite 5020

Eastman Tenite 5020; 0.25 mm thick. 150 ml bottle

0.08

Eastman Tenite 5020

-31.1

365

15.9

365

-0.42

365

-6.5

365

17.5

365

-0.07

1

Eastman Tenite 5020; 0.25 mm thick. 150 ml bottle

Eastman Tanite 5020; 0.25 mm thick. 150 ml bottle

3 tincture of iodine

it

:::::~.:"

Eastman Tenite 5020; 0.25 mm thick. 150 ml bottle

0.2B

\.f

Eastman Tenite 5020

0.12

high test

10

Eastman Tenite 5020; 0.25 mm thick. 150 ml bottle

.

Eastman Tenite 5020; 0.25 mm thick. 150 ml bottle

365

365

..... ;;~

~

365

(~6;U~

,. ,

no cb!lnge,ln"aphearanca

0.12

365

.

.':~:'

'Slillll(~js<:oloririg .

0.04

23" .;'23'

';

. sJitelied

-6.7

-O.OB O.OB

;:-:,i':

.. swelleii .,.,\ no ~hang~in;~earariceC ,. --

10

•.... ·2.ii

sllghldlscolOd6ir' .'

no.c~.a·ng6 in appea(illlce .

40

0.25

'.,'.

~ ";._

-4', .

-0.32

. ;;5 ..

concentrated

L

Resistance Note

365

Di(2-Ethylhexyl) Phthalate

Hydrogen Peroxide

Kerosine Margarine

Thickness

365

lysol

Hexane Hydrochloric Acid

Isooctane Jams

r"

60

Grape Juice

Iodine

\Velght

23

Ivory liquid

Ethyl Acetate Ethyl Alcohol

IPDL',Rating

(days)

23. 23 '23 ';

5 concentrated

Acetone Ammonium Hydroxide

Time

Temp.

Cone. (%)

IAcetic Acid

<1>

lEi'

Reagent Note

Eastman Tenite 5020; 0.25 mm thick. 150 ml bottle 6.3

5.5

··:···;·.·.x·?;

•....."..

:i;·:d~~i~r'!:[~'~~~:;!:l:~;~

:,: ) n~:~~~~J9:~;.~~~~;1~,,;~~1

Eastman Tenite 5020 Eastman Tenite 5020; 0.25 mm thick, 150 ml bottle Eastman Tenile 5020

I

Eastman Tenite 5020; 0.25 mm thick, 150 ml bottle

-0

0

'< l»

(J)

Chemical Resistance - Polyallomer

o

U>

m

Chemical Resistance - Polyallomer

"'U

o

<:> ~

'< Q)

0.12 0.59

.-,-,-.-.;.-

-0.13 0.03 _••

_r.~

-3.9

••

glM~~lwtK;

Mouthwash

0.28

365

ii;;vy1i!'i;;,.

-1,14 0.35

0.16

-24

Mustard

0@113~ii%;h

365

~'i~I~~II~·il;~~

365

. Nt,,';:i4ji::~«~:;~

-0.33 6.04

0.12

-0.42

Nitric Acid

10 40 concentrated

Oleic Acid Olive Oil Orange Drink

83

li~~,~~I;'j;i;·~j :Mj';l?:~NLt"

365 365 365 365 365

[!l ~i~1 ,1,~f~ 1~;'~ :;~;/• ;~I;~;I~lil;lll.

•.•;.••••.•.•,•••, .•:7.;';0::::'... •:"'" '-'-··:x:-:-·-

~~:::::.;.:.

0.02

0.08

0.79

0.16

4.7

0.45

0.51

0.12

0.04

0.08

-1.66 0.05

0.04

-10.8

i1~i~i'_i];t!li;'i~;'

Peanut Butter Phenol Shoe Polish Soap Sodium Carbonate

5

solutions

365 28

,..;'\?-$:;;g .• . f 'X" . . . . . -,

365

1.;'~I';rilt~b·.··i~ilil;.·

365

·\;;\!'[it;i2'~il~i" (

';9;\#)\

365

;1~i;ii.'!i:)f;;i;~Ji

1

··:W@g~.Mi%·'

365

;>.}.;i!;?}./).. .,

0.01

0.04

2

;1;il ; ••1~;~!2Il',~·l.·

365

i.;~f:~iir;:~:],~;j!l:;:

0.18

0.24

365

0.04

0.04

(!UH~~J\W'"

365

\<.;;.\ ~{., .

-0.01

0

365

',. ••. ;" ....)l. ,.

-0.01

0.04

Sodium Chloride Sodium Hydroxide

10

Sodium Hypochlorite Sulfuric Acid

3.5

F{
365

~;;

3

: ~;~;!i'l~ i; r~; ,·

365

····,\<4;';1;

1 10

30 concentrated

;;;iIJ~~;;~;'~;

:<jt~~X'U

Toluene Tomato Juice

):h%g~')%;

"9

365

365

,-; .;;:;:::-~) :tL~·

365

:',~, :/>'~::f~~~: ~\/> .,....... • .0;:'2 ·iL. ?,i

365

"'/"'7 .:::.::'::::.: ."... :......

365

'i:l

~ ~

n'

'"t l <1l

'"

~.

;:l

t-o

c;: ..,

..,

~

Transformer Oils Turpentine Water

\i;;.g,?'3;Zf '

-0.03

0

0.08

0.12

-0.008

0.08

-0.005

0.12

-0.03

0.04

19.5

6.2

-1.06

365 deionized

0.08

-5.8 365 365

.... !••..) ...~y' . . !? .•••,

p».

;.;.;.~:<.'.:.y

•.•. ;,' ••.•.-' -.

.-.-,".,.",-;., ,",-,-.,",- ..

l~ ~ ~!f ~r;li~l~!~l !~i;!I[i~ ~;:~ ~l i;~J~i't;·:!

~;;~;~~~.~~;[~;il~f~j~~;;;~;jJ;;;1~'::~~;~f~};;~! !1~;'~i~li:'f!~ t~i~;~ I ~ i,I·~;~ :~;~i; ':~ ~;.' :~' .

3.5

1.5

23.7

7.5

0.01

0.04

Eastman Tenite 5020; 0.25 mm thick, 150 ml bottle Eastman

Ten~e

5020

Eastman Tenite 5020; 0.25 mm thick, 150 ml bottle

" Eastman Tenite 5020 Eastman Tenite 5020; 0.25 mm thick, 150 ml bottle

" Eastman Tenite 5020 Eastman Tenite 5020; 0.25 mm thick, 150 ml bottle

Lii·t#··#\~lIblii''ilISi:oIQilnlitLX;;'f!.;h·i

Eastman Tenite 5020

:;j1~li~.~!~it~l;;1~~~~;~
Eastman Tenite 5020; 0.25 mm thick, 150 ml bottle

•.

.;ii(··.·.';~@iiijj~t!ijil!Mafii.i)~~M< A

·~~;;t;;;j~,lJ;;fJ.\t.iil:t.jt~~;!!;~jt,i·;f;i;~;j·tt·!

-4.1

0.07 @

0.08

-0.29

20

.-.-.-.-.-.-.-.-.-.',;-;.;.-

i;'i~'~'t~i',~i;~;~~~lit~~~~~,1,.,"i;'\<;

0.14 0.04

~-·;·;·"i;·

(:~~;.:;~.' <-)f»bHtUt9~ ::~~ }:~:L:<. :~::::H\:S:':: .

lj!;;1;~~i~~~i~ii':;\1;~~~~r!i;!t;;·?;;

.......>~

::;:::::::;:\:;:>t.2t~+J(F\£fA){

~:::::+-.:.;.,

:;g';'.

'~':~'.'"

Eastman Tenite 5020 Eastman Tenite 5020; 0.25 mm thick, 150 ml bottle

, ,

Eastman Tenite 5020 Eastman Tenite 5020; 0.25 mm thick, 150 ml botlle

" Eastman Tenite 5020

Eastman Tenile 5020; 0.25 mm thick, 150 ml bottle Eastman Tenite 5020 Eastman Tenite 5020; 0.25 mm thick, 150 ml bottle Eastman Tenite 5020

@

"tl

po

~

Reagent

;::;.

0. . . .

'tl" '" <E'

Acetic Acid

t

Acetone

v'

~

;:l

.,0.,>:l

I

Reagent Note

I

Cone. (%)

I

.

. .-. % Change .,-'

C'C) 20 20 ·,60 60'

dilute glacial dilute glacial

20 60 20 60 20 50 20 .60

Aluminum Chloride

lC:

Aluminum Fluoride Aluminum Sulfate Ammonia

20

Ammonium Carbonate

60 20 60

Ammonium Hydroxide Ammonium Nitrate Ammonium Sulfate Ammonium Sulfide Ammonium Thiocyanate Amyl Acetate Amyl Alcohol Amyl Chloride Anisole Barium Carbonate Barium Chloride Barium Hydroxide Barium Sulfate Barium Sulfide

:~

':ci;,,';

Ammonium Chloride Ammonium Fluoride

I

Temp.

20 20 10 10

,~

20~.

60 20 60· ',20 60·

~~

:~~

~o

60 <:::. 20 60 20 60· ..... 20 60 2Q 60 20 60 20 60 '20 60

?9

~60:' ,.. 20(' ··':60.W;:;

·':"··
POL Rating I

Time Cd~ys)

Weight

% Retained

lt~:~~~ModulU~ml

Material Note Mitsui TPX;

90

8

negligible effect

90 90

6

Iimileii sllsorption ~f atlacl( pegli9i~l!I elfe.ci . ". Iimii~ abSQfp!lonor lIuack

90 90 90 90 90 90 90 90 90 90 90 90 90 90 90 90 90 90 90 90 90 90 90 90 90 90 90 90 90 90 90 90 90 90 90 90 90 90 90 90 90 90 90 90 90

8

6 6 6 8 8 8 8·

,

,

>.

U

ib

~

.,

"

negligible ellecl

:~:

8-'-"-"-" 8 8

U

8

" :::;:f

8

U'

. 8.

"

e.,

--.--

8 '8'"

8 8

::

8

':{

e

:1:;.

8 .."':'

f:

8 8 8

"X

>~8

8 ,..8.,.... ~ 4

limned Bbs()..ptiOii:Dr attack

!~~R~~!AA~W~'.i9R

'iim~~e~~::s~~~~~a~k,

If 4 4 4

".

:~::

limned sb~orpllon or·altack. . ~ensive absorption c na.Q!igible alleel .-

8 ..

..

········;.····,···:..:··························:::,;·::"·i....:......

6 4 jf

.;;.:> ,,"

'."

~.

,

8

1

..

;~'::

, 8 8

'"U

s:: '"U

Resistance Note

~.~:

~(' {:

A· .

"

(J)

Chemical Resistance - Polymethylpentene

o

01

Chemical Resistance - Polymethylpentene

""U

~

0>

o

0>

""U

" "

Benzaldehyde Benzene Benzoic Benzyl

90 90

ACid)~;rli~~!,~l!';:

AICOhOI;;";el;!;

:~i:~<~~~S; ;;<'i\~;i:i\;Q~~~it~)(2t~;:;!;:/:;;:i~:,: :~~}/i;.ij;'L;;;~! ......"."",,,,,,,,,

Brake bromine water bromine liquid ___ A __ I

..

~

_ ...

~

.. _

Calcium Carbonate

90 90

Calcium Chlorate Calcium Chloride Calcium Hydroxide Calcium Hypochlorite Calcium Nitrate Calcium Phosphate Calcium Sulfate Calcium Sulfite Carbon Dioxide @

::sJ >:l

~

0°

Carbon Tetrachloride Carbonic Acid

V>

Chlorine

Ii? V>

Chlorobenzene

tEo ;:J

t"'

~ >:l

.,

Chloroform

chlorine water

,.>;.,.;;

":"';;.

@

.~

',";':

.....

":;".,.,<::.-,,,,,.

'1:l

E" ~

r;' C/)

tl

'R~ag,nt '~::

:x .:

Reagent Note ...

~~·;·-v

;.:

~;

....... _ ..

~""

Cone. (%)

j

Chromic Acid

ell C/)

cE'

Citric Acid

t-<

Copper Chloride

;:l

0: .,

.,

>l <.c::

Copper Cyanide Copper Fluoride Copper Nitrate Copper Sulfate Corn Oil Cuprous Chloride Cyclohexyl Alcohol Cylcohexanone Decalin Diesel Fuels

..

Dimethylformamlde Dioctyl Phthalate Ethers Ethyl Acetate Ethyl Alcohol Ethyl Oleate Ethylene Glycol

50% with water

" Ferric Chloride

('C)

" 20 60, 20 60 20' 60 20 ., 60 20 , 60 20 60 20 60 '20 60 20' 60." 20 60 20 60 20 60 20 60 20 60 20 60 20 60 20 60 20 60 20 60 127 127 20 . 60 20 60';

.

diesel oil

50 50

: % Change

"",- "<.",:1,,:,... Temp. .' Tiljle

Ferric Nitrate

20

Ferric Sulfate

60 20 60

(~ys)

90 90 90 90 90 90 90 90 90 90 90 90 90 90 90 90 90 90 90 90 90 90 90 90 90 90 90 90 90 90 90 90 90 90 90 90 90 90 7 28 90 90 90 90 90 90 90 90

PDL Rating "",

Weight

% Retained

~ensile Strength

".-.".:,';'

M~~I~~

'I ..

"'U

Resistance Note

Material Note

negligible effect

Mitsui TPX;

8 :~.

8

'

.

'::::

····if

·"

8 8

8

8

8 8

8 8

.. .. .. ..

.

.. .. .. ..

.

8

..

.. ..

.

.

"

8

..

·

.. .. .. .. .. .. ..

I\miled~bsorpiion or attack "

6 6'

e~tenslve

4 '4 4

6

absorption

··

limited absorption or at!aek .extensive attack negligible effecl

I

8

. .

..

··.

8 8 8 <

4

... 6

..

.. .. ..

extensive absorption

·

4

limited,:absorPtiom:or:oattaek .e;;8.ns~itabsorp.tlo.n negligible effecl

4

8 6 6

limil.~:,a~~~fRl!~np!:}wack

.

,

.

oxtensi~e

0 0

59 57

:,

absorption

99 90

8

..

Phillips Crystalor HBG30; 30% gl.fib.

..

negligible ellect ,",. :.

'·.

.'i •

,

Mitsui TPX;

. .

"

,t", •

·..

i

8

li

.. .. ..

..

.. , ·····················14::··

4

,.'

..

·" ·.

8

i

. .

. ., . ··· ·

8

8 8 8

7 6 8 8 8 8 8

i

.

8

,

..

..

.',

"'U

5:

, ' .

l

....

·

,

·.. ·..

· 0)

Chemical Resistance - Polymethylpentene

a

-..J

Chemical Resistance - Polymethylpentene

-u

:s:::

0)

o

ex>

-u

Reagent

Re.agent Note

I C~~~\

Ferrous Chloride

I T~.~r

%:Chang~ Time (il8~S)

POL Rating 8' 8

20

60

Ferrous Sulfate

20'

60

Fluosilicic Acid

20

60

Formaldehyde

20"

..!l0

8

8

60

8

20

limited absorption or altaell . . extensive absorption

20

6 4 8

60

6

l!m\!AA~~~~!Pl~~~.9M'ltack

20

'8

gearbox oil

60

8.

20

8 ·8:••·

20

60

Hydrochloric Acid

10 10 20 20

20 60 20 60·.

3020 30 60

Hydrofluoric Acid

50 50

.•••. 20 . "':',.• 60

60

'··20

6060

Hydrogen Peroxide

Iodine Isopropyl Alcohol

10 10 35 35 70 70

.

in ethanol solution isopropanol

~

::;' (J)

Lead Acetate

~

Lemon Oil

to'

\l::

8 8 8 8 8'

8

Hexane

.,0: .,p

Mitsui TPX;

..

60

6.0.

t-'

:negli;~~l~:effect

20

Glycols

;:l

Material Note

Fruit Juices

Gin

(J)

Resistance Note

8

Gear Oils

'i:I

Modulus

20

60

po

% Retained .Tensile Strength

Formic Acid

Gasoline

@

..

Weight

Linseed 011

concentrated

"egligibte effect Il,gii~lbleiilfei:(

@

::s ~

~

n'

I~eagent

~eagent Note

Cone. (")

I

'.

Temp,'

. '('c) "".." 20

't::l" '" <5'

Lubricating Oils

\::

Magnesium Chloride

2p 60

~

Magnesium Hydroxide

20,' .

SO'

('\)

Magnesium Carbonate

20

;:J

., .,

SO"\,,

0(t::

.'.

$0' ;;

Magnesium Nitrate

20

Magnesium Sulfate ."'.'

Magnesium Sulfite

%C~anQe

Time

(lU)'s)

6" .4

90 90

8

Weig~t

Tensile~. Modulus

Strength

Resista~c~NoJ~

Material Note

limited absorption 0' attack

Mitsui TPX;

I

,>e~le~~j'(~ab~orplion c' .. 'negilgiliifelleCi

8

:~)K:~t;):

908

908 90 90

Sil}\ •

2P

90

~O<··,,·

90

'\60···.

POL Rating; \ .

90 90

00 00

<0 ~9

•.1'.'

,.

,% Retalnecl

"."

w.:;: .. y

..

:::~.

28 ~

90 90

Mercuric Chloride

90

Mercuric Cyanide

90

,

90

,.

90

Mercurous Nitrate Mercury Methyl Alcohol Methyl Ethyl Ketone

:~;\,.i;i~\::'::

Methylene Chloride Milk

90

.?ii' ;<,~'\ ."

:~

.·,;~;;·;'i;~::!;,;i~'\iili~r:;i;;
II ~~

Motor Oils Nickel Nitrate

. _.,..

. /. ;HUI\Mii9~9*~ffeC!";'i,;

{"'ii/C:

=:';;~1

I

""""'"'ii~fi~

Nickel Sulfate Nitric Acid

""tJ ~ ""tJ

""/il1~(:;>

:~;·11j·;i·~1~.Ti;·t'···;;;;iii~~it~~~;;11~~,~i~ij~i;i'

Mineral Oils

Oleum

;;

/~o: SO

90 90

0>

Chemical Resistance - Polymethylpentene

o

co

Chemical Resistance - Polymethylpentene

""U

5: ""U

Oxalic Acid Paraffin

.

50 50

white paraffin

Paraffin Ozone Paraldehyde Petroleum Ether Petroleum Spiiits

white spirits

Phenol Phosphoric Acid Photographic Developers Potassium Bicarbonate Potassium Bromide Potassium Carbonate Potassium Chlorate Potassium Chloride Potassium Chromate Potassium Cyanide Potassium Dichromate Potassium Ferricyanlde @

::9

IPotassium Fluoride

i=l

Potassium Hydroxide

n"
Potassium Nitrate

~

tI

(1)

15"

[Potassium Perborate

;:l

t-'

0: ..,

..,i=l

u::

(Potassium Perchlorate

50 50

0> -'-

o

@

'i:l

P V>

~eagent

;:;.

;{:/--;;.

V>

Potassium Permanganate

~

?? V>

tEo

ReagenlNote

I

Cone. (%1

Potassium Sulfate

;:l

t""'

..,

0: .., i=l

II::

T(~f'

I

~~~~

20 .•.60 ·:Y·21l,.:·: -

90 90 90

.60

90

Potassium Sulfide

20' 60''<'

':i

90 90

Potassium Sulfite

20 60';

90 90

Pyridine Resorcinol

20 -60

'

~ii;l.

T ..··.·e.•·•.·•.•. h· . S1r~nglh

ResistanceN~te

Modulus

.

.~.:'

. 20

.1...

negligl61, eff~~l

Material Note Mitsui TPX;

"/

"-:.:..

..

:~

c",

8·

.

8'

:.: '

;,

:<.•

limit~ a~$Orpliorio(attaCk' ::>:~:H·.-,: ~,'

....

ne4l1gib~eflecl i .:"_~::.. ,.:.. ,:""

90 90

.( '60

Rum

0/0.... Retained ....

90:: 90

;?O

saturated

p'DLRat!"Sj

.% ChanQe I Weight

,.

90 90

60

Silicone Oils Soap

.~.~

Sodium Chlorate

~

Sodium Chloride Sodium Chlorite

':20,. 20 20

... 20. 'j': 60·

,j

'20:'..

/~O{;

,..;. 2G

Sodium Dichromate

90 90 90

29

SO'

Sodium Fluoride 50 50

".

n'

90 90 90 90

90 90 90

"1J

:s:: "1J

.0

90 90

.

",60?1\

Sodium Ferrocyanide

90 90

60)' .. ·20/i·

Sodium Ferrlcyanide

Sodium Hypochlorite

90 90

60

Sodium Cyanide

Sodium Hydroxide

~

0>

Chemical Resistance - Polymethylpentene

-"" -""

Chemical Resistance - Polymethylpentene

-,;)

~

Sodium Nitrite Sodium Silicate Sodium Sulfate Sodium SUlfide

25 25

Sodium Sulfite Stannic Chloride Sulfamic Acid Sulfuric Acid

10 10 30 30 60 60 98 98

Tannic Acid Tartaric Acid Tetrahydrofuran

20.,

Toluene Transformer Oils Trichloroacetic Acid Trichloroethylene

'1:l

ITurpentine

S"

Vaseline

C/)

Vinegar

~ r;o

tl C1l

C/)

<Eo ;J

t-o

0: .,

.,i=l

<.c::

......

I'V

-,;)

@

0>

Vodka IWater

10 10

90

4

@

"tI

po ~

ri'

Vl

tl

I~:~t~rit IWaxes

·Ii.

,c.

;',

Rea~~nt Not.~ ~::~.

CQ~~~ (%1

·Temp..

parallin wax

C1l

Vl ~'

IWhiskey

;:J

s: .., ..,

0-

p

\t:

IWines IXYlene Zinc Chloride

7

20. 60 . 20. 60 20 60 20 60 20 ~O

Zinc Oxide Zinc Sulfate

.

('C)

20 60 20 60

90 90 90 90 90 90 90 90 90 90 90 90 90 90

,>Wei~hi'Resistance

8;.:· 8 8 8 4

Note ~

negli~ib~e !ffe~I'

8 :"'8' .~.:

Material Note Mitsui TPX:

" ." e'xlensiYe absorption

4

8 8 8 8 B B

""U

s: ""U

.....,...

--"vr:

":"_':-~'

negligible effect

0'>

Chemical Resistance - Polymethylpentene

-'"

c..>

Chemical Resistance - Polypropylene

-u -u

.j:>.

Reagent

con.c..·.·.ITem. p (%1 ...

Acetaldehyde Acetic Acid

('~l

Time

Load

(days) .

glacial

Material Note

Weight -;: ....

nOSig~i1iea;;; effect

is

28 365 30 180

523 5 23 10 20 10 " 20 21 10 10 60 10 60 10 60 40 20 40 29 50 20 50 21 50 60 50 80 50 100 97 20 97 20 97 80" 21 23 23 23 60

Acetic Anhydride

POL

Rating . ,.~ ..

;13

glacial

275

8

0.1

9 9

<0.5

0.1

30 180 30 180 30

30 30 180 30

7 7

~1

0.25%

9 9 9 9 9 8 8 9 5 9 9 '1 8 8 8 9 8

satisfacl~ res.istance

, negllgJlile effect <.5

<3

<0.5

<3 negflgible effect. >'salisiac1O<)' r~sistance negligible'effecl some anack n!gligible elieCl

<0.5

<3

s~ifsfaetOry resistance ., 110 sJgriiiiCi.h,t eff~cl

90 95

9 9 8 8 4

7.

<0.5

<3

73

2.2

.,.:9"

Jl.

<.5

Acetonitrile 30 180

0.5-5

30 180

0.5-5

@

'i:l

Ei ~

;::;.

.-,~

V>

Acetylene Acriflavine

<.c::

Himont Pro-Fax; 76xO.64 mm specimens Network Pol. Polyline Solvay Fortilene Phillips Marlex Solvay Fortilene Himont Pro-Fax; 76xO.64 mm specimens Network Pol. Polyline Solvay Fortilene Phillips Marlex

2 2

t-<

Acrylics

<3

475

Himont Pro-Fax; 76xO.64 mm specimens Network Pol. Polyline Solvay FOr!i1ene Phillips Marlex Eastman Ektar FB PG001; 10% gl.fib. Eastman Tenile 4231; 50.8x3.2 mm discs Solvay Fortilene Himont Pro-Fax; 76xO.64 mm specimens Nelwork Pol. Polyline Solvay Fortilene Phillips Marin

Acetophenone

...,0: ...,>l

Himont Pro-Fax; 76xO.64 mm specimens Solvay Fortilene Himont Pro-Fax; 76xO.64 mm specimens Network Pol. Polyline Himont Pro-Fax; 76xO.64 mm specimens Solvay Fortilene Phillips Marlex LNP ; 30% gl.fib. Solvay Fortilene

.8 30 180

;:l

~Uliab;; for most,applic.

Himonl Pro-Fax; 76xO.64 mm specimens Nelwork Pol. Polyline Himonl Pro-Fax; 76xO.64 mm specimens Network Pol. Polyline Himont Pro· Fax; 76xO.64 mm specimens Solvay Fortilene

8 30 180

28 365

V>

negligi~le elf~6i

Phillips Marlex Eastman Ektar F8 PG001; 10% gl.fib. Eastman Tenite 4231; 50.8x3.2 mm discs Himonl Pro-Fax; 76xO.64 mm specimens Network Pol. Polyline Solvay Fortilene

8

" ",60

1?

M'vJsible cilange Slighllybleached negligible .effect

<3

8 8

Acetone

tEo

0> ......

emulsions

30 30 30 30

Himont Pro-Fax; 76xO.64 mm specimens

~

@

'1:l

S ~

o'V> ~ V>

I~~~';~~~ ::-:.~

Reagent Note

20':".

115/145 ocatana turbina

20

to·

I··

'::::::;'' ::1'' ::::::::::-:' "::".::::1"'::

,,,,,,··'::::::::t :····"::·:·::······r~r

30 30

aviation

s:.,

23" , 6'0/·

365

60.

30

'~O;:;

30 30 30

""":-.'

0-

.,>.l

turbine

\C

Aircraft Turbine Fuels

'''2If

aviation

Material Note .;.i-:"

60

..

12.2

Himont Pro-Fax; 76xO.64 mm specimens Solvay Fortilene Eastman Tenite 4231; 50.8x3.2 mm discs Solvay Fortilene Himont Pro-Fax; 76xO.64 mm specimens

2'1.:••::

;:l

Resistanc;e Note

Ratlpg'

I")

":~- :"

Aircraft Fuels

'POL

Cone.

4.5

~;

Almond Oil Alum

"23; all types

20' 21'

Phillips Marlex

30

Himont Pro-Fax; 76xO.64 mm specimens Solvay Fortilene

30

Himont Pro-Fax; 76xO.64 mm specimens

11,0 60\;

Aluminum Ammonium Sulfate

Solvay Fortilene

. 60

Aluminum Chloride

"20·""

Himont Pro-Fax; 76xO.64 mm specimens Solvay Fortilene Phillips Marlex Solvay Fortilene Himont Pro-Fax; 76xO.64 mm specimens Solvay Fortilene

30

2!}' ,23 60 60

30

100 20'

Aluminum Fluoride

Himont Pro-Fax; 76xO.64 mm specimens Solvay Fortilene Phillips Marlex Solvay Fortilene Himont Pro-Fax; 76xO.64 mm specimens

30

~l '.'23 ••.•>:.;: 60· 30

Aluminum Hydroxide

Solvay Fortilene Phillips Marlex Solvay Fortilene

:!:;:j:

Aluminum Nitrate

:>~~\.

Phillips Marlex Solvay Fortilene

:,. '90 . Aluminum Potassium Sulfate

1'21. ~.

60 , 20

Aluminum Sulfate

Himont Pro-Fax; 76xO.64 mm specimens Phillips Marlex Himont Pro-Fax; 76xO.64 mm specimens

30

:;'23.

.60",'" 10

Ammonia aqueous solution aqueous solution

30 30 30

30 180 30 180

.__ ~"':-t: : :~

I·l""·

<0.5

<3

<0.5

<3

"<8 ::8.: .

30

Himont Pro-Fax; 76.0.64 mm specimens Solvay Fortilene Phillips Marlex

30

dry gas anhydrous

Network Pol. Polyline Himont Pro-Fax; 76xO.64 mm specimens Network Pol. Polyline Solvay Fortilene

i.. g3

(J)

"U "U

Chemical Resistance - Polypropylene

.......

01

-0 -0

Chemical Resistance - Polypropylene

0> ...... 0>

Himont Pro-Fax; 76xO.64 mm specimens Solvay Fortilene Phillips Marlex Solvay Fortilene Himont Pro-Fax; 76xO.64 mm specimens Solvay Fortilene Himont Pro-Fax; 76xO.64 mm specimens Solvay Fortilene Phillips Marlex Solvay Fortilene Himont Pro· Fax; 76xO.64 mm specimens Solvay Fortilene Himont Pro· Fax; 76xO.64 mm specimens Solvay Fortilene '~""

Phillips Marlex

o

-0.1

90

90

Himont Pro· Fax; 76xO.64 mm specimens Eastman Tenite 4231; 50.8x3.2 mm discs Himont Pro· Fax; 76xO.64 mm specimens lNP ; 30% gl.fib. Solvay Fortilene Phillips Marlex lNP ; 30% gl.fib.

94 Solvay Fortilene Himont Pro-Fax; 76xO.64 mm specimens

Solvay Fortilene Himont Pro-Fax; 76xO.64 mm specimens Solvay Fortilene Himont Pro-Fax; 76xO.64 mm specimens Phillips Marlex Himont Pro-Fax; 76xO.64 mm specimens Solvay Fortilene Phillips Marlex Solvay Fortilene Himont Pro· Fax; 76xO.64 mm specimens Solvay Fortilene Himont Pro-Fax; 76xO.64 mm specimens Solvay Fortilene

@

'1:l

Ei

n''" ~

'"tl

IR;~g,e"~ IAmmonium Sulfide

Phillips Marlex Solvay Fortilene Himont Pro-Fax; 76xO.64 mm specimens

C1l

'"

saturated

~.

;:J

t-<

Ammonium Thiocyanate

"

J 19?

"""20"<:;

30 30

Solvay Fortilene

0: .,

., ~

It:

IAmyl Acetate

saturated

!lQ: 20

~

';:31 '

Himont Pro-Fax; 76xO.64 mm specimens

30 30

Solvay Fortilene Phillips Marlex Solvay Fortilene Himont Pro·Fax; 76xO.64 mm specimens

,

". 23.' .'.

'.60.'\',' 10 ~..

".

,:,;~.'{

:.·20 "

Amyl Alcohol

30

"#.

·.:.··;g·i;j~'

30 Solvay Fortilene Phillips Marlex Solvay Fortilene Himont Pro-Fax; 76xO.64 mm specimens Solvay Fortilene

,;~~,i;~

r ~,~}~ '" 1oo\{ 20",,'

Amyl Chloride

30

Himont Pro-Fax; 76xO.64 mm specimens

30

Solvay Fortilene Phillips Marlex Solvay Fortilene Himont Pro-Fax; 76xO.64 mm specimens

Aniline <0.5

<3

<.5

<3

Network Pol. Poly'ine Solvay Fortilene Phillips Marlex Solvay FortHene Himont Pro-Fax; 76xO.64 mm specimens Network Pol. Polyline Solvay FortHene

Anisole

Himont Pro-Fax; 76xO.64 mm specimens Network Pol. Polyline Solvay FortHene Phillips Marlex Solvay FortHene Himont Pro-Fax; 76xO.64 mm specimens Network Pol. Polyline Solvay FortHene

0.5-5

0.5-5

Antifreeze ethylene glycol; Prestone

98

Antimony Chloride

100

Phillips Marlex Eastman Ektar FB PG001; 10% gl.lib. Himont Pro-Fax; 76xO.64 mm specimens

Antimony Trichloride

Solvay FortHene Phillips Marlex Solvay FortHene

0)

"'U "'U

Chemical Resistance - Polypropylene

...... -.J

Chemical Resistance - Polypropylene

-u -u

0> ...... 00

·~T

Aqua Regia ····-:::::::·:.~N:·~~·~~~~:~,~~~~'_~.

)/t;;;:X··:·-·

Arsenic Acid Barium Carbonate

Barium Chloride

,

Beer

:J:! i=l

~

n"

·4?;~t/··

··:)••;g;j~;.jM~"~\ljl.~;!ff!~1;'Ai;\. "

/h~PC

30 30

Himont Pro-Fax; 76xO.64 mm specimens Solvay Fortilene Phillips Marlex Solvay Fortilene Himont Pro-Fax; 76xO.64 mm specimens

\;::;V<::s::\-·:;·: :.~:

"\60:.,

30

Y!fF'9i:'·.··,':,

:'::\·{(hillgf)glbhKllf.lfci:'('" ;..•.,......

: AW'W

30

;

,\

;;\@f;i,~~w.!!W!~~~f!;.·;%;'···

30

::~~:::t':
IN;h;M~nO~!f»!!~,9WFi:"W

l!I;·~~.~li;lil[i·~

~";~I~_;ltill~~I;~1~jl~1~l

··ii;!!.!>';·

~;:11~.~;~

?k.ii.&gll.9lblee~eJ.j "Xc,

<.~,,;.'j:;

ii~<

;~.:>:.~ <'~ ~};~~{< ,~', ;,',~' '

tJ

tEj-

9.W~8@n.;

t.';;i;•••:.'.;~ll!i~~W~!!~mYM%j.·

Himont Pro-Fax; 76xO.64 mm specimens

~~:~~fH~~:~t[~::~t~~~~Jf1;~jiiJ&~F:@@W~~:~0:

q:fjg.;

"

t~tj~jU

30 30

{GOS}

30

W ,\.~{%.:t.

:},;;nI\~.il.li!!ii!Ii!.t;j"".l;t;n'.);.·'

l;;l~~:;il

30

)';-;'.'9'#):'

lll!lilllll~III~~l;lll

~!!;]@~})l:@:~::~mf:![t~

)'\YS~+wt

t"'

.,

i=l

u::

"

Solvay Fortilene Phillips Marlex Solvay Fortilene Himont Pro-Fax; 76xO.64 mm specimens Solvay Fortilene Himont Pro-Fax; 76xO.64 mm specimens Solvay Fortilene Himonl Pro-Fax; 76xO.64 mm specimens Solvay Fortilene Phillips Marlex Solvay Fortilene

30 180

Himont Pro-Fax; 76xO.64 mm specimens Network Pol. Polyline Phillips Marlex Himont Pro-Fax; 76xO.64 mm specimens

0.5-5

;:l

0: .,

Solvay Fortilene

@tM~t~t(M1M

saturaled

Benzaldehyde Benzene

Himont Pro-Fax; 76xO.64 mm specimens Solvay Fortilene Phillips Marlex Solvay Fortilene Himont Pro-Fax; 76xO.64 mm specimens

Himont Pro-Fax; 76xO.64 mm specimens Solvay Fortilene

,;f;';;~/V\

30

" Solvay Fortilene Phillips Marlex Solvay Fortilene Himont Pro-Fax; 76xO.64 mm specimens Solvay Fortilene

.')H:!.·.;;',M!l!!.9\!l!~:,!j!~.f~;;.·.WW;I

30

(I) ~ (I)

\&tfS:

• •·.t~.~ •. (.·'.

saturated

saturated

@

30

.

saturated solution

Barium Soap Grease

Barium Sulfide

Solvay Fortilene Phillips Marlex Solvay Fortilene

'·~9

Barium Hydroxide

;;\~~~~~~!~!'f~~~~~cF;~;:. ;

!h!\~~~!~~\'fim1J~,~Wl2f~r,·.·····

saturated solution

"

,;;;~/>} {(s·.·

}~},i

saturated solution

Barium Sulfate

30

Solvay Fortilene Phillips Marlex Solvay Fortilene Himonl Pro-Fax; 76xO.64 mm specimens

30 lS0

>5

>S

Network Pol. Polyline

@

"i:l

El ~

r;'

en tl til en

Benzene

3 30

<5' ;:l

s:..,c:r

Benzoic Acid

u::

Benzoyl Chloride Benzyl Alcohol

..,i=l

,),O9}

180

. '20

30

>5

>8

Network Pol. Polyline

H

'2~

.~#)(

Himont Pro-Fax; 76xO.64 mm specimens Phillips Marlex Himont Pro-Fax; 76xO.64 mm specimens

30

'?s" >20",·"

Phillips Marlex 30

/2tAi

.. ,23,(

23; i

i;~K; Benzyl Chloride Bismuth Carbonate

30

Chlorox

Solvay Fortilene Phillips Marlox Solvay Fortilene 30

saturated

Boric Acid

Himont Pro-Fax; 76xO.64 mm specimens Solvay Fortilene

30

5

Himont Pro-Fax; 76xO.64 mm specimens

96

28

30

Himont Pro-Fax; 76xO.64 mm specimens Solvay Fortilene

30

Himont Pro-Fax; 76xO.64 mm specimens Solvay Fortilene Phillips Marlex Solvay Fortilene Himont Pro-Fax; 76xO.64 mm specimens

7 7 3

0.25%

~

t

:9

~.. ' . 5, . 7

102 97 87

30

Solvay Fortilene LNP ; 30% gl.tib. Solvay Fortilene LNP ; 30% gl.tib. Himont Pro-Fax; 76xO.64 mm specimens Solvay Fortilene Phillips Marlex Solvay Fortilene Himont Pro-Fax; 76xO.64 mm specimens Solvay Fortilene

solution saturated

Eastman Ektar FB PG001; 10% gl.tib. Himont Pro-Fax; 76xO.64 mm specimens Solvay Fortilene

30

saturated

100

30

Brake Fluids

Brines

100

::;~~

saturated

Bleach Borax

99

28

Himont Pro-Fax; 76xO.64 mm specimens Solvay Fortilene Phillips Marlex Eastman Ektar FB PG001; 10% gl.tib. Solvay Fortilene Himont Pro-Fax; 76xO.64 mm specimens

30

Bromic Acid Phillips Marlex Solvay Fortilene

Bromine

bromine liquid bromine water

30 30

Himont Pro-Fax; 76xO.64 mm specimens

2

Solvay Fortilene

0)

"'U "'U

Chemical Resistance - Polypropylene

~

<0

Chemical Resistance - Polypropylene

""U ""U

0> N C>

~~~~~~:,

bromine water bromine liquid

.,'

bromine water

Butane Butyl Acetate

...

20·.'\ 21

180

>5

365

6.3

>8

1.8

.tri~YiieQJ(·

:.:

':lifo 196 ,

180 30

>5

>8

180

>5

>8

"':~:::;

butanol

~~11~d'[-

Butyl Phthalate Butyrolactone (n-) Calcium Bisulfate

(""23.}·:'::

Phillips Marlex Solvay Fortilene Himont Pro-Fax; 76xO.64 mm specimens

30 100

28

"tI

~:;~~~l;

saturated

~;~~~

);li:!~,"(

saturated

i;!~i~;?

saturated

Calcium Chloride

E" ~

r:;'

PhillipS Marlex Eastman Ektar FB PG001; 10% gl.fib.

Phillips Marlex

saturated

@

100

Solvay Fortilene

30

Himont Pro-Fax; 76xO.64 mm specimens Solvay Fortilene Phillips Marlex Solvay Fortilene Himont Pro-Fax; 76xO.64 mm specimens Solvay Fortilene

'@i60::'

Calcium Chlorate

Network Pol. Polyline Himont Pro-Fax; 76xO.64 mm specimens

Solvay FortHene Phillips Marlex Solvay Fortilene

" " "

Calcium Bisulfide Calcium Bisulfite Calcium Carbonate

::~'::-:;i:~_.

Phillips Marlex Network Pol. Polytine Solvay FortHene Phillips Marlex Eastman Tenite 4231; 50.8x3.2 mm discs Solvay Fortilene Himont Pro-Fax; 76xO.64 mm specimens

Network Pol. Polyline

Butyl Acrylate Butyl Alcohol

".'

unsatisfactory .resl~tllnce ext abs~ip,ln~rmJ$hOl1US8

30 :::.. -".-

'.

"~:!!'

.;.':/'.,

:.23

,.:......

"":}~::-:

2.5 50 50

30 30

Himont Pro-Fax; 76xO.64 mm specimens Solvay Fortilene Phillips Marlex Solvay Fortilene Himont Pro· Fax; 76xO.64 mm specimens

30 365 30 30

)61:1'

0.1

-0.4

Eastman Tenite 4231; 50.8x3.2 mm discs Himont Pro-Fax; 76xO.64 mm specimens Solvay Fortilene Phillips Marlex Solvay Fortilene

VI

tl (\) VI

lEi' ;:l

t"'

0: .,

.,

>:l

u::

[C8lcium Hydroxide

i}·20(·'·

30

Himont Pro-Fax; 76xO.64 mm specimens Solvay FortHene Phillips Marlex

@ ~

po (f)

Reagent

Reagent Note

~

(%)

ri' (f)

tl

Calcium Hydroxide

Cll (f)

<5' ;::l

~

Calcium Hypochlorite

20 20

..,0~ ..,

u::

Calcium Nitrate

Calcium Phosphate Calcium Soap Grease

50

60 60 10Q •... ',,; 20 60, 21 23 60 20':' 21 23 60 60 20.,

saturated ---

PDL

Load

Rating

(days)

~

20 21 21 '23

9

9 S· 8

30 30

·8 9 .•:,.,

30 30 30 30

>!!11~~RlYIffi~;.m~~i . ·iiigt,glb{l'··.llecF····· sallsiaClCilY r~sist~ce' no sigOilil:ant efftct

;~iSf~ci~ry~~;I~~ce

~

.n~gli9;bi~.~fle~t. -

~tlsfatlotY"'~i!l.flCe

.

..

\;;~~~~lle~P;

,>:~~~!~0~~!~t.,

~~2~,

21 23 23 60 60

..

';~':

"'-.

9'

may; cause."soltl swell.

9 5 9 9

30 30

,

Solvay Fortilene Himont Pro-Fax; 76xO.64 mm specimens Solvay Fortilene Phillips Marlex Solvay Fortilena Himont Pro-Fax; 76xO.64 mm specimens

v:;

negligil!lnlfect ;;:;:;t ··:~S:·:.; > ···satisra-CkIY.-.;,.;~esi~.al\ce .,. ;~.;

,,~.

Jio ~iiiniliean\ ~flect . sat~factory'reslstance ~:' .'",

·8 9 .,

30 30 180 30

..

',salisfaclojy !isi$iance . (no sig~filcant'effee! '. S3tlsfaClor{resiiianca .' negligibl~ effect

9 9

,

Solvay Fortilene Phillips Marlex Solvay ForUlene Himont Pro-Fax; 76xO.64 mm specimens Solvay Fortilene Phillips Marlex Solvay Fortilene Himont Pro-Fax; 76xO.64 mm specimens

. :.:::~._: . . :;.: : :- (:" ~::~::: ~·~XfX--·-·

(l ,

20 20 .,

Solvay ForUlene Himont Pro-Fax; 76xO.64 mm specimens Solvay Fortilene Himont Pro-Fax; 76xO.64 mm specimens

.satlsraclojy:reSl~ance no .slgnilic;,it elfeci

8 8

J

salislaclow tJsistance

$uitab!f10i;;'0$rapJIi~.

"7 8

30

Material Note

\." ~iisf~O!y:l~istlll1Ce.•••. ;, ..;. n.gliglble: e~8c(

il 30 30

Resistance Note

ri~9JJ91b18 eii~ci

:8 8 8

60 60 60 60

40

I

Weight., ~ Volume I::;h I Elongation

9

23:"

oil dry wet dry wet

I % Retained

~ ..

8, 30

30 30

21"(· 23 60 60 ,; 60 20 60 '

dry wet dry wet

Carbon Disulfide

('C)

60 "20. ""20

saturated

Camphor Carbon Dioxide

.. ~Chan9lt.

2T

Calcium Sulfate

Calcium Sulfite

I I

Cone, Temp Time

'~""

..

Soivay Fortilene Phillips Marlex Solvay Fortilene

-,"

• negligible ellect

9:"

Phillips Marlex Himont Pro-Fax; 76xO.64 mm specimens

fit'

Himont Pro-Fax; 76xO.64 mm specimens

(t::;';'

365 30

::J:i<::::?:~::::::::

'20' 21 :, 60. 60.. it

Carbon Tetrachloride

20'

;~

Solvay Fortilene

1

Himon! Pro,Fax; 76xO.64 mm specimens

30 30

~t

20; . 21

'1J '1J

30

180

f

.xt.,a~t~::~:nokShort use

A

$

>5

>8

12

:-;~::::-

.. ~~:-

"

. . . ~~$8tiS)~F\O~ resi$tan~e,

Network Pol. Polyline Solvay Fortilene 0>

Chemical Resistance - Polypropylene

l\;)

......

Chemical Resistance - Polypropylene

""U ""U

30 365

29 43

57 7.3

Eastman Tenile 4231; 50.8x3.2 mm discs Solvay Fortilene Himont Pro-Fax; 76xO.64 mm specimens

30 180 3 30

>5

180 30

>5

Carbonic Acid

Castor Oil

30 30

0> N N

>8 45

>8

Network Pol. Polyline lNP ; 30% gl.fib. Himont Pro-Fax; 76xO.64 mm specimens Network Pol. Polyline Himon! Pro-Fax; 76xO.64 mm specimens Solvay Fortilene Himont Pro-Fax; 76xO.64 mm specimens Solvay Fortile"e Phillips Marlex Solvay Fortile"e

Caustic Potash

10 10

50 50

Caustic Soda

10 10

10 50

50

Cellosolve

@

'1:1

P

Chloroacetic Acid

0' en

Chlorobenzene

180 180 180 180 180 180 180 180 180

2·elhoxyethanol

Cetyl Alcohol Chlorine

20

'1;~~ {:~< .

gas dry wet gas dry weI gas moisl gas

Himont Pro-Fax; 76xO.64 mm specimens Solvay Fortilene

30

Himont Pro-Fax; 76xO.64 mm specimens Solvay Fortilene Phillips Marlex Solvay Fortilene

30

Solvay Fortilene Phillips Marlex

30

Himonf Pro-Fax; 76xO.64 mm specimens

30

Solvay Fortilene Phillips Marlex Solvay Fortilene Himon! Pro-Fax; 76xO.64 mm specimens

;:l

.,

l:l

Himont Pro-Fax; 76xO.64 mm specimens

30

1?en

\l:

Network Pol. Polyline

30

tEo

t"'"

<3 <3 <3 <3 <3 <3 <3 <3 <3

Solvay Fortilene Phillips Marlex Solvay Fortilene

~

0: .,

<0.5 <.5 <0.5 <.5 <0.5 <.5 <.5 <0.5 <.5

@

'i:I

po

~

Cone.

'R.,ag.,nt

Vl

~

Load

(fir

rio

Chloroform

30

Vl

~.

Himont Pro·Fax; 76xO.64 mm specimens

180

>5

365

26.7

>8

;:l

t""'

..,c;:p ..,

30 180 30 180

It::

Chlorosulfonic Acid

Chocolate Syrup Chrome Alum

~~;;%~I f~~!Slll1i'C~ . •

Himont Pro·Fax; 76xO.64 mm specimens Solvay Fortilene Phillips Marlex Solvay Fortilene Himon! Pro· Fax; 76xO.64 mm specimens

30 30

Phillips Marlex

Chromic Acid

1 1 10 10 10 10 50 50 50 50 80 80

].~~\~l;;

30 30

:;;;"i~~~

180 180 30

'.~"';>

Himont Pro· Fax; 76xO.64 mm specimens <0.5 <.5

<3 <3

Himont Pro·Fax; 76xO.64 mm specimens Solvay Fortilene

30

Himont Pro·Fax; 76xO.64 mm specimens

30 Solvay Fortilene

·:·!~j:~i~~(i~

30

Himont Pro· Fax; 76xO.64 mm specimens

m 30

Solvay Fortilene Himont Pro·Fax; 76xO.64 mm specimens Phillips Marlex Himont Pro·Fex; 76xO.64 mm specimens

30

chromic/sulfuric acid

Cider

10 10 10 10

Network Pol. Polyfine

.

30

chromic/sulfuric acid

Citric Acid

It~~ ; jl~

180 180 180 30

10 10 10

·..·.·.·..w·,:

""tJ ""tJ

4.8

Network Pol. Polyline Solvay Fortilene Phillips Marlex Eastman Tenite 4231; 50.8x3.2 mm discs Solvay Fortilene Himont Pro·Fax; 76xO.64 mm specimens Network Pol. Polyfine Himont Pro·Fax; 76xO.64 mm specimens Network Pol. Polyfine

~I

II

30

Solvay Fortilene

30 30 180 365 30

Himont Pro·Fax; 76xO.64 mm specimens <3

0.3

Chemical Resistance - Polypropylene

Network Pol. Polyline Eastman Tenite 4231; 50.8x3.2 mm discs Himont Pro·Fax; 76xO.64 mm specimens Solvay Fortilene Phillips Marlex Solvay Fortilene

0> N

c.>

Chemical Resistance - Polypropylene

"'1J "'1J

Clorox

Chlorox 7 7

90 90

0.25%

78

3

Cloves Coconut Oil Cod Liver Oil Copper Chloride

0> N

+>-

Solvay Fortilene Phillips Marlex LNP ; 30% gl.fib. Solvay Fortilene LNP ; 30% gl.fib. Solvay Fortilene PhillipS Marlex

clove oil

saturated

Himont Pro·Fax; 76xO.64 mm specimens Solvay Fortilene Phillips Marlex Solvay Fortilene Himont Pro-Fax; 76xO.64 mm specimens

30

saturated

30

Copper Cyanide

30 saturated

Phillips Marlex Himont Pro-Fax; 76xO.64 mm specimens

30

Copper Fluoride

30

saturated

Solvay Fortilene Phillips Marlex Solvay Fortilene Himont Pro-Fax; 76xO.64 mm specimens

30

Copper Nitrate

30

30

saturated

Copper Sulfate

Solvay Fortilene Phillips Marlex Solvay Fortilene Himont Pro-Fax; 76xO.64 mm specimens

10 saturated

365 30

saturated

30

o

0.2

Eastman Tenite 4231; 50.8x3.2 mm discs Himont Pro-Fax; 76xO.64 mm specimens Solvay Fortilene Phillips Marin Solvay Fortilene Himont Pro-Fax; 76xO.64 mm specimens Solvay Fortilene

Coppper Cyanide Corn 011 Mazola

©

7 7

98 96

0.25%

'tl

po ~

ri'

Solvay Fortilene

Cottonseed 011

30 180

<0.5

<3

30 180

<.5

<3

til

~

til

<.5' ;:l

t"'

~

.,

i=l <s:::

Phillips Marlex LNP ; 30% gl.fib.

Himont Pro-Fax; 76xO.64 mm specimens Network Pol. Polyline Solvay Fortilene Phillips Marlex Solvay Fortilene Himont Pro-Fax; 76xO.64 mm specimens Network Pol. Polyline

@

'i:l

sCI>

M-

r;' CI>

Solvay Fortilene Phillips Marlex Solvay Fortilene

tl (1) CI>

~.

;:l

t-'

...0:Q ... u::

Cuprous Chloride

saturated

30

Himont Pro-Fax; 76xO.64 mm specimens Solvay Fortilene

saturated

30

Himont Pro-Fax; 76xO.64 mm specimens

Cyclohexane

Solvay Fortilene Phillips Marlex Solvay Fortilene

Cyclohexanone

30 180

<0.5

Himont Pro-Fax; 76xO.64 mm specimens Network Pol. Polyline Solvay Fortilene Phillips Marlex Eastman Ektar FB PG001; 10% gl.flb. Solvay Fortilene Himont Pro-Fax; 76xO.64 mm specimens

<3

79

28

250

30 180

Cyclohexyl Alcohol

Decalin

>5

30 180

<0.5

30 180

0.5-5

Network Pol. Polyline

>8

Himont Pro-Fax; 76xO.64 mm specimens Network Pol. Polyline Solvay Fortilene Phillips Marlex Solvay Fortilene Himont Pro-Fax; 76xO.64 mm specimens Network Pol. Polyline

<3

30 20'

(~~1

Himont Pro-Fax; 76xO.64 mm specimens

180

>5

>8

5 2,

23·

60'

'60.

30

60,

>5

>8

tOO

180 30

100

180

>5

>8

.. 20'

30 30 30

4

,1~i'~ .:. :'i/'

Detergents Dextrin Diacetone Alcohol Dibutyl Phthalate

2 2 2

60 tillo'

;'!:~;j~~~:~i~~s~!~~i::~

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,.~:

Solvay Fortilene

...•..,.fjg/,.,.

Phillips Marlex

. :.2;.\·":' 30 180

<0.5

<3

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.

""'60"';

30 180

-c -c

".:-:' .. :'~.

·':/21

.,~~.;i!

Network Pol. Polyline Solvay Fortilene Phillips Marlex Solvay Fortilene Himont Pro-Fax; 76xO.64 mm specimens

siJii~ble fonrioSl.ppll~:;

0.5-5

":'.<',

::e"

;.:·:-;t:.~,>~' ~:.-l:

.

Himont Pro-Fax; 76xO.64 mm specimens Network Pol. Polyline Solvay Fortilene Himont Pro-Fax; 76xO.64 mm specimens Network Pol. Polyline Solvay Fortilene

en

Chemical Resistance - Polypropylene

N

Ul

Chemical Resistance - Polypropylene

""U ""U

0> !':I 0>

fgo~\~~~ij~~il: 190'

Dichloroethane (1,2-) Dichloroethylene

23/ 20 .. 20 21 20'

Diethanolamine

Himont Pro-Fax; 76xO.64 mm specimens Network Pol. Polyline

180 67

28 30 180

<0.5

675

Eastman Ektar FB PG001; 10% gl.fib. Himont Pro· Fax; 76xO.64 mm specimens Network Pol. Polyline Solvay Fortilene

<3

30

Himont Pro·Fax; 76xO.64 mm specimens Solvay Fortilene

30

Himont Pro·Fax; 76xO.64 mm specimens

21

60 "\60

Diethyl Ether

21 23' 0

Solvay Fortilene Phillips Marlex Solvay Fortilene

"60.

Diethylamine Diglycolic Acid

. <..23

Phillips Marlex

?:1.

Solvay Fortilene Phillips Marlex Solvay Fortilene

23'

110

Diisooctyl Phthalate

30

Himont Pro·Fax; 76xO.64 mm specimens Solvay Fortilene

30

Himont Pro·Fax; 76xO.64 mm specimens

Dimethyl Phthalate

Solvay Fortilene

"'i~~/t:l

Dimethylformamide Dioctyl Phthalate Dioxane

Phillips Marlex 180 180

0.5·5 0.5-5

Network Pol. Polyline

Dioxane (po) Dishwashlng Detergents

Solvay Fortilene PhillipS Marlex Solvay Fortilene Calgonite Cascade

1 1 10

. >·Ell

Emulsifiers

91

3

LNP ; 30% gl.fib.

30 30

Himont Pro· Fax; 76xO.64 mm specimens

30 180

0.5·5

28 30 365

5 5

Himont Pro·Fax; 76xO.64 mm specimens Network Pol. Polyline Solvay Fortilene Eastman Ektar FB PG001; 10% gl.fib. Phillips Marlex Eastman Tenite 4231; 50.8x3.2 mm discs Solvay Fortilene Himont Pro·Fax; 76xO.64 mm specimens Network Pol. Polyline

-

Eplchlorohydrln Ethyl Acetate

Phillips Marlex

@

'1:l

S'

~

ri'

69 80

575

92

100

1.6

'J>

30 180

I?en

~.

;:l

t"'"

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..,

s;l

Ethyl Alcohol

in water

50 50 95 96

",::'23< ':: ::'.23" 23 ..·20

28 365 365 30

0.5-5

;:;i{~~i~;i;j;',

0.2 0.2

0.1 0.5

Eastman Ektar FB PG001; 10% gl.fib. Eastman Tenite 4231; 50.8x3.2 mm discs Himont Pro·Fax; 76xO.64 mm specimens

@

'tI

S" V>

N-

C;. V>

~

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V>

<E'

;:s t-o

0: ...

180 30 180 30 180 30

96 96 96 96 96

·····::::i(9· . ji/

<.5

<3

·\o>i.9".'·

<.5

<3

Network Pol. Polyline Himont Pro-Fax; 76xO.64 mm specimens Network Pol. Polyline Himont Pro-Fax; 76xO.64 mm specimens Network Pol. Polyline Himont Pro-Fax; 76xO.64 mm specimens Solvay Fortilene

...P

u:::

I

28 30

93 94

0

)}'~:!FW

Ethyl Ether

I

Phillips Marlex Eastman Ektar FB PG001; 10% gl.fib. Phillips Marlex Solvay Fortilene

30

Himont Pro-Fax; 76xO.64 mm specimens Solvay Fortilene

30

Himont Pro-Fax; 76xO.64 mm specimens

{1,o6" Ethyl Chloride

100

.:::.:::~~::}:::;~

;'~9};)

i;;;;;~f~~'

Solvay Fortilene 30

Himont Pro-Fax; 76xO.64 mm specimens

30 180

~;'~~:!~~I!;;

":':~QiW

Network Pol. Polyline Solvay Fortilene

0.5-5

Ethylamine Phillips Marlex Solvay Fortilene

Ethylene Chloride Phillips Marlex Solvay Fortilene

Ethylene Chlorohydrin Ethylene Dichloride Ethylene Glycol

~jl'~.i~~ ;lfiii~~?

30

7 7

30 3

""U ""U

'·i:·;·ti> ;;"(1.00:

9.2

2

30

365

Ethllene Glycol Ethyl ther Ethylene Oxide

;:;\;),~~.i,;;~!i~ij'

365

Himont Pro-Fax; 76xO.64 mm specimens Solvay Fortilene Eastman Tenite 4231; 50.8x3.2 mm discs

365

0.25%

I

>{Pdt8: t:)}\:

101 106 0.1

0.3

0.4

0.2

93

30

Himont Pro-Fax; 76xO.64 mm specimens Solvay Fortilene Phillips Marlex LNP ; 30% gl.fib. Eastman Tenite 4231; 50.8x3.2 mm discs Solvay Fortilene Himont Pro-Fax; 76xO.64 mm specimens LNP ; 30% gl.fib. Eastman Tenile 4231; 50.8x3.2 mm discs Himont Pro-Fax; 76xO.64 mm specimens Solvay Fortilene Phillips Marlex

Chemical Resistance - Polypropylene

0> N

-..

Chemical Resistance - Polypropylene

""tl ""tl

0>

I\.)

CD

",'

'f Acids

ii,i~rii

C6

" Ferric Chloride

10 saturated

saturated

Ferric Nitrate

"

saturated

Ferric Sulfate

"

saturated

Ferrous Chloride

"

i0.Ad.'t ·;~i"~~~;>

f>t.~

365 30

,...··,:9

30

••)I·.~i··

30

i>;>~,'

\<~9·y 2\~P'.·

30

')10/

30

>20'••

30

9

;i;;~§~'

.,,:29-:;;

30

saturated

r~?,'

.

30

"····~1<)

Fluosilicic Acid

tii29:··

:~

@

'1l

po

Formaldehyde

solution

~

(\)

;:l

t

... ...
0-

P

;>2~ii

"

0-

'tl" <E'"

.... 23"·····

solution

35 35 40 40 40

7 7

:;n~~M.

!i;;i~:~i~

0.25%

365 30 30 180

'g

,

2

.

~::~

;:::;i~:!el~~~~l;,t;> ..

;(~ ;::;$~~j~~~j~~i~: '•..

~~WgtBl~.it,e,a;i

uns~.~!!i~lOry'r.,sl.~.faijc,

~"~;. f!~".;

I

":" ;.

. ..\~!9!t!i!tiI~'~~~(\/

96 82

<\8;>:;

bfl!3'i-);

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..

;';;~~:~<:H:i~tII~t

········~atls~iii¥!~~!~C8

~'

30

30 Kester. 1544

,

.((.9········

t

"'il;~i1g~!,;~i{~~t /.1;/'.'.

>t:

: Ii:'{ i,

saturated

" Solvay Fortilene Phillips Marin Solvay Fortilene Himont Pro-Fax; 76xO.64 mm specimens

'X.iI:~g(~~(.~lf!9l\ /'~~' -:~: X)W%f~J :A:t\t::

,9)•• '/'"

0.2

<0.5

-0.1

<3

" Eastman Tenite 4231; 50.8x3.2 mm discs Himont Pro-Fax; 76xO.64 mm specimens Solvay Fortilene Phillips Marlex Solvay Fortilene Himonl Pro-Fax; 76xO.64 mm specimens

;;;:~::~h :\;i:::~!:~:m1:f:~:~%~:riff:B~:;:::; ~:?'-::~!~::::r'

:-;':;"

. /9"',,)'.'

30

. .

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8""

Fluorine

Flux

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9 . ····9···

{

Himont Pro-Fax; 76x(

nO',tllariiif!l);app~~tall(:'/'

-0.1

)"<

30

;,109 .

Ferrous Sulfate

:

0.1

m~9X\ ;n~RI'

fi~9,

saturated

Ferrous Nitrate

;;,;,.:;>~~j~~f{ti~!-~,I';;

~~~ij,":1.·····~·~•·

30 30

:~~"; {::':"";:' ':\ ,', f..~>;::;:"

:::~h( ;~·:;·;·:.t· :",.. ~

"

Solvay Fortilene Phillips Marlex Solvay Fortilene Himont Pro-Fax; 76xO.64 mm specimens

" Solvay Fortilene Phillips Marlex Solvay Fortilene Himont Pro-Fax; 76xO.64 mm specimens Solvay Fortilene

Himont Pro-Fax; 76xO.64 mm specimens Solvay Fortilene Phillips Marlex Solvay Fortilene Himont Pro-Fax; 76xO.64 mm specimens Solvay Fortilene Phillips Marlex Solvay Fortilene Himont Pro-Fax; 76xO.64 mm specimens Solvay Fortilene Himont Pro-Fax; 76xO.64 mm specimens lNP ; 30% gl.fib. Phillips Marlex Eastman Tenite 4231; 50.8x3.2 mm discs Himont Pro-Fax; 76xO.64 mm specimens Phillips Marlex Himont Pro-Fax; 76xO.64 mm specimens Network Pol. Polyline Solvay Fortilene

@ ;:.-.

:.2 i=l

~

n' en <E' ;::l

~

., i=l .,

0-

.9'"

30 180

10 10 10 10 10 10 85

~ en

9·"'.

<0.5

<3

<.5

<3

<0.5

<3

Himont Pro-Fax; 76xO.64 mm specimens Network Pol. Polyline Solvay Fortilene

ii, 8 9 9 8'

30 180

~

9·

30 180

~..:,

8

Freon Fructose

Himont Pro-Fax; 76xO.64 mm specimens Network Pol. Polyline Phillips Marlex Himont Pro-Fax; 76xO.64 mm specimens Network Pol. Polyline Solvay Fortilene

/';

•.

>~ i 9 '" . .. '·8.

30

Phillips Marlex Himont Pro-Fax; 76xO.64 mm specimens Solvay Fortilene

~ ~.,

30

Fruit Juices

Himont Pro-Fax; 76xO.64 mm specimens

30 Solvay Fortilene 30

Himont Pro-Fax; 76xO.64 mm specimens

Fuel Oils

Solvay Fortilene

Furfural

~}?W{T::

Gasoline gas liquor

;i';~~'~'!l

30

Himont Pro-Fax; 76xO.64 mm specimens

30

Solvay Fortilene Phillips Marin Solvay Fortilene Himont Pro-Fax; 76xO.64 mm specimens

30 30 ,;::.
180

7 7 28 365

regular

0.25%

~~~~~,.. :l..

::96:~:;\~:'

>5

>8

86 83 56

;?,

13.7

4.5

30

Gear Oils

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Gelatins

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180 3 30

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180

>5

>8 59

>8

30 30

Network Pol. Polyline Solvay Fortilene Phillips Marlex LNP ; 30% gLfib. 775

Eastman Ekter F8 PG001; 10% gLfib. Eastman Tenite 4231; 50.8x3.2 mm discs Solvay Fortilene Himont Pro-Fax; 76xO.64 mm specimens Network Pol. Polyline LNP ; 30% gLfib. Himont Pro-Fax; 76xO.64 mm specimens Network Pol. Polyline Himont Pro-Fax; 76xO.64 mm specimens

30 Solvay Fortilene Phillips Marlex

'"U '"U

0>

Chemical Resistance - Polypropylene

I\:)

to

Chemical Resistance - Polypropylene

-u

-U

0>

W

o

30

Glucose

20 20

{~O·,

)6pi"

30 30 Solvay Fortilene Phillips Marlex Solvay Fortilene

Glycerin

'.)2(l"'i :.:,:.:,:.. .. ::~~::y.

30 180

365

i

)!/:·~~i

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'/li';/' . ·

0

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P~;l·>;

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50 50

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0.2

~f~~t~ji~;il~1i

45 45 56 11.1

30

2150

4.4

30 28 30

•

• -

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7

Himont Pro-Fax; 76xO.64 mm specimens Network Pol. Polyline Solvay Fortilene Phillips Marlex Eastman Tenite 4231; 50.8x3.2 mm discs Solvay Fortilene Himont Pro-Fax; 76xO.64 mm specimens Network Pol. Polyline Solvay Fortilene Himont Pro-Fax; 76xO.64 mm specimens Solvay Fortilene Phillips Marlex Solvay Fortilene Himont Pro-Fax; 76xO.64 mm specimens Nelwork Pol. Polyline Solvay Fortilene Himont Pro-Fax; 76xO.64 mm specimens Network Pol. Polyline Solvay Fortilene

<3

30

O.4B 50

0.25%

0.1

.1~·illll!11;j;;I~~9:;~;~11~jr{lji1,~l;;~·

<3

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365

7 7 28 365

@

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;

i;j~j~~·,~i;ll! • • <0.5

30 180

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30 180

Green Soap Heptane

:,i>;;oChBoo811i'.\jj)l;e.i~ricJ• i'··

0.2

<.5

30

Glycolic Acid

;;,"j~J%~~\~~!~;~t~IT~jij'; Ii

<3

70

96

100

Eastman Tenite 4231; 50.8x3.2 mm discs Solvay Fortilene Phillips Marlex LNP ; 30% gl.fib.

"

Eastman Ektar FB PG001; 10% gl.fib. Eastman Tenite 4231; 50.8x3.2 mm discs Solvay Fortilene Phillips Marlex Solvay Fortilene Himont Pro-Fax; 76xO.64 mm specimens Solvay Fortilene Phillips Marlex Solvay Fortilene Himont Pro-Fax; 76xO.64 mm specimens Eastman Ektar FB PG001; 10% gl.fib. Phillips Marlex Himont Pro-Fax; 76xO.64 mm specimens Solvay Fortilene Phillips Marlex

@

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S'

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MaterhlfNote

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r;' (J)

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50 50

~ (J)

15' ;:l

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t"'

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te:

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with nitric acid

Solvay Fortilene Himont Pro-Fax; 76xO.64 mm specimens

30

2 2 2 2 2 2 10 10 10 10 10 10 10 10 10 10 10

ti~~;i.; t~i~l . "60,",{

f~~llJ~;;

3 30 180

20 20 20 20 20 30

·.;!
30

Himont Pro-Fax; 76xO.64 mm specimens Solvay Fortilene

30

Himont Pro-Fax; 76xO.64 mm specimens Solvay Fortilene Himont Pro-Fax; 76xO.64 mm specimens

'1\;0 100

20';

20";

.~;~~~

. 23'@

/.;~~,;;;

30 180 30 180 30 180 30 180 7 7 365 180 30

<3

<.5

<3

<.5

<3

<0.5

<3

Network Pol. Polyline Himont Pro-Fax; 76xO.64 mm specimens Network Pol. Polyline Himont Pro-Fax; 76xO.64 mm specimens Network Pol. Polyline Himont Pro-Fax; 76xO.64 mm specimens Network Pol. Polyline Phillips Marlex LNP ; 30% gl.fib.

88 95

0.25%

o <.5

0.3

Eastman Tenite 4231; 50.8x3.2 mm discs Network Pol. Polyline Himont Pro-Fax; 76xO.64 mm specimens LNP ; 30% gl.fib. Himont Pro-Fax; 76xO.64 mm specimens Network Pol. Polyline

<3 83

<.5

<3

2.1

60 .80

100

'??,

30

30 20' 3 0 69>

180

30

180

30 30 35 37 50

30

50

<0.5

<0.5

<3

Network Pol. Polyline Himont Pro-Fax; 76xO.64 mm specimens

<.5

<3

Network Pol. Polyline Himont Pro-Fax; 76xO.64 mm specimens Network Pol. Polyline Phillips Marlex

30

180

o

30

97

30 80

Himont Pro-Fax; 76xO.64 mm specimens

30 Solvay Fortilene

21 . 6Q 10Q:

Hydrocyanic Acid Hydrofluoric Acid

Hydrogen Chloride

dry gas

23

Phillips Marlex

35

2.1"

Solvay Fortilene

35 40 50 60

6.0

60

'40

30

.7'

20

30

9

2'0

30

20'/

30

~3, ~~

21

Himont Pro-Fax; 76xO.64 mm specimens Phillips Marlex Himont Pro-Fax; 76xO.64 mm specimens

8

~.:~;

Solvay Fortilene

0>

"U "U

Chemical Resistance - Polypropylene

(...) ~

m

Chemical Resistance - Polypropylene

"U "U

c.>

N

Hydrogen Chloride

dry gas 30

Hydrogen Peroxide

3 3 10 10 10 10 30 30 30 30 30 30 30

90 90 90

;i~~T 2Q '·20

60

"60 ••

/20

;t~t

..

30 180 30 180

365 30 180

·5 1 1

30 180 30 180

",.•"• ,.;:··.·•• i , 100

joo

''ii 60 ';'-19.0'

Hydrogen Sulfide

<0.5

<3 negligible effect

<0.5

<3 0.2

5 5

Himon! Pro-Fax; 76xO.64 mm specimens Solvay Fortilen. Phillips Marlex Solvay Fortilene Himont Pro-Fax; 76xO.64 mm specimens Solvay Fortilene

[<;20.,'

30

Himont Pro-Fax; 76xO.64 mm specimens Solvay Fortilene

30

Himont Pro-Fax; 76xO.64 mm specimens

tt~~~t·" .i~(t 2:1>,'

Igepal

Solvay Fortilene Phillips Marlex Solvay Fortil.ne

:~~:,.x:~:

~~<

'\lP' Inks ......

tincture of iodine dry moist dry moist dry

(

})'20}'

30 30

Himont Pro-Fax; 76xO.64 mm specimens

30 Solvay Fortilene Phillips Marlex Solvay Fortilene

Isooctane

30

Himon! Pro-Fax; 76xO.64 mm specimens

30

Solvay Fortilene Phillips Marlex Himonl Pro-Fax; 76xO.64 mm specimens

~

ri' V>

~

V>

t5. ;:l

t-o

c;: .,

.,

>l

<.t::

Isopropyl Alcohol

j't_~,

Ne!work Pol. Polyline Himon! Pro-Fax; 76xO.64 mm specimens Network Pol. Polyline Himon! Pro-Fax; 76xO.64 mm specimens Network Pol. Polyline Himont Pro-Fax; 76xO.64 mm specimens Network Pol. Polyline Solvay Fortilene Eastman Tenite 4231; 50.8x3.2 mm discs Soivay Fortilene Himon! Pro-Fax; 76xO.64 mm specimens Network Pol. Polyline Solvay Fortilen.

.:~:~

30

Hydroquinone

P

{,:;.

2.

30

@ 'tJ

..• (~:;:.

n8~iigibI8;If~ct

<0.5 0

,'

. ::;::"_" :.~.' . sUiia~18 fOlmo~t appjii:.

0.5-5

Hydroiodic Acid

Iodine

.

<3

,

.

:~.:

"<' 9 9 9 7 4 9 9 8 . 8

isopropanol

~~P~:~J:W' th2.0" . . ~:;:.::',{.:

1l¥° i

30 180

:~::

~:

<0.5

<3

Network Pol. Polylin. Solvay Fortilene Phillips Marlex

@

'il

P IJ> ..... f;'

IJ>

tl

ij~~~ent '(:-.::.>

Isopropyl Alcohol

(\l

IJ> ~' ;J

~

.,0.,

p

Jet Aircraft Fuels

IR~agentNotel con,c·rreni~ "

"(%t

isopropanol

:,/:."

{"Cl'

"~<:'

,.:.,,:.:::::

"

'" 60 60

JP 4 and JP 5

,/21

60':

30 180

Ni,"~9:':::::'

<,5

Solvay Fortilene Himont Pro-Fax; 76xO.64 mm specimens Network Pol. Polyline

<3

Solvay Fortilene

; Jl!l' Kerosine

'

2(f, 23'

Phillips Marlex Solvay Fortilene

:iJ«(

Ketones Lactic Acid

,20'';

20 20 20 20

::'296 '20

'so

; i.!lO'

Himont Pro-Fax; 76xO,64 mm specimens

30 30 180 30 180

" '9' ~:

.,"

sf:" ,

<0,5

<3

<,5

<3

Network Pol. Polyline Himont Pro-Fax; 76xO,64 mm specimens Network Pol. Polyline Solvay Fortilene Phillips Marlex Solvay Fortilene

?1

>23 60

Lanolin

20.i'

30

Himont Pro-Fax; 76xO.64 mm specimens Solvay Fortilene

"2.l),

,:~:;;i Lauric Acid

'

"

Lead Acetate

Himont Pro-Fax; 76xO,64 mm specimens

satisfactory '~.si$t
·!~~~t~r~~:~t~~~1~~~i j

2~;'

,"6\)'"

:,~;i]: '~j

saturated

30

2'1"",

30

60n

:~O;

saturated

fq'b

30

Solvay Fortilene Phillips Marlex Solvay FortHene Himonl Pro-Fax; 76xO,64 mm specimens Solvay Fortilene Phillips Marlex Solvay Fortilene Himont Pro-Fax; 76xO.64 mm specimens Solvay Fortilene

Lemon Oil Phillips Marlex

Lestoil

7 7

2 2

Ligroin Linseed Oil

0,25%

60 52

Phillips Marlex

30

7 7

30 3 '20' '

Lubricating Oils

30 180

0,25%

i~ . ,)'jl';;:~;·T

95 98

88 <0.5

<3

30

Magenta Dye

""U ""U

LNP ; 30% gLlib,

aqueous

',W' "

Himont Pro-Fax; 76xO,64 mm specimens Solvay Fortilene Phillips Marlex LNP ; 30% gUib, Solvay Fortilene Himont Pro-Fax; 76xO,64 mm specimens LNP ; 30% gLlib, Himont Pro-Fax; 76xO,64 mm specimens Network Pol. Polyline Solvay Fortilene Himont Pro-Fax; 76xO,64 mm specimens

30 30

Chemical Resistance - Polypropylene

en <J.) <J.)

Chemical Resistance - Polypropylene

"'1J "'1J

0> U> ~

saturated

saturated

•.>t;~g·it:

30

,'20 '

30

:1:~~~~";' UtI,Om .

30

/2:tt '.

30

Himont Pro-Fax; 76xO.64 mm specimens Solvay Fortilene Phillips Marlex Solvay Fortilene Himont Pro·Fax; 76xO.64 mm specimens Solvay Fortilene

;t'PP.·······. Magnesium Chloride

saturated

! ~~l'"

saturated

Magnesium Hydroxide

Himont Pro·Fax; 76xO.64 mm specimens Solvay Fortilene Phillips Marlex Solvay Fortilene Himont Pro·Fax; 76xO.64 mm specimens Solvay Fortilene

\~Ro . . ·. •

saturated

Himont Pro·Fax; 76xO.64 mm specimens Solvay Fortilene Phillips Marlex Solvay Fortilene Himonl Pro·Fax; 76xO.64 mm specimens Solvay Fortilene

•. (2.h.

;~~!)~]~

saturated

Magnesium Nitrate

'~:~~!~j;,:

saturated

30

Himont Pro-Fax; 76xO.64 mm specimens Solvay Fortilene Phillips Marlex Solvay Fortilene Himont Pro-Fax; 76xO.64 mm specimens

30

60"

li6'

saturated

Magnesium Sulfate

?~O· ." '21.

saturated solution

30 30

( ~$\'

,

Magnesium Sulfite

6~;i

,.. 60.'

saturated solution saturated

20.;'"

30 30

·.·.·.66;

30

Malic Acid

Mercuric Chloride

40 40

~~:,:

•.• .• . . .••.•......•

!~:

30 30 30 30

@

po

IMercuric Cyanide

saturated

•.;.,';20.•••.. •

30

saturaled

iWliON

30

tl

(1)

CIl

~.

;:l

t"'

..,0: I:l .., It::

negtigiblulfe.ct ., .•,.•

Himont Pro· Fax; 76xO.64 mm specimens

Himont Pro·Fax; 76xO.64 mm specimens

Solvay Fortilene Phillips Marlex Solvay Fortilene

'1:l

~

~:~f:~~~ii:·>

Solvay Fortilene Phillips Marlex Solvay Fortilene Himont Pro· Fax; 76xO.64 mm specimens

Solvay Fortilene Phillips Marlex Solvay Fortilene

Meat Juices

o·CIl

-:{

Solvay Fortilene

:h

saturated

;~::~:

Mercuric Nitrate

Himont Pro-Fax; 76xO.64 mm specimens Solvay Fortilene Phillips Marlex Solvay Fortilene Himont Pro-Fax; 76xO.64 mm specimens Solvay Fortilene Phillips Marl.. Solvay Fortilene

@

::g >l

~ ;:;. Vi

~ Vi

15'

~:;~~:~t

I.}:/> ...:·:>~: . .i"/:;'

X" .~.

,.. ,."...

.ri~gligiblaelleci

Mercurous Nitrate Mercury

;:J

Solvay Fortilene Phillips Marlex Solvay Fortilene Himont Pro-Fax; 76xO.64 mm specimens

t Cl"

., >l ., It::

Himont Pro·Fax; 76xO.64 mm specimens

30

Merthiolate

tincture

Solvay Fortilene

Methane Methyl Alcohol

5

o

365 30 180

7 7 28 365 30 180 3

0.3

<0.5

Eastman Tenite 4231; 50.8x3.2 mm discs Himont Pro· Fax; 76xO.64 mm specimens Network Pol. Polyline Solvay Fortilene Phillips Marlex LNP ; 30% gl.fib.

<3

94

0.25%

100 87

0.4

<.5

100

0.5

<3

83

Methyl Cellosolve 28

91

225

Methyl Chloride

Eastman Ektar FB PG001; 10% gl.fib. Eastman Tenite 4231; 50.8x3.2 mm discs Solvay Fortilene Himont Pro-Fax; 76xO.64 mm specimens Network Pol. Polyline LNP ; 30% gl.fib. Solvay Fortilene Eastman Ektar FB PG001; 10% gl.fib. Solvay Fortilene Phillips Marlex

Methyl Ethyl Ketone

30

Himont Pro·Fax; 76xO.64 mm specimens Solvay Fortilene

30

Methyl Isobutyl Carbinol Methyl Isobutyl Ketone

Himont Pro-Fax; 76xO.64 mm specimens

28

95

71

28

300

700

Eastman Ektar FB PG001; 10% gl.fib. Solvay Fortilene Phillips Marlex Eastman Ektar FB PG001; 10% gl.fib. Solvay Fortilene

Methyl Sulfuric Acid Methylene Chloride

30 180

>5

>8

38

28

180 180

Milk

and its products

>5

>8

>5

>8

30

183

Himont Pro-Fax; 76xO.64 mm specimens Network Pol. Poly'ine Solvay Fortilene Himont ; flame retard. Phillips Marlex Solvay Fortilene Network Pol. Polyline Himonl Pro·Fax; 76xO.64 mm specimens Solvay Fortilene

0)

"1J "1J

Chemical Resistance - Polypropylene

U3

01

Chemical Resistance - Polypropylene

IJ IJ

0>

'" 0>

~J~~~~t. ;.;.~:

.

Milk and its products

~?;/! ·6cf;; {160 (

··'·20"

Mineral Oils

30 30 30

'2.1

Solvay Fortilene Phillips Marlex Solvay Fortilene Himont Pro-Fax; 76xO.64 mm specimens

'~~ .. \ 6 IV···

·60

30

Minerai Spirits

Solvay Fortilene Phillips Marlex Solvay Fortilene

Molasses

}:~~!1;i

30 30

Motor Oils

~ntP . ", '2<1 ..'; ,.

30 7 7 26 30 365

10W-30

30 3

Naphtha ,';·'20%;

30

30 30 saturated

saturated @

Nickel Nitrate

30

Nickel Sulfate

saturated

30

saturated

30

saturated

30

~.

;:l

t

.,0.,i=l

It::

'6

0

81

Solvay Fortilene lNP ; 30% gUib. 100

Eastman Ektar FB PG001; 10% gUib. Phillips Marlex Eastman Tenite 4231; 50.8x3.2 mm discs Solvay Fortilene Himont Pro-Fax; 76xO.64 mm specimens lNP ; 30% gUib.

Himont Pro-Fax; 76xO.64 mm specimens Solvay Fortilene Phillips Marlex Solvay Fortilene Himont Pro-Fax; 76xO.64 mm specimens Solvay Fortilene Himont Pro-Fax; 76xO.64 mm specimens Solvay Fortilene Phillips Marlex Solvay Fortilene Himont Pro-Fax; 76xO.64 mm specimens

30

i=l

'" 1? '"

0 0.2

92 91 95 97

30

:!1 ~ ;:;.

0.25%

Solvay Fortilene Phillips Marlex Solvay Fortilene

Naphthalene

Nickel Chloride

Himont Pro-Fax; 76xO.64 mm specimens

Solvay Fortilene Phillips Marlex Solvay Fortilene Himont Pro-Fax; 76xO.64 mm specimens Solvay Fortilene Himont Pro-Fax; 76xO.64 mm specimens Solvay Fortilene Phillips Marlex Solvay Fortilene Himont Pro-Fax; 76xO.64 mm specimens Solvay Fortilene

@

'1:l

S"

~ ::;. V>

f?

:;~e,~~~n~;, '

Reagent Note

>;~(Lllad~,

(~)

~ Re.t~I'1!~

.,

':~.

,}R,slst~Me N~tli

ppa.:

, ~atlng

;'',.''-:

'iTe§f.;ilii('e";6t

~;-,

10 10

(":to

10 10 10 10 10

21 60 60 60 ,.: laO'; 100 100 23 20

30 180

with hydrochloric acid

10 10 <50 50

30

9 4 8 5

with sulfuric acid

50

20

30

4

21, ,', "23,:',

30 30 30 30 30 30 30

-k9

with hydrochloric acid with sulfuric acid

50 50 50 50 50 60 60 70

Nitric Acid

V>

<E' ;:J

~

.,

0-

.,P Ie:

~~ fuming concentrated fuming

'"

20 "~i'

30 180

30 180

9 9 8 8" 9 9

<0.5

<3

<.5

<3

lIQ ':'''' 80,

20})

80Y'\ 20

/~grr$i.\'I~·.I!ect

. ~ ,:~~.:';I)l:!~~,·~:,·(·:.: .

:~~

~lislaetQtY(8$lslll!lCe

negtigi\lle effecl 0.5-5

.:;.:~:

;,

..

~;

o

""1., 1

96

fuming

Nitrobenzene

:~.,~

iBo,

20'"'' 20H

:::

<0.5

Network Pol. Polyline Himont Pro·Fax; 76.0.64 mm specimens

<3

30 Solvay Fortilene

30 30 30 180

Phillips Marlox Eastman Tenite 4231; 50.8.3.2 mm discs Solvay Fortilene Himont Pro-Fax; 76.0.64 mm specimens

0.3

365 ,~~

<0.5

<3

;, s~tiSt~to.Yr!sis,~nee :;:: may &oftJsWelf,

CaU"

"i~Q~a\lkk.

't

30 180

Nitromethane Nitrous Acid

23 20

Oleic Acid

21 1I0 21" ... :~::'

';n,lgiigible~lfect <.5

<3 99

28 ,i

·r 0.2

0.3

:::.

Solvay Fortilene Phillips Marlex Eastman Tenite 4231; 50.8x3.2 mm discs Solvay Fortilene

2f Himont Pro-Fax; 76.0.64 mm specimens

30

-u -u

Eastman Ektar FB PG001; 10% gl.fib.

30

365

;.

Network Pol. Polyline Solvay Fortilene Phillips Marlox Solvay Fortilene Himont Pro-Fax; 76xO.64 mm specimens Network Pol. Polyline Himont Pro-Fax; 76xO.64 mm specimens Solvay Fortilene Himont Pro·Fa.; 76.0.64 mm specimens

~o

Oleum

100

30

23,

2~

Himont Pro-Fax; 76xO.64 mm specimens Network Pol. Polyline Solvay Fortilene Himont Pro· Fax; 76xO.64 mm specimens Network Pol. Polyline Phillips Marie. Himont Pro-Fax; 76xO.64 mm specimens

}

'.!

concentrated

Network Pol. Polyline Solvay Fortilene

Solvay Fortilene Phillips Marlex Himont Pro· Fax; 76xO.64 mm specimens

2

:~.' ~~ 20'" 21 '""21 " ;,'23 23 .~

Himont Pro-Fax; 76xO.64 mm specimens

:,,~~i:~~,~~'f~i~!~fe;" ,; ;', "

'':~

8,

'\89\

MatC!rlal Note'

0>

Chemical Resistance - Polypropylene

U)

-oJ

Chemical Resistance - Polypropylene

""U ""U

0> W

ex>

;~)Iti~;~~: rW~'h' 20. <0.5

20 21

.23, 23

365

o

30 180

<.5

0.5

69 60 60'

Oxalic Acid

50

·,.20'"

5060

<3

Himont Pro-Fax; 76xO.64 mm specimens Network Pol. Polyline Solvay Fortilene Phillips Marlex Eastman Tenite 4231; 50.8x3.2 mm discs Solvay Fortilene Himont Pro-Fax; 76xO.64 mm specimens Network Pol. Polyline Himont Pro-Fax; 76xO.64 mm specimens

30 30

21 23

Solvay Fortilene Phillips Marlex Solvay Fortilene

-"60"

Oxygen Phillips Marlex Solvay Fortilene

Ozone Phillips Marlex Solvay Fortilene

Paradichlorobenzene Paraffin

Himont Pro-Fax; 76xO.64 mm specimens

30 30

white paraffin

Solvay Fortilene 30 30

white paraffin

Himont Pro-Fax; 76xO.64 mm specimens

Peanut Oil

Solvay Fortilene Phillips Marlex Solvay Fortilene

Perchloric Acid Perchloroethylene

Phillips Marlex Solvay Fortilene Phillips Marlex Solvay Fortilene

Petroleum Ether

@

Petroleum Spirits

white spirits

~

Phenoil

~

10 10 10

Phenol

5

n'V> V>

Himont Pro-Fax; 76xO.64 mm specimens

30

Phillips Marlex Himont Pro-Fax; 76xO.64 mm specimens

30 30

'1:l

S"

30

Solvay Fortilene

21y'"

!:1~,

365 30

~.

;:l

t-<

..,0: ..,i=l

30

Phosgene

gas liquid

',,,,.2': . "":"'21

0.1

0.1

Eastman Tenite 4231; 50.8x3.2 mm discs Himont Pro-Fax; 76xO.64 mm specimens Phillips Marlex Himont Pro-Fax; 76xO.64 mm specimens Solvay Fortilene

@

'1:l

S" ~

Reagent

Reagent Note

conc·ITelllP (~),.,'

o' (I)

I'C)

J:;: J.

",*,~~~!!l!~ ',""

Load

'lbftetliined.

waIg/rtIThk-I"v~'I:::h IEloftgItloni

PDL Rating

Resistance Note may ca'is$e"soft.l swall.'

Phosgene

1?

unsalisiBgtorH;~ist8ri~e

gas liquid

(I)

tE· ;:J

Phosphoric Acid

s:.,

Material Note

:<

~~. .:'.': :;}<~;~(:/~.~; .'~

Phillips Marlex Solvay Fortilene

30 30 30

0-

.,>l

85 85 85 85 85 85

180

<0.5

<3

180

<.5

<3

<.5

180

95 95

<3

30

30

.;.-,

0

365

Phosphorous Photographic Developers

r-

Network Pol. Polyline Solvay Fortilene Network Pol. Polyline Hlmont Pro· Fax; 76xO.64 mm specimens

"

.,. concentrated

Network Pol. Polyline Solvay Fortilene

Phillips Marlex Eastman Tenite 4231; 50.8x3.2 mm discs

-0.2

Solvay Fortilene Himont Pro-Fax; 76.0.64 mm specimens

30

30

Phthalic Acid Picric Acid Plating Solutions

Solvay Fortilene Phillips Marlex

30 30

30 30

-U -U

::~:

30

30 30

30

)'\:~.:.;1 60':-

30

30 30 30

30 30

30 30

30 30

30 30

30 30

1 ~~;i

Polyvinyl Acetate Potassium

f

30

gold indium lead nickel rhodium silver tin zinc brass cadmium chromium copper gold indium lead nickel rhodium silver tin zinc

I

Himont Pro-Fax; 76xO.64 mm specimens

30

brass cadmium chromium copper

6 6

~20,+

6.0,.

Solvay Fortilene Phillips Marlax

180 180

<0.5 <.5

<3 <3

Chemical Resistance - Polypropylene

Network Pol. Polyline

0> W

(0

0>

Chemical Resistance - Polypropylene

""1J ""1J

Potassium Borate

1 1

Potassium Bromate Potassium Bromide

Potassium Carbonate

Potassium Chlorate

Potassium Chloride

10 10 saturated solution

saturated solution

30

saturated

30

saturated

30

saturated solution

30

saturated solution

30

saturated solution

30

saturated solution

30

Potassium Chromate Potassium Cyanide

40 40

@

"1:J

Solvay Fortilene Phillips Marlex Solvay Fortilene Himont Pro· Fax; 76xO.64 mm specimens Solvay Fortilene Himont Pro· Fax; 76xO.64 mm specimens Solvay Fortilene Phillips Marlex Solvay Fortilene Himont Pro·Fax; 76xO.64 mm specimens Solvay Fortilene Himont Pro·Fax; 76xO.64 mm specimens Solvay Fortilene Phillips Marlex Solvay Fortilene Himont Pro·Fax; 76xO.64 mm specimens Solvay Fortilene Himont Pro-Fax; 76xO.64 mm specimens Solvay Fortilene Phillips Marlex Solvay Fortilene Himont Pro-Fax; 76xO.64 mm specimens Solvay Fortilene

30 30

saturated

Himont Pro·Fax; 76xO.64 mm specimens

30

saturated

Potassium Dichromate

~

o

Solvay Fortilene Phillips Marlex Solvay Fortilene Himont Pro-Fax; 76xO.64 mm specimens

30 365 30 30

10 40 40

o

0.3

Eastman Tenite 4231; 50.8x3.2 mm discs Himont Pro·Fax; 76xO.64 mm specimens Solvay Fortilene Phillips Marlex Solvay Fortilene

S" ~

n' C/)

tI

(1) C/)

IQ' ;:l

t-'

0: .... ~ ....

It::

Potassium Ferricyanide Potassium Ferrocyanide

~~

30 30

Himont Pro-Fax; 76xO.64 mm specimens

30 Solvay Fortilene Phillips Marl..

@ ~

Ei Vl ..... r;' Vl

~ Vl

to·

IN

~

?/

R~~~ent

Rellsent Note

c~~c. JT~~P I~a~;

Potassium Ferrocyanide

60 60.

"'2:1f'

Potassium Fluoride

;:J

~

..., P ...,

Cl"

60

Potassium Hydroxide

10 10 10 50 50

<.c:

Potassium Iodide Potassium Nitrate

20 60 100 ,,:;.. 20 60 21

Load

POL •.. J Rating

saturat.d

Potassium Perchlorate

10 10 20 20

Potassium Permanganate

•• .-9

30 30

l;I

30 30 30 30 30

9 9

Potassium Sulfide

'·propanol

$~ti$laclorY.re$is\;nc.

Solvay Fortilene Himont Pro· Fax; 76xO.64 mm specimens

r;:~!1~ful~.~ff~91 . :. ..

~:

..

,,-

. ..-... .,........

...

·0

8

flli significant etf.et

60 100

8

20 60 20 60;: 20. 60';

20 20 21 60 60 60 100 20 21 23 60 60 ;100

20 21

60 60

-U

. :·

~

;::u.

nii;;aci~ reslslanc.

a

; no slgnif.lcaJiI ilff.ct n.gligibl•• t1ecl ~isfa~lo.y·r.slS1anc.

8 9

30

a a

nos)9~aiCaijletl,cl

$atl~faetory 'eSlstance ~911gilii' .ff;ct

a 9

30 30 30 30 30 30 30

9. .,. 9

Phillips Marlex Himonl Pro-Fax; 76xO.64 mm specimens Solvay Fortilene Phillips Marlex Solvay Fortil.n. Himont Pro-Fax; 76xO.64 mm sp.cim.ns

."

I

.

9 9

;- 9 8

, 30 30

a 5 9

9···· a a 8 9

30 30

9'

30

; no sign~ica"i e{leel ~prii&.anack

nligligibl~ ell.cl .of,:"

~

.nO~lgnific;nielfecl

sali$f~cl~~te$i;;a~d.

Xn~gilglj)ie"~ti'CI .

8atlsfacl~ ~;SIs1a.nC' ·tii8gligible effect saiiS;~iorY lesi~~~

30

8 9 8

30 30

9 9

30

9 8 8 8 9

~:I~:::~~~;~~e , .n_gJiglble .ffecl

s8lisf~lky resistance' neglIgible .tject :~/:

Solvay Fortilene Phillips Marlex Solvay Fortilene Himont Pro· Fax; 76xO.64 mm specimens

"::;;.""

;;li~rac\O~f,$isl,""Ce

9

a

I

Saiisf~~t~iYre~l~anp.

a 8

30

Solvay Fortilene Phillips Marlex Solvay Fortilene

9

23 ,.

-u

Material Note

23

60

Propyl Alcohol

Resistance Note

.

satlsfacil)i¥ r~i~llJlc,

20

Potassium Sulfite

-.::.,

9

23

saturated

.. ,

:-;.;

9 8

'60 saturated

,.. :

9

21 23

Potassium Sulfate

J:::h

:'''''',

.

20 21 23 60 60

Potassium Perborate

"-.:::

a 30

23 saturat.d

~ Cha~g~;." .t%Ret~lned Walghl O·I·~················:·"·:··"·9:·····W·'''··T······· nllc"- Volume ..... EIongaIIon

);:4):::

Solvey Fortilene Phillips Marlex Solvay Fortilane Himont Pro-Fax; 76xO.64 mm specimens Solvay Fortilene Himont Pro-Fax; 76xO.64 mm sp.cimens Solvay Fortilene Phillips Marl.x Solvay Fortilene Himonl Pro-Fax; 76xO.64 mm specimens Solvay Fortilene Himont Pro-Fax; 76xO.64 mm specimens

".:.:-;.; :: .N: : :.~: .• :~

~\$(acIPry resistanCe i n~~19~iI;#,a~I< ef'ecl SatlsiiCt~

reSlslllJlCe

',JgUiiii!ie effect:

Solvay Fortilene Phillips Marlex Solvay Fortilene Himont Pro-Fax; 76xO.64 mm specimens

0>

Chemical Resistance - Polypropylene

~

......

0>

Chemical Resistance - Polypropylene

""U ""U

<0.5

Sea Water

in sand; salinity: 27%

tlo/~§'t

t~\riiTIit

Shellac Silicone Oils

&iT~~1W

90 90 90 30

II ~f~&t~ffi1Itf,t~~1£

0.08 0.04 0.08

~

N

WHttHWIWtMflMtmMWtttWH

<3

101 98 98

263 79 139

~~II;'1'!~{t'flf~'~'111f1tlil i;@1]FMf*~M.@!@!ltM!!%:nM

mllim@Mq~!!>i~~n@Wi1i

30

Sliver Cyanide

Himont Pro-Fax; 76~0.64 mm specimens Network Pol. Polyline Solvay Fortiiene Phillips Marlex Solvay Fortiiene Himont ; 1.2 mm thick sheet Himont ; 1.2 mm sheet; low MI Phillips Marlex Himont Pro-Fax; 76xO.64 mm specimens Solvay Fortiiene Phillips Marlex Solvay Fortilene Himont Pro-Fax; 76xO.64 mm specimens Solvay Fortiiene

Sliver Nitrate

'~""

•

....... " .•...•.

<"n_'

"'",,~

-." '''''''''.'.'.','J''.''.'.'' ...

·",_·u_·_·n.·'_'''_·_·'_'_~_·'-"_·J~'·

Phillips Marlex Solvay Fortiiene

Soap

concentrated solution solutions

Sodium Acetate

I

30 30 30

30

~~j:@1!it.1:j

Sodium Benzoate

;i~9:Qr@

Sodium Bicarbonate

saturated

saturated

Sodium Bisulfate @

'is""

"

.

saturated

Sodium Bisulfite

~

(")

(J)

tl

saturated

l1> (J)

15"

Sodium Borate

;:l

t"'

..,c;: ..,

!=l ts::

Sodium Bromide

sodium bromide 011

;W~~;W

30

i I

30 30

111111

I"ill

30 30

~"illlli

;;;,;::;i!;illif.~T'll'

Himont Pro-Fax; 76xO.64 mm specimens

...........

MltR1iWf%1

g%mn!l!®~l,;m~.Mmfmm

;~t@i~::~~~mtm~t

@&Mj:l!~!irem~tJ;!lEt~ili@

r~Bf{i1*l~tW~~

~NM~~~tfJ:::[@f~i@~~rtffilJr{~~~~tflli~~.~ ~fi]t{tff.l.I!lM~J.~J~:~fl~

•

-

fKttlITI: :i[Wm

30 30

r;~~~~'II'lilt'~,t!l:

30 30

:~:~ftml~tW~~¥~

;q\;;gnMl!¢jilOC4Ml~jM@,?0if;1

Solvay Fortilene Phillips Marlex Solvay Fortilene Himonl Pro-Fax; 76xO.64 mm specimens Solvay Fortilene Phillips Marlex Solvay Fortiiene Himont Pro-Fax; 76xO.64 mm specimens Solvay Fortiiene Phillips Marlex Solvay Fortiiene Himont Pro-Fax; 76xO.64 mm specimens

.

Solvay Fortilene Himont Pro-Fax; 76xO.64 mm specimens Solvay Fortilene Phillips Marlex Soivay Fortilene Himont Pro-Fax; 76xO.64 mm specimens Phillips Marlex Himont Pro-Fax; 76xO.64 mm specimens Solvay Fortilene

@

"tl

S"

~

r;' C/)

Phillips Marlex Solvay Fortilene Himont Pro-Fax; 76xO.64 mm specimens

15' C/)

tEo ;::l

~

sodium bromide oil

Sodium Carbonate

o

2

-0.2

Eastman Tenite 4231; 50.8x3.2 mm discs Himont Pro-Fax; 76xO.64 mm specimens Solvay Fortilene Phillips Marlex Solvay Fortilene Himont Pro-Fax; 76xO.64 mm specimens Solvay Fortilene

saturated solution

., .,

0~

It::

saturated solution

Sodium Chlorate

~P?'

saturated solution

30

Himon! Pro-Fax; 76xO.64 mm specimens Solvay Fortilene Phillips Marlex Solvay Fortilene Himont Pro-Fax; 76xO.64 mm specimens Solvay Fortilene

.:h'" !23

"6~>' 60·····

saturated solution

Sodium Chloride

;00 ··23 :., 20 .

10 saturated

2~1

30

365

o

-0.2

Eastman Tenite 4231; 50.8x3.2 mm discs Himont Pro-Fax; 76xO.64 mm specimens Solvay Fortilene Phillips Marlex Solvay Fortilene Himon! Pro-Fax; 76xO.64 mm specimens Solvay Fortilene Himont Pro-Fax; 76xO.64 mm specimens

30

.

t~~'; ,.. :~.o,.

saturated

~;:~~,~

saturated

Sodium Chlorite

Sodium Cyanide

2 2 5 5 10 10 20 20

\ao

~~..

saturated

30 30 30 30 30 30 30 30 30 30 30

Solvay Fortilene Phillips Marlex Solvay Fortilene Himont Pro-Fax; 76xO.64 mm specimens

23

.:~!,

saturated

30

Sodium Dichromate

./2().

30 30

Sodium Ferricyanide

.

30 30

,":"6p"

Sodium Fluoride

30

saturated

Sodium Hydroxide

2i>','

(69!"

Solvay Fortilene Phillips Marlex Solvay Fortilene Himont Pro-Fax; 76xO.64 mm specimens

30

1 10 10 10

365

o

0.6

o

0.1

30 28

365

95

275

Eastman Tenite 4231; 50.8x3.2 mm discs Himont Pro-Fax; 76xO.64 mm specimens Eastman Ektar FB PG001; 10% gl.fib. Eastman Tenite 4231; 50.8x3.2 mm discs

(J)

"1J "1J

Chemical Resistance - Polypropylene

.;:... CU

Chemical Resistance - Polypropylene

""U ""U

Sodium Hydroxide

10 10 50 50

0>

~ ~

~'60,

Himon! Pro-Fax; 76xO.64 mm specimens

;,,~~

concentrated

··21

concentrated

.;siv

Solvay Fortilene Phillips Marlex

~23 23

30

o

95 Solvay Fortilene

100.;.): Sodium Hypochlorite

;~6;;;;j

20 20 20

,:eo.;\

20

60'·,

20

':~~1

30 180 30 180 30 365

23

Sodium Metaphosphate Sodium Nitrate

20·'

Sodium Nitrite

<3 ..

0.5-5

o

_

-0.3

;:~

Himont Pro-Fax; 76xO.64 mm specimens Network Pol. Polyline Himont Pro-Fax; 76xO.64 mm specimens Network Pol. Polyline Himont Pro-Fax; 76xO.64 mm specimens Eastman Tenite 4231; 50.8x3.2 mm discs Phillips Marlex

30

23\

······60.\

<0.5

30

Himont Pro-Fax; 76xO.64 mm specimens Phillips Marlex Himont Pro-Fax; 76xO.64 mm specimens

30 30

Sodium Perborate Sodium Phosphate Sodium Silicate

Phillips Marlex

30 30

Sodium Sulfate

saturated

30

30

saturated

Sodium Sulfide

Himont Pro-Fax; 76xO.64 mm specimens Phillips Marlex Himont Pro-Fax; 76xO.64 mm specimens

25 25

Solvay Fortilene Phillips Marlex Solvay Fortilene Himon! Pro-Fax; 76xO.64 mm specimens

30 30 Phillips Marlex

Sodium Sulfite

Sodium Thiosulfate Soybean Oil Stannic Chloride

@

'i:l

I:i

saturated

30

Himont Pro-Fax; 76xO.64 mm specimens Solvay Fortilene

saturated

30

Himont Pro-Fax; 76xO.64 mm specimens Phillips Marlex

saturated

30

saturated

30

~

::;. Vl

t:l C1l Vl

tEl·

Istannous Chloride

Himont Pro· Fax; 76xO.64 mm specimens Solvay Fortilene Phillips Marlex Solvay Fortilene Himont Pro-Fax; 76xO.64 mm specimens

30

;:l

Solvay Fortilene

t"'

0: .,

.,

p
I

saturated

30

Himont Pro-Fax; 76xO.64 mm specimens

@ ~

~ ~

ri'

I~~,~ije~t ,

I

~;",.-

.....

_

~.;_..~

~.

,U

I

'1;

T

...'

I.

:.~:

V>

tJ

(ll

V> tEo ;:l

t""'

0: ..,

..,i=l

u::

. riegUg,iiir,eflecl!ti .it

30

Stearic Acid Succinic Acid Sucrose

·•·.·• • ····JlO$ili(iiliCii~I~.~

23 20 20

;y\~;u· . ·

iji,'lf;';!;!

.;,gijiii

\·.·2#···.·.···•• Sugars

and syrups

Sulfamic Acid

%i~O.i~f reO;;'

30 30

;q~g/;

30

{/,20'· .. ....... ....,... '

-.;

30

2 2 2 3 3 10 10 10 10 10 10 10 10 10 10 10

.". .;/'!J8gl!llillle ~ft.~~·i·,iJ,

.·//.e •. · ",~;

~~"\~~1~~11;ii~I~~~~~~! ;;]i~;~~~t~~~I~'lli~~;

·;'..'·/~i·\

30

. <~&,}

Sulfur Chloride Sulfur Dioxide Sulfuric Acid

\:r::{.: 9,mU:@M

;;~ij!i:ij;;;. ;~ t.·····;;;·;?·;c·.·j

30

Sulfur

:~1~lli,I~llmll;'[;;:[";\

..

<·ii~····· ··'1·>

;;;i&t~~~iP.!i~K~il!!iW.@¥M'.

({'II iF ; 180 180 180

<0.5 <.5 <.5

365 30 180

0

7 7 30 180

<3 <3 <3

<3

94 94

<.5

0

<3

-0.2

-c -c

Solvay Fortilene

..

Phillips Marlex Himont Pro-Fax; 76xO.64 mm specimens

Solvay Fortilene Himont Pro-Fax; 76xO.64 mm specimens

..

Phillips Marlex Himont Pro-Fax; 76xO.64 mm specimens Phillips Marlex

Phillips Marlex Eastman Tenite 4231; 50.8x3.2 mm discs Himont Pro-Fax; 76xO.64 mm specimens Network Pol. Polyline Solvay Fortilene Phillips Marlex LNP ; 30% gl.fib.

..

Solvay Fortilene Himont Pro-Fax; 76xO.64 mm specimens Network Pol. Polyline Solvay Fortilene Himont Pro-Fax; 76xO.64 mm specimens gl.fib. Phillips Marlex Eastman Tenite 4231; 50.8x3.2 mm discs Himont Pro-Fax; 76xO.64 mm specimens

..

with nitric acid

with nitric acid

Phillips Marlex

Network Pol. Polyline

0

0.25%

Himont Pro-Fax; 76xO.64 mm specimens

50 50 50 50 50 60 60

Solvay Fortilene Phillips Marlex Solvay Fortilene Himont Pro-Fax; 76xO.64 mm specimens

30 30 30 30

m

Chemical Resistance - Polypropylene

~

Chemical Resistance - Polypropylene

""U ""U

0) ~

0)

30

98 98 98 98 98

Sulfurous Acid Syrups

Himont Pro-Fax; 76xO.64 mm specimens

180

<0.5

30

o

180

>5

<3 97 >8

30

180

Network Pol. Polyline Phillips Marlex Network Pol. Polyline Himont Pro-Fax; 76xO.64 mm specimens Network Pol. Polyline Himont Pro-Fax; 76xO.64 mm specimens Solvay Fortilene

with chromic acid concentrated luming, 20% oleum

30

concentrated

365

concentrated with chromic acid concentraled

30

Himont Pro-Fax; 76xO.64 mm specimens Solvay Fortilene

30 30

Himont Pro-Fax; 76xO.64 mm specimens

o

Phillips Marlex Eastman Tenite 4231; 50.8x3.2 mm discs Solvay Fortilene

0.2

Phillips Marlex and sugars

Tallow

30 30

Tannic Acid

10

Solvay Fortilene

10

10

30

10

30

Tartaric Acid

Himont Pro-Fax; 76xO.64 mm specimens Phillips Marlex Himont Pro-Fax; 76xO.64 mm specimens

30 Phillips Marlex Himont Pro-Fax; 76xO.64 mm specimens

30

Tetrahydrofuran

30 "20. '21" :;'..

180

·60

tjt~~

@

::£ p ~ ;:;. (/)

~

>8

Network Pol. Polyline Solvay Fortilene Himonl Pro-Fax; 76xO.64 mm specimens

>5

>8

30

180

(/)

;:l

t"'

<.c:

>5

30

15'

.,p0: .,

Network Pol. Polyline Solvay Fortilene Phillips Marlex Solvay Fortilene Himont Pro-Fax; 76xO.64 mm specimens

30

180

180

Tetralin

>8

.."/

\;;:& ~;;~~/

>5

30

Network Pol. Polyline Himont Pro-Fax; 76xO.64 mm specimens

>5

>8

Network Pol. Polyline Solvay Fortilene Phillips Marlex Solvay Fortilene Himont Pro-Fax; 76xO.64 mm specimens

~:'

@

'il

~

~ ;:;.

en

tl

~eagent

Reagent Note

loac;l

Cone. O{%l

Tetralin

60·

Cll

en

<E'

PDL

Material Note

,~aUng.

':. .• s6me attack

5 30

4-

100

180

20

30

5 "4·"

eXl.abs'O(P!p~(m.;

~

., .,

Toluene

~

.~~,

\C

6eF' 60

.'20 . 0

Transmission Fluid Tributyl Phosphate

30 365

~ 3 2

30

'4

2N

30

23

28

unsalisfill:ill!y resj~lance

10 12.8

56 71

625

.

~Mf;7;~ihi.e"cii~h~~·

3.6

96

9

100

Eastman Ektar FB PG001; 10% gl.fib. Solvay Fortilene Phillips Marlex Solvay Fortilene

.5

~: 100 21

30 180 30 180 180

9••. ,.... ..... 9

<0.5

<3

<.5 <.5

<3 <3

Himont Pro-Fax; 76xO.64 mm specimens Network Pol. Polyline Himont Pro-Fax; 76xO.64 mm specimens Network Pol. Polyline

, 9 9

9

r

Solvay Fortilene Phillips Marlex Solvay Fortilene

8,

8

2~

8

. . .•• ~9-;;

30

20.:...

180

:4

Himont Pro-Fax; 76xO.64 mm specimens >5

>8

Network Pol. Polyline Solvay Fortilene Phillips Marlex Solvay Fortilene Himont Pro-Fax; 76xO.64 mm specimens

21,

:6]; 30

60 .~,

,;~.

60/

Tricresyl Phosphate

19c1 i

180 30

>5

>8

1-00"'>':

180

>5

>8

(.,~r':: '.'80"':'"

Triethyl Phosphate

-u -u

,23

·;~;:.:~~i~:~~~k:~:rt.use ~::"-.

Network Pol. Polyline Himont Pro-Fax; 76xO.64 mm specimens Network Pol. Polyline Solvay Fortilene Phillips Marlex Solvay Fortilene

21.' 23"

60

Triethanolamine

Solvay Fortilene Eastman Ektar F8 PG001; 10% gl.fib. Phillips Marlex Eastman Tenite 4231; 50.8x3.2 mm discs Solvay Fortilene Himont Pro-Fax; 76xO.64 mm specimens

Phillips Marlex Himont Pro-Fax; 76xO.64 mm specimens

8 .8'

,:,60.:,::

Trichloroethylene

<.>;::<~~~e 0.1<

30

,. >:';. . .,:. 2~ ~o 10 10 10 10 10

Himont Pro-Fax; 76xO.64 mm specimens

Network Pol. Polyline

ext. ·a~orp.{perin ..; sliort

4.·:

.,·,'21'

Trichloroacetic Acid

use .

short'. use

>8

>5

·2

28

.23 ,23',

Transformer Oils

Network Pol. Polyline Solvay Fortilene Himont ProoFax; 76xO.64 mm specimens

••••• maybe OK

;:J

0-

'.

180

,100. '100

Himont Pro-Fax; 76xO.64 mm specimens Solvay Fortilene

30

30 365

Himont Pro-Fax; 76xO.64 mm specimens 0.1

0.2

Eastman Tenite 4231; 50.8x3.2 mm discs

0>

Chemical Resistance - Polypropylene

.j::>.

--I

Chemical Resistance - Polypropylene

OJ OJ

,*,Cha~ge

Reagent Note

Reagent ......

...... ,.;. :..

.

......

'

Cone. Temp .

Trisodium Phosphate

.. ('Yo) .

("C)

Time (days) . ..........

Himont Pro· Fax; 76xO.64 mm specimens

21

8

23 23 23 60 60

5

salislaclory re.sis.lance may cause soll.l swell.

Solvay Fortilene Phillips Marlex

swelled and. bleached some aUack exl. absorp.lpenri.;·short use maybe.OK some aUack exl. absorp.lpeiOj·.; short use

Eastman Tenite 4231; 50.8x3.2 mm discs Solvay Fortilene Himont Pro-Fax; 76xO.64 mm specimens

20 21., 60 '60

Water boiling water

'1:J

~

n' C/)

~

C/)

<E' ;:l

t

.,0.,I=l

<.c::

" "

" " " "

8 8 30

30 365 30

2 2 5 4

30

5 4

30

' 60 60 60 60 10'0 100

, HI.O 100 10D 100 ·100 ;00 100 100 100

"

"100 100 100

"

9 9

30

30 30 30 28 365

1 1 1 1 1 1 1 1 1 1 1 1 4.2

, ,

,,

.'.' negllgmliieliiia

, 1

~.

Soivay Fortilene Phillips Marlex Solvay FortHene Himont Pro-Fax; 76xO.64 mm specimens

ne~fi9ible elfee'

.-

"

8

'. salisfactory resistance

8'· 9 '9

negtjgible ellect

Himont Pro-Fax; 76xO.64 mm specimens

no change In appearance

Eastman Tenite 4231; 50.8x3.2 mm discs Phillips Marlex

Solvay Fortilene

"

0

-0.2

"

nO significant ellecl . "

•••

9

negligible ellect

Himont Pro-Fax; 76xO.64 mm specimens

9, 9 8

" "

" "

satlsfaclory resistance no visible change no change in appearance saUslaC10ty resistance

Solvay Fortilene Eastman Ektar FB PG001; 10% gUib. Eastman Tenite 4231; 50.8x3.2 mm discs Soivay Fortilene Himont Pro-Fax; 76xO.64 mm specimens

--

.6 9 8 9 9 9 9 .,.

95 0

250

0.2

. neQli9ibie elfeel.•. ~.

, 1.9 1.2 3.5 3 5.3 4.4 7.3 6.3

4 4 2 3 1 7 '5 ~ ...

8

" " "

../

'.>'

so.me aUack

7

4

"a

"

5

6.

,

"

satisfactory resistance .r\~ signilit:ant ellecl sallsfactory resistance

,

5

,

Soivay Fortilene Himont Pro-Fax; 76xO.64 mm specimens

'm~yb~OI(.·

8

30 30 30 30

"

.. 8

30

20 20 20 21 23 23 60

64 5

.8

,

365

13 14.2

9 8

30

23 23

" " " water changed weekly

Material Note .".

ext. absorp.lperm.; short use maybe OK

60. 60

distilled hard salt vapor

Resistance Note

8

2.3

distilled hard vapor

weightIThi~~ I" V~~~·· 'J:=~rE';;;';b~

4

20 21

Urine

,..

% R~talned...

Solvay FortHene Phillips Marlex Solvay Fortilene

20

Urea

E"

, ..

~

safisfaclory resfstance no significant effect satisfactory resistill>!=e

100 .100

@

POL Rating

21 23 60

Turpentine

Vegetable Oils Vinegar Water

Load

0>

co

,

Solvay Fortilene Himont Pro-Fax PO-701; 10% ceUib.

94.5

"

-6'-

88.9

Himont Pro-Fax PD-701; 20% ceUib.

: .~

:

70.3 97.8 89 72 75.2 92

"

~.

.

78.4

Himont Pro-Fax PO-701; 30% ceUib.

" Himont Pro-Fax PO-701; 40% ceUib.

,,.

"

, ~

.
,.

Himont Himont Himont Himont

Pro-Fax PO-701; Pro-Fax PO-701; Pro-Fax PO-701; Pro-Fax PO-701; 30% gUib.

10% 20% 30% 40%

ceUib. ceUib. ceUib. ceUib.

..

@

S' ~

Rellgent

tl

Water

n' VI

Reagent Note

Conc. Temp (")

til VI

<E' ;:s

distilled hard vapor waler changed weekly

.

~

.. ..

..,0P .., lC::

% Ret~l'ltld

% Change

"c

Waxes

paraffin wax

..

Whiskey

Wines

Xylene

xylol

Yeast

saturated solution

saturated solulion

Zinc Oxide

Zinc Sulfate

saturated

saturated

Load

POL Rating

Weight

IThlekness I Volume

Tensile

IElongIIlon'

SftngIh

.'

. ... v

Resistance Note

Material Note

negligible effeci

Himonl Pro-Fax; 76xO.64 mm specimens

('C)

(days)

100 100 100 100 100 100 100

30 30 30 41.7 625 208 417

20 60

30 30

9 9

,. negli?lble.•ffect'

20 21 60 60 100 100

30

9 8 8 9 8 9

a

20 21 60 60

30

20 ".

30

20 21

180

!

, ,

30

, 30

365

60 100

180 30

100

180

20 21

30

9 9 9 7 5 6

I 87 77 81 79

5,

30

21 23 23 60 60

,

,

30

, I

!

, ,

..

."

.

30% gl.fib.

'

.. .. ..

.

."

"."

"

sali~f~ory

resislance

"

9 8 8 9 4

..

Himonl Pro-Fax; 76xO.64 mm specimens

.. ..

Solvay Fortilene

.

negligible effeci sallsfactory resistance neQligible effect a .'

Himonl Pro-Fax; 76xO.64 mm specimens Solvay Forlilene Himonl Pro-Fax; 76xO.64 mm specimens

sallsfactory resislance

Solvay Forlilene

"

ne9Ii~i!'leeff.es.t ..

ait' abSoijiJiieim;;sfiO'ii'use

.

..

Himont Pro-Fax; 76xO.64 mm specimens

..

maybe OK

>5

5 5 8 5 3 2 4

12.7

>5

5

>8

..

.~

some allack satisfactory resistance may cause soft.! swell. sweffed and ~lightly bleached unsa.tistaclo,.ry resistance ext. absorp./perm.; short use maybe'OK

3.7

>8 ext. absorp.lperm,; short use maybe OK

4

>5

5 9 8

>8

Network Pol. Polyline Solvay Fortilene

..

Phillips Marlex Eastman Tenite 4231; 50.8x3.2 mm discs Solvay Fortilene Himont Pro-Fax; 76xO.64 mm specimens Network Pol. Polyline Himont Pro-Fax; 76xO.64 mm specimens Network Pol. Polyline

negiiglbieeiieCi satisfactory resistance

Himont Pro-Fax; 76xO.64 mm specimens Solvay Fortilene

8.

a

.

30

9

negligible effect

Himont Pro· Fax; 76xO.64 mm specimens

20 21 23 60 60

30

9 8 8 8 9

sa!isfactory resistance -no significant effect satisfactory resistance negligible effeCI

20 21 60 60

30

20 21

60 60

Zinc Chloride

Time

....

23 60 60

30

"

..

Solvay Fortilene Phillips Marlex Solvay Fortilene Himont Pro-Fax; 76xO.64 mm specimens

"

..

8 8

satisfactory resistance

Solvay Fortilene

30

9

negligible effect

30

9 8 8 8 9

9

, 30

I

,

"

•

"

Himont Pro-Fax; 76xO.64 mm specimens

a

..

satisfactory resistance no significant effect satislaclory resistance n8gi1gible effect

Solvay Fortilene Phillips Marlex Solvay Fortilene Himont Pro-Fax; 76xO.64 mm specimens

0)

"'tJ "'tJ

Chemical Resistance - Polypropylene

."..

co

Chemical Resistance - Polyolefin Foam

""U

o

0> 01 C>

-< o ~:<:.

"'Tl

o

1\,;..

3

I~eagent

0)

Reagent Not\l .:?I.:

~:';;:'

.Temp~

Cone.

i;~}"

e"')

Acetone

""1<'

..

: ,.,

.

1

4

20.

30

'4

,;;;22.>'"

7 7 7 7

solution

Ammonium Hydroxide

II ~

::~

>., -.<~:.

1

30

(:;:'.

Ethyl Acetate

~O>~:·

..";;.;>

Ethyl Alcohol

Gasoline

Heptane (n-) Hydrochloric Acid

10 10

30

22

7 7

Hydrogen Peroxide

8 ,8 "".8

"ll

CIl

~ to· CIl

;:l

t"-

.,o:p .,

<.c::

Stoddard Solvents Sulfuric Acid

Arco Arpak; molded foam (PE) Arco Arpro; molded foam (PP)

exhibits swelling

Arco Arcel (PE copo!.)

exhibits slight swelling

Arco Arpak; molded foam (PE) Arco Arpro; molded foam (PP)

exhibits slight swelling

Arco Arpak; molded foam (PE) Arco Arpro; molded foam (PP)

no visual chg. no changes observed

Arco Arpak; molded toam (PE) Arco Arpro; molded to am (PP) Arco Arcel (PE copo!.)

no visual chg. exhibits slight swelling

Arco Arpak; molded foam (PE) Arco Arpro; molded foam (PP)

exhibits swelling

Arco Arcel (PE copo!.)

no visual chg. exhibits slight swelling

Arco Arpak; molded foam (PE) Arco Arpro; molded foam (PP)

8

20/. '20

1

~.

30

4

1

5 5 5 5 8 8 8

30

'8

22

7

22'

7

..22>..

7

22

7

22.

7

'22"

7

:"::/20

1

30

1

7 7

...,.

'

4 ••" 4 8

5 .~

"

'.",.

7 7 1

softens, shrinks

Arco Arcel (PE copo!.)

no visual chg.

Arco Arpak; molded foam (PE) Arco Arpro; molded foam (PP) Arco Arcel (PE copol.)

exhibits discoloration only

30 1

no changes observed

30 7

··"S

7

8 4

2Q· "'/ 10 10

no visual chg.

Arco Arpak; molded foam (PE) Arco Arpro; molded foam (PP)

.8

7

,20

85% nonone

Arco Arcel (PE copo!.)

no visual chg.

7

?2?,'"

10 10 62 62 10 10 10 10

~

no changes observed

Arco Arcel (PE copo!.)

;22 22

r;'

Arco Arpak; molded foam (PE) Arco Arpro; molded foam (PP)

no changes observed

20

Sodium Hydroxide

no visual chg.

8 8

7 7

~

Arco Arpak; molded foam (PE) Arco Arpro; molded foam (PP)

.:8.·

30

@

no visual chg. exhibits slight swelling

1

Kerosine

Methylene Chloride Nitric Acid

Arco Arcel (PE copo!.)

30

~o

Methyle Ethyl Ketone

exhibits swelling

20 22

"2Q

Methyl Ethyl Ketone

····'Mate;ia! ~pi~

20

20

~

ResistaJ;iceN~fe

:~

1

20

22

~:-: :'~'"

\'.

20 ~,.

Ammonium

Time (eiays)

.J.. POL Rating

I·.

7 7

".:

no visual chg.

Arco Arpak; molded foam (PE) Arco Arpro; molded foam (PP)

exhibits softening

Arco Arcel (PE copo!.)

no visual chg.

Arco Arpak; molded foam (PE) Arco Arpro; molded foam (PP)

,.

...

0"

@

~ ~

~

..

n'

'"

~

Reagent Note

Reagent' ...

-~

Toluene

'" 15' ;:l

t"'

.,0:

"'." .

Conc.

::.'

Temp. . ('C)'

(%).

(da.ys)

1

20'20

~

22 22

1 30 7 7

..20'

1

:.:

Trichloroethylene

Time .,

>

POL Rating

.

... 1

.../

Resistance Note

,"",.

-·x·

_.

Mall!rial Note .

,~

exhibits swelling

,4

"

"

5· 5

exhibits slight swelling

"

Area Arpak; molded loam (PE) Area Arpro; molded foam (PP)

0

disintegrated

Area Areel (PE eopol.)

,

Area Areel (PE eopol.)

., ~

<.c:

"'U

o o

'< "'T1

o

Q)

3

0>

Chemical Resistance - Polyolefin Foam

CJ1

......

Chemical Resistance - Polyphenylene Sulfide

""U ""U

0>

(]l ~

en ,"

R~gent;

Materl~1 Note

Reagent Note. 1Cone, ITem p,.' I Tlme.ILoad '.' .';';;';'.1%)

. '.;.:.

liC) lclayiJ) -,.",,: ..:.,":.','.'.;:

.'::;~~:: ,~; :.':;;:; ,:..~:.

.. ~.

Hoechst CeL Fortron; 40% gl.fib. Phillips Ryton

93 '93

Acetaldehyde 10 10 10 10 10 10 10 20

Acetic Acid

,,:,,2~

97 99

82 82

97

23.

92 100 56 66

93 • • : 14~

LNP; 40% gl.fib.; ASTM 0638 bars

.

149'

Phillips Ryton LNP; 40% gl.fib.; ASTM 0638 bars

, 93'"

Hoechst CeL Fortron; 40% gl.fib.

'93 Phillips Ryton

93

Acetic Anhydride

Acetone

93}·.

98

93;;>;\ 93 93

100

Hoechst Cel. Fortron; 40% gl.fib. Phillips Ryton

• ,,93

93 93 93 93

Acetonitrile Acetophenone

Hoechst Cel. Fortron; 40% gl.fib. Phillips Ryton

-96 100

93

Acetyl Chloride

100 -

93 93 93

Acetylene

'acceptable for use mlnkai property c]lange

93

Air

93

90

93 6g

90

Aircraft Hydraulic Fluids

60 60 60 60

14 30 90 365

93 93

1

Aluminum Chloride

7

95 95 0.02 -0.001 -0.01 -0.02 -0.03 0.03

94 103 111 99

@

'1:J

wei

CI>

tl

Aluminum Trichloride Aminoethanol (2·)

::l

l:

., .,

0-

P

It:

Ammonium Carbonate

'~

'•..• ri1inlmal propeity change'

Hoechst CeL Fortron; 40% gl.fib.

:~'Jt~': ::·~.~.2::

10

93

100

10

93 93 93

100

·!l3····

C1l

Ammonia

Hoechst CeL Fortron; 40% gl.fib. Phillips Ryton

Phillips Ryton Hoechst CeL Fortron; 40% gl.fib. Phillips Ryton

~....

CI>

cEo

63

93

SCI>

..... r;'

Phillips Ryton R-4; 40% gl.fib.

ininjrnal property change a~c!p.table for use

93 93

IAluminum Fluoride Aluminum Sulfate

97 105 101 96

86 100

93

Aluminum Chlorohydroxide

Hoechst CeL Fortron; 40% gl.fib. GE Supec 401; 40% gl.fib.; molded bars GE Supec 402; 40% gl.fib.; molded bars

aqueous solution anhydrous

100

93

Hoechsl CeL Fortron; 40% gl.fib. Phillips Ryton

93.

Hoechst CeL Fortron; 40% gl.fib.

21

@

t

::E

o ~ ::;.

Reagent

''l1!"el Lo~d ,PO, ,L, (daYI) .. <:: (Ratl,~g

Reagent ~ote

F1esis~nceN.ote . :::.,

Impact Streng1h

.,.1.

Material Note

(J)

~

Ammonium Chloride

10

93 93

Ammonium Hydroxide

10

"'''23(::,

7

10

23

7

10

,82

3

10

:: 82

3

10

.:~~];

1

83

1

100

(J)

<5' ;:l

~

9. 8

., o.,

<.c:

10 28

Phillips Ryton

LNP; 40% gl.fib.; ASTM D638 bars

8, ,

:":9:3""",

Cl"

100

1

Hoechst Cel. Fortron; 40% gl.fib.

0.25%

9' 0.,_

100

,9 9 9

100

0.25%

95

99

0.25%

65 Phillips Ryton

9.~,:

,9:'f"" Ammonium Nitrate

,

Ammonium Phosphate Ammonium Sulfate

Hoechs! Cel. Fortron; 40% gl.fib.

9.,3

10

100

:~)'/

minimal pr!>p~rtY cha:ng~ ~.

.9,3., 100

to

Hoechst Cel. Fortron; 40% gl.fib.

,,;~

Phillips Ryton

.~;t~1~:~$ikg~

"'9~>

Amyl Acetate

Phillips Ryton

j;~c~ePtilb~ilfQr~~~

Hoechst Cel. Fortron; 40% gl.fib.

"cr"-'

9~

Phillips Ryton

"93

100

,93 .,.

Amyl Alcohol

8.

:::i'

~~:'

Hoechst Cel. Fortron; 40% gl.fib.

;\:: 8 100

93 .

Aniline

Phillips Ryton

-

",:
,minimal ~(OP~iiYCh,;;g.

93

Arsenic Acid Asphalt ASTM Reference Fuel C

wi 35% methanol; M35

""'C ""'C

en

'~::

.

'~'::'~

;:;

Hoechst Cel. Fortron; 40% gl.fib.

.

1

9 9

",93 <'(

1

9

96

Phillips Ryton

93 '

1

9

100

Phillips Ryton R-4; 40% gl.fib.

93

90 90

7 7,

86

93

85

GE Supec 401; 40% gl.fib.; molded bars

,~,~'

90

::,,7

85

GE Supec 402; 40% gl.fib.; molded bars

l'~ 93,

365

'93

1

'~(

100

GE Supec 40t; 40% gl.fib.; molded bars

100

GE Supec 402; 40% gl.fib.; molded bars

i~

42

Phillips Ryton R-4; 40% gl.fib. Hoechst Cel. Fortron; 40% gl.fib.

93,

asphalt emulsions

wi 85% methanol; M85

'use

93

Phillips Ryton

15

"8l!'

30

0.25%

15

82'

30

0.25%

15

82

30

15

82

30

71

LNP Verton OF-laO-tO; 50% Ing.gl.fib.

76.8

, 5,

LNP Lubricomp OFL-4036; 45% gl.fib./TFE

0.2

97.3

LNP Verton OF-lOO·tO; 50% Ing.gl.fib.; 3.2 mm thick specimen

0.6

60.8

LNP Lubricomp OFL·4036; 45% gl.fib./TFE; 3.2 mm thick

15

68.5

LNP Verton OF-lOO·tO; 50% Ing.gl.fib.

15

47.3

LNP Lubricomp OFL·4036; 45% gl.fib./TFE

15

1.3

82.4

LNP Verton OF-lOO·tO; 50% Ing.gl.fib.; 3,2 mm thick specimen

15

0.6

47.8

LNP Lubricomp OFL-4036; 45% gl.fib./TFE; 3.2 mm thick

65

67.9

LNP Verton OF-lOO·tO; 50% Ing.gl.fib.

0>

Chemical Resistance - Polyphenylene Sulfide

c.n c..:>

0>

Chemical Resistance - Polyphenylene Sulfide

"'U "'U

(Jl ~

en

,"

...•.

• ',>;,"

'"

~ Change

"

Reagent

Reagent Note

cone. Temp. Time ('llo)

I'C)

(deYI)

65

82

30

"

65

82

30

"

65

82

30

Load

POL Rating

Weight

I

Length

% Retained

I rknPaet

ITh~knessJ..n •.lle'l Elong.t1~n Str.ngth FleXUr~l, , $t"ilgth :::;:,.;.;::::::::::

.,"

":'.

Resistance Note

Strength' '

Material Note

. "

ASTM Reference Fuel C

wi 85%

methanol; M85

4

0.25%

" " "

65

121

28

0.25% ;.

65

121

28

0.25%

65

121

28

"

65

121

28

,.'

72.4

6

0.8

82.4

5

0.6

60.8

LNP Lubricomp OFL·4036; 45% gUib./TFE LNP Verton OF·700-10; 50% Ing.gUib. 3.2 mm thick specimen

>

.

LNP Lubricomp OFL-4036; 45% gUib./TFE; 3.2 mm thick

2

59.6

LNP Verton OF-700-10; 50% Ing.gUib.

1

44.8

LNP Lubricomp OFL-4036; 45% gUib./TFE

5

1.8

79.9

LNP Verton OF·700·10; 50% Ing.gUib. 3.2 mm thick specimen

4

1.2

52.2

LNP Lubricomp OFL·4036; 45% gUib./TFE; 3.2 mm thick

~,

23

60

0.25%

7

89.9

23

60

0.25%

5

76.8

10

Barium Hydroxide Barium Sulfate Benzaldehyde

Benzene Benzenesulfonic Acid

60

8

0.8

96.8

LNP Lubricomp OCL-4036; 45% carb./TFE

60

8

1

97.8

LNP Lubricomp OFL·4036; 45% gUib./TFE

82

30

0.25% :

3

60.2

82

30

0.25% :

3

64.7

a2

30

82

30

93

1

93

8

93

8

93

8

>93

8

~ ~

n'en tl (\) en

tEo ;:l

t-'

0: .,

.,

l=l

u::

2

84.1

LNP LUbricomp OCL-4036; 45% carb.lTFE

2

87.9

LNP Lubrlcomp OFL-4036; 45% gUib./TFE Phillips Ryton

.

acceptable tor. use

" "

minimal property change . .,

Hoechst Cel. Fortron; 40% gUib.

"

i·:::::;.. .•.

"lFF,"lP!~~!"lJ9,[~~.

" Phillips Ryton

8

m,nltii8lprOper1y change

Hoechst Cel. Fortron; 40% gUib.

93

3

questio/l. lo'not recom.

Phillips Ryton

93

1

6

84

93

1

II

95

93

1

9

95

93

1

9

97

93

90

1

47

93

90

j

93

90

1

93

365

1

..,;9.S·.

8

93

8

93

8

93

8 1

45

,.

GE Supec 401; 40% gUlb.; molded bars

..

GE Supec 402; 40% gUlb.; molded bars

::"

Phillips Ryton R·4; 40% gUib.

, ,

"

~.

"

45 42

GE Supec 401; 40% gUlb.; molded bars GE Supec 402; 40% gUlb.; molded bars

:~;

Phillips Ryton R·4; 40% gUlb.

"

minimal prop~y. change,

Hoechsl Cel. Fortron; 40% gUib. Phillips Ryton

. acceplabl"lJ9fuse

,

minimal

.

1 1

'"

100

9

100

,9 ' ""·9

1

Phillips Ryton

" GE Supec 401; 40% gUib.; molded bars

~:.;

GE Supec 402; 40% gUib.; molded bars

100

~

,

90

5

79

93

90 90

6 6:':'

80

93 93

365

1

39

80

Hoechst Cel. Fortron; 40% gUib. Phillips Ryton

.

100

,.

",,;i3

.:

,

i ac~eplabl~ for use

9

" Hoechst Cel. Fortron; 40% gUlb.

.~

mln.illial.prope.rty change

6'

.93"

pr~perty change

100

9

8.,:

":: 1

\ 93

,

"

, ,I

.. .......................................

'9~{

~(93 ~:

LNP Lubricomp OFL·4036; 45% gl.fib.lTFE

60

93

l=l

LNP Lubricomp OCL-4036; 45% carb.lTFE

..

100

9 8

93

Benzoic Acid Benzonltrile

5' 6

"

93

93

@

LNP Lubricomp OFL·4036; 45% gUlb./TFE

23

23

Barium Chloride

;~

LNP Lubricomp OCL-4036; 45% carb.lTFE I

.,

~:

"

GE Supec 401; 40% gUib.; molded bars "

~

Phillips Ryton R·4; 40% gUlb.

, "

GE Supec 402; 40% gUlb.; molded bars Phillips Ryton R-4; 40% gUlb.

".;:>;::.-

@

'1::1

P ~

n' VI ~ VI

Rea9~nt

.

Reagent Note

~-~

Con~ ITemp'ITlin~ I Load (%)

Benzyl Chloride

<E'

Borax

t""'

Brake Fluids

DOT 3

..,~

u::

DOT 3; hydraulic

Bromine

:).

,~3.,,, 93

'8', .} 60

0.25% ····.7;·.

60

0.25%

2;3

60

2~

60

Butanone (2·)

93 93 93 93 93 93 93

Butyl Acetate

93 93 93 93 93 93

wet

Butadiene Butane

93

butanol

Butyl Ether

30

9

9. 9 0.25% 0.25% .

o

7'

o

7

1.24

35

3 3"':'

"'lJ "'lJ

en

'~"\f1eslstanC!N,9t~

~lt~\fl1!J~~C?~~~•.

0.95

86

~;;::~.

lNP lubricomp OCl·4036; 45% carb./TFE lNP lubricomp OFl·4036; 45% gl.fib./TFE lNP lubricomp OCl·4036; 45% carb./TFE lNP lUbricomp OFl·4036; 45% gl.fib./TFE 90

Phillips Ryton R·4; 40% gl.fib.

64

qli'~io,;:·tO ,;~it~~~'m.

njlnJ,;;SI propeitychang. ~ic

.lcce!itable for Use

90 365

Phillips Ryton Hoechst Cel. Fortron; 40% gl.fib. Phillips Ryton

>:;::;.•

8

90

Hoechs! Cel. Fortron; 40% gl.fib. lNP lubricomp OCl·4036; 45% carb./TFE lNP lubricomp OCl·4036; 45% carb./TFE

8

90

Phillips Ryton

lNP lubricomp OFl·4036; 45% gl.fib./TFE

8

1 1 1

Material Note

lNP lubricomp OFl·4036; 45% gl.fib./TFE

8,

minim.ll PJop.rty chang.

Hoechst Cel. Fortron; 40% gl.fib.

9

100

GE Supec 401; 40% gl.fib.; molded bars

"9

100

GE Supec 402; 40% gl.fib.; molded bars

9

100

Phillips Ryton R·4; 40% gl.fib.

9 9 9

100

3 8

61

100

GE Supec 401; 40% gl.fib.; molded bars

100

GE Supec 402; 40% gl.fib.; molded bars Phillips Ryton R·4; 40% gl.fib. . minim.ll Plop~rt:y,·~tiang.

,accePla~le fo;~s~'

Hoechs! Cel. Fortron; 40% gl.fib. Phillips Ryton

100

8

~:n~~P:::~:~:h\:ge

Hoechst Cel. Fortron; 40% gl.fib,

1 1 1 1

9 9 9

100 100

Phillips Ryton

9

100

Phillips Ryton R·4; 40% gl.fib.

90

9.

100

9

100

90

·9

100

6

80

365

~:

8 9

90 90 90 365

~'.

:

GE Supec 402; 40% gl.fib.; molded bars

GE Supec 401; 40% gl.fib.; molded bars GE Supec 402; 40% gl.lib.; molded bars Phillips Ryton R·4; 40% gl.fib.

.... ,~«;:;.: ..- .

.·irilntmiii~ropMtfi:llang.

8 1 1 1 1

GE Supec 401; 40% gl.fib.; molded bars

100

90

~3

93 93 93 93 93

o

30

9 8

93

o

30

'8

93 93

•

89.9 94 98 99 72 89 89.9 124.9

·4

93 93 93 93 93

93 93 93 93, 93 93

Tlllck",s~

"

~'oo:,," ··'i~~e~;~~.:~f;!~ : , ·,.,.,

7 8

30

'93

93

% Retained;;

'.8.\,

23 23

180 10

L.ngth

,

!l3

82 82, 82 82

Butyl Alcohol

RatIng' ,\(;..

(d.lYS)

93·'

;:l

0: ..,

("C)

W,lg~1

poL;

% Change

'B~c.plllbiB lor~~ ..

Hoechst Cel. Fortron; 40% gl.fib. Phillips Ryton

100

9

100

'9

100

GE Supec 402; 40% gl.fib.; molded bars

9 7

100

Phillips Ryton R·4; 40% gl.fib.

::.c"

GE Supec 401; 40% gl.fib.; molded bars

89

8'

90

li

90

5'"

79

,'

.. :~

GE Supec 401; 40% gl.fib.; molded bars GE Supec 402; 40% gl.fib.; molded bars Phillips Ryton R·4; 40% gl.fib.

m

Chemical Resistance - Polyphenylene Sulfide

01 01

Chemical Resistance - Polyphenylene Sulfide

"1J "1J

0)

01

0)

C/)

Reagent

21

Butyl Phthalate

·'93 n·butylamin.

21

n·butylamine

1 1 1 1 90 90 90

;93 ,,;'~~; 93 '.93

~3

Butyric Acid Cadmium Cyanide Calcium Chloride

'93.

8

; .•·mlnlii\8l~roP&iiY·changa

Hoechst Cel. Fortron; 40% gJ.fib.

.,93

\93

..

CIl

CIl

;:l

t"'

0: .,

., p

u:::

Chlorine Chloroacetic Acid Chlorobenzene

9

100

~3 85"

8

....

93/\ 2·ethoxyethanol

dry dry

{':~} 93:':"",

~93·. • 93 93

365

.

"

Phillips Ryton Hoechst Cel. Fortron; 40% gJ.fib.

:-;

.' ';;i;;~i~rop~J1y i~~ge

~:~ep;abje··f;r us.a

Phillips Ryton Hoechs! Cel. Fortron; 40% gJ.fib.

.

Phillips Ryton

}min.ilnal·.~rope(iy,ch';'gr· <::':.:.

Hoechst Cel. Fortron; 40% gJ.fib.

«,'

'j~~e~i~b~loru;~';;'; mln!i1i8lprOIl&rty.chang6'

6 .. ~.

9.

e

"'li'" ·1'

1,<,.

'~'::::\'.':".

minirilil'.prop8iiYchari~!t

.8 ..... :... 8: 1 1 1 1 90 90 90

::'.

, '.:.

:, . . .<·8·.. 8. 8"

Phillips Ryton Hoechst Cel. Fortron; 40% gJ.fib.

8 8

"93

'9;3

1? ~.

100

·8 .'. 8.,

93<>
~

(i'

.'

9 8 ,·8

;;:~

·:::t:

Carbonic Acid Cellosolve

'ilE~~RI~~!~j4f~$8 '.

. e

93'

@

Phillips Ryton R·4; 40% gJ.fib.

.93 h •·••

'9~; 69}

Carbon Tetrachloride

GE Supec 401; 40% gJ.fib.; molded bars GE Supec 402; 40% gJ.fib.; molded bars Hoechst Cel. Fortron; 40% gJ.fib. Phillips Ryton

93 .93/ 93

Carbon Disulfide

~

85

S'

Carbon Dioxide

S"

,7

Phillips Ryton R·4; 40% gJ.fib.

rrrilrilmaipr6pe~~~anga •

10

Calcium Phosphate Calcium Sulfate

F

8 8

9~.:

Calcium Dinitrate Calcium Hypochlorite Calcium Nitrate

l'

90 45 45

1

365

Hoechst Cel. Fortron; 40% gJ.fib. Phillips Ryton

GE Supec 401; 40% gJ.fib.; molded bars GE Supec 402; 40% gJ.fib.; molded bars

96 .8

'93 10

"

49 95 95

1 9 9

901

Butylene

~ ~"

mlnfiinll propeily-change' ". '. ~rcep,!o quesiion:"

6

93 ;.93

Hoechst Cel. Fortron; 40% gl.fib. Phillips Ryton

. accept~bi& 10; - . us.e

.:~:.;.

100

:/

I:

min~l'prOpeJ1yChang•.

8 .

;3

. i;> t

..'Resistance Note ( . :~.~:;:::.~:. <;:"

8 8 ··.9.• ··

93

Butylamine

. ' ."

"'Re~gent N~ie .conc.ltem.··. p.1 i..ime 1.~oa~·1 POL (%). (~~) (days»' .I\ating

;t

100 100 100 100 48 50 50 25

~cc!~~bl~!~ qU~~IJonable.

GE Supec 401; 40% gJ.fib.; molded bars GE Supec 402; 40% gJ.fib.; molded bars Phillips Ryton R-4; 40% gJ.fib.

GE Supec 401; 40% gJ.fib.; molded bars GE Supec 402; 40% gJ.fib.; molded bars Phillips Ryton R·4; 40% gJ.fib.

~·liJ@l!@jVBM!W·~~.ngl\

.8

. . . ......ils·:

./

8

T' "';

Hoechst Cel. Fortron; 40% gl.fib. PhillipS Ryton

89

5 8

questIOnable fesisianca

.·.mi1\.i1~i,pril~erii;ih$li~~"::.

8 9

Phillips Ryton Hoechst Cel. Fortron; 40% gJ.fib. Phillips Ryton

100

·"!C!~~ljji~to~~e .. '

'.' Hoachsl Cel. Fortron; 40% gl.fib. Phillips Ryton

@

~

~

Re~~l1t,

o

Chloroethanol (2-)

I..

Reagent Note

JCi~C'1 T~:~t-'I~~~ I"L:j~:I;i~;~~fl ~~19htj

~. t

,.~3·'·"

ITh~~~Slll::~eh IElongltlon If.IIlUI~!1 ~;n~rl '\ Resl~tahcli'Note I

1

'i)"'"

9",

'93"

li\'7

1'~~=~fr~i~~~~b\e' '/

' '~': i j~

!

;~~!;; 1:;.;,!,:1'~',;;:

Chlorophenol

~~;t;::g?~

1

;;!ii;tfslll,;

Hoechst

ep~;II~;srt:y~~~O%

gLfib.

87

11

tl" ;,~ : ~: : i;: i ;: :~ ~ ~

100~i:iiiii~fr:u,~::>1

Chlorosulfonlc ACid{,~~i!'j;i';,~j;!:)~'~Mf'~~:li;fritl;~~r~~! Chromic Acid

Phillips Ryton

100

i<:~'g;;;;;l/i

Chloroform

Material Note

",:)ac~epj~bleforuse

\ " 8./

93.,

~

Length

1oo;'i~I~I{~J~~I~~~~;;[~;

Hoechst

ep~;II~;srt~Oy~~~O% gLfib.

Hoechs!

ep~;II~;srt~Oy~~~O%

Hoechst eel.

gLfib.

Fo~ron; 40% gLfib.

Phillips Ryton

g~~~£;~~:~ride

Wesson, all vegetable

Copper Nitrate

Copper Sulfate

::::::011

",:!,

1

l ,:;i ~i(;j; :;';

.!f}C\lice~~tAAI~,!ilt~Sf';t

"."Ii, I 93-ki

,

100\!~fi~ij~i~;:l~l'~~

'"

Cresyld iphenyl Phosphate(~$;thj;@;;;~i;d

:::::::

;~;II~S:~:~~~::

::,:::,

Phillips Ryton

=~ "~''':,,,:i:~~''u;, Hoechst eel, Fortron; 40% gLfib.

100 100 100 100 100 100 100 95

CiiidiC~-----0Wi~~Iii0r-------gg-----lI

GE Supec 401; 40% gLfib.; molded bars GE Supec 402; 40% gLfib.; molded bars Phillips Ryton Phillips Ryton R·4; 40% gLfib. • GE Supec 401; 40% gLfib.; molded bars GE Supec 402; 40% gLfib.; molded bars 40%

100 82 90 sour crude

W1l,:,H%f»\8\O'\. 71 83

""lJ ""lJ

en

Phillips Ryton Hoechst eel. Fortran; 40% gLlib. LNP; 40% gLlib.; ASTM 0638 bars

0>

Chemical Resistance - Polyphenylene Sulfide

(J1

"""

Chemical Resistance - Polyphenylene Sulfide

""U ""U

0>

01 00

en

>;,L Reagent" :~F>·: .'::.::/:~:::;::::::., :;.;

% Change

Reagent Note, conc·ITem p. Tlrile·I'l.08d .'1 PDL (%) ("C)'. (da~sr ii}i,R~!"ng

". ,

;.'

Cyclohexane

93' 93<

8

94>1

Cyclohexanone Cyclohexyl Alcohol

93

!l3 i

Diesel Fuels

100

)

,9

93

Dioxane (p-)

@

'"

S' ~

n'VI

f? VI

Dlphenyl Ether

<0' ;:l

t"'

.,0: ., p

u::

Dowtherm

9~

93

Hoechst Cel. Fortron; 40% gUib. GE Supec 401; 40% gLlib.; molded bars GE Supec 402; 40% gLlib.; molded bars Phillips Ryton Phillips Ryton R'4; 40% gUib.

GE Supec 401; 40% gLlib.; molded bars GE Supec 402; 40% gLlib.; molded bars Phillips Ryton R·4; 40% gUib.

~1.~\J'18i;prOPllll:YChaf\ge .' .

Hoechst Cel. Fortron; 40% gUib . Phillips Ryton

8" Iii';';

8 8 100

9 8 8 8

~jnlmiiipioperty change" ..

i;·

Hoechst Cel. Fortron; 40% gUib. Phillips Ryton

(':~

•. acc.p'ab~ tor use

~~"

.~!~'P(1i~'~j;~"nge .... :,«" X~~:~::,;~;.:.:~'

Hoechst Cel. Fortron; 40% gUib.

-,~

;;~t~~P!abJ\l;'oru~e

8 8

Phillips Ryton

:"::" 100

93

93

·'l

~:

93

93" • 93 , 93 21 93 93 93, 93 93 93 ,93 93 93" 93 93 93 93

;:-

99

.. : .

93 93 ,93.

Dimethylanlllne Dimethylformamide Dimethylformamide (N,N-) Dloctyl Phthalate

~,jit'

•....•.' ..

Phillips Ryton Hoechst Cel. Fortron; 40% gUib. Ph illlps Ryton

"''8.

93

Dimethyl Sulfoxide

-~.

··:~i;~t~~l~,~f\lg·

93" . 93'

93/ 21 93 93

'Material Note· 37: '"

~ .;:~;:; .;.; ;::. ;~;.-f:·' ;.

100 100 100 100 100 100 100 86

1 1 1 1 90 90 90 365

Diisobutylene Dimethyl Phthalate

~

~3

93 93 93· 93 93 93 93 93

i9~

Decalln Detergents

Resistance. Note

Weight Length T!lJckness

, ;\

)ii) !'
8 8 9

'8

;"a(:c.pl~letor

minimat prdpltty change

8 '8 8

1 1 1 1 90 90 90 365

i

,1

8 ·,·1' 9 9 9 .. 9 9

88 100 100 100 95 95

2

96 59

"

"""·8

accePt~ble 'oiti~e

Hoechst Cel. Fortron; 40% gLlib. Phillips Ryton

rilinimal propetty cha.nge ~b~ePtable tofuse

Hoechst Cel. Fortron; 40% gUib. Phillips Ryton

,~:.~

GE GE GE GE

~:::~::"

y

:~~~

,-. :~

.

<,~<

:~.,,~

prop.etty change

8 100

Phillips Ryton R·4; 40% gUib. Supec 401; 40% gLlib.; molded bars Supec 402; 40% gUib.; molded bars Supec 401; 40% gUib.; molded bars Supec 402; 40% gUib.; molded bars Phillips Ryton R-4; 40% gl.fib.

:";';"

,.' . ni(!)im~1 PI9P~rtY ~hange i;;accePtabl,for,u" . ,

8 ..

use ,.

100

9

;"

Hoechst Cel. Fortron; 40% gUib. Phillips Ryton

100

,<~~.:; ··;·~·:L·

.;(

Hoechst Cel. Fortron; 40% gl.fib. Phillips Ryton Hoechst Cel. Fortron; 40% gl.fib. Phillips Ryton

@

:!2 ~

r;'

Reage~t

I Reagent Note .. ~onc·ITe.mp; ·1

(%)

,(~l ..

~

tl

Eplchlorohydrin

dry

;:J

t-'

(d~ys)

ILoad I PDL

' ... ~a!!ng

~',;

9S

~

15'

Time

".93

9

100

GE Supec 401; 40% gl.fib.; molded bars

1 1 1

9 9

100

GE Supec 402; 40% gl.fib.; molded bars

'93 93

100

Phillips Ryton

9

100

Phillips Ryton R·4; 40% gl.fib.

93

90

7

;~

365

60 60 30

0.25%

:'~2·.

30

0.25%

LNP Lubricomp OFL-4036; 45% gl.fib. /TFE

6\

'f

96.8

LNP Lubricomp OFL-4036; 45% gl.fib./TFE

80.1

LNP Lubricomp OCL-4036; 45% carb./TFE

73

LNP Lubricomp OFL-4036; 45% gl.fib./TFE

0.4

91.9

1

91.7

60

8 6

50~3

.

60

0.25%

60 60

0.25%

~82

LNP Lubricomp OFL-4036; 45% gl.fib./TFE Hoechst CeL Fortron; 40% gl.fib.

:\ Phillips Ryton

72

-

98.8

..9

'9 5

'iiiin~I~@)e!tYchange

•~~cepiabI8iQ qiJ"liOnabl~ .

98.8

0.2

99

Phillips Ryton LNP Lubricomp OCL-4036; 45% carb./TFE

97.8 0.2

Hoechst CeL Fortron; 40% gl.fib .

LNP Lubricomp OFL-4036; 45% gl.fib./TFE 'C.:'

LNP Lubricomp OCL-4036; 45% carb./TFE LNP Lubricomp OFL-4036; 45% gl.fib./TFE

30

0.25%

82

30

0.25%·8

5082

30

.9

0.4

95.2

LNP Lubricomp OCL-4036; 45% carb./TFE

50

30

:9

0.4

94

LNP Lubricomp OFL·4036; 45% gl.fib,/TFE

-82

50

1?0

7

0.25%

50

.150

7 7 7

0.25%

lS()

50 50

,

'150 .' , ~4>

:.23)}·

2·

7 025% il 7,,9

n

82~

3

82'

3,8. "'a-..

"93.'"

0.25%.

.

78.1

LNP Lubricomp OCL-4036; 45% carb./TFE

92.3

LNP Lubricomp OFL-4036; 45% gl.fib./TFE

59

LNP Lubricomp OCL-4036; 45% carb./TFE

52

LNP Lubricomp OFL,4036; 45% gl.fib./TFE

2

68.7

LNP Lubricomp OCL·4036; 45% carb./TFE

2

64.7

LNP Lubricomp OFl·4036; 45% gl.fib./TFE

92

lNP; 40% gl.fib.; ASTM 0638 bars

95 88 90

aC~~Ple~l~ for use

!l'i~~! property change

93:"

i~;{

,}4jli

,"JtlliX

en

.

miil.n.(iirope!ivchaoge

9

"9\

'~60

50

"1J "1J

LNP Lubricomp OCL-4036; 45% carb,/TFE

." ..- ,-;_..;-;:--;;:~:;>. <,

8 1·!l

93

50 50

LNP Lubricomp OCL-4036; 45% carb./TFE

o

8

93

5023 50 ':"2~'

98

8'

93·

wi 50% water

0.1

,.4"':'

wet>\:g3::"

Ethylene Dichloride Ethylene Glycol

78.5

5

9

';1l.3

Ethyl Chloride Ethylene Chloride

GE Supec 402; 40% gl.fib.; molded bars Phillips Ryton R-4; 40% gl.fib.

a' .

GE Supec 401; 40% gl.fib,; molded bars

LNP Lubricomp OCL·4036; 45% carbJTFE

0.25%

60

90 85

0.25%":' 7

23<

~::::.

58

60

?3 23 82

~:;

90

2

wi 15% e l h a n o l ' 2 3 ' .

~tt ~

88

:

~;' :~

gas

Hoechst CeL Fortron; 40% gl.fib.

1

~

Ethyl Alcohol

mi~imal property change

8

93'

~

It::

Phillips Ryton

8

.., ' 93

0.,

acceptable for use

8

93 .

~,

Materl.' Note'

74

1 4

93

Ethers Ethyl Acetate

. Re$l$t~nce Note.

~ ~ -

1

0.25%

Phillips Ryton Hoechst CeL Fortron; 40% gl.fib.

100

Phillips Ryton

74

lNP; 40% gl.fib.; ASTM 0638 bars

76

Chemical Resistance - Polyphenylene Sulfide

0> O'l CO

0"> 0">

Chemical Resistance - Polyphenylene Sulfide

""U ""U

o

en

. ;)

Reaglmt

N~te

Ferric Chloride

10

Ferric Hydroxide Ferric Nitrate Ferric Sulfate Ferrous Chloride

FC-77, cyclic vapor phase stability

25

Formaldehyde

37 37 37

Formic Acid

88

Freon

;:s

~

...0...
8

.:~.

"'::8

.

8 0.0005 0.0014

0.15 0.16

8. /',8 .:;

8 8.

PhillipS Ryton

93 l/3'"

8

Furan

93 93';

Hoechst Cel. Fortron; 40% gl.fib. Phillips Ryton

8 7 3 3 1

LNP; 40% gl.fib.; ASTM 0638 bars

86

.7

7. 0.25%

88

80 84 69 73

8 6

0.25%

1

Phillips Ryton Hoechst Cel. Fortron; 40% gl.fib.

93;

Phillips Ryton

93 93 '93 w/15% ethenol w/15% methanol unl'd, w115% ethanol unl'd w/15% methanol unI'd, w/15% ethanol unl'd w/15% methanol w/15% ethanol w/15% methanol w/15% ethanol w/15% methanol w/15% ethanol

85 85 85 85 85 85 85 85 85 85 85

.23 .•. .

23 '····23 ..

,2~>; .. '2:f'""

,~~\

121.,0'

121 12{ 12.1

\121

Phillips Ryton

Phillips Ryton Hoechst Cel. Fortron; 40% gl.fib.

8

0.25%

'

40% gl.fib.

0.55 0.57

',>!!

7

Phillips Ryton Hoechst Cel. Fortron; 40% gl.fib.

~;;ce;;~ble tot;:;s~

8.

75

'93.

@

<E'

. ,'';'8

5 6 8

Fuel Oils

Furfural

~ en

8 8

93 93

a?

~

Hoechst Cel. Fortron; 40% gl.fib.

8 8,:,:

100

149.. 149

n'en

65

Hoechst Cel. Fortron; 40% gl.fib. Phillips Ryton

100

~

82'

Gasoline

" '3

. 93 . 931 . 93 ", 93, 93'

~3" 23

,;r4!:lj!i~~~~~~:~~:~

;2 5·

, 93

dry

Freon TF

Material Note

':~.~

93 '

Fluosilicic Acid

'p"o

:.

93 93' ,',' 93' 93 93 93 93 93 93 93 ' 93., 93 2.15 215

.....

Strength.

23'

Ethylenediamine

Ferrous Sulfate Fluoboric Acid Fluorinated Ether Fluorinert FC 70

T;~;II;

conc·IT . emp, ("I.('C)

Hoechst Cel. Fortron; 40% gl.fib. Phillips Ryton

100 14 14 42 42 84 84 14 14 42 42 84

-0.04 -0.02 -0.4 i,:,."">g.:~.,:,:"".·",, -0.18 -0.18 -0.12 -0.06 0.24 1 1 0.39

0.09 -0.09 -0.28 -0.19 0.13 0.13 0.28 0.47 0.51 0.66 0.13

95 92 106 108 106 106 103 94 88

104 98

96 94 95 95 96 96 94 88 92 86 93

Phillips Ryton R-4; 40% gl.fib.

@

::9 p ~

;:;.

'"t::l

w/15% methanol unleaded unl'd w/15% ethanol unl'd w/15% methanol unleaded unl'd w/15% ethanol unl'd w/15% methanol unleaded unl'd w/15% ethanol unl'd w/15% methanol unleaded unl'd w/15% ethanol unl'd w/15% methanol

(1)

to· '" ;:l

t: .., P ..,

0-

u::

Gasoline

.9.'

.9.··· 9 .. 9

~2">"

unleaded unl'd w/15% ethanol unI'd w/15% methanol unleaded unl'd w/15% ethanol unl'd w/15% methanol unleaded unl'd w/ 15% ethanol unl'd w/15% methanol unleaded unl'd w/15% ethanol unI'd w/15% methanol

0.3

6

82;

4'

.k'·

8.2'" 82 82 '82':"'"

8,~

B.

0.5

8

0.4

6 8

1 1 1 1

.82 ..

7

82 ~3

6 8

93,

8 B 9'

. ·lI3

9,3 : 93':,':: 93,: 93 ·93 93, 93

1 1 1 1

90 90 90 365

LNP Lubricomp OFL-4036; 45% gl.fib.fTFE

LNP Lubricomp OCL-4036; 45% carb.fTFE

LNP Lubricomp OFL-4036; 45% gl.fib.fTFE

LNP Lubricomp OCL-4036; 45% carb.fTFE

, LNP Lubricomp OFL-4036; 45% gl.lib.fTFE

Phillips Ryton

9 9

100

9

100 80

6

LNP Lubricomp OCL-4036; 45% carb.fTFE

93.9 80.1 71.2 95.1 73 71.9 93.1 91,9 84.1 100.1 91.7 75.2

100 100 100 100 99

9 9 9

LNP Lubricomp OFL·4036; 45% gl.fib.lTFE

Hoechst Cel. Fortron; 40% gl.lib. GE Supec 401; 40% gl.lib.; molded bars GE Supec 402; 40% gl.lib.; molded bars Phillips Ryton Phillips Ryton R-4; 40% gl.lib. GE Supec 401; 40% gl.lib.; molded bars GE Supec 402; 40% gl.fib.; molded bars Phillips Ryton R-4; 40% gl.lib .

.~,3)::'·· , 93\,

Glycerin Glycolic Acid

Hoechst Cel. Fortron; 40% gl.lib,

;, 93" .

Heptane

Phillips Ryton

'8 8 8.. 8'.

.93"';:,

~3;\"

'·.93'

"!l3 .

Hexane

10

10 10

23;;':';:

7

23' ~2

7

82

93.

Hoechst Cel. Fortron; 40% gl.fib. Phillips Ryton Hoechst Cel. Fortron; 40% gl.lib.

8

\>60 10 10

minimat~i~t~~Y~~~n~'(

: 91

8

•.."9,3,,.

-0 -0

a

82)

",: ..9~..:

(f)

0.1 0.2 0.3

B

",~~r 82

LPG

Hydrobromic Acid HydrochlorICAcid

a

:~~

103 98.8 85 98 95.7 78.5 96.8 98.8 98 100 94 96.8 100.1

3 3 1

0.25%

(,,9

0.25%

9

97 98 87 92 100

Chemical Resistance - Polyphenylene Sulfide

LNP; 40% gl.lib.; ASTM 0638 bars

Phillips Ryton

0'> 0'>

......

Chemical Resistance - Polyphenylene Sulfide

""U ""U

0> 0> N

en

Hydrochloric Acid

10 10 20 37 37 37 37 37 37 37 37 37 37

Hydrofluoric Acid Hydrogen

5 50 75

149 "149

'93'

Phillips Ryton Hoechst Cel. Fortran; 40% gl.fib. Phillips Ryton

60 '

93 '.'

.~~ 93

;;':93. ~;::~ii '

'<:~. 93 ';,93 93

1 1 1 1 90 90 90 365

100 70 70 72 34 35 35 29

.>

GE Supec 401; 40% gl.fib.; molded bars GE Supec 402; 40% gl.fib.; molded bars Phillips Ryton R·4; 40% gl.fib. GE Supec 401; 40% gl.fib.; molded bars GE Supec 402; 40% gl.fib.; molded bars Phillips Ryton R-4; 40% gl.fib. Phillips Ryton Hoechst Cel. Fortran; 40% gl.fib. Phillips Ryton

60

,'11.3 93

gas

Hoechst Cel. Fortran; 40% gl.fib.

Hydrogen Peroxide Hydrogen Sulfide

30 50

Jet Aircraft Fuels

Phillips Ryton Hoechst Cel. Fortran; 40% gl.fib.

2:f 93 """.93.,'"

moist

Isooctane

9a:,'

85 85 85 85 85 85 85 85

23

':,23 23

;;:~

'~2,/

82"::":' ::82

Phillips Ryton

0.25% 0.25%

'·7 5. 0.8 1

2 2

89.9 76.8 96.8 97.8 60.2 64.7 84.1 87.9

"'9i

JP Fuel

Phillips Ryton Hoechst Cel. Fortran; 40% gl.fib.

:'9~~'

Kerosine

93 Phillips Ryton

.93.

9~' .93'" ':93,(

Ketones Lactic Acid

';93" 'i:l

Lead Acetate Lubricating Oils

~

Magnesium Chloride

@

~

n' VJ tl

(1)

VJ

cEo ;:l

t'"'

...s:>:l ...
LNP Lubricomp OCL-4036; 45% carb./TFE LNP Lub,icomp OFL-4036; 45% gl.fib./TFE LNP Lubricomp OCL-4036; 45% carb./TFE LNP Lubricomp OFL-4036; 45% gl.fib./TFE LNP Lubricomp OCL-4036; 45% carb./TFE LNP LUbricomp OFL-4036; 45% gl.fib.lTFE LNP Lubricomp OCL-4036; 45% carb./TFE LNP Lubricomp OFL-4036; 45% gl.fib./TFE

100

;;>93\;

Hoechst Cel. Fortran; 40% gl.fib. Phillips Ryton Hoechst Cel. Fortran; 40% gl.fib. Phillips Ryton

10

100 Hoochst Cel. Fortran; 40% gl.fib.

Magnesium Hydroxide Phillips Ryton

Magnesium Sulfate Methyl Alcohol

Hoochst Cel. Fortran; 40% gl.fib. in unleaded gasoline

15 15 15

0.2

98 96.8 100

LNP Lubricomp OCL-4036; 45% carb./TFE LNP Lubricomp OFL·4036; 45% gl.fib./TFE LNP Lubricomp OCL-4036; 45% carb./TFE

@

"I:l

po ~

n'CJl tJ

Methyl Alcohol

in unleaded gasoline

(1l

CJl

~.

;:l

t""'

& ..,

w165% Fuel C; M35

..,

p

\t:

w115% Fuel C; M35

15 15 15 15

LNP Lubricomp OFL-4036; 45% gl.fib.ITFE LNP Lubricomp OCL-4036; 45% carb.ITFE

j

15 35 35 35

0.8

35

30

35 35 35

28 28 28

1.8

35

28

1.2

85 85 85 85

t:~':; $f···

"--:;..{: >?~-

82

0.6 59.6 44.8

71 76.8

30 30 30 30

68.5 47.3

85 85 85

28 28 28

1.3

85

28

0.6

~lljlll~'i

LNP LNP Lubricomp Lubricomp OFL-4036; OCL-4036; 45% 45% gl.fib.ITFE carb.ITFE LNP Lubricomp OFL·4036; 45% gl.fib.ITFE LNP Verton OF-700-10; 50% Ing.gl.fib. LNP Lubricomp OFL-4036; 45% gl.fib.ITFE LNP Verton OF-700-10; 50% Ing.gl.fib. 3.2 mm thick specimen LNP Lubricomp OFL-4036; 45% gl.fib.ITFE; 3.2 mm thick LNP Verton OF-700-10; 50% Ing.gl.fib. LNP LUbricomp OFL-4036; 45% gl.fib.ITFE LNP Verton OF-700-10; 50% Ing.gl.fib. 3.2 , mm thick specimen ., LNP Lubricomp OFL-4036; 45% gl.fib.ITFE; 3.2 mm thick LNP Verton OF-700-10; 50% Ing.gl.fib. LNP Lubricomp OFL-4036; 45% gl.fib.ITFE LNP Verton OF-700-10; 50% Ing.gl.fib. 3.2 mm thick specimen LNP Lubricomp OFL-4036; 45% gl.fib.ITFE; 3.2 mm thick LNP Verton OF-700-10; 50% Ing.gl.fib. LNP Lubricomp OFL-4036; 45% gl.fib.ITFE LNP Verton OF-700-10; 50% Ing.gl.fib. 3.2 mm thick specimen LNP Lubricomp OFL-4036; 45% gl.fib.ITFE; 3.2 mm thick Hoechst Cel. Fortron; 40% gl.fib.

Methyl Chloride Methyl Ethyl Ketone Phillips Ryton 100

Methyl Isobutyl Ketone

Hoechsl Cel. Fortron; 40% gl.fib. Phillips Ryton

Methylene Chloride

Hoechst Cel. Fortron; 40% gl.fib. Phillips Ryton

Methylpyrrolldone

100 100 100 92 90 90 80

n-methylpyrrolidone

-

Mineral Oils

100

-

Morphollne

GE Supec 401; 40% gl.fib.; molded bars GE Supec 402; 40% gl.fib.; molded bars Phillips Ryton R-4; 40% gl.fib. GE Supec 401; 40% gl.fib.; molded bars GE Supec 402; 40% gl.fib.; molded bars Phillips Ryton R-4; 40% gl.fib. Phillips Ryton Hoechst Cel. Fortron; 40% gl.fib. Phillips Ryton

80

Motor 0115

96.8

5W30 0.1

""U ""U

(f)

97.8 95.9

Chemical Resistance - Polyphenylene Sulfide

LNP LUbricomp OCL-4036; 45% carb.ITFE LNP Lubricomp OFL-4036; 45% gl.fib.ITFE LNP Lubricomp OCL-4036; 45% carb.ITFE

0) 0) ~

Chemical Resistance - Polyphenylene Sulfide

""lJ ""lJ

0> 0> ~

en

100

63.8

5W30

57.5 79.7

63.6 SAE 30

·0.03 ·0.04

·0.07 0.03

93 85

94 96

LNP Lubricomp OFL-4036; 45% gl.fib.lTFE LNP Lubricomp OCL·4036; 45% carb./TFE LNP Lubricomp OFL·4036; 45% gl.fib./TFE LNP Lubricomp OCL·4036; 45% carb./TFE LNP Lubricomp OFL·4036; 45% gl.fib./TFE Phillips Ryton Hoechst Cel. Fortron; 40% gl.fib. Phillips Ryton LNP Lubricomp OCL·4036; 45% carb./TFE LNP Lubricomp OFL-4036; 45% gl.fib./TFE LNP Lubricomp OCL·4036; 45% carb./TFE LNP Lubricomp OFL·4036; 45% gl.fib./TFE Phillips Ryton R-4; 40% gl.fib.

Naphtha

PhillipS Ryton Hoechst Cel. Fortron; 40% gl.fib.

Naphthalene Phillips Ryton

Nickel Chloride Nickel Sulfate Nitric Acid

Hoechst Cel. Fortron; 40% gl.fib. 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 35

85

LNP; 40% gl.fib.; ASTM 0638 bars

86 59

Hoechst Cel. Fortron; 40% gl.fib. LNP; 40% gl.fib.; ASTM 0638 bars

66 Phillips Ryton 96 91 90 90

o o o o 54 55

GE GE GE GE

Phillips Ryton R·4; 40% gl.fib. Supec 401; 40% gl.fib.; molded bars Supec 402; 40% gl.fib.; molded bars Supec 401; 40% gl.fib.; molded bars Supec 402; 40% gl.fib.; molded bars Phillips Ryton R·4; 40% gl.fib.

LNP; 40% gl.fib.; ASTM 0638 bars Phillips Ryton

concentrated Hoechst Cel. Fortron; 40% gl.fib. @

Nitrobenzene

'1:l

S'

~ ;:;. (Jj

~

(Jj

<5' ;:l

t"'

0: ..,

..,

p

u::

PhillipS Ryton 100 100 100 100 65 65

63 31

Phillips Ryton R·4; 40% gl.fib. GE Supec 401; 40% gl.fib.; molded bars GE Supec 402; 40% gl.fib.; molded bars GE Supec 401; 40% gl.fib.; molded bars GE Supec 402; 40% gl.fib.; molded bars Phillips Ryton R·4; 40% gl.fib.

@

k""o

'i:I

El ~

r;' CIl

tl (1) CIl

<5' ;:s

s:..,

0-

..,I=l

u::

l~itrOgen INitrc:imethane ..;93',\)

1

0.4

~~.

71

:i~~r;:~;:;~~i~e

Phillips Rylon Hoechst Cel. Fortron; 40% gl.fib.

aCCePI8blet~'q~estloha~'e ~:~., -:" }", .:.,' }::;' -:;;;<'::'~C ':.;::Sl~

Phillips Ryton

Oleic Acid Oxalic Acid Perchloroethylene

Hoechst Cel. Fortron; 40% gl.fib.

Phillips Ryton

dry

Phenol 100 100 100 100 90 90 92

GE GE GE GE

Phillips Rylon R,4; 40% gl.fib. Supec 401; 40% gl.fib.; molded bars Supec 402; 40% gl.fib.; moldad bars Supac 401; 40% gl.fib.; molded bars Supec 402; 40% gl.fib.; molded bars Phillips Ryton R-4; 40% gl.fib.

63

Phosphoric Acid

85 85 85 85 85 85 85 85

100 100 100 100 100 100 99

GE GE GE GE

Phillips Ryton Phillips Rylon R-4; 40% gl.fib. Supec 401; 40% gl.fib.; molded bars Supec 402; 40% gl.fib.; molded bars Supec 401; 40% gl.fib.; molded bars Supec 402; 40% gl.fib.; molded bars Phillips Ryton R-4; 40% gl.fib.

89 Phillips Rylon Hoechst Cel. Fortron; 40% gl.fib.

Phosphorous Trichloride Potassium Bromide Potassium Carbonate Potassium Chlorate Potassium Chloride

Phillips Ryton Hoechst Cel. Fortron; 40% gl.fib.

dry

Phillips Ryton Hoechst Cel. Fortron; 40% gl.fib.

50

Potassium Cyanide Potassium Dichromate Potassium Hydroxide

50 Phillips Ryton

Potassium Nitrate Potassium Permanganate

Hoechst Cel. Fortron; 40% gl.fib. 10

100

Phillips Rylon Hoechst Cel. Fortron; 40% gl.fib.

Potassium Sulfate Propyl Alcohol Propylene Chlorohydrin pyrTdlne

1-propanol Phillips Ryton

93

Sea Water Silicate Esters Silver Nitrate OJ OJ Cf)

Flo-Cool 180 Hoechst Cel. Fortron; 40% gl.fib.

Chemical Resistance - Polyphenylene Sulfide

0) 0)

01

Chemical Resistance - Polyphenylene Sulfide

""U ""U

(j) (j) (j)

en ".\

';:<

~!!g!pt ::;::::::'. "":"

"""... 1.:,."

Soap Sodium Acetate Sodium Bicarbonate

Hoechst Cel. Fortron; 40% gl.lib. 10

100

Phillips Ryton Hoechst Cel. Fortron; 40% gl.lib.

Sodium Bisulfate Sodium Carbonate

10

100

Phillips Ryton Hoechst Cel. Fortron; 40% gl.lib.

Sodium Chlorate Sodium Chloride Sodium Chromate

100

5 5 5 10

5"

Sodium Hypochlorite

5 5 5

@

Phillips Ryton

!~m\~:~?lp~:~TJ~~i

Hoechst Cel. Fortron; 40% gl.lib. Phillips Ryton Hoechst Cel. Fortron; 40% gl.lib.

100

100 100 100 100

90 90

Phillips Ryton Hoechs! Cel. Fortron; 40% gl.lib. Phillips Ryton

GE GE GE GE

89 63

Phillips Ryton R-4; 40% gl.lib. Supec 401; 40% gl.fib.; molded bars Supec 402; 40% gl.lib.; molded bars Supec 401; 40% gl.fib.; molded bars Supec 402; 40% gl.fib.; molded bars Phillips Ryton R-4; 40% gl.lib. Hoechst Cel. Fortron; 40% gl.fib. Phillips Ryton

94

Phillips Ryton R·4; 40% gl.fib.

97 61

84 95 95 95 95

solution

'1:l

'"t l

10 15

15 20 30 30 30 30 30 30 30 30 30 50 50

Sodium Hypochlorlde

'....." ;:;.

100

-

Sodium Cyanide Sodium Hydroxide

S"

10

Sodium Nitrate Sodium Silicate Sodium Sulfate

10

100

Sodium Sulfide

10

100

Phillips Ryton GE GE GE GE

Supec 401; 40% gl.fib.; molded bars Supec 402; 40% gl.lib.; molded bars Supec 401; 40% gl.fib.; molded bars Supec 402; 40% gl.fib.; molded bars Hoechst Cel. Fortron; 40% gl.fib. Phillips Ryton Hoechs! Cel. Fortron; 40% gl.fib. Phillips Ryton

Cl>

'" 15' ;:J

~

.., ..,>l

0It::

Hoechst Cel. Fortron; 40% gl.fib. Phillips Ryton Hoechst Cel. Fortron; 40% gl.fib .

@

'1:l

i:i ~

n'Vl tl

m Vl

<6' ;:l

t-'

0: .,

.,

I:l (t:

Sodium Thiosulfite Stannic Chloride Steam Stoddard Solvents

10

100

i)T!~~f~ffiijmt*.M!:\~!i····.

Hoechsl Cel. Fortron; 40% gLfib.

;1!ttill~~fltfi~I~~]l1 •·

white spirits

··,·'.,··w.w.·•. •

Sulfinol Sulfolane

~~;~~m;i

Sulfur Dioxide

30

Sulfuric Acid

10

~1~l~J~11 @tig~;;tf

~"".","

1

100

.

G;M\~mm

;.,;;.·l~s~ffi!j~;re!~~.~aj.j···.·

Phillips Ryton

97

~:WM$:~'~N~:{<

)11.fJ%jjtff~~

7

Phillips Rylon Hoechsl Cel. Fortron; 40% gLfib.

0.25% ~lH?i~Akd

83 87 55 70

:;;';~:~;~j~~~~~~~;;;~l~

Hoechst Cel. Fortron; 40% gLfib. LNP; 40% gLfib.; ASTM 0638 bars

Hoechst Cel. Fortron; 40% gLfib. LNP; 40% gLfib.; ASTM 0638 bars

42 44

·

Phillips Ryton

·

100 94 95 95 90 90 89 61

GE GE GE GE

Phillips Rylon R·4; 40% gLfib. Supec 401; 40% gLfib.; molded bars Supec 402; 40% gl.fib.; molded bars Supec 401; 40% gLfib.; molded bars Supec 402; 40% gLfib.; molded bars Phillips Ryton R·4; 40% gLfib.

·

Phillips Ryton Hoechst Cel. Fortron; 40% gLfib. Phillips Ryton

+~~t·

Sulfurous Acid Tannic Acid Tartaric Acid Tetrahydrofuran

t:jLj<~) ~:;>.

.·.j{ili@m!\'~l!Iij~m;k~i!!i~~U;

Hoechst Cel. Fortron; 40% gLfib.

Phillips Rylon 76

Toluene

15 15 15 15 15 15 15 15

""0 ""0 U>

~~ ~,~;:~j!;i . 82·

60 60 60 60 30 30 30 30

0.25% "\-7@\; 0.25% .,. /'5'\"

'i.i;·I~i~;,• ;,

0.8 1

0.25% ....\~\. 3 ..•..••

0.25%;.,,:~>·;t

•· . ;. ··,6':' • >.•

2 2

89.9 76.8 96.8 97.8 60.2 64.7 84.1 87.9 83 91 82

Chemical Resistance - Polyphenylene Sulfide

LNP Lubricomp OCL-4036; 45% carb./TFE LNP Lubricomp OFL·4036; 45% gLfib./TFE LNP Lubricomp OCL·4036; 45% carb./TFE LNP Lubricomp OFL-4036; 45% gLfib./TFE LNP Lubricomp OCL-4036; 45% carb./TFE LNP Lubricomp OFL·4036; 45% gLfib./TFE LNP Lubricomp OCL·4036; 45% carb./TFE LNP Lubricomp OFL-4036; 45% gl.fib./TFE LNP; 40% gl.fib.; ASTM 0638 bars

(J) (J)

.......

0> 0>

Chemical Resistance - Polyphenylene Sulfide

""U ""U

co

(J)

% Change Reagent

Reagent Note

conc'ITemp'l Time (%)

Toluene

Tomato Juice

Oelron II

type F. Phillips

Trichloroacetic Acid Trichloroethylene

@ ~

S ~

;:;.

Triethanolamine Triethyl Phosphate Triphenyl Phosphite Trisodium Phosphate Turpentine

~

;:l

0-

Water

en

10'

s:.., ..,

~

82 93 93 93 93 93 93 93 93 93 93 149 149

3

'7

4

4 1 4 4

mInimal property
9 9'

7 9

7

7

i'8ll'

35

8 8

9/

9i' 0.25% 0.25%

0.25% 0.25%

,

....

7.>.

7

0.25%

7 3 3

0.25%

100 100

0.014 0.029

0.1 0.2

15

'Xii

'8

3

5 3 "3

0.1 0.3

0.3 0.4 -0.096

0.094

87.8 94 98 100.1 74 75.2 87.8 90.1 50.9 49.8 81.7 81.8 87

0.25%

2 3

8 9 .8·

1

i

93 93

.8

93 93

8 8

23 23

Hoechsl Cel. Fortron; 40% gl.fib. Phillips Ryton

LNP LUbricomp OCL-4036; 45% carb./TFE LNP Lubricomp OFL·4036; 45% gl.fib./TFE LNP Lubrlcomp OCL·4036; 45% carb./TFE LNP Lubricomp OFL-4036; 45% gl.fib./TFE LNP Lubricomp OCL-4036; 45% carb./TFE LNP Lubricomp OFL-4036; 45% gl.fib.lTFE LNP Lubricomp OCL-4036; 45% carb./TFE LNP Lubricomp OFL-4036; 45% gl.fib./TFE LNP Lubricomp OCL-4036; 45% carb./TFE LNP Lubricomp OFL-4036; 45% gl.fib.lTFE LNP Lubricomp OCL·4036; 45% carb./TFE LNP Lubricomp OFL-4036; 45% gl.fib./TFE Phillips Ryton R·4; 40% gl.fib.

85

Phillips Rylon LNP; 40% gl.fib.; ASTM 0638 bars

: acceptable to questionable 59 65 mlri)iiiiifpi6"e1\Yilhange accepteble lor use

Phillips Ryton LNP; 40% gl.fib.; ASTM 0638 bars Hoechst Cel. Fortron; 40% gl.fib. Phillips Ryton

100

,\~IQiJnal.p'(opefly:change

93 93 "

bars bars bars bars

Phillips Ryton R·4; 40% gl.fib.

·····"JM~p!@lii!M~*

i8

Phillips Ryton R·4; 40% gl.fib. Supec 401; 40% gl.fib.; molded Supec 402; 40% gl.fib.; molded Supec 401; 40% gl.fib.; molded Supec 402; 40% gl.fib.; molded Phillips Ryton R·4; 40% gl.fib.

100

67 78 62 69

6 t 1

LNP; 40% gl.fib.; ASTM 0638 bars Hoechst Cel. Fortron; 40% gl.fib. Phillips Ryton

LNP; 40% gl.fib.; ASTM 0638 bars

8

0.25%

minimal property change acceptable lor use

GE GE GE GE

8

0.25% '.

Material Note

98 100 100 100 70 70 70 41 72 74

4

1 24

Resistance Note

85

9 9 9

0.25%

I

T8n$1I8.1 E~ng8tl;;;'1 Flexural Impact .1 WI191l1lungth IThlckneu Str8ngth Strength St,.ngth . . .

8 8 9

60 60 60 60 30 30 30 30 7 7 7

93 93 93 93

dry

1 1 1 1 90 90 90 365 1 1

load I POL flatlng

23 23 23 23 82 82 82 82 150. 150 150 150 93 23 23 82 82 93 149 149

en Urea Vegetable Oils Vinegar

(daY$)

93 93 25 93

Transformer Oils Transmission Fluid

("C)

% Retained

Hoechsl Cel. Fortron; 40% gl.fib .

'scceptable t9r use

Phillips Ryton

f!lintmal·prope,ly·chi!nge

Hoechst Cel. Fortron; 40% gl.fib .

. «

7 7

0.25%

9 9

8cceplable for use 98

99

Phillips Ryton LNP; 40% gl.fib.; ASTM 0638 bars

@

::E p ~

n' (J)

Phillips Ryton R·10 7006A; 60% gUmin. 25.4x76.2x3.2 mm specimen

~

a

(J)

tEo ;:l

t

2 4

constant humid.! temp.

., P .,

0-

60

.lio

\r;:

~l 110",

Water

0.047 86

99

12

77

97

36

79

95

92

81

96

4

92

98

12

85

95

36

.7

87

89

92

·7·

87

93

87

100

"80

112

~.~

3 3

gi:

Phillips Ryton R·4; 40% gl.fib. 25.4x76.2x3.2 mm specimen

;,8

5

76

··s

91

0.25%

deionized

8

sea water

.~

tap water

8

• Phillips; 65% carb.!cloth 1.2 mm laminate of film and cloth

LNP; 40% gl.fib.; ASTM 0638 bars Hoechst Cel. Fortron; 40% gl.fib.

...

acid mine water

Phillips Ryton

deionized tap water

9

100

9

100

GE Supec 401; 40% gl.fib.; molded bars

9

100

GE Supec 402; 40% gl.fib.; molded bars

·:9

100

GE Supec 401; 40% gl.fib.; molded bars

1

;-.:",

1

::,

1 90

9;

90 constant humid.1 temp.

100

GE Supec 402; 40% gl.fib.; molded bars

4

96

95

92

90

89

94

~:_;.;:: :::::~

0.08

• Phillips; 65% carb.!cloth 1.2 mm laminate of film and cloth

Phillips Ryton R·4; 40% gl.fib. 25.4x76.2x3.2 mm specimen

0.131 1.01 high temperature water aging

87

7

86

Phillips Ryton R·4; 40% gl.fib. 65

Phillips Ryton R·4; 40% gl.fib.

54 52 48 46 48 53

LNP; 40% gl.fib.; ASTM 0638 bars

65

Xylene

-

Hoechst Cel. Fortron; 40% gl.fib. Phillips Ryton

100

Zinc Chloride Hoechst Cel. Fortron; 40% gl.fib.

Zinc Sulfate

""U ""U CJ)

Chemical Resistance - Polyphenylene Sulfide

0> 0> CO

a>

Chemical Resistance - Polyphenylene Sulfide Sulfone

""0 ""0

....... o

Cf) Cf)

Butyl Alcohol Butylamine Cellosolve Cresol (m Cyclohexane o

n-butanol n-butylamine

" 2-ethoxyethanol

)

Ethyl Acetate

Ferric Chloride Gasoline

10 unleaded

Hydraulic Fluids Hydrochloric Acid Industrial Cleaners

concentrated industrial

"

Jet Aircraft Fuels

JP 4

Methyl Alcohol Methyl Ethyl Ketone Phosphoric Acid

@

'~"

Pyridine Sodium Hydroxide

Ei

n'en

tl

C1l

en

<E-

Tetrahydrofuran Toluene

;::

t-

..,o: ~ ..,

Water

15 15 15 15 15 15 30

1 14 56 168 1 1 14 1 1 1 14 56 168 1 14 56 168 1 14 56 168 14 56 1 14 56 14 56 168 14 56 168 1 14 56 14 56 168 1 14 56 168 1 1 1 14 56 168 1

• • •

t!m\~~;rf;flilr';t~'~!!;;llirl ;
~~}::k+Wt;hQ.~:A "<:.: t{:;/~j

~~~~~llll~i~~l'~!~Jj)11

;{ot{i~~ll::'~;;;;'\;;~ :f
.;!)i;l~r!ij';f?i,~t.·I~i~,~~i• •· ·~l

;!~ li~j~ 1Il~;';~;1j\; ~;~ ~;~;i

~\i~liilll~~~i~l:i~j ~il'~\;~'lIJI~JI~'~~~~i 1111111~~~ii;I;~i;

102 92 97 80 130 96 79 123 0 112 102 103 99 116 96 68 59 100 103 100 100 103 101 90 103 77

103 100 100 88 54 58 45 60 42 103 96 96 19 104 96 97 102 38 101 78 50 32 97

@

~£hang~

'U

~

Reagent Note

~

r;'

'"

~

tEo '"

Cone.

Load

22

Acetaldehyde Acetamide

22

.,

'.'

5~.;

glacial

5

20

5

50

25

20'

25

( 22

25

,50

25

50

50

"20

50

22

50

50

50

,50

';22

100

Material Note

7

50"",

Acetic Acid

Tensile Strength

. ",.,.,::,;;;;~{.:r981S .

7 7

51r

glacial

~

,~:r:\

Acetic Anhydride Acetol Acetone

20;'

t~,::':i .?2.vw

Acetonitrile Acetophenetid In

.~:

Acetophenone

Acetylene Acetylsalicylic Acid Adrenalin

saturated solution in oil

Adrenalln Aydrochloride Allspice Allyl Alcohol

Allyl Mustard 011

.,.,

,50'

jamaica, whole

BASF Polystyrol168N;

•. ·',l1;;;i}~]t:ir;:Z::$

,~;-,~: : ;

.

..~.

:{:.

1node;~t~I~'sO'I'lt'.jsual

7 7

chg. ,

• h~at;eduC8Smoder. fOO~ temp: . . :..· ,.,,"'iC.resisL'

<=365 <=365

r~is1ant

8

8 5

7 7

lor months

'"\;7

t

7

BASF Polystyrol168N;

fes;s,L

·.;~'f:SI;~I.~:=:~:s . :""

BASF Polystyrol168N; Monsanto Lustre.; 50.8 mm diam, disc

t9s;stan, for weeks

BASF Polystyrol 168N;

. . "')~~a~!

0.25%

Monsanto Lustre.; 50.8 mm diam, disc

rri~~rat~~is1i·~~r.19,yjsual chg•. Monsanto Lustre.; 50,8 mm diam, disc '. li.at"f9dqcll~ mQder. roQm lemp..

4

<=365

7 7 7 7

BASF Poiystyroll68N; Monsanto Lustre.; SO.8 mm diam, disc

;~'j~~:fr~~~~~07 :e::;reSISL<

<=365 <=365 <=365 <=365

<=365

.22;; '23.:" 23

Monsanto Lustre.; 50.8 mm diam. disc

····;·,·119Iresist.•nt

<=365

20,'

;:s t"'

.,0:p

Weight

!%)

:;:.-.,

60.2

',;

Monsanto Lustre.; 50,8 mm diam. disc .,

LNP; 30% gl.fib.

69.7

<=365

Monsanto Lustre.; 50.8 mm diam, disc ~:.

BASF Polystyrol168N;

7

Monsanto Lustra.; 50,8 mm diam. disc

<=365 <=365

BASF Polystyrol168N;

7

Monsanto Lustre.; 50,8 mm diam. disc

<=365

BASF Polystyrol168N;

7

Monsanto Lustre.; 50.8 mm diam. disc

7 7

<=365

BASF Polystyrol 168N;

7

Monsanto Lustre.; 50,8 mm diam, disc

<=365 <=365 <=365 <=365

BASF Polystyrol168N;

7 7 7 7 7 7

Monsanto Lustre.; 50.8 mm diam, disc

<=365

BASF Polystyrol168N;

7 7

Monsanto Lustre.; 50,8 mm diem, disc

<=365 <=365 <=365

BASF Polystyrol168N;

G>

CJ)

Chemical Resistance - General Purpose Polystyrene

0> --J -'"

Chemical Resistance - General Purpose Polystyrene

(i)

0> -..J

""

'"

(J)

<=365 <=365

. . ,!, ;!·~ · .·~ • ·~i

bitter sweet

Alum

saturated solution

"

Aluminum Acetate Aluminum Chloride

Monsanto Lustrex; 50.8 mm diam. disc BASF Polystyrol168N;

<=365

.:)i"~l~i;<;i.

<-365

A?Qf\

<=365

'Wiffl1J\;

<=365

;!q,;ijA saturated solution

7 <=365

<=365 <=365

7 7 <=365

Aluminum Sulfate

" saturated

" saturated solulion

Amidol

photog., saturated

"

Ammonia

aqueous solution

25 25

Ammonium Bifluoride

saturated

"

Ammonium Carbonate

saturated solution

"

Ammonium Hydroxide

solution concentrated solution

" concentrated

Ammonium Molybdate

saturated solution

saturated solution

Ammonium Nitrate

" "

@

'tl

S' ~

n'VI tl

Ammonium Rhondanide

" "

Ammonium Salts Ammonium Sulfate Ammonium Thiocyanate

~

VI

10

iI

<-365

l;I~~~·~l~l

<=365

ilii~l.l~i 'i;lti~~;,,'ljl

7 7

!I~'~lli

~~11~~~~~1 JIj,i~i~I'!'

7 7 <=365

It~'OOH"::';j:::.:~'~ ·$.x*tmd·11i~I!M~GX!m8M!WU

Monsanto Lustrex; 50.8 mm diam. disc BASF POlystyrol168N;

"

7 7

Monsanto Lustrex; 50.8 mm diam. disc

<-365

BASF Polystyrol168N;

<=365 40.1

3

7 7 7 7

;mii~Mf

<=365

;!);;;I'l~l.

~jf'

disc

<=365

<-365

tYii!2 ••)

;.":' .•l!t~~f!'iJill~~~~~~j~!!~.·. Monsan:A~u:::~~::r:1 :~8:i~m.

. ,•.. ,.;;wa·'W\·m •

7 7

jilig~~·;!

~t·~~·l.~l)

~;!;!~;!'~'i,~,l~lj';'

7 7 <=365

0.25%

•18

63.4 55.4

<=365 <-365 <=365

7

P\tN\~t/)M{~:::

saturated solution

<=365

(:} »X~&t@}n:::

}i;i!Jlm~Mj}!l!M~I.n;;?kL

BASF Polystyrol168N;

"

<=365

).. aisle)··

iZril«l8rl,l~J.~I~r~~giliijVlS~t~tiIiF

Monsanto Lustrex; 50.8 mm diam. disc

insecticide

7 7

~!§j!lM~jkM@i.~i~~I~l!9!> Monsanto Lustrex; 50.8 mm diam. disc

~.

;:l

Ammonium Thioglycolate

t"'

c;: -.

l=l

-.

It:

Amyl Acetate

BASF Polystyrol168N; Monsanto Lustrex; 50.8 mm diam. disc

6J 'tl

P

Miterlat. N.ote

~

,~:.

r;'

~ ~

tEo

Amyl Acetate Amyl Alcohol

<=365 n-amyl alcohol

7

"

7

;:l

~

Sf ~

BASF Polystyrol168N;

<=365

Monsanto Lustrex; 50,8 mm diam. disc

<=365

Amyl Clnnamaldehyde

BASF Polystyrol168N;

<=365

..

It::

Amyl Mercaptan

7

Monsanto Lustrex; 50.8 mm diam. disc

<=365

BASF Polystyrol168N;

<=365

7

Monsanto Lustrex; 50.8 mm diam. disc

<=365

" ao};:

Amyl Phthalate n-amyl

phthalatert2~,; ) ?,'~o';Vi

,.

"

BASF Polystyrol168N;

<-365

7

Monsanto Lustrex; 50.8 mm diam. disc

<=365

BASF Polystyrol 168N;

Anethole<;id0~1!::~:~ Anethym OIl'
beet suet

i

20./

' : d '

lard

Anise 011

,;

.",5'0

beef suat

BASF Polystyrol168N;

7

Monsanto Lustrex; 50.8 mm diam. disc

<=365

BASF Polystyrol168N;

<=365

~}t~;;l <=~65

22'

lean beef

7

Monsanto Lustrex; 50.8 mm diam. disc :'..~:

7

50"

<=365

,20,

:<,.50';,,?

<-365 <=365

20'

<=365

Aniseed

Monsanto Lustrax; 50.8 mm diam. disc

7 <=365

(

7 7

Aniseed 011 "~:Tn Apple J u i c e · 2 0 ."" "

Aqua Regia Aspirin

50,;c"

. ·:;~O ~;

22

powder "

Atrabrine Atropine Sulfate

.

. SO",·

::;

5'0

:.}

.' ~2 ,,; "'20,

"

.....

BASF Polystyrol168N;

Monsanto Lustrex; 50.8 mm diam. disc

<=365

BASF Polystyrol168N;

7

Monsanto Lustrex; 50.8 mm diam. disc

<=365 <=365

BASF Polystyrol 168N;

<-365 <=365

7 7

Monsanto Lustrex; 50.8 mm diam. disc

7 <=365

7

BASF Polystyrol168N; Monsanto Lustrex; 50.8 mm diam. disc

7 <=365

Attar of Roses Bacon Fats Barium Bromide

?O safurated solution

en

Monsanto Lustrex; 50.8 mm diam. disc

22

7

20

<=365

BASF Polystyrol168N;

7

Monsanto Lustrex; 50.8 mm diam. disc

G> -U -U

BASF Polystyrol168N;

<=365

C>

Chemical Resistance - General Purpose Polystyrene

-..j

c.>

(f)

~.~·~:;-':'l' Reagent Note

Conc. (%)

Barium Bromide Barium Carbonate saturated solution

Barium Chloride saturated solution

Basil

sweel

Bay Leaves Beer Benzaldehyde

over 3.2% alcohol undiluted

Benzene

Benzene Hexachloride (y) Benzoic Acid

Temp~.Tlme . ('C) ···:!~~s)

50 50 20 22 50 50 20 22 50 50 22 50 22 50 ,22 20 22 50 20 :/ 22 ::~ 50//

saturated solution

lindane

Benzoic Acid Ointment

wi salicylic acid

resistant for years

BASF Polystyrol168N;

reslslant

Monsanto Lustrex; 50.8 mm diam. disc

<=365 <=365 7 7

9 8 8

<=365

9

7 7

8

7 7

-::-B

<=365 7

<=365 <=365

3 2

resistant for hours

3

.. res!stanllor .hours.

9

7 7

8 6 8

•• .

<=365

2

8

7 7

<=365

o

7

2

<=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365

o

12 12

~O"

50

IBorax

;:s

IBorlc Acid

50 20 22

'n~t r,siSfan!

7

7

IBleach

Monsanto Lustrex; 50.8 mm diam. disc

;:::,

BASF Polystyrol168N; Monsanto Lustrex; 50.8 mm diam. disc BASF Polystyrol168N;

disS9fved'

.22,lli;

Bismuth Subnltrate

BASF Polystyrol '68N;

'.' ·······+~~I~iartr······

8 8

7

Benzoyl Benzyl Acetate

saturated solution

... ,:.r~~i~W\H%i~~rs

8.

<=365

15'

..,P

Monsanto Lustrex; 50.8 mm diam. disc

2~j 22,.,'

C1l

u::

resistant

8 9

7 7

6 5 5 2

C/)

0-

BASF Polystyrol '68N;

9 8

!

~:20 22

s:..,

Monsanto Lustrex; 50.8 mm diam. disc

.reslstant for years

7 7

C/)

tl

resistant

9

;~ ",.

Bismuth Chloride

..... r;'

8

-;

,,20 ",. 50,?: 2'0 .••; ,•. 50 •••.• , 20 50 20,

Material Note

7

7

2(J , 22

;'~e$ista.nce Note

Weight

<=365 <=365

Benzoic Resin

Benzyl Alcohol

~ C/)

PDL Rating

22:>

e','SO

'\l

Load I.

8:) , /

,22 50

-.,J ~

~.~hange

<=365 3

~~'/

@

0>

Chemical Resistance - General Purpose Polystyrene

G) "'U "'U

,il~1 \~~Is!a.n,t .di$SOlved

·····tiiafu~!M!!~~%!.j!$l

-

'\i"i!!l!Ml~IM!;

Monsanto Lustrex; 50.8 mm diam. disc

; 'Xi9sISialifliii"y,irs

BASF Polystyrol '68N; Monsanto Lustrex; 50.8 mm diam. disc

"""

'.

resi$lanl

~~~l r~uces.rOo'll.!8mp. resist. .'

n.B':! .~!f~S!~~qof~fhs tit ';!'},ii :;i!$ISi~?r" '.

;

BASF Polystyrol '68N; Monsanto Lustrex; 50.8 mm diam. disc

{J(&all.duces !~om)e

'mOll(iat~ rasiSt.~som,vlsualchg.

t>:, :;:j::..

";.~ ~

not.resis\Bnl.' \cf!$$Olved

8ASF Polystyrol '68N; Monsanto Lustrax; 50.8 mm diam. disc BASF Polystyrol t68N;

"nOI ie6is~nl'

>, '. . ;;'; di~s~'lved

p

.

\;::~w {.'. ':. .-::~;

0'

~'

;."

::0}

..

8

resistant for months

8 8

TI.

Monsanto Lustrex; 50.8 mm diam. disc BASF Polystyrol '68N; LNP; 30% gl.fib.

"'-

,.

:~:

8

-

>~

~

8 6

11

7 7

a a

<=365 <=365

~ 9

7

8

" .. \'r8sisiaiiUiiiyea(s

'.•,.\•.;> .

resisjanl'

••

:be~reitu~as\oo~temP~ ~eslst.

;'fu!.~iantJii monthS'·~:

Monsanto Lustrex; 50.8 mm diam. disc BASF Polystyrol168N;

••{ resistant lor years

\

'8$~.~b . ,.......,.....

Monsanto Lustrex; 50.8 mm diam. disc

@

% Change

"IJ

P ~ C:;' V>

l:J (1) V>

IE'

• •

Illel!g~nt

I

Reagent, Note

Boric Acid saturated solution

Brake Fluids

;:l

ATE BASF

t-'

l=l -,

i~~!l

(~c)

;i;:~>, :~~~"l{~

'i

. 23,'"

;: -, u::

Time

Temp:'

,?~i

I Brandy Bromine

ATE BASF

bromine liquid

" "

50

50

,{

81 20 , 20 '-' 22 ""50'

Bromochloromethane 20

Butane Butter

~.~... ':'!; .;.

"

50

Butyl Acetate n·butyl acetate

Butyl Alcohol

Butyl Alcohol (sec-) Butyl Cellosolve Butyl Phthalate Butyric Acid

n-butanol n-butyl alcohol

Calcium Chloride

.j

, 20

22

, ,/,'

, •••

W;,ght

~.v

•

,..'Ret~ln'ed I._ , . ,,,.

...,,).

Tel\.lIe Strengl'! t .."".,.,.,.,.,."".".:'.:1

7

0.25%

LNP; 30% gUib, 84.4

<=365 <=365

en

8ASF Polystyrol l68N;

3

LNP; 30% gUib.

<=365 <=365

BASF Polystyrol l68N;

7

Monsanto Lustrex; 50.8 mm diam. disc BASF Polystyrol l68N;

<=365 <=365 <=365 <=365 <=365 7 7

Monsanto Lustrex; 50.8 mm diam. disc

<=365 <=365

BASF Polystyrol l68N;

7

Monsanto Lustrex; 50,8 mm diam. disc BASF Polystyrol l68N;

<=365 <=365 7 7

Monsanto Lustrex; 50.8 mm diam, disc

n-butanol

50

<=365

BASF Polystyrol168N;

22-\::_,..~ n-butyl phthalate

~.;~,.,.~ :iO( 22

60 50 20

• ;

50

';

." 7 7

Monsanto Lustrex; 50.8 mm diam. disc

<=365 <=365 <=365

BASF Polystyrol l6BN;

7 7

Monsanto Lustrex; 50.8 mm diam, disc BASF Polystyrol168N;

saturated solution saturated

20

<=365 <=365 <=365 <=365

50

7 7

Monsanto Lustrex; 50.8 mm diam, disc

" saturated solution

.50

<=365 <=365

BASF Polystyrol168N;

7 7

Monsanto Lustrex; 50.8 mm diam, disc

<=365 <=365

BASF Polystyrol l68N;

7

Monsanto Lustrex; 50,8 mm diam. disc

G> ""0 ""0

Material Note

:;~dr'

Monsanto Lustrex; 50,8 mm diam. disc BASF Polyslyrol l6BN;

<=365 <=365 <=365 7 7

Re~;!~~~e'>"c)te;

.50

Caesium Bromide

Calcium Bromide

.,,~

POL R'ating

,

"

Cadmium Bromide

Caffeine

,50 20 22 50

LQad

•

-...

0>

Chemical Resistance - General Purpose Polystyrene

Ul

0> ....,

Chemical Resistance - General Purpose Polystyrene

G>

0>

""U ""U Cf)

7 7

~~;~;~;!!1~t~~~:~

!!!!~f~!~!~~!~~l:!trf:'! :::::::A~:;':~S~~::I~:8::::

<=365

.·:H1MIt~{jMgH

.:iWiMn~~l§Mt~tYAA¢>'iNi.if(

7 <=365

Calcium Hypochlorlde

~j{~!i;ll~

saturated

"

Calcium Hypochlorite

!rliltlll~

powder saturated solution powder

]E~g;fiH ;Ht~i¥:M

saturated solution

Calcium Oxide

<=365 7

7 <=365

Calomel Ointment

'fi~;i~i~j;i;

Wigle.·····

Camomile Extract Camphor

'1.;i~~Hi~;;;'

Caraway Seed

lMt??Htt

<=365

ig9'.

Carbazole

Carbolic Acid

50 50

<-365 7

<=365 7 7

II

_

II

Carbonated Beverages

:!l P ~

r;'

'"tl

"

Cardamom Carrot Juice

t"'

.,p

It::

;'t·/XU'",

r~FttMf~jtt&t!~!~ent:~Iir:i:imm:i~1~t1~M:

Monsanto lustre.; 50.8 mm diam. disc

"~""::~~J:::::'.""

Monsanto Lustrex; 50.8 mm diam. disc

7

ii&irfjM;[!,~~~i'I'(;!1tX!~\~%;mrtil

<=365

BASF POlystyrol16BN;

<=365 <=365

o.~ri;~J!~!11~~~';(1;j

7 7

:&m*M~:;:WtM~}:~

fi!!!!!!f!~~!r~!~ : : : : ~~:~::~::~.~~ : : . : :

<=365

m:m::?:~:@~l:W:@::\N

i • •rnn*,m!M!!?r;w."~'JWVb.··

BASF Polystyrol l6BN;

r:it';na.j;J,ij~!it;;W¥rm;b

Monsanto lustre.; 50.B mm diam. disc

7

<=365

7 7

'" <E' 0: .,

ground

i~.!~!~~

disc

<=365

C1l

;:l

carboneted water

•.j·iii.·;"';:~M;;;;.·.

<-365

3 @

:~.rf;~~6~~~f~}t;:~~t*;ii; Monsan:A~:~:~S~;;:1~;B~~m. disc kt)t:k'%",:/.r~"jij~'('·

7 7

·';)i~.·?(

Carbon Tetrachloride

~,;~1;~:[{~1;~1:; 9WMWl;l:;,.'·/{'.··

7 7

f~tjt~Jr;l!

Carbon Disulfide

"~Ii~il[I[1111~~~~f~~11;~~]~ Monsan:A~u:~:~~::r:1:~B:~m.

7 7

. @·~giii • ih~~gr;;i@

'j~jt~~Jiil

Carbon Dioxide

1~1~1iJI!,lr~~!

<=365

<=365

Carbltol

" BASF Polystyrol l6BN;

<-365

<=365

iI~~;BM hi W.;

BASF Polystyrol168N; Monsanto lustre.; 50.8 mm diam. disc

7 <=365 <=365 <=365 7

::::

Cassia Oil

<=365

7 <=365

:':"fM@LQj

mtX)/(j

BASF Polystyrol16BN; Monsanto lustre.; 50.8 mm diam. disc BASF Polystyrol16BN;

@

/'

~

~ ;:;. C/)

~

I~ ~h~.n,~I!.

:;:.:

~

~::

Reagent Notl'

!Reage'rit .....

-

Conc.

Temp.

(")

('c)

Castor Oil

/Time

(diy~»

<=365 <=365

sulfaled

C/)

~~-

Load

POL Rating I

Weight

"'T.nsii' Str.ngth

Material Note

8 8

5<·;8

re.siSlanllor ",onlhs

"

BASF Polystyrol168N;

;:~,

• ~etale.res!~,:$~f1)9 visual eng. ,. Monsanto lustrex; 50.8 mm diam. disc

<5'

7 7

~

<=365 <=365

>resiitant lor· months

BASF Polyslyrol 168N;

7 7

':7''''iiS,slaiiC'''helrti~~c~r~9", lemp.Jestsl.

Monsanlo lustrex; 50.8 mm diam. disc

<=365 <=365 <=365

'.i"$lst~t lor years' . ,r!,siSt~.(or

BASF Polystyrol 168N;

;:J

., P .,

0-

sulfeted

Catsup

\t::

Caustic Soda

50 50

Cedar Wood Oil

::':~:'>:::,~h;~~}r-;:"":'~::'~

mc;;ilhS

/8$lstant fo(hours <'noneslstani' .

<=365

refist~~lforh9~rs.

Monsanto lustrex; 50.8 mm diam. disc BASF Polystyrol 168N;

Celery Seed

7 7

'\iesiSiiinf'" .

Monsanto lustrex; 50.8 mm diam. disc

Cellophane

7 7

7 7

sheet

7 7

Cetamoll13

<=365 <=365 <=365 <=365

BASF Polystyrol 168N;

2,~8'

7 7

Monsanto lustrex; 50.8 mm diam. disc

,~b;;;1

7 7

Cetyl Alcohol 5.0<'''

Cherries

processed

50.

Cherry Syrup

fountain syrup

Chicken Gravy

concentrated

7 7

Chicken Soup

7 7

Chili Powder

7 7

Chlordane Chlorine

Chloroacetic Acid Chlorobenzene

7

chlorine water dry gas liquid saturated, water dry gas liquid

<=365 <=365 <=365

BASF Polystyrol 168N;

7

Monsanto lustrex; 50.8 mm diam. disc BASF Polystyrol 168N;

<=365 <=365 <=365 <=365 <=365 <=365 7

<=365 <=365

G> (J)

.

7

Cellulose Acetate Cellulose Nitrate Cesium Bromide

"1J "1J

',. /':~,:

Monsanto lustrex; 50.8 mm diam. disc BASF POlystyrol168N;

0>

Chemical Resistance - General Purpose Polystyrene

-...j -...j

C1> -.J

Chemical Resistance - General Purpose Polystyrene

G) "'U "'U

(Xl

(f)

:'t;~()':"

Chloromethane Chlorosulfonlc Acid Chocolate Syrup Chromic Acid

:?f20,,:'

}<so.)

:ii;;;::#?"",,'<':;

tountai:. syrup

saturate~

20:%22(·\

solution

20

g:~~~mic Aldehyde

Cinnamon

Citric Acid

~

~~

citronella oil

~.

~

a...

~~;;~\;::~i 10

BASF Polystyrol168N;

<=365

Monsanto lustrex; 508 mm diam. disc

<=;65

til ::~:: }':~?
,~,~'''".''~'

Monsanto lustrex; 50.8 mm diam. disc

7

~~ ~1~;lj:~I~t ;

~;!~~'l~i~~i~ ::::~

i!i;¥A}f(

BASF Polystyrol168N;

::~::

i'iill\rll[l~~Ji~~

l~~ll~~'ll;l; ::::~

~

CI....

,"0.'

Cloves

clove oil)g}~91r

;;~ Coca Cola

Monsanto lustrex; 50.8 mm diam. disc

7

!;:it~!;i;l ::~:~A'? r~s,iFja"HoiweB,,~sr t· \~Q<...

p:~::r

Citronellol

i

@$lst~nf:i:W'

:".''r?:Jl,>:/,'<:

!iil;~~'j; ::::~ ground

saturate~ solution Citronella

<=365 <=365 <-365 <=365 <=365

Pepsi Pepsi Cola extract extract ~

[

I;;!;; :j~~;;~~';;:;

III

=

::

;

. 7 f~'; 7

{b{$;,t%i?

disc

'00"'" '::;~~~;: ... ""

<=365MkE(f~(%g~m

~'><#r.

~~

0.'"

.;'!i:)il~ll~iil~l~~~~jff~1W~~~~~i!'1;il~; Monsan:A~u:~::;S~~;:1 ~;8~~m.

BASF POlystyrol168N;

=:~~ 'OO'M::~:,,:,:,:::~" :hm'''''i&U&Jiliilirt~n.it:/,A@);i

Monsanto lustrex; 50.8 mm diam. disc

@

'....."

iCIl:i r:;' CIl

7 7

tl C1l

CIl

tEo

Cocoa Butter

<=365

t-'

0: ....

>l .... <.c::

BASF Polystyrol168N; Monsanto Lustra.; 50.8 mm diam. disc

7 7

;:l

Coconut Oil

Cod Liver Oil

Coffee

ground instant dry powder liquid paste dry powder liquid paste ground instant

Colloidal Sulfur Cooking Oils Copper Oxide

Wesson. all vegetabla

Copper Sulfate

saturated solution

<=365 <=365

BASF Polystyrol168N;

7 7

Monsanto Lustrex; 50.8 mm diam. disc

<=365 <=365

BASF Polystyrol 168N;

7 7

Monsanto Lustre.; 50.8 mm diam. disc

<=365 <=365 <=365

BASF Polystyrol168N;

7 7 7 7 7 7

Monsanto Lustre.; 50.8 mm diam. disc

<=365 <=365

BASF Polystyrol 168N;

7 7

Monsanto Lustre.; 50.8 mm diam. disc

"7 7

<=365

BASF Polystyrol168N; Monsanto Lustre.; 50.8 mm diam. disc

7 7

Coriander

saturated solution

<=365

whole

7 7

BASF

"7

Corn Oil Mazola

7 7 7 7

0.25%

91.1 90.9

LNP; 30% gl.fib. Monsanto Lustre.; 50.8 mm diam. disc

<=365

Cottonseed Oil

BASF Polystyrol168N; Monsanto Lustre.; 50,8 mm diam. disc

7 7

Cream of Tartar Cresol Cresol (po)

cresolic compounds

J:?

<=365

BASF Polystyrol168N;

7 7

Monsanto Lustre.; 50.8 mm diam. disc

7

<-365 <=365

. ~~:.:.;;';::::::::::

····f:'~fir~~ii~r~;~

G)

""0 ""0

en

P~lystyroI168N;

Monsanto Lustrex; 50.8 mm diam. disc

),.

BASF Polystyrol168N;

0>

Chemical Resistance - General Purpose Polystyrene

--.J

co

a> ex>

Chemical Resistance - General Purpose Polystyrene

G>

C>

"1J

-u

(J)

.<"

.~;

I

....;.;.;..

::~{;'

):. "1

["'el" . (diY~J ;f";;::-'

Reagent Note Crisco Cumin

Cooe. . Temp. (%)i .20

<=365

W

7

ground

50

<=365

9

l!\~~~l~l\!Mty!\~ts

BASF Polystyrol168N;

22

7

8.

iiflSiini

Monsanto Lustrex; 50.8 mm diam. disc

22'

.50.::>,

<=365'

.c':'"

.,'

<=365

22 .:.,

7

...., ~j .( not reSIstant

SO.'

<=365

. 'r~!~!ii!i!ihilti;;

/20,: 22

<=365

5b> ;,~O:

7

.

<=365 <=365 <=365

"

Dexoxyn Dextrose

'20

saturated solution

saturated solution

Diaeetone

BASF Polystyrol168N;

.r..isL'iofiiithS":;posS": ESC~

' ? ' resistent '.

7

30

?~~\

::~:~

.*,0 50

<=365 <=365

~<'

<=~65

heatr8d~ces roclriiti~p: resist reSisl.lor\¥k.s..•

P~~~. E~PR

.

I , .'

.:~.,.,'

::~:~

t

'. ::.2~

Monsento Lustrex; 50.8 mm diem. disc

BASF Polystyrol168N;

'resi;~~t~;e~:'t, ';5':'::} ,'"

Monsanto Lustrex;

chgC;;'. Monsanto Lustrex; 50.8 mm diem. disc .. mod~(ate " , " , Aslsf;.some,YiSual -, .,' ;

",

",

,',

::;r~;r~~:!~~;~~~'};;'i\

;~~tf~t~t~~T;~r~ti~~m~r.,

7

BASF Polys tyro I 168N;

;

2%

7

::~:~

Monsanto Lustrex; 50.8 mm diam. disc

,.:~~;~a:~~~f4~~~ (/;it

f

22 "

Diaeetone Alcohol Dibutyl Ether •Dibutyl Phthalate

Monsento Lustrex; 50.8 mm diem. disc

:~;::\~:i,;:!~~~~~;~:::,;'i

emulsion

30

,.r !2.'·'.

,." . . 'd:;;;~tt~Jr'~~rJ*~!:i~I;\ :'/'~oJ!~'$i~l~rit

':>i.<, ..',

BASF Polystyrol168N; Monsanto Lustrex; 50.8 mm diam. disc

BASF Polystyrol168N; Monsanto Lustrex; 50.8 mm diam. disc

Palatinol C

BASF Polystyrol168N; Monsanto Lustrex; 50.8 mm diam. disc

:8

Palatinol C

Dibutyl Sebacate Dichlorobenzene

: _.-._. . ,. , . """',

IDidecyl "mnalate 0: .., p .., \<:

BASF Polystyrol168N;

~

20~'

Detergents

t-<

-

"9':·:: '.

Cyelohexanone

Dekalin

;:l

Monsanto Lustrex; 50.8 mm diam. disc

r8,l$1en1'lo.l hours. ., ~'. c.' ,,,,:

Dehydroacetic Acid

CIl

7 <=365

emulsion

<5'

BASF Poly,tyrol168N;

resistant ;~.

" '20

5(j-":

CIl

,

fasls\siijlo(yaat,

<=365 <=365

Dairy Products

tI

9 8

7

20

Cyelohexyl Alcohol

(\)

.

Cyelohexane

DDT

'.".

ground cumin seed

50

r;'

"'~.

Time 7

Curry Powder

p ~

'.'

22

Cuprous Oxide

@

I

BASF Polystyrol 168N; '22.,:;:'

7

:Pf~, ::~:

Monsanto Lustrex; 50.8 mm diam. disc

.

~~;l.~~i~t~ ~";;;;;:~;~

'"

I

@

"0

po

~

n'V> t::l (1) V>

<5'

18,~g,pt··.··

I

Reagent Note

..,: .;.. ~~;~:.:,,;.

IDiesel Fuels

diesel oil

IDiethanolamine

;:l

t"'

0: ... p ... II::

IDiethYI Ether Diethyl Ketone

Load "-;':.-

..

,

Materla,l Note

.::::::::::;;;..

.,'.;

<=365 <=365 <=365

BASF Polyslyrol168N;

7 7

Monsanto Lustrex; 50.8 mm diam. disc

<=365 <=365

BASF Polystyrol168N;

7

Monsanto Lustrex; 50.8 mm diam. disc

<=365

BASF Polystyrol168N; Monsanto Lustrex; 50.8 mm diam. disc BASF Polystyrol168N;

7

Dlethyl Phthalate

<=365 <=365

Palatinol A

7

Monsanto Lustrex; 50.8 mm diam. disc BASF Polystyrol168N;

<=365 <=365

Palatinol A

Diethylene Glycol

7 7

Diethylenetriamine

DETA

Monsanto Lustrex; 50.8 mm diam. disc

<=365

BASF Polystyrol168N;

7

Monsanto Lustrex; 50.8 mm diam. disc

7

Dill Seed

7 7

Dimethyl Diglycol Phthalate

PalatinolO

Dimethyl Phthalate

Palatinol M

<=365 <=365 <=365

BASF Polystyrol168N;

7

Monsanto Lustrex; 50.8 mm diam. disc BASF Polystyrol168N;

<=365 <=365

Palatinol M

Dimethylformamide

7

Dinonyl Phthalate

\ Monsanto Lustrex; 50.8 mm diam. disc BASF Polystyrol168N;

<=365 <=365 <=365 <=365 <=365 <=365 <=365

Palatinol ON

Dioxane (1,4·) Diphenyl Ether Diphenyl Oxide Diphenylamine

7

Monsanto Lustrex; 50.8 mm diam. disc

<=365

BASF Polystyrol 168N; Monsanto Lustrex; 50.8 mm diam. disc BASF Polystyrol168N;

7

<=365

Dishwashing Detergents Dow Corning 200 Dow Corning 4 Dowtherm A Dry Cell Solution , (i) "U "U

en

Cascade fluid compound

manganese oxide and Nit4Cl

10

3 7 7 7 7

70.1

LNP; 30% gl.fib. Monsanto Luslrex; 50.8 mm diam. disc

7 7

0)

Chemical Resistance - General Purpose Polystyrene

00 .......

0> 00 N

Chemical Resistance - General Purpose Polystyrene

G)

-0 -0

(J)

7

W;;~~,;i'j;

Ephedrine Hydrochloride Ephedrine Sulfate

j;;;\~:~11~ ;t;~i~1r-;iil

Ethyl Acetate 90

7 7 7 7 <=365

BASF Polystyrol l68N;

7

Monsanto Lustrex; 50.8 mm diam. disc BASF Polystyrol168N;

m~~(~~i~\;~cwe\~!I!!!lM;; Monsanto Lustrex; 50.8 mm diam. disc

<=365

BASF Polystyrol168N;

2B absolute

95

7

Monsanto Lustrex; 50.8 mm diam. disc

2B·95

7

denaturated

7

formula 30

7

2B absolute

7

denaturated

7

formula 30

7

Ethyl Benzene

<=365 7 <=365

ttjj;~,9' ;;

Ethyl Benzoate

<-365 7 <=365

Ethyl Cellulose Ethyl Chloride gas and liquid

Ethyl Lactate Ethylene Chloride

iiK~~L%i

7

lllt;;~;;ii

<-365 7

ki%~jL6 tf!~;$g;M;

7

mm~M

<=365 7

W!{~+H

Ethylene Dichloride Ethylene Glycol

<-365 <=365

7

'U

7

E" ~ n'VI t::l

C1l

7 <=365 3

Ethylene Glycol Ethers

VI

tEo ;:l

t"'

..,0: ..,

>:l <J::

Ethylene Oxide Eth lenedlamine Eucalyptus Oil

ethyl to butyl

<=365

"

<=365 7

·1~1!1·.i!;r-6jCj~~iw

;!;fii~!~!l:~~~i~~~~~!\!i;;!i;;;;~';i;;~ Monsan~A~u:t;:~;s~~;:!~;8~~m. disc

disc

jlii§1!~i@~@#!~;!M@!Viiii)lli~~{;'

0.25%

Monsanto Lustrex; 50.8 mm diam. disc

~'~i~li.'!o';\~t~ l~f~ ; "·.·tr4il1j/\ild

1;~~~~I~~~~~li~I~lrl(ji~lr~
Monsanto Lustrex; 50.8 mm diam. disc

Wtt:tl\JU%d#L

WW%;;;i;WW49J~.i1;n#A;;;h

BASF Polystyro! l68N;

ik)@igni;VnW

7

@

lj~l;j;i~~~i~~~(~r~~i111~1I';!~~;;;~;Monsan::~~:~:~~:::~;:~~m.

••.·%f;M~···iNt·······

<=365

'UPML%

~]!j~*~ ~j.~ ;~l~ ~

I

79.6

_

91.9

:::~f~~~~'~~:::: Monsanto Lustrax; 50.8 mm diam. disc BASF Polystyrol168N;

85.5

LNP; 30% gl.fib.

g@;[;~x@).·

BASF Polystyrol l68N;

h9E:dCg: t~:%>{

;bfiihn.~l!l}f~~!~tijlifH;.(r%;H'

@nlf~mf,.

rtNWi~,~,~iiIiHl!t~~J;ii\lM&i

Monsanto Lustrex; 50.8 mm diam. disc

7 <=365 <=365

disc

BASF Polystyrol168N;

li%~c~~~~e:

@

'1:l

~ ~

n'en tJ

(1)

en

lEi' ;:l

R~ag;,"t Eugenol Fennel Seed

".',>.",

Reagent Note

Conc. 1%)

Jenui~l ('C)

Ferric Ammonium Sulfate

:'~::;;;:

Ferric Chloride

""1

Ferrous Chloride

saturated

Ferrous Sulfite Fertilizers

Flit

I~Ys)

.1

POL Rating I

Weight

• Tensile Str.ength

Monsanto Lustrex; 50.8 mm diam. disc

7 7 7 7 7 7 7 7

fertilizer salts

<=365 <=365

insecticide

7

BASF Polyslyrol 168N;

.•

'!1l~'r81e't~t somevlsual chg.

··~t-1it,:~~ijii~~;i~f!:;I~o:;~.~mp ••...

7

Flux

Kesler' 1544

Formaldehyde

30 30 30

Formic Acid

Freon Freon Freon Freon

40 40 85 85 90 90

11 113 114 12 Freon 12:22

Freon 21 Freon 22

7 7

20

<=365

2-2

7

50

<=365 <=365 <=365 <=365 <=365

2Q '50

:~;;1}

. . ~~l;)

0.25%

84.8 94.3

LNP; 30% gUib. BASF Polyslyrol 168N; Monsanto Luslrex; 50.8 mm diam. disc BASF Polystyrol 168N;

7 7

Monsanto Luslrex; 50.8 mm diam. disc

<=365 <=365 <=365 <=365

BASF Polystyrol 168N;

7

Monsanto Lustrex; 50.8 mm diam. disc

<=365 <=365

BASF Polyslyrol 168N;

7

Monsanto Lustrex; 50.8 mm diam. disc BASF Polystyrol 168N;

Furfuryl Alcohol

7

Monsanto Lustrex; 50.8 mm diam. disc BASF Polystyrol168N;

Gallic Acid

<=365 <=365

Furfural

Garlic

en

l13 23

Monsanto Lustrex; 50.8 mm diam. disc

<=365 <=365 <=365 <=365 <=365

Freon 12:22

Fuel Oils

(j) ""U ""U

Material Note

7 7

i=l

u::

Load

7 whole

t-<

0: ""1

Time

powder

7 7

Monsanto Lustrex; 50.8 mm diam. disc

<=365 <=365 <=365

BASF Polystyrol 168N;

0)

CD

Chemical Resistance - General Purpose Polystyrene

v.>

0>

Chemical Resistance - General Purpose Polystyrene

G) ""U ""U

ex> ~

en

%Change R~agent.

GlISoline

Rellgent Note

I. Cone. (")

'Temp. I

>

normal premium grade ethyl regular while gas

Gin Ginger Ginger Ale

Weight

Tensile Strength

Material Note

<=365 <=365

BASF Polystyrol168N;

7 7 7 7 7

Monsanto Lustrex; 50.8 mm diam. disc

.22 22 23 23

-sO

50

Telechron, nephthalene base

'POL Rating

2.0

81

Gellr Oils

.Load

J~rs).

\~~',

normal premium grade

Time

('C)'

0.25%

<=365 <=365

s.~ple

dissolved

r.esistan( lor hours '?-

LNP; 30% gl.lib. BASF Polystyrol168N; LNP; 30% gl.fib.

3 7

Monsanto Lustrex; 50.8 mm diam. disc

7

..

<=365 <=365

BASF Polystyrol 168N;

7 7

Monsanto Lustrex; 50.8 mm diam. disc

extract

ground

--

7

extract

Glass Wax Glucose

7 30 30

powder

..

Glycol Ether Grapefruit Juice

7

7

<=365

Glycerin

Glycine

7

powder

..

Cellosolve

BASF Polystyrol168N; Monsanto Lustrex; 50.8 mm diam. disc

7 7

<=365

BASF Polystyrol168N;

7 7

Monsanto Lustrex; 50.8 mm diam. disc

7

<=365

BASF Polystyrol 168N; Monsanto Lustrex; 50.8 mm diam. disc BASF Polyslyrol168N;

7

Gravy pork dripping beef gravy

pork dripping

Greases

cup grease

@

~

!=l

~

;::;.

'~" '" <E' ;:l

t go

.,

!=l
Gum Acacia

powder

Gum Tragacanth

<=365 <=365 <=365 7 7

Monsanto Lustrex; 50.8 mm diam. disc

<=365 <=365 <=365 <=365

BASF Polystyrol168N;

7 7

Monsanto Luslrex; 50.8 mm diam. disc

<=365

BASF Polystyrol168N; Monsanto Lustrex; 50.8 mm dlam. disc

7 7

<=365 <=365

Heptane n-Heplane

7 7

BASF Polystyrol168N;

0.25%

Monsanto Lustrex; 50.8 mm diam. disc LNP; 30% gl.fib.

@ ~

p

~

n· (I)

7

t::l (I)

15'

Heptyl Alcohol

;:s

n-Heptyl elcohol

~

.., ..,>:l

0-

Hexachlorobenzene

Hexachlorocyclohexane Hexane

Hexyl Alcohol

n-Hexyl alcohol

Horseradish Curtis

Hydrochloric Acid

10 10 10 10 10 15 15 38 38

BASF Polystyrol168N;

7

Monsanto Lustrex; 50.8 mm diam. disc BASF Polystyrol 168N;

Monsanto Lustrex; 50.8 mm diam. disc

<=365 <=365

BASF Polystyrol168N;

7 7

Monsanto Lustrex; 50.8 mm diam. disc

<=365 <=365

8ASF Polystyrol l68N;

7 7 7 7 7 7 7

Monsanto Lustrex; 50.8 mm diam. disc

0.25%

7 3

<=365 <=365

en

Monsanto Lustrex; 50.8 mm diam. disc LNP; 30% gl.fib. BASF Polystyrol168N; Monsanto Lustre.; 50.8 mm diam. disc

40 40

<=365 <=365 <=365 <=365

BASF Polystyrol168N;

1 1 48

7 7 7

Monsanto Lustrex; 50.8 mm diam. disc

3 3

<=365

BASF POlystyrol168N; Monsanto Luslrex; 50.8 mm diam. disc

7

G>

""U ""U

LNP; 30% gl.fib.

7 7

concentrated

Hydrogen Peroxide

<=365 <=365 <=365 <=365 <=365 <=365

7

Honey

,

Monsanto Lustrex; 50.8 mm diam. disc

7 7 7

n-Hexyl alcohol

Hydrofluoric Acid

7 7

<=365 <=365 <=365 <=365

Hexanetriol

Horseradish Mustard

LNP; 30% gl.fib. BASF Polystyrol168N;

<=365 <=365

~

Chemical Resistance - General Purpose Polystyrene

0> 00 01

0)

Chemical Resistance - General Purpose Polystyrene

(i) ""U ""U

ex>

0)

en

·.•• ~!~\,I~~~~~~!)~rn~iij\r.~'·····

i,

7 <=365

7 7

;. 20'" .;;;~

Hydrogen Sulfide Hydroquinone

saturated solution

4

\\.~.

<=365

7

"'2/'

7 7 <=365

·\·.···{l??PH·

H2S04 solution

"j,;~~;

writing

.

Higgins India

Insecticides

i.~,~;h)

7 <=365

7

writing

..... }56;)

<=365

Flit

1;~i\~;~~'~~~

7 7

"

Iodine

3 3 in alcohol tincture 01 iodine

Iron (II) Chloride saturated solution saturated solution

7

\;gg;tt···

(;.·.'<$0·.;;•• ·

;~!i~~~~~il

I

'i;04~>{W

Iron (II) Sulfate

i'>

. . . . . I~~~~i~~~TJ~:li;i;, ':;'.

BASF Polystyrol 168N; Monsanto Lustrex; 50.8 mm diam. disc BASF Polystyrol 168N; Monsanto Lustrex; 50.8 mm diam. disc

7 <=365

Industrial Cleaners Inks

iii~l;ijj;:;'

Monsanto Lustrex; 50.8 mm diam. disc

:):···.(:i:Ji.,;;;l (:i\6;' . . . . . j ;"\i>)f1;'} .'. .···/·;·.\;.·.·.~\r• .•·•· ·•· ·•.·

~!·i;;]i~~j~; .

::.:.~;.: ':";gbR¥}~N~+

:t~i:. ~~.:::::::::~"" i.m~~i8t~t!¥~:i~~\v,.~\i!lIJ:'\lg(h

Monsanto Lustrex; 50.8 mm diam. disc

·;~'i.':~jl~.'j1~~,lli}~li~1!~I~~t!i.· Monsan~:~~~:~:~~:::~~~~m. tT21!.!!I~ffl!~~k~gmMt~Mf!t!1~~j;

disc

Monsanto Lustrex; 50.8 mm diam. disc

7 7 7 <=365

( •.ii·WlrFW;·;··.

;;yt!tnitAA~i~6!!19t\\',~~~%

;\Cf@

BASF Polystyrol168N;

<=365 <=365 <=365 <=365 <-365 <=365 <=365

"('-'

Iron (III) Chloride Iron Ammonium Sulfate Iron Nitrate

saturated solution

" saturated solution

"

Isoamyl Alcohol @

:32

~

ri'

't::l"

'" <E'

Isopropyl Acetate Isopropyl Alcohol

It:

<=365 <=365 <=365 <=365

7

:'-:;-:-.:.,.;

Monsanto Lustrex; 50.8 mm diam. disc

<=365

BASF Polystyrol168N;

7 7

Monsanto Lustrex; 50.8 mm diam. disc

:t(\fL~~~<:n \:$

.ri•• m?!····it~~I~Ij®.IM~~!l!*.}.·;'g·.;!

BASF Polystyrol 168N;

.···).;i··.·ii~:{ijV;;·.··

•..• >n }Y·'·riQ\.iesls!~riti·:%""·:;A

Monsanto Lustrex; 50.8 mm diam. disc

<=365

7 7 7

t

., .,

<=365 <=365

<=365

(\)

l:l

<=365

<=365

Isooctane

0-

;;io:iJ~'I!)[i I!!r~~~~i~;; ;.~j0;~~:';~i :W{~M;.··

Isobuty Acetate Isobutyl Alcohol

l:l

;:J

~(~0ii~;i~~;

<=365 <=365

Jams

fruit preserves

<=365

"

<=365

'J ?tIlA?i

mnn{t8#I~Ii@Hol!Y,~1~h#;
BASF Polystyrol168N;

@

"ll

P ~

n'en ~ en

to· ;:l

s:.,

Reagent

I:'d

Reagent Note

Conc. (")

Kerosine

,Temp: i .•.

(days) '.

'20 22 20'

<=365 7 <=365 <=365

22" W

SO Lactic Acid

10 10 10 10 80 80

0-

., ~

\t::

Lactose

saturaled solution saluraled

50 20 , 50 20

b i 50

saturated solution

50 20~

Lanolin

2~"

50. ground

Lauryl Alcohol

saturated solulion

Lead Arsenate Lead Nitrate

Lead Stearate I Lead Sulfate

ILemon Emulsion Flavoring Lemon Grass 011

G) "U "U

en

WeIght

Tenlllel'1I0d~IUI ,:.;.;.. :.;.::

!

5 ·2 3

I

8

7 7

I

5 5

<=365 <=365 <=365 <=365 7 7 <=365 <=365

:

,

8 8 8, '9

.1

! •

% ·R'sistance

S1renglh

reslstanllor months',. '. m9
Monsanto Luslrex; 50.8 mm diam. disc

resJstanll~r monlhs

BASF Polyslyrol168N;

~:'

i (es.ist~1

hI, years ., Monsanto Lustrex; 50.8 mm diam. disc .i'i8$istiinl 'heat r~uee~ hlOiil lemp, resist. . r.Srst~nl f~~.monlh$ . BASF Polystyrol168N; ,).~es!s'~.Ior .yeats ., ,.,.. ..·····,:esis'a~l Monsanto Lustrex; 50.8 mm diam. disc ·helll ,eIluceSroom lemp, resist, .' ·i;1:I!$1$\~i;'0;in.onths BASF Polystyrol168N; •... ."'ite:sistanrlor years

e 9

e

22 ••.

7

I

7 <=365

1

8 9

I

<=~65

:

: ,.,

b

r" :I:

. 2,2:;',

6

8 9 9

" 20A

co

<=365

".

~":~'

:; , Monsanto Lustrex; 50.8 mm diam. disc

~~~

\.... .' Te$j$lall1lor~N;;::

BASF Polystyrol168N;

.•;,,;): res;,anl ,

Monsanto Lustrex; 50.8 mm diam. disc

;~./~sisl~};ofYa~rs·

mo
i ,; ;

it~··:;:::j;i~,];{:~~;~;>':;i';;/'

1

9

::H;

: ':; ;

~.. ;; 20 y"

7 <=365

'f ,,'~3

<=365

:.i.'i..' ,.:

"::':~:. '.

;i~::.;· ~~Q~\/:~

::: :':

.

: . •. 5

7

BASF Polystyrol 168N; Monsanlo Luslrex; 50.8 mm diam. disc BASF Polystyrol168N;

\>.sisl~nUor ho~rs

8 6

.:~.!i <=~65

Material Note

•.•. • ""r;~is~nffor days . ,,'·'.:·.n·OI ",islstanl

~:- " 9 ~./ reSislan'

<~~<

Note

••.•.........

20/'.;' 50'. 20 ~

.50 saturated solution

r

'<;"

% Retained

7 <=365 <=365 <=365 <=365

,.•. 50

Lead Acetate

POL Rating

Load

7

'SO\ " Laurel

ri;;;e

('C)

% Ch~~iie

,,:2.,

, .

<7'3' -

.;:

~.

BASF Polyslyrol168N; Monsanto Lustrex; 50.8 mm diam. disc BASF Polyslyrol 168N; Monsanto Lustrex; 50.8 mm diam. disc BASF Polystyrol 168N;

·'yre.sistanllor yea,si >"

..i;(:ih~o.~,'aSi$ia~\ . \ , . '>""'~$I~ant:lorll9urs

,~

...

.. •.

k )\[.:;t~;i:ff~lj;jgr.C;··~~:!\"}
Chemical Resistance - General Purpose Polystyrene

~ '-~

:".:

~-

-

.'

':"

Monsanto Lustrex; 50.8 mm diam. disc BASF Polystyrol168N;

-

0> CO

-...

0> 00 00

Chemical Resistance - General Purpose Polystyrene

G> ""U ""U

en

"""~('

:~:

ant Note ~:~·):·x~y:

Licorice

:'.);.);.:--..: (·)m:::

powder

Ligroin Lilac Oil Lime Lime Flavoring Lime Juice

<=365 <=365 ertificie'

\i~2AH;;

7

Monsanto Lustrex; 50.8 mm diam. disc

chlorinated lime

,.~~;:~il

<=365 <=365

BASF Polystyrol168N;

7

Monsanto Lustrex; 50.8 mm diam. disc

<=365 <=365

BASF Polystyrol168N;

"

:;i\,~

lime emulsion flavoring

"';.. >

Lime Water Lindane Linseed Oil

g-Benzene Hexachloride

Ii

boiled raw

Mace

raw

iM!%W

ground

,~~;;lg\

Magnesium Bromide

@

.2PA;;;i

saturated solution

..,

$:l

\C:

<=365 <=365

Malic Acid

10 10 10 10

Margarine

U~·,,·2!>·.,\H

~:K~~~~[1i:ii

Marjoram

<=365 7 7 <=365 <=365 7 7 <=365

ground

l'

:f!:OiSl

0.25%

75.8 82.6

71

LNP; 30% gl.fib. Monsanto Lustrex; 50.8 mm diam. disc BASF Potystyrol168N; LNP; 30% gl.fib. BASF Polystyrol168N;

Monsanto Lustrex; 50.8 mm diam. disc BASF Polystyrol168N; Monsanto Lustrex; 50.8 mm diam. disc 8ASF Polystyrol168N;

<=365 <=365

<=365 <=365

~ tEo t""

BASF Potystyrot168N; Monsanlo Lustrex; 50.8 mm dlam. disc

Maize Oil

C/)

c;: ..,

Monsanto Lustrex; 50.8 mm diam. disc

<=365 <=365

~

;:l

7 <=365 7 7 7 7 7 <=365 3

Magnesium Sulfate

P C/)

Monsanto Lustrex; 50.8 mm diam. disc BASF Potystyrol168N;

<=365 7 7 <=365

'1:l

ri'

<=365 7 <=365

<=365 7 7 <=365

Magnesium Carbonate

Magnesium Chlorite

Monsanto Lustrex; 50.8 mm diam. disc BASF Polystyrol168N;

7 <=365

<=365 7

Monsanto Lustrex; 50.8 mm diam. disc BASF Polystyrol168N; Monsanto Lustrex; 50.8 mm diam. disc BASF Polystyrol168N; Monsanto Lustrex; 50.8 mm diam. disc

@

"I:l

~

'" r;'

% Chan~e

ReJg~ot

.:~:.".

Reagent Note

Marjoram

'"

Mayonnaise

·;;')i :~; ;',:

~~"/

;:l

.,

Menthol

in alcohol

~

Mentholatum Mercuric Chloride

; • . \J'fJ~\~~r;:;~ell~~

<=365 <=365

.,

<=365 <=365

10 10

crystals

7

powder

"7 "7

5 5

Monsanto Lustrex; 50.8 mm diam. disc BASF Polystyrol 168N;

;i,,;ift{t~l~a~r;jq;m
...')"

f:ii:r~~;·!;i'·;,j';1tB}·,:

.•

:,m6i!ilrlllere!lS1,-sqine yisual chg,.

7 7 7

t-<

0: .,

Material Not&

Weight

7 ground

(\)

!=l

POL Rating

.~;

'"t l ~.

Load

Cone: (%)

~

,~

Monsanto Lustrex; 50.8 mm diam. disc

BASF POlystyrol168N; Monsanto Lustrex; 50.8 mm diam. disc :;:~~

7 7 7

saturated

"7

Mercurochrome

7

Mercury

<=365

BASF Polystyro/168N; Monsanto Lustrex; 50.8 mm diam. disc

metallic mercury ointment. ammoniated

7 7 7

saturated solution

<=365 <=365

BASF Polystyrol 168N;

7 7

Monsanto Lustrex; 50.8 mm diam. disc

BASF POlystyrol168N;

Methyl Acetate

<=365 <=365 <=365

Methyl Alcohol

<=365 <=365

Mercury Chloride Merthiolate

tincture .:,-:

Mesityl Oxide

.

7

7 7 7 7

<=365 3

Methyl Amyl Alcohol

".. Monsanto Lustrex; 50.8 mm diam. disc BASF Polystyrol168N;

0.25%

Monsanto Lustrex; 50.8 mm diam. disc LNP; 30% gl.fib.

25.9 57.8

Monsanto Lustrex; 50.8 mm diam. disc BASF Polystyrol168N; LNP; 30% gl.fib.

22.1

"7

Monsanto Lustrex; 50.8 mm diam. disc

7

Methyl Butyl Alcohol

<=365 <=365

BASF Polystyrol168N;

Methyl Butyl Carbinol

7 7

Monsanto Lustrex; 50.8 mm diam. disc

Methyl Chloride Methyl Ethyl Ketone

"7 <=365

BASF Polystyrol168N; Monsanto Lustrex; 50.8 mm diam. disc BASF PolystyroI 168N;

7

<=365

Methyl Ethyl Silicone G) "1J "1J C/)

7

:;~::·;;·,:.if·

Chemical Resistance - General Purpose Polystyrene

Monsanto Lustrex; 50.8 mm diam. disc

0> 00 CO

0> <0

Chemical Resistance - General Purpose Polystyrene

G>

o

"'U "'U Cf)

1;~li!i';r[~ r:; 'i

7

Methyl Isopropyl Ketone Methyl Propyl Ketone

W{iI£tl'

<=365 <=365

;;139Y;W;

<=365 <=365

7

7

i:0;\~9;i)1;X

Methyl Salicylate

fib;~gKMri

Methylcyclohexane Methylene Chloride

it@32Wii:*

Milk moist powder powdered paste powdered paste powdered

Mrf,?!tA:~t t;fsil~I;;

<-365 <=365

Moth Flakes

![~;~I~I;'[~ ~I;~;I'.);~

7 7

'1l

p-

~

n'Vl

Essolube, Tydol

tl ~

Vl

t"-

o:., .,p

u::

Mustard

I

II

;:~:ig~i~*~gTir~~]~~i¥#.i

···;;·'.;;rgMt·;

;;W#;;;GMH@!vMJi'iiC.;wn+;

KtJ.\W4if?: ~::/{

;MaE;V~~Wa~l:f.!i~Mlifs

Monsanto Luslrex; 50.8 mm diam. disc

%

Monsanto Lustrex; 50.8 mm diam. disc

BASF POlystyrol168N;

n!l!1!!N.!WiJ#iJ,g;~&W~);~~\'!t~!.t;gI)l Monsanto Lustrex; 50.8 mm diam. disc

irf• •1IBi~I.$~f:~~~~;~ Monsan~A~:S;':;S;~~:1~:8~i~m. 51.2 84.2

0.25%

<=365 3 <=365

84.6

F~akNk@

::nmW:NiJ:::::: J} ::T :::?:.f\?;.

disc

LNP; 30% gl.tib.

1~111('111tril1~(i~~~ll'~~~ Monsan:A~~:~~;:;I~:8~~m.

disc

~1"iii(~~II~~1:~~:~i1 Monsan~A~:S;':;S;~~:1 ~:8~i~m. disc

7 7

<=365

disc

BASF Polystyrol168N;

<=365 7 7 7 7 7

disc

~~I~il'I';i:~i~~~\11i;~~\,it!!} Monsan:A~u:~:;~S~~;:1~:8~~m. disc

7 7 7 7 7

;i~.;i~§i'C;

Essolube, Tydol Sunoco

~11l~ll~~l.~'II~~~lll.~~~li~[tt;; Monsan:A~u:~:;;;~;:I~:8~~m.

,~il;1~';'1;iii;;?

7

Mineral Spirits

Motor Oils

;;I~~;il1;~;;;t];I[~r~~1~~;~; il; ;;~;i Monsan:A~u:~:;;S~~;:1~:8~~m. disc

disc

Monsanto Lustrex; 50.8 mm diam. disc BASF Polystyrol 168N;

<=365 <=365 <=365 <=365

7 7

@

l;;;~~ll~f~i,')~lf'i

7

7

Monsanto Lustrex; 50.8 mm diam. disc

~;~~i;~lt~;rt'

<=365 <=365

th}~VA~] fmr?~;t;• •

Mineral Oils

~Jj~;~~'~,;:l~

(

i~~l~!\l~i~~f~~!i~tl~~I'~l;!jl!;; Monsan::~~~:~:~;:::~;::~m. i~~I~!~~jit~ll~~~i.i~;;!'~;~!;;}:t~~,~ Monsan:A~u:~:;;;~;:I~:8~~m.

i~i-1~~li~;!~;~~:

7

<=365 <=365

<=365 <=365 <=365

Mincemeat

;:l

I

<=365 <=365

;kF~OMg

moist powder powdered

<E'

~il~ l~;t;

MgNMi:n9V!!~IMln>!'(!f

X¥int~·~%tMm

7

<=365

~,. ··:%i~;:r~~l(m

./::

;AtttI!i!sist~(f.!!iililon\l)$"

;:'i

BASF Polystyrol168N;

@

:~

\"

,:I

1l

S

f? V>

.~:

«

.::~::.

. . ReligentN6te' :.:,:

~

n' V>

.~:

:~,.

:~:

Naphtha Naphthalene

.

,.;.:~.,

';.;

.;;..; . ':~,,:.;.

CClnc... ·TllI1lP.<)T1m!'. 1%1 .:: I'~), . . I~~Y!) 22;,." 20 :::

crystalline

Naphthol (beta-)

<=365

crystalline

60

<=365

dissolved in alcohol

50

<=365

dissolved in alcohol

20

<=365

.3 5

50

<=365

3

t""'

~-.

;:l

..,

It::

Neats Foot Oil

:~:

20 50

Nickel Sulfate Nitric Acid

~

7

ii"

<=365

9

22

7

20

50

7

5 4

30

20 .50.

70

22 20 22

<=365 7 <=365 7

50

<=365

Nitric Oxide

20 50 .

<=365

Nitrobenzene

20" 50

<=365

Nitroglycerin Nitrous Oxide

22 22 .

7

•. 50 n·Nonanol

29•. 22

Nujol Nutmeg

7

2

sO

7

8

4

22

7

B

22"'.;.

7

8 5

20

<=365

50

<=365

;.SO/,",..

Nutmeg Butter

n-Octanol

'50

<=365

.2~

7

2

20

<=365

9 B B 9 2 5 5

SO 3-in-one water soluble

!.:

, ,

<=365

,"$0

n-Octanol

<=365

6 3 5 3 3

20'

22····

n-Octyl alcohol

7 7 <=365

22

7

22

7

·50

7

••·v,.", .•••. W&sislahl'ld@ayS:'. ,;}, r~sislant lor hours +rJlsistantlol yaars

...

~:<

" modarata}asisl:'soma vis~1 chg.

U>

Monsanlo Lustrex; 50.8 mm diam. disc

, haa!raduces moder. room' tamp_ . rasisl·.

BASF Polystyrol168N;

rasistant lor mooths \ ..

r~si~tant .fordays

Monsanto Lustrex; 50.8 mm diam. disc

mOdarat8'¥esist.-soina visual chg.

BASF Potystyrol168N;

resiilant'ior days

ii"Qat r~$rSlanl

Monsanto Lustrex; 50.8 mm diam. disc

BASF POlystyrol168N;

rasistantlor hours resistant lor years . .. .. ~

fesi$iaiiffoitiouis' Monsanto Lustrex; 50.8 mm diam. disc

'resistant heat. reduces roorrHemp. resisL

":}:

I. "

BASF Polystyrol168N; Monsanto Lustrex; 50.8 mm diam. disc

"

•...

". :-: .

.'{" .. ,;

~>"

i!Sls~riffo((jaysi, i reSi$iBnt lor weeks

BASF Polystyrol168N;

r

;Jisl.,jllorh~urs

i

··"Lr~il~I!Flj~r~~i~..;

.t

I

>iesiS(8iinoiho~is

..

.:~ :::jf~~~~.:

.?: '~::::

~~:re~~\,~(
.,

....-. . . .:}.

"'';i i~il~A~i~oryears ·'I-.I\ot'resisbint

,

Monsanto Lustrex; 50.8 mm diam. disc

BASF Polyslyrol168N; Monsanto Lustrex; 50.8 mm diem. disc

BASF Polystyrol168N; Monsanto Lustrex; 50.8 mm diam. disc

;. moderater.'~st .•some vi$ual chg.

G) ""U ""U

.:'

BASF Polystyrol168N;

8

light, ground

BASF Polystyrol168N;

Monsanto Lustrex; 50.8 mm diam. disc

7

<=365

..

resiste", .

22

.20

Monsanto Lustrex; 50.8 mm diam. disc

;~i~;~~t'1~r h~U!S

;e~iii~~t lor years

8 9

dark, ground

BASF Polystyrol168N;

.l'f$Sistant lor years '.' ...•. rasislaQI

7

2

Monsanto Lustrex; 50.8 mm diam. disc

9 6

<=365

dark, ground

Oils

7 <=365

'1" , .. ~., '>.;;:

('ri6;ri~i~I~M •'.

B 6

7

50

light, ground

Nutmeg Oil Octyl Alcohol

<=365

60 n·Nonanol

Novocain

<=365

.Matel'ial Note

:.:.:.:::

re$i$laplfo( days'

8 5' 5 5 2 3 9 9 3 3 8

<=365

:~

····,d~~~~;a~i~t~~I:;

",

<=365

Note

r.~\st~m:!6imo~IIl~.

..~.."".•..•.

<=365

59

concentrated

. ,./~:;~;lInce

9

<=365

20

:~

~:::ge

5 2 3

20

30

Nonyi Alcohol

.2 Il·

7 <=365

dissolved in alcohol

I:l

POL. FlatlnQ %

20.:'. 22 ···t·

<E'

0: ..,

LO,ad

".;-,::;:

:~:.

Chemical Resistance - General Purpose Polystyrene

0> <0

.....

(J)

Chemical Resistance - General Purpose Polystyrene

G.>

-u -u

CO N

(J)

BASF Polystyrol 168N; Monsanto Lustrex; 50.8 mm diam. disc

7 <=365

. ;• \?9i(..•.

Olive Oil

<=365

·;·~9ii\

dried, ground

.ik~Pi%f

"

7 <-365

concentrated

and peel

~;)!!~!;~~;~

<=365

7 7 7 <=365

Orange Peel Orange Syrup

~¥r~.YP:

and oil lountain syrup

"

Oregano Oxalic Acid

10 10 saturated solution

Oxymethylfurfurol Ozone

·

<0,5 ppm absence of light

Paints Palamoll644

children's water paints

·

Palamoll646

[lI1ijll[i;

@

"1:l

Palatinol A

diethyl phthalate

r;-

Palatinol AH

bis (2-elhr,lhexyl) phtah ate

1i'en

Palatinol C

dibutyl phthalate

Palatlnol DN

dinonyl phthalate

~

en ..... en

cE' ;:l

t"'

...c;:~ ...
· "

· ·

;!:~;j:I~lfl;!

·WW}niitonM(~JaVGg;[tt.

Monsanto Lustrex; 50.8 mm diam. disc

;;~;~~~,~~~';;r-i~

~~~~11~~~~:(~~~~~11!~~~;~! Monsan:A~:s;,:~s~~r~1~~8~i~m,

U,~"!!}I.)

,·.,··.·I··;,·;t~!~!lffif1lllf¥#tfEiWi.········· .

disc

BASF Polystyrol 168N;

;r0';~~i';1'1~~;WI~111j;;I;jjj1;1';;l~;i, Monsan~A~:~:~~S~~;:1~;8~~m. disc

7

I··n:••• 'ii??i>'} .

M.#klq;:)iof(~~litjijt:#t>@tn

7 7

ll~ii;~~\~; ~flll;~I!

»t~i;·.;'%W

:'i''';;'';; ?\2{"(':' ..}

0"f;~~~1;1;1

~~tI11)1;

disc

):.. :;;:;qj••;:i'\i!,(

7

;';!~,j[~;l;'

~;1Iil~1~jjii

:.~~~i~i$m~~~!!~~;~:~~~i\ Monsan:A~u:~:~~::;:I:~8:i~m,

<=365

7 7

II

BASF Polystyrol168N;

<=365

Wcg9MC 1/'.·~~~;;··· '&\22,'9

Orange Oil

·; j~ ~ ;~;i; ~il i !~,i·

ritlr1~!;~~II'lr~~~~li~~~~]i.t

<=365

.#;.~~,%%

Orange Emulsion Flavoring Orange Juice

;\f:}i}

<=365

7 7

Onions

I·.•· •• ··;.t:.·;·..]·;;

Monsanto Lustrex; 50.8 mm diam, disc

7 7 <=365

BASF Polystyrol168N;

<=365 <=365 <=365 <=365

7 <=365

7 7 <=365 <=365 <=365 <=365 <=365 <=365 <=365

j;l~s'~li;~~~~ll;i

J;!j;N;·j~g;ji.i;j;

~;j;l~i~!iif"~I~lll~~!~;~'[~\';1 Monsan~A~:~:~~S~~;:I~;8~~m, disc j'@@jij!\tjjt~~!mg';@@;jmW Monsanto Lustrex; 50,8 mm diam, disc BASF Polystyrol 168N;

@

;g >l

~ (:;. V>

IReagent

Reagent Note

tl

IPalatino( M

dimethyl phthalate

tEo

IPalatinolO

dimethyl diglycol phthalate

IPalatinol Z

didecyl phthalate

C1> V>

;:l

t

.., ..,>l

C" ll:::

"

Palm Oil

Palmitic Acid

Paprika Para 011 Parachloride Paradichlorobenzene Paraffin

ground

I

Conc. (")

I

Load

Temp.

:

20 50 20"'" , 50 } 20 ~: 50,; 20' i 22 ·50 50 20 22 50 '50.. 20 50 "22 '\, 2f

{f.

~ liquid

21) 22

paraffin oil

22, 50

paraffin oil liquid

50' 50 22":

Parsley

''';;''';.22

Weight

Strength

<=365 <=365 <=365 <=365 <=365 <=365 <=365

j~

Peanut Oil

20'\: " ,,,,22

:~.

Penicillin Penicillin G

7 7

moderate resist-some visual ~.

(J)

chg.

Monsanto Lustre.; 50.8 mm diam. disc

K,

BASF Polystyrol168N;

7 7 7

Monsanto Lustre.; 50.8 mm diam. disc

<=365

BASF Polystyrol 168N; Monsanto Lustre.; 50.8 mm diam. disc

<=365

BASF Polystyrol168N;

7 7

Monsanto Lustre.; 50.8 mm diam. disc

7 7 7 BASF Polystyrol168N; Monsanto Lustre.; 50.8 mm dlam. disc

<=365 <=365

BASF Polystyrol168N;

7 7

Monsanto Lustrex; 50.8 mm diam. disc

<=365 <=365 <=365

BASF POlystyrol168N;

7 7

20" { 20 22 "'22' .. ;-::

<=365 <=365 7 7

~ 8"

3 "8 '6 -,6 5 2

Monsanto Lustre.; 50.8 mm diam. disc BASF Polystyrol168N; Monsanto Lustre.; 50.8 mm diam. disc BASF Polystyrol168N; Monsanto Lustre.; 50.8 mm diam. disc

e

G>

-a -a

'

BASF Polystyrol 168N;

<=365 <=365 <=365

<=365

black, ground white, ground black pepper, fresh red, cayenne

BASF PolystyroI 168N;

resls18J;1t JOt months ,

<=365 <=365

7 7

Pentane Pentasol Pepper

r8$i$lantlor hours

Monsanto Lustre.; 50.8 mm diam. disc

<=365

saturated solulion saturated

Material Note

7 7

7 7

Pectin

Resistance Note

7 ~:

22''':'',: low 011 content

% Retained Tensile I MDdulus

7 7 7

sp "':{'

Peanut Butter

IPOL Rl!ti!,g

('C)

% Cha':!ge

(J)

Chemical Resistance - General Purpose Poly.styrene

to

c.>

0>

Chemical Resistance - General Purpose Polystyrene

G) "'U "'U

CO ~

en

7 7 7

<=365 <=365

~~~~~;;:;. . ~.:':~: ', ~ i

::

(,'ii'~~l~1j ::::~

Petroleum Ether Petroleum Jelly

j::

BASF Polystyrol168N;

:::: :~::::::::::

~~i~11 <_~65

carbolated

Monsanto Lustrex; 50.8 mm diam. disc

7

Ill{;:llli~ ::~::

Phenacetin

:~

Ph...,

I :

mw¥r~fgnnr

iWii'f±1i!~t,~!#t;@m):\WWiWM

--

BASF Polystyrol168N;

"oo...::,~::::,:~..."

m;i~BiM{

Phenylethyl Alcohol .,....,.

---,---,_""8;,;;;;f+_--:=

Phosphoric Acid

:

!~iil~~I~l!'

30

i%~QMW

:

-";if;·•~•;;;I·r;;;f;;;;~'"'~+lil::;I!;;;I"'il·;;;~------------_+~;~~~~!i1mflial~1~llff:l~!~1 Monsan:A~u:~::~S~~;:I~;8~~m.

fl~~I,~ .'~:

disc

:~.;::,: <:::;:~;:;;':

Monsanto Lustrex; 50.8 mm diam. disc

@

'1:l

Phosphorous

15" ~

Photographic Developers

"

~

t::l

~

~. t-<

0:

i3.,

u::

white Elon, saturated

3

" 3

Phthalic Acid

saturated solution@¥i1MMMM@taig@1!t~IM!i!§01Wk##@f

BASF Polystyrol168N;

"

Pickling Baths Pimento

mixedi;UUi!!¥Mn "

ground

"

@@i:g~nFiq

t!'%mii@@ittiltliitdf@f,HiXI Monsanto Lustrex; 50.8 mm diam. disc ';W;iNi;~lMlil§EM~!mdn%n

BASF Polystyrol168N;

~

@

'1:l

P ~

Reagent' ." + ;",:

en

Pine Oil

;:;.

~ en tEo

Reagent N9te

::~:

Cone. (%)

0: .,

.,

('C) . 20 22

pine needle oil

;~"\'

pine needle oil

Pineapple Juice

,~~:';,;;

fresh

~

u::

Temp, ;";~:,i~

;:l

t""'

Plastigen G

urea·formaldehyde resin

':di.sj

Plastomoll DOA

bis(2·Ethylhexyl) Adipate

'~O>"'"

50

Poppy Seeds

,,22':" "

.'50,,-,."

Potassium Aluminum Sulfate

, 20

<=365 7 7

ReS!~tan£e~Not~

Ma.terlal Note

1e$i$Jam lor hC!u's nOl:iislstant .,

j.,

BASF Polystyrol168N; Monsanto Lustrex; 50.8 mm diam. disc

<=365 <=365

BASF Polystyrol168N;

7

Monsanto Lustrex; 50.8 mm diam. disc BASF Polystyrol 168N;

<=365 <=365 <=365 <=365 <=365 7 7

Monsanto Lustrex; 50.8 mm diam. disc

<=365 <=365 <=365 <=365

BASF Polystyrol168N;

saturated

7 7

Monsanto Lustrex; 50.8 mm diam. disc

<=365 <=365

BASF Polystyrol168N;

7 7

Monsanto Lustrex; 50.8 mm diam. disc

::~5Q .'"\ 20.

saturated solution

~,.,:!~

.50··~t

3

<=365

BASF Polystyrol168N;

7

Monsanto Lustrex; 50.8 mm diem. disc BASF Polystyrol168N;

<=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365

saturated solution

Potassium Chromate Potassium Chrome Alum with sulfuric acid

Potassium Ferricyanlde

(f)

T 011I ·• • :·1·. 61r.ngth

saturated solution

Potassium Carbonate

Potassium Hydroxide

W.lght

BASF Polystyrol168N;

saturated solution

Potassium Fluoride

POL Ritlng.,

..

\.

Monsanto Lustrex; 50.8 mm diam. disc

saturated solution

Potassium Dichromate

load

~'. ::~

7 7

Potassium Bromide

Potassium Chloride

l~!!!';"

.,.

<=365

Potassium Bisulfate

Potassium Bromate

tfin.e .

% Retained

seturated

saturated solution

Potassium Bichromate

Ci) "1J "1J

-'."

% Change

saturated solution 10 10 10 10 30

7 7

Monsanto Lustrex; 50.8 mm diam. disc

<=365 <=365

BASF Polystyrol 168N;

7 7

Monsanto Lustrex; 50.8 mm diem. disc

<=365 <=365 <=365

BASF Polystyrol168N;

7 7

Monsanto Lustrex; 50,8 mm diam. disc

<=365

BASF Polystyrol168N; Monsanto Lustrex; 50.8 mm diam. disc

7

Chemical Resistance - General Purpose Polystyrene

0> CO 01

0>

Chemical Resistance - General Purpose Polystyrene

(j)

-u -u

<0

0>

en

I

"

~ell.g~nt

~~iJE: :,;:::::.J?;:\~. / t .:;~;

Reagent Note

.')}

········~:~~;·:·~~

Cone.,

Weight

'J"t

Potassium Hydroxide

7

<=365 <=365 <=365 7 7 7

saturated solution

,5~ ,;:'

saturated solution concentrated

7 7

Monsanto Lustrex; 50.8 mm diem. disc

solutuion

<=365 <=365 <=365 <=365 <=365 <=365

BASF Polystyrol168N;

7 7

Monsanto Lustrex; 50.8 mm diam. disc

<=365 <=365 <=365 <=365

BASF PolystyroI 168N;

7 7

Monsanto Lustrex; 50.8 mm diam. disc

<=365 <=365

BASF Polystyrol168N;

7 7

Monsanto Lustrex; 50.8 mm diam. disc

saturated solution

Potassium Permanganate saturated

Potassium Persulfate Potassium Sulfate

Potassium Sulfide

.

':~:

Poultry Seasoning

"1:l

~

~ C:;' en

tl

t"'

0: .,

.,>l

<.t::

Propyl Alcohol (2-)

Monsanto Lustrex; 50.8 mm diam. disc

<=365

BASF Polystyrol168N; Monsanto Lustrex; 50.8 mm diam. disc

liquid gas liquid

<=365

I-propanol

~~~:;~t;:":~ ·c>.20P3

1,propanol

"i':~>:;~

2-propanol

20

en

;:l

BASF Polystyrol168N;

7 7

7

(1)

15'

<=365

1:1000

Propyl Acetate (2-)

IPropyl Alcohol

f;h8~j;,ri,~:g~~ :::i~~f >(;m temp.;'

7

saturated

Potassium Iron(lII) Cyanide

@

Monsanto Lustrex; 50.8 mm diam. disc

BASF Polystyrol168N;

2~,,,

solutuion

,. 50

Prontosil Propadrlne Propane

i1f~,~:W

Monsanto Lustrex; 50.8 mm diam, disc BASF Polystyrol168N;

<=365 <=365 <=365 <=365

."'50

Potassium Iodide

Potassium Nitrate

.

Strilnglh . ~: ~:

30 50 50 concentrated

Potassium Iodate

:..:"·I ,~.,. '.~

',Tenlll,

50'/

7 7

BASF Polystyrol168N; Monsanto Lustrex; 50.8 mm diam, disc

<=365 <=365 <=365

BASF Polystyrol168N;

7 7

Monsanto Lustrex; 50.8 mm diam. disc

<=365 <=365 <=365

BASF Polystyrol 168N;

@

'tI

S" ~

n' C/)

Re~~lInt ,:

Reagent Note

.~'

Cone. Temp. .(~L ... ·. ('C)

Propylene Chloride

;;m~' <=365 <=365

0-

P

50

<=365 <=365

16' C/)

;:l

Propylene Dichloride Propylene Glycol

t

., .,

u:

Propylene Glycol Methyl Ether

20

Propylene Oxide Propylene Oxide (1,2-) Protargol

2 2

Pumpkin Pie Spice Pyrethrum Pyridine Pyrogallic Acid

o

dissolved·

20 50 2.2 50 22 50 20 50 22 22 50,' 50 22' 50 22 22

rum essence

8 8 6 8 6 "5

7

8 6 8 6 8 8 9 8 8 8 8 8 8 6

7 7 7 7

<=365 <=365 7 7 7 7 7 7

<=365 <=365

22

7

· .

(f)

Monsanto Lustrex; 50.8 mm diam. disc

·

8ASF Polyslyrol168N;

.'i'esisi8JifloNnliiiitis resistanl reslslantlor weeks resistant heal reduces room lemp. resist. moderate resist.·somevisyal chg. .resistant for monlhs

7 7

I

Monsanto Lustrex; 50.8 mm diam. disc

8ASF POlystyrol168N;

resisiiint ". •

Monsanto Lustrex; 50.8 mm diam. disc

heal reduces'room jemp.'resist. . 1lSIs1linl

·

.... ,•,. tesistaiii!oi'yeais

BASF POlystyrol168N;

.r,sistanll6rmo~\~~

Monsanto Lustrex; 50.8 mm diam. disc

!"lstonl ".

"

·

heal reduces ro.om temp. fesisl. not resistant· ;;. '7

8

5 8 8 3 5

Monsanto Lustrex; 50.8 mm di.m. disc 8ASF POlystyrol168N;

.J!~~~t"'Qt!ii!.kt

resislanl

·

., modlirile.reslsl.'some visual c,hg.

·".lesisl.~t,.

'resistantfor iOOiiilis

8ASF Polystyrol168N;

i~slstanl for hours'

moderete resist-some vls"!!:~Mt\ Monsanto Lustrex; 50.8 mm diam. disc

G>

""tl ""tl

~QI re~.islanl

.·····'y8$iSl8!if

2 2 8

7 7

7 7

3

o

<=365 <=365

22 50 22 22 20 20

BASF POlystyrol168N; Monsanto Lustrex; 50.8 mm di.m. disc BASF Polystyrol 168N;

res1flam heat reduclS room t!!rrip. resist. modei~ie resisl:'sOme visual cbg. T

22

white and black

I

Monsanto Lustrex; 50.8 mm diam. disc

····'i8s1Si~iino{ljWis7

3

, heat,reduc,s room temp. resist.

7 7

Rose Geranium Oil Rose Oil Rosemary

" ..' ..re~ist~~t;ob.~rs

.,

8 6 5

22

extract fountain syrup

9

7 7

50, 22 50

<=365

extract

9 8 8

8 6

50

Root Beer

"'/:: 'j ~~I r~~~tan(.." re~!#Il\l1l;tllr.:y.~r~./. .' '(~$lslanl ., ". " '

- . -,- .. 2

~J

BASF POlystyrol l68N;

7 7

7

Rongalit

.........

,. Qis~~Jv,ed

~;.;.

22

22

crystals

o o

7

pyrogallol

5

Material Note

R:sistaI1C8N,ot8

3 3 2

7

5

Weight

<=365 <=365 <=365

<=365 <=365 <=365

Resorcinol

Ra~ing

1)< ~'~';

7 7

20 50>' 20

Red Copper Oxide Resorcin

., PDL

% Reta,lned Tenllle Strength

50 20 5.0 22

50

Rotenone Resinoid Rubbers Rum

<=365

22.

Quinine

Root Beer Syrup

7

exlract

pyrogallol

Load

(l!iysJ

20 50 ,22 20 22 50

~.

% Change

CJ)

Chemical Resistance - General Purpose Polystyrene

CO

"

0> CO CO

Chemical Resistance - General Purpose Polystyrene

G> "U "U (J)

7 7

Salicylic Acid wi benzoic acid saturated

wi benzoic acid saturated

Salts dry dry

Sandalwood Oil SantalOil Saponified Oil Sassafras Oil

.·.·3~)i"':

<=365

BASF Polystyrol168N; Monsanto lustrex; 50.8 mm diam. disc

i'

7 7 7 7 <=365

it;&,~'X;

;\ll:*~li);:

;jil;~1;i~

<=365

,;•• • .~•.•;i:;

7

·i.j$~il:~.···

<=365

/;20/\.

<=365

7

sausage fat

}.·.·.•.g21iV··

7

summer

i;j;·.~l;i:'·;

7 7

Sea Water

A~T~Q}:~:0::::::

%ii~§.·.i'\j;

~1~i~$:'i;;:'!

Sebacic Acid Dibutyl Ester

j~J:::::ffB]:~:X::

Selenium Chloride

Silicone Oils Silver Nitrate saturated

@

::2 p ~

;:;'

Sodium Sodium Acetate

7

·~lll~~ii~~I,jl

<=365

7

Vl

Vl

to" ;:l

t"'

0: .,

.,P

Sodium Benzoate

:·rw;;,;!'!••·· ·•· .

(jtlt~:l~!t1t~~i~~~~I~h~~f~llii:.li;;~11 Monsan:A~:~::;S~~;:1 ~;8~~m. disc

········iGN~Fy·/.

im~~r,~!~t!~I~~i~~)'i!~~!)i~~;}. Monsanto lustrex; 50.8 mm diam. disc

BASF Polystyrol168N;

<=365 <=365

7 7

"

<=365

"

tl

~

N;D;@~i\jt·····

7 7

<=365

satureted

BASF Polystyrol168N;

<=365

saturated solution metallic sodium

disc

mOll@I~I@J#OO;8~9fuiY\sitatcligih Monsanto lustrex; 50.8 mm diam. disc

<=365

<=365

Soda

,~;f: • ~,~~ii~~ii~]~~~~i~il'~i;~i;. Monsan::~~:~:~~::: ~;::~m.

::::

<=365

~~i;~~;'illi ,~;!l~[[)

;;~~I~,ilji~?;~~j·:

"Y;'k/S;)(Xi'(

<=365

<=365

l.;i:!i~lll

Shrimp

~·.•~;~~~~;~i~!r~~~1~:t~;;,~~~~,t ::::::~A~~;,:~s~~r~1 ~~8~~::

<=365

<=365

Sesame 011

;;;.;;;;~:;~;~i! .}

BASF Polystyrol l68N;

<=365

7

"

i;it}n~~i~!ilMf6't;l1§Wj~f;/tn

<=365

<=365

Sausage Savory

t.• ;$t·S·..·p . . .•. ·.•

<=365

1~ll~~llI11;~;i'l

1~1~1'1,\li1;IIIJ' Monsan:A~u:::~~~:::I:~8:i~m.

7

disc

Monsanto lustrex; 50.8 mm diam. disc

<=365

BASF Polystyrol168N;

7 7 <=365

Monsanto lustrex; 50.8 mm diam. disc

+:t1:::m~X~@~ilim:w:

#q'.gntM!~Mulltj\\9fft~¥)m;%;

.¥@[/fH3.Btt> /!:

;@i.n:;';W;.x.~l$l~m.?iWbYM;;

Monsanto lustrex; 50.8 mm diam. disc

IWnfiMNmCnr

;;%i;ii@~!#~liH~tySi!fH,.nW;

BASF Polystyrol 16BN;

BASF Polystyrol168N;

<=365

7 7 <=365

J

@

'U

6" CIl .....

n' CIl ~ CIl

to· ;J

t0-

.,

.,

P <.c::

Re~gen~

Reagent Note

Cone. (%)

T~·~rl ~~~:

Sodium Bicarbonate Sodium Bichromate Sodium Bisulfite

Load

%9hange

% Reta,i~ll~

Weight

Tensne I Modulul Slrenglh

7 7 ~::>

Resistance Note

Material Note Monsanto Lustrex; 50.B mm diam. disc

7 7 7

saturated

Sodium Borate

<=365 7 7

powder

Sodium Bromate Sodium Bromide saturated

./ BASF Polystyrol16BN; ". Monsanto Lustrex; 50.8 mm diam. disc

<=365 <=365 <=365 <=365

BASF Polystyrol168N;

7

Monsanto Lustrex; 50.8 mm diam. disc

7

Sodium Carbonate saturated solution

<=365 <=365

BASF Polystyrol168N;

7

Monsanto Lustrex; 50.8 mm diam. disc

7 7

saturated solution

7

Sodium Chloride

<=365 <=365

BASF Polystyrol168N;

7

Monsanto Luslrex; 50.8 mm diam. disc

saturated

7

salurated

7

7

Sodium Chromate Sodium Fluoride powder

Sodium Hydrogen Carbonate

;'50' 20 '~,' 50 .•

Sodium Hydrosulflte Sodium Hydroxide

saturated solution

?o;··.···

';22, :?o

saturated saturated solution

Sodium Hypochlorite

12% chlorine

12% chlorine

Sodium Metabisulfite

50

C/)

7 7

Monsanto Lustr..; 50.8 mm diam. disc

<=365 <=365

BASF Polystyrol168N;

<=365 <=365 <=365 <=365 Monsanto Lustrex; 50.8 mm diam. disc

7

'1

50: '20' ·22 50 60

20 50.,

G) ""tJ ""tJ

BASF Polyslyrol168N;

7

,'2?'

saturated

<=365 <=365 <=365 <=365

7 7

<=365 <=365

BMF Polystyrol16BN;

7 7

Monsanto Lustrex; 50.8 mm diam. disc

<=365 <=365 <=365

BASF Polyslyrol 168N;

Chemical Resistance - General Purpose Polystyrene

0> CD CD

-.,J

Chemical Resistance - General Purpose Polystyrene

G>

o o

.." .."

en

.i~' <=365 <=365 <=365 <=365 <=365

Sodium Nitrite Sodium Perborate powder

Sodium Petraborate

Borax

Sodium Phosphate (sec-) Sodium Phosphate (tert-) Sodium Silicate Sodium Sulfate Sodium Sulfide powder

Sodium Sulfite Sodium Thiosulfate saturated

Solvents Soybean 011

7 7

<=365

BASF Polystyrol168N;

7 7

Monsanto Lustrex; 50.8 mm diam. disc

<=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365

BASF Polystyrol168N;

7 7

Monsanto Lustrex; 50.8 mm diam. disc

<=365 <=365 <=365 <=365

BASF Polystyrol168N;

7 7

Monsanto Lustrex; 50.8 mm diam. disc

<=365

BASF Polystyrol168N;

7

Monsanto Lustrex; 50.8 mm dlam. disc

soya oil

<=365

BASF Polystyrol l68N; Monsanto Lustrex; 50.8 mm diam. disc

soya oil

<=365

BASF Polystyrol168N; Monsanto Lustrex; 50.8 mm diam. disc

spearmint oil

7 7 7

Spearmint Sperm 011 Spermaceti

's"~

0· Vl

~ tEo

Stanlsol Stannic Chloride Steak Sauce

solution Worcestershire sauce

Stearic Acid

..,p

<s:::

BASF Polystyrol l68N;

7 7

Monsanto Lustrex; 50.8 mm diam. disc

7 7 7 7 7 7

;:l

t-

<=365

<=365

Vl

..,o:

Stoddard Solvents

BASF Polystyrol168N;

Skelly solvent

7 7

@

Monsanto Lustrex; 50.8 mm diam. disc

white spirits

BASF Polystyrol168N; Monsanto Lustrex; 50.8 mm diam. disc

<=365

BASF Polystyrol168N;

7

Monsanto Lustrex; 50.8 mm diam. disc

·T·'

@

'I:l

E"' ~

n' (J)

tl

I~i:~~n~;i, .

%Change Reagent Note

COlic. (")

Strawberry Syrup

lountain syrup

(J)

.

('C)

Tlmit

I«~~!f

22""'" 50;

Cll

IE'

ITemp.

Strontium Bromide

}.,

WeIght

>;.

t"'

..,

<=365 <=365

0: .., Strychnine

II::

Sugars

saturated solution

30 30 30 30

Sulfadiazine Sulfur

Monsanto Lustre.; 50.8 mm diam. disc

., ;n(~!fi~,\anO~~,y..rsi'V resistant

.,.

BASF Polystyrol168N; :'..) Monsanto Lustre.; 50.8 mm diam. disc ~::

~i¥lsi~n;;;Lijk

BASF Polystyrol168N; Monsanto Lustr..; 50.8 mm diam. disc

<=365

BASF Polystyrol168N;

7 7

Monsanto Lustre.; 50.8 mm diam. disc

<=365 <=365

BASF Polystyrol168N;

7 7

Monsanto Lustr..; 50.8 mm diam. disc

<=365

BASF Polystyrol168N; Monsanto Lustr..; 50.8 mm diam. disc

7 7

colloidal elemental suKur ointment

.. ::~'.

;healJed.~c~'rdomi.mlI8sisl.

7 7

Sucrose

Material Note .;'

".' (~sista/lti

7 7 7 7

./:

Resistance Note .:~.

<=365

;:l

p

Load

7

,v{~~):;:.·~~

Sulfur Hexafluoride Sulfuric Acid

10 10 10 10 baltery acid

37 37

50 50 concentrated

:\Jl :~W~;;

<=365 <=365 <=365 7 7

<=365 <=365 <=365 <=365 <=365 <=365

BASF Polystyrol168N;

0.25% . ~"'~~

67.7 70.6

LNP; 30% gl.lib. BASF Polystyrol168N;

:~ :H

concentrated

7 7 7

concentrated

<=365

BASF Polystyrol168N;

7

Monsanto Lustr..; 50.8 mm diam. disc BASF Polystyrol 168N; Monsanto Lustr..; 50.8 mm diam. disc

Tannic Acid

Monsanto Lustr..; 50.8 mm diam. disc

<=365 saturated tannic acid jelly saturated

Tannin Tartaric Acid

concentrated

7 7 7

<=365 <=365 <=365 <=365 7 7

<=365

(i) "'tJ "'tJ

en

BASF Polystyrol168N;

····,··"y~f;(f};r~~1~~~t$" ~e8t leduc8$ lo~n;temp"lesisL I~is\ant tor MOnlllS

Monsanto Lustre.; 50.8 mm diam. disc BASF Polystyrol168N;

-.J

Chemical Resistance - General Purpose Polystyrene

o

~

--I

Chemical Resistance - General Purpose Polystyrene

G>

." ."

o

N

(J)

<=365 <=365 7 instant moistleavas

Tenite Tetrachloroethane

j,,;j~;\1~1l:~1

7

tnmW:f~MJ::[:gq

i'i@igdi;W{:f(~~,*gli@@dm/ Monsanto Lustrex; 50.8 mm diam. disc

ii&~P+n

<-365 7

~i" 1!i~ l ~,~ l ~;~)"~ !~~~tl)\~i~i~)I!)ri

l,""~~[~~1J'~II~I~llr~{tf,~~~~Monsan~:~~~:~:~~:::~;::~m. ~~~~~j~;lll)f;~[_tl1{~\'l~,lilr~)r-~liMonsan~A~u:~::~~;;:I~;8:~m.

;;~j'~1~111'~ll~~":

;;;l,l~i~II~~i~I~~~~l~li~~!~llrr.t~ Monsan~A~~~::~S~;;:1~;8~i~m. disc

• ;m:aPJ;n

<=365 7

Tetrachloromethane

g§~odK t,iNt~g;i;

<-365 <=365

Tetrahydrofuran

!;.m~g@.·

.

<=365 7

Tetrahydrofurfurol

~ll~]II~~ll;

<-365 <=365

;bi~Wid

7

JMW;f••@Wr;.·;m

MM;W@%;li.:cM;i:~WM!WWMihiA

M;~9E@

<-365 7

~~j~lillll!)~) )~~l~~~)I~tJI~~;~

~~II~ll~~~llt,t't;tfl~jr~~l)Monsan~:~~~:~:~~:::~;::~m. ~;II)i,~;~~r~r"1111~~~~i'tl~i~~Monsan~A~u:~::~~;;:1~;8:~m.

mmUQwnm;;

n1W;i@'iii;%!!~liijAA!ig;5;;Hi

l~;r~~lr~~i~'~~~~;,i "

~iil!11jlllll]Jtl~lj~~~I~~Monsan::~~~:~:~~:::~;::~m.

<=365

Tetrahydrofurfuryl Alcohol Tetralin

<=365

Thionyl Chloride

;};:;.~~;·M#

<=365 7

Thiophene

lll·j'~I~~~

<=365 <=365

1ili~~~:::~q~t[~M

<-365 7

<=365

~;ill~llil

Thyme Thymol

7 7

<=365

Tin (IV) Chloride Tin (II) Chloride Titanium Tetrachloride

"I:l

po

n'

(I)

Tobacco Tars Toluene

t:l (\) ;:l

t"'

0: .,

.,

l:l

u::

saturated solution

" " "

:1::~~I;;~i

1;!~~;i!I;~I!!!l

~~1111Il~

<=365

;;

)

disc

Tomato Juice

Monsanto Lustrex; 50.8 mm diam. disc

disc

disc

Monsanto Lustrex; 50.8 mm diam. disc

disc

<=365 <=365 <=365 <=365 7

Monsanto Lustrex; 50.8 mm diam. disc

<=365

BASF Polystyrol 168N;

7

Monsanto Lustrex; 50.8 mm diam. disc

<=365 7

BASF Polystyrol168N; Monsanto Lustrex; 50.8 mm diam. disc BASF Polystyrol168N;

<=365

(I)

~.

disc

Tetrachloroethylene

<=365

~

" BASF Polystyrol 168N;

WW~g\#i

<=365

@

Monsanto Lustrex; 50.8 mm diam. disc

7 <=365 <=365

<=365 7

;;;%:!'W;;')\

M.;M#@nAA~anl%j#gtn@

Monsanto Lustrex; 50.8 mm diam. disc

7 <=365

;~\:n:rk8tVi ~W;#

• • ·f·•• n···;.·W~!~j@i\t!!1!ijjAAi~~;;i'.·;\in.

BASF Polystyrol 168N;

@

'"0

S" ~

ri' VJ

tJ ~

VJ

<E'

Transformer Oils

t-<

Trichlorobenzene

..,

Trichloroethane

.\~~> , ::~:~

;:l

;;; .., p

u::

"~';0;;,:,;'j

;;i~~f!tI4t:~~~,;;:\;',~1

; ::~:~,; ,~ji':!;\ i;i;;~;~fr~~.;.z};;;i;; . ·i~;i!!·;~ •. ; :~~:: )~;.;.(~~',~i·;;·.; ;~i:j:ilji:~~~i~t~~~!~.~~·.;'::;;··:,);; Monsan~A~u:~:~S~;;:1 ~;8~~m. 'J~

I•••···••

Trichloroethylene Trlchlorophenol Tricresyl Phosphate

~B;; 22 .. 50 20' ... , 'liO

<=365 7 <=365

~O

<=365 <=365

<=365 <=365

50..

:I:

Triethanolamine

Triethylene Glycol

20: 22'

<=365 7

.66 Triethylenetetramine Trigol Acetate

<=365

22 \20 . 50'

Turkey Red Oil

';"~b

Typewriter Oil Tyrosine- dI

resislanrtor·hours".

W·.,;

~~., :z~~~i 'OO"":,~";;::;.:,:::~ "" W

Monsanto lustrex; 50.8 mm diam. disc

;150;

.,.,. . .

~

20 20 22'

<=365 <=365 7

50 '

7

50'

<=365

5t)i(

<=365

9 .9

3· 5 5 4.

B

7

8,'

Urea

"\,:~t

;.'

BASF Polystyrol168N;

.re~.I~ant (or years

,.

>;'r~~i\iJlloryears

.' .

•••••• ,: ';; .

/;,::i~.SI:iiiriI\' ' . " . ,.·rwstant.lor·hours·' . . . . · re,slstenffor days··••/,·

.lIJod~ra'Sr~sJst.·some .i$~ah:~g,;'

. heel'

3

7

:t~~r. ::~:~

,18sl$\snlfor.hours .diu.91.ed •• ·

r>:~uce~;~~~~(; :;~~8~~:;~ ;·.resi$\enllor hours .•.

.5're~js.ui~ltor~8Y~

',." 22...

··.V2pJ....

·1Jloderate.resi$l.·;~OmeYi$ual'chg .•: Monsanto lustrex; 50.8 mm diam. disc

----:---

i"§Q Undecyl Alcohol

" BASF Polystyrol168N;

.•••;

Monsanto lustrex; 50.8 mm diam. disc BASF Polystyrol168N; Monsanto lustrex; 50.8 mm diam. disc

BASF Poiystyrol168N;

lit Monsanto lustrex; 50.8 mm diam. disc

:;".;;.!~;;(

<-365

9

::~:~

':'

G) ""0

en

.,.

g....

9

<=365

'J

T

B'·

5

<=365 <=365

substitute

,

cT.9<.. 3 •0 .

20

substitute

W

3: 3)

7

, lIO.

Turpentine

.;

<=365 <=365

Trypaflavin Tryptophan dl

disc

Monsanto lustrex; 50.8 mm diam. disc BASF Polystyrol168N;

7 8

50

-0

y BASF POly:t rOI168N;

BASF Polyslyrol168N; Monsanto lustrex; 50.8 mm diam. disc BASF Polystyrol168N; Klr

y~~[S

-..J

Chemical Resistance - General Purpose Polystyrene

o w

-..J

Chemical Resistance - General Purpose Polystyrene

G) ""tl ""tl

o

.f>.

(J)

"%>C~an~ge

'~~!!j~I'

,~(;:~t.

Urine

Monsanto Lustre.; 50.8 mm diam. disc

Urotropin

8ASF Polystyrol168N;

Valerian Drops Vanilla

Monsanto Lustre.; 50.8 mm diam. disc vanilla e.tract

Vanilla Syrup Varsol Verbena Oil Vinegar

fountain syrup nO.2 BASF Polystyrol168N; Monsanto Lustre.; 50.8 mm diam. disc BASF Polystyrol168N;

Walnut Oil Water distilled

Monsanto Lustre.; 50.8 mm diam. disc 1

84

93

0.98

89

96

0.87

95

100

2.36

77

81

1.18

88

97

1.15

88

97

4.96

70

77

1.87

80

89

1.85

83

92

6.1

55

65

2.8

79

81

2.47

85

86

0.09

100

100

Dow Styron 6850; 9% cel.fib.

Dow Styron 6850; 18% cel.fib.

Dow Styron 6850; 27% cel.fib.

Dow Styron 6850; 36% cel.fib.

;:~~::::::~?;.: t\~~~.

)\}?'::mf});,:}:

(;:~~:S\:::;~'"

distilled

Dow Styron 6850 Monsanto Lustre.; 50.8 mm diam. disc BASF Polystyrol 168N;

Water

boiling

3.89

70

67

3.52

86

80

3.5

84

80

@

8.34

58

52

"

5.22

69

63

E" ~

r;' VI

1i? VI

<E'

;:s t"-

o:... ... u:: j::l

5.21

71

67

14.95

40

35

9.66

60

50

10.08

57

54

20.3

29

29

14.14

48

39

14.89

48

39

0.39

100

100

~:@~t1~~~ilit1f}@;~~:~::~::%1~HrW\r%}tWMm~

Dow Styron 6850; 9% cel.fib.

Dow Styron 6850; 18% cel.fib.

Dow Styron 6850; 27% cel.lib.

Dow Styron 6850; 36% cel.fib.

::/ :K::::: :::\>M :A\!!t+

~?:F~\~d }\)~~h~}<

Dow Styron 6850

@

roC~ange

~

f.l~~gent,

i=l

~

.. ' ;...:.:.:.:,.,.....:•..:

n'

'"t:J tEo '"

WeIght

.:-~/:: ~;;

.··.~.I

Water Colors IWater Glass

;:l

s:.,

Iwaxes

bleached carnauba wax

u:

I

wax pencil white wax carnauba wax white wax bleached carnauba wax

.,i=l

Weed Killer

2,4·0

Whiskey rye whiskey

White Iodine White Oil

Materlat Note.

<=365 <=365

BASF POlystyrol168N;

7 7

Monsanto Lustrex; 50.8 mm diam. disc

<=365 <=365

BASF Polystyrol 168N;

7 7 7 7 7

Monsanto Lustrex; 50.8 mm diam. disc

<=365 <=365

BASF Polystyrol168N;

7 7

Monsanto Lustrex; 50.8 mm diam. disc

<=365

BASF Polystyrol168N; Monsanto Lustrex; 50.8 mm diam. disc

7 7 7

Wintergreen Oil Witch Hazel

~r.ngtli ""':::-

(\)

0-

.Tensile.

distilled

<=365 <=365 <=365

BASF Potystyrol168N;

7

<=365

Monsanto Lustrex; 50.8 mm diam. disc BASF Polystyrol168N;

7

Monsanto Lustrex; 50.8 mm diam. disc

7

Xylene

<=365 7

<=365 <=365

Zinc Bromide

Zinc Carbonate

Zinc Chloride 50 deg

" Zinc Nitrate Zinc Ointment Zinc Oxide ointment powder

I G) ""U ""U

en

BASF Polystyrol168N; Monsanto Lustrex; 50.8 mm diam. disc BASF POlystyrol168N;

7 7

Monsanto Lustrex; 50.8 mm diam. disc

<=365 <=365

BASF Polystyrol 168N;

7 7

Monsanto Luslrex; 50.8 mm diam. disc

<=365 <=365

BASF Polystyrol 168N;

7 7

Monsanto Lustrex; 50.8 mm diam. disc

<=365 <=365 <=365 <=365 <=365 <=365

BASF Polystyrol168N;

7 7 7 7

Monsanto Lustrex; 50.8 mm diam. disc

-.J

Chemical Resistance - General Purpose Polystyrene

o

()"l

Chemical Resistance - General Purpose Polystyrene

G>

-.,J

C>

""1J ""1J

0>

en

BASF Polystyrol168N;

Zinc Stearate powder

Monsanto lustrex; 50.8 mm diam. disc BASF Polystyrol168N;

Zinc Sulfacarbolate

Monsanto lustrex; 50.8 mm diam. disc

Zinc Sulfate saturated

BASF Polystyrol168N; Monsanto lustrex; 50.8 mm diam. disc BASF Polystyrol 168N;

@

""S' ~

n°V>

~

<Eo ;J

t-

o:... $:l ... It::

~:I

@

~ >l

Reagent NQte

~ t/)

Acetaldehyde Acetamide Acetic Acid

~

t/)

<E'

t

.,0>l ., lC:

glacial glacial glacial

Acetic Anhydride Acetol Acetone Acetonitrile Acetophenone Acetylene Acetylsalicylic Acid Alcohols Allspice Allyl Alcohol

salurated solution denalured jamaica, whole

"U

';~:~

2 9

8ASF Po1ystyroI456M;

.,8" !to 5

Monsanlo lustre.; 50.8 mm diam. disc BASF Polyslyrol 456M

8 8 '5 6,

>90

62

74

90·110

8 2 6 8

:~

';.~

3.,.

7 <=365

',' J8

<=365 7 <=365

,0 2

Monsanto lustr..; 50.8 mm diam. disc BASF Polystyrol 456M

0

2 :.>~

Monsanto lustre.; 50.8 mm diam. disc Monsanlo lustre.; ASTM 0638 bars BASF Polyslyrol 456M Monsanlo lustr..; 50.8 mm diam. disc Monsanlo luslre.; ASTM 0638 bars 8ASF Polyslyrol 456M Monsanlo luslre.; 50.8 mm diam. disc BASF Polyslyrol 456M Monsanlo luslre.; 50.8 mm diam. disc BASF Polyslyrol 456M

;/.:

··3 ,,2' "·0··

Monsanto lustr..; 50.8 mm diam. disc BASF Polystyrol 456M Monsanto lustre.; 50.8 mm diam. disc BASF Polyslyrol 456M

"3 8 8 .".

7.·

7

Material Note Monsanlo luslre.; 50.8 mm diam. disc Monsanlo lustre.; 50.8 mm diam. disc

.8

<=365 <=365 <=365 7 <=365 <=365 7 17.1 <=365 7 17.1 <=365 7 <=365

<=365 <=365

Resist~nce Notli.

;1 PDl .. ..i.,}; Rating

load

. 8/

<=365 7 <=365

Dow Slyron Monsanlo luslre.; 50.8 mm diam. disc BASF Polystyrol456M Monsanto luslre.; 50.8 mm diam. disc BASF Polystyrol 456M

<=365 <=365 bitter sweel

saluraled solution

<=365 <=365 7 <=365 <=365

Monsanlo lustr..; 50.8 mm diam. disc BASF Polystyrol 456M

<=365 <=365 <=365 <=365

saluraled solulion

Aluminum Sulfate I

5 5 25 25 25 50 50 50 50 100 100

<=365

Aluminum Acetate Aluminum Chloride

I

7

bitter sweel

Alum

Time C>C). y. (days) •

<=365 7 <=365

Allyl Mustard Oli Almond 011

ITe~p'I'

7 7

;:l

en

.Cone. C%I

r;'

% RetaJn~d

saluraled

<=365 7 <=365

Monsanlo luslre.; 50.8 mm diam. disc BASF Polystyrol 456M

<=365 7

Monsanlo lustre.; 50.8 mm diam. disc

-....I

Chemical Resistance - Impact Polystyrene

o

-....I

ex>

<=365@r~h%)

.:::;:::~ saturale~ solution

'i.li;;~~~~\

:::::::: :~:;::~~

::::::':::

• ::c

:

1l~];~~:1(~

::~:~

Ammonium Rhondanide

" t\i;20~>( "¥~6A " y.,2\l·:\/

<=365

::::::::::.Id.hYd.

: : : : : :'

.

.~" ,~".

Anethole

i : : :~ .~ don

! A,;..on
"::,:'"

~~l~~~:~~i~

!

;;WWH~,~i#!MMfY:~r~nih@!f;I

_ _

t,'?%S<;~~~~[$,!l!An?t!~1fgWg>

BASF Polystyrol 456M

:::~~:':':~::'~:::: BASF Polystyrol456M

::~~~fgg:::

<=365 <-365 <=365

::::~

1

:~~::

Ii

:: . . ::::~~~;~~:~:~:~::

:~

=~ :~~~~~~~~~:::

..

;; 3~~ I ~ !~

"'\.::.:~N?·

~:::::

i~

== :1:: !!! ~~~

"D(§,q')j.;l

..~.~~,

iii

::~:~(.;9:i

Ammonium Nitrate

::;'O:;::I~h;"Y'","

., >l .,

: iii ::~:

Ammonium Carbonate

Ammonium Sulfate

'"

-... o

Chemical Resistance - Impact Polystyrene

""U

en

_

:::::£~;;!1:~t:

Ii . . :::~~~~~~=: 0.2%

Monsanto Lustre.; 6.4 mm samples

l®llidW'·'

*"E"'_ _ l

~::

"-::;'::.::

. . ""

@

'"

pC/>

.:;.:

"',r """.

;~~.

~

I.Rllag,nt

'-, Reagent Note ).

~

;:;. C/>

~ C/>

~::.:

'~:};'"

Cone,

(deya)

Aniseed

t CT

., P .,

It:

Aniseed Oil Apple Juice

··20····;'···

Aqua Regia Aspirin Atropine Sulfate

powder

Bacon Fats Barium Bromide

saturated solution saturated solution

<=365

22

7

saturated solution

Basil Bay Leaves Beer Benzaldehyde

sweet

<=365

3

22.

7

2

<=365 <=365

o

..." 20

50'.;"';' 22 50

undiluted

Benzene

<=365

se;'!

Benzyl Alcohol Bismuth Chloride

saturated solution

22

7

20

<=365

2 8 6

7

<=365

8

8

'22.

7 7

2·0";

<=365

o

·.•. :dj]1

7

2,

50 22'

\~~;;;i; 2.0\

<=365 <=365 <=365 <=365 <=365 <=365 <=365

,.

'w;n~i re§J~~nl "':l

.~-:

)e~ia~t .Iorwee.ks

,ii~ista~i I"

!or hO,urs; . 18$i$lant '

Monsanto Lustrex; 50.8 mm diam. disc

reslstantfor"years' res'stent res!Slant for years

BASF Polystyrol 456M Monsanto Lustrex; 50.8 mm diam. disc BASF Polystyrol 456M

\; f;;~lstanlfor houts.

.

.re!,ls18nt for dayS:;

moderale!llSl~::sOt.nevi~u.a1 chg. ' "I~si$iiijijlor y~is' ·..• ·····f~istaM

.

'. r8$i$lant ',reslftBnt' for yeafs i

Monsanto lustrex; 50.8 mm diam. disc BASF Polystyrol 456M Monsanto Lustrex; 50.8 mm diam. disc BASF Polystyrol 456M

,.(~~iS1~nt~jy&ar$

"

Monsanto Lustrex; 50.8 mm diam. disc BASF Polystyrol456M

;:~:."

.

::~': ~

" resistant " reSi$tanltor years

Monsanto Lustrex; 50.8 mm diam. disc BASF Polystyrol 456M

'.'

Monsanto Lustrex; 50.8 mm diam. disc

resistant'"

"

•

"

:~

18$l$tanlloi hours';;;' .,nhl resistant fe~j~iilnll~r houf$ ., dis&olved not resistant dissolved. .. ~ci.t,resis.ljlnf; ... "; r~ISliiiiffciiffiOiiihs' resi!I;< ~en.pu'l'.'Lvstrex '. reslstantlor;·,liontlls.:·

2

'0

BASF Polystyrol 456M

'.

~

BASF Polystyrol 456M Monsanto Lustrex; 50.8 mm diam. disc BASF Polystyrol 456M Monsanto Lustrex; 50.8 mm diam. disc

··;·jesistaiit.lor ~!Ir$

.2 O'

\,s0

Bismuth Subnitrate

7

<;

·'f!j}~.~l~i.~i~N~;~t

3

<=365

22

wi salicylic acid

7

<=365 <=365

50 22'

59

Benzoic'Acid Ointment Benzoyl Benzyl Acetate

<=365 <=365

7

·20 ••••

lindane

7

22

??'j Benzene Hexachloride (oy) Benzoic Acid

<=365

';(r;~IStanl

~

20

7

.. -ie~isjantlor year$.

3

22

22.•

20

22 over 3.2% alcohol

9

7 7 7

50

<=365 <=365 <=365 <=365

20 "

Barium Chloride

"'2' 9"

20'

29 saturated solution

. ~..

7

8 9 8 9 3 5 5 5 9 8 9 9 8 9 9 8 9 8 8 8

22;,

Barium Carbonate

<=365

7

\;l!0 Palatinol AH

II

"'22-':

50; '"

Attar of Roses bis(2.:Ethylhexyl) Phthalate

9

7

.t~ciHj~:

Material Note .,

I ••••

<=365

<=365 <=365 <=365 <=365

50

Elo~~.1I0n

Load

Time

(%,! '

15' ;:I

~~':,

·~:··-:~~f<··

,,"

-~.

..

'';.

Monsanto Lustrex; 50.8 mm diam. disc BASF Polystyrol 456M Monsanto Lustrex; 50.8 mm diam. disc BASF Polystyrol 456M Monsanto Lustrex; 50.8 mm diam. disc BASF Polystyrol 456M

. "Ie$~Illl\t ,not resistant

Monsanto Lustrex; 50.8 mm diam. disc

. di$$olvecl

BASF Polystyrol 456M Monsanto Lustrex; 50.8 mm diam. disc BASF Polystyrol456M

" '". ;. n'ol:resistant

I

BASF Polystyrol 456M Monsanto Lustrex; 50.8 mm diam. disc BASF Polystyrol 456M

;+;di~)~!VlJd

,0

o 9 9 9

9

"

resiSI.~ for year~ ;.,

:::~~'

:",.,

.. "::'.':&

u'

-..J

-0 (f)

Chemical Resistance - Impact Polystyrene

o

co

....,

Chemical Resistance - Impact Polystyrene

""U

--'-

C>

(f)

Bleach

saturated solution

12 12

.,':

,20""

Borax

r:~:;

Boric Acid

·20 saturated solution

Brake Fluids

Brandy Bromine

(0",

22':

. ~1i'" . ,;

ATE BASF ATE BASF bromine liquid

;·2.Re'· ::w:' . "22'

.s.o...... Bromochloromethane Butane Butter

<=365 <=365 <=365

BASF Polystyrol 456M

7

Monsanto lustrex; 50.8 mm diam. disc BASF Polystyrol 456M

<=365 <=365 7

Monsanto lustrex; 50.8 mm diam. disc BASF Polystyrol456M

<=365 <=365 <=365 <=365 <=365 <=365 <=365 7

Monsanto lustrex; 50.8 mm diam. disc BASF Polystyrol 456M

<=365 <=365 <=365 <=365 <=365 1 7

<=365 <=365

Butyl Acetate n-butyl acetate

7

<=365

Butyl Alcohol

n-butanol

<=365 n-butyl alcohol n·butanol

Butyl Butyl Butyl Butyl

Alcohol (sec-) Cellosolve Phthalate Stearate

7

<=365

0.15%

Dow Styron BASF Polystyrol 456M Monsento lustrex; 6.4 mm samples Monsanto lustrex; 50.8 mm diam. disc BASF Polystyrol 456M Monsanto lustrex; 50.8 mm diam. disc BASF Polystyrol 456M Dow Styron BASF Polystyrol 456M Monsanto lustrex; 50.8 mm diam. disc BASF Polystyrol 456M

7 7 n·butyl phthalate

Monsanto lustrex; 50.8 mm diam. disc

7

Dow Styron n·butyl stearate

Butyric Acid @

Cadmium Bromide

'il

is" ~

n'

'~" '" 15' ;:l

t-o

~

.,

P

«::

Caesium Bromide Caffeine

saturated solution

<=365 <=365 <=365

BASF Polystyrol 456M

7

Monsanto lustrex; 50.8 mm diam. disc BASF Polystyrol 456M

<=365 <=365 <=365 <=365 <=365

Calcium Bromide <=365 7

<=365

Dow Styron BASF Polystyrol 456M Monsanto lustrex; 50.8 mm diam. disc BASF Polystyrol 456M

@

~

p

~

n'til tl

I~~lgent'

-'."

._,

Reagent Note

Cone. I") .

Calcium Chloride

til

to· ;:l

~

.,0P .,

Calcium Hypochloride Calcium Hypochlorite

T,rriP'1

"I'C), 20 22 &0\ ?2, 20

saturated powder saturated solution powder

\C

saturated solution

Calcium Oxide

Caraway Seed Carbazole Carbolic Acid

50

Cassia Oil

resjstilQ! fooears

Monsanto Lustrex; 50.8 mm diam. disc

22' 50:/' '~Q . ·20/

9 8 8

<=365 <=365 <=365

'l6si$14.nt 'or years resl'stanl' for IMntlls . resistant 'ie.siSjant for months

BASF Polystyrol 456M

20

<=365 <=365 7

sulfated

Caustic Soda Cedar Wood Oil Celery Seed

""U

en

8 9 8 6 8 9 8 9

7

<=365 7

<=365 7 7

50 50

'" '<"'s0:"

'~:~~,'ii ;;i~~./

resiStant for years '.

i~tstant

.. ",i~Lr'~~t~Lt9Ly~T~.

Monsanto Lustrex; 50.8 mm diam. disc BASF PolystyroI 456M

(esi$ianflor years.

f~;,~i8.riii~r~ritli; ie~i;l~n! 'or Weeks {.,

I

'resistant

Monsanto Lustrex; 50.8 mm diam. disc

resislill11}or years r&sistant

BASF PolystyroI 456M Monsanto Lustrex; 50.8 mm diam. disc BASF Polystyrol 456M

..resi~;~tiolyear~

.

';;~u81 ~9;occiirs'

Monsanto Lustrex; 50.8 mm diam. disc

. ~oi',esislant

.

resistant for Yaars

o

BASF Polystyrol 456M

. ". dissolved

<=365 <=365 <-365

2 6 5 9

7

8

resistent

Monsanto Lustrex; 50.8 mm diam. disc

<=365

3 2 3 8

resisllll!l lor hours not"reslstant'

BASF PolystyroI 456M Monsanto Lustrex; 50.8 mm diam. disc BASF Polystyrol 456M

7

. 22 .". .• T2'()'·

Monsanto Lustrex; 50.8 mm diam. disc BASF Polystyrol 456M

o

7

:~:

•.'

···4........••••••••·•· 2 9 9

<=365 <=365 <-365 <=365

/'22

Catsup

8 9 8 9 8

<=365 <=365 <=365 <-365 <-365 <=365

50 20" '50 2Q'" 20 50 22, 20 22. .5(. 22'

'r~~l~aQt

8

7

':."

resistant for years

Material Note

. mO,darate ·resisl.~some visual cllg.

SO sulfated

NQte

5

20 20 '22' 5fi 50

Castor Oil

. ..

9

22' 20 .50 20 }22 20 22

Carrot Juice

'Re~istance

..... .•

7

20

ground

EIO~9;11~. ~.· · .·I.'·"

<=365

SO

Carbon Tetrachloride Cardamom

Load PDL .....................",,,.,.,, Rating

BASF Polystyrol 456M Monsanto Lustrex; 50.8 mm diam. disc BASF Polystyrol 456M

SO·

Carbon Disulfide

Time (daye) <=365

22 •. 20

Carbon Dioxide

..

9 8

.

Camomile Extract Camphor

~::.~~

7

22

Calomel Ointment

."

%Retained

I

<=365 <=365 <=365

5 8 6

7

<=365 <=365 <=365 7

'.X

.)~~~I~t~~!f9r~~y~.

Monsanto Lustrex; 50.8 mm diam. disc BASF Polystyrol 456M

~'·l8$iSlafuloi·yeais

...

"·;;·r!~islant.forhour~.. ··············reslsi~16riiionilis

II

<=365 <=365 1 7

.not resistant '". ie$1l!tant for weekS

1.2%

'9

'.:.

Monsanto Lustrex; 50.8 mm diam. disc BASF Polystyrol 456M

'~.'

;.>"

:.:................,;;:~.;.: ~

8

9 8 '3' 2

<=365

.':t"

7

4 8,'

):r!~~Z:t~;~r!J!~;:

·:;;.~i~~~:Z.~~~~i~~:·; . i;I,;i~$,~f:.~F········

Monsanto Lustrex; 6.4 mm samples Monsanto Lustrex; 50.8 mm diam. disc BASF Polystyrol 456M

Monsanlo Lustrex; 50.8 mm diam. disc BASF Polystyrol 456M Dow Styron Monsanto Luslrex; 50.8 mm diam. disc

.....

~

Chemical Resistance - Impact Polystyrene

~

........

Chemical Resistance - Impact Polystyrene

""U

en

->.

I\:>

Cellophane Cellulose Acetate Cesium Bromide Cetamoll13

~1~;~I~~~~

t]\;i~g~;t~

Cetyl Alcohol Chicken Soup Chili Powder Chlordane Chlorine

'fh;~,~n:>

7

~1~f:~11r~~~:::1~~~;

7

liquid saturated, water dry gas

?y;('5p)';"l

liquid

Chloroacetic Acid Chlorobenzene

BASF Polystyrol 456M

<=365

',":

I

dry gas

<=365 <-365

;;;\12;./;•• •

m;'ifill~:i'i~~~~!ilDfu\Pi!i~r·

<=365

·.;;~,9 • •. •·• E~$Qn;;; .";~'>_::::::::::::':::':":

chlorine water

7 7 7

$tr]@!•••r/·.~~v~~~,tAAjp!n"····.··i.q

tt:M{~£g:~~::n:

~1'\;!1~:~;~1~

;IIIJ~~4~;I~~~;~~~~~~;'

7 <=365

Monsanto Lustre.; 50.8 mm diam. disc Dow Styron Monsanto Lustre.; 50.8 mm diam. disc

BASF Polystyrol 456M

<=365 <=365

7

Monsanto Lustre.; 50.8 mm diam. disc

<=365

BASF Polystyrol 456M

<=365

imr;;~t,j~~"j

<=365

>,··•. ~9n

<=365

<=365 <=365

7

Monsanto Lustre.; 50.8 mm diam. disc

<=365

BASF Polystyrol 456M

<=365

Chloroform Chloromethane Chlorosulfonlc Acid Chromic Acid Cider Clnnamic Aldehyde Cinnamon stick

" ground

p

stick

Citric Acid

10 20 20

~

r;' VI

tl C1l

VI

tEl·

Citronella

::l

t""

0: .., p

..,

Cltronellol

•. ;;i;gilHi···

<=365

••·•.. . 2It.. . S

<-365

<=365

<=365

~j!. . ~~~;;,1-

<=365

· .'·. . j~o\·i;;;;

<=365

;~l~~r~o~2&~

ground

'U

<=365

~i;;§,9:;;·· saturated solution

"

@

;;in~\;r;i

I

<=365 <=365 Dow Styron <=365

BASF Polystyrol 4S6M

<=365

"

7

Monsanto Lustre.; 50.8 mm diam. disc

<=365

BASF Polystyrol 456M

<=365

7 7

17.1

saturated solution

<=365

"

<=365

citronella oil

<=365

;:~>::

::{8.\ »:::~

rt~@r:Wm~mrmlij~1n}%:%i::~~~m~C?:

>90

56

1'~il!,;;~j;;"llllllf'r.ii;~;~;[';;;1

Monsanto Lustre.; 50.8 mm diam. disc Monsanto Lustrex; ASTM 0638 bars BASF Polystyrol 456M

"

7

Monsanto Lustrex; 50.8 mm diam. disc

"

<=365

BASF Polystyrol 456M

<=365 <=365

·'4"

@

::E p ~

% Retained Reagent

Time

('C)

(deya)

V>

tI

'2Q

<=365

ground

20

<=365

3

ctove oil

"22

7 <=365 <=365

2

8

ctove oit

V>

<0' ;:l

SO"

t

0'

\C

ground

~O 22

Pepsi

22

Coca Cola

22

extract

22 20

<=365

8

50

<=365

8

20

<=365

Cod Liver Oil

instant ground

,":.;...;.: u

Monsanto Lustrex; 50.8 mm diam. disc

rasistaDt

-.

8 B

resistant lor months

2 9 5 8

BASF Polystyrol 456M

ESCRtik81y

Dow Styron

reslstanl ior years

BASF Potystyrot 456M

moderate resist.-sOll)I, visual chg.

Monsanto Lustrex; 50.8 mm diam. disc

,reslliant lornio'~lhs

BASF Polystyrol456M

i

22

7

<=365

9

rasistant lor:.years

BASF Polystyrot456M

7

worklri!lstr,ss reduc.ed by JI8 "r;~is1aht for,oonths

BASF Potystyrot 456M Monsanto Lustrex; 50.8 mm diam. disc

<

20'.

<=365

,qresistant for years...

moderatef~~t.·so.:ne~lsual . . <~."

8

.~:.

20

<=365

8

7

8

rasi$lant

liquid

22

4

}ISU~1 fhg, occurs'

paste

d

7

7

4

ground

..50

<=365

8

I

resistant (or months

instant

: ",. 50.

<=365

6

'

resjstalll for-weeks

8

;

whole

BASF Polystyrot 456M

:~::::.

22

saturated sotution

Monsanto Lustrex; 50.8 mm diam. disc

for hours

.50

22\ .20; ~~~i

\,i~~:'

7 7

<=~65,.:

~f:,:

~

22/

1

i

I~ ~:~", 0,1d.

. ;=~:.

!! : ~:

: ~:

chg.

>0.46%

Oow Styron

Monsanto Lustrex; 50.8 mm diam. disc

::::'

::

Monsanto Lustrex; 50.8 mm diam. disc

BASF Potystyrol 456M

g ' . e s l S ! 8 ! l f for y e a r s ' 5 m6der8,te;Il'$lsi:~~~~~vjsuat Chg.:

--<=365 -

, ~' '~.~ .

Cresol (po)

:.::~:

"

resr~t~nt

resis;~nt

Dow Styron BASF Potystyrot 456M

9 5

'C~o'

Cream of Tartar

en

<=365

" not

instant

Mazota

'"U

20

~tress red~ce
dry powder

saturated sotution

Cottage Cheese Cottonseed Oil

<=365

Material Note

;iiSiStant for';ours

8

7

"".. S.O

WO!k;t,g

3

Pepsi Cola extract

22

Coriander Corn Oil

Resistance Note

Elongation

3

Coconut Oil

Copper Oxide Copper Sulfate

I

3

7 7 7 7

Cocoa Butter

Coffee

Tensile Strength

7

Cloves

~

., P .,

Cone. t,.)

Load

POL·' Rating

Temp.

Reagent Note

r;'

:~>:.,

BASF Potystyrol456M Monsanto Lustrex; 50.8 mm diam. disc

·.·:;;::;i~:~:~;:~rs \;~ Monsant:AL~:t~:~~~~~:t~~6~am. "

disc

I

m~e!"te:t~~~~~~~,~~isua'chg.

4#~Mj.!M#'[email protected]:: Monsanto Lustrex; 6.4 mm samples

:

,1'

l~;~' :=:::~~~~:::::

< = 3 6 5 " 8 . " ", ,r~ml.iiHOr weekS

<=365,',~)(>;< :

;,I~

Chemical Resistance - Impact Polystyrene

,

I

8ASF Potystyrol456M

_~~ ::::::~~:~j~:?E::: : ...... ......

c..>

,

................. ... ,

."

.. ..................' ......... " "

..

.:~::;

Reagent Note

. '>.,.. '-:

..:;':'.:X

;~~

\,

IR4a~~ht ;-

.,~.:.:

;;.

...

~::.;;;.:,~

....

~

IX!

',,':.

I

.....

Load :

Tensile

Material Note

Strength

...

~

Dow Slyron BASF Polystyrol 456M

Curry Powder <=365 <=365 <=365 <=365 <=365

Cyclohexane Cyclohexanone

Monsanlo Lustrex; 50.8 mm diam. disc BASF Polyslyrol 456M

7

<=365

Cyclohexyl Alcohol

100

17.1

>90

<=365 7

<=365 <=365 <=365 <=365

Dairy Products DDT

emulsion

Dehydroacetic Acid Dekalin Detergents

saturated solulion

Dextrose

saturaled solulion

Diacetone Diacetone Alcohol

Palalinol C

30 30

<=365 <=365 <=365 <=365 <=365 <=365 3 <=365 <=365

Palalinol C

Dichlorobenzene (0 Dichloroethane

~

n'en tl

7

Monsanlo Luslrex; 50.8 mm diam. disc BASF Polyslyrol 456M

7

Monsanlo Luslrex; 50.8 mm diam. disc

<=365 <=365

BASF PolyslyraI 456M Monsanlo Luslrex; 50.8 mm diam. disc BASF Polyslyrol 456M

p

..,

u::

Monsanlo Luslrex; 50.8 mm diam. disc BASF Polystyrol 456M

BASF Polyslyrol 456M

IDiethanolam Ine

7

Monsanto Luslrex; 50.8 mm diam. disc BASF Polyslyrot 456M

[Dlethyl Ether

<=365 <=365 7

Monsanto Luslrex; 50.8 mm diam. disc

IDlethyi Ketone

<=365

BASF Polyslyrot 456M Monsanto Luslrex; 50.8 mm diam. disc

)

Dldecyl Phthalate

Palatinol Z

Diesel Fuels

diaseloil

t""

..,0:

7

<=365 <=365

Monsanto Luslrex; 50.8 mm diam. disc

en

;:J

Monsanlo Lustrex; BASF Polyslyrol 456M

7

C1l

<E'

2%

<=365 <=365 <=365 <=365 <=365 <=365 <=365

0

~

i:i

Monsanlo Lustrex; ASTM 0638 bars BASF Polyslyrol 456M Monsanlo Luslrex; 50.8 mm diam. disc BASF Polyslyrol 456M

<=365 <=365

7

Dibutyl Sebacate Dichlorobenzene

90-110

Monsanlo Luslrex; 50.8 mm diam. disc BASF Polyslyro! 456M

7 emulsion

Dlbutyl Ether Dibutyl Phthalate

~

~

'."

.'~<~..

©

"

Chemical Resistance - Impact Polystyrene

""U

en

7

@

,

.>~.,

"1l

sVl

~

;:;. Vl

tl (\) Vl

IRellg~nt" L:::;:~':;:: ~t:.,

;,:{.: : '~; ;

Diethyl Ketone Diethyl Phthalate

:~:

BASF Polystyrol 456M Palatinol A

~.

;:l

t-

o:., .,

Monsanto Lustrex; 50.8 mm diam. disc BASF Polystyrol 456M

Palatinol A

Diethylene Glycol

100

>90

90·110

~

Diethylenetrlamine

DHA

Dow Styron Monsanto Lustrex; 50.8 mm diam. disc

7

"7

0111 Seed Dimethyl Diglycol Phthalate

PalatinolO

Dimethyl Phthalate

BASF Polystyrol 456M

Palatinol M

<=365 <=365 <=365 7

Palatinol M

<=365

Monsanto Lustrex; 50.8 mm diam. disc BASF Polystyrol 456M

-

Dimethvldichlorovinyl Phosphate Dimethylformamide

Dow Styron

<=365

BASF Polystyrol 456M Monsanto Lustrex; 50.8 mm diam. disc BASF Polystyrol 456M

7

Dinonyl Phthalate

<=365 <=365 <=365 <=365 <=365 <=365 <=365

Palatinol ON

Dioxane (1,4-) Diphenyl Ether Diphenyl Oxide Diphenylamine

7

Monsanto Lustrex; 50.8 mm diam. disc

<=365

BASF Polystyrol 456M Monsanto Lustrex; 50.8 mm diam. disc BASF Polystyrol 456M

7

<=365

Dow Corning 11 Dow Corning 200

compound

Dow Corning 4

compound

-

fluid

100 100

7

100

-

fluid polish manganese oxide and Nit4Cl

Ethyl Alcohol in water

-u

en

40 40 50 95 95

c ~O}··

50 22)···· .

20'•. } 50 :~

Dow Styron Monsanto Lustrex; 50.8 mm diam. disc Dow Styron

7 7 7 7

Monsanto Lustrex; 50.8 mm diam. disc

<=365

BASF Polystyrol 456M Monsanto Lustrex; 50.8 mm diam. disc BASF Polystyrol 456M

7

90

Dow Styron Monsanto Lustrex; 50.8 mm diam. disc

-

7

Dow Corning 555 Dow Corning 92A Dowtherm A Dry Cell Solution Ephedrine Hydrochloride Ephedrine Sulfate Ethyl Acetate

Monsanto Lustrex; ASTM 0638 bars BASF Polystyrol 456M Monsanto Lustrex; 50.8 mm diam. disc BASF Polystyrol 456M

<=365 <-365 <=365 1 <=365 <=365

0.55%

Monsanto Lustrex; 6.4 mm samples BASF Polystyrol 456M BASF Polystyrol 456M -.,J

Chemical Resistance - Impact Polystyrene

......

01

Chemical Resistance - Impact Polystyrene

"'U

en

-.,J ......

cr>

ij%jf\~

77 28 alcohol

wOfkmg

t'·;

22

26 absolute

.22

7 7 7

20

<-365

'22

7

22'" .'

2B-95 formula 30

Ethyl Benzene

59

····'··20·..:·:··

Ethyl Benzoate

,i2t

~p.t,

Ethyl Cellulose Ethyl Chloride

·.or

:.0

<-365

,.• '0

.\~·~~I~i~

7

2.

<=365

·•.•. O~·., . ····.·0

<=365

<>6/

Eugenol Eugenol Geranoll Ferric Ammonium Sulfate Ferric Chloride Ferrous SuIfIle Fertilizers

" @

'"

p

Fingerprints Flit Formaldehyde

~

n' (J)

tl Cl>

(J)

tEo ;:l

t""

0: ..,

..,

p

Formic Acid

. moderal~·r~isl.';$~m8 visuaf~hg: .

Monsanto Lustrex; 50.8 mm diam. disc

6ASF Polystyrol 456M

.

2

:.::~!:~~l;;·;:

Monsanto Lustrex; 50.8 mm diam. disc

'kit,..';" ". 0,•. ".:,:

.\.>.,

i\i;j{~!~I~~~fjli~l~ff~!l~j~'i

<=365

BASF Polystyrol 456M Monsanto Lustrex; 50.8 mm diam. disc BASF Polystyrol 456M Monsanto Lustrex; 50.8 mm diam. disc BASF Polystyrol 456M

<=365

'1>~1i~!;

7 7

'2:

;g~~l;,

<=365

"';,3:""·

.2~;'

7

%i;;i::(!lciit.$jsta~tblt)+t Monsanto Lustrex; 50.8 mm diam. disc ;. .)ht%1!1Sis!~n~f.~oyi.s

::.(2;,.

BASF Polystyrol 456M

<=365

. 2;"

Monsanto Lustrex; 50.8 mm diam. disc

·'7 7 7 7 7

is

Dow Styron :~

Monsanto Lustrex; 50.8 mm diam. disc

<=365

BASF Polystyrol 456M

<=365

...;.:-~:.~:.. :.:~:::'....

insecticide

6ASF Polystyrol 456M Monsanto Lustrex; 50.8 mm diam. disc 8ASF Polystyrol 456M

·····j\oti)~\¥,\~rii'

....• :
7

i;,;~~~.'\; ~';[;t~~~i'i~

fertilizer salts

BASF Polystyrol 456M

.• / ..

Monsanto Lustrex; 50.8 mm diam. disc

', ........,.,....,. :".( ~~p~e.d......

<-365

,x,~~i~;

whole

BASF Polystyrol 456M Monsanto Lustrex; 50.8 mm diam. disc

;> "'~;~il~~~t)

it

. "'22(.•/

;(;<>'gd;~:"

Ethylene Oxide Ethylenediamine Eucalyptus Oil

Monsanto Lustrex; 50.8 mm diam. disc

:/20 ........'d~s~i~.~~L;t .

.····;·~.()HS·

7

.•;:......... di~~
,>' . \.'. ~~~~;:,\;);;i

'2

<-365

<=365

Ethylene Glycol Ethers

0,

'."., 20."

7

Oow Styron

•. ;~;Si~jiii

k~:~:i~nt 3::

,

'2

.•.5

22' ...,

Ethylene Dichloride Ethylene Glycol

0

':2

7

/50

Ethyl Lactate Ethylene Chloride

s\ress;,du~ed ~1I8

Monsanto Lustrex; ASTM 0638 bars

2

<=365

7

Monsanto Lustrex; 6.4 mm samples ...•

'5

<-365 <=365

... .

'-.6·

:. '22}

22'

gas and liquid

Fennel Seed

n;so~;~hg.;J~~~~:10:'~~~t-i

90-110

Dow Styron

7

Monsanto Lustrex; 50.8 mm diam. disc

30

<=365

BASF Polystyrol 456M

30

7

Monsanto Lustrex; 50.8 mm diam. disc

30

<=365

BASF Polystyrol 456M

40

<=365

40

<=365

B5

<=365

85

<=365

90

7

100

17.1

85

28

• . j8j~i,;~~~~~~j~if~~'~!111~~t\

Monsanto Lustrex; 50.8 mm diam. disc Monsanto Lustrex; ASTM 0638 bars

@

% Retained

'1:l

p-

en

~~a~ent

Fi'

;;~;

~

en

tJ ~

en

<5' ;:l

t

.,0I=l .,

Reagent Notl!

COllC. ("I

Freon 11

p.~.·

Te .("ClF ...m •. . . .·.l ' ; 0 ' '!

Freon 113 Freon 114

,; ; ; ;;

(C

, ,'" ""

"<:365' ".

fruit cocktail

Gallic Acid

<=365.3

ResistanclfNote

Elongallon

!

'. HH'

,~:;.

t~r hoJ!S

Monsanto Lustrex; 50.8 mm diam. disc

7

2 9

22t :.

1

1.2%

" •

n9l'Ssislanl" >90

90,11 0

. . 'no nOticeable chg. no 'ailure

Monsanto Lustrex; 6.4 mm samples BASF Polystyrol 4561.1

20

<=365

5

resislant for days

50.

<=365

3

resislint for hours

2.0 . 50

<=365 <=365

0 0

<=~65

:TesJ:~~::~tfthS

50

<=365

3 "

20

<=365

9<"reslsl~t foqiears

~

. di$solvlid••> "', ':•••:•., Monsanlo Luslrex; 50.8 mm diam. disc

reS\slMiiorh.~ufs

BASF Polyslyrol 4561.1

' ':~sistarif

Monsanlo Luslrex; 50.8 mm diam. disc

.teslstlinrlor years

BASF Polystyrol 4561.1

7

8 9

I

4

,possible ESCR"

<=365

9

;'

<=365

regular

9 2

white gas

2

20<. 50 .

Dow Styron

resls181\1 lo( years

BASF Polystyrol 4561.1

~SCR Ilkely

Dow Styron

20

<=365

3

resislant tor hours

BASF Polystyrol456M

ethyl

2q 22 .

<=365 7

3 2

not ,reSIstant :.:

Monsanlo Luslrex; 50.8 mm diam. disc

regular

2'2'·

7

2

normal premium grade

white gas

22

7

2

normal

50

<=365

3

50 •..

<=365

22"':'

-

7

3 5

20

<=365

,5.0,

<=365

3

22

7

~

7

8 8

premium grade

Gin Ginger ground

Ginger Ale extracl

22..

Glass Wax Glucose Glycerin

30

22

2il/.

powder powder

,

. ~<;

100

7 7 17.1 <=365 7

\~\eii;

<=365

····:··::::··2·~·i:·{i

7

22't¥:

Cellosolve

.

,

u

20\» "2~};

'\ §oj%

7 <-365

worl<1ng stress reduced byl/8H , leiis\a~t i~; ~ours

>90

".

Monsanto Luslrex; 50.8 mm diam. disc

n.ofres.istanr' ,.:'

.. : no nOtK:ea~le

90,110

2

6. 6

resistant

.. {.

i·

.:

ch9,

Monsanto Lustrex; ASTM 0638 bars

.:.:.:.•.r~Sfs1~I'.Qry.~~r~, •.. • resi$L:o; g~~; puql,L~.siiex

BASF Polyslyrol 4561.1 Monsanto Lustrex; 50.8 mm diam. disc

"';Wf~bi8nl'f~iy~is

9········

<=365

Dow Slyron

resiSt <; ll;n; 'purp, Luslrex'

8

4

. ,'.

Monsanto Luslrex; 50.8 mm diam. disc BASF POlystyrol 4561.1

.<

2 6':'

7

BASF Polystyrol 4561.1

• mo~e!at,elesist,:soma visu~@ij~;

3

9 9 6.

.~,

·:.Ae$i$tant for hours

7

I

Monsanlo Lustrex; ASTM 0638 bars

9

<=365

powder

BASF Polystyrol 4561.1

""""~;~:;;:,~,:;,:~ ""

17,1

salt

Matorial Note

l}~~:

22.>: .

22:' .

Glycine Glycol Ether Grapefruit Juice

3

I

3

2g{:

50:}

Gasoline

.

POL J..Strength T .. e..n.,. sile Rating

<=365

.:~>.,

Furfuryl Alcohol

I

20 ":

22 . 100

Furfural

Garlic

Load

~~if ;;~;;

Freon 12:22

Fromaldehyde Fruit Juices Fuel Oils

Ti ..m .. e·..1 (days).. .

BASF Polystyrol 4561.1

! ' \;;r ~esis.~l\;

,~

Monsanto Lustrex; 50.8 mm diam. disc

n'ol reSislant,:'

,

...:. resistant lor weeks

~".;;;&'~~~Aiig!~,~rs f;:Y+{r&slSt~Qt

Io-r wee~$

BASF Polystyrol 4561.1

r

Monsanto Lustrex; 50.8 mm diam. disc BASF Polystyrol 4561.1

-..J ""'0

en

Chemical Resistance - Impact Polystyrene

...... -..J

00

~'~!Il~ti~

pork dripping pork dripping

Greases Gum Acacia Gum Tragacanth Hand Lotions Heptane

cup grease powder

n-Heptane n-Heptane

Heptyl Alcohol

<=365 <=365 <=365 <=365

:ll!fi1;~!

<=365 <=365 7

{x::::;·~K?~f~i

rr@}i%ifMtfsWaM'itt;Wi{i¥

Monsanto Lustrex; 50.8 mm diam. disc

iQ,&9;;fi

<=365 7 <=365

~!1~~!~I~~:ji

~~~~llj:i1If~~i'llf(;!~ili;;];;l;

BASF Polystyrol 456M Monsanto Lustrex; 50.8 mm diam. disc BASF Polystyrol 456M

1

~~

<=365 7 <=365

~lt~~~,;i!

<=365 7 <=365

;1ii;;~ii't;

-

Dow Styron BASF Polystyrol 456M Monsanto Lustrex; 50.8 mm diam. disc BASF Polystyrol 456M

i;;1;i~;~~1~~J~a~t~ll~~;;;~

Monsanto Lustrex; 50.8 mm diam. disc BASF Polystyrol 456M

.h"~;,;;1')

~lil~l[[il'~~~I;i~~~I~i;~~llll;t,;

Monsanto Lustrex; 50.8 mm diam. disc BASF Polystyrol 456M

..:

~~li\i~~l1i~;,

Hexachlorobenzene

##2.1);."':

<=365 <=365

Hexane

i1B~9 "'.~.,.'

<=365 7

7: 50';"

<=365

~~~~Wa0

Hexanetriol Hexyl Alcohol

~il:;:I~~:j;;

Horseradish Mustard Hydrochloric Acid

Curtis 4 10 15 15 38 38 40 40

@

'1:l

po ~

ri' CIl

concentrated

tl

I1l

cE' ;:l

t"'

0: .,

.,i=l

It::

"

Hydrofluoric Acid Hydrogen Peroxide

<=365 <=365

;!;::!;,.. '

<-365 7 <=365

~:~i~i.II~iilliiilr;~i'':

.";['=';[;"•.•

Monsanto Lustrex; 50.8 mm diam. disc BASF Polystyrol 456M

C,,~:-;_·

<=365 7

l:;ll~l:~~t~tll~T~li!(~II~;i;~·

.>¥~iY·"·

K~,.i~ff~I~H~~~~~t!!r~M:i

Monsanto Lustrex; 50.8 mm diam. disc

UW~2.}C

7

_:.::::::;::::~::.::::::::.::::::.~:

Horseradish

~1~jl~l;l,r!i~!

Monsanto Lustrex; 6.4 mm samples

Monsanto Lustrex; 50.8 mm diam. disc

',\2QUd

Honey

<0.1%

<=365 7 7 <=365

::llf.~,;)

n-Hexyl alcohol

i\ ;$~.!!:O~~'1~f~~Jlt$,i~~!~\<

\;\MJiWii

}~:¥:~~:~?

'ini.~o:,

n-Heptyl alcohol

CIl

-...,J -'"

Chemical Resistance - Impact Polystyrene

""U

en

17.1 7 <=365 <=365 7 17.1

§

,

>90

78

90-110

27

<=365 <=365 <=365 <=365

48

7

3 3 3

<=365 7 17.1

>90

90·110

..

BASF Polystyrol 456M

Monsanto Lustrex; ASTM 0638 bars Monsanto Lustrex; 50.8 mm diam. disc BASF Polystyrol 456M

•

" Monsanto Lustrex; 50.8 mm diam. disc Monsanto Lustrex; ASTM 0638 bars BASF Polystyrol 456M

+Wei?%~8n!~~tij~W%\!gR;;

Monsanto Lustrex; 50.8 mm diam. disc

11~~j~ltiISlili~~!~1

BASF Polystyrol 456M Monsanto Lustrex; 50.8 mm diam. disc Monsanto Lustrex; ASTM 0638 bars

r. Retained

@

'1l

S" ~

n'en tl (1;)

en

lEi'

Reage?t :'. ;'~'

L

Reagent Note

Hydrogen Peroxide

1. >C~~:: .J T~.~f' I.. i;;; . . . 1".. ,Loalf 3

50"

<=365

8

22

7

6

20

Hydrogen Sulfide

~

... P ... u::

Hydroquinone

in melhyl alcohol

1

saluraled solulion

4

Industrial Cleaners Inks Insecticides Iodine

22

7

5

20

<=365

7

<. 100

res.l~tS ge~.purp.

Llistlex

·resi$lant ·Io{wee~s.·

;~OU8~j~tanC<

BASF Polyslyrol456M Monsanlo Luslrex; 50.8 mm diam. disc BASF Polyslyrol 456M Monsanto Luslrex; 50.8 mm diam. disc

no measu(ea!>1e efleet

Dow Slyron Monsanto Luslrex; 50.8 mm diam. disc

9

modelllte·'fesi$t.some visual chg. ·;e;i$i~t lor years ..

6

resis!. <; gen: pUlP. luslrex

Monsanto Lustrex; 50.8 mm diam. disc

BASF Polystyrol 456M

<=365

6

resistant lor weeks

BASF Polyslyrol 456M

7

4

~isual chg. occurs

Monsanto Luslrex; 50.8 mm diam. disc

no chg.···l~' su,1.1 tens. sir.

"

2~

17.1

6

writing

20

<=365

9

Higgins India

22

7

2

writing

SO

<=365

9

resislant for years

BASF Polyslyrol 456M

Flil

22

7

5

"1ode~t~ resist·some visua@n~;

Monsanto Luslrex; 50.8 mm diam. disc

·22· 22

7 7

5

20

<=365

6

20

<=365

9

3

7

20

<=365

9

<=365

50

<=365

20

<=365

50

<=365

8 8 8 8

saturated solution

20

<=365

9

"

50

<=365

8

20

<=365

50

<=365

8 8

<=365

9

Iron (II) Sulfate

Iron Ammonium Sulfate saluraled soiution

29 50'

8;.

.". 20 ,'. ~. .

<=365

9

.,.•.50<

<=365

6

Isoamyl Alcohol

.,.

Isobuty Acetate Isobutyl Alcohol

100

i;

<=365

"

~.:

"

BASF Polyslyrol 456M Monsanlo Luslrex; 50.8 mm diam. disc

M'-::

BASF Polyslyrol 456M

> r~~ista~t for monlhs " ·years·'··

·';"··i#~tanj··'or

;. r~istarlfor mo9lhs

2

<=365

9

BASF Polystyrol 456M

7

6

Monsanto Luslrex; 50.8 mm diam. disc

,5.0

<=365

8

BASF Polyslyrol 456M

~~d+'

<=365

8

<=365

6

7

2

•

fruit preserves

·"'·not resistant

Monsanto Lustrex; ASTM 0638 bars

9

.~?

>:.

resistant lor years

17.1

\-:~\~:-:;::.;

isopropanol

59

7

'>i~~~ ; :;22

Isooctane

>90

5

50 saturated solulion

Kerosine

;;~isl~ lo{;';on\ll$

..

Material Note

;:

22"

saturated soluiion

Isopropyl Myristate Jams

.~,

50

Iron (II) Chloride

Isopropyl Acetate Isopropyl Alcohol

2

22

lincture 01 iodine

Iron Nitrate

6

7

Nots

H2S04 solution

in alcohol

Iron (III) Chloride

<=365

22'

8

" "

Re8j~~~pCe

POL ..• Rating

30

;:l

0-

I

'N

7

2:;~~;~;';

<=365 <=365 <=365

Monsanlo Luslrex; ASTM 0638 bars

Monsanto Luslrex; 50.8 mm diam. disc Dow Slyron

5

8ASF Polystyrol 456M

6

J~':

8,·

l

9

;~

90-110

7

J.

;.

~:; _:Y~~,>:::::i

Monsanto Lustre.; 50.8 mm diam. disc >90

Monsanto Luslrex; 50.8 mm diam. disc 100

Dow Slyron BASF Polystyrol 456M

,9 ,.

2

t '.$."

Dow Styron BASF Polyslyrol 456M

--..I

-u

en

~

Chemical Resistance - Impact Polystyrene

to

-J N

Chemical Resistance - Impact Polystyrene

""U

en

o

7

Lactic Acid

10 10 10 80 80 85

Lactose

saturated solution

Lanolin Laurel

ground

Lead Acetate

;;1;(22. , ;

:f~~~;1;)1

.. ..

Lauric Acid Lauryl Alcohol

I

100

saturated solution

:·';;I~t~;;;~;'

ji~1Iili~r1

~;~:l~~';~1~ :n~iN '·W2.0/.'.

<=365 <=365 7

<=365 <-365

~

r;'

Lilac Oil Lime

'"tl

Lime Flavoring Lime Juice

to·'"

Lime Water

~

;:J

p

...

(C

;'Wi}<

~!!~1j:;~~;.·.·

>90

90-110

,·.n·~$';,i·'!9r\Rli#~~;j:~4nt.·t.;;·,

~;;;~1W~j~~~1ii~iiifl,j~~ji.tl~

.'~.!li;J;.l i

f~~1;~~~~;t1tlf~'~I~~~~~~;~~~ ~~J~~l~~~i~I\~tl!i;IJi;f~i

BASF Polystyrol 4561.1 Monsanto lustrex; 50.8 mm diam. disc BASF Polystyrol 4561.1 Monsanto lustrex; ASTM 0638 bars BASF Polystyrol 4561.1 Monsanto lustrex; 50.8 mm diam. disc BASF Polystyrol 4561.1

..

Monsanto lustrex; 50.8 mm diam. disc BASF Polystyrol 4561.1

..

Monsanto lustrex; 50.8 mm diam. disc BASF Polystyrol 4561.1

7

;J}~m~i;::.~~~t::~;

i$#Wt>%[email protected];@;RiMfi

\'%@;~l;E>

EtiE\!t~~~!i!;!grM~l~!t%M@'

Monsanto lustrex; 50.8 mm diam. disc BASF Polyslyrol 4561.1

';~ii~';~f~JM)!m~i~#!·c~!i

Monsanto lustrex; 50.8 mm diam. disc

7

""'Ni$)h'

and peel

!I

and oil

,~;i~IJ~~:

<=365

:·n;•• ~~1;,tI

7

powder

~ii;l;I~~lj,~ ,i'i~ifi\;~1

<=365 <=365 <=365 <=365

..

.

;:;j;;n!¥j~lmHptt2[%B)g;·

Monsanto lustrex; ASTM 0638 bars

<=365 <=365

7

<=365

Dt{~.~:~::h~%:f

~';~~~;I~!~i~llf~I~~ii,~~l~i~;lr~~ hMh!;iW·.j~#9!M~!§JM!M&A+%'.>'

• ••!l•• • • . :(J\!!~I~t~M~tW?IfimWiiJ&

BASF Polystyrol 4561.1 Monsanto lustrex; 50.8 mm diam. disc BASF Polystyrol 4561.1 Monsanto lustrex; 50.8 mm diam. disc BASF Polystyrol 4561.1

artificial

7

Monsanto lustrex; 50.8 mm diam. disc

chlorinated lime

<=365 <=365

BASF Polystyrol 4561.1

.

lime emulsion flavoring

7

<=365 <=365 <=365 7

<=365

Lindane

/<·%'~'<·'t···:·

;,'·.f?;t\%:

t""

0: ...

· · ·. :!;~g;'i;··.

<=365 <-365 <=365 <=365 <=365

90-110

:x:

fresh

@

po

.·t(r,~$.,*g8im~i.#i!m;·.WWiiX%

7

:1.;;;~~";;! '.)(2,2')\"",

l;!~:i~~ll~;;

Ligroln 1l

~;::; SL~t i

'~!~::::(;~[:::~?1f~tf1

Lead Sulfate

Lemon Peel Licorice

'rti~M~~!€,~jiM~~~;;;; iii;:;; +:;nt~1mMII2;t~K~;.·.m;t%·

>90

7

Lead Stearate

Lemon Juice Lemon Oil

._," . .)t~tr :-J

<-365 <=365 17.1 <-365

7

Lemon Emulsion Flavoring Lemon Grass Oil

i1 ,;;;lJ1 ;

"H;~o;(?'"

{'liP), ;<

Lead Nitrate

Monsanto lustrex; 50.8 mm diam. disc BASF Polystyrol 4561.1

7

<=365 <=365 <=365 17.1 <=365 <=365

t,;;!2; . '

";~~;.;

saturated solution

<=365 <=365

g·Benzene Hexachloride

7

H\~.¥f'

gW.~f}····,···

i;;%H%!¥~mM~!~@f lit ·;;:••X Monsanto lustrex; 50.8 mm diam. disc BASF Polystyrol 4561.1 ·g;iWt#~~~§n~f~~uwWi.W;@;

Monsanto lustrex; 50.8 mm diam. disc BASF Polystyrol 4561.1 Monsanto lustrex; 50.8 mm diam. disc

·· .. ··::t··

@

....------,;;:

%Retal~e.d.

'1:l

S' C/)

IR&agent

. "l

. Reagent Note

~

C/)

tl

ILinseed Oil

;:l

t

.., Q ..,

0It:

~

Time (daya)

R~t1n9

<=365 7 <=365 <=365 <=365

9

,~t

""1°>.

ground

,,"50 ,,'x.

22

IMagnesium Carbonate

;,.

50' 20., '22

20

.50'

Magnesium Sulfate

20 50

Maize Oil

20 50"

Malic Acid

10 10 10

.~

20 22

'50

\

<=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 7 <=365

MarJoram

leal ground

7

<=365

8

20

ground

7

5.0

<=365 <=365

".~~~\>

Mayonnaise

~.

Meat Tenderizer Menthol

in alcohol

10 10

crystals

Mentholatum Mercuric Chloride Mercurochrome Mercury Mercury Chloride Mesityl Oxide

powder saturated

salurated solution

5

1

7

0.21%

Monsanto Lustre.; 50.8 mm diam. disc BASF Polystyrol 456M

~

.. /

~: .;

~ ~:,

.u

J8sistan! lor weeks resist <"Qlll purp, Lustrex ;8siSl~n! for day~. ,

Monsanto Lustre.; 50.8 mm diam. disc BASF Polystyrol 456M

ESC!t likely

Dow Styron BASF Polystyrol 456M Monsanto Lustre.; 50.8 mm diam. disc BASF Polystyrol 456M

ra;.i$!ant lor-years resist. < g.n. purp: Lustrex

r.sist~( '9!montlls, 100

8 2 8 7

·1

no measu.reable affect .

Dow Styron BASF Polystyrol456M Monsanto Lustre.; 50.8 mm diam. disc BASF Polystyrol 456M

':~~~~i~;!~::~

;~;~~~Sil~f~:~~i~~~~

Monsanto Lustre.; 6,4 mm samples Monsanto Lustre.; 50.8 mm diam. disc

'",

!*&!!~#(~Mij~M~~~i 118 ,.

i

BASF Polystyrol 456M

re$i$tanl for days .nOt'f8slstant

Monsanto Lustr..; 50.8 mm diam. disc

50

,~

7

2'

22,

7

8

u~slSlant '

'22

7 7

6 '4

resls!,< Qll~. 'purp, ~uSlreJ( , vi~bat'c~g,occJis

5 9

;,mooerale'rtlS\s.I.'some visUal chg. :'. " r.~i~l'l"tlory~~'

8

reslStllllftofiiiOiitilS •.•. fesis\i~\ f;' ~e;k~,

:~

22·",·

8 5

22

7

20 20

20

<=365 <=365 <=365 <=365 <=365 <=365

2.2.

7

2

?O

<=365

o

?O .2.°.

6

"

°o o

Dow Styron

"'reslsi\iiiflOiiiiOiiiliii •

<=365 <=365

20

50

Methyl Acetate

B 9 8 "9

<=365

22

res[si. < gen_purp, Lusue.

6 5

50

Dow Styron BASF Polystyrol 456M Monsanto Lustre.; 50.8 mm diam. disc BASF Polystyrol 456M

rtsislanl re~jsianHor years

{.:

9

'22

BASF Polystyrol 456M Monsanto Lustre.; 50.8 mm diam. disc BASF Polystyrol 456M

'0, .~.$i;I;';I"or year~

6

2 9 6

:~

:-,

no mea&ureable effeCl

9

<=365

.

rlisiSlanl for,years

9 9 9 9 9

Margarine 20

.'

,

;:~~;~6;j~; '~~y:;i 100

9 6

7

50

saturated solution

7

<=365 <=365

I

Material Note

". ;;."i:;:~;~~l~~:~;~;h;·

9 8 9

<=365

20

~

.,:.

8 8;'/.:.. 5 "8

~,~~~i~anc, Note,

Tensile Elongallon Slfenglh'

,2

.,:.

Magnesium Bromide

Magnesium Chlorite

Load

POL

Tell:lP' I:>,(·Cl . . ;20'.

boiled

~ C/)

<5'

Cone.

("'I

;:;.

.,

BASF Polyslyrol 456M

:<<
~,. Ie

Mlre$i$lant

dis~ol~~ijH ..

Monsanto Lustre.; 50.8 mm diam. disc BASF Polystyrol 456M

-..j

-0

en

Chemical Resistance - Impact Polystyrene

N --"

-.J

Chemical Resistance - Impact Polystyrene

"'U

en

I\:> I\:>

8

'20

<=365

50

<=365

6

Dow Styron BASF Polystyrol 456M Monsanto lustre.; 50.8 mm diam. disc BASF Polystyrol 456M

2.Z

7

8

Monsanto lustre.; 50.8 mm diam. disc

20.

<=365 <=365

9 .6'

BASF Polystyrol 456M Monsanto lustre.; 50.8 mm diam. disc

~2

Methyl Amyl Alcohol Methyl Butyl Alcohol

AO

Methyl Butyl Carbinol Methyl Chloride Methyl Ethyl Ketone

7

6·'

2.Z

7

2

.'.2i..

<=365

5.0

<=365

o

BASF Polystyrol 456M Monsanto lustre.; 50.8 mm diam. disc BASF Polystyrol 456M

:'/22;.;

7

8

Monsanto lustre.; 50.8 mm diam. disc

7

7 .(2

<=365

o

Dow Styron Monsanto lustrex; 50.8 mm diam. disc

7

2

<=365 <=365

.0

BASF Polystyrol 456M Monsanto lustre.; 50.8 mm diam. disc BASF Polystyrol 456M

7

2

22 . ,

Methyl Isobutyl Ketone

i2~'

'i;~~;;·

Methyl Isopropyl Ketone

5·,

7

2?' ··20

Methyl Ethyl Silicone Methyl Eugenol

6.'

0" 2

7

Methyl Propyl Ketone

<=365 <=365

Methyl Salicylate

<=365 <=365

Methylcyclohexane

<=365 <=365

Methylene Chloride

<=365 <=365

o Monsanto lustre.; 50.8 mm diam. disc BASF Polystyrol 456M

".,. :;.,0

7

Monsanto lustre.; 50.8 mm diam. disc BASF Polystyrol 456M

7

Monsanto lustrex; 50.8 mm diam. disc BASF Polystyrol 456M

7

Monsanto lustrex; 50.8 mm diam. disc BASF Polystyrol 456M

7

Monsanto lustrex; 50.8 mm diam. disc BASF Polystyrol 456M

<=365

Milk

@

"1:l

po ~

n' VI tl

CIl VI

<5' ;:l

~

., >l .,

0-

homogenized moist powder powdered

<=365 <=365 <=365

paste powdered

1 7 7 7

moist powder powdered

<=365 <=365 <=365

Mincemeat

Dow Styron BASF Polystyrol456M

1.2%

Monsanto lustre.; 6.4 mm samples Monsanto lustre.; 50.8 mm diam. disc

BASF Polystyrol 456M

7

Mineral Oils

100

17.1

USP

7

Monsanto lustre.; 50.8 mm diam. disc >90

90-110

··:~~~~~~~~i.j~!~~:~0;:~;~

Monsanto lustre.; ASTM 0638 bars Dow Styron Monsanto lustre.; 50.8 mm diam. disc

@

'~~" n' en

tl C1l en

lEi' ;J

~ c:r

.,p ., It::

% Retained

Rea~~nt

Reagent NOte

C~~c"Ir-~~r

Mineral Spirits

'20

Time (ays) ~:{

... 5Q·

<=365 <=365

-'-??\o,.

Molasses Motor Oils

Load

1.2% 7

<=365

Mouthwash Mustard

'22

Naphthol

(~)

Material Note

7 8

BASF Polystyrol 456M

.. ~~f~iiure' " .. reslstl!ilt;lory~\irs no{;e~j$I~~1 /' reslstllllllor months

Monsanto Lustrex; 6.4 mm samples BASF Polystyrol 456M Monsanto Luslrex; 50.8 mm diam. disc BASF Polystyrol 456M

'stra19.'!s Ilvell0 firsl cracle

Monsanto Lustrex; 6.4 mm samples

'P!lsslble ~SCR' *or~ing stress roiduc.d by 1/8 .',.•..reslstSnt )o( ~riths slra~·i$ ~vel to fiisl crael< moderate r~slst.-some visual chg.

Dow Styron

<=365 1 7

50

<=365

5 8

. . .•. . . . . ".....I'~i,~.'M!!~.!)Wlml!.~

BASF Polystyrol 456M Monsanto Lustrex; 6.4 mm samples Monsanto Lustrex; 50.8 mm diam. disc BASF Polystyrol 456M

22

7

2

iiio(ieslslllnr

Monsanto Lustrex; 50.8 mm diam. disc

20 20, 22

<=365 <=365

8

re~i.~~rllor;~~lhs

crystalline dissolved in alcohol

'50.

".resi§i~nt tor hours

dissolved in alcohol

20 '50

<=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365

6 2 3

crystelline dissolved in alcohol

''<.,

.,-.'

7

50'

20.

",,··,"50" 20 25

concentrated

20 50 22 22

,20..,'

22

7

<.~~\'t ,'20

Nitrobenzene

5P n-Nonanol

5Q; '.

n-Nonanol

<=365

2;>?2. 4

".~i1.\)

"/{2?' ground ground ground ground

~

7 7 7

<=365 <=365 <=365 <=365

5.

3

o

I

..

.

9

7 17.1 7

Monsanto Lustrex; 50.8 mm diam. disc BASF Polystyrol 456M

reslSlanl tor ilears

9

70~2

<=365 <=365 <=365 <=365 <=365 <=365

resistent lor 'weeks (ui$lam for:hours

9' B 5 5 3 5. 2 3 8 8

<=365

res,~~r"'~~i:;::.ek~

6 3 9

<=365 <=365

7022 20

BASF Polystyrol 456M

3

30;.20 30 ')5.0

Nitric Oxide

dark. light. dark, light,

2

5

/50

Novocain

0.25%

7 17.1

~2

en

Note

..,~ 2'2

Nitric Acid

-0

;.~;.

.2.0

Nickel Sulfate

Nujol Nutmeg

,

4

Neats Foot Oil

Nonyl Alcohol

~'i;

resistant for hours

3 9 9' 2 8

0.18%

yellow

Naphtha Naphthalene

:\>./,.

~llslstance

1'1InslI,'1 EJOnglll.on ·1.Strenglh .'.

3

<=365 Sunaco

POL Rating

>90

67

;. mooeraiiiislsOsomi visUal chg. surf:yellow;no.chg, in tens. str. ·re,~lstentl.or mon~s ',esiStantlo( days

73

17

moderate ·reSlst.:some visual chg. ;oitenld: yell6wed reslslant for days , not rBsis~nt resistant 1.0r·l1ours

Monsanto Lustrex; 50.8 mm diam. disc Monsanto Lustrex; ASTM 0638 bars BASF Polystyrol 456M Monsanto Luslrex; 50.8 mm diam. disc Monsanto Lustrex; ASTM 0638 bars BASF Polystyrol 456M Monsanto Lustrex; 50.8 mm diam. disc BASF Polystyrol 456M

r~,sistanj;fo, months

+

,Bslstanl for hours " ,dis$oived

<

9 8 9 8 8 8

" resistant lor ·r.ears . resls1~nt

~

're,s(slan~fOI;clay~<. ,,(e~ISlantf()Fw'i~~s .

: d 3

Chemical Resistance - Impact Polystyrene

iesisl~r,~f,;'J;s > ieSfstlint, :: ./~:"~'\ :.~::;::. u::::-;.:::: ".: '".

Monsanto Lustrex; 50.8 mm diam. disc BASF Polystyrol 456M Monsanto Lustrex; 50.8 mm diam. disc

.' ...

~.

.'

BASF Polyslyrol 456M

~i~Ja~!~¥Hours

-J N

c.>

Nutmeg Oil Octyl Alcohol

Oils

I\""20""",,

~~0tr~j~t~~~}

bland 3-in-one water soluble

!:it,ll~\;~1

7 7

100

"

Orange Oil and peel and oil

Oxalic Acid

10 saturated solution

"

Oxymethylfurfurol Ozone

'tl

p

~ F;'

Paints Palamoll644

<0.5 ppm absence of light <0.5 ppm children's water paints

tl

Palamoll646 Palatinol A

16' ;:s

t"'

0: ..,

.., >l

Palatinol AH

diethyl phthalate bis (2-ethylhexyl) phtahlate

"

Palatinol C

t;il\~~;io!o

<-365 <=365

;I1J';;~~',:;;

<=365 <=365

?{~:~~'~:i~~fH

7

't;;~q;',it

<-365 1 7 <=365

~I;rl!:;~;'~

<=365 7 <=365

dibutyl phthalate

"

Monsanto Lustrex; 50.8 mm diam. disc

~ii;~;1;~i'r~111!'~~J(l~~~it~i~

Monsanto Lustrex; ASTM 0638 bars BASF Polystyrol 456M Monsanto Lustrex; 50.8 mm diam. disc BASF Polystyrol 456M

[;111~lf~II;,II~~I)lli~;~

Dow Styron Monsanto Lustrex; 50.8 mm diam. disc

-

Monsanto Lustrex; ASTM 0638 bars BASF Polystyrol 456M Monsanto Lustrex; 50.8 mm diam. disc BASF Polystyrol 456M

., i'\~,XY

,'",'."

Monsanto Lustrex; 50.8 mm diam. disc

~:I

• •Il

BASF Polystyrol 456M Monsanto Lustrex; 6.4 mm samples Monsanto Lustrex; 50.8 mm diam. disc BASF Polystyrol 456M

\:i~<;}

,;':ii,i i,;!;~;~i'~tl1~;~\!~~1~[[:;;.

Monsanto Lustrex; 50.8 mm diam. disc BASF Polystyrol 456M

Wmwf<;;Mn~~J~l!fi~;W¥.%i;

Monsanto Lustrex; 50.8 mm diam. disc

~t:fi.i~~l;I~']iiir~~~~

i!~;,j',liIJ~~ \.8MV\

0.14%

i\?;;);<

[:j;';[i~.· •.;i~

7

(j1;·;~~!·!··.·

~~;;~l~~~~li

7 <=365 <=365

;!'i;i;¥6j~J;;

<=365 <=365

~ l!~I~ i~ j

<=365 7 <=365

M:?~im,

7

<=365 <=365 <=365 <=365 <=365 <=365

90·110

>90

90-110

)':i;014~~~~'i~~~~~'~I'~';

7

'L.<~;.·

>90

t~,~;i[t'i';;i!~J:

\tt~)hi;:

<=365 <=365

"

CI>

17.1 <=365 7 <=365

<=365 <=365

CI> (1)

.gJ~e)'• •

~

;r;;@N#Mm~~~JMf%i%(H#

i+nW~f>~~W

:~~rt< :.:\:J:~::-:~

powder dried, ground

Orange Emulsion Flavoring Orange Juice

Orange Peel Oregano

7

n-Octanol

Olive 011 Onions

tMg?d&

17.1 <=365

100

Oleic Acid

@

-..I N

Chemical Resistance - Impact Polystyrene

""U

en

'·HW!i9V~~~(MnNi.M;\;'·{

~i!.ll;ail~1a~;:t;~~~~;~i['ii~'

Dow Styron BASF Polystyrol 456M

Dow Styron Monsanto Lustrex; 50.8 mm diam. disc BASF Polystyrol 456M

;~ill\~~~i;;l

:jt\}~!~}tMt FtMt~Sfk%

~i~!~:;~1~~llrilti;I~~~~iii~

Monsanto Lustrex; 50.8 mm diam. disc BAS F Polystyrol 456M

rN%tA?rM~a~~~.tt.g3mZ~~t::+r® Monsanto Lustrex; 50.8 mm diam. disc BASF Polystyrol 456M ;*fi#rli!~ijjj@!.tffiO!i!!j~iW.;·.·•·•·• • i

@

::E p ~

Reagent Note

IReagent

IPalatinol ON

dinonyl phthalate

20

<1l

;J

., .,

Cl"

50

IPalatinol M

dimethyl phthalate

IPalatinolO

dimethyl diglycol phthalate

p

<.c::

Time (days)

(%1

r;'

'tl" '" 15' s:

Cone.

I:alatinol

Z

2.0

sir"

20 "". fiO·""" ;"

didecyl phthalate

% Retalrled

Tenan. I·Elongallon Slrenglh

resistanl for weeks

BASF Polystyrol 456M

6 5

, IMi~t~nn~rq~~t resislant for hours

3 'ieslsliiiifio,days '

5

7

50

<=365

,20

<=365 <=365

9 9

7

2

not leslstant

Monsanto Lustrex; 50,8 mm diam. disc

17.1 7 17.1

°

dissolved not leslstant J\~t.d,n0chg,ln el,ong.

20 22

<=365

,50

<=365

9 8 8

7 7 7

7 8 5 8

Monsanto Lustrex; ASTM 0638 bars Monsanto Lustrex; 50.8 mm diam. disc Monsanto Luslrex; ASTM 0638 bars BASF Polyslyrol 456M Monsanto Lustrex; 50.8 mm diam. disc BASF Polystyrol 456M Dow Styron Monsanto Lustrex; 50,8 mm diam. disc

}esist~nl

for weeks resistant for days

resistanl for years moderale resist.-some visual chg.

1~~\~!MVory~!}

Monsanto Luslrex; 50.8 mm diam. disc BASF Polyslyrol 456M

modelate·lesist.-som. visual chg. resislant fOI months

Monsanto Lustrex; 50.8 mm diam. disc BASF Polystyrol 456M

pOssib18eSCR reslstanl tor yeal~

Dow Styron BASF Polystyrol 456M

resiSiiioiifor rOOniils'

4 ground

50 Parachloride Paradichlorobenzene

crystals

100

22." 22

22 22,

vapors

liquid paraffin oil liquid

Paraffin

7

Parsley Peanut Butter low oil content 100

Peanut Oil

17.1

<=365 7

saturated solution saturated saturated solution

Pectin

Penicillin

G

Pepper

Peppermint Oil

black, ground While, ground black pepper, fresh red, cayenne whole black black, ground white, ground

<=365 <=365

2 7

9 8 5 8

:;{".

85

90-110

·:r

ieslsiiioilfoi'yeiis r8$islant resistant tOI months ~workm!lSllesS,:reduced by 118 , leslS!a~l: "

iii!ii'e~lef!~~~;~:mil~j$~al c~g. >90

90-110

9

,~~~l::~:~=~~~

• • ';'oderal$ liSiSf;so;"e visual~hg.

"f~~i~lM!lpnmmlM

Monsanto Lustrex; ASTM 0638 bars BASF Polystyrol 456M Monsanto Lustrex; 50.8 mm diam. disc BASF Polystyrol 456M

",~iSliioil"fQi'yeais:'"

7

8

<=365 <=365 <=365

B

. r~lsl~nf • r~siSiaflllodnon1l!S

9

/~SISJafllo~·yearSi

7

<=365

.8 .3

7

,8

Monsanto Lustrex; 50.8 mm diam. disc BASF Polystyrol 456M Monsanto Lustrex; 50.8 mm diam. disc

<=365 <=365

6

BASF Potystyrot 456M

5." 2" 8

Monsanto Lustrex; 50.8 mm diam. disc

7 7 7

<=365 <=365 <=365

9

.'i;~::

7

-c

Material Note

22

7

Paprika

en

Resistance Note

20

20 22

50

Penicillin Pentane Pentasol

I

<=365 <=365

50,'

Palmitic Acid

POL Rating

5 6 5 9 5 9 8 5 8

:20

Palm Oil

<=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365

Load

Chemical Resistance - Impact Polystyrene

Monsanto Lustrex; 50.8 mm diam. disc BASF Polystyrol 456M

BASF Polystyrol 456M

Monsanto Luslrex; 50.8 mm diam. disc

-... N

(,]l

en

, , , ""'~ ~"

.

I, : · · ·..·····:.... I

Reagel'it Peppermint Oil Peppers Perchloroethylene Perhydrol Petroleum Ether

/

Reagent Note

I.

.Conc;

• .c.."

I TIIIDPil" Time'l "c.. /:(~r~)'.,..

sweet bell

10 10 50

.~::

~:

Phosphorous Phthalic Acid Pickling Baths Pimento

3

BASF Polyslyrol456M

"'8

Monsanto Lustrex; 50.8 mm diam. disc

2 8

BASF Polystyrol 4561.1

<=365 <=365

3 3

<=365 7 7 <=365

9 8 5 9

<=365 <=365

9 9

<=365 <=365 17.1 <=365 <=365

8

20·

~O 22··

Pine Oil

1 1 30 30 43 86 86 86

Dow Styron

"3

BASF Polyslyrol 4561.1 Monsanto Lustrex; 50.8 mm diam. disc BASF Polystyrol 4561.1

<=365 <=365 <=365 <=365 17.1 <=365 17. I <=365 7

'8

Monsanto Lustrex; 50.8 mm diam. disc

3 3

BASF Polyslyrol 4561.1

<=365 7 7 <=365

<=365 <=365

t

Polyethylene Glycol Monolaurate Poppy Seeds

""1

BASF Polystyrol 4561.1

8

Plastomoll DOA

6

7

to· ""1

64

<=365 <=365

<=365 <=365

0-

>90

Monsanto Lustrex; ASTM 0638 bars BASF Polyslyrol456M Monsanto Lustrex; ASTM 0638 bars BASF Polystyrol 4561.1 Monsanto Lustrex; 50.8 mm diam. disc

20 6\

Plastigen G

fresh

90-110

r ~):~-;;:}

0' en tl (1) en

P

6

8 ~,

pine needle oil

>90

8x

9' 9

Pineapple Juice

;J

8 8 8 9

<=365 <=365

P ~

2

3

.• ··20·{:·:·····

pine needle oil

@

8 <=365 7 <=365

saturaled solution

..

Monsanto Lustrex; ASTM 0638 bars BASF Polystyrol 4561.1

5 3

7

mixed

BASF Polystyrol 4561.1

6

i., :·2.?A i, :-::-~.:.::::.

Monsanto Lustrex; 50.8 mm diam. disc

3

white

ground

Material Note

R~tln'g

7 7 <=365

Phenyl (3 Naphthylamine Phenylethyl Alcohol Phosphoric Acid

I PDL

<=365

Phenacetin Phenol

[

":j;

:': 22;.• ':

carbolated

Load

2,2 . i

Petroleum Jelly

"I:l

-.J N 0>

Chemical Resistance - Impact Polystyrene

""0

3

2

<=365 7 <=365

i

3

BASF Polyslyrol 4561.1

9 5 9

Monsanto Lustrex; 50.8 mm diam. disc BASF Polystyrol 4561.1

9 9 5 5

'2 7

Monsanto Lustrex; 50.8 mm diam. disc

2

l!.

Dow Styron Monsanlo Luslrex; 50.8 mm diam. disc

@

~

i=l

~

n' VJ

tl

Potassium Aluminum Sulfate

~

<5'

saturated solution saturated

<;365 7

saturated solution

<;365

;:l

Potassium B i c h r o m a t e "

~

Potassium Bisulfate

t

"

Potassium Bromate

Potassium Chromate

saturated solution

:"'<2°"<')

<;365

7

Monsanto Lustrex; 50.8 mm diam. disc

,::S,AO"''''''''''

<;365

BASF Polystyrol 456M

:),~9

<;365 <;365

:~i~

" "

..,<50..., ',.,.

.2C

Potassium Ferrlcyanide Potassium Fluoride

.,

~O··'··

. , .20

saturated solution

" "

<;365 <;365 <;365 <;365

,,5Q ...

",39

"

Potassium Dichromate

:>'";S:il\·. ,.

<;365 <;365

'tt

<;365

"SQ,,):

<;365

. :,/20

with sulfuric acid

·22

7

Monsanto Lustrex; 50.8 mm diam. disc BASF Polystyrol 456M

." &0:"\'1

<;365 <;365

.

<;365

saturated solution

,,~~,'"

"

1 0 , ~o./' 1022;

Potassium Hydroxide

7

i~;':~r;: <~~~5

40 40

concentrated

'•.

Potassium Iodide

Potassium Nitrate

:~.:;1!~;;< ::H~ <;365

saturated solution

20 "":.

<;365

"50\:!fu

<;365

"

. 20d

saturated saturated solution

' 22

<;365 7

.,. 5q":'

20

saturated

BASF Polystyrol 456M Monsanto Lustrex; 50.8 mm diam. disc

20i:

<;365

'22

90-110

Monsanlo Lustrex; 50.8 mm diam. disc BASF Polystyrol 456M

r~sl:~~~~~}~~~!;!~i:::, teslsiiltitfot mOQlhftV

Monsanto Lustrex; 50.8 mm diam. disc BASF Polystyrol 456M

Monsanto Lustrex; 50.8 mm diam. disc

>90

90-110

<;365

"1J

.

<;365 <;365 7

17.1

en

Monsanto Lustrex; ASTM 0638 bars BASF Polystyrol 456M

<;365

5()"

"~Qf

>90

7

<;365 <;365

.go

Potassium Permanganate

Monsanto Lustrex; ASTM 0638 bars

7

. :/ 22 ":, ::: 5"6'; .,

saturated solution

69

Dow Styron

17.1

saturated solution concentrated

Potassium Iron(lII) Cyanide

Monsanto Lustrex; 50.8 mm diam. disc

>90

?

",.22

":22"

Potassium Iodate

BASF Polystyrol 456M

<;365 <;365

Potassium Carbonate Potassium Chloride

Monsanto Lustrex; 50.8 mm diam. disc

<;365

saturated solution

Potassium Bromide

::'"):'.

<;365

-;

BASF Polystyrol 456M . ::.:;s

Chemical Resistance - Impact Polystyrene

Monsanlo Lustrex; ASTM 0638 bars BASF Polystyrol 456M

-..J N -..I

r;:~:~

"

Reagent Notl!

Cone. (%)

~ I~

·:remp.

«~cf

~p"

.iz

POL

<=365 <=365 <=365

liquid gas liquid

l·propanol

Propyl Alcohol (2-)

pro~~ene

t er

1:1 ~

n' V> t::l

C1l V>

tE· ;:l

t"'

0: .,

.,p

tt::

Monsanto Lustrex; 50.8 mm diam. disc BASF Polystyrol 456M Monsanto Lustrex; 50.8 mm diam. disc BASF Polystyrol 456M

22 20'"

7

7 B

wOrltlng sl(ess reduced by 1/8 resistant

Dow Styron Monsanto Luslr..; 50.8 mm diam. disc

resistant lor years

BASF Polystyrol 456M

7

9 5 2

resistant for days ''':''nO! resistanl

Monsanto Lustrex; 50.8 mm diam. disc

7

2

<=365 <=365

0 '

20·

<=365 <=365 <=365

22.

7

+~o,

<=365 <=365 <=365 <=365 <=365

. ,i~O

:~2

20 •..

... "

.

,.0

o

BASF Polyslyrol 456M

're\i~:Z~;:;~I~S

8

8 ,,8

Monsanto Lustrex; 50.8 mm diam. disc BASF Polystyrol 456M

.

. :t!~\slAAtl~tmlW.l!s

B 8

o o

7

2

<=365

9

7

6 S'

<=365 <=365

3'

.....•••"no.t reslslant""

[

Monsanto Lustr..; 50.8 mm diam. disc

resistant lor years'

r:)~~!rnh:(~~~:lrex

BASF Polystyrol 456M Monsanto Lustrex; 50.8 mm diam. disc BASF Polystyrol 456M

..n!lne.sistant':,

Monsanto Lustrex; 50.8 mm diam. disc

/"

I

..22.

···:L~'·

pyrogallol

\,2:hY·· >' ;'?-?F,)

Quinine Red Copper Oxide Resorcin

I

.'/;20:

IResorcinol

5

<=365 <=365 <=365

3 "3. 3

7

2

<=365 <=365 <=365 <=365

o

7 7

o 8 6

s., "

<=365 <=365

IRongalit

,,8.,

kC22 exlract

n"i2, .

9 ~ 8 .~-'

8<

7 7 7 7

f

t, ~\. ~

BASF Polystyrol 456M 'c'o

"

r!sisl.l!!\1 iOI months

i~#$!i1hiforw~ekS' '~~~R;

Monsanto Lustrex; 50.8 mm diam. disc

;··moder~t~)~~."OIil. visual cbg/

tr~~~~~~~;T!'

BASF Polystyrol 456M Monsanto Lustrex; 50.8 mm diam. disc

.8'"

<=365 <=365

IRoot Beer

. 5 "" 8'

6

7 7

crystals

IRose Geranium-Oil Rose 011

resistant 'Ior years resistant •resistant tor years

22,,·

Propylene Oxide (1,2-) Pyridine

po

resiSlan! lo~years • fJslstanl "

9 8 9

9

Propylene Oxide

Pyrogallic Acid

BASF Polystyrol 456M

for we~ks

<=365

"'20

Glycol Methyl

I~mtanl

so

;"~~

Propylene Dichloride Propylene Glycol

"i~~ist~:~1 for Y&~~$

9 B

/50 Propylene Chloride

Materii.l N,ote

u.

7

"20

2·propanol

I

22

"'22 '20:

l·propanol

~e~!~tant:e ,Notl!

Tlnlllil Etongillon

.

:;..:-.

20

50

Propyl Alcohol

\

<=365 <=365

20 .. 22

Propyl Acetate (2-)

co

9 6

Poultry Seasoning Prontosil Propane

I

N

% Retained

Rating Strength

7

50

Potassium Sulfide

Load

",,"

50

Potassium Sulfate

,Time (deYI)

. ···.20

Potassium Persulfate

@

-...j

Chemical Resistance - Impact Polystyrene

"U

en

8 2

;,

2

• r~~jant lor y..rs

re~i~~~i {or mo~th<··.

BASF Polystyrol 456M Monsanto Lustr..; 50.8 mm diam. disc

@

P ~

r;' Cfl

~ Cfl

<E'

% Retained

"

'1J

Re~~~nt

Reagent

No~e

::;;:,

Conc.

Temp.

Time

I")

('C)

(dlys)

Rosemary Rotenone Resinoid Rum

Sage Salicylic Acid wi benzoic acid

Salts dry dry

Sandalwood Oil SantaI Oil Saponified Oil Sassafras Oil

7 7 7

8

$0.,

<=365

8

20 ..: . 20· ,.,

<-365

.~

j Elongel~n

Resistance Nllte .. ';)'$$istanl

<=365

50

<=365

9

50

<=365

9

·22 20

7 <=365

2 3

7

5

2~

<=365

22

7

3 2

50

<=365

3

22 22 20·:

7 7

5

<-365

50

<=365

..20 50

'

Monsanto Lustre.; 50.8 mm diam. disc

mod~raj;.(~~i;;~9ffi~N~pal chg, " .($$ist8i\Hofirioriii\$

8ASF Polystyrol 456M

rlls~)~t!orh~u;~,;::,

.' , moderate IfSist.-s.oni.e:'jSllal i:hg. ,.

Monsanto Lustr..; 50.8 mm diam. disc

·reslslant

Monsanto Lustre.; 50.8 mm diam. disc

resislant fOI yea,s

BASF Polystyrol 456M

. ,it.,. l~slslant

6 9 9

Material Note

.... ;.

5 ...,. ··11 9

2~.~

Monsanlo Lustre.; 50.8 mm diam. disc

reslsl::·<·gen· pu'p. Luslre~ ';;;Slstant for '~nths

BASF Polys tyroI 456M

J~~i,sta[lllor years

,. nbt resistant

Monsanto Lustre.; 50.8 mm diam. disc

,.;iislant for hours

mOd~[at~i8s~t.'som.~isual

BASF Polystyrol 456M chg.

Monsanto Lustre.; 50.8 mm diam. disc

· rkistant for· hours ·','~ot resishint

8ASF Polyslyrol 456M Monsanto Lustre.; 50.8 mm diam. disc

'~slslanl for hours

8ASF Polystyrol 456M Monsanto Lustre.; 50.8 mm diam. disc

9 9

,esistanllor years

BASF Polystyrol 456M

<=365

3

, ift1$!antf6il'iiMs'

<=365

0

dissol.ad'

20 22

<=365

3

'$$istanl for hours

7

2

50

<=365

3

'·~e~j~!Mnl!t hours

Sesame Oil

20

<=365

6

22

7

5

Shrimp Silicone Oils

22

7

5

mode~:~~:i~~;~::~~~1~,

sausage fat

summer

Sebacic Acid Dibutyl Ester Selenium Chloride

Silver Nitrate saturated

Soda

saturated solution

Sodium Acetate Sodium Benzoate

2Q

<=365

9

<=365

9

20 22

<=365

8

7

8

50

<=365

C' 20

<=365

50

<=365

29

<-365

50.

<=365

6 .9 8 8 8

'20:,: . . .·22 .,.,

<=365

8

.".2.2"'>1

Sodium Bicarbonate Sodium Bichromate Sodium Bisulfite

:':2{"""

50 saturated

8

·50

,·.l'5o:

en

13 3

. . ~~"

. moderalei~isi.-some visuiiH:l'ig;> resistant ."

Sausage Savory Sea Water

-0

<=365

Tensile Strength

5

<=365

22;~

saturated

I Rating POL 8

7

·22 20 22

I

7 7 <=365

. .i2.~

t""'

..,0: I=l ..,

.

22 22 20 ~Qt

rum essence

;:l

~:-.~'

Load

"22

,22

7

"

not resistant

Monsanto Lustre.; 50.8 mm diam. disc BASF Polystyrol 456M chg.

1Fist~tlor ye~rs'

I

· "l~ist~nt for months resIStant

I

8ASF Polystyrol 456M

. .<.:.::::<---~> . ." ",-.

. resi$t<~ g_n;purjl,.LUS.lr"

8

:+i~~i~~~t IJ;;"onU)s;?

7 7

6

.}e~isk~geri, j1~Ip,{~$ii~t

8 .~...

Monsanto Lustre.; 50.8 mm diam. disc

· r~~\~m!pr\":l'eM .i~SIS1,lliinol years resisiant lor montlls

;6

4

8ASF Polystyrol 456M

"

<=365

17.1 7

Monsanto Lustre.; 50.8 mm diam. disc

'ii"

"

ii~I~¥at~ii~. oCcvi~'

87

90-110

Chemical Resistance - Impact Polystyrene

Monsanto Lustre.; 50.8 mm diam. disc 8ASF Polystyrol 456M

..

no"uri.:e~g.;no chg. in elollg. .

'~I;uai~i.g. oc.cur~

Monsanto Lusfre.; 50.8 mm diam. disc Monsanto Lustre.; ASTM 0638 bars Monsanto Lustre.; 50.8 mm diam. disc

-.J N

CD

-..J U>

Chemical Resistance - Impact Polystyrene

.."

o

(/)

<=365

II~jR:l~~>~j

powder

i;ji.3~M;

Sodium Bromate

NU§:gw%

ilil;'~i;!~;

Sodium Bromide saturated

I~ ;'~I~~,;i;j"

Sodium Carbonate saturated solution

Sodium Chloride

);~\

saturated

..

;;i~Q'f

~!r~6:···'i

Sodium Chromate

ltr~~;ll;;;

Sodium Fluoride powder

;}~O?i .•

Sodium Hydrogen Carbonate

NAso;;;

Sodium Hydrosulfite Sodium Hydroxide

10 40 saturated solution saturated saturated solution

Sodium Hypochlorite

12% chlorine

'1:l

~

;;~l\,j~:;;~i~

Sodium Nitrite

1.li~~~t'I.i!.

Sodium Perborate

~

t:J

Cll Ct>

powder

~

0-;

P

-;

~l,lli.1'111 fM~9Wt

Sodium Petraborate Sodium Phosphate (sec-)

<E' ;:l

[ii~~.~·iil~i

\1;:~Oi;

Sodium Nitrate

r;' Ct>

~~!~;~:5;1 1[\~J~[;i;~

Sodium Metabisulfite

@

j!~ltld1;

Sodium Phosphate (tert-)

Borax

7

<=365 <=365 <=365 <=365 7

<=365 <=365 7 7

<=365 <=365 7 7

<=365 <=365 <=365 <-365 7

<=365 <=365 <=365 <-365 <=365 17.1 17.1

<=365 7 7

<=365 <=365 7

<=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 7

.

1!:~i!~r~f~ltli;~"lii~~'~~;

;!rI~d··; ~·
i;··.•l·gg;#•.• •

.1 ~?~ ~ ;1~1~1~;~;ii[j;

l[~tj~i;~[~ill~girill~J;,J;;~IJ;jl

;;1;'\~;;1;}

3)~~t~i~

">9!

;;;15;;;;.• j;~~iiil;'

;{;~i>;;

;;;;.~~~;~~i;

>90 >90

70 90-110

BASF Polystyrol 456M Monsanto Lustrex; 50.8 mm diam. disc BASF Polystyrol 456M

Monsanto Lustrex; 50.8 mm diam. disc BASF Polystyrol 456M

· · · ·

Monsanto Lustrex; 50.8 mm diam. disc BASF Polystyrol 456M Monsanto Lustrex; 50.8 mm diam. disc BASF Polystyrol 456M - - -

-

[;Sr;l~f1JJ\!t~~~~ll;~1i;;';

Monsanto Lustrex; 50.8 mm diam. disc BASF Polystyrol 456M

tB

Monsanto Lustrex; ASTM 0638 bars

;,[;~~!~~~lllli~;tll~lJ'~Jj;;~

· · ·

BASF Polyslyrol 456M Monsanto Lustrex; 50.8 mm diam. disc BASF Polystyrol 456M Monsanto Lustrex; 50.8 mm diam. disc BASF Polystyrol 456M

<=365

Monsanto Lustrex; 50.8 mm diam. disc BASF Polystyrol 456M

7

Monsanto Lustrex; 50.8 mm diam. disc

<=365 <=365 <=365 <=365

BASF Polystyrol 456M

@

'1:l

po

~

o·V> tl

Reagent Note

Reagent ';':-:-::.-:-'

. ,

..... ... ,

Cone. ("I

Sodium Silicate

Cll V>

15'

Sodium Sulfate

~

Sodium Sulfide

;:l

.,p .,

0'

lC

L:~

.,.....:'

Tim.

('cE, .....• ; ." . . (days) .

Load

POL

Rating

I

% Retained,

Tensile Strength

I Elongallon

Resistance Note

Material Note

_"

20

<=365

'50

<=365

',20·

<=365

50

<=365

,,¥O

<=365

.

resistant I?r ye~rs

BASF Polystyrol 456M

,,:.:

22

7

re';istant

Monsanto lustrex; 50.8 mm diam. disc

50

<=365

rasistant lor' years

BASF Polystyrol 456M

Sodium Sulfite

20)"

<=365

resistant lor months

50

<=365

Sodium Thiosulfate

20

<=365

powder

:... /"

22

7

50"

<=365

Skelly solvent

22"

7

soya oil

20

<=365

resisiant tor years r~sisjant •

soya oil

':\"

7 <=365

resisto/lt loiyear~

BASF Polystyrol 456M

7 7

, reslstMI·.:,

Monsanlo lustrex; 50.8 mm diam. disc

saturated

Solvents Soybean Oil

22 ",

Spearmint

22'':,·

spearmint oil

Sperm Oil Spermaceti Stanisol Stannic Chloride Stearic Acid

Stoddard Solvents Strontium Bromide

'.

BASF Polystyrol 456M

7 7 7

, moderate reslst.·some visual chg..; . not resi~tanl

Monsanto lustrex; 50.8 mm diam. disc

20:,

<=365

22 50'i

7

resistant lor years 'resistant ;:

<=365

resistant lot.monlhs

BASF Polystyrol 456M

7

nol· resista~t

Monsanto lustrex; 50.8 mm diam. disc

:'29,;:; 30 30

Sulfur

resistant

[~i¥\'"ltor y~~rs

Sulfur Hexafluoride Sulfuric Acid

10

battery acid

concentrated

Dow Styron BASF Polystyrol 456M

7

'r~sistanti

Monsanto lustrex; 50.8 mm diam. disc

resistarit lor yeJlrs

BASF Polystyrol456M

.~>

<=365

7

Monsanto lustrex; 50.8 mm diam. disc

<=365

BASF Polystyrol 456M

",; 50 \ }

<=365

tt'29P:'

<=365

7

Monsanto lustrex; 50.8 mm diam. disc

<=365

BASF Polys tyroI 456M

<=365 <=365

10

17.1

10

<=365

28

17.1

38

<=365

38

<=365

50

<=365

50

.

<=365

<=365

f ,s'b){ "':go'{d.

BASF PolyslyraI 456M Monsanto lustre x; 50.8 mm diam. disc

no measureal>le'elle<;t

Y~9;lY

iAg,\ ,

colloidal elemental

BASF Polystyrol 456M Monsanto lustrex; 50.8 mm dlam. disc

'22

;,-;:<;

saturated solution

Monsanto lustrex; 50.8 mm diam. disc

notieslstarit

<=365

Sugars

BASF Polystyrol 456M

·n~tresis~Jlt. . .

resist~ffoi ",onlt'S.

·;22

Strychnine

Monsanto lustrex; 50.8 mm diam. disc

<=365

22

white spirits

..... f~lstantlorononths

20 22 solution

resfsl. < gen. purp, luslrex

>90

130

Monsanto lustrex; ASTM 0638 bars

>90

90-110

Monsanto lustrex; ASTM 0638 bars

BASF Polystyrol 456M BASF Polystyrol 456M

<=365 <=365

7

, ,.. 3 4

Monsanto lustrex; 50.8 mm diam. disc

-...

\J

en

Chemical Resistance - Impact Polystyrene

W

......

--J U>

Chemical Resistance - Impact Polystyrene

""U

I\.)

(f)

7

Tannic Acid

1

"'(\,'22,.

.

.i.~g: ?~);"'

; SO?

Tannin

·.·.:i~"i·;

concentrated

" Tartaric Acid

30

"~.

~1:~.'~·;",:1;

7 7

<=365 <-365 <=365 17.1 7

instant moist leaves

211., ." 20

instant moist leaves

5'0 \. ,50"

<=365 <=365 <=365 <=365 <=365

-";:22"" ,; ,29 ",.

<-365

Tenite Tetrachloroethane

7 7

Tetrachloroethylene

g,3%\;

<=365 <-365

~

r;' Vl

tEo ;:J

t

., .,p

c:r It::

Tin (IV) Chloride

"

" saturated solution

"

': " ··:;::;~5~~i:i1~lii~~';';~'ij

ji);:~i]:;'···.

:['i~~;;r;}·. ;....

'::<~».; ~:::::::.

<=365 <=365

:=::t%:19.\t}:<

7

~i:;f~il;~;;

<=365 <=365 <=365

:':::'::!:~()~::::X:k{

~~;~t~'~~;\!;~i~;i~il~II;~lll~~f~~I~I;; :~;:~11~:1)~~I~~~~I~~1!;~I'I~~~~i

"

BASF Polystyrol 456M Monsanto Lustre.; 50.8 mm diam. disc BASF Polystyrol 456M

" Monsanlo Lustre.; 50.8 mm diam. disc BASF Polystyrol 456M

7

Monsanto Lustre.; 50.8 mm diam. disc

<=365

BASF Polystyrol 456M Monsanto Lustre.; 50.8 mm diam. disc BASF Polystyrol 456M

7

Tin (II) Chloride

··;"f·q.. ·····""•.·,

BASF Polystyrol 456M Monsanto Lustre.; 50.8 mm diam. disc BASF Polystyrol 456M

Monsanto Lustre.; 50.8 mm diam. disc

··\..···'2Q.'.1'

t::l

(1)

:2.,.{:::- ".:.

<;jLinit;fi~H~~W~~Mi!;i;i\k

W{·~2);;<

Vl

.

".' .,;.,. "r~ls.Ia,nW1W,{(}{··}\ Monsanto Lustre.; 50.8 mm diam. disc

·?-1/2·>;;').

Tetrahydrofurfuryl Alcohol Tetralin

';·f:~~.;~)~;

0···..······,

:~~,.lI

Monsanto Lustre.; ASTM 0638 bars BASF PolystyroI 456M Monsanto Lustre.; 50.8 mm diam. disc BASF Polystyrol 456M

7

' i'~O\f) X;{~On.;;;

Thyme Thymol

,.A,;'8 '\..

69

<-365

Tetrahydrofurfurol

7

;:)

")iill> , ,

>90

Monsanto Lustre.; 50.8 mm diam. disc BASF Polystyrol 456M

<=365 <=365 <=365

Thiophene

\j:'~;:i1';\

" BASF Polystyrol456M

·:;;;'it;,;;~Wt~p.~n;;1,2!j;lifl~;i

@}?P:"

7

@

tI_

:"< :

Monsanto Lustre.; 50.8 mm diam. disc BASF Polystyrol 456M Monsanto Lustre.; 50.8 mm diam. disc

.·Fp;q~:w~/\.

,;';;:~~i;,·':·.:

Tetrahydrofuran

<=365 <-365 <=365 <=365

"0

:::~~.

;;'\~:~~.;;t ',

Monsanto Lustre.; 50.8 mm diam. disc BASF Polystyrol 456M

~~;~;i~j~~r~~~I~!~f~~~l,il,~~:j;:

Tetrachloromethane

!.t2p>n~

: . • ",y;

Monsanto Lustre.; 50.8 mm diam. disc BASF Polystyrol 456M

7

Thionyl Chloride

.·:,;;;~';;j;U~1~i1~i~~~~;;~;;~li:1;f

"

7

<=365

Tea

2 ,;

.. '>:f<(.,,"" (',.

<=365 saturated tannic acid jelly

/1i

<=365

<=365 <=365 <=365 <=365 <=365

..

~~,,-

':V'

@

""0

,<~,

S' ~

n'CIl

1?

';'.'.'

ReagenJ·Note

..;v, . .'..

Cone.'

Time

(%)

(dlya)'

Titanium Tetrachloride

<=365 7

CIl

cEo ;:l

~

i··2 g..(

Tobacco Tars Toluene

0...,

>:l ..., It::

. ·····22·· ;29;;£.

Tomato Juice

sO

Toothpaste Transformer Oils

w

Load

POL Rating

,'>~;,'/

o

7

8

<=365

o

7

2

<=365 <=365

o

7

9 8

<=365

.8

.

·~:·7·r-1 '=';'-'=~",.,.~

"'Ae;ist~nce Note

Tensile

,.~Ir,~~~~b

resi$iant for b.our.

'·"'·reSlstan.1 .' ,fo$solved.

'dlssolVed

Trichloroethane Trichloroethylene

<=365 <=365

"~~;;

Trichlorophenol Tricresyl Phosphate

20 ;,50

Triethanolamine

100

~Y

17.1

<=365

~r

7

<¥o;{.

<=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365

Triethylene Glycol Trigol Acetate

••••• ....··2.0

"$6.,,,

. ';'2.0,.:..

Trypaflavin Tryptophan (dl-)

2(l

"So

Turkey Red Oil Turpentine

22

.".

substitute

Undecyl Alcohol

""2.2:)?

;;~;:;i

:~',:

50" '.

<=365 <=365 <=365 7

<=365

8ASF Polyslyrol 456M

.

'-." ,.,

.. ....

Monsanto lustrex; 50.8 mm diam. disc BASF Polystyrol 456M

~~o.i~eci

o.

"U";'"

,.i~~~:;t;~i!;"".

2' o o

~~ .'

o 3

reslstanllor hours

• 76

f~~iStantlor ye~r~

,

;.resisl;~;~~~:P~rR~'LUSlll\);

6 8

, .reS'~$9110.r;1ll9/lth, ;,

....f~~i~~i)f!9(~~lh.

f4lSlll,iilloYboiM ;: dis~o~e~'"

o

Chemical Resistance - Impact Polystyrene

Monsanto lustrex; ASTM 0638 bars BASF Polystyrol 456M Monsanto lustrex; 50.8 mm diam. disc BASF Polystyrol 456M

;;fe~M~J~tY~r•.

9' 8 3

3 .5 8 9 9 9 5 9

:.~

. no.Changa In surta~e

56

9

Monsanto Lustrex; 50.8 mm diam. disc BASF Polystyrol 456M ~,

3 5 9

4

Monsanto luslrex; 50.8 mm diam. disc

nol r.sist~nl

2 O·

7

7

'

..

o

<=365 <=365

7

Monsanto luslrex; 50.8 mm diam. disc BASF Polyslyrol 456M

resistanl for weeks

o

9 9 8 2 3 5

<=365 <=365

substitute

Typewriter Oil Tyrosine(dl-)

<=365 <=365 <=365 <=365 <=365

BASF Potystyrot 456M Monsanto lustrex; 50.8 mm diam. disc BASF Potystyrot 456M

reslsiiliij 101 years

o

7

Monsanto Lustrex; 50.8 mm diam. disc

",'" resislant .' reslslanttor mo~thS ".,. resislanl res!~antlor months

50\'"

~.~

'>'
8

.20""/

.'-:

'nol resislant'

8 6

50 ?;

"'iterlal Note BASF Polystyrol 456M Monsanto lustrex; 50.8 mm diam. disc BASF Polystyrol 456M

,,;·,·';\t;!~~l

7

20'" /

I,

",(:,"';::"

3 2

<=365

7

en

~

<=365 <=365 <=365 <=365 <=365

Ipana

Trichlorobenzene

-u

"

% Ret~·ll\ect . ,..

,'1

·{I

•• ,.

reslslent lor yea,. resistant for yea,.

resistanl

Monsanto lustrex; 50.8 mm diam. disc

ESCRllteely re$lst~nl lot hour.s

Dow Styron BASF Polystyrol 456M

Visual Chg: occurs'

Monsanto lustrex; 50.8 mm diam. disc BASF Potystyrol 456M

r~~;SJ8~lloida~s

'~~!s1~Ii' !9T ho~rs

....'. re~i~,\an!f\'f~_Ys.. . . . "

tK!Slai\1

•••

Monsanto lustrex; 50.8 mm diam. disc

• ">0

·····(ui$llliiflOfyNrs modeiaie ;nist.,some·y;sual chg., /' >

resistanffor year.

BASF Polystyrol 456M Monsanto lustrex; 50.8 mm diam. disc BASF Polystyrol 456M

-..l W W

Chemical Resistance - Impact Polystyrene

'"'C

~

(f)

Urine Urotropin Valerian Drops Valve Seal Vanilla Varsol Vegetable Oils Verbena Oil Vinegar

Monsanto Luslre.; 50.8 mm diam. disc r&sISI~1 toryears i '

'".'.

;81listailt lor ~eeks·" .

22· 22

nO.2

7 7

·"20

<=365

.)20

<=365

22 ~o

Walnut Oil Water

20,

1 7

<=365 <=365 <=365

dislilled

7

bleached carnauba wax

<=365 <=365 <=365 <=365 <=365

Water Colors

,2,9,.>" ··'·'i.lilt

7 bleached carnauba wax

Whiskey rye whiskey

White Iodine White Oil

<=365 <=365 <=365 7

• ·.•·:,···!~;.i;.t,~;i~im9~~si. ,)j\}

Monsanto Lustre.; 50.8 mm diam. disc BASF Polyslyrol 456M

Monsanlo Lustre.; 50.8 mm diam. disc BASF Polyslyrol 456M

Monsanlo Lustre.; 50.8 mm diam. disc

Wintergreen Oil

7

Monsanto Lustre.; 50.8 mm diam. disc BASF Polyslyrol 456M

Xylene

<=365 <=365

Zinc Bromide <=365

~

7

~

n'Ul

Zinc Carbonate

~ Ul tE·

Zinc Chloride

<=365 <=365 <=365 <=365 50°

;:l

...

,".

BASF Polystyrol 456M

'"

u:::

t«~~~:~;i~lJ~;~$~;~/

..'moderalete$i$l;',sQ.me .visua'l chg.

Dow Styron BASF Polystyrol 456M Monsanto Lustre.; 6.4 mm samples Monsanto Lustre.; 50.8 mm diam. disc BASF Polystyrol 456M

<=365 <=365 <=365

7

t""

1.2%

Dow Slyron BASF Polystyrol 456M

7

<=365

...s:i=l

Dow Slyron Monsanto Lustre.; 50.8 mm diam. disc

A:.,.. ··~~~~t~i~~. '.:',

.' ,;i·9ddil9~sIi8¥§i!dYM#bl'lj8 .' 22

@

BASF Polystyrol 456M

.

•n~,m~~~i~~~Ie:j'r~r ..,. moderatHesisl;cs~'!l.e ,yfsulil chg. '•.• 001. iesi$iani .

Dow Corning A

~

Waxes

'.>:~./.

Zinc Nitrate

7

<=365 <=365 <=365

Monsanto Lustre.; 50.8 mm diam. disc BASF Polystyrol 456M Dow Slyron BASF Polystyrol 456M Monsanlo Lustrel; 50.8 mm diam. disc BASF Polystyrol 456M

Monsanto Lustrel; 50.8 mm diam. disc BASF Polystyrol 456M

@

"1:l

S"

r.t> ..... r;' r.t>

I? r.t>

15'

Zinc Oxide

;:l

Monsanto lustrex; 50.8 mm diem. disc

~

.,0.,P

It::

powder BASF Polystyrol 456M

Zinc Stearate powder

Monsanto lustrex; 50.8 mm diam. disc BASF Polystyrol456M

Zinc Sulfate

""U

C/)

Chemical Resistance - Impact Polystyrene

-J CW 01

Chemical Resistance - Polyarylsulfone

"'tl

» (f)

10 10 10 10 10 10

Ammonium Hydroxide

10 10 10 10 10 10

• •

?l@k~tiB@@Nl~

::@~::~%~g~jlM~~m~

Crude Oils

· .....

::::~tlmft+¢f:JE1ff#~

Ethylene Glycol

:j~~~~f~:~1~~~i~~j~;~i@~}

Freon TF

· .......-.....

Hydrochloric Acid

Nitric Acid

@

"tl

po ~

n' Vl

Sulfuric Acid

tl

C1l

Vl

~.

;:s

r

.,0:

., ~

u::

Toluene

. .....

····~·>.,,·.·.··.·s

10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10

,.y.~,

..v.

• • •

·.·.;...

~·.,·.w

7 7 3 3 1 1

0.25% 0.25% 0.25%

7 7 3 3 1 1

0.25%

7 7 3 3 1 1

0.25%

7 7 3 3 1 1

0.25%

7 7 3 3 1 1 7 7 3 3 1 1 7 7 3 3 1 1 7 7 3 3 1 1 7 7 3

0.25% 0.25%

0.25% 0.25%

0.25% 0.25% 0.25% 0.25% 0.25% 0.25% 0.25% 0.25% 0.25% 0.25% 0.25% 0.25% 0.25% 0.25% 0.25% 0.25%

• • • • • • •

96.2 97.7 87.8 92.4 81.7 87.8 89.3 93.9 86.3 93.9 80.9 87.8 96.9 100.0 55.0 96.9 35.1 71.0 93.1 100.0 74.8 96.2 64.9 83.2 92.4 96.9 68.7 87.0 58.8 77.1 84.7 90.8 77.9 94.7 74.8 93.1 96.2 97.7 89.3 96.2 86.3 94.7 94.7 96.2 90.1 96.2 87.8 93.9 84.0 87.8 83.2

-J (J.)

0>

@ '1l

E" ~

ri·

't:l" 16· ';:s"

Toluene

(1)

t'"'

5: ,

,

~

It:

Trichloroethylene

3 1 1 7 7 3 3 1 1

0.25%

sample crazed

0.25% 0.25% 0.25%

0.25% 0.25%

""tJ

» (J)

Chemical Resistance - Polyarylsulfone

-... -...

Chemical Resistance - Polyethersulfone

""U

m

--I W 00

(J)

LNP Victrex LNPVlClrex

10 93.8

10

7 7 7 7 7 7

25

90

97.0

25

180

73.0

25

365

58.0

10 10 10 10 10

0.25%

LNP Voctrex; 40% gl.fiJ.; ASTM D638 bars

97.8 88.1

0.25%

96.0 58.1

0.25%

70.9 LNP Victrex 4100G

LNP Victrex

glacial 0.3

30

LNP Victrex 4800G

Acetone

LNP Victrex <0.0001

19 MPa

LNP Victrex 4800G; 1.6mm thick LNP Victrex 4100G; 1.6mm thick

<0.0001

19 MPa

<0.0001

28.4 MPa

<0.0001

28.4 MPa

<0.0001

37.9 MPa

LNP Victrex 4800G; 1.6mm thick

37.9 MPa

LNP Victrex 4100G; 1.6mm thick

9.5 MPa 9.5 MPa

LNP Victrex 4800G; 1.6mm thick

37.9 MPa

LNP Victrex 4101 GL30; 30% gl.lib.; 1.6mm thick

19 MPa 28.4 MPa 9.5 MPa

Aircraft Fuels Aircraft Oils Alum Aluminum Salts Ammonia Ammonium Chloride Ammonium Hydroxide

LNP Victrex

aviation spirit aircraft hydraulic acid

ammonia·880 10 10 10

7 7

10

120

10

7 7 7 7

10

10 10 10

@

"tl

i:i ~

n'V> ~

89.0

0.25% 1.6

LNP Victrex 41 OOG 88.1

0.25%

LNP Victrex; 40% gl.lib. ASTM 0638 bars

89.0 67.8

0.25%

74.0

Amyl Acetate

LNP Victrex -0.1

120

Aniline Apple Juice Arklone ASTM Reference Fuel C

LNP Victrex; 40% gl.lib. ASTM 0638 bars

91.2

LNP Viclrex 4800G LNP Victrex

60

0.25%

44.4

LNP Victrex PES 4100G;

;:s

60

0.25%

60.9

LNP Victrex PES 4101 GL30; 30% gl.lib.

t""

60

0.3

96.9

LNP Victrex PES 4100G;

60

0.4

90.6

LNP Victrex PES 4101 GL30; 30% gl.lib.

V>

16'

~ $:I

.,

It:

30

0.25%

LNP Victrex PES 4100G;

@

:~<~

;::::;:}.

'"0

po

Material Note

~

r;'

'"t l

.J ;$~,

ASTM Reference Fuel C

;;~J~)

C1l

to· '" ;:l

t

.., ..,

0-

P

Ie:

LNP Victra. PES 4101 GL30; 30% gl.fib.

Barium Salts Beer Benzaldehyde Benzene

LNP Victra.

,,2CP" 23'.

0.00023

37.9 MPa

?3

0.0007

28.4 MPa

23 23

0.0014

19 MPa

0.0028

37.9 MPa

0.011

28.4 MPa

0.0139

19 MPa

0.014

19 MPa

0.014

28.4 MPa

0.014

37.9 MPa

0.014

9.5 MPa

0.014

9.5 MPa

0.014

9.5 MPa

\~~

;~;;;)

.:23'"

'Ujltui.d

'i~r.az.crali;;~Cffr;;inJl;;$" ." un~lieCt~diliiiir~.liiiRijtas:

' ..

LNP Victra. 4800G; 1.6mm thick

LNP Victra. 4101GL30; 30% gl.fib.; 1.6mm thick

, .•

cr~ed.alla(:l!Ollliriula.~

7

97.0

30

97.0

90

91.0

180

>'

;}'···9':.··.. ,,,(.,

LNP Victra. 4100G; 1.6mm thick LNP Victra. 4100G

86.0 1.5

180

LNP Vieira. 4800G LNP Victra.

20

'20 ~O

minaraloil

20

polyglycol

·~O

Caslrol

Brines chlorinalad pH4

23

60

0.25%

LNP Vieira. PES 4100G;

;13

60

0.25%

LNP Vieira. PES 4101 GL30; 30% gl.fib.

23

60

a

98.5

"23

60

2.5

43.9

82

30

0.25%

82

30

0.25%

~~.

's~Il"')t~!acH~d/ '~,

LNP Victre. PES 4100G; LNP Vieira. PES 4101 GL30; 30% gl.lib. LNP Victra. PES 4100G; LNP Victra. PES 4101 GL30; 30% gl.fib.

82

30

0.8

29.3

LNP Victra. PES 4100G;

82

30

3

33

LNP Vieira. PES 4101 GL30; 30% gl.fib.

140

20

-

90'

30

dry

20

wat

.20

14

LNP Vieira. 41 OOG LNP Vieira. 0.3

LNP Vieira. 4100G LNP Victra.

20\> butanol

20 20

n·butanol

'23

0.0139

28.4 MPa

LNP Victra. 4100G; 1.6mm thick

23

0.0139

28.4 MPa

LNP Victra. 4800G; 1.6mm Ihick

23

0.0139

37.9 MPa

23

0.0139

37.9 MPa

-u

m

LNP Victra. 4100G; 1.6mm thick

~i{~~lf~ ~,,~. .~OO ~'""

20,

DOT 3

en

after 4.l\linutes

r~PtUred aiier16,mlnui;s

23

;13

Butane Butyl Acetate Butyl Alcohol

%

::§i

23

23· ,¥-3)

Bromine

LNP Victrex PES 4100G; LNP Victra. PES 4101 GL30; 30% gl.fib.

~~

+>,23 ,}¥3/ 23\,

Benzenesulfonic Acid Benzoic Acid Bleach Boric Acid Brake Fluids

1.2 0.9

Chemical Resistance - Polyethersulfone

LNP Victra. 4100G; 1.6mm thick

-..l U>

<0

--I

Chemical Resistance - Polyethersulfone

""C

m

~

o

en

Butyl Alcohol

n-butanol

:'.... ?~'

".?<>

. -- .

@

&; tl

Carbonic A c i d : ; ! t : 2 0 ( : ' J Catsup ketchup Cellosolve 2-athoxyethanol ..

~

..

t6.

..

;:s

..

~

p .,

\l:::

0.014 0.014 0.014 0.014

19 MPa 28.4 MPa 37.9 MPa 9.5 MPa

..

.

'.> f

::~ ~::

W(,,~;J;i~;

:,SL.,, .*i;:';;"t'/ "~ii'

:/<:"'17»':"";

/20

~ .. ~_,. .

~

19 MPa 19 MPa

~:~:~

Calcium Carbonate Calcium Hypochlorite Calcium Nitrate Carbon Disulfide

:::

0.014 0.014

LNP Victrex 4100G; 1.6mm thick LNP Victrex 4101GL30; 30% gl.fib.; 1.6mm thick LNP Victrex 4800G; 1.6mm thick LNP Victrox 4101GL30; 30% gl.fib.; 1.6mm thick

~~: ~:~:;:: :~~~~: :::~~ :~:~:

i

no:altackDr.edicled·"'i

LNP Victrox

0.014 0.014 0.014 0.014 0.014

19 MPa 19 MPa 28.4 MPa 28.4 MPa 37.9 MPa

LNP Victrax 4101GL30; 30% gl.fib. LNPVictrex4800G LNP Victrax 4101GL30; 30% gl.fib. LNP Vietrex 4800G LNP Victrax 4101GL30; 30% gl.fib.

0.014 0.014

37.9 MPa 9.5 MPa

LNP Victrax 4800G LNP Victrex 4101GL30; 30% gl.fib.

0.014 0.014

9.5 MPa 9.5 MPa

LNP Vietrex 4800G LNP Victrex 4100G

0.014 0.014 0.014 0.014 0.014 0.014 0.014 0.014 0.014 0.014 0.014 0.014 0.014 0.014 7

19 MPa 19 MPa 19 MPa 28.4 MPa 28.4 MPa 28.4 MPa 37.9 MPa 37.9 MPa 37.9 MPa 37.9 MPa 37.9 MPa 9.5 MPa 9.5 MPa 9.5 MPa

LNP Victrex 4100G; 1.6mm thick LNP Vietrex 4101GL30; 30% gl.fib.; 1.6mm thick LNP Victrex 4800G; 1.6mm thick LNP Victrax 4101GL30; 30% gl.fib.; 1.6mm thick LNP Victrex 4800G; 1.6mm thick LNP Victrax 4100G; 1.6mm thick

LNP Victrax 4101GL30; 30% gl.fib.; 1.6mm thick LNP Viclrex 4800G; 1.6mm thick .. LNP Victrax 4101GL30; 30% gl.fib.; 1.6mm thick LNP Victrex 4800G; 1.6mm thick LNP Victrax 4100G; 1.6mm thick LNP Victrex 4100G

100.0

~

1~0

W

M.O

180

89.0

O.4~;;~j,~:~~;:~:~~;:i;~;~I!~~;;~:

180

<0.0001 0.0035

28.4 MPa 37.9 MPa

:.'

0.0055 0.0139 0.0139

37.9 MPa 19 MPa 19 MPa

;

0.0139 0.014

28.4 MPa 19 MPa

\hA xiKb:

LNPL~~t~~:t~xOOG

':,?"fIIliiU{lidal!eft'#cqffl!:N

LNP Victrax 4100G; 1.6mm thick

'\Ll Tn):'n'NPllir.~'afl.(~iltl!i'j)le#tW

LNP Victrax 4800G; 1.6mm thick LNP Victrax 4100G; 1.6mm thick

LNP Victrex 4800G; 1.6mm thick LNP Victrex 4101GL30; 30% gl.fib.; 1.6mm thick

@

::E \:l

~

o'

'" l? to·'"

2·ethoxyethanol

;:l

LNP Vietrex 4800G; 1.6mm thick LNP Vietrex 4100G; 1.6mm thick

~

., .,\:l

0-

Chlorine

u::

LNP Vietrex

dry wet

::';'~:'~""

..::...

;

::~:~:;,-.:

0.5

28 30

Chlorobenzene Chloroform

37.0

LNP Vietrex in oxygen

15

7

1%

<0.0001 <0.0001 <0.0001 <0.0001 <0.0001 <0.0001 <0.0001 <0.0001 0.014 0.014 0.014 0.014

19 MPa 19 MPa 28.4 MPa 28.4 MPa 37.9 MPa 37.9 MPa 9.5 MPa 9.5 MPa 19 MPa 28.4 MPa 37.9 MPa 9.5 MPa

LNP Vietrex 4100G LNP Vietrex LNP Vietrex 4100G; 1.6mm thick LNP Vietrex 4800G; 1.6mm thick LNP Vietrex 4100G; 1.6mm thick LNP Vietrex 4800G; 1.6mm thick LNP Vielrex 4100G; 1.6mm thick LNP Vietrex 4101GL30; 30% gl.fib.; 1.6mm thick

Chlorosulfonic Acid Chromic Acid Citric Acid Cooking Oils

lNP Vietrex

deep frying oil

Copper Sulfate Creosote Cresol Crude Oils

-0.1

2

lNP Vietrex 4100G LNP Vietrex

7 7 7 7 7 7

0.25% 0.25% 0.25%

I

~llllff.;I~~J:l~

Cyclohexane 120

100.0 100.0 93.0 96.0

<0.0001 <0.0001 <0.0001 <0.0001 <0.0001 <0.0001 <0.0001 0.0002 0.0003

0.1

19 MPa 19 MPa 28.4 MPa 28.4 MPa 37.9 MPa 37.9 MPa 9.5 MPa 9.5 MPa 37.9 MPa

lNP Vietrex IN P Vietrex 4800G LNP Vietrex lNP Vietrex 4100G; 1.6mm thick lNP Vietrex 4800G; 1.6mm thick lNP Vietrex 4100G; 1.6mm thick LNP Vietrex 4800G; 1.6mm thick lNP Vietrex 4100G; 1.6mm thick lNP Vietrex 4800G; 1.6mm thick lNP Vietrex 4101GL30; 30% gl.fib.; 1.6mm thick

-...

"'U

en

LNP Vietrex; 40% gl.fib. ASTM 0638 bars

48.0

Cyclohexanone

m

LNP Vietrex 4100G LNP Vietrex 4800G

Chemical Resistance - Polyethersulfone

~

-'"

-....J

Chemical Resistance - Polyethersulfone

~

m

.P-

I\:>

en

Cyclohexyl Alcohol Cyclopropane Deep Frying Oil Degreasing Cleaners Detergents Dibutyl Phthalate Dichlorobenzene Dlchloroethane (1,2-)

Dichloroethylene Dlchloromethane Diesel Fuels

Diethyl Ether

LNP Victrex 7 automotive. Gunk

1%

2

-0.1

90

0.6

LNP Viet rex

<0.0001

19 MPa

LNP Victrex 4100G; 1.6mm thick

<0.0001

19 MPa

LNP Victrex 4800G; 1.6mm thick

<0.0001

28.4 MPa

"

<0.0001

28.4 MPa

LNP Victrex 4100G; 1.6mm thick

<0.0001

37.9 MPa

"

<0.0001

37.9 MPa

LNP Victrex 4800G; 1.6mm thick

<0.0001

9.5 MPa

<0.0001

9.5 MPa

LNP Victrex 4100G; 1.6mm thick

0.014

19 MPa

LNP Victrex 4101GL30; 30% gl.fib.; 1.6mm thick

0.014

28.4 MPa

0.014

37.9 MPa

0.014

9.5 MPa

in oxygan

20

1;!!i3~Jin

0.014

10 MPa

0.014

20 MPa

0.014

30 MPa

0.014

40 MPa

7

1%

0.0055

37.9 MPa

0.0139

"

19 MPa

LNP Victrax 4800G; 1.6mm thick

0.0139

28.4 MPa

"

0.0139

28.4 MPa

LNP Victrax 4100G; 1.6mm thick

0.0139

37.9 MPa

LNP Victrax 4800G; 1.6mm thick

0.014

19 MPa

LNP Victrax 4101GL30; 30% gl.fib.; 1.6mm thick

9.5 MPa

0.014

9.5 MPa

CIl

0.014

9.5 MPa

t::l

120

t: ., .,$:l

C'

LNP Victrax 4100G; 1.6mm thick

19 MPa

0.014

;:l

LNP Victrax 4100G

0.0139

28.4 MPa

~.

;l[il~~;~i!~~!i~!f~f~;ilW~j1!

LNP Victrax

37.9 MPa

Diethylamine Dimethyl Phthalate Dimethyl Sulfoxide Dimethylformamide Dioctyl Phthalate

LNP Victrax

diasaloil

0.014

CIl

;Yil~att\i~k;idijliei\ilS'jjif(;oilillflQ

mathylana chloride

0.014

(1)

"

',:, ",6%::9;)

Vn'2(j·( Ii

'1:J

CIl ..... r;'

LNP Victrex 4800G

solutions

@

p

LNP Victrex 4100G

LNP Victrax 4800G; 1.6mm thick LNP Victrax 4100G; 1.6mm thick 2.9

LNP Victrax 4800G ~~f.t:(~m::~:::.:Wi~::n'o~atfack:i::%:::::~::L:~O~:~

LNP Victrax

@

"1::l

Ei ~

n'IJl

Dioxane Edible Fats Edible Oils Ethane Ethyl Acetate

t::l

(\)

IJl

16' ;:J

t

., .,~

<::r

and oils and fats

It:

<0.0001

28.4 MPa

<0.0001 <0.0002

37.9 MPa 19 MPa

0.00036 0.0014

i%~~t'~;i

Ethyl Alcohol

0.0028 0.0049 0.0139

19 MPa 9.5 MPa

0.014 0.014 0.014

19 MPa 28.4 MPa

0.014 0.014 0.014 0.014 0.014 0.014 0.014 0.014 0.014

Ethyl Alcohol unleaded wI 15% ethanol

II

37.9 MPa 9.5 MPa

60 0.014 0.014 0.014

60 60

~~tt~~~:f~~:t~~~~~{1

,

10.7

28.4 28.4 28.4 37.9

MPa MPa MPa MPa

37.9 MPa 37.9 MPa 9.5 MPa 9.5 MPa 9.5 MPa 98.0 95.0 0.25% 0.25% 0 0

96.9

LNP Vietrex PES 4I OOG;

88.7 96.9

LNP Vietrex PES 4101 GL30; 30% gl.fib. LNP Vietrex PES 4100G;

97.7 86.0

LNP Vietrex PES 4101 GL30; 30% gl.fib. LNP Vietrex 4100G

81.0

.

77.8

LNP Vietrex 4800G LNP Vietrex PES 4100G:

1.5

30

0.25%

30

0.25% 2

62.8 85.7

LNP Vietrex PES 4101 GL30: 30% gl.fib.

30 30

1

83

LNP Vietrex PES 4101 GL30; 30% gl.fib.

liM;~li,;@ <0.0001

19 MPa

<0.0001

28.4 MPa

<0.0001 <0.0001

37.9 MPa 37.9 MPa

<0.0001

9.5 MPa

LNP Vietrex PES 4100G;

:!:Wff.I~j:t&Y:?f

@[email protected]!M;~~M~!g#

LNP Vietrex 4100G: 1.6mm thick

j~~~Jllj;~1

~i~~;I'lrilitiilr!l!'l

LNP Vietrex 4800G: 1.6mm thick

"'0

m

en

LNP Vietrex 4800G; I .6mm thick

19 MPa 19 MPa

180 180

Ethyl 01901

~L!%rw~}l!!!$;ml~\\jl!dilm

19 MPa

60 90

unleaded wI 15% ethanol

LNP Vietrex 4100G; 1.6mm thick

tl~~!lf!'f!i~!!!~(;;~!.lilim~!~im LNP Vietrex 4101GL30; 30% gl.fib.: 1.6mm thick

7 30 60

.@;lfjiji(1i[t\lii!lliiM·¥ii~ifJiiji@ilim

9.5 MPa 37.9 MPa 28.4 MPa

0.014

)}1(/ j

Chemical Resistance - Polyethersulfone

LNP Vietrex 4100G; 1.6mm thick

-....j ~

U:l

.....

Chemical Resistance - Polyethersulfone

."

m

~ ~

Cf)

28.4 MPa 19 MPa 9.5 MPa 37.9 MPa 19 MPa 28.4 MPa 9.5 MPa

:%!

Ethylene 50 50 50 50 50 50 50 50 50 50 50

60 60 60 30 30 30 30 7 7 7 7

1 1 0.25% 0.25% 1.5 1 0.25% 0.25% 2 2

98.5 100.1 98.5 97.7 97.7 92.1 96.1 90.6 100 67 97.7 77.9

LNP Vielrex 4101GL30; 30% gl.lib.; 1.6mm Ihiek

LNP Vielrex PES 4100G: LNP Vielrex PES 4101 GL30; 30% LNP Vielrex PES 4100G; LNP Vielrex PES 4101 GL30; 30% LNP Vielrex PES 4100G; LNP Vielrex PES 4101 GL30; 30% LNP Vielrex PES 41 OOG; LNP Vielrex PES 4101 GL30: 30% LNP Vielrex PES 41 OOG; LNP Vietrex PES 4101 GL30: 30% LNP Vielrex PES 41 OOG; LNP Vielrex PES 4101 30%

gl.fib. gl.lib. gl.lib. gl.lib. gl.lib.

Ethylene 0.014 0.014 0.014 0.014 0.014 0.014 0.014 0.014 0.014 0.014 0.014 0.014 7 7 120 7 7

19 MPa 19 MPa 19 MPa

LNP Vielrex 4101GL30: 30% gl.fib.: 1.6mm Ihiek LNP Vielrex 4800G; 1.6mm Ihiek LNP Vietrex 4100G: 1.6mm Ihiek

.

28.4 MPa 28.4 MPa 28.4 MPa 37.9 MPa 37.9 MPa 37.9 MPa 9.5 MPa 9.5 MPa 9.5 MPa 0.25%

LNP Vielrex 4800G: 1.6mm Ihiek LNP Vielrex 4101GL30; 30% gl.lib.; 1.6mm Ihiek

..

LNP Vielrex 4800G; 1.6mm Ihiek LNP Vielrex 41 OOG; 1.6mm Ihiek

..

LNP Vielrex 4800G; 1.6mm Ihiek LNP Vielrex 4101GL30; 30% gl.lib.: 1.6mm Ihiek LNP Vielrex; 40% gl.lib. ASTM 0638 bars

100.0 100.0

.

0.5 0.25%

LNP Vielrex 4800G LNP Vielrex; 40% gl.lib. ASTM 0638 bars

93.8 100.0

Ethylene

.. . .. ..

@

'i:l

i:i ~

0'

'0" ';:s" 16' ~

t"'

0: .,

.,p

u::

1 6.6 6.6 66 66 7 7

0.25%

67.B 76.2

Ethylene Nitrate Ethylene Oxide 7 30

Ullrason E 2010G4; 20% gl.lib. BASF Ultrason E 3010 8ASF Ullrason E 2010G4: 20% gl.lib. BASF Ultrason E 3010 BASF Ullrason E 2010G4: 20% gl.lib. BASF Ultrason E 3010 LNP Vielrex: 40% gl.lib. ASTM 0638 bars

1%

B6.0

",',U';#\;:Ci'Jlo:j\iilek,');;.:'::LiK&::

LNP Vielrex

i,.·:·';;:',;·.':' ;:' rio'eltecl .·::;,X,;\{':(\/

LNP Vielrex 4100G

@

'1:1

S" ~

;::;.

'tC1l"l '" <5' ;:l

t-'

0: ...

...p

ll:

7.6

Ethylene Sulfate Ferric Chloride Ferric Nitrate Ferric Sulfate Ferrous Chloride Ferrous Nitrate Ferrous Sulfate Fluorine Flushing Oil Formaldehyde Formic Acid Freon 11

Castrol solvent

90

0.5

lNP Victre. 4100G lNP Victre.

Freon 113 Freon TF Freon TF Freon TF Freon TF Freon TF Freon TF Freon TF Freon TF Freon TF Freon TF

Freon 113 Freon TF Freon TF Freon TF

Freon 114 Freon 12

0.014 0.014 0.014 0.014 0.014 0.014 0.014 0.014 0.014 0.014 0.014 0.014 0.014 0.014 0.014 0.014 0.014 0.014 0.014 0.014 0.014 0.014 0.014 0.014 7 7 7 7 7 7

19 MPa 19 MPa 19 MPa 19 MPa 19 MPa 19 MPa 28.4 MPa 28.4 MPa 28.4 MPa 28.4 MPa 28.4 MPa 28.4 MPa 37.9 MPa 37.9 MPa 37.9 MPa 37.9 MPa 37.9 MPa 37.9 MPa 9.5 MPa 9.5 MPa 9.5 MPa 9.5 MPa 9.5 MPa 9.5 MPa 0.25% 0.25%

~. .;~.L. 8 y'

?\N

.!!n~I~8d:~~~,,~:"!~tiJ!i;%

\

lNP Victre. 4800G; 1.6mm thick

" lNP Victre. 4101Gl30; 30% gl.fib.; 1.6mm thick

..... 8

~

-

i··'r·

: ':+~:'''~. ,.

lNP Victre. 4800G; 1.6mm thick lNP Victre. 4100G; 1.6mm thick

~';:::"":"-"

·'8 8'

lNP Victre. 4800G; 1.6mm thick lNP Victre. 4101Gl30; 30% gl.fib.; 1.6mm thick

,,. f -; ',)(

{..)t 8 89.0 95.2 84.1 92.1

lNP Victre. 4800G; 1.6mm thick ,:,,:.~: ,'tt.-.. >K}\/£~( ;.:./\:~

lNP Victre. 4100G; 1.6mm thick lNP Victre.; 40% gl.fib. ASTM 0638 bars

0.25%

Arctan 114

lNP Victre.

"U

m

(f)

lNP Victre. 4100G; 1.6mm thick

--J

Chemical Resistance - Polyethersulfone

~

01

..... -Po-

Chemical Resistance - Polyethersulfone

""U

m

(j)

en

1·... 1. rtl~~:!!}l.

Loa~'

"zo

7

":23'

7

.

82"

'82 ::::

-;',

,149,.,_

Fuel Oils

Gases

natural north sea

Gasoline

Gasoline

LNP Vietrex

~ ., .' ..

,\:li~~:~'i

7

89.0

0.25%

95.2 84.1

0.25%

92.1

7 7

0.25%

7 LNP Viet rex

"~,~i:'i

7

99.0

30

100.0

23

180

23'/'

180

100.0 LNP Viet rex 4800G

2/.

LNP Vietrex

100 octane petrol

0.0139

10 MPa

97 octane petrol

0.0139

10 MPa

100 octane petrol

0.0139

10 MPa

97 octane petrol

0.0139

10 MPa

0.0139

20 MPa

0.0139

20 MPa

0.0139

30 MPa

100 octane petrol

0.0139

30 MPa

97 octane pelrol

0.0139

30 MPa

100 octane petrol

0.0139

40 MPa

97 octane petrol

0.0139

40 MPa

100 octane petrol

0.014

30 MPa

0.014

40 MPa

LNP Viet rex 41 OOG LNP Vietrex 4101GL30; 300/. gl.fib.

LNP Vietrex 4100G LNP Viet rex 4101GL30; 30% gl.fib.

LNP Vietrex 4100G

97 octane petrol

0.014

40 MPa

100 octane petrol

11.2

20 MPa

15

20 MPa

unleaded

60

0.25%

95.3

unleaded wi 15% ethanol

60

0.25%

96.9

unleaded wi 15% methanol

60

0.25%

98.5

unleaded

60

0.25%

93

unleaded wll So/. ethanol

60

0.25%

88.7

unleaded wll So/. methanol

60

0.25%

92.1

LNP Vietrex 4101GL30; 30% gl.fib.

unleaded

60

0.5

97.7

'U

60

0

96.9

~

unleaded wi 150/. methanol

60

3

98.5

'"t l

unleaded

60

0.2

94.9

60

0

97.7

(1)

unleaded wi 15% ethanol

'"

unleaded wi 150/. methanol

60

1.5

94.9

Ei r;'

cO' ;:l

t-'

...0:p ... u::

LNP Vietrex 4100G

o

unleaded wll 5% ethanol

@

LNP Vietrex; 40% gl.fib. ASTM D638 bars

97 octane petrol

90

0.2

98 octane petrol

180

0.6

premium grade

1

LNP Vietrex PES 4100G;

LNP Vietrex PES 4101 GL30; 300/. gl.fib.

LNP Vietrex PES 4100G;

LNP Vietrex PES 4101 GL30; 30% gl.fib.

LNP Viet rex 4100G 99

8ASF Ultrason E 2010G4; 200/. gl.lib.

@

'.,',' '.'.' .....",.

'1:l

.

~~c~~::~'.,;,

! Vl

~

I~~~gent Note l. ~~;~. J:r1~~;t'~.~:·, [,> ;;~::: premium grade

Gasoline

unleaded wi 15%

~

unleaded

Gear Oils

~ m

v , ; , , , , . _ ..

Gasoline

Sf

P

.,C>...... j

'.,'"

', .•

unle;~;;:;~115%

.:,49,.;'

ij ~~ (", !l2:.&'.:

30

0.25%

~\}"'82)'"

30

0.25%

30

0.25%

30 30

0.25% 0.25%

30

0.25 %.

;:5;~~!;~~; i:::L82:/ 82';;

unleaded unleaded wi 15% ethanol unleaded wi 15%

:( :'." :.<..:i~~~ • ',' 8V"

hypold gear oil

/.lSOJitj

Genklene Glues Glycerin

l,I,1-Trichloroethane

Gunk

automotive degreaser

,;)

2o'.:i,i

t,,~;~~;dl"~h: ~'>

1

0

I,Length I~::~~I~hI , . .

"'9" ."

~,~,~

:::g~~gg:::::

,,;;'.; ·8;· , 9 2 . 9

,; ';.;H5,i"

LNP Vlctre. PES 4100G;

77.8

¥.j:~;~';'·!J~;l

77.8

~;'. 7;~}·"!

1'\(,3

Mat::~:I~:1e BASF Ultrason E 3010

89.2 62.8

":.

~~<~~d;: _;~ r-:"" '5, ;;. '.

LNP Victre. PES 4101 GL30; 30% gl.fib.

76

1 1 6.6 6.6 66 66 1 1 6.6 6.6 66 66

98 99 94 92 89 83 87 91 79 68 69 40

BASF Uhrason E 2010G4; 20% BASF Uhrason E 3010 BASF Ultrason E 2010G4; 20% BASF Ultrason E 3010 BASF Ultrason E 2010G4; 20% BASF Ultrason E 3010 BASF Ultrason E 2010G4; 20% BASF Ultrason E 3010 BASF Ultrason E 2010G4; 20% BASF Ultrason E 3010 BASF Ultrason E 2010G4; 20% BASF Ultrason E 3010

:;;L,;!B:;;;q:\,

gl.t1b. gl.fib. gl.fib. gl.fib. gl.fib. gl.fib.

LNP Vlctr..

not Cyanoacrylates

n 1.'$.0);1

14

?h'W9;iX'>

0.1

Vii'.,'" iW;rM&f@MW(fA

9~:,,23;?\~

90

f::WDt~J::~li';'::~~

0.6

:~-+?:~t~f:Wwt~;t~{t~i&~tJ:tXV~l~Ld~r.

Chemical Resistance - Polyethersulfone

LNP Vlctre. 4800G

"

~ --I

....,

Chemical Resistance - Polyethersulfone

"'U

m

~

CD

Cf)

LNP Viclre. 4100G; 1.6mm Ihick LNP Viclre. 4800G; 1.6mm Ihick 99.0

LNP Victre. 4100G

99.0 94.0 90.0

·-·-·-·-·nw'·:--'·······-·

Hexane Hydraulic Fluids Hydraulic Oils Hydrazine Hydrochloric Acid

Cilroen LHM

7

anhydrous

14 7 7

95.2 85.0

10

90

82.0

10

180

74.0

10

180

10

7

10

7

10

7

10

7

70.9

concentrated

·

I 0;!l~f~~~

100 vol.

2

i=l

~

;::;. C/)

b <1l

LNP Viclre. 4800G

i@itiH@iii!iIt~ek@iMi@N:

LNP Victre.

-

LNP Viclre. 4100G LNP Viclre. 4800G LNP Victra.

.

LNP Viclre.; 40% gl.fib. ASTM 0638 bars LNP Victre. 4800G

LNP Victr.. 4100G LNP Victre.; 40% gl.fib. ASTM 0638 bars

92.1 0.25%

65.2

30

60.0

90 180

51.0 47.0

30

84.0

30

106.0

LNP Victre. 4800G

LNP Victre. 90

88.0

180

79.0

180

2.2

;Jr'J~~J~~;t~1

120

'·'·;.\20'{!··, .

::E

LNP Victr.. 4800G

:~:!:~\~t~~F''?~~1~~~*W:~~if~~E~~::~~:r:~.%ji~~~:~:fI

l~'~~lf;~~:~!~j!i~]!~~lI~~~~!,!

2.5

·!'i':::f,.tJ"iii

LNP Viclre. 4100G LNP Vieira. LNP Victre. 4100G LNP Viclre.

85

60

0.25%

44.4

LNP Vieira. PES 4100G;

85

60

0.25%

60.9

LNP Viclre. PES 4101 GL30; 30% gl.fib.

85

60

0.3

96.9

LNP Vieira. PES 4100G;

85

60

0.4

90.6

LNP Victre. PES 4101 GL30; 30% gl.fib.

85

30

0.25%

85

30

0.25%

48.2

LNP Victre. PES 4101 GL30; 30% gl.fib.

85

30

1.2

97.7

LNP Victre. PES 4100G;

85

30

0.9

90.6

LNP Victre. PES 4101 GL30; 30% gl.fib.

C/)

tEo

... u::

84.1

0.25%

in potassium iodida

@

i=l

89.9

30

15

t"'

3.5

0.25%

r~~~f~:;:~:~(~f~~:~~~~:~f::~~F~J?~1~1r~Yt~::~~~:'1~~~

;~~··~~I,(;I'I~l~li;~~~I~~j!i~~ii

-0.4

10

50

c;: ...

0.2

10

15

;:l

,-.-.-.-.-,<.-.,-.

~\ji11i(ll~i;~~1

10

15

Hydrogen Sulfide Iodine Isooctane

·~r'(.;-;.-.

~fNd~~~8#~~X.:i{

i:MM~b~~~~~~@

10

Hydrogen Peroxide

.·•.

LNP Victre. PES 4100G;

LNP Victre.

Isopropyl Alcohol

isopropanol

··

0.0139

19 MPa

0.014

19 MPa

~'~l~~~j~~l!f~~~iiW~fl;t~LNP Vic~r~: :~t~~L;~~~~~ 1~~.~:.;t~i~:m Ihick

@

"1:l

po

~

ri'

m

0.014

19 MPa

1?m

0.014

28.4 MPa

<6'

0.014

28.4 MPa

LNP Victrex 4100G; 1.6mm thick

;:J

0.014

28.4 MPa

LNP Victrex 4101GL30; 30% gl.fib.; 1.6mm thick

t: .., ..,~

0.014

37.9 MPa

LNP Victrex 41 OOG; 1.6mm thick

0-

0.014

37.9 MPa

LNP Victrex 4101GL30; 30% gl.fib.; 1.6mm thick

0.014

37.9 MPa

LNP Victrex 4800G; 1.6mm thick

0.014

9.5 MPa

0.014

9.5 MPa

LNP Victrex 4100G; 1.6mm thick

0.014

9.5 MPa

LNP Victrex 4101GL30; 30% gl.fib.; 1.6mm thick

Kerosine Ketones Lactic Acid Lead Acetate Linseed Oil

LNP Victrex

180

LUbricating Oils Magnesium Chloride Magnesium SUlfate Mercuric Chloride Mercurous Chloride Mercury Methyl Alcohol

0.6

LNP Victrex 4100G LNP Victrex

in unleaded gasoline

15

60

0.25%

98.5

LNP Viclrex PES 4100G;

15

60

0.25%

92.1

LNP Victrex PES 4101 GL30; 30% gl.fib.

15

60

15

60

15

30

0.25%

77.8

LNP Victrex PES 4100G;

15

30

0.25%

76

LNP Viclrex PES 4101 GL30; 30% gl.fib.

15

30

8

80.2

LNP Victrex PES 4100G;

15

30

4.5

81.2

LNP Viclrex PES 4101 GL30; 30% gl.fib.

3 1.5

98.5

LNP Victrex PES 4100G;

94.9

LNP Victrex PES 4101 GL30; 30% gl.fib.

LNP Victrex

Methyl Alcohol

0.014

19 MPa

LNP Viclrex 4100G; 1.6mm Ihick

0.014

19 MPa

LNP Victrex 4101GL30; 30% gl.fib.; 1.6mm thick

0.014

19 MPa

LNP Victrex 4800G; 1.6mm thick

0.014

28.4 MPa

0.014

28.4 MPa

0.014

28.4 MPa

"

0.014

37.9 MPa

LNP Victrex 4100G; 1.6mm thick

0.014

37.9 MPa

LNP Viclrex 4101GL30; 30% gl.fib.; 1.6mm thick

0.014

37.9 MPa

LNP Victrex 4800G; 1.6mm thick

0.014

9.5 MPa

0.014

9.5 MPa

LNP Victrex 4100G; 1.6mm thick

0.014

9.5 MPa

LNP Victrex 4101GL30; 30% gl.fib.; 1.6mm thick

14

Methyl Ethyl Ketone <0.0001

19 MPa

<0.0001

19 MPa

<0.0001

28.4 MPa

<0.0001

28.4 MPa

<0.0001

37.9 MPa

~lm~[~*~J~©~~:~t~

2.1

gi~ffg:~lm~:~::~~::F

(J)

LNP Victrex 4800G LNP Victrex LNP Victrex 4800G; 1.6mm thick LNP Victrex 4100G; 1.6mm thick LNP Victrex 4800G; 1.6mm thick

.....

-0

m

LNP Victrex 4100G; 1.6mm thick LNP Viclrex 4101GL30; 30% gl.fib.; 1.6mm thick

Chemical Resistance - Polyethersulfone

~

<0

'-J

Chemical Resistance - Polyethersulfone

-u

m

(J'l

C>

en

LNP Victrax 4100G; 1.6mm thick LNP Victrax 4101GL30; 30% gl.fib.; 1.6mm thick LNP Victrax 4100G; 1.6mm thick LNP Victrax 4800G; 1.6mm thick LNP Viclrax 4101 GL30; 30% gl.fib.; 1.6mm Ihick

~;i!i,;;~~j"ji[' Methyl-2-Pyrrolldone Methylene Chloride Milk

0.014 0.014

19 MPa 9.5 MPa

it~~L:Zo~;-~~{:~

n-mathyl-2-pyrrolidona

lii;!;lil~~ji!i ~::::)<::{:r,

~;~n.~l~I~~l~'~~~fc~,;[j~~~~!jl~" .,;.;.,

:/s/?::::

" "

·/)ii~;~btie~atitcIiJ~~)

LNP Viclrax

Mineral Oils

Motor Oils ASTM 11 5W30

7 60 60 60 60 30 30 30 30 7 7 7 7

5 5 10 10 10 10 10 10 10 10

0.25% 0.25%

98.5 97.7 100 100.1 99.3 94.9 99.3 100.1 95.3 98.6 96.9 90.6

0.25% 0.25%

0.25% 0.25%

7 7 180 7 7 7 7

0.25%

78.0 88.1

0.25%

74.0 85.0 66.1 74.9

0.25%

~

Nitrobenzene Nitrous Oxide

CIl

tl

Cll CIl

<.5' ;:l

t"'

0: .,

.,

p

<.t::

Oleic Acid Oleum Oxalic Acid Ozone

LNP LNP LNP

gl.fib. gl.fib. gl.fib. gl.fib. gl.fib.

LNP Victrax LNP Viclrax; 40% gl.fib. ASTM 0638 bars

" LNP Viclrax 41 OOG LNP Viclrax; 40% gl.fib. ASTM 0638 bars

concantralad 7 30 180 180

0'

LNP

LN P Victrax 41 OOG LNP Victrax

concanlratad

~

LNP

gl.fib.

71.0 76.0

@

'tl

LNP

LNP Victrax 4100G LNP Viclrax PES 4100G; Viclrax PES 4101 GL30; 30% LNP ViClrax PES 4100G; Victrax PES 4101 GL30; 30% LNP Victrax PES 4100G; Victrax PES 4101 GL30; 30% LNP Viclrax PES 4100G; Victrax PES 4101 GL30; 30% LNP Victrax PES 4100G; Victrax PES 4101 GL30; 30% LNP Victrax PES 4100G; Victrax PES 4101 GL30; 30%

1% 95.0 95.0 1.2

LNP Victrax 4100G LNP Victrax 4800G LN P Victrax 4100G LNP Viclrax

@

"tl

po

Reagent Note

~

o'

'~" to·'"

Paraffin

t

Perchloroethylene

k.;·;

~:

" ~

LNP Viclrox 41 OOG

:~.

""~,,,:

. 8,'

;:l

.,0.,$:l

Material Note

Ra.tlilg"t

(~r

';~ . .

~.'

PDI,; "I;:w~l;;;

Coric,

(t:

0.0139

28.4 MPa

°23"

0.0139

37.9 MPa

23

0.0139

37.9 MPa

4 4

23 23

0.G14

19 MPa

9

0.014

19 MPa

9

23

0.014

19 MPa

8. 9 9 8 .

"

,,;

0.014

28.4 MPa

23'

0.014

28.4 MPa

23

0.014

37.9 MPa

23

Perklono

9.5 MPa

9 .9' '

',,23'-'

0.014

9.5 MPa

'~

i~3. 120

120

.120 120

7

9 9 9

potroloum

~

;.:

j

LNP Victrox 4BOOG; 1.6mm thick

':';~

LNP Victre. 4101GL30; 30% gl.lib.; 1.6mm thick

20

0.8 100.0 105.0

20 7

5

130)\

7

-0.5

5

23

7

5

23

30

5

23

90

5

. 23

90

7 4 3 2 1 1 9

-0.4

40

Potassium Hydroxide

10

60

diluto solution

14

20

6

20

8 8

20 50

Propylene Glycol

54.0 6.7

}": .

LNP Vieiro. LNP Victro.

99.0

!I

100.0

23

180

23 23 23 23·

180

9 9 19 MPa

9

0.014

19 MPa

8

0.014

19 MPa

9

23, 23

0.014

28.4 MPa

8

0.014

28.4 MPa

9

<.: .23'

0.014

37.9 MPa

3

.23

0.014

37.9 MPa

8

23

0.014

37.9 MPa

23

0.014

9.5 MPa

5 8

en

LNP Vict,o. 4100G

100.0 0.2

LNP Victro. 4BOOG

5

LNP Vict,ox 4100G; 1.6mm thick LNP Victro. 4101GL30; 30% gl.lib.; 1.6mm thick

~~~~;

., sl.

I

a,naalt,! 20 mJri~' <

LNP Victro. 4BOOG; 1.6mm thick LNP Victro. 4101GL30; 30% gl.lib.; 1.6mm thick LNP Victro. 4100G; 1.6mm thick LNP Vlctro. 4101GL30; 30% gl.lib.; 1.6mm thick LNP Victrox 4BOOG; 1.6mm thick

,'u~~~ted~~~r20'Ttnu!eS'

'-l 01

-u

m

LNP Victro. 4BOOG LNP Victro. 4101GL30; 30% gl.lib.

30

0.014

LNP Victrox 4100G

64.0

.23

28.4 MPa

f'

LNP Victre. 4BOOG

7 9

0.0139

LNP Victro. 4100G

70.0

7

~3

LNP Victrox 4100G

122.0

23-

20

LNP Victrox 4BOOG LNP Victro. 4101GL30; 30% gl.lib.

LNP Victro.

130

20

LNP Victro. 30% 1.6mm gl.lib.; thick 1.6mm thick LNP 4101GL30; Victro. 4100G; LNP ViClrox 4BOOG; 1,6mm thick

0.2

whilo spirits

Phosphoric Acid

ii~~li!~'~'[;t~~:;~j;;~~jl~~I~;;

'

whito spirits; vapors

Phenol

LNP Victrox 4101GL30; 30% gl.lib.; 1.6mm thick

8 6 8

20

whilo spirits

Propane Propylene

LNP Victrox 4100G; 1.6mm thick

9.5 MPa

.,

LNP Victro. 4100G; 1.6mm thick LNP Victro. 4BOOG; 1.6mm thick

0.014

4 4

LNP Victro.

,.~;~}

0.014

Porklone

Petroleum Ether Petroleum Oils Petroleum Spirits

l'

~~~.i?

Chemical Resistance - Polyethersulfone

-....

.....,

Chemical Resistance - Polyethersulfone

-0

m

01 N

(f)

...... -. '.w

Propylene Glycol ,•. 23 100

Pyridine Sea Water Silicon Silicone Oils Silver Nitrate Soap Sodium Chloride

;_

.".;.

0.014

9.5 MPa

0.014

9.5 MPa

14

..

,.. . .:.; ..~:- ..::~ :.. .!S::' ...?:: '"{;:I"'-'

;y;;;,:t,;.:..

;.;."

.;.;.;-

-0.5

,:... :.";

r~e~t~f;: '" ,~,::~i;:~E.:~:.~':~··,";,·

l,·;:/):1 '

20·

$8vere anack: .

20;, silicon fluids

'20' ..;,...;. ,

ICI190

23

LNP Victre.

,,~oF(

solulions

. .;;~i;~~.i·· .

saturaled

Sodium Hydroxide

LNP Vieira. 4I OOG

0.3

180

~§,

LNP Vieira.

5

90 ..

>

y···

t(

120

1.5

5

,90" .

180

5

';:SO..

365

:;:~/~~:'>: :

j

:.:';;-

'::~::::::

/~.,;.' ::;.:{::::.:

···;L/·

:;:::::i:.:- .:

LNP Viclre. 4100G

.: ..:{;-:>: \:< .:':;..:

LNP Vieira. 4800G

102.0 106.0

10

'20',:

10

90

82.0

10

:.:';,23 .: ;t23'\,j '23;' •

180

78.0

10

23Y;

180

10

';:;::)):

;-':,

103.0

90

LNP Vietra. ':':j

86.0

30

1.8

LNP Vieira. 4800G

LNP Vietra. 4100G LNP Vieira.

saturatad

":;.23)')

~;';~~~i;;~j~

30 90 180

M;W{~%~Ib~;;fr1

180

Sodium Hypochlorite

25 25 50

salurated

.t:~ii;;i

fD;;;~~')

180

f~l

180 30 180

i~ ~t~l~l~jliri '

30 180 180

Sulfur Hexafluoride Sulfuric Acid

10

@

10

~i~~~l)i;·;:

30 7

'"

10

7

10

30

0'

10

90

CJl

10

180

tJ

10

180

CJl

10

7

;:s t'"'

10

7

10

7

M-

(1)

cEo

0: ..,

..,>l

It::

10 25

;;J\;1ii'i;li

~i~;I~~i~[~l;l~ll

30

CJl

p-

86.0 0.8 90.0 91.0 1.4 90.0 84.0

7 90

0.25%

85.0

V:.' .....:.:6.A;>-

0.25%

~~-:~:if:f.tJ;_.-:::j:W>~

102.0 80.2 89.9

LNP Vieira. 4800G

LNP Vietra.

~~td::t~Uttf:mrg>l/:::<{ :::,.:::?\',;~:::.:.

LNP Vietra. 4800G

:}:)( ¥:::\ :J\.'

LNP Victra. 4100G

87.0

:~~%l0.7:: :::S:~~f!:::f:t>~~:~::jr~~WWNW{~~::~

~1(~f~~;i';\l~~i;j0;i,li;l1\~1;ji~;\~;lf1\' .

~<~·::;:":::t: }s-::::::·-:··

:x:;:>
LNP Vietra. 4800G LNP ViClra. LNP Vietrax; 40% gl.fib. ASTM 0638 bars LNP Vieira. 4800G

82.0 67.0 1.8

LNP Vieira. 4I DOG 81.1 89.9

ij'Fl\;}(

51.1

'i~'

102.0

...... .:>

"

LNP Vieira. LNP Vieira. 4100G

?W'/i"no atllicl(lireilllite'diM,;·.

i~::·.·' , ~:;;ltn~<)N~:<:;

8.5

~::"':;~::;~~~~~~i:f:tj::]~:;:t §

~lj

LNP Vietra. 4800G

-0.1

·i:!;i~li~~i;;:t;

0.25%

LNP Vieira. 4100G

66.0

II \l;<;(~;;.;·.

':::::;:;~~;::_~
80.0

,",,;:.'202'(;,/"

LNP Vielre. 4800G

89.0

;;li;~f::. .\·;· ·; ;

90

90

Sodium Salts Steam Sulfur Dioxide

95.0

LNP Vieira.; 40% gl.fib. ASTM 0638 bars

26.9 tm<~::; \}~:{~ :X:~~,~·:~)::::::;~~::{ '\r/):::~~2

LNP Vieira. 4800G

@

'"

S ~

r:;'

'"t:l

;'';'~'-

..........'

'Re~g~nt :'," }>:. .·&X:;::;:~ .,.. .. :::

;.~;::;.:;.:.::;.:

. Rellgent Note,; ·Conc. .. ,~.:..;;.::-

:::... fi ...-,

,''9''

"".-.

.. '"'.

.''':-

C1l

'"

;:l

~

0-

te:

r Cl

I"

TiJrl'e' *

(diy.) ..,..(.....;( .~;.:,

.

;'. '.

Lo~d '.~:.-,.::

r

Length.

rtni". Strtngth

:~,v..:

103.0 107.0

180 365 14 14 14 30

25 25 40 50 50 50

Sulfuric Acid

<0'

., .,>l

Temp.

~':

{-~~

..

::::::::::::::FJi@6::J~T~kWEm:/:~::: ~m~:·::~:::;·

-0.6 -0.4 -0.2

~. ';~: l~'~

~;~: ;;:·~~jf0~[:

?:?:t~~ty/t

~I . 2~'#

':':<W';'-:': i:[;··'B~td.:

Transformer Oils Shell Diala

Transmission Fluid

,,-..:,"

15 15 15 15 15 15 15 15

Caslrol ATF

"

onron II

f,~j:~t;~l;t

f'::~j'~~"

60 60 60 60 30 30 30 30

0.25% 0,25%

0.00044 0.0014 0.0028 0.0042 0.0083 0.0139 0.014 0.014 0.014 0.014 0.014 0.014 7 7

37.9 MPa 28.4 MPa 37.9 MPa 19 MPa 28.4 MPa 19 MPa 19 MPa 28.4 MPa 37.9 MPa 9.5 MPa 9.5 MPa 9.5 MPa 0.25%

7 7 7 7

0.25%

0.25% 0.25%

x:

.:.: ....,;.;.;;::.-;.::-:

.-;

~'.:;

··'-;w

~~.;,.;.

lNP Vietre. 4800G lNP Vietre. 4100G

0.3 0.4

' ",.: 8',: .

1,2 0.9

48.2 97.7 90.6

~I;~ '~;~ \~l~l

ii •

t ... ·IUPlil(tclil.l!lt41liiiolllt's;;j;'

fj]~{~lit~II,~~~;I!

44.1 85.0

'lJ~;~!fi~~];~0

lNP Vielre. 4800G; 1.6mm Ihiek lNP Vietr.. 4101Gl30;"30% gUib.; 1.6mm thick

lNP Vielre. 4100G; 1.6mm thick lNP Vietr.. 4101Gl30; 30% gl.f1b.; 1.6mm thick lNP Vietr.. 4800G; 1.6mm Ihiek lNP Viet,..; 40% gUlb. ASTM 0638 ba,s

76.2

'-'-.-"-j:

~~~~J~!~~I!

180 90 90 60 60 60 60 30 30 30 30

9; .../"

44.4 60.9 96.9 90.6

~'(i;~~(i';;;.':;;:'~;

0.25%

'Material Note

lNP VieIra.

l>~;"~:;,,;

"

{~

lNP Vietre. 4101Gl30; 30% gUib. lNP Vietre. 4800G lNP Vietre. 4100G

106.0

"

Toluene

lNP Vietra. lNP Vielre. 4100G

0.3 -0.5 -0.5

0.25% 0.25% 0.4 0.2 0.25% 0.25% 0 0

lNP Vielrn 4100G 98.5 97.7 100 93.9 96.9 91.1 99.3 93

"

lNP Vielrn PES 41 OOG; lNP Vielrn PES 4101 Gl30; 30% gl.fib. lNP Vielrn PES 4100G; lNP Vietrn PES 4101 Gl30; 30% gl.fib. lNP Vietre. PES 4100G; lNP Vielre. PES 4101 Gl30; 30% gl.fib. lNP Viclrn PES 4100G; lNP Vietrn PES 4101 Gl30; 30% ~

-J

'1J

Cf)

<~

eoneenlraled

Sulfurous Acid Tar Tartaric Acid Tetrahydrofuran Toluene

Toluene

m

"I

".,.","',·'w·,w····...,···.-,·,·,···········"'f"'..'····...

(]l

Chemical Resistance - Polyethersulfone

c.>

-J 01

Chemical Resistance - Polyethersulfone

""tl

m

~

(f)

LNP Vietrex PES 4100G; LNP Vietrex PES 4101 GL30; 30% gl.fib. 0

92.9

0

96.8

LNP Vietrex PES 4100G;

Genklene

f&YifiT1%

Genklene

0.0014

37.9 MPa

LNP Vietrex 4100G; 1.6mm thick

0.0139

37.9 MPa

LNP Viet rex 4800G; 1.6mm thick

0.014

19 MPa

.

0.014

19 MPa

LNP Viet rex 4100G; 1.6mm thick

0.014

19 MPa

LNP Vietrex 4101GL30; 30% gl.fib.; 1.6mm thick

0.014

28.4 MPa

LNP Viet rex 4100G; 1.6mm thick

0.014

28.4 MPa

LNP Vietrex 4101GL30; 30% gl.fib.; 1.6mm thick

0.014

28.4 MPa

LNP Vietrex 4800G; 1.6mm thick

0.014

37.9 MPa

LNP Vietrex 4101GL30; 30% gl.fib.; 1.6mm thick

0.014

9.5 MPa

LNP Vietrex 4100G; 1.6mm thick

0.014

9.5 MPa

LNP Vietrex 4101GL30; 30% gl.fib.; 1.6mm thick

0.014

9.5 MPa

LNP Vietrex 4800G; 1.6mm thick

7

90.0

30

81.0 67.0

90 1.1

120 Genklene

48.0

180

0.0014

28.4 MPa

.

0.0014

37.9 MPa

LNP Vietrex 4800G; 1.6mm thick

0.0007

37.9 MPa

0.0042

19 MPa

LNP Vietrex 4100G; 1.6mm thick

0.0062

28.4 MPa

LNP Viet rex 4800G; 1.6mm thick

0.0076

19 MPa

0.0139

9.5 MPa

0.0139

9.5 MPa

LNP Vietrex 4100G; 1.6mm thick

0.014

19 MPa

LNP Vietrex 4101GL30; 30% gl.fib.; 1.6mm thick

0.014

28.4 MPa

0.014

37.9 MPa

0.014

9.5 MPa

7

0.25%

85.0

7 7

r;' Vl

tl CI> Vl

tEo ;:l

t""'

s:.., ..,

$:l

(t:

71.8 0.25% 70.9

7

$:l

~

65.2

0.25%

7

;:g Trichlorotrifluoroethane Trilene Turpentine Varnish Vaseline Veedol ATF 3433 Vegetable Oils Vineaar

LNP Vietrex; 40% gl.fib. ASTM 0638 bars

85.0

7

@

LNP Vietrex 4100G

LNP Vietrex in oxygen

7

7

1%

LNP Vietrex 4100G LNP Vietrex

365

0.3

LNP Vietrex 4100G LNP Vietrex

Chemical Resistance - Polyethersulfone

"'U

m

-..I 01 0>

C/)

R~agent .,;

Xylene

0.0139

28.4 MPa

0.014

19 MPa

0.014

19 MPa

0.014

19 MPa

0.014

28.4 MPa

0.014

37.9 MPa

0.014

9.5 MPa

0.014

9.5 MPa

0.014

9.5 MPa

7

Zinc Salts

@

'1:l

$3" ~

n'IJJ

~ IJJ

~.

;:l

t

., .,

0-

P

\t:

LNP Vielrex 4800G; 1.6mm thick LNP Vielrex 4100G; 1.6mm Ihiek LNP Vielrex 4101GL30; 30% gl.lib.; 1.6mm Ihiek

0.5

LNP Vietrex 4100G; 1.6mm Ihiek LNP Vielrex 4101GL30; 30% gl.lib.; 1.6mm Ihiek LNP Viet rex 4BOOG; 1.6mm thick LNP Vietrex 4BOOG LNP Viet rex

'~WN:::""""'"

@

····w

~::

,:~""

·1 ',"

,..

~

",

"1::J

P

Rea9~ntNpte

~

n' C/)

~

'.. ;.~.;

~.':

..... :...;.;.:. > :i:;'~

Acetic Acid

.;.:,: .. :.:::;;:~;.::;~::~;;.;.: ,,':;.;; .-,;.:~

10 10 10 10 10 10 10 10 20 20 50

C/)

tE· ;:l

t""'

0: .,

.,>l

It:

glacial

Acetic Anhydride

in water

5 5 50 60 60 60

Acetonitrile

Ammonium Chloride Ammonium Hydroxide

3

0.25%

0.25% -0.52

0.25%

80 90.1 91

1 0.833 <1 1 <0.042 <0.042

27.6 MPa 27.6 MPa 13.79 MPa 6.89 MPo 6.89 MPo

8 8

'liours'

"'8

c~lfto)iiJess!lian'20

>;\6klit24 hours .

8

rup;~i'~Jn j;is th~n 1'hour

1

o

12.5 0

o o 13.79 MPo

0" 0

1

4.

9 9

0.35 0.007 100 100 100

9

9

;,

9 13.79 MPa 27.6 MPa

10 ·f.

23

.. ':~

'1491 -';.:. .~

7 7 3 3 3 1 1 102 1 102

hours

~raii~,~'i~'iessltten 2~{hour~

4

1

10 10

2.3

:>;:~;l~~;~{~~~~:~;<',

0.55

"4

1

7 7

10 10 10 10 10 10 10 15 28 29

Amoco Udal

0 27.6 MPo

29 29

lNP; 30% gl.fib.

11.8

1

Sunvis

Amoco Udal

0.64 1.1

1 7

1 0.667 110

Amoco Udal lNP; 40% gl.fib.; ASTM 0636 bars

6.89 MPo

110 1

Mobil 100 octane

:.::::~::l

Amoco Udal lNP ; 40% gUiIl.; ; ASTM lJ638 bers LNP ; 40% gUiIl.; ; ASTM 0638 bers

86.2 93.1 80.8 91.1 100 55.2 62.1

110 1

Acetone

Aluminum Sulfate Aluminum Trichloride Aminoethanol (2-) Ammonia

0.25%

3 1 1 1 7 25 92 110 7 7 1

glacial

Acetophenone Acetyl Chloride Aerolube Aircraft Fuels Aircraft Turbine Oils

110 7 7

0.25%

-

8 8.

II

100

7

87.2 89 77.8 78.8 80.8 42.8 59.1

7

,5

0.25%

.;,.. ,~

S' 0.25%

1

2 9 .. 9 9.

0.16

lNP; 40% gl.fib.; ASTM D636 bars lNP; 30% gl.fib. lNP; 40% gl.fib.; ASTM 0636 bars

Amoco Udal 100

0.16

""U

-...,J

C/)

01

o

Chemical Resistance - Polysulfone

-...,J

-J

Chemical Resistance - Polysulfone

""U (f)

(Jl

ex>

0 "::

r~~J: l"f;~Q'

.';':"

Reagent ....

('~)

'.~;.:

Ammonium Nitrate Ammonium Persulfate Ammonium Sulfate Amyl Acetate Amyl Alcohol Aniline Animal Fats

Antifreeze

Antimony Trichloride

"~~\::;

10 24 10

.·.',·,. . '~~;;l';··: .

;]'f!li~;i~;~ :;r;:i~iii8 [iIi~t

lard

;'

saturated

" ASTM Oil No.1

7 1 0.833

'::,:9"

1 3

20.8

20.68 MPa

41.7

34.47 MPa

4.2

20.68 MPa

20.8

13.79 MPa

0.333

13.79 MPa

.;,-.-.-.

20.8

6.89 MPa

\}~~i:;;' f;fg!h

92 ~: :):;~~~9.-/:<

7 20.8

27.6 MPa

20.8

13.79 MPa

20.8

27.6 MPa

1

13.79 MPa

20.8

6.89 MPa

,...........,-.-......

7

i>9~;7;i

1

13.79 MPa

1

27.6 MPa 34.47 MPa

1

13.79 MPa

1

13.79 MPa

1

13.79 MPa 20.68 MPa 20.7 MPa 20.68 MPa

'"

0.208

13.79 MPa

C1l

C/)

tEo ;:l

~

., .,i=l

0-

It::

barbital solvent 10

0.006

\m,$?~i;/

0.4

0.29

0.167

20.8

Barbitol Barium Chloride Benzaldehyde Benzene Benzenesulfonic Acid Benzonitrile

Amoco Udal

13.79 MPa

0.042

C/)

100

0

@

tl

..,,"

27.6 MPa

7

~

~

LNP; 30% gl.fib.

0

20.8

n'

:-~:

76.8

100

7

p

•.;._:c:;;:-

1

27.6 MPa

}g;~g;!i;:

Mate~ial Note

"Slren9tti SlreJlgth

..-."

1

7

ASTM Oil No.3

.

, lmpiCt

100

1

20.68 MPa

"~:::;:':;

,.5

'T_;;'Sli~

13.79 MPa

3

,,:.. "22·\' :-: .

lubricating oil

0.25%

:;~f~~ta!l!~d

7

20.8

ASTM Oil No.2

:'-:'

<3

!C'~,j'

ethylene glycol; Prestone

~;;!i,tti

i ... (days).

·::'i3·:>'

Ammonium Hydroxide

;~

20.8

6.89 MPa

1

13.79 MPa

(~If;;i;:it

!,i;~!:I~~;1

0.005 0.083

7

0.005

7

0.13

1

100

1

0

3 1

35

1

0

LNP; 30% gl.fib. Amoco Udal

~

@

0;. Change

'il

S"

Reagent Note

~

C/)

f? C/)

to·

Conc; J~) ...

r;'

t

...>l ... ll::

Time

(·C),{(d.ar~r,

Load

93 <. .....99'. '.'

Benzyl Chloride Black Liquor

POL

I\Welght

R!tlng,;,,,,,

I

Material Note

Length

o

j4~

Brake Fluids

22

Allstate

22 23> 23,.. 60.

Allstate

Bromine Butter

92 0.042 7 7

Butyl Acetate

Butyl Cellosolve Butyl Ether Butyl Phthalate Butylamine Butylated Hydroxyanlsole Butylated Hydroxytoluene Calcium Olnltrate Calcium Chloride

<1 <1 1 7 1

butanol

10

110 1 1 1 <6 41.7 1

10

1

n-butylamine

Calcium Hypochlorite

Catsup Cellosolve Chlorine Chlorobenzene

0.25%

20.68 MPa 27.6 MPa 6.89 MPa

LNP; 30% gl.fib.

92

Amoco Udal

Amoco Udal

32

-0.83 100 0.1 100 63

o 34.47 MPa 34.47 MPa 100 100 0,01 0.08

92 34.47 MPa 13.79 MPa 13.79 MPa

<0.042 <1 7 3 1

6.89 MPa 13.79 MPa

ketchup

41.7

34.47 MPa

2-elhoxyethanol

<.001 7 1

13.79 MPa

102

73.2

20.68 MPa 27.6 MPa 13.79 MPa

41.7 1 <.001

wet

LNP; 30% gl.fib.

8.9

~~

liquid

8

0.24 53.4 17

r'\~'-!!:i;'fl~~1l:;:~~\';~:~,;w

LNP; 30% gl.fib. Amoco Udal

0.27 0 -5.3 0

"U

en o

~o!isMe~h$ga

4.".

7

3.5

-,

70.6 74.5 0.03

110 1

saturated solution

Calcium Propionate Calgon Carbitol Carbon Tetrachloride

-0.04

7 3

3 3

Butyl Alcohol

....iilplui.ain;thour

27.6 MPa

7

3

.' .d.~!~!.~~~i';;r1ac.~ ro~ghBned

0.56

10 sailed

Amoco Udal

.'};~~~~:;;~~~::d"'"

.:::::~:::::

":149 ..

;:l

0-

Temp"1

-.,J

Chemical Resistance - Polysulfone

0'1

co

Chemical Resistance - Polysulfone

""U

en

--I

0)

o

o

Chlorodifluoromethane Chloroethanol (2-) Chloroform Chlorophenol Chromic Acid

Freon 22

5 10 12 12 12 12 60

Citric Acid Clorox

40

t; 1 ~l ji; '1~1'

··.·,·;ti~~.;ij[,· i;';'·'~;!<····;"

!m'·~~.;m:

i~.:~i~~~;li; ~~i;,~~i'~~;

Chlorox

\;%'23%";'

Wesson, all veg.

..(,iA~.3/··;/··

1,~ f:l~ ~ ~'1

1 1 1

[;ii~};~J~;I~)j

1 7 0.042 0.042

0 0 0 100 0.28

13.79 MPa 0.34

7

'&'9/;:;<

7 25

34.47 MPa

7

0.25%

0.41

) <,n'7·,.,;,·('.·

88.9 86 91.2

•.• nii9.) '.Ie

100

....... N°··

Cooking Oils Coolanol25

1

LNP; 30% gl.fib.

~W~:~:::}::::{~~}Fk~h~{:\:~~

:}:::f\A::\:}?t::::::::::

Amoco Udel

refrigerant, Monsanto

Coolanol35 Corn Oil Mazola

3 7

27.6 MPa 34.47 MPa

7

0.25%

92 96.6

LNP; 30% gl.fib.

13.79 MPa 6.89 MPa

Cottonseed 011 Cresol (m Cresyldlphenyl Phosphate Crude Oils o

)

east Texas

east Texas

@

::!:! p ~

r:;'

'tl" ';::s" <E' 0: ...

...p
·j~:):~r·::::' ',:;:

<18 20.8

34.47 MPa 13.79 MPa

',;~il;;Q;;lii';

1 1 7 41.7 7 7 7

20.68 MPa 0.25%

3 3 1

0.25% 0.25%

1

Cupric Chloride saturated

Cyclohexane

Cyclohexanone Cyclohexyl Alcohol Degreasing Cleaners

I

0 55 0.09 92.1 93.1

~l~ ~lit~l!r;.;

44.8 ;\N'f"{~mllliff(!(iJ$~e'%iPnt

7 34.47 MPa

<1.25

27.6 MPa

1

99

1 1

0 95

engine scour cleaner

<0.042

Old Salt

7

20.68 MPa

h/gfr;iU

AmocoUdel LNP; 40% gl.fib.; ASTM D638 bars

92.1 94.1

92 <11

LNP; 40% gl.fib.; ASTM D638 bars

0.09

'i";')"$.;;tiKi

~

t"'

;:;;~~~~I1' ~·I:I·~~i'!lij~

AmocoUdel

0.31

AmocoUdel

@

'po..,." Vl

r;' Vl

tl <1> Vl

~:i·~bl,~$;

Reagent ::::::::~'

,

.

'.;~::;'~:>;'~:

s:.,

0-

~1 ~~'j\I~{~!:jf!f~''1~:;}'j?i~:"

vapor

..

0.042 1

27.6 MPa 13.79 MPa

Dichlorodifluoromethane Diesel Fuels

Freon 12

0.167

13.79 MPa

fuel oil #2

7 7 1

.,

i=l
.I.

Detergents Dichlorobenzene (po)

15' ;J

;;:22>' .

Hostapal

..

Diethylene Glycol Dimethyl Sulfoxide Dimethylaniline Dlmethylformamide (N,No) Dioctyl Phthalate

22":;:0:", 2;i!

Dioxane (po) Dishwashlng Detergents

Ethylene Glycol

1

/0 .<'''

Clobber

i(i'~~~;ii:;

1 7

13.79 MPa

adhesive

;1); !: ~\1~ ~

1 1 0.042

27.6 MPa

..

"."":::.:22:\ '.',. .:-,. :';i,.,.;,:-.~.:

E;[~~0@!

~~~!fi;;'1

0 )

·.';;f~.~i;;;;;:

50:50 with water

;@;t~~Wi;

.....,. 1"',. 13.79 MPa 13.79 MPa

87.1

,',AII!{:mEi

0.3 0 10.7

;:'::~:;\~:8_0~'~>~~_::::)

0

34.47 MPa

<0.083 7 20.8 110

20.68 MPa 13.79 MPa

;11;;tB;li~;ii

27.44

t::~j;!rt~'~~~~~I~~j

0.08

>o;p;r~~;:[?~ -0.2

;1!:A~tj!~~;';

110 1

0

0.2 0

27.6 MPa -0.2 0.25% 0.25%

98.8 98 100 101.1 100.1 85.2 94.1 100

0.25%

0.25%

I

0

LNP; 30% gl.fib. LNP; 40% gl.fib.; ASTM 0638 bars LNP; 30% gl.fib.

..

LNP; 40% gl.fib.; ASTM 0638 bars

~JH@W~l?#:t}@:r;~~W#W@FftWWbtJ 26 97 78 55

57.1

""U

en

LNP; 30% gl.fib. AmocoUdel

"'. No::
13.79 MPa

1 1 6.6 66 1

.:,:::l~ii;j
<.001 7 1

12 110 7 7 7 7 3 3 3 1

0

6.89 MPa

1

Ethyl Alcohol

Ethylbutyric Acid (2 Ethylene Chloride Ethylene Glycol

13.79 MPa 27.6 MPa

;i;:,,~)

..

Eastman 910 Epichlorohydrin Ethers Ethyl Acetate

1 1

0 0 0

1>);93A<

Joy liquid

Dowtherm Drain Cleaners

34.47 MPa

:\60,,:. 81

Amoco Udal

100

<0.042 1 1 1

'":,,,::9$\'.:

~Q.jis.ib.le:chliliile:y1":'::< .

0.002 0.29

20.8 3 1 1 7

Cascade

2 10

7

Chemical Resistance - Polysulfone

f~if.~I.il;I:li'r~~lji~~jt~ii~ljl~jjl~II~lf~llr~

Amoco Udal

B ASF

:::;:j~:~ ::·:::{jkk:mE~r§}~::?g:rI<:~~~:~W~~?~%:

~~::C~~::'~:O:%

gl.fib.

LNP; 40% gl.fib.; ASTM D638 bars

-...

C>

.......

-..J 0>

Chemical Resistance - Polysulfone

""0

C/)

I\.)

o

1::-"····,·····,·

Reagent :~..

:~;!

Ethylene Glycol Ethylenediamine Ferric Chloride Ferrous Sulfate Flux

69 92

110 1

10

1

saturated

92

Kester # 1544

7 7

Formaldehyde Formic Acid

37

1 92

10

7 1

88

Freon 11

<.001 <.001 0.083 <0.083 <0.083

Freon 12 Freon 22 Freon SF

liquid tetrachlorodifluoroethane

Freon TF

Freon TMC Freon TMS

o 100 0.08 0.25%

~ ~

;:;.

;:l

t"'

& .,

.,

\:l

<.t::

AmocoUdel

79

20.68 MPa 6.89 MPa 13.79 MPa 13.79 MPa

0.167 0.167

13.79 MPa 27.6 MPa

0.167

27.6 MPa

7 7

0.25%

3 3 1

0.25%

<0.042

13.79 MPa

<.001 <.001

13.79 MPa

88.2 94.1

LNP; 40% gl.fib.; ASTM 0638 bars

85.2 Amoco Udal

6.89 MPa 27.6 MPa

o

Exxon regular

<0.042

20.68 MPa

Sunoco 200 Shell regular

<0.042 <0.042

20.68 MPa 27.6 MPa

Amoco regular Atlantic regular

<0.083 <0.167

20.68 MPa 27.6 MPa

<0.833 Shell regular

<0.833

13.79 MPa 13.79 MPa

Sunoco 200 Amoco regular

<0.833 <1

en

~ en tE·

100

92

@ ~

LNP; 30% gl.fib.

20.68 MPa 27.6 MPa 13.79MPa

1

Gasoline

92.2 98.4

0.96

0.167 0.167

<.001 <0.004

Furfural

1.2

Exxon regular Sunoco 200 Exxon regular Atlantic regular

13.79 MPa 13.79 MPa

1

6.89 MPa

<2.9 <2.9

13.79 MPa 6.89 MPa

2.9 7

6.89 MPa

20.8 7

6.89 MPa

0.05 0.25%

44.1

LNP; 30% gl.fib.

.......

@

"

'S""

A~.g~nt ';' >::" '.

~ ;:;.

,,:;;;:-,

V>

';

~. :-.~-;.~: '~}'

..

.;; ~~~

"'*'."'.:'~';"''.''

,Reagent Note

.~-

''')::'

Load

V>

15' ;:l

7 1

BASF Ultrason S 2010

u

1

BASF Ultrason S 2010G6; 30% gl.fib.

2.6 3.3

BASF Ultrason S 2010

70.7 100

1

Gasoline Additive Gear Oils

'"~Iil!'~

STP

·;t~QX>

hypoid gear oil

<1

27.6 MPa

<1

13.79 MPa

<0.042

13.79 MPa

:;::

22

96

BASF Ultrason S 2010

98

BASF Ultrason S 201OG4; 20% gl.fib.

6.6

63

BASF Ultrason S 2010

6.6

94

BASF Ultrason S 201OG4; 20% gl.fib.

66

21

BASF Ultrason S 2010

66 1

87

BASF Ultrason S 201 OG4; 20% gl.fib.

61

BASF Ultrason S 2010

1

88

BASF Ultrason S 201 OG4; 20% gl.fib.

6.6

18

BASF Ultrason S 2010

6.6

59

BASF Ultrason S 201 OG4; 20% gl.fib.

Heat Transfer Fluids

20.68 MPa 34.47 MPa

41.7

34.47 MPa

"~:};1

<0.667 20.8

20.68 MPa

1

27.6 MPa

::::;;A14 .,:149)':"

Green Liquor

20.8 41.7

~t:;~:!;'~il

automotive

24

l!2 .. /

Mobillherm 600

<1

27.6 MPa

1

13.79 MPa

,~>i): . 9 :~>"' ii1

92 7

Heptane

:., '<'22

0.01

~22

n-Heptane

(.;

1

27.6 MPa

4.2

20.68 MPa

20.8

13.79 MPa

7

0.25%

"

\ . '22"-'

Hostapal Household Cleaners

detergent

··.~i

Lestoil Pzazz 80n Ami; saturated

I

1

.'

{
Grease Eater

;

Kleen n Shine

;\

22

~49

;g;j;i;;tt":g~~;~;~~&" i;,

8',

91.8

.·9 .

97

0.042

34.47 MPa

1

20.68 MPa

......

7

.;;:<~

7

'-'}'9

<0.042

6.89 MPa

1

13.79 MPa

1

27.6 MPa

1

27.6 MPa

100

0

.:-:.;

.~

".

r::~:\~::~mttln\>:::;::~:·-·;:~::>:;it:-;;~~:.

,- ..;: .~

LNP; 30% gl.fib. AmocoUdel

;-,

0.53 :~.::

0.33

\J

en

:~\

~

'~t

1 ' '22 .., •.,.

n·Hexana

0.08

0.005 9 '2rh;::~: 3.69

27.6 MPa

7

Hexane

AmocoUdel

27.6 MPa

7

0.05

'. ·: • ,. .·\·\fio visible ~lulnae .

-0.15

22••

'22'. Aeroshell '5

~

Amoco Udel

1

7

22

LNP; 30% gl.fib.

1

66

Glycerin Grape Juice Greases

.:0:--:;;';,;;"::

LNP; 30% gl.fib.

3

It:

',';';';0;';'

premium grede

"

.,0.,>:l

,~

.. "

"

t

Material Note' -'

"

..

.,~ ......... ,,~:: ~.:;;;,.;,:./

Gasoline

tl (1)

,.

~~~: ;'~'-'.('

~~.

Chemical Resistance - Polysulfone

'-I 0>

c..>

..... 0>

Chemical Resistance - Polysulfone

'"'U

en

~

o

Wagner 218 Gulf Harmony A44

.22" '.'"

(i~~r"

Harmony C·53 Hydroyl50

J~\

Mobil DTE·HH Sunvis

"'i~~>

Harmony C·53 Mobil DTE·HH

Sunvis

0.35

7

·0.29

7

-0.05

7 1

0.35 13.79 MPa

;.. \99 20

W0i'~t

20

/}1,A~ 14 9.:

10

2·2',;,.

20

Hydrochloric Acid

0.35

7

:'l,ir~;'

Gulf Harmony A44

Hydrobromic Acid

7

10 10 10 10 10

,i~~C"

\~~)(

92

'i'}(7:P\>

0.16

110

. .,./@?XV.

0.3

7 7

0.25% 0.25%

i;;.::1,:;i;

7 7

10 10

3 3

10

1 1 1

0.25%

20 20 37 37 37

.;!;:~)~i

50

;.,;,. 22}.:····

37

Hydrofluoric Acid

I

:'j;iji$;,f:l't';

7 <47

6.89 MPa

100 67

AmocoUdel LNP; 40% gl.fib.; ASTM 0638 bars

"'·"'[;;:;*';)\1;(

68 AmocoUdel 0.08 0.4

<64

1

;~~;.~;~;

7

}""\'.6'·. '.....:

2.02

;:YS?{

0.51

102

0.16

.,;

100

50

Hydrogen Peroxide

4.2

~

Ei Vl .....

n' Vl

tI

C1l

Isooctane Isopropyl Alcohol Isopropyl Ether Jet Aircraft Fuels

Vl

15' ;:l

t-<

.,0:p .,

\l::

34.47 MPa

7

@

Johnsons Wax 111

1

27.6 MPa

isopropanol

0.208

20.68 MPa

"

<1

13.79 MPa

110 JP 4

<0.667

" " "

20.8 <0.042

·0.2

g

0.05

g,,}>

0.27

20.68 MPa

7 .:~

6· ""., 27.6 MPa

7

27.6 MPa

LNP; 30% gl.fib.

>::;~}t~::;H~Tt

i>:t',·9';'>.:" 13.79 MPa

r-

LNP; 40% gl.fib.; ASTM D638 bars

"'•. '·;;;i~;;;fJ·:

<47

LNP; 30% gl.fib. LNP; 40% gl.fib.; ASTM 0638 bars

79.8 89.2

"'.;i:;'.'il'@,. 0.25%

102

15 20

88.2 82

15

20

64.9 84.2 91

3

10 10

Hydrochloric Acid

E;~,a.\, ·"\i·Ef?\'.r·

@

'"

p

~

ri' Ul

tl

Kerosine

C1l

Ul

~.

;:l

Lactic Acid

60

t""'

& .,

.,

p

u::

Laundry Detergents Lauric Acid Lemon Oil Lestoil

Tide

..~!,;~

2 2

1

20.68 MPa 0.16

92

100

1

;, . ,:::1:(

92 <0.042

34.47 MPa

;;'~;~i~~!

4.2 7 7

6.89 MPa 0.25%

;,~~~~I~~~;j~i

20.8 7 7

13.79 MPa 0.25%

~1t

3

Loctile Loctlte AU Loctite B Loctite E Lubricants

~j

(10-10) (7-2)

'(~~;;~'i~ ~~l~;~~,~l~;l~

Oow Corning III

"

Lubricating Oils

Magnesium Chloride Malonic Acid Margarine

Esstic 42 Teresso 85 Terresso 43 Esstic 42 Teresso 85 Terresso 43 10

~11

\;;~~j;;J~~

3

<0.125 13

.~.%% -%
1 34.47 MPa

:)l'\~¥;

<3 3 <3

27.6 MPa 20.68 MPa 13.79 MPa 6.89 MPa

l;;+~l'd.;

3 41.7

·,22 ."

<0.042 20.8 110 7 7

5 5 20 40 40

~

1 1 1 <0.004 1

0

LNP; 30% gl.fib.

!)1;\;:'1~;;';;i?9,~OU{$"

)i

Amoco Udal LNP; 30% gl.fib.

':;':;~::

Amoco Udal

85.8

} >K'?;OKi_tl.2hoiUs'C·· .

~{~ 0.01

100

34.47 MPa 13.79 MPa 6.89 MPa 34.47 MPa 13.79 MPa 0.25%

13.79 MPa 27.6 MPa

i:~. :"{: K~r;::-

;' >;::

i},:;;~j~(l:

,-

4 92.1 91 87.1

'·'·;'··~·"";'''''i

LNP; 30% gl.fib.

"'h'idi{\@OK'.t2<1:lloprs

xc, 1''''3

Amoco Udal

13.79 MPa 27.6 MPa 13.79 MPa

•••••••••• y ' , '•••••••

............

,-

......... , .... "" .................

~.

~.,

-.'

.

, '-J 0>

"1J

en

)i:~;~~~!~ijl;~l;~r~rll!.i!!\;f·:i;ijy • :;

13.79 MPa 27.6 MPa

3

Methyl Ethyl Ketone

89.7 92.7

'><,..8 ",)},(

I

7 7

3

74.2 87.3

20.68 MPa 13.79 MPa

7 7

<3 3

Methyl Alcohol

MPa MPa MPa MPa

41.7

).,i~~~:)j

Mayonnaise

13.79 13.79 13.79 13.79

7 7

3

Masters Metallic

0.19

9."

6.89 MPa

i ....·~~ . i/

Linseed Oil

27.6 MPa

20.8

1

1

7 <0.125

Chemical Resistance - Polysulfone

(J1

-.J

Chemical Resistance - Polysulfone

'"U

en

a> a>

o

Methyl Ethyl Ketone Methylene Chloride Mil H·5606

Mobil Aerolube

" Milk Milk Bath Lubricant

Mineral Oils Mobiltherm 600

T\93.jlli,·••

1

"::.22.'.(:'" '·;~.}.~?i".'.) ::·.····.22...'··.·

7

. ::i::~:f:1/ii;.;~j:~:~~

Premixslip Surgislip Weck lube Premixslip Weck lube

"

Morpholine

0.2

<23

34.47 MPa

3

27.6 MPa

• ····Wi 93·:·.··,·

1

>(;~~~:'(;

7

SAE10

SAE 10

<0.333 110

."<::;,22'" "

7 20.8 7 7

Mustard Naphtha Naphthalene

·.911. ' ',22

"

~

S'

5 5 10 10 10 10 10

CIl

20 20 20

~

0'

~~

,.•••·;12 •.•.

10 10 10

@

.

. 2i! ' '-',.

vapor

" Neats Foot Oil Nitric Acid

',

.,.. 22'"

VMOP

100

"@'{a;tt

0

99.7 97.3

0.25%

13.79 MPa

41.7 >1

34.47 MPa 27.6 MPa

0.167

27.6 MPa

1

13.79 MPa

7 7

0.25%

79.8 84

3 3 1 1 1

0.25%

71.9 81.8 100 54.2 64

0.25%

92

40 40

7 7

0.33

t"'

71 71

7

3.76

.,

p

Nitrobenzene

••••.. •·).93,/!;"·.

1

0.7

tT?Io~.?~~r~:·

"

Amoco Udal LNP; 40% gl.fib.; ASTM 0638 bars

"

AmocoUdel LNP; 40% gl.fib.; ASTM 0638 bars

r' ;\,. ;;;)lCi \ilslbJii.chlliiiliSY;?

0.43

7

20

u:

LNP; 40% gl.fib.; ASTM 0638 bars

34.47 MPa

t:l

0: .,

AmocoUdel

20.68 MPa 6.89 MPa

CIl

;:s

100

1 1

15'

(\)

LNP; 30% gl.fib.

98.6

3 1 1

41.7

I

1

20.68 MPa

99\.

. . • • ••• 23 ...

Amoco Udel

6.89 MPa

iNg?< •

;:• !,~~, . •. .

i:'

7

·\;.·93·······

.;;;-;.:

·.·\·h9·\:·t····

MPa MPa MPa MPa MPa

1

Motor Oils

0

7

3.2 3.2 3.2 6.4 9.7

-

heat transfer liquid

ti})l\P

0

Amoco Udal

@

'1:l

S

~

;:;. VJ

~

STP

VJ

27.6 MPa

15'

0.04

;:l

13.79 MPa

~

.., ..,

0-

P

u::

13.79 MPa

Oils Oleic Acid

Gulf Seneca no. 49

0.02 <0.125 7

34.47 MPa

20.8

13.79 MPa

3 <3

27.6 MPa 6.89 MPa

100 100

18 <1

24.8 MPa 12.4 MPa

1 7

13.79 MPa

20

41.7

34.47 MPa

3 3

13.79 MPa 20.68 MPa

3 3 <0.042 0.042 0.292 <0.042 0.125 <0.271 <0.042 <0.042 1 1

13.79 MPa 27.6 MPa

Olive Oil Omniclde Oven Cleaners Oxalic Acid Oxygen Ozone Peanut Oil Permatex

14&28 day steril. sol. Easy Olf

Permatex #2 Indian head gasket shellac

Permatex #1

Permatex #1372

Phenol Phosphoric Acid

0.07

Amoco Udal 0.45

13.79 MPa 6.89 MPa 13.79 MPa 6.89 MPa 13.79 MPa 6.89 MPa 13.79 MPa

o

1 20 50 85

92 92 1

0.08

o 100

85 85

Photographic Developers Photographic Fixing Baths Potassium Hydroxide

Kodak OK-50, 2x strength

7

-0.25

7

0.428 0.45

film, Kodak OK·50

7

Kodak

7

0.41

7 7 7

0.29 0.4

7

0.22

20 20 35 35 35

0.13

""0

(J)

o

Chemical Resistance - Polysulfone

-... -...

0)

-....l C1>

Chemical Resistance - Polysulfone

'"U

en

(»

o

:';'.

Potassium Nitrate Potassium Permanganate Pyridine Silastic 140 Silicon

"",,1"49'\.

saturated 10

·•. 3Jg',,;

92

.93

1

ga',

)

22.

GE RTV 88

22· 76',

GE RTV 102 SF-96-350

;~3;;} 9;3.

45 L-410

93

L-455

93

;':~:.

i1l3~

National-559

"

.,., 93"

SF-96-350 L-42 L-45 L-42

93

" '1 21

If!i'

,,~~i

H{21'

~:,,;~'t' .,

SM-2040. Dow Corning 360, Dow Corning

Silicone Adhesives Silicone Grease Silicone Lubricants

j~:l~~~~;:~' ~;;;ti;;~i:

silicone sealant; GE silicone stopcock spray agent 3M spray

SiLube 400 Skydrol SOOA

2h8~';

fire resist. hydraulic fluid

Sodium Bicarbonate Sodium Carbonate

<1

20.68 MPa

7

13.79 MPa

<.001

27.6 MPa 6.89 MPa

<1 1 1 1 1 7 7 7 <0.042 1 1

1 110

25

102 92

1

"1:l

25

~

1

;::;.

30 50

CJ>

50

~ CJ>

50

102 92

~

to· ;:s

Sodium Hypochlorlde

5 5 10

t-

.,o: .,!=l

Sodium Hypochlorite

Clorox

0.17

~l~~~l;;;,;

102 102 1

u:;.;

6.89 MPa

;.,ii':i9,:.::t:'··· -0.06

6.89 MPa

"

~~;~i~~~~f~~iJ,h~n,~~,:~~~;:~%" .;, .; . ...>.-.. '

27.6 MPa

13.79 MPa

5 10 15

~;a~1~gi;i~~~W8il18'~o~rs

27.6 MPa

<0.042 3

~11!~[;Jj~;~

10

·.cracbiJ:I·le~sllian·18·hOlif$·:·'·

20.68 MPa 6.89 MPa 13.79 MPa

20.68 MPa

1

i;iY1i~;

27.6 MPa 13.79 MPa

<0.042 0.75

1

'" o~ ~l 24 hours

;.~~::

27.6 MPa

3 1

i'"

13.79 MPa 27,6 MPa

27.6 MPa 27.6 MPa

n+,~~j/i I@i~~,t
0

27.6 MPa 13.79 MPa

1 1

#u~?:a~~w~:::

100

6.89 MPa 6.89 MPa

2

10

10

@

13.79 MPa

<0.083 <0.75 <0.75

0

fil"'" . 0·'"

1 1

1.7 10

Sodium Chloride Sodium Chromate Sodium Hydroxide

·W'c·.'9¥·

';WiH~n
100

;i~j~lll~~J~;jfi

100

~~!l"ll!~~~~

I

·~·::::::::::::~::~;~_:·,l::;:W~·:

lililii~1~~

100 100 -0.03 100 0.08 100 0.08 0.08 0.08 100

@

'1:l

~

~ ;:). (J)

t::J ~

(J)

tEl· ;:l

t""'

0: ...

...i=l

u:::

~Odl'. S.....

10

Sodium Sulfide Sodium Thiosulfite Solder Flux Sorbic Acid Sporlcidin

sterilizing solution

Stoddard Solvents

white spirits

10 10 Kester 1544 100 100 100 100

i#mll~»

I

100

1 1 41.7

f;I~~;~i~~J';;

<1 18 <1 2

~!@~@~~~~[~g

1 3 1

l~;i~;~!~~~r~

100

1 1

5 10 10 10 10 10 10

100 27.6 MPa 34.47 MPa 24.8 18.3 14.5 12.4

MPa MPa MPa MPa

).';XL@ •••\ii~zi6!fjW2;t;'IiQiji$\ .';.)84;

27.6 MPa 13.79 MPa

0.25% 0.25%

76.3 79.8 90 87.5 75.9 88.2

0.25%

10 10

0.25%

95

Tetrachlorodifluoroethane

0.02

we«ing agent

Freon SF

" Tetrahydrofuran Toluene

0.05

0.19 -0.2 92

@;;II);.I! lj,llt~~l~;;; ;~~~~~~l;llt;l

0

69

~{~:;:%~f*11:~:::[:0::;(

28.6

7

@1i]fi.:{fJ,:J::~:~:~::::::

0.62 0.3

&;:1••'9,"# • •>;

110 <0.042

27.6 MPa

2

6.89 MPa

f,;f;(~~;;\jfi

0.167

13.79 MPa

0.167

27.6 MPa

%~~)m· (;.L~;)i%

1 <0.042 <0.042 7 7 1

..•. ,..

0

13.8 MPa 13.8 MPa 0.25%

!)ll~~;!t{ttJ

LNP; 40% gl.fib.; ASTM 0638 bars 0

""U

(f)

0

AmocoUdel

100

65 65 75 75

Jet Dry

LNP; 30% gl.fib. LNP; 40% gl.fib.; ASTM 0638 bars

E··;·!••;@;~f~m!(~~%M~;;q ·;.LU;

0.16

65

Surfactants Tergitol 7 Tergitol15S12

LNP; 30% gl.fib. LNP; 40% gl.fib.; ASTM 0638 bars

28.1 44.8

20 30 40

85

AmocoUdel

Chemical Resistance - Polysulfone

~:W¥¥F~¥#j.W&:\WWW:t%%1nW?(

\{"

AmocoUdel

,

-... 0> CD

........

Chemical Resistance - Polysulfone

"U CJ)

........

o

o

lexamatic Hy-lran lexamatic Hy-lran

Trichloroethane

0.05 0.05

1;~i~~~~1[ .......••••.•.

~~\.......

0.01

7 1

13.79 MPa

·····./6;;r

7 <.001 <.001 13.79 MPa

~-

.... :.. . ~

;j%,~9 . (· . 2

Trichloroethylene

.;-.,;.;.;

Trichlorofluoroethane Triphenyl Phosphite Turpentine Varsol

.....

;.;

..

~~~~ltili;;:

Freon IF

:n>~?i!i .>/~)~

';;(,:::~:-"

'. "::i:-:;:~'

.

<.001

6.89 MPa

7 7

0.25%

0.167 1

27.6 MPa

<0.625

6.89 MPa 27.6 MPa 34.47 MPa 13.79 MPa 20.68 MPa

m~t~)Mt~

3 3 3

~~tf:t~ltJf,:]

Water

M1RRfh

changed weekly

.

4.2 4.2 7 41.7 41.7 625

..

208 208 417

changed weekly

@

..

;:g P ~

.. ..

;:;. V>

t1

<\I V>

<E' ;:l

~

., .,

0-

P

Water Pump Lubricant

MAC's 13

2.5

LNP; 40% gUib.; ASTM 0638 bars

..,,\ •••• :X1MOKitf4JlOu(S«(. it

Amoco Udel

6.89 MPa 27.6 MPa 6.89 MPa

7 28 2.5 5 7 7 10 3 3 1

1.03

20.68 MPa

0.58 0.62

<.1

0.6 0.8

BASF 96.1 98

0.25% 0.8

. ..

Amoco Udel

0.85

0.85

0.25%

1

6.89 MPa

3O%gUib. AmocoUdel

0.11 113 71 75 119 74 75 57.1 72.9

(C>(·4m,i'·if

.

..

104 70

1 1

S 2010; 2 mm thick

BASF Ullrason S 2010; 2 mm thick LNP; 40% gUib.; ASTM 0638 bars

81.8 86.2 100 )~Pi:::;:,g@~:~~

U~rason

LNP; 40% gUib.; ASTM 0638 bars

0.1

0.25%

7

Water

pj'i},;:;; • • ·.;j;~(~'-.··!0;i·;

77

<0.083 <0.125 1 1 1

Vegetable Oils

0_26

6.89 MPa

30%gUib.

t~:~ )@PttH/2%/ :;~Ct ::::/WS/W?T

f&f/W\\]@\¥HtX '.:.,S~J.
~

':i:;.(.\

30%gUib. LNP; 40% gUib.; ASTM 0638 bars AmocoUdel

@

1:l

Z' ~ n'CIl

·~~(~~11~~~,'~;j~::;~~

~ tEo CIl

;::s

t

.., ..,~

0-

u::

Waxes Wetting Agents Xylene

Jubilee Tergitol7

<1 2

24.8 MPa 23.4 MPa 12.4 MPa

1 <0.042

27.6 MPa 13.79MPa

Amoco Udal "'",'"

):.:::::>'".9>:\:"

110 <.001

0.3

6.89 MPa 0

1

Zinc Chloride

saturated solution 92

0

""U

en

o

.,

Chemical Resistance - Polysulfone

........ ........ ......

....., .....,

Chemical Resistance - Rigid Thermoplastic Urethane

::D

-l

IX>

""U

C

glacial

}

28

0.7

90

0.6

93

88 101

0.4 0.7

89

102

5.3

82

16

50 62

6.9

Acetone Ammonia Anderol401 ASTM Oil No.1 ASTM Oil No.3 ASTM Reference Fuel A ASTM Reference Fuel B ASTM Reference Fuel C

,'
concentrated solution

j", f;;?a t'

.,

·lO;,><

lubricant

23

2~'"

,.,23, "':23

2~

50% isooctane, 50% toluene

Benzene Bleach Boric Acid Brake Fluids Butylamine Calcium Chloride Carbon Tetrachloride Chloroform @

Cottonseed Oil

'i:l

.....

tl

28

3 28 28 28 28 28

)} i'JL';
"in8'\ )/

~';i]~,~i;;ii: :f;\;~!;Si '\,' 9

Ie

,..

V~i.'i

28

,.?~,,,

Chlorox bleach solution

solution type A

":,'

23.';,

. ,'.' ,'23

28

28 7

)",9.\·

.,

27 31

32 14

28

6

1 1.1

86

0.7

86 89

0.2

119 111

0.3 0.2 0.2 0.2

101 103

1.4

89 96

3 0.3 0.5 0.6

Cyclohexanone Diethylamine

94 97 98

80 48

106 102

61

115

4

4000

2 2

2000

97 102

86 89 95

96

600

87

93 103

100 100

96

101

102

93 94

102

94 100 103

93 100

92

0.8

101

91

'4,

83 67

109 112

'," . •. 2~!r,.,

28

;,.. i~3;;;·:J}.·

'/'H:~9"f;

28

>V~;;i'6

0.4

103

kg;:~~a·""

28

0.2

98 101

M;;;~,ti;;; •."·

28

saturated solution

i;~nh

t-<

.,0: .,

l:l

u::

'cF~~§~ifiliiiI!$'l¥tiinc,:;;if;'Dow Isoplast 101; 3.2 mm thick specmn.

,;:.;2;t;;~..;; .····;;;;i):;;; ~:: :::::::: ~~:: ::~ ~~ :~:~: :::~~~:

+"

./';~.';H.·,\,"

•. "'j-W} Dow Isoplastl01; 3.2 mm thick specmn.

,":,;;;;;,);;{.~;:' ~:: :::::::: ~~:: ::~ ~~ :~:~: :::~~~: e~cell.nl i.s,is)ll/!(e'::)L '

Dow Isoplast 101; 3.2 mm thick specmn.

. •·.'MHi;;;;iGii

97

98

103 100 124

75 101 71

20

4

6 11

2 1

0.2

106 106

102 100

94

99

96

95

2

6000

a a

34

45

44

6

98 103 3000 400

94

3000 94 107 Dow Isoplast 201; 3.2 mm thick specmn.

C1l

;:l

!;;;;~~':l~:!~j~~:il-f~;!'~l[~;;~fil~;(~:::::~:::::~::~:~ :: :~:~; :~:~:~:

n,butylamine

en

lS

~il'~~I~r~rli~~~!~ii~~~~~{~l~~ll!i~:::::~:::::~::~.~:::~:~;:~:~:~:

97 97 100

101 101

8.4 15

.;~~~::~~~~

103 102

0.4

e: .

0.1 -0.2

S' en

n'en

28

96

96

Dow Isoplast 301; 3.2 mm thick specmn.

Dimethylformamide Dloctyl Phthalate

Dow Isoplast 101; 3.2 mm thick specmn. 0.2

106

97

@

"1:l

P ~

n'IJl ~ to·

Ethyl Acetate

IJl

;::l

t""

Ethyl Alcohol

50 50 50 95 95 95

0: ..,

..,

p tt::

in unleaded gasoline

Ethylene Glycol

Freon Gasohol Gasoline

Gasoline

50 50 50

23 35 26

35 16 26

13 3 1

4000 1800 3200

1 1 0.7 2.5

91 93 99 83 69 63 81.4 84.1 66.3 71 69.9 55.8 37.9 52.7 43 94 95 95 103 102 100 105

92 106 90 84 76 63

98 111 97 98 104 116 76.4 96.4 71.8 45.5 64.3 76.9 181.8 103.6 151.3

5 4.8 5.3 3.5 4.7 7.8 5.7 8 18.1 10.8 11.1 0.3 0.3 0.2 -0.3 -0.4 -0.3

fluorocarbon

o

wi 20% ethanol w/10% ethanol

7.4 5.4

high test unleaded unleaded wi 15% ethanol unleaded wi 15% methanol unleaded unleaded wi 15% ethanol unleaded wi 15% methanol unleaded unleaded w/15% ethanol unleaded wi 15% methanol

0.1 0.5 5.3 10.4 0.1 3.5 6.7 0.3 4.7 8.5 0.4 7.8 19.6 0.1 5.7 11.4 0.4 8 11.4 0.2 18.1 20.9 0.6

unleeded unleaded wi 15% ethanol unleaded wi 15% methanol unleaded unleaded wi 15% ethanol unleaded wi 15% methanol unleaded unleaded wi 15% ethanol unleaded wi 15% methanol unleaded unleaded wi 15% ethanol unleaded wi 15% methanol unleaded

94 87 110 98 104 116

I~~:;~J>~I~~I~~!~~I~.IDOW

Isoplast 101; 3.2 mm thick specmn.

Dow Isoplast 201; 3.2 mm thick specmn. Dow Isoplast 301; 3.2 mm thick specmn.

Dow Isoplast 101; 3.2 mm thick specmn. Dow Isoplast 201; 3.2 mm thick specmn. . Dow Isoplast 301; 3.2 mm thick specmn.

i.«<':·:«·: "':«

Dow Isoplast 202LGF40; 40% Dow Isoplast 101LGF40; 40% Dow Isoplast 202; Dow Isoplast 202LGF40; 40% Dow Isoplast 101LGF40; 40% Dow Isoplast 202; Dow Isoplast 202LGF40; 40% Dow Isoplast 101LGF40; 40%

100 104 97 110 100 97 91

C

Ing.gJ.fib Ing.gJ.fib Ing.gJ.fib Ing.gJ.fib Ing.gJ.fib Ing.gJ.fib

Dow Isoplast 101; 3.2 mm thick specmn. .."'.....::-... .p., Dow Isoplast 201; 3.2 mm thick specmn.

Dow Dow Dow Dow

Isoplast 301; 3.2 Isoplast 101; 3.2 Isoplast 201; 3.2 Isoplast 301; 3.2

mm thick mm thick mm thick mm thick

specmn. specmn. specmn. specmn.

'. Dow Isoplast 101; 3.2 mm thick specmn. Dow Isoplast 301; 3.2 mm thick specmn.

101 101 81.4 57.1 95.4 84.1 68.2 91.2 66.3 47

102 90.9 76.4 87.3 82.1 96.4 96.4 51.3 71.8 161.5

91.6 115.2 125.3 89.2 102.1 130 94.5 113.8 187.7

99 71 26.3 94 69.9 45.9 100 55.8 42.6 100 37.9 23.3 90.4

80 45.5 181.8 67.9 64.3 167.9 56.4 76.9 189.7 67.3 181.8 181.8 71.4

81.5 93.4 143 87.1 98.3 178 90.3 119.6 193.2 90 132.1 137.9 87.1

:::D --i ""U

Dow Isoplast 101; 3.2 mm thick specmn . Dow Isoplast 201; 3.2 mm thick specmn. Dow Isoplast 301; 3.2 mm thick specmn. Dow Isoplast 202;

Chemical Resistance - Rigid Thermoplastic Urethane

Dow Isoplast 101; 3.2 mm thick specmn. Dow Isoplast 202;

Dow Isoplast 202LGF40; 40% Ing.gJ.fib

Dow Isoplast 101LGF40; 40% Ing.gJ.fib

Dow Isoplast 202;

Dow Isoplast 202LGF40; 40% Ing.gJ.fib

Dow Isoplast 101LGF40; 40% Ing.gJ.fib

Dow Isoplast 202;

Dow Isoplast 202LGF40; 40% Ing.gJ.fib

-... -...

U>

....... .......

Chemical Resistance - Rigid Thermoplastic Urethane

::D -I

~

"'U C

\:

unleaded w/15% ethanol unleaded w/15% methanol

.>:

unleaded

;'~;,~;,i;~;···

~:t;;~~::::

){

unleaded w/15% ethanol unleaded w/15% methanol

Heptane Household Cleaners Hydraulic Fluids Hydrochloric Acid

52.7

103.6

42.4

142.9

1.9

92.8

48.7

11.1

43

151.3

13.9

39.4

a

102

103

-0.1

103

96

98

-0.2

96

101

105

0.7

93

98

18

78

102

20

0.2

96

96

20

0.2

97

105

99

20

0.2

97

98

105

1.1

66

101

0.8

103

96

35 94

96

0.9

38

103

21

28

0.6

92

84

90

3

28

0.6

94

110

95

3

28

0.5

92

94

108

30

28

0.8

90

96

96

30

28

0.6

91

98

30

28

0.6

91

110

99 97

3

Kerosine

28

t)(ii:Ii\;';··';';,

-0.1

101

104

96

a a

104

103 107

98

100

97

Anderol401

:;·:4tAl:Q.f~>(

3

,;@HNtm;>;';

119

87

saturated

JW£j~,~Wi.ii;

28

i%;g;~{#.?·',

128

141

;,@h~~.·.;Ymi

Methyl Alcohol

in unleaded gasoline

7

7

i;1!;;;M.%Fl\

Dow Isoplast 101lGF40; 40% Ing.gl.fib

100

Skydrol

Hydrogen Peroxide

86.2

161.5

Mr. Clean

concentrated

Lubricants Magnesium Chloride

10.8 11.9

84

76

107

107

3.7

74

97

8.4

37

40

121

32

128

;;0jil;;;11:;~ll;r;i!~~'!l~;~~I~!t~;t0-'-~;~ll;~r!~~:: :::::::: ~~:: ::~ :: :::~: :::~:~: ;;brF+i\i~i@~\iSW!i!~;;bbWhDow Isoplast 101; 3.2 mm thick specmn.

97

12

22

7.7

33

10.4

57.1

87.3

125.3

Dow Isoplast 202;

6.7

68.2

96.4

130

Dow Isoplast 202lGF40; 40% Ing.gl.fib Dow Isoplast 101lGF40; 40% Ing.gl.fib

Dow Isoplast 201; 3.2 mm thick specmn. Dow Isoplasl 301; 3.2 mm thick specmn.

8.5

47

161.5

187.7

19.6

26.3

181.8

143

Dow Isoplast 202;

11.4

45.9

167.9

178

Dow Isoplast 202lGF40; 40% Ing.gl.fib Dow Isoplasll0llGF40; 40% Ing.gl.fib

11.4

42.6

189.7

193.2

@

20.9

23.3

181.8

137.9

Dow Isoplast 202;

'tl

11.9

42.4

142.9

144.6

Dow Isoplast 202lGF40; 40% Ing.gl.fib

13.9

39.4

161.5

183.6

S'

n-~ l? CIl

CIl

Methyl Ethyl Ketone Mineral Oils Motor Oils Nitric Acid

Dow Isoplast 101lGF40; 40% Ing.gl.fib Dow Isoplast 101; 3.2 mm thick specmn.

10W·40

0.2

101

98

0.3

101

100

40

1.1

95

94

102

;:l

40

0.8

97

103

101

Dow Isoplast 201; 3.2 mm thick specmn.

t""

40

0.9

89

98

90

Dow Isoplast 301; 3.2 mm thick specmn.

tE· 0: ,

,p

<.c::

@ ~

~

~

o'V>

~ V>

t":

.., ..,>:l

Cl"

8

26

64 34 99 92 92

98 19

Dow Isoplast 301; 3.2 mm thick specmn. Dow Isoplast 101; 3.2 mm thick specmn. Dow Isoplast 201; 3.2 mm thick specmn.

100

Dow Isoplast 101; 3.2 mm thick specmn.

21

~.

::l

18 8.3

Phosphoric Acid Sea Water Sodium Chloride

0.6 0.8

It:

Sodium Hydroxide

Sulfuric Acid

10

0.2

10

0.6

10

0.4

95 91

30

0.3

93 94 93 98 97 97 97

30

0.2

95

10

0.5

10 10

0.3

20

0.6

20

0.5

30

0.3

0.5

90 99

97 92 99

102

107

110 108

97 94

98

95 100

107

98 93 98

106

107

97

Dow Isoplast 201; 3.2 mm thick specmn. Dow Isoplasl 301; 3.2 mm thick specmn. Dow Isoplast 101; 3.2 mm thick specmn. Dow Isoplast 201; 3.2 mm thick specmn. Dow Isoplast 101; 3.2 mm thick specmn.

; Dow Isoplasl 201; 3.2 mm thick specmn. " Dow Isoplast 301; 3.2 mm Ihick specmn.

concentrated

Dow Isoplasll0l; 3.2 mm thick specmn. Dow Isoplast 201; 3.2 mm thick specmn.

Tetrahydrofuran Toluene Transmission Fluid Tricresyl Phosphate Water

Dow Isoplasl101; 3.2 mm thick specmn.

type A distilled

1.5 0.7

97

111

100

103

0.2

99

108

Dow Isoplast 101; 3.2 mm thick specmn.

101

103

o

106

102

0.6

89 93 91

0.5 1.5 50

Dow Isoplast 201; 3.2 mm thick specmn. Dow Isoplast 301; 3.2 mm thick specmn.

0.2

0.6

Zinc Chloride

98 98 98

106

92 96

106 106

92 98 103 110

104

102

:::IJ

--i -0 C

Dow Isoplast 201; 3.2 mm thick specmn. Dow Isoplast 301; 3.2 mm thick specmn. Dow Isoplast 101; 3.2 mm thick specmn.

Chemical Resistance - Rigid Thermoplastic Urethane

-... -... 0'1

en

0>

Acetamide powder powder

Acetic Acid

glacial

5 5 10 10 25 25 25 25 25 25 50 50 50 50 50 50 100

Acetic Acid

Acetol Acetone

100 100

100 100

@

~

~

r;'

Acetonitrile Acetophenone

(I)

100 100

t::l

(\) (I)

<E'

...0:i=l ... te:

BASF Luran 368 R Dow Tyril; to ASTM 0543·84 BASF Luran 368 R Dow Tyril; to ASTM 0543·84

<=365 <=365 28 28 <=365 7 28 7 <=365 28 <=365 7 28 7

BASF Luran 368 R

" Dow Tyril; to ASTM 0543·84

" BASF Luran 368 R Monsanto Lustran; 50.8 mm diam. disc Dow Tyril; to ASTM 0543·84 Monsanto Lustran; 50.8 mm diam. disc BASF Luran 368 R Dow Tyril; to ASTM 0543·84 BASF Luran 368 R Monsanto Lustran; 50.8 mm diam. disc Dow Tyril; to ASTM 0543·84 Monsanto Lustran; 50.8 mm diam. disc BASF Luran 368 R Dow Tyril; to ASTM 0543·84 Monsanto Lustran; 50.8 mm diam. disc

<=365 28 7

0.25%

BASF Luran 368 R Monsanto Lustran; 50.8 mm diam. disc LNP; 30% gl.lil.

78 81.8

" Dow Tyril; to ASTM 0543·84 Monsanto Lustran; 50.8 mm diam. disc BASF Luran 368 R Dow Tyril; to ASTM 0543·84

~i::~

28 28 7

Monsanto Lustran; 50.8 mm diam. disc

<=365

BASF Luran 368 R

28 28 <=365 7

Dow Tyril; to ASTM 0543·84

"

<=365

BASF Luran 368 R Monsanto Lustran; 50.8 mm diam. disc BASF Luran 368 R

7

Monsanto Lustran; 50.8 mm diam. disc

28 28 <=365 7

Dow Tyril; to ASTM 0543·84 BASF Luran 368 R Monsanto Lustran; 50.8 mm diam. disc BASF Luran 368 R

<=365

;:J

t'"

Monsanto Lustran; 50.8 mm diam. disc

<=365 28 <=365 28

<=365 28

glacial

Acetic Anhydride

28 28 7

<=365 7 7 7 28 7

glacial

i=l

-.. -..

Chemical Resistance - Styrene Acrylonitrile Copolymer

» z

Acetylene Acetylene Tetrabromide

<=365 100 100

28 28

rT%>~?T:~~~.~$

".;,.:.::

Dow Tyril; to ASTM 0543·84

@

'"

p VI

~

riVI

tl

/',

'Reagent ~:

..,.

":"'~-;';;';"~"'"

Acetylsalicylic Acid

15-

.,;

..

;:~.

t

('cl

Jday.!.l

~O

saturated solution

Adipic Acid

;:l

.,0-p .,

~'Ti~;

Temp.

Cone. .(~L

Aircraft Fuels

aviation

"

Aiax Allyl Alcohol

Load .:~

....

POL Rating

-.

%

100 100 100 100

28

:'",•••• 2~.·

100 100

~

7

;,52

<=365

7

. .:~

<=365 <=365

'.~.,;.~,,;.:

·j;x;;~~·l'~~;·:··

bitter sweet

(.t~6l·',i

solution

" 100 100

\ ...

saturated solution

<=365

I

saturated sotution

100 100 100 100 100 100 100 100 100 100 100 100

Aluminum Hydroxide Aluminum Oxalate Aluminum Oxide Aluminum Potassium Sulfide Aluminum Sodium Sulfate Aluminum Sulfate

solution saturated

28

\

~:

; ;

9' 5

<=365

9

:::::

7

8

28

9

:l~

7

6

<=365

9 9

28

j

~

",

~t:

28 28 28

,'~(g:(tlt

28

22", ,.,)

9 9, 9

1

28

;';{~:~;ji

'3Pi§;f:

"

8ASF Luran 368 R

<=365

r

wZ';;lij1Ii;!~jl t,,\:;~~~'~~j~~

Monsanto Lustran; 50.8 mm diam. disc

<=365

<=365

~i• ')fl:.·.=~;;!il;';

",;);;lfil~I~~~'~/

Dow TVrit; to ASTM 0543·84

-;

" 8ASF Luran 368 R

lit; :~iii1~~jf~~:::

28 28 28 28 28 28 28 28 <-365

7

,. ~-:

9" <~ - o . .:~

1"'.,; ", ' ""'.

(~ill1~flilrfy,ars

."

en

» z

8ASF Luran 368 R

<-365

i~

~• j~~f!;~~~;1ij;i

),;{~~~~ri~(:hou;s

5

I

28

·: .. ":~c·~'!ij;l

solution

8ASF Luran 368 R Monsanto Lustran; 50.8 mm diam. disc

·'·.·S ".

28

;~~~i/~~i,.j:~~

i ",;]~s!;~~~~J:'U[S'

~:>8

I

!i

.52 "H.,

'/

::

3

-.23/'

:X'2~;

I

2

I

7 7

<=365

100 100

3

I,..

<=365

' ·20

;""';

Dow TVril; to ASTM 0543·84

<=365

••• \.)20'/···.

sweet

Monsanto Lustran; 50.8 mm diam. disc

~~vere 81l8ck;SotOn lew IIrs:

2

28

<=365

bitter

Dow TVril; to ASTM 0543-84

,«"'\ieii~a"t X

O'

:~

k.

~.

Aluminum Fluoride

Material Note 8ASF Luran 368 R

n%nk~~c.I.I~J)\"asjslaliee

9'

28

23

20>';;" .,.. . 50

solution

I

28

t

,;,2~

Allyl Mustard Oil

Aluminum Chloride

Note

28

',. 52·

with ammonia

Aluminum Acetate

'-::"";'~:

28

\

Alum

-}:

a8S!~~alJce

•.• . ras;$1i!)It lor months

7

<=365

~,,:{.

Almond Oil

':~I\Slle Strength I Retained

<=365

"

~

VI

Reagent Note

risl$lanl

8ASF Luran 368 R .. " Monsanto Lustran; 50.8 mm diam. disc

.......

Chemical Resistance - Styrene Acrylonitrile Copolymer

....... .......

en

Chemical Resistance - Styrene Acrylonitrile Copolymer

» z

-..J -..J

ex>

~

Reagant Note'; Cone;.

C:~.::t:":::' .:::~ Ammonia

Ammonium Acetate

aqueous solution

:: (%)

{'cr

Time

. (da~sn

~:':F '.~.

.'~' :.~~~:~;:.'

....

-;. Jl"-~ ;~,~", "'"~". ;:;.::~~~~:.~'" 9!

7

>.;texpec'i8d:\iie:inth~',; ~f$f'

7

l

aqueous solution

7

'8

saturated

28

28

9 9

100

", 23<····

,': .,. . :~:!i.l!L.,:.,,;

solution

9 9 9 9 9 9 9 9 9

100

-::"':':"'23t :,-" 52

28 ~

100

"23

28

100

52

28

100

23

28

100

"".52 "20 '50 50

solution

Ammonium Chloride

o'CIl ~ CIl tEo

Ammonium Molybdate

solution

~

... I=l ... It::

8ASF Luran 368 R

,eSis'lant

Monsanto Lustran; 50,8 mm diam. disc

, res,stant ior months

8ASF Luran 368 R

excellem reslslance

Dow Tyril; to ASTM 0543-84

<

9

..

9

"

23

28

9

52

28

9

2.3 /52

28 28

9

~

~

30

28 7

• ;'

5

7

0,25%.

5

l

100

28

100 100

28 28

9 9

28 28

!

..

"

Monsanto Lustran; 50.8 mm diam, disc

LNP; 30% gUiI,

78 "".

9· ,9

23

~:,

4 ." 8

28

252

..,:;::,.;

8

100

100

~

7 9

10

100

·

'!

,",

9 9

30

<=365 solutions

r.slstanllor years

8 8

28

7 7

i

9

28

~

~:

I

.,,: •••52

10

:~

I

<=365

<=365

Ammonium Nitrate

9

28

;:l

0-

7 7

,

23

concentratad

Ammonium Metaphosphate

28 <=365

'52

@

Dow Tyrll; to ASTM 0543·84

::--.<"-,

100

concentrated

Monsanto Lustran; 50.8 mm diam. disc

·· · .'

7 9 9

100

~

':i, <;',,,,(is;l~latlL,

"t,S,excell.nt:I.slstance :.:.-.:. >.:;,;;~~;:~:: +{d::;;<:~: -~ ~;;;?

28

100

Dow Tyril; to ASTM 0543-84

".'/"

.. 23

Ammonium Fluoride

Ammonium Hydroxide

',;.

100 saturated

Ammonium Glycolate

.. ,

,':

/....

~:: :~

100

l!2

8ASF Luran 368 R

7\;.)I~S,lfi~Vbt ,~nihs'

28 28 28

saturated

Material Note

""",\resi$tli(lilor ~~rs , , \

<=365

Ammonium Bromide

'tI

••

L o a d , POL , % T~risile Strength ,~esls~ance"ot~ Rating " , Retained:>} ,

28

P

"",:~'

<=365 28 28

Ammonium Bicarbonate

Ammonium Dichromate

•

25 100 100

100

Ammonium Carbonate

"''''

25

Ammonium Aluminum Sulfate

Ammonium Bifluorlde

T~mP.r:

,<, • •'

73 Monsanto Lustran; 50,8 mm diam, disc Dow Tyril; to ASTM 0543,84

:::

"

',. 8ASF Luran 368 R

9

t.9

9'

i

9

)

j

"f:.;;".xp,ellem·ieslslanee r .....,'. ' , y

'r .

-;;!:

Dow

T~ril;

to ASTM 0543·84

@

'll

po Vl ~

n' Vl tl (1) Vl

Reagellt ~>.: . x.

...........

Ammonium Nitrate

I

Rllagent Note

.~

solutions

Ammonium Oxylate

~

Ammonium Persulfate

100 100

Ammonium Phosphate

100

Ammonium Rhondanide Ammonium Sulfate

20

" "

<=365

9

,:

::~::~:

"'~:

% Tensile Strength

Retained

Rl!sistance Note

Material .Note .

. l~i$la/llfor years

BASF luran 368 R Dow Tyril; to ASTM 0543-84

28 28 28 28

":':':

<=365 <=365

100

50":::: 23 '.•, "

100

~2

solution

·POL.

oRating·

28

23";' 52 ':'0'

100

Load

(dar,)

28

23 ..,<, 52

100

0-

Time

<=365

"23 . 52

100

;:l

i

20' 50

"

<E'

.., I:l ..,

I., Cf~C" I T~·~r\;j:j.

",:

BASF luran 368 R

..reslstant.for'months ~'-:;,:".~,.:;',:.;::, .:~/:' ' :.:.~

28

ex~elle.?l re$.!slance

28

"

<=365

Dow Tyril; to ASTM 0543-84 BASF luran 368 R

.re.ststanl for years

<=365

Ammonium Thiocyanate

23

100

52

28

exceUenl. resi$1ance.·

n-amyl acetate

28

·,x ,"

100

23

100

.52

100

23 52 _.

100

~~~_:;.U

7 7

resj:;jah\.

28

'~C!Uellt res)~ta·nc.

28

l

se.ere atlack;o.so[! in few hrs.

28

\',. ,:",dlss~'v,~:'

,.

2.3";;'-/

~~;,l

100

2~;g';

n-amyl alcohol

<=365

Amyl Chloride

100

23?":' .

100

(". ',', 5.2 ". ."A

Amyl Cinnamaldehyde

29'

>~~

28 28

8ASF luran 368 R Dow Tyril; to ASTM 0543-84

alic.Uent raslstence consi
~g~; .xpeci;d file: days

t r8slst~llO; y';:rs

<=365

7 7

Monsanto lustran; 50.8 mm diam. disc

>';':':~;Q~8d

28 28

BASF luran 368 R

"., nOt reSI~t
<=365 100

Dow Tyril; to ASTM 0543-84

28

7 n-amyl alcohol

Monsanto lustran; 50.8 mm diam. disc

·':r'·

<=365

Amyl Alcohol

Dow Tyril; to ASTM 0543-84

W:',

Ammonium Thioglycolate Amyl Acetate

100

"

8ASF luran 368 R

',:,r~~ll/ll/

~~~:;0i~~ii~;'~~:~ r~slst. s~yeii'alla~~:soltllflew >:)«~_: ::~~~~,)::{~~:-:':'i!~:~':~:: ;.'. .:(.

<=365

hIS.

Monsanto lustran; 50.8 mm diam. disc I

8ASF luran 368 R Dow Tyril; to ASTM 0543-84 BASF luran 368 R

<=365

Amyl Mercaptan

:;.~

<=365 <=365

Amyl Phthalate

100 100

100 100

Animal Fats

lard

100 100

beef suet

~; :.~.: ~~:::':;~;)~ 22 :.;;. :r. '>', :.~:

n-amyl phthalate

Aniline

~):: ."~-~i~i:tU~

28 <=365

8ASF luran 368 R

7

Monsanto lustran; 50.8 mm diam. disc

<=365

BASF luran 368 R

28

Dow Tyril; to ASTM 0543·84

28 <=365

8ASF luran 368 R

7

Monsanto lustran; 50.8 mm diam. disc

<=365

BASF luran 368 R

28

Dow Tyril; to ASTM 0543·84

28 <=365

en

» z

Dow Tyril; to ASTM 0543-84

28

Chemical Resistance - Styrene Acrylonitrile Copolymer

8ASF luran 368 R

-..I -..I CO

~ ~

Chemical Resistance - Styrene Acrylonitrile Copolymer

(J)

» z

C>

Animal Fats

lard

<=365 7 7

,)'50,\;

beef suet

Anise Oil

'\;~~i;;'

Aniseed

j'iijSbhis,

,.. . ', '-20· .,........

Aniseed Oil

100 100

Anthranilic Acid

100 100 100 100

Antimony Trichloride

•.;;\,.•'! ~;i·'~~~;,.:~··.

28 28

.;.,.,.~l!~~t;•., ;,

28 28 28 28

,;,(,.,.;~,%

",,···2:%.} '.'@.H~2".?,

!

Apple Juice

."8isiiii~~)[·'· . · '"

Aqua Regia

/.(.",20.'(,,,,,/

Aspirin Atropine Sulfate

J:~~~}.;ii::gp:;(1r::

!i';i?~#)'!!;",;

powder

"

100 100

<=365 <=365 <=365 <=365 <=365

~)!)it~~;l;;:

7

<-365 <=365 <-365 <=365

Barium Carbonate

solution

"

F"'.'iij~9U{";

100 100

100 100

Barium Chloride

" " "

'1:l

f:i' ....

100 100

CIl

r;' CIl

tl

(l)

CIl

<E' ;:l

t""

0: .,

.,p

<.c::

solution

Barium Hydroxide Barium Sulfate

j:ftH23:::h::}i

'fi;i;i;~~:",.·.i; 1~:(%~:r~~~~~tfN1

solution @

·.;li,[l~~~!lil!'i

100 100 100 100

I

:[1f::~~}(~:~t:~:[fW

·• ¥;r~~*;\N.';

•••;,'1iii!iii"[il

;'%18;'

'/q~L. ;;;~F}· . ,. iC;~·.;«

/;,:;,9 . . . "·,..···

28 28 28 28

".' iiJI ';'.:;/'

<=365

Ii

7 7

Attar of Roses Barium Bromide

'<./':'.9··,.... . . . . .,

<=365 <=365

/i., r#I$(~t.;to(,Y~rs.(,

i;;~";,:!r::~;~il~l\(~!~l;]~lj1ii'iii;'~

)k\!j;~f!!'~ri!Jt'~l~~!';'tt'jF

".. . ·,'.,··,'!• • ·'i"t&S'jstai.\il~bi&ais'.'

,'}'he".,.

ii·}f;a!~¢§!Ij!ijf!n!~M?(+@@{.

8ASF Luran 368 R

:::::~:;::T~:::~:.

Mons::: disc Oow Tyril; to ASTM 0543,84

8ASF Luran 368 R

Oow Tyril; to ASTM 0543,84

_ _ "~..::::::~:~m",,

28 28

Oow Tyril; to ASTM 0543,84

<=365 <=365

8ASF Luran 368 R

"

28 28

i·!li!;li;i~.;;;t%

<=365

Ii

7 7

<=365

28 28 <=365 7 7

<=365

28 28 28 28

$;:::fB;~::1¥~%;

. ."oo.:~;~~~~~.:." f;ffi#ii!~#~I(Ml!~~!~l~AA(}@d%W·

Oow Tyril; to ASTM 0543,84

8ASF Luran 368 R Monsanto Lustran; 50.8 mm diam, disc 8ASF Luran 368 R Oow Tyril; to ASTM 0543,84

@

'U

Mat~f1ii~~te

~

~ ;:;. CJl

tJ

." ")~:;:~r;;;:;;~:·i:~1f\:::;.:,

;~·,.;:~L·::;:r~:./:.,

Barium Sulfide

100 100 100 100

C1>

CJl

tEl·

Beer

;:l

t"-

o: -;

i=l -;

over 3.2% alcohol

Beet Juice Benzaldehyde

,i"(;:~;,;,;l~!

',';;~'~~;::j~l ,····:'·2~········

in isopropyl alcohol

\t::

1 1 5 5 10 10 100 100

"

2~,'N.

1

~2.Lj

i'

/~~,<;:"l '.23·w· 'wi, '." '52'",'

7

Dow Tyril; to ASTM 0543-84

2%

Monsanto luslran; 50.8 mm diam. disc

28 28 28 28 28 28 28 28 <=365

Dow Tyril; to ASTM 0543·84

<=365 28 28 <=365

100 100

100 100 ;

lindane

Benzenesulfonlc Acid

100 100

<=365

"""2B

Dow Tyril; to ASTM 0543-84

7

Monsanto lustran; 50.8 mm diam. disc

23, .'"

28 28 <=365

Dow Ty,il; 10 ASTM 0543-84

.22<) ,1 ~~/

28

7

28

crystals

7

jP'92<J"

crystals

100 100

I:i;i;~~:[;,::

<=365 28 28 28 <=365 7

-.. .... "'23,. ..'. . S2 ' \ '

1.5 1.5

Benzyl Alcohol

~;

~:.

~:.

~:(

100 100

Bismuth Carbonate Bismuth Chloride Bismuth Subnltrate Bleach

solulions

20 '"",

si);"::r':

,~

\;;;~*?;ij : L,::-· : 20,'~" ,.,

solulion

12 12

<=365 28 28 <=365 <=365 28 28 <=365 <=365 <=365 <=365 <=365 <=365

en

» z

Dow Tyril; to ASTM 0543·84

;i,2~j! i :.'~~<'" .

Benzoic Acid

Benzyl Acetate

BASF luran 368 R Monsanto lustran; 50.8 mm diem. disc BASF luran 368 R

BASF luran 368 R Monsanto lustran; 50.8 mm diam. disc BASF luran 368 R

7

Benzene Hexachloride (y)

Monsanto lustran;

7

7

undiluted

Benzene

28 28 28 28

Chemical Resistance - Styrene Acrylonitrile Copolymer

BASF luran 368 R Monsanto luslran; 50.8 mm diam. disc Dow Tyril; 10 ASTM 0543-84 Monsanto luslran; 50.8 mm diam. disc BASF luran 368 R Dow Tyril; 10 ASTM 0543-84

BASF luran 368 R Monsanto lustran; 50.8 mm diam. disc BASF luran 368 R Dow Tyril; to ASTM 0543·84 BASF luran 368 R Dow Tyril; to ASTM 0543-84 BASF luran 368 R

-..I CO ~

......

Chemical Resistance - Styrene Acrylonitrile Copolymer

(J) ~

ex> N

z

~;. ';.;.

.~

. Reagent Note Borax

Load

solution saturated solulion

<=365

solution salurated solulion

<=365

'POL 1;% Tensile Strllngf~ ijatlng.. Retained· .,

Material Note BASF Luran 368 R Monsanto Lustran; 50.8 mm diam. disc Dow Tyril; to ASTM 0543-84 Monsanto Lustran; 50.8 mm diam. disc BASF Luran 368 R Dow Tyril; to ASTM 0543-84

},

7 7

Boric Acid

10 10 solution

28 28 <=365

8ASF Luran 368 R Monsanto Lustran; 50.8 mm diam. disc Dow Tyril; to ASTM 0543-84 Monsanto Lustran; 50.8 mm diam. disc 8ASF Luran 368 R Dow Tyril; to ASTM 0543-84

7 saturated

2B

solution saturated

<=365 28 28 28 <=365 <=365

7

Boron Trifluoride

100

100

Brake Fluids

ATE BASF

7 7 7 ATE BASF

Brandy Brines Bromine

bromine liquid

Bromoacetic Acid

100 100 100 100

100 100 100 100 100 100

Bromobenzene Bromobutyric Acid (2-) Bromochloromethane @

"tl

P ~

o' (I)

~ tEo (I)

;:l

t"'

0: .,

.,>:l

<.t::

Bromoform Bua Silra Butadiene

BASF Luran 368 R Monsanto Lustran; 50.8 mm diam. disc LNP; 30% gUil.

0.25%

34.9

<=365 <=365 <=365 28 28

BASF Luran 368 R

Dow Tyril; to ASTM 0543-84

2B

28 <=365 <=365 28 28 28 28 28 28 <=365 <=365

BASF Luran 368 R Dow Tyril; to ASTM 0543-84

BASF Luran 368 R

100 100

2B

7

Monsanto Lustran; 50.8 mm diam. disc

100

28 28 <=365

Dow Tyril; to ASTM 0543-84

Raid ant and roach killer

100

Butane

Dow Tyril; to ASTM 0543-84

2B

BASF Luran 368 R Monsanto Lustran; 50.8 mm diam. disc

7

Butoxyethanol Butter

100 100

7 28 28 <=365 7

'~ceI18nt ,tslstan~e ~~:::~:

;"...

)

Dow Tyril; to ASTM 0543-84

X

~~istant 1~?yarS . 'r~~liml

BASF Luran 368 R Monsanto Lustran; 50.8 mm diam. disc

@

I' .. ·· .. ·,··

.. r

········;·····1·

"r

. r.:,::····

I",

'tJ

~

fI ellgent

,.,. n''" '"tl

.',;'

...

J

Reagent Note ~'

..'

I

COilC. (%)

.'.

l' Tr;~r'{:L~~st I.

Butter

(\l

tEo '"

Butyl Acetate

;:l

n-butyl acetate

"

t-'

100 100

Load

.1

7

8

~ .

9 1 1 Q

I

28 28

n·butyl acetate

.~

<~365

u::

Butyl Alcohol

n·butanol

100 100

n·butyl alcohol

i';:;

" n·butanol

Butyl Alcohol (sec-)

tOO

~:

.~::::

100

.<~

.j~;ji~~;\

tOO

Butyl Carbltol Butyl Chloride

t\/

BASF Luran 368 R

!

.".

\·1~~g~~~:~:::;;/.,

BASF Luran 368 R

. ~.

·ajpe~Itd·llle;'!"lhs. ,yrs)

":

2

7

7 7

8

6

<~365

5

,;:':":r~~~t~~!fcir,,!~~~;

5

.. 'm!idei; ·~ffeci:eW'1118:\iiks;'!TlIhs.

:?-.

j'fIS~tant 10['Jilonllls.

"

BASF Luren 368 R

"'.Vefislant' ,,; haal reduces room temp. reslsl. . }i,

Monsanto Lustran; 50.8 mm diam. disc

"

8ASF Luran 368 R Dow Tyril; to ASTM 0543·84

3

28

7 7

~:

BASF Luran 368 R Dow Tyril; to ASTM 0543-84

28

,

Dow Tyril; to ASTM 0543·84

,; Monsanto Lustran; 50.8 mm diam. disc

<~365

28

<}

100

Butyl Alcohol (tert-)

,0 7,

28

Material Note Monsanto Lustran; 50.8 mm diam. disc

"2

7

:

I

Rilsistance Note

<~365

<~365

.,& .,>:l

POL I % Tensile Strength I Rating

..

\, .mOlte!!!.te (islsl"sol1lll vls~['chgP"" Monsanto Lustran; 50.8 mm diam, disc

5

4:'

28 28

7 7

~~

(

Q

I

res'lslant

Monsanto Lustran; 50.8 mm diam. disc

22 XC; 23

7

2

:i).,:. ~ol;resi$tant ." ,:.,:

Monsanto Lustran; 50,8 mm diam. disc

100

28

2

S8vere-al1ack: soh in tew hl$.

Dow Tyril; to ASTM 0543-84

tOO

52

28

n·butyl stearate

100

"

tOO

23 ::;.:~ 52.. }

28

Butyraldehyde

tOO

Butyric Acid

n-butyric acid

100 100 100

Butyl Stearate

.~;

'~~y "

~2·"i"

.

':'j 23n,,> 52!1;,

28 28 28 28 28 <~365

iesi~~~t lor .ho,~!~
3

8ASF luran 368 R

<~365

Cadmium Bromide

100 100

23:'····

. 52 ,. ,'.'.• • j. ~";,)/:

Cadmium Stearate

Caffeine

solution saturated

<~365

saturated

"

Calcium Bromide I

100 100

9 ..

8

l)~~;ti~j!

<-365

>

9

,,}i~;;;';:

<-365

Dow Tyril; to ASTM 0543-84

.'

"',8s'iStantlor,years X

BASF Luran 368 R

.:.~~Bnt '.~;:t~\H;. ',-~ . ,,(r8s'~ttl\l' lor years':' .

7 7 28

5~\i;

28

,'23})\1

28

8

,i !

8

7

,,9

,:; : .' ;:~:!1;~~~\~~~~::;: :;::

f • ·.~e.ll~tf,~ta~'\.

z

8ASF Luran 368 R

Monsanto Lustran; 50.8 mm diam. disc

" 8ASF Luran 368 R

,(

Dow Tyril; 10 ASTM 0543-84

28

....,

(/)

:t>

Monsanto Lustran; 50,8 mm diam. disc

<~365

'H~~f?\ ,,;5;1)'

·."excellant (UiStance '

<~365

<~365

Caffeine Citrate

'.'"

28

7 7

,'D5,41'll);;

Caesium Bromide

9

28

Chemical Resistance - Styrene Acrylonitrile Copolymer

00

c.u

en

Calcium Carbonate

100 100

Calcium Chlorate

100 100

: : : : : : so~. C.I.lom",d,o.ld.

C."lom"~.h1"'"

~ ~-

~ ...~

<.c::

II

:~~~~~:

:~

..

100 100

Calcium Oxide

100 100

..e

:::

~ :::::::., ~

Camomile Extract Camphor

28 28 28 28

:::::::::: ::: II

Calcium Nitrate

~klom~".,I

c:;-

.......

Chemical Resistance - Styrene Acrylonitrile Copolymer

» z

:i: 7.

:i~ 28 28 28 28

..

:~~~

:': II J~ <=365 <=365 Crystals:8 oil 28 Cry::la1s

00 ~

Dow

Tyril; to ASTM 0543-84

I . .:::::[~~;~l~:: III _ I .:::::~~~~~: :::§§~~gt;:

I

~i$"'"

"~::~;~I~~:'~

,_~~_~~~:::::::~:':'" ~t~_t~lgll~~~ltf~{0~i~;i~[Mons~::~~~::~:;:;~~~~4d~~:- disc

<=~Ti~i0f:;(~~~~~~I~irtlr~lil~~I~'t!~11

Dow

~:~I~t~U~~~~6~~3_84

@

'il

I:l ~

n' en tl

~~agent ."'-

I

Reagent Note

Carbazole

I

,Cone,

I"') 100 100

C1l

It

remp, Time' I (·e)W;.i .J~at~) 23 52

en

20

;:l

50 22 i" 22 23'" 52, ·23 52 20 22 50 20

to' ~

.,p .,

c:r
ICarbolie Acid

50

ICarbon Bisulfide

100 100 100 100

Carbon Dioxide

Carbon Disulfide

t

100 100 100 100

Carbon Tetrachloride

Cardamom

ground 100 100

Carrot Juice

100 100

Castor Oil

23 52> 23 ·52 22 20 50 23 S2 20 22 50 23 52

:.::.:

"i:

20

,:22

sulfated

Catsup

Caustic Soda Cedar Leaf Oil Cedar Wood Oil

100 100

50

50 100 100 100 100

50 50 50 23 S2

28 28 <=365 <=365

Material Note

e.ceWi~tresi~tanoe

Dow Tyril; to ASTM 0543-84

9

r;~iS!anl~6r yallls

9 9

.:'

::.::t;:; :;'·:::::::.u.. :.

"~:'::

2 2 2

9

res;;iMn~r Vears

7

8

;;reslstant

<=365 <=365

a

~

9 9

2

o 9 9

':~.:

N.'

resi~~~(iot

years

dis!;ol.ed

;:

~(;; r;~lstanl

"L'~!r~~ ··::exc.iiil~nfieti$J~OCii'. ... :·'·;:;:::\:A"·' ,>. ,~:,:::::: :~:'.

BASF Luran 368 R Monsanto Lustran; 50.8 mm diam. disc BASF Luran 368 R • Monsanto Lustran; 50.8 mm diam. disc BASF Luran 368 R Dow Tyrll; to ASTM 0543-84

"'h1o:~i~rtt~~11~~~W~~;:;;~:~s:." .., . mOdera!e';~\~o;;;e visual ohg. resisllJ!l1·tor years T

Monsanto Lustran; 50.8 mm diam. disc BASF Luran 368 R

'excelle?\re'SlSfancF

Dow Tyril; \0 ASTM 0543·84

<=365 <=365 28 28 <=365

9 9 9

reslS!ah!..for years,

7 7

8 8

!~ani'

BASF Luran 368 R Monsanto Lustran; 50.8 mm diam. disc

28 28 <=365 <=365

9 9 9 9

excellenl Tesislanoll" <:..

..

Dow Tyril; to ASTM 0543-84

re$i%;l,qt ior years

BASF Luran 368 R Monsanto Lustran; 50.8 mm diam. disc

9 7

7 7

<=365 <=365 28 28

8

/,esisianl ::;':

resistant for years

BASF Luran 368 R

9 7

elcellent res]S1ance expected.lile:·mths. - yrs.

Dow Tyril; to ASTM 0543·84

·1~¥~n1

Monsanto Luslran; 50.8 mm diam. disc

resiS!anllor years. resls1'anIJ9rrnOnths

BASF Luran 368 R

2q 50·' . 23;;) -52 ",;;' ;",' 23'·/"'"

<=365 <=365 28 28 28 28

9

SO 2? :. i 50 ??

3 3

.

B 9 9

8

7 7

re.sisi~~iJor'mo·n!hS

.

8 7

Dow Tyril; to ASTM 0543-84

2 2

2% 2%

5 5 8 8 8 8

···~ild~r.iifl~ar~,p;,f!ie:Y;liS;;mi~s,.·.· l'

resiS1ant

Monsanto Lustran; 50.8 mm diam. disc

:,.~

.

en

» z

Dow Tyril; to ASTM 0543-84

.....' eicellii.ii(lul$liliite

9

7

Monsanto Lustran; 50.8 mm diam. disc

·····s.viiiiiiiitack;$Olfinlewhrs.

28 28 28 28 <=365

<=365 28 28 28 28

BASF Luran 368 R

:.~

-nofresistant

2

7 7

~2

Resis~nce Note

9

22., ",. 50.;:",,·.,'

22

Celery Salt

% Tenslle"Strength' .Retained I

7

Jib sulfated

POL

Rating

7 7

'~~;;; Carbon Monoxide

Load

Monsanto Lustran;

~ ~:.

. ..

"

~.~:;."

....;.

--J

Chemical Resistance - Styrene Acrylonitrile Copolymer

ex> U"1

en » z

-..

Chemical Resistance - Styrene Acrylonitrile Copolymer

CXI 0>

7

100 100 100 100

Cesium Bromide Cetamoll13 Cetyl Alcohol

100 100

,;&if~r'; ,'<Us2!i;;

28

•• }'·'.n~3< ••

28

i%

28

;rit§~;;}

28

;~~lt~~0~i,i.1; ;;'~i;;~I~l~~·~;;~[

<-365

yr,

~t:'it,:dtHei;i$tliiln~tliaY$'t,r}:%;

BASF Luran 368 R

28

iYWt%}

iikSn;"~<~'IJmJ~$'Wt~'• !H.#:'i.

Dow Tyril; to ASTM 0543·84

28

.t

<=365

7 7 <=365

Cherry Syrup Chicken Soup

fountain syrup

"';h~wnn

7

'i!/\AA:1rki

7 7

,.fr~qW6i;

Chlordane Chlorine

r$~#/l in air

10 10 100 100

liquid

<=365 <=365

liquid

<=365

II t;;;\;{~~5@!;'

~I~::k;~~g~~]%:~]{:

BASF Luran 368 R

<=365 28 <=365 28

:,;g;i;;~)';1' "{',"A3 "t.«:

')~::~:);;~~~:::~~~j~~{~i

28

i~~!~~fi!!it~I~lt~~ijI1~

•..-.....,.

100 100

© '1:J

...r;'~ (I)

(I)

1? (I)

<E'

Chloromethane Chloropropionic Acid

100 100 100 100

Chlorosulfonic Acid

t"'

"

7

Monsanto Lustran; 50,8 mm diam, disc

<=365

BASF Luran 368 R

<=365 28

Dow Tyril; to ASTM 0543·84

28

"

<=365

8ASF Luran 368 R

7

Monsanto Lustran; 50,8 mm diam, disc

<=365

BASF Luran 368 R

<=365

;::l

.,0:p .,

BASF Luran 368 R Dow Tyril; to ASTM 0543·84

BASF Luran 368 R

<=365

.-.-

Dow Tyril; to ASTM 0543·84

28 <=365

Chloroform

Dow Tyril; to ASTM 0543·84

28

dry gas

100 100

Monsanto Lustran; 50,8 mm diam, disc

28

<=365

Chlorobenzene

:";Y'U;;@/19;$!slML#T./;: iN,)

jmM,~t!.,~!I'Fgjl£jitli!,@'i!~~Wm~l;h,

28

dry gas

powder

"OO'M':'::::.:';~"

_

7

<=365

powder

frY/8"}:"}:";'

28

chlorine water

Chloroacetic Acid

':} \:}'j(:f

<=365

28

\yg;PC@

it ";;#!f,t.ltf.~l('tM't@!~\tllt$I,kNi

Dow Tyril; to ASTM 0543·84

':;!c:("3'n'.",'::

Cr'g'dmtf(lJ!Ho(lIOuiS'%()}\',

BASF Luran 368 R

&nd81/(

\.g,\;<@@(e!!M~i\mPd@M):tMonsanto Lustran; 50.8 mm diam, disc

28 28 28 <=365 <=365

Chocolate Syrup

fountain syrup

7

@

'tJ

E"

'"ri' '"tl C1l '" lEi' ~

Chromic Acid

20 solulion

20

r ',~:' . ::

:':t~;~ ;~;;,.

20 solution

20

..,0-

" "

50

$::l

chromic/sulfuric acid

100

"

100

;:l

t

..,

u::

solution

,<'i~tf;~i!~:' '·+:.{~6 ,;'y

chromic/sulfuric acid solution

Cider

;i';~~i:'1:;i!i

50

100

Clnnamlc Aldehyde Cinnamon

ground

;,

23'

100

.5a,"

52 20

powder

22:

ground

"''60

Citric Acid solulion

' 50 ;;'\.}

10 20

citronella oil

100

Cltronellol

..

Cloves

en » z:

8ASF Luran 368 R

..... H~~j~!M!'MM9t~f exceiientfeslStanc8 "

28

~:'

.•. .....

:::-"

,

<=365

teslslam for

y~i;

Dow Tyril; to ASTM 0543-84 8ASF Luran 368 R

,';sl~ani fOt moJ1lbs , .·':·i~istant

i~lilStint f~;years ,..!e,!f~Mj!~r,~~!'lt,

$!~ei8!~aCki

28

jolt iif!~whrs.

7

rtsislo/'t

28

..';etlenl resistance

Monsanto Lustran; 50.8 mm diam. disc 8ASF Luran 368 R Dow Tyril; to ASTM 0543-84 Monsanto Lustran; 50.8 mm diam. disc Dow Tyril; to ASTM 0543-84

~~$i$tanl:' excall~~itance

7

Monsanto Lustran; 50.8 mm diam. disc Dow Tyril; to ASTM 0543-84

.

<=365

'esis.!arlt, for months

28

severa attack; soll'in lew hrs,

20"

Monsanto Lustran; 50.8 mm diam. disc 8ASF Luran 368 R

.

28

Dow Tyril; 10 ASTM 0543·84

<=365

8ASF Luran 368 R

7

Monsanto Lustran; 50.8 mm diam. disc

<=365

8ASF Luran 368 R

<=365 <=365

,t

ground

100

'" '23

.j

clove oil

100

-52

i¥'!

ground

100

clove oil

ill

";~~l~;~,!~!r.ll,l\!s.

reslslantlQr yBl,s

22~

7 7 7 7 28

23:

;;;~;.~i;~!

\~

~'

8ASF Luran 368 R

<=365

100

ground

Dow Tyril; to ASTM 0543-84

SO

clove oil

clove oil

.S ~)

excelfent ;;." .'resistance ,

20

50,.

Clorox

Chlorox

9

Monsanlo Lustran; 50.8 mm diam. disc

7 7

23 ,52

100

28

28

52 '22

solution

Citronella

28

BASF Luran 368 R

;'•• forl,$I$!anl". "t,!l$[slan\ foi days

28

.23,,,,

20

<=365

<=365

'i 22

10

7

7

.,

.

,

i}i~si~'ani 10; day$

<=365

\,.23." 52

10

28 <=365

<=365

,"50 '

10 solution

28 28

28

:/

20

100

Dow Tyril; to ASTM 0543-84

28

<-365

23

100

28

20. 100

stick

Dow Tyril; to ASTM 0543·84 Monsento Lustran; 50.8 mm diam. disc

<=365

100

Monsanto Lustran; 50.8 mm diam. disc

7

,20

stick

Cinnamon 011

~.

7 28

"';:~2i~~;:::::~'x

28 28

Monsanto Lustran; 50.8 mm diam, disc 0.25%

I I

. 6~"; )

,,:S'';i,

LNP; 30% gl.lil.

80.1 84.8

,J(~JMt.

moder.• ii~cij'~~~.ln': JIIkS,,·mlhs,

Monsanto Lustran; 50.8 mm diam. disc Dow Tyril; to ASTM 0543·84

"S8Ve(.~~aek;soh jnj~ 'hIS.

28 <=365

.,

'severe-altack, solt lil lew hrs.

conlii«¥i; .xp8cie6 lilll: days ..

/~S\;tenl

lof'hQurs

BASF Luran 368 R

<=365

7

Chemical Resistance - Styrene Acrylonitrile Copolymer

Monsanto Lustran; 50.8 mm diam. disc

-..I CD -..I

Chemical Resistance - Styrene Acrylonitrile Copolymer

C/)

» z

ex> ex>

Conc~

Reagent .-.,

Cloves

--J

..

(%) ~.-

clove oil ground

<=365 <=365

BASF luran 368 R

7 7

Monsanto lustran; 50.8 mm diam. disc

extract

<=365 <=365

BASF luran 368 R

28 28

Dow Tyril; to ASTM 0543·84

<=365

BASF luran 368 R Monsanto lustran; 50.8 mm diam. disc

Coca Cola Cocoa Butter Coconut Oil

100 100

>.

7 7

Cod Liver Oil

100 100

<=365

BASF luran 368 R

28 28

Dow Tyril; to ASTM 0543·84

<=365

BASF luran 368 R Monsanto lustran; 50.8 mm diam. disc

7 7

Coffee

ground instant ground instant ground instant cream, sucaryl cream, sugar dry powder liquid paste cream, sucaryl cream, sugar dry powder liquid paste ground instant

100 100 100 100

Cooking Oils Copper Chloride

"ll

P ~

Copper Cyanide

en tl en

Copper Fluoroborate

r;' (\)

<E'

Copper Nitrate

;:l

t""

0: .,

.,

p

Copper Oxide

BASF luran 368 R

28 28 28 28

Dow Tyril; to ASTM 0543·84

<=365 <=365

BASF luran 368 R

7 7

Monsanto lustran; 50.8 mm diam. disc

7

7 7 7

7 7 7 7

Colloidal Sulfur @

<=365

<=365 <=365

BASF luran 368 R

7 7

Monsanto lustran; 50.8 mm diam. disc

7

100 100 100 100 100 100 100 100

28 28

Dow Tyril; to ASTM 0543-84

28 28 28 28 28 28 7 7

Monsanto lustran; 50.8 mm diam. disc

@

~

l=l

~

I:R~a9,nt

Reagent Note

o'

i?'" '" 15' ;:J

Copper Sulfate

.L~~~~' I

I..

Tf.wt

solution

100

t:

100

... l=l ... \t::

~

C" Mazola

7 <=365

:.\

";:;:"

"Resi$tance'Note ·····Je~ishml 'lor y~r~

;~::;~ef::;9~a;i.,

Material Note 8ASF Luran 368 R

.

Monsanto Lustran; 50,8 mm diam, disc 8ASF Luran 368 R

28 7

"0

Monsanto Lustran; 50,8 mm diam, disc

~2 .~:

Retained

Dow Tyril; to ASTM 0543-84

28

22

% TenS/l$ Str\tngth'

9 9

'?3 22

POL Rating 9 8 9

:~

;"'<>~~?., <,

solution

",

Load'

(days) <=365

.20 . 22

Corn Oil

firite'

7 7

0.25%

8 9 i.,

100.4

LNP; 30% gUil.

103.7

7 7

Cottonseed Oil

100

23

100

52

Monsanto Lustran; 50,8 mm diam, disc

28

:::

Dow Tyril; to ASTM 0543-84

28

u.:~

'.~~~i~[~:d~ts ,

<=365 7

wi 50%

2~ ,

oleic acid

. -::

.~:> ""'9.:./;:~::::::

0.07

20.7 MPa

0.14

17.2 MPa

1.4

13.8 MPa

13.9

10.3 MPa

7

Cranberry Sauce

100

Cresol

100 100

~artiailS

Dow Tyril

>1 Monsanlo Luslran; 50,8 mm diam. disc

<=365

8ASF Luran 368 R

.•'

28

Dow Tyril; to ASTM 0543-84

52;;)

28

. 23

100

c'

8ASF Luran 368 R Monsanlo Luslran; 50,8 mm diam, disc

'.'<~3 52

28 28

Cresol (po)

<=365

BASF Luran 368 R

<=365

Cresotinic Acid (0-)

100 100

'c.

'~~::i'l';

Crisco

28

Dow Tyril; to ASTM 0543-84

28 7

Monsanto Lustran; 50.8 mm diam. disc

7

Cumin Cumylphenol (p-) Cupric Chloride Cupric Sulfate Cuprous Oxide

..··.. 20······

<=365

. " :~b'h

<=365

100

•·..··23}

28

100

52

28

ground

22 ;. ;22

25 25 100 100

r~ 23" <,~

;:~

\

Ii;;'

52 .,

7

BASF Luran 368 R Dow Tyril; to ASTM 0543-84 Monsanto Lustran; 50.8 mm diam. disc

7 28

Dow Tyril; 10 ASTM 0543-84

28 7

Monsanto Lustran; 50.8 mm diam. disc

7

Curry Powder

<=365

BASF Luran 368 R

<=365

Cyanoacetic Acid Cyclohexane

100

"g23.tt ,j

28

100

;F1?~m't

28

100

i <~~'%\;~'!

28

100

,~',.-

..;

", "'~

.<'. ••::

28 <=365

BASF Luran 368 R

7

Monsanlo Lustran; 50.8 mm diam. disc

<=365

BASF Luran 368 R

en

» z

Dow Tyril; to ASTM 0543-84

-J

Chemical Resistance - Styrene Acrylonitrile Copolymer

ex>

CO

-..j

Chemical Resistance - Styrene Acrylonitrile Copolymer

U>

» z

<0

o

28 28 <=365

BASF Luran 368 R Monsanto Lustran; 50.8 mm diam. disc BASF Luran 368 R

7

T~Mm~,~;:W2t::

Cyclohexyl Alcohol

<=365 <=365

tWr~~ii:'lHIt?:

7 7

emulsion

emulsion

Decahydronaphthalene Dehydroacetic Acid

:~~~~yt~P:;ML~~::

;;;'!'~;§A;;i\

<=365

i;j;';~~:8i;':.·

7 7

:i~;~~~~~j~!;;

Dairy Products DDT

<=365 <=365 <=365 <-365

1 1 1 1 25 25

~r;,r;;{;~:;I;,;';;

If] f;Ooljj[~~j;···

Dekalln Detergents

solutions

Dextrose

solution u

Dlacetone

•. ,2.\;:,·20..•••',:•.:•.,

. ,;

;,;ittI.~.:n

30 30 100 100

;:.,,~,~~;\;;\; ~,};;~!,;:;,• • •

L <20 i;<

Diacetone Alcohol

7 7

Dibutylphenol (sec-) @

'S~""

Dibutylphenol (tert-) Dibutyl Phthalate

"

;:;.

u

'tl"

Palatinol C

(1l

Dibutyl Sebacate

t-<

Dichlorobenzene

;:l

..,

~

It:

~;;;l!~~;;r

100 100

Monsanto

~::t:a:~::::mR diam. disc

.'.k••!·,j!!1;;:iwlSt8liliJofveaiif••g··.¥.'}··.:

~f-;~1IJ!I~ll1;;

I~Jf.!11~'jllil~~~'~~~~~~~~! Monsanto ~::t:a:~;::.::mR diam. disc

~:j@@2QnI>H

BASF Luran 368 R

:{:x;n/i'%W",J1~ij!\j,i{M,W'@:'nv

Monsanto Lustran; 50.8 mm diam. disc

7

. .::~~~~j!.~~~j,~§::

7

28 7 7

<=365 <=365' <=365 <=365 <=365 3 <=365 <=365 28 28 <=365 <=365 28 28 28 28 28 28 <=365

2%

f(}'

;~W;h:

;) ',}\9 ;.)Hf

f(:/redfj]:fft~~gl:/:}:~FX~I:::q:JW

;:'.;, . ·\·,':y;'reSi$la:nnot:V.8ai~}i':·c(t • n· .

Monsanto Lustran; BASF Luran 368 R

.,';; ,••.~~t~{~;f,~,~f~r~~~;i~;!!~N~<'C

Dow Tyril; to ASTM 0543·84

~;';;~;;r>j\~~i~

';~~lrf~l;!li~~~il~~ili~~;;)'!~:~',:~!,j

~

)', i~~~.i~;'~,I*t~C)f!inJl'lnlJf,N·

Dow lyrit; to ASTM 0543·84

'·,L.:g:i'> "

«)~il!IO$~i<1foftj~1~vi)\r.$,.

,;

Dow Tyrit; to ASTM 0543·84

.{'t. nr

/f~~ei.f~lj~c!f$cifti~ ll\\v lir~;w

Dow Ty'il; to ASTM 0543·84

·f·f'

,;~,'t

';-::.:~

<=365 28 28 <=365 <=365

Monsanto

~~~t;a:~::.~::

diam. disc

BASF Luran 368 R Monsanto Lustran; 50.8 mm diam. disc BASF Luran 368 R Dow Tyril; to ASTM 0543·84

7

'" 15' ..,c;:

Palatinol C

,;~f~~i~*.

rl(1Itll((~i~~f~l~1:[':

;::~~mdYi:t~::::::;:(::

28

7

100 100 100 100 100 100

Ilir!rfJ;~iii~<

?:\I),:J''?{)}:::!

In~: ~:~l::)::t~mtfdij$oi~8Cl:;m:t::@::),dM
BASF Luran 368 R

~

,~.

@

P

'" r;' '" 15' '" lEi'

I,Reagent

Reagent Note

~

;:J

t

., >:l .,

Dichlorobenzene (0-)

Cone.

Time

(%)

(da~.a)

100 100

Didecyl Phthalate

Load

'*

POL Rating

28 28

2

7

2 2

" severe

2~

7

,.

".P9V~sist~~t

Monsanto lustran; 50.8 mm diam. disc

o

Palatinol Z

2Q

<=365 <=365

5 of

'i}:t::~~:::~;f:i~t~~~

diesel oil

5Q."" '20\

.,;. " Ie'$istllJltlor Vellrs

5Cr

<=365

9 7

23 52

28 28

7 7

100 100

20

<=365

50

<=365

,

28 28

100 100

7

100 100

Diethyl Ketone

Diethyl Malonate Palatinol A

100 100 100 100

28 28

23 5~':' " 20 22\' 50. "23

52 '23

."

52

I

28 28 28 28 7 <=365

Palatinol A

Diethylene Chloride Diethylene Glycol

100 100

22>,·

7

,2;3""-

2B

52_

28

20

<=365

22;

7 7

50

50

100 100 100 100

Diethylene Glycol Butyl Ether Diethylene Glycol Ethyl Ether Diethylene Glycol Methyl Ether

'023; 52

100

100 OETA

Dileucine powder

,

.,

<

<=365

!

8ASF Luran 368 R

2_ 2 3 2 3 2 9 9 9 8 8 9

2

2

2B

22

7 28 28

BASF Luran 368 R Monsanto lustran; 50.8 mm diam. disc Dow TVril; to ASTM 0543-84

2

52

~solveg

not resistant 'dissolved

28 28

100

Dow TVril; to ASTM 0543-84

~.

~eve.(a allack; softlntew hIS,

.2

28 28

Monsanto lustran; 50.8 mm diam. disc

2

2B

23

8ASF luran 368 R

(nofie.sl.sl~~l i

o

28 28

100

Dow TVril; to ASTM 0543-84

.:: : :,'

T)d!s~.~IY;'~·

....

2

<=365

BASF luran 368 R

severe.lIac~;.$oh in lew !Its"

+: 'k:~~t:'~j;)ITf::::::~t ~ .~ ~:'~: :.~,:.

., l~.

2

Dow TVril; to ASTM 0543-84

It.:_.

(,

o

Vrs.

resistant lor years

1

7 <=365

'exl'8ct~ life: "!ths,·

2 • ::? { 1

<=365

,:

re~&tam 101 mon,ths

.

9

o

<=365

BASF luran 368 R

9

2 2

Dow TVril; to ASTM 0543-84

:~,

"0

<=365

Material Note

~ttac~; solI In tew his.

<=365

Diethyl Ether

Diethylenetriamine

Resistance Note

Tensile Strength Retained

<=365

Diethanolamine

Diethyl Phthalate

>~:.,

20' ...... 50'

lC

Diesel Fuels

23 52

22 22 .

Dichlorobenzene (p-) Dichloroethane

0-

.

';';:;X·.:~:·.'-'

I

'w JI''=: ::v';~

(~~ISt~~tt?r hfuls{ ': :~oHaslstanl"

BASF luran 368 R Monsanto lustran; 50.8 mm diam. disc

'«tet~WiI'oi~h~~'s

BASF luran 368 R

;'n!St feslstanl :"

Monsanto lustran; 50.8 mm diam. disc

'e~Canenl res~1ance

Dow Tvril; to ASTM 0543-84

.' resistant lor years

BASF Luran 368 R

lesistan!'"

"

2

Monsanto Lustran; 50,8 mm diam. disc

-,

resista.nfloryears

BASF luran 368 R

savere altil~k; soh in few hrs.

Dow TVril; to ASTM 0543-84

-f~;><

.. ··;

.

;~

2

I

2

I ~: <.;..

2 8 9 9

.. :~

.Ie

Monsanto lustran; 50.8 mm diam. disc

.••.;l&S'!11llJl)",: i'

.~¥,!i8m}esl$1ence ::.::;'.4;:

:~.;", _..

Ai

;;:X~{:_::::~::::_"_

;.; .

Dow Tvril; to ASTM 0543-84

..

-J

CJ)

» z

""';1

;-~~::

"I:l

Chemical Resistance - Styrene Acrylonitrile Copolymer

CD ......

en

--J

Chemical Resistance - Styrene Acrylonitrile Copolymer

» z

CO

I\:)

7

powder

28 28

Dimethyl Diglycol Phthalate

.ji;!~i;~,~~;l~i

PalatinolO

"

Dimethyl Phthalate

··;i1?i~Qi:"·i':·.·

Palatinol M

'>;iH~g>;.;;;.

"

Dimethylformamide

100 100

~;~~l~!JJ~~~;;;;1

<=365

';~;J~;~"!%'":

"

Dioctyl Phthalate

100 100

Dioxane Dioxane (1,4-)

100 100

i;~i';I@~·~.;;iJl

tr::V(1.§~W~t

.~~::~ :::::~:::~::{~:jf:]:~::U>fm§,9!i¥r:M~6Hw¥~tw?:·

;;r~~!l,[U~:~l~;

11~~~[ji~!:~'~!~~:~~i!~~\~liil~~~~I~~~:i

:·. ·;:;:.W&.. ;:i•• · .,•.

:•• •;i:••;#~\!~!l:ii(ta¢k;$
Dow Tyril; to ASTM 0543·84

BASF Luran 368 R

<-365 28

Dow Tyril; to ASTM 0543-84

28 <=365

7

Dinonyl Phthalate

"W:?':W.:.(Freslslimffiii.daw

<=365

<=365 Palatinol ON

':\;:X·.,;·;:::'

"c. /. ;()l&/i)(

<=365

<=365

Monsanto

<=365 28 52

7

n{D&%A)~r(

i::\:r'%W}.IlO\t~$i~.!~mm;%$!1t'·)

Monsanto Lustran; 50.8 mm diam. disc

:;~,~~~~~;~;;;

28

::J:~{@::t?_r~:~:\Mt

;'.n;,#~e!ii~ll~~~tto!Vii'I~W;h!#<.·.i

Dow Tyril; to ASTM 0543·84

28 <=365

Diphenyl Oxide

100 100

Diphenylamine

100 100

............ ,.., ..

<=365

;t;il;.~~~!·li·\. ij~i~~:ili;1;:1. ·i;[i(ii~~il~!;';!

<=365 28

Dipropylene Glycol

" 100 100

Dishwashing Detergents

~[,ijl11~);~i;;i;~i·

Joy liquid

"

Ethyl Acetate

100 100

@

90

~

po ~

n'en

~~~li~~1~~~~;~1 ;1~~·(i~~~I~ii.;

Ethyl Alcohol

40 40 40

0(\)

40

en tC;.

•

:\5)l~·?./: ~:::::

:2;

.·.·.· .:• ,·.:~$~v,et~J!\~~~is'ofrIQ;f''ii!itf; • • •· ••g

Dow Tyril; to ASTM 0543·84

28 28 28 <=365

7 carbazole

BASF Luran 368 R

<=365

<=365

Diphenylenimine

disc

h%f'~.~:;';:;i>

.;

Dlphenyl Ether

~~~~a~:E~:m:diam.

7 7

;l~ i i;:f;~I~ ~;io[ ··g;X~W:;>··

;;~~i~~~~;~1~i~!II'il~J~,~:~il···~!;··.

Monsanto

%b>;;;&M>U~'~I~f~hitg:<'\d;nh

~~~t;a~:E~:m:

diam. disc

Monsanto Lustran; 50.8 mm diam. disc

~~:j#M~)t:~:k}:'

'M%m?"X~,"Ul@fJ~s~l~@"i.%#K;

7 7

i)iW.f;lWf•• ;;

:~?mmY::::rr::uw~:'$1S:1jfiV#mt#?Wdf:1?:

Monsanto Lustran; 50.8 mm diam. disc

28

;Wg'g;@.·;;

4#k;~~.m!t1jl\ ..~~;~tl··iM~Y;;~I~n;;.

Dow Tyril; to ASTM 0543-84

28

Dow Tyril; to ASTM 0543·84

28

28 <=365

BASF Luran 368 R

7

Monsanto Lustran; 50.8 mm diam. disc

<=365

BASF Luran 368 R

<=365 28

Dow Tyril; to ASTM 0543·84

<=365

BASF Luran 368 R

28

Dow Tyril; to ASTM 0543·84

95

<=365

BASF Luran 368 R

::l

95

28

Dow Tyril; to ASTM 0543·84

t-o

95

<=365

BASF Luran 368 R

95

28

Dow Tyril; to ASTM 0543·84

7

Monsanto Lustran; 50.8 mm diam. disc

0: .,

.,

l:l (t::

2B absolute

@

~"'.

"

~<.

E"'

Relt98~rNote

IJl

~

n'IJl

formula 30

;:l

formula 30

2·a>: :;t:~ ~{ 22i"'" SOt/;\ (

2B-95

to'

0: .,

"I;~);'.···

I")

2B-95

~ IJl

t'"'

T~~;:.

Cone.

50 23)

100 100

Ethyl Benzene

'~6;t;\k

.,

~

u:

22 50;" 100 100

Ethyl Benzoate

23.

'52'.

20

22 /50' 100 100 100 100

Ethyl Bromoacetate Ethyl Butyrate

2~

52 23 F 5,2

Ethyl Chloride gas liqUid gas liquid

Ethyl Chloroacetate

Ethyl Cyanoacetate Ethyl Lactate

::"'.,

100 100 100 100 100 100 100 100

20. 23;:'" 23 50, 52' •. ,,52 ....

'~". 52 52 23 52. 23· 5,2

22

Ethyl Salicylate Ethylanlllne Ethylene Chloride

100 100 100 100 100 100

23 52.· 23 52. "',. 23· 52'

2b Ethylene Chlorohydrin Ethylene Dichloride

100 100 100 100

50· 23..; ",

100 100

lday.)" ' 7 7 7 7

28 28

:~~::r

{~fr~:

Monsanto lustran; 50.8 mm diam. disc

heal reduc~ roonil~m.P, re$lsl.. :;:':, "

.;

i

I

BASF luran 368 R Monsanto lustran; 50.8 mm diam. disc BASF luran 368 R Dow Tyril; to ASTM 0543-84

,~

BASF luran 368 R Monsanto lustran; 50.8 mm diam. disc BASF luran 368 R Dow Tyril; to ASTM 0543-84 ~~

·dls.solvea ' .. ' not res~tani '~sCiiv,ed "vere aUac~; $olt in few hrs. A

..,

a 2

u

;;~~,

:1 ~.

';-';,"u ::,~'

2.

<=365

0"

28 28

2'

<=365

a

sev8r~ ali6ck;~oftin'lew hrs.

BASF luran 368 R Dow Tyril; to ASTM 0543-84

dissolved severe aUack;'$olt in fe.. hrs. ',,' ;:"':

BASF luran 368 R Dow TVrif; to ASTM 0543-84

. ''''dissolved·'

•

2 ;X:"2

..

,:~:.~,.,

2 2

~

"7

2

2 2 2

:,';:

'u'

2: --

I

2'

:::"

2. 2"

~ ':'~:

li4

...•......".. no.treSiS!~nt . "seveieeliiiiik;sofi lrilew·~rs.

2 2 2 2/

"~"

(.':"

Monsanto lustran; 50.8 mm diam. disc Dow Tvrif; to ASTM 0543-84

u

/.

.

~

2 0,

<=365 <=365

BASF luran 368 R

0' mOd~r. ,~~~~:

5.';

exp.life: wks.·mths.

Dow Tyril; to ASTM 0543-84

s."le .~tlacklSOft in.!ew hIS,

,.2

,~

I,

;>:4of

.:\:\::::~

9

.G

c.

g.;. ~.' ..

;.~.,

"'-n~j!~~i~~n!

··.ceile:rifle$l$tance

Monsanto lustran; 50.8 mm diam. disc Dow TVril: to ASTM 0543-84

.,resistant for years . /;i.,istan(

BASF luran 368 R Monsanto lustran; 50.8 mm diam. disc

:~::~

-.,J

(J)

» z

Dow Tyril; to ASTM 0543-84

,,~.'

...

2

,

;.~:;

';):::

.(1$$01,ed, severe,,attiick;soflll\!ejlt hrs. , :~~; ;:)~/:~. ~~~ ,.'

'2' '.,.

<=365

.~'

not ieslllanJ

:;;;

".

'";,'

~'ss
.:~.

o

7

.;~: ~'

"

2 •.

<=365

. . ," .

~:?'

"~~:

Sevele attack'$ofl·in·lew hl$,

a i~:

7

resjst~hi:

'."

~

28 28

28 28 2B 28 28 28 28 28 28 28 7 28 28 28 28 28 28

:~~~erlal Note

"w

ii".

<=365

28 28 28 28

Reslstance'Note

8

:::

<=365

22

.J ·.~ig~;.J~~~~~~:I~:~ngth

7

52

23

load

<=365

20

g'2i:iU;~

22'\',,'

Ethylene Glycol

'>rime'

28 28 28 28 7 28 28

52 23":'oy

;,~~;"

F

..

:W

"tl

Chemical Resistance - Styrene Acrylonitrile Copolymer

co (U

r

Cone.

Temp.

Ethylene Glycol Butyl Ether

Time

", (~'C) c>

:""",""'i3

Ethylene Glycol

"

""

Ethylene Glycol Phenyl Ether Ethylene Oxide Ethylene Trichloride Ethylenediamine Eucalyptus Oil

Ferric Ammonium Sulfate

crystals saturated crystals saturated

9

2

'se.y~ialta~Uciiti,j tew hrs.

<=365 <=365

3

,,,,, ~> resistent for hours

5~,

23 52

'23 52

"y,.23

~2 ,23

/6~\< ~3>\',' ~2':' "',

"23

52 "'2S',' 52

'2,3

}2~

."

)'!i2':

saturated

100 100 100 100 100 100

Ferric Sulfate Ferrous Ammonium Citrate Ferrous Chloride

: '\r:~?;i

22

@

•

'i:l ~

IFerrous Sulfate

100 100

C/)

t::l

C1l

C/)

16' ;:l

~

0-,

I:l -, \t:

25

, ... [Fertilizers lFiuoborn;

"\;111

"""":".,":::

~~'

j

;~~':!,;'1

\.t\::'....~:~.

Ii"/

.'

2 2 2 2

.."

·2.

~:.

-;2

~:

~

'~j~~:::0~~::?Ofti~.f8WhrS.·

~

9 9

, .

7

i

7

i'

j,

j

'" '~'"

;

:.t;: ~]!;~I~~i~~~M~~t1;B>

l

~ ",,~·\~r~~~:2m~~~~;s. ~,~·~n~~~~~~~:~;:.·

7

;

8

::

i

i:

~~~~; :~~:

Dow TV/il; to ASTM 0543,84

'

..modei,eifiCi$:ex'j):illh.ics.-mths. '$.Yeikafiac~~$Oft in lew hIS. , 'reslstantfor monlhs ;; "',,,'t:.

~:' ~: ":~ "~:

saturated

.. ,.:i.:::'·:;

5 2 7 7

~:

BASF luran 368 R

" " : . til

" seYere attack, soh in few hIS.

2

?

saturated

BASF luran 368 R Dow Tyril; 10 ASTM 0543-84

."::: :~

2

28 28 28

d;2

,,~#~!~~ntJor years ,,'~celltinl'resislance

"

3 2 2

28 28 28 28 28 28 28 28 28 28 28 28 <=365 <=365

Ferric Chloride

Ferric Nitrate

lNP; 30% gl.lil.

9

5Q 100 100

88,6

104.8

28 28

:-20

Eugenol

7

9

<=365

?3 '50

Ethylene Glycol Methyl Ether

0.25%

\;:;&0, ,20

100 100 100 100 100 100 100 100 100 100 100 100

"(I/ays) 7 7

100 100

Ethylene Glycol Ethyl Ether

Material Note

Load

"'23

Ethylene Glycol Ethers

n'

~

~:,~.

Reagent Note

(%)

I

CD

';';~ ;';";'.:})~:

Reagent

Ei

-oJ

Chemical Resistance - Styrene Acrylonitrile Copolymer

en

» z

~

j> ":'

)

r

[r "

BASF luran 368 R Dow Tyril; 10 ASTM 0543-84

Monsanto lustran; 50,8 mm diam, disc Dow TVril; to ASTM 0543·84 Monsanto lustran; 50,8 mm diam. disc Dow Tvril; to ASTM 0543-84

, ~.

'. ).' .. ':':'JeSistanl"

Monsanto lustran; 50.8 mm diam. disc Dow Tyril; to ASTM 0543·84 Monsanto lustran; 50.8 mm diam. disc Dow Tyril; to ASTM 0543-84

;~~;C;,j:}f'i.:;;:;T;'f"V-)""

Monsanto lustran; 50.8 mm diam. disc Dow TVril; to ASTM 0543·84

:~tf1h~"~

BASF luran 368 R

r:;;:f~~~~~~lt~t~~t,:/s.

Dow TVril; to ASTM 0543-84

@

'1:l

po ~

n'<J> ~ <J>

tEo

;Reagent

Reagent Note

./

Fluorine FJuosilicic Acid

:52

23'

100 100

t""'

Flux

Kester. 1544

p -,

Foot Oil

Neat's Foot Oil

tr::

~~

100 100

;:l

0: -,

% Tensile Strength Retained

Cone. I")

52

23 '23. 20

" Formaldehyde

so . ")

30 30 30 30 30 30

20

2i 23

50 50. 52'

37 37

Formic Acid

40 40 85 85 90 90 90

.'

28 28 28 28 7 7

<=365 <=365 <=365 7 28 7

<=365 28 28 28

<=365 <=365 <=365 <=365

I

:Rlliistance Note

Mlitetial Note

s,v8fe':allack; soWin leYf hrs. • - •.•. ,";.:<- •. ;.,. -..; ,

Dow Tvril; to ASTM 0543·84

~

:~,

0.25%

",: ~~,

77.4 95.1

LNP; 30% gl.lil. 8ASF Luran 368 R

7[{:~f~~lt~~;~~~~~J !f$1$Iance heal ~8d~'ces room femp. resist e~c.lIenl

•. ;;$)$)anl for we.ks ":

mOder::~ff.~~;;~;'P' lif~;. wks",mtils,

f;~~~~~#~t;j;::;'::s

"i'<;/~~j~~nn~(Waf$' ;~/;/~

Freon 114 Freon 12

7

Freon 12:22

<=365 <=365 <=365

Freon 21 Freon 22 Freon 12:22

Fuel Oils Furaldehyde (2-)

100 100

Furfural Furfuryl Alcohol

100 100

Monsanto Lustran; 50.8 mm diam. disc Dow TVril; to ASTM 0543·84

i!~~r~~:~f:t:m fesislanHor w••kt

.r . ;~~I~~"~r# ..t'

";ij;;r~~!~:~:f~::~~~:< f fo,.s}st,nl Ill' w~tkS ·re·... ., reSislant '3(e~i~~n(l6r~aY$

.

Monsanto Lustran; 50.8 mm diam. disc BASF Luran 368 R

;;;N~~M(!9(~~l~;.i Monsanto Lustran; 50.8 mm diam. disc BASF Luran 368 R

28 28

Dow TVril; to ASTM 0543·84

<=365 <=365

BASF Luran 368 R

28 28

<=365 <=365 7 28

·;:~j~!r~~'~!:~fo!:~Wi~I~~Jrs. .,,':Y,tS\SllInt Ill! days' ··'··,.;,~ol' resl$lant

. f~im\ lor hours

,years i;;:;;1;;f~~\~~~:~,~~~\

Dow TVril; to ASTM 0543·84 BASF Luran 368 R Monsanto Lustran; 50.8 mm diem. disc 8ASF Luran 368 R

: reslslant tor

en

» z

BASF Luran 368 R Monsanto Lustran; 50.8 mm diam. disc BASF Luran 368 R

7

7

powder

re~1s.ianl lor days

.

<=365 <=365

<=365

Gallic Acid

"~'

7 28 28

<=365 <=365 <=365 <=365 <=365 <=365

BASF Luran 368 R

/L

7

Freon 113

,

Monsanto Lustran; 50.8 mm diam. disc Dow Tyril; to ASTM 0543·84 Monsantll Lustran; 50.8 mm diam. disc BASF Luran 368 R Dow Tyril; to ASTM 0543·84

,..:i."slslanl for weeks '>

<=365

Freon 11

"

Monsanto Lustran; 50.8 mm diam. disc Dow TVril; to ASTM 0543·84

--..I

Chemical Resistance - Styrene Acrylonitrile Copolymer

CO 01

» z

mIE&r4m;jij,;1

powder

Garlic

"

salt powder

Gasoline

Gasoline

Ginger Ginger Ale Glucose

ethyl regular white gas ethyl regular wMe gas premium grade regular ethyl regular while gas

100 100 100 100 100 100

Glycine

po ~

n'Vi

Glycol Ether Grape Juice

100 100 powder

" Cellosolve

100 100

tl ~

Vi

~.

Grapefruit Juice

;;l

t

0-

.... ....

j:l

<.c::

Gravy pork dripping

• -II X+W.'?~~Ba~W

30 30 100 100 100 100 powder

'1J

I

!~~l'llj~JI~ll~

"

Glycerol Triacetate

[jl~[~1~11~

1 1~1 1 ~!~1

ethyl regular while gas premium grade regular ground

Glycerin

@

-J CO

Chemical Resistance - Styrene Acrylonitrile Copolymer

(J)

~~J-1~~4i;li~, ;;fl~~~~l;l:!

7 <=365 28 <=365 3 <=365 28 28 28 28 28 28 <=365 <=365 7 7 7 7 7 7 7 7 <=365 <=365 <=365 <=365 7 7 7 28 28 28 28 <=365 7 7 <=365 28 28 7 7 7 28 28 7 <=365 7 <=365 <=365 <=365

~~~f!~i~llf~~

2%

0>

l!~)~~fl~ll!'\tll~~~llfiJ'~

Mons:::

~:~:~:~~~;~~:~d~~:.

disc

::~~@:~~~~J.{:~:m~

;iMiimfif!*t:"lL8,1iHM§\ms,;@jlcill!i;!

11~;~II~~~~i~~~II'I~fl~ll'~ill

Dow Tyril; to ASTM 0543-84

Y/)::W~i~:::~~~%Y;,

{2U~i%i.;j.$i$t.dO~liiliY$!%iV<·@.

BASF Luran 368 R

·~)t;~~~t~~li~:';;

M{ii!!~;l;%;

BASF Luran 368 R Monsanto Lustran; BASF Luran 368 R

Monsanto Lustran; 50.8 mm diam. disc

0.25%

~iJ;ji\~i.l~ft~~

LNP; 30% gl.lil.

74.7

:~%~~~ii:~:1::]:::hi

@;!~~!flm~§§;t9~m;~!l!Pltt~lL~ili%t Monsanto Lustran; 50.8 mm diam. disc

IW:!(3XK>

%n;Kii(f~j$t8llUOYhOuls;bW;;nn

@nw~~:}::~@m::::::

BASF Luran 368 R

Dow Tyril; to ASTM 0543-84

mY;••'L2.·,@n.'·'

-

ti{i!]II.;\;'N

(#.#W@t!t!t@~iiimqS¥2Un

".»i}~tU.·'···,·.;,.

$n;t;¥;~~~!!II~l\U~~1~nAA!i'?4ni• !

iii

a;m~ifetM!M~k;;~o«lhf'!;t;iti:V'·;, • •'

-'~':'::~:::';~'~ Dow Tyril; to ASTM 0543-84

Monsanto Lustran; 50.8 mm diam. disc

Dow Tyril; to ASTM 0543·84 Monsanto Lustran; 50.8 mm diam. disc BASF Luran 368 R Monsanto Lustran; 50.8 mm diam. disc BASF Luran 368 R

@

'

.. ~.

'$~":l

,Rea~lmt

V>

Gravy

;::;.

~ V>

<5' ;:l

t

.., ~ ..,

Greases

0-

Rea~~lf~ote

'''{:'

:', ~

Cone. (")

beel gravy

pork dripping cup grease lubricating cup grease

n·Heptane

100 100

7 7

50

<=365 <=365 <=365

Heptyl Alcohol n·Heptyl alcohol

100 100 100 100

23 23 50. ',' 20 22 50 \ 50 <)~ 23' 52 '23 ,: 5? 20 22 50, 50' 23 52 20 ~ 50 23 52'\ ~O ~

.~;

.~~

100 100

Hexane

Hexanetriol Hexyl Alcohol

n·Hexyl alcohol

100 100

n·Hexyl alcohol

Hexyl Alcohol (2-)

2·hexanol

22 100 100

50 50 23 52

100 100

,20 .22 50 50 20 22 23 52

Honey

Horseradish Household Cleaners Hydrobromic Acid

sauce Mr. Clean

I

~ftjr"T'~~::,~:3""hl '<~~~;;..... .

,.

.9"

<=365 <=365 <=365

7.

28 28

9:

..,-

)/.

9 8. 9

98.7

9

101

0.25% I

<=365 7 7

7

<=365 28 28

<=365 <=365 <=365 28 28

<=365

8 7 8. 5 7 5

I

•.•
Monsanto Lustran; 50.8 mm diam. disc BASF Luran 368 R Monsanto Lustran; 50.8 mm diam. disc

'e$j~iail'tloi' y~rs ;~~iSlant ~~.

.

..-

'ijl$~anllor years . resistant/or months

BASF Luran 368 R

7

'0

9

excellem rnls1ence eonsi:~~,; _'Peeled'lile: days

~\.

"r;~~!±~::on~s

.8

<=365 <=365

9

7

8'

7

Oow Tyril; to ASTM 0543·84 BASF Luran 368 R Monsanto Lustran; 50.8 mm diam. disc

'

heal'r&;l~ce; r09f1l18lllp. res1sl.

6 9 9 9· 8 .
BASF Luran 368 R Dow Tyril; to ASTM 0543·84

i;:;),;~~~~'~:~:~~t~;;~:'

l

r8sikant ior weeks excellem resls1e(ICe

)

BASF Luran 368 R Dow Tyril; to ASTM 0543·84

reslstallt'or years

BASF Luran 368 R Monsanto Lustran; 50.8 mm diam. disc

(~~i~an~ lor years ..re~/Sla11t for mon~s ./ r~tanl

BASF Luran 368 R

,,:Jf&~l:l~.~t

28 28

Monsanto Lustran; 50.8 mm diem. disc Dow Tyril; to ASTM 0543·84 .~

-.J

en

» z

".'

BASF Luran 368 R Monsanto Lustran; 50.8 mm diam. disc

.,re.;is,!en1,I~x!~r~

7-:-

5

BASF Luran 368 R Dow Tyril; to ASTM 0543-84

\~C~le~;~:"istel!Cfi

9

<=365

7 7

~

9

8'"

<=365

BASF Luran 368 R Monsanto Lustran; 50.8 mm diam. disc LNP; 30% gl.lil.

. +,,.resislant heat {iiduce$ (oom lemp. resist .', ,eslsIa~I,~r\Of!ek$ ...· ·«~.~pe~lii
9.')' "9" 8 8 9

7 7

28 28

Dow Tyril; to ASTM 0543-84

'~"

········,··,\.·.·,§siStahtloiiiiOiifhs··

9

1

Monsanto Lustran; 50.8 mm diam. disc BASF Luran 368 R

resis1al)t for years .,uislent

.

6

<=365

7

BASF Luran 368 R

.X~lIem-reSIs1el)Ce·

9;~:

7 7 7 7

<=365

resislam lor monltls il',;,'eslsi8'i;,I;;i years moderate resisl.·some visuel chg. r'eslSt1~tI9r ~nths .. ······'··(es/sia.iiHiliy.arS re$jsfeilt lor months

<=365

28 28 28 28

Monsanto Lustran; 50.8 mm diam. disc

,. ~::::.UF···' "

9,

5 7 9

Materli1l~oje

.'·resistant

8" 8 7

7

;;'22'"

n·Heptane

Hexachlorobenzene

22 50

Load

(cIa~!)

52' 20

n·Heptane

Heptyl Alcohol (2-)

Time

',,50 "", 20 22 SO 20 50 23:'

Gum Tragacanth Heptane

temp.' ('e)

.:,..'

CD

Chemical Resistance - Styrene Acrylonitrile Copolymer

-.J

'-l <0

Chemical Resistance - Styrene Acrylonitrile Copolymer

en ~

CD

z

1-5

28

1-5

28

10

7

10

7

10

7

10

28

Dow Tvril; to ASTM 0543-84

Monsanto Lustran; 50.8 mm diam. disc 0.25%

78.9

LNP; 30% gl.lil.

85.2

"

10

7

Monsanto Lustran; 50.8 mm diam. disc

10

28

Dow Tvril; 10 ASTM 0543-84

15

<=365

8ASF Luran 368 R

15

<=365

"

30

28

Dow Tvril; to ASTM 0543-84

30

28

".\..J~l$1!W"'"

,';"8

"":':h~W

'"

Monsanto Lustran; 50.8 mm diam. disc

7 <=365

5/..

"CO.,""

':".'\.i·!~j;fsl~.~qli(::,,!~,~s·"'\i

BASF Luran 368 R

<=365 concentrated

<=365 2B <=365 28

Hydrochlorous Acid

100 100

Hydrocyanic Acid

100 100

Hydrofluoric Acid

100 100

Hydrogen

100 100

Hydrogen Peroxide

3 3 3 3 3 3 30 30

Hydrogen Sulfide Hydroquinone saturated solution

@

"0

..... '"

o'

saturated solulion

'tl"

Hypochlorous Acid

'"

Inks

t"'

Iodine

(l)

~.

100

;:l

...0: ...Q

u::

100

.. ,."". "I

:<;~>'~:'" !

28

;{~~~;i;;;~ii~~~t~~I~~::-~;s,;,.

Dow Tvril; 10 ASTM 0543·84 BASF Luran 368 R Dow Tvril; to ASTM 0543-84

2B

~~;i~,~:"'. ,/; .'

28

.··~i{ill~.~l;;!:':

28

28 2B

;~;;~rj

28

,j~;::;i.;~~:.::;);

<=365

BASF Luran 368 R

7

Monsanlo Lustran; 50.8 mm diam. disc

28

Dow Tvril; to ASTM 0543-84

I~

7

Monsanto Lustran; 50.8 mm diam. disc

28

<=365

8ASF Luran 368 R

28

Dow Tvril; to ASTM 0543-84

28 28

;ki\2P,\

<=365

;~!!1;i~~ .;1;\,

<=365

(illi;;;)!~~;i;j'

" "

\:i

·;it}~i' ~, ;

~.:

"\/77 "'-,••..,.

<=365

;3;\:5~i>.

28

BASF Luran 368 R

~ :::::~~~!";~tI~:::

7 28

·.··:·'··\'!!.O'\,'(,;:. {50}·""

:"'<-@M!.,.ies.l$liint tOfmoiilh$,j:::".·.'<'''''

7

28 28

writing

<=365

"

<=365 3

7

3

7

83

7

/,,:,:.')'9",' ·i':"

;'f,t'l!j@}'

"'fe:sISlant fOr'vears.'··

:;>%:NT<Xr~.is.i~M:>{:''i

BASF Luran 368 R

W'::

Monsanto Lustran; 50.8 mm diam. disc

".,.....•...

@

"ll

R~~~~nt.Note>

E" Vl

N-

.... :;;:;;:::;::);~i

C:;. Vl

1?

Iodine

;r

'f' Time I~Y.1

Cone.

. ("'I

tincture of iodine crystals

<=365

2B 2B

Vl

<E' ;:l

Iron (II) Chloride solution

~

.,C!' .,>:l lC:

<=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365

20

20 50.

50

solution

20", 5Q~ .• ,;,

Iron (II) Sulfate Iron (III) Chloride

.to,'

solution

.50,

Iron Ammonium Sulfate

20

50

Iron Nitrate

solution

20 50

2p

Isoamyl Alcohol Isobutyl Alcohol

100 100

50' 23

2B 2B

52 20

22 50'", .

Isooctane

100 100

Isopropyl Acetate Isopropyl Alcohol

isopropanol

100 100 100 100

52 ..

~3

22

Isopropyl Benzene

100 100 100 100 100 100

Isopropylphenol (0-) Isopropylphenol (p-) Jams

fruit preserves

50 23 52 23

"

23:,.,: 52', 20

50

Kerosine

100 100

23

5? 20 22

50

50.. Lactic Acid

10 10 10

~~c.· \,?~

.

'. 'S'.

/ieSlslaitt (or'Ye,ars .

;:,..,

::k ...;; :

II

~ 5,~:.

'r~~i$lant!O'r months

,7 7 '.7

. '~"~'

~:'

I:'

reslsiliii tijr years'

9 7

resi$lant lor 111Q1llhs resiStlii\tf9r years. reiislillirl6r
9 4 7

6

.3... 5 2' '.9

BASF luran 368 R

:,,"

..

~:.;

.

resiiiapilorieeks 'r"iS1a~i lieat redU~~~ r~9T temp. resist. ,,(~o¥l~mf~rhO~!~,'

·",'rnoQeKlilleCi;exp:fi!e:Ylfis;·m1hs. . sev~i~a!i~c";~lfrn jew hrs. ieslsl~nt lor years

Dow Tyril; to ASTM 0543-84 BASF luran 368 R Monsanto lustran; 50.8 mm diam. disc BASF luran 368 R Dow Tyril; 10 ASTM 0543·84 BASF luran 368 R

9 2 2 9 3 B

6 2 2'

'lfiivii(taftackjs'offhffew hrs.

Dow Tyril; to ASTM 0543·84

. excellent resistance

con$~,cllg.; e~.e~ted I~e: days /" resistent rOom 1empA.sisl. severeaUack; $Oft in lew hrs,

Monsanto lustran; 50.8 mm diam. disc

na"ll~dlice.s

Dow Tyril; to ASTM 0543-84

2.

41.

2

~f:

2 ..

9 9

2B 2B

9 9'·,

..

"'i'iiSisiiirilliji'yurs

;i~~t~~~~ys, .

4

7 7

).

<=365 <=365

3,

8 9'"

{;~~ant·for houis .,.,.,(aSlstant for Yllars , ;>.:t"i-eslstant

2B

BASF luran 368 R

'

exciilijjrit:iiislSlB~' .,{. .

e~e;'18~; re'~istance

Dow Tyril; 10 ASTM 0543·84 BASF luran 368 R Monsanto lustran; 50.8 mm diam. disc BASF luran 368 R Monsanto lustran; 50.8 mm diam. disc Dow Tyril; to ASTM 0543·84 ---J

(J)

» z

~:;~:t'

.resis)anf foryears

!

9

<=365 <=365

7

.'

'i.·}S!st~t~or morlth&

7.",·

.,7 .

9.

..!"

.

28 7 7

,~~te!~I~Qt.

2

5.

<=365 "

;"

. ,".,~A~(:;.::;,,/. BASF luran 368 R Dow Tyril; to ASTM 0543·84

)'.

2"

8

2B 2B 2B 2B 2B 2B

52]'

;.5 . .

7 7

2B 2B 2B

52

:<~

Retained",,:;'"

s'Note

<=365

<=365 <=365

50 23 52

,

c.

n'Ioder.eflef1:e~p.lil;i·"k~.·mths.

2B 2B

2Q> .

~!I'(jiJ~~g .

::::;;;r.,}

%Tensile strength].' ..e•.... :' R . ~~lstil~. .

5

<=365

50 23·

Load

. ~:

Chemical Resistance - Styrene Acrylonitrile Copolymer

CD CD

00

Chemical Resistance - Styrene Acrylonitrile Copolymer

(J)

» z

o o

7

Monsanto Lustran; 50.8 mm diam. disc

<=365

BASF Luran 368 R

28

Dow Tyril; to ASTM 0543·84

<=365

BASF Luran 368 R

<=365

Lactose

solution

..

Lanolin

100 100

i;,ll~~;':~<

<=365

·.;r;i{~:A~~~~';'·

28

<=365 28 <=365

7 7 <=365

Laurel

. . A;~;';r

ground

..

Lauryl Alcohol

100 100

100 100

Lead Acetate crystals crystals

Lead Arsenate

100

Lead Nitrate

;~~;;;~~';i.····'

28 28 <=365

~;:r~~:~~;'iiilli;

II J1.\t~~Kt:{::

2B <-365 28 <=365 28 28 28

100

\;•.• '4.~. ••;;;;;.

28

.

~::;t~§::e~@:m~~'~

28 <=365

7

:~;!~;~~J~;I~f;;

~~I!~~~~i;~ ';llt~~I;;l!;~,t

Lead Sulfate @

'"0

~

Lemon Grass Oil Lemon Juice

100

~

o' VI 0t1l

VI

100 fresh

..

Lemon Oil

100 100

to· ;:l

and peel

t-'

.,c;: $:l .,

\l:::

Lemon Peel

and oil

II ~ii~'~ltj!l!ii

~;~;ii;~~1i.~~ "k>~:!)::Y

ii .. -;;:···,· ':,h;~>':,

;,:[':.1 ;~;1·.·:i9·;.':ii.b \.,;:i::!/ .....

:f;~i,t.:;j1~~;;1,?L~t~i0~j~'I0i';~,:;1.

Dow Tyril; to

/ . i.··.resisl~llor.y~rs, . ",.

··.;.t;~~;~~;<,i~~;!WI~~I~~~~Ji;.~,:;;;~. \ •., \••;'~li:e¢!J!i:!·ll!Jl.im!!(sj';·Y"~it;j····?···

~STM 0543-84

BASF Luran 368 R

Monsanto

:::I:a:~::.::mR

diam. disc

Dow Tyril; to ASTM 0543-84

28

·ti)¥j.i':W.

Lead Stearate

~~ ~:~~E~:·:""

<=365

100 100

~:",:;t]~,~\;·'}.: ~:

<=365

7 7 <=365

Lauryl Sulfate

;,;:..·"~::;;P':' • .•

<=365

Iii

-

:~~·:·~;:~!~~;j:~::~::.::~jt;'t

;i1~11;ii.'1:I;il~l.l~illl~~~~~~f·;;[~:~.

.·•.• ;;:~;;iiif;il

BASF Luran 368 R Dow Tyril; to ASTM 0543·84 BASF Luran 368 R Dow Tyril; to ASTM 0543·84

Monsanto

~~~t;a~:::~.~~m:

diam. disc

<=365 <=365 <=365 <=365 <=365 <=365

•·• •i.i!a~TIi.i,

;;;it;i~X~'Jlililli'~~!ij~@.+ing;W

Dow Tyril; 10 ASTM 0543·84

7 7

;;;;·.·.G;a·.··~%{·

'<'K%f:;Rn'rf~!SliiJlnY;J;";

Monsanto Lustran; 50.8 mm diam. disc

28

'.«Bit;>···

·'\A:~.~,!,,~n~~k;~~~M.J~~

28 28

28

.• m$': •. • •,. .;

Dow Tyril; to ASTM 0543-84

<=365

BASF Luran 368 R

7 <=365

Monsanto Lustran; 50.8 mm diam. disc

7

BASF Luran 368 R

:;:::::;:::;:t,

:'::::~:.:':::

Monsanto Lustran; 50.8 mm diam. disc

@

.-~

"~,:~~"~~

I

. ',",

,.

:'~"

.~";

'1:l

El ~

;:;.

IJJ

tJ

IRe.gent

R8~.gent ~ot8

ILestoU

Cone.

Tiine

('h)

(~Y$)

2 2

Cll

IJJ

0: .,

.,

p

~3'

.22;

cEo ;:s t""

.23

ILicorice Lighter Fluid Ligroin Lime

powder

20,., 50 .22 20·... 50'

naphtha

chlorinated juice lime water chlorinated juice lime water

Lime Juice

concentrated

Lindane Linseed 011

g-8enzene Hexachloride

Mace Machinina Oils Magnesium Bromide

Magnesium Chlorite

Monsanto Lustran; 50.8 mm diam. disc

8' 9

<=365 <=365

BASF Luran 368 R

9

7

Monsanto Lustlan; 50.8 mm diam. disc

k:~:-,

Dow Tyril; to ASTM 0543-84 Monsanto Lustran; 50.8 mm diam. disc

<=365 7 7 7 7 28 28

BASF Luran 368 R Monsanto Lustran; 50.8 mm diam. disc

0.25%

97.5 98.9

LNP; 30% gl.lil. Dow Tylil; to ASTM 0543-84

100 100

100 100 100 100

7

Monsanto Lustran; 50.8 mm diam. disc

<=365

(:{~::

.18Si$(ilnUOI ~'ears expecl~d'ljt8'! mth". ; Yls•.

,62/"

". '~5'))

<=365 <=365

BASF Luran 368 R

.2?;,.,

7 28 28

Monsanto Lustran; 50.8 mm diam. disc

<=365 <=365

8ASF Luran 368 R

28 28

Dow Tyril; to ASTM 0543-84

2.0

<=365

22

7 7

8ASF Luran 368 R Monsanto Lustran; 50.8 mm diam. disc

~:'

'''':;~:~''i ;~:;i: \.~~~..

~cill.nt (~~e

Dow Tyril; to ASTM 0543-84

<=365

BASF Luran 368 R

28 28

Dow Tyril; to ASTM 0543·84

23 52

28 28

20

<=365 <=365

CJ)

» z

BASF Luran 368 R Dow Tyril; to ASTM 0543-84

28 28 28 28

2~;Y

100 100

solution

LNP; 30% gl.lil.

7

light

Magnesium Chloride Sulfate

69.8 78

5'

28 28 7

50.; 50 52· 52',',

ground

Magnesium Chloride

3

M.teri~1 Note

Note

23 " 5~. 22

, ~;~;}

saturated

Magnesium Carbonate

0.25%

Re~lstanc8

50·' 50\

22 22 23 23,

boiled raw

Lithium Bromide

%, Tensile Strength ,. Retained

BASF Luran 368 R

\.29

boiled raw boiled raw

PDL Rating

<=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365

20"" 20)'620: 50':

boiled raw

7 7 7

Load

BASF Luran 368 R

......

'~:

<Xl

Chemical Resistance - Styrene Acrylonitrile Copolymer

o---'-

» z

T!~~::!~~!0'~~~,tl;~~;

,:Re,agen,! Note·
Magnesium Iodide

100 100 saturated

Magnesium Nitrate Magnesium SUlfate

%

~',,,>;:r

Magnesium Hydroxide

solution

Maleic Acid

100 100 100 100

10 10 10 10 10 10 100 100 100 100

Malic Acid

Mannitol Alcohol Margarine

ground

Mayonnaise Menthol Mercuric Chloride

in alcohol powder powder

~

Mercuric Cyanide

f)'

Mercurous Chloride

~ Ctl

~

Ctl

" 100 100 100 100 100 100

Mercurous Nitrate

tEl· ;:l

t-

o:.., ..,

!=l

u::

10 10 5 5 5 5 100 100

saturated

@

Mercury Mercury Chlorrde

solution

"';:::::: ~:" "(;;::';0,

';'

Dow Tyril; to ASTM 0543·84

28 28

28 28 28 28

<=365 <=365 <=365 <=365

8ASF Luran 368 R

28 28

Dow Tyril; to ASTM 0543·84

<=365

8ASF Luran 368 R Monsanto Lustran; 50.8 mm diam. disc

7 7

<=365

8ASF Luran 368 R

28 28 28 28

Dow Tyril; to ASTM 0543-84

<=365

BASF Luran 368 R Monsanto Lustran; 50.8 mm diam. disc

7 7

Marjoram

N

28 28

Maize 011

'"c

(Xl C)

Chemical Resistance - Styrene Acrylonitrile Copolymer

CJ)

<=365 <=365 <=365 <=365

BASF Luran 368 R

7

Monsanto Lustran; 50.8 mm diam. disc

<=365 <=365

8ASF Luran 368 R

7 28 7 28 28 28 7 7 28 28

Monsanto Lustran; 50.8 mm diam. disc Dow Tyrit; to ASTM 0543·84 Monsanto Lustran; 50.8 mm diam. disc Dow Tyril; to ASTM 0543-84

Monsanto Lustran; 50.8 mm diam. disc Dow Tyril; to ASTM 0543-84

28 28 28 28

<=365 <=365 <=365

8ASF Luran 368 R ~:

.

;.:

~:

@

~~:

po

t::l

Reagent N

Reagent Note

Temp..

Conc.

I'C)

I")

Methoxyethyl Oleate

;:l

~

.., >l ..,

0-

Load

(dave)

IMethyl Alcohol

"'\.'

::'j

100 100

IMethyl Acetate

\C

20 50 23 i' 52'

100 100

, PDL Rating

["f.W~::,~:rothJ.~:l1.~~".. N'~~

,

, Material;Note

lfi$solved

<=365 <=365

...•.c

<=365 <=365

" ,

'0 0

28 28

?

:1

20 22 23 23

<=365 7 7 7

Ii 0.25%

1 1 .

3

28 28

9

Methyl Bromoacetate

100 100

~~,\i

~:

Methyl Ethyl Ketone

Methyl Ethyl Silicone Methyl Eugenol Methyl Isobutyl Ketone

':::'~

100 100

100 100 100 100

100 100

,

F '1 0

22

7

:

2

w

=~5

Methylcyclohexane

100 100

100 100

... Je~i~f~~l.!or

'

0

23 52

28

2

~

~

52

J 1

20

28 <=365

22

7

50

<=365

0

20 50

<=365 <=365

0 0

23.,. 52'

28 28 <=365 <=365

'1

. 23 .;.. 52" ,'.'

28 28

"

''';~y:}.

&t.

I.¥~~iii]~r~nths

BAsF Luran 368 R

. solvent

Dow Tyrit; to ASTM 0543·84

'[li~)$la!ll!o, ~88ks i~

~.

".

'dlssolved

8ASF Luran 368 R Monsanto Lustran; 50.8 mm diam. disc BASF Luran 368 R

:j1~\ie~.istant .... ,~iSsolved

.,";

"?;~om~\sl~~t:.)\

·siiv8iiililiadi:~lniilliwlirs.

"

0;

diSt~lved

2;

nbl ,hista"l ';' dJssolved :

··~:·.i·

.

...-:'.~~: .. ;-.-.: ,..•,):..:~.~~, ... ~solV'iii

1

b

if!ssolved

BASF Luran 368 R

severe attack; ~of\ in few h,s.

Dow TV'il; to ASTM 0543-84

0 2' 2.

:.,~

-:';> :~.:

~esislant for hours ;; nofi~si~tant

3

28 28

'9·.

exc~lIelll reSislance

9

•

<=365

7

resistant fo, months

~;# SO

~

<=365

Dow TVril; to ASTM 0543·84

':'/

<=365

20

Dow TVrit; to AST/>1 0543·84

,

50;.:·, ..

52',;:}

Monsanto Lustran; 50.8 mm diam. disc

BASF Luran 368 R Monsanto Lustran; 50.8 mm diam. disc 8ASF Luran 368 R

<=365

23 ",.

•(

~olvenl

20 ,.' 22

7

8ASF Luran 368 R Dow TVril; to ASTM 0543·84

severe attack; soh In lew hrs.,

'.;

2· ,2

I

.~o~rs.

'ii~ciiniinirii$iilliiiCe

7 28

SO}

Methyl Salicylate

I·;~

BASF Luran 368 R Monsanto Lustran; 50.8 mm diam. disc LNP; 30% gUiL

, ~orreslslant

('

I,. ~;

28 28 <=365

20',

~,~,~~~t 10' weeks

}: 15.1 18.6

Dow TVril; to ASTM 0543·84

'"

'':'':.:.';

·9'

23 52 20

22 .u'.

Methyl Isopropyl Ketone Methyl Propyl Ketone

;~d;:Si ::~::

BASF Lu,an 368 R

seve" aUack; soU in few h(s.

i

<=365

Dow TV,il; to ASTM 0543·84

v~so,ved

l'

50'"

siiv~i&.atliiliklsolfiifliW'h,S. , .:~

,5 2

23 52

Methyl Butyl Alcohol

{'

2

100 100

BASF Luran 368 R

"

~:;;~;;

Methyl Amyl Alcohol

~.

en » z

'Time

"::'~

;':

20 50

Mesityl Oxide

~

to·

~F··\J~i~ .• i.·

'"

'1:l

3;"

2

:,: .. 7·

.r~lal\llof

hours.

8ASF Luran 368 R Monsanlo Lustran; 50.8 mm diam. disc BASF Luran 368 R Dow TV,il; to ASTM 0543·84

'esistant

8ASF Luran 368 R Monsanto Lust,an; 50.8 mm diam. disc

resiSlallt. for'monU\s.

BASF Luran 368 R

CD

Chemical Resistance - Styrene Acrylonitrile Copolymer

a

u:>

ex>

Chemical Resistance - Styrene Acrylonitrile Copolymer

C/)

» z

o

~

28 -·c-·-·;'-'"

Methylene Chloride

100

lM(~~;.i;;j;t

28 28 28 7

Methylene Chlorobromide

100 100

Methylene Iodide Milk

ii' ;~;;,;;tt

28

100

/z

28

100

.'23.""

;/ \S2{"

, .···20

i;)<~~)~ ...

moist powder

;ir:iO;

powdered

" 22:\.',

""Z!

paste powdered moist powder powdered

Mineral Oils

100 100

-/:{

~tl

:j1~l:i{)i~i"; ;;;;)~9'

Mineral Spirits

100 100

~~~ji;;~:;r;': :C:~;;'"

Motor Oils Essolube. Tydol Havoline

. 22."....

'22.

Texaco

.';:~ .. :~

i .•.

?;;n~l(i'i~~js'~9biF·;Hf.iU

}";;seYere;altsck; so!tlr\J,Willr¢

• 'i;

Monsanto Lustran; 50.8 mm diam. disc Dow Tyril; to ASTM 0543-84

28 28

l

<=365

9

8ASF Luran 368 R

.. 8.

Monsanto Lustran; 50.8 mm diam. disc

<=365 <=365 7 7 7 r~.sl~i~tJo!'"!9titll~;?.;•••.• ':;.••;'

<=365

BASF Luran 368 R

<=365 <=365

"":?:•• • i9'%t;.···

28

;,;;j.\1\);;1!]~~,ll~:i;~il;i~~~~f.~;·l[t

l;:~~~liiJ~~;;;';i !·'W[;·\~~t-;; ."

28 7 <-365 7 <=365

Morpholine

1"

;.. .,:.•:+ 22\}'"

28

100

100 powdered

r";;~i:.~':

.;))2..

28

28

\#j\(~~/W\:::: '

i~';\,!ji~1~~~~~\~1~l:i\~~i!J.;l{~

:2q,~/L . .

••• ·t;~e~e'!!'t!~C~;SQili!1'1~wi~r,s&%;·

Mons:::

Monsanto

::~::~:;::T~:::~~:.

~~~~a~:E~:m:diam.

disc

disc

Dow Tyril; to ASTM 0543-84

28 7

••..'...·;2 •••;;/.>

<-365

~ . X~,:·9:-;?~,>:~.·

7

.". .::~~~~~;:~:i;:Mi!*

7

·;;:AAd\/~~~!!iij!mt.f.W·'

::;;.·~~:~i~~~~i:d~l;!l~·;i;1:;;f';;i;

Monsanto Lustran; 50.8 mm diam. disc Monsanto

~~:t~a~~r:;.::mR

diam disc

7

7

0.25%

82.4

7

LNP; 30% gUiI.

74.4

<=365 28 @

"tl

E" en .....

en

cEo ;:l

t: ., .,

cr p tt::

BASF Luran 368 R

7

Monsanto Lustran; 50.8 mm diam. disc

<=365

Naphtha

n'en tJ (1)

<=365

100

28

100

28 7

BASF Luran 368 R

\>·;~.;,.,.·.i/ :::Mi{fQSW:{:::~·:·

Dow Tyril; to ASTM 0543-84

i+<;'U;'~~!~AAlmT;+M'\t;f Monsanto Lustran; 50.8 mm diam. disc

7

Naphthalene

crystalline

100

28

.

100

28

..

dissolved in alcohol

<=365

ITWC~jr ::it

, ....... ·.. i.@.£~ll~!MjisJmlii)~f ii;,;

Dow Tyril; to ASTM 0543-84

[email protected]?·

it,.. • • ; ··j'eslSlam,!ofmonl!i:s<S"'i·'• •,

BASF Luran 368 R

<=365 7

'·;roll"'}!'·

·····fK;j'8s~e~l;D,),·H?·• ; r·.) Monsanto Lustran; 50.8 mm diam. disc

@

'~...." C/)

~:;~;:\j>:~~i . <::.:::~' .-.: ';;"';

Re~9"r:it'

Re8 gen{Note.

n' C/)

tl

F>

,<

;~

.

~

t""'

0-: ..,

..,>l

tr::

';:"~.

"""';-".'~'"

(%)

crystalline dissolved in alcohol

C/)

;:l

.•.--....

Cone.

Naphthalene

ell

10'

'

.1

Naphthol

(\3l

100 100 100 100 100 100 100 100

NaturarGas Nickel Chloride Nickel Nitrate Nickel Sulfate

I T~~!~7;~L 1 sp""

7

::~~)i;,

::~::

5Q 23 ,,52"'"

1 1 10 10 20 20 30 30 30 30 70 concentrated

23 52 20 2~

52 23 52 50

2g

,.:~>

Nitrosyl Chloride Nitrous Acid Nonyl Alcohol

n-Nonanol

n-Nonanol dark, ground light, ground dark, ground light. ground

s

<=365 <=365 28 28

,,% Tensile S~r8rigth Retained

'5'"

II. 9 9 9

r~SISIe.n1 lor years

"

~

""";.~;~~~~r~j!lriilih~!'nS,

"'1" 7

Z

".

:,~r··

:J~~~uent 'resistance a.pacted life: mths•• yrs,

9 7 8

"~IS1ant

Monsanto lustran; 50.8 mm diam. disc

reslSt8'lrt lor months

BASF luran 368 R Dow Tyril; to ASTM 0543-84 BASF luran 368 R Dow Tyril; to ASlM 0543·84 Monsanto lustran; 50.8 mm diam. disc BASF luran 368 R Dow Tyril; to ASlM 0543-84 BASF luran 368 R Dow lyril; to ASlM 0543·84

", .

haat'l;(ju~&S ro~ temp. resisl

6 7

,'~*~II~~tlesi$laQCe ';<;1:~~~isiii~1 for d,ayi

1I, , 4'

23.

2B

9

28 28 28 28 28 28 28 <=365

.2

23,."

23 52 23 52 ,20,

2

'*diS~olved

a

. s,eYer~.a~~~k; soh In

2, 2 2

':'-'

"".

',~w hIS"

'.

'resiSlant lor hours

3 3

QXc.eUenl (esi$lance s8,vere attack; solt In few ~rs .

'.

. "",2 ,.2" 2

7

<=365

7,

7

8

<=365 <=365 <=365 <=365

5

'..<'

7 5 ",,5

-.

Dow Tyril; to ASTM 0543-84

···:~·····
9 9 9

-22

BASF luran 368 R

'

c.,.iL, ....:> .. ,"e¥ceillii\j"{ss1$taiiCe"

2

, 50

Dow Tyril; to ASTM 0543-84

~

50

52 .

BASF luran 368 R

'.'

Q'oi'reslstanl d"l$$ol.ed severe attack; soli In few hrs.

,52'

.

"

9

?

>fl~~~:~~:~:.;!::; >L!~tant .

.' ""',"n"re~iSlaiinii( "eeiiS'

<

"

~"l

en ~

;.~

"

a

52 20

Dow Tyril; to ASTM 0543·84

.M

<=365 28 <=365 28 28 28 <=365 <=365

100

NOJe'

.:.~

~~,:_:):

cons1d.~Q..; e"pected lile: days

"

Matet"~1

Monsento lustran; 50.8 mm diam. disc BASF luran 368 R

"'e~ellenl ceiista/ICe i"

9 .9 9, ~'

2

~3"

;1

..:'

i.'" r"!stannor weeks """,. r,;jst~nl lo~ hOilrs'

'3'

<=365 28 <=365 28

.~.:

'1i~?:;::;4r~,

~.

3

:d"" Nujol Nutmeg

,

7

52 22 20 23

100

100 100 100 100 100 100 100 100

•.",

:;~<

~::~"~, ~;~,~g ]

~~.,=-i·

,::.::.;

,._:}:.~,:.

7 7

22

&2, ,,'

Nitroglycerin

:~

<=365 <=365 28 28 28 28

50

Nitrobenzene

~'

28 28 28 28

50.'

Nitric Acid

:i( T.y': 'I' . . . ,

;<:,

~:~20:'"

dissolved in alcohol

I

I

~;;slslantlor months ;~~~ianl for weaks

{

BASF luran 368 R Monsanlo lustran; 50.8 mm diam. disc BASF luran 368 R ;.j Monsanto lustran; 50.8 mm diam. disc

BASF luran 368 R

00

Chemical Resistance - Styrene Acrylonitrile Copolymer

o

U"1

en

00

Chemical Resistance - Styrene Acrylonitrile Copolymer

» z

o

0)

<=365 <=365

Nutmeg Oil

100

""""<~3';f"

28

100

.(;i~/

28

> . ;~~> 'i

28

?' .•·.2~');/

28

Octane

n-Dctane

100

Octyl Alcohol

n·Dctanol

100

100 100 n-Dctyl alcohol

"

Octyl Cresol

100 100

Oils

water soluble

"

Oleic Acid

;li~ YMtMiC""

n-Dctanol

100 100

;ii;:t~;:;~;;···'· ·;:'ifi~~·(i;~;;;·" (;';.;i~~1;;~;:;

. .!•.•!;~;.:;

7

'>;2;;;'

;;7if~~~l:talDj}lt~~~f~Ji~~~t:;t .

"}'<~'Y~re ~tta~~;·~6PI",I~yi,hI~t0··'

28 BASF Luran 368 R

7

Monsanto Lustran; 50.8 mm diam. disc

7

·>:\:7\;······

<=365

.";';'4!,'

28

'.'.'·.• ; • ,.?,;·•• i~*t~j:.@;m9~lMi'?'·.:\·,·,.·,· c 'samiuttack; soft hj,fejY Ns¥;' .

100

'~;J!~;~~;J~11~;

7

Monsanto Lustran; 50.8 mm diam. disc

7 28

Dow Tyril; to ASTM 0543·84

28

"

<=365

BASF Luran 368 R

0.07 0.14

Monsanto Lustran; 50.8 mm diam. disc 20.7 MPa 17.2 MPa

1.4

13.8 MPa

13.9

10.3 MPa

28

7 <=365

j;'~j;;~~:~~;~~;

Onions

· : • ;;~I~;':j;1ir~ :'I-~f'1~~~~!!j

dried. ground flakes salt

@

::9

Orange Juice concentrated

~ (;.

fJ>

concentrated

Orange Oil

;:l

t""

0: .,

., ~

u::

<=365

and peel

Monsanto

~:~t;a~~r~~·~~mR

diam. disc

r.- "oo·::~~E~~::·~ N5t~Wft@g~~:FJ~:!~!~r T%~h%1.T\M~ Monsanto lustran; 50.8 mm diam. disc BASF Luran 368 R

3

2%

3

2%

Monsanto Lustran;

"

<=365

BASF Luran 368 R

<=365

28

"

t:l

cEo

7

i:;.1;;i~11i-~iti\'~1~~\~~1~:t;~I~;

.(>drik';

t\mWA(i'~~~;i$,jli~I;WTWi'CtL Monsanto Lustran; 50.8 mm diam. disc

7

fJ> (\)

;;·:':/i;'~;!l;;!!i;

:;8i'~k)',.

7

7

~

Dow Tyril

I

28 <=365 7

Olives

BASF Luran 368 R Dow Tyril; to ASTM 0543-84

28

7 100

disc

<=365

<=365

Olive Oil

~:~:;~::~5:T~:::~:.

Dow Tyril; to ASTM 0543-84

28

7

·.,···;5i~r··i····

50% collonseed oil

Mons:::

Dow Tyril; to ASTM 0543-84

<=365

BASF Luran 368 R

28

Dow Tyril; to ASTM 0543·84

100

28

100

28 <=365

BASF Luran 368 R

7

Monsanto Lustran; 50.8 mm diam. disc

<=365

BASF Luran 368 R

@

;:g I=l

n''" .....

't:::l" C1l

'" to· ;:l

s:.,

0-

.,I=l

It:

~eage'lt

A~··):V::~·;f:·.\:

';.~"""

.."

Orange Peel Orange Syrup Oregano Orthochlorophenol

;."

........ ;.

I..

Reage,nt Note

I

Cone.

TeR.1p,Ht.. Time .

'''')

7 7 3

and oil fountain syrup

Orthophenylphenol

100 100

28 28 28 28

Oxalic Acid

10 10 100 100

7 7 28 28

100 100

solution « «

Oxymethylfurfurol Ozone

100 100 <0.5 ppm «

Palamoll644

polyadipates

Palamoll646 «

Palatinol A

Diethyl Phthalate

100 100

diethyl phthalate

Palatinol AH

bis (2-ethylhexyl) phtahlate

Palatinol C

dibutyl phthalate

)n

Load

\~ys)

Monsanto Lustran; 50.8 mm diam. disc 2%

Monsanto Lustran; Dow Tyril; to ASTM 0543-84

~ Monsanto Lustran; 50.8 mm diam. disc

Dow Tyril; to ASTM 0543-84

<=365 <=365 <=365 <=365

BASF Luran 368 R

28 28

Dow Tyril; 10 ASTM 0543-84

<=365 <=365 <=365 <=365 <=365 <=365

BASE Luran 368 R

28 28

Dow Tyril; to ASTM 0543-84

<=365 <=365 <=365

BASF Luran 368 R

<=365 100 100

« «

Palatinol ON

dinonyl phthalate

Palatinol M

dimethyl phthelate

PalatinolO

dimethyl diglycol phthalate

Palatinol Z

didecyl phthalate

«

Palm Oil

100 100

28 28

Dow Tyril; to ASTM 0543-84

<=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365 <=365

BASF Luran 368 R

28 28

Dow Tyril; to ASTM 0543-84

<=365

BASF Luran 368 R Monsanto Lustran; 50.8 mm diam. disc

7 7

Palmitic Acid

<=365 <=365

BASF Luran 368 R

7

Monsanto Luslran; 50.8 mm diam. disc

en

» z

Chemical Resistance - Styrene Acrylonitrile Copolymer

co C)

--..

CD

Chemical Resistance - Styrene Acrylonitrile Copolymer

en

» z

P'P';"

::::~; :~:

Paraldehyde Parsley Peanut Butter

100 ",,.,··2~, 1 0 0 \ ' \ 52'

28 28

i«~:.;;

3 28

flakes 100 100

Peanut Oil

"«23""....

1;):§~;': ; :'

'2~dd

278 7

sOI~ion~\;)~;~~:~i:;:

I '..'.'

2/

2 % ' : " ;...· '8,/;·;\ .,." .,9:.. ·.·

:~i];;;j~~:k/

rill ~~::~tj;~~::';" : ...:$,eYe!e:atlack~Ofnl)iJ~wJII$,'·Sf;

Oow Tyril; to ASTM 0543-84

:.,.:'" '. '''kii~~~nt'\:'f'&&}l;:-'i i ·.:.}·'.,excelleilLiesistiillCe/·,'":/·,,.,.,

Monsanto lustran; Oow Tyril; to ASTM 0543·84

':"}<;~:;~;n:,d[;1;;~~'~;':;

<-~65i,.·:i>'

_ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _......~......_'--__<_:_3_6_5

Pectin

,.

C>

CD

Monsanto lustran;:0.8 mm diam. disc

Monsanto

...... j"';_?;~;;:7_··_i_·......

~~:t~a~~r:~.:~mRdiam. disc BASF luran 368 R

:::::

peniclllin~~~;I~~;'ii~; ::::: ~ ~~

Pentachlorophenol

iW;"·.{~~~.~"

Pentane.(;w'~oi\: :: Pepper black, ground 1 OO/?:~:?~, ,i,:" white, ground

1

n'

".;.,011

p,..

:;:~~::

\d;;~\P:;"

'" 100

C/)

~

~.

Perchlorlc Acid

100 100

Perchloroethylene

100 100

~

~ ~ >:l

..,

<-365

28

OO~jljjti~;i;t~!\; :::::

black pepper, fresh

i

~:

x . : N ? / Y y ; : ····.*p~cl~:liI~;;~lh$;;;;ff$ik
'·:
;::;

<:365

T':33'$Wc\U

28 U

t;;M7iMMi

28 28

==== ".: ,':": : ,.

Monsanto lustran; 50.8 mm diam. disc

II ::~ -~

BASF luran 368 R Oow Tyril; to ASTM 0543-84

BASF luran 368 R

7

28

"F ;:g.·::'!'.$jllAAj!lWYAAt~?#::W(

",:@.~; , t : - ; - Mc.o~!d{c1tg,::!iP,:ci\ltm~i~~yl!r:::

Oow Tyril; to ASTM 0543·84

";P"'[Ql$iaitftiifhoulsf''i(:<';

k0&'~xP.c(~iIJ1W!ii\!Jit:iYf#Htn;

BASF luran 368 R

Oow Tyril; to ASTM 0543·84

@

i ··

I

.

'1:l

p-

~

n'en tl

I

ReagenL'

:~,,;

. . .;:;~~

..

;. '.'"

;.;.:~:::.~.:;."

...<-;:'<:":~

~

;.;. ;':';"

lY""YT'"

I

Reagent Note

;·;;···:'·.·:,·;:;·;.;;;·;·;.;,'v····· ,",.

I c~~c ..,.~:!;1r::;J' p~; 2~J':

Perchloroethylene

5g;('

~

en

to· ;:l

.".'2·9"""····

Perhydrol Petroleum Ether

t

.,0I=l .,

Petroleum Jelly

100 100

\t::

carbolated

,.,., ·'22 '\;c..

7" . so "" Phenacetin

, .'\,,20

;.". SO

Phenol

5 10 10

:;:;.:

. ';1

22:.

!;;;~~i~" ;;j~;;~~;;!l"

crystals

,['$Oji crystals

Phenolsulfonic Acid Phenoxyacetic Acid Phenylethyl Alcohol

100 100 100 100 100 100

I">',. S2'. ',:\23\ :1; ',S2:);:

;:i;;;~~f!:i;;; 23,,:.

s2

}

)·;;,;.·~~;;ii.;n Phenylhydrazine Phenylphenol (p-) Phosphoric Acid

100 100 100 100 1 1 1·5 1-5 10 10 30 30 30 30 50 50 86 86

;:i;;l;;f~lii~;;k; ~i~jj~~·i·'.~~

I

II II,ts~;;;t

Ii

I

Time (da!!) "

I,

I

Load ~

.'~~'

;~

I

I,

I Rating poL I%Tensile Strength I Fletalned<

.

'v'

7 7

8

<=365 <=365 <=365 28 28 <=365

9

... ,;..

~~

;........

Monsanto Lustran; 50,8 mm diam, disc BASF Luran 368 R

Dow Tyril; to ASTM 0543-84 BASF Luran 368 R Monsanto Lustran; 50.8 mm diam. disc

7 7

<=365 <=365 <=365

BASF Luran 368 R

7

Monsento Lustran; 50.8 mm diam. disc BASF Luran 368 R

<=365 <=365 <=365 28 <=365 28 28 28 28 28 28 28 <=365

'.'

4 ,.

7

<=365 28 28 28 28 <=365 <=365 28 28 28 28 <=365 28 <=365 28 28 28 <=365 <=365 7 7

Dow Tyril; to ASTM 0543-84 BASF Luran 368 R Dow Tyril; to ASTM 0543-84

BASF Luran 368 R Monsanto Lustran; 50.8 mm diam. disc BASF Luran 368 R Dow Tyril; to ASTM 0543-84

BASF Luran 368 R Dow Tyril; to ASTM 0543·84

BASF Luran 368 R Dow Tyril; to ASTM 0543·84 BASF Luran 368 R Dow Tyril; to ASTM 0543-84

BASF Luran 368 R Monsanto Lustran; 50.8 mm diam. disc

co

en

» z

Mat~rial ~ote

.;','''', .....;....................}...... ,;......'..;..;

Chemical Resistance - Styrene Acrylonitrile Copolymer

o

CO

» z

Reagent Note, '.''''''

..', ,;.'....

,;.

,

...... , ..-........ -...... ... -.-.............:... ,.;..,'....... '.

Phosphoric Anhydride Phosphorous Oxychloride Phosphorous Pentachloride Phosphorous Trichloride Phthalic Acid

I·

(%)

Pimento

Plastigen G

urea·formaldehyde resin

Plastomoll DOA

bis(2·elhylhexyl) adipate

...

l:l

BASF Luran 368 R

7

Monsanto Lustran; 50,8 mm diam. disc BASF Luran 368 R

Glycol

7

Glycol onolaurate Polyglycols

7

.

E·300 to E·4000

100 100

Monsanto Lustran; 50.8 mm diam. disc

28 28

Dow Tyril; to ASTM 0543·84

<=365

BASF Luran 368 R Monsanto Lustran; 50.8 mm diam. disc Dow Tyril; to ASTM 0543·84 Monsanto Lustran; 50.8 mm diam. disc BASF Luran 368 R Dow Tyril; to ASTM 0543-84

7 28 7

saturated

<=365 28

saturated

~

t'""

<=365 <=365 <=365 <=365 <=365 <=365 <=365

S-

c;: ...

28 28

pine needle oil

'1:l

CI)

Dow Tyril; to ASTM 0543-84

BASF Luran 368 R Monsanto Lustran; 50.8 mm diam. disc

@

;:l

28 28

7 7

Potassium Aluminum Sulfate

tE'

8ASF Luran 368 R

<=365

pOI~ethYlene

tl (\)

<=365 <=365

"

fresh

CI)

.,:.

Dow Tyril; to ASTM 0543-84

100 100 100 100

Pineapple Juice

CI)

Potassium Bicarbonate Potassium Bichromate

IPotassium Bisulfate

Dow Tyril; to ASTM 0543-84

28 28 28 28

pine needle oil

I

Material Note

BASF Luran 368 R

pine needle oil

istearate

-'-

C>

<=365 <=365

ground

Pine Oil

pOI~ethYlene

Te.·~.·sll~.Strerigt~

PQL I·..".....' Rating.. ".i~!talned . ' . .

,:7.

100 100 100 100 100 100 100 100

100 100 100 100

Picric Acid

Load

Coric.

solution

Phthalic Anhydride

ri'

co

Chemical Resistance - Styrene Acrylonitrile Copolymer

(J)

100 100 solution

100 100

28 28

<=365 <=365

BASF Luran 368 R

28 28

Dow Tyril; to ASTM 0543-84

<=365

): 9<

BASF Luran 368 R

"':~~

@

.

P ~ CIl

15' ;J

"

Cone.

~

n'CIl

'.v '

'1:l

,Tensile Stren"th -, Retained

I"')

7,••-,•.•.• ".;

Potassium Bisulfate

7 7

saturated

Potassium Borate

t-<

0: ..,

..,

Potassium Bromate

>:l

<=365

8ASF Luran 368 R

28 28

Dow Tyril; to ASTM 0543-84

<=365

BASF Luran 368 R Dow Tyril; to ASTM 0543-84 BASF Luran 368 R Dow Tyril; to ASTM 0543-84

28

crystals

u:

<=365

28 7 28 7 28

crystals

Potassium Bromide

3 3 3 3

.. --

<=365

28

saturated solution

<=365

28

saturated solution

Potassium Carbonate

100 100

20~",/ SQ(}

Potassium Chlorate Potassium Chloride

solution

Potassium Chloride Sulfate Potassium Chromate

100 100 100 100

100 100 solution

" Potassium Cyanide Potassium Dichromate

100 100 with su"uric acid saturated solution with sulfuric acid saturated solution

Potassium Ferrlcyanlde

Potassium Fluoride

"0>:1:

..

,,~:

<=365 <=365

BASF Luran 368 R

28 28 28 28

Dow Tyril; to ASTM 0543-84

<=365 <=365

BASF Luran 368 R

28 28

Dow Tyril; to ASTM 0543·84

<=365 <=365

BASF Luran 368 R

28 28

Dow Tyril; to ASTM 0543-84

<=365

BASF Luran 368 R Dow Tyril; to ASTM 0543-84 BASF Luran 368 R Dow Tyril; to ASTM 0543-84

<=365

28

100 100

solution

1 1 10 10 10 10 10

28 28 7 7

Monsanto Lustran; 50.8 mm diam. disc

<=365 <=365

BASF Luran 368 R

28 28

Dow Tyril; to ASTM 0543-84

<=365 7

BASF Luran 368 R Monsanto Lustran; 50.8 mm diam. disc Dow Tyril; to ASTM 0543-84 Monsanto Lustran; 50.8 mm diam. disc BASF Luran 368 R

28 7 <=365

en

» z

Monsanto Luslran; 50.8 mm diam. disc Dow Tyril; to ASTM 0543-84 Monsanto Lustran; 50.8 mm diam. disc Dow Tyril; to ASTM 0543-84 BASF Luran 368 R Dow Tyril; to ASTM 0543-84 BASF Luran 368 R Dow Tyril; to ASTM 0543-84

28 28

28

" Potassium Hydroxide

'~i;ti;l

Monsanto Lustran; 50.8 mm diam. disc

CD

Chemical Resistance - Styrene Acrylonitrile Copolymer

-'-'-

CD

Chemical Resistance - Styrene Acrylonitrile Copolymer

(J)

» z

-'-

N

28 7 7

~;~i~~:~jJ;;:

concentrated

~'~;i':~~:~~{

saturated solution saturated solution concentrated

Potassium Iodate

~%:i:f?~~~~~ii~;~f::::

.

i;!j';'~i~~;~,l';,l~'

solution

saturated

!Y'i}~e;;'nt ;;)'W22\\·:···.•·

saturated

;;f;;i;:§#',.% • ·:

Potassium Iodide

Potassium Iron (III) Cyanide Potassium Manganate Potassium Nitrate

solution

100 100 100 100

;~~t.~ti&~~!)~:~1; 1~i~ll!~l!11i

~t~~~!~ill;;f~ ........... ,.,

Potassium Permanganate

100 100 saturated

iii ,

Potassium Persulfate

100 100

··.··.v.

..-.-"",.

iili,i~~lj~j;~;i!J1 · " , , · - ·...v·"W·W·-NW·-'

Potassium Sulfate

100 100

@ ~

S

.... n' (I)

I

<=365 <=365 <=365

BASF luran 368 R

7 7 7 7

Monsanto lustran; 50.8 mm diam. disc

<=365 <-365 <=365 <=365 7 28 7

<=365 28

<=365 <=365 28 28

'if\;(····

;';';;;i;ffi;H~blf~t.·;(~~~~'·)'@;·;\r\'

II /{6·!1YJi·

·U···:·UttSiiliiMiliillOfYeiWii,;.·:·,g@

BASF luran 368 R

rU'<{~,xr;<

;;;n:[email protected]:';

Dow Tvril; to ASTM 0543,84

BASF luran 368 R

_t ~:1~~~"~~::::

28 28

<=365 <=365 28 28

<=365 7 7

<=365 28 28

<=365 <=365

BASF luran 368 R

I

'!I~l~i:j'~ i ~

. .~"'::~~;E:~:·~ ~'~III~~~~1111~~lilli~~I[ilt~

.

Dow Tvril; to ASTM 0543·84 BASF luran 368 R

.

28 28

Dow TVril; to ASTM 0543·84

<=365

BASF luran 368 R Monsanto lustran; 50.8 mm diam. disc

7 7

<=365

BASF luran 368 R"

28 28

Dow Tvril; to ASTM 0543-84

(ll (I)

<=365

;:J

7 7

BASF luran 368 R Monsanto lustran; 50.8 mm diam. disc

(I)

Potassium SUlfide

t:l

tEo

t

..,0..,i=l
Prontosil

100 100

<=365 <=365

ttt'9.MXn

:·:::ty·g

··''';;t\n;;ie$i~anfliifVliiii$::';'

BASF luran 368 R

@ ~

po

~

n'VI

~

:~.:

f\~a'~e~t

.:.... _.. '(:~.

-.~

. ...

Propane

gas

u::

COrlc. ('I)

1'00

~ ~~

Propargyl Alcohol

t

.,Cl" .,>:l

I

I T.emP. . ~" .'.'.'.j . . • ('.C) •.. "'\ ••••

"l i ~~i;;~~;;P~

Propyl Acetate (2-) Propyl Alcohol

n·propyl alcohol

100 :.,iV2:lt. '.;..{ 1 oo;'~gj;;

1·propanol

;

;':;

•. \20;';\:)

2·propanol

Propyl Dichloride

,,~§;Q;l

f ··V. ~o',i

1.propanol

Propyl Alcohol (2·)

r '$0."{ 100 'j 00

Ti.lpe

(daV$)

(:~a~:~;;;l"«~8 ! J~;!':<~ 28

100 liquidS;!!»

VI

~.

;:l

Reagent Note

;23;'1'1; 52)\,t%

Propylene Chloride

% Tensile Strength '. Retalnedr' .,.;< ..• ;,:'::1

" Re~jstanc8 N&te 1::'~'t?::::::···, ~~~

Material Note .:~,. ;~;;:;:.~; :.:.;.:

:;.:.:.:...:.::.::..~.;;o;~;"";,,, ..:>,.,

Dow Tyrll; to ASTM 0543·84

<=365

BASF Luran 368 R

~:

Dow Tyrll; to ASTM 0543·84

<-365 <=365

BASF Luran 368 R

28 28

Dow Tyrll; to ASTM 0543·84

<=365

BASF Luran 368 R Monsanto Lustran; 50.8 mm diam. disc

7 7

<=365

BASF Luran 368 R

<-365 <=365 28 28

Dow Tyril; to ASTM 0543·84

<=365 <=365

BASF Luran 368 R Dow Tyrll; to ASTM 0543·84

Propylene Dibromide

~ ~~~iji'i,~

~:

Propylene Dichloride

:~~

';t;,~i;;::i;~

~7:

Propylene Glycol

100 100

"N\H.)

28 28

Dow Tyril; to ASTM 0543·84

<=365

BASF Luran 368 R Monsanto Lustran; 50.8 mm diam. disc

"'~2kiJ

7 7

., •.'

Propylene Oxide

BASF Luran 368 R

::

Dow Tyril; to ASTM 0543·84

:~~ tL!;,lf;jlijl ~:

Dow Tyrll; to ASTM 0543·84

~;~i~}i~~J;~

Propylene Oxide (1,2Pyridine Pyrogallic Acid

pyrogallol

:~~

Quinine Sulfate Red Oil Resorcin

oleic acid

Monsanto Lustran; 50.8 mm diam. disc

<=365

:::

Propylene Glycol Methyl Ether

<=365 <=365

BASF Luran 368 R

<=365 <=365

BASF Luran 368 R

7

Monsanto Lustran; 50.8 mm diam. disc

<=365

BASF Luran 368 R

... ,..•.•.•• ",'"

<=365

~ii;;~ii~~;;i~[~

::::~

;;~ij;;~I;i;l~

~:

Dow Tyrll; to ASTM 0543·84

. \~ii'ei;~

7 7

Monsanto Lustran; 50.8 mm diam. disc

<=365 <=365

BASF Luran 368 R

U>

» z

..

(Xl

Chemical Resistance - Styrene Acrylonitrile Copolymer

......

U)

,~~~~~ 1<

,'Load .)';..............;. .;:-::;;t

Resorcinol crystals

Root Beer Syrup Rum

POL

Dow Tyrll; to ASTM 0543·84 Monsanto Lustran; 50.8 mm diam. disc BASF Luran 368 R

lountain syrup

7

Monsanto Lustran; 50.8 mm diam. disc BASF Luran 368 R

rum essence

<=365 <=365 28 28

Dow Tyrll; to ASTM 0543·84

<=365

BASF Luran 368 R Monsanto Lustran; 50.8 mm diam. disc Dow Tyril; to ASTM 0543·84 Monsanto Lustran; 50.8 mm diam. disc BASF Luran 368 R Dow Tyrll; to ASTM 0543·84

100 100

Salicylic Acid

7 28 7

saturated

<=365 saturated

28

Salts

<=365 <=365 <=365 <=365 <=365

dry dry

SantalOil Sarine(dl-) Sassafras 011

8ASF Luran 368 R

::';';

100 100

28 2B

100 100

28 28

Dow Tyril; to ASTM 0543·84

<=365

BASF Luran 368 R Monsanto Lustran; 50.8 mm diam. disc BASF Luran 368 R

7

<=365 <=365 <=365 <=365 <=365

Sea Water Sebacic Acid Dlbutyl Ester Sesame Oil

100 100 Johnson & Johnson Baby

Silicone Oils

'U

Ei

Silver Acetate

100 100

Sliver Nitrate

~

t

....0P ....

te::

Monsanto Lustran; Monsanto Lustran; 50.8 mm diam. disc

<=365 <=365

BASF Luren 368 R

28 28

Dow Tyrll; to ASTM 0543·84

<=365

7

Monsanto Lustran; 50.8 mm diam. disc

solution

<=365 <=365

8ASF Luran 368 R

7 2B 7

<=365 saturated

Soap Soda

2%

28

tl

III ;:3

Dow Tyril; to ASTM 0543·84

Ivory

n'IJl 15'

28 28 3 7

Dow Tyril; to ASTM 0543·84

BASF Luran 368 R Monsento Lustran; 50.8 mm diam. disc Dow Tyrll; to ASTM 0543·84 Monsanto Lustran; 50.8 mm diam. disc BASF Luran 368 R Dow Tyrll; to ASTM 0543·84

saturated

IJl

~

<=365 <=365

Salicylaldehyde

Shampoos

-'-

Material Note

R~~ng

28 28 7

Rongalit

@

00

Chemical Resistance - Styrene Acrylonitrile Copolymer

en ~ z

@

"tI

Ei ~

ri'

'" i5' '" to·

Sodium Acetate

BASF Luran 368 R Monsanto Lustran; 50.8 mm diam. disc

saturated

Dow Tyril; to ASTM 0543·84 Monsanto Lustran; 50.8 mm diam. disc BASF Luran 368 R

;:l

t"'

.,0: p .,

u:

~

saturated

Sodium Aluminum Sulfate

100 100

Sodium Benzoate powder

powder

Sodium Bicarbonate

100 100

Sodium Bisulfate

100 100 100 100

Sodium Bisulfite saturated

"

~:;lli~!-li:;

~i: 28 28 7 7

saturated

Sodium Bromate

100 100

Sodium Bromide

100 100 saturated

[,f,

;>?~i;;¥r-';~;jl;\;'j~'~:tC

i

~'~t.~, :::~~§~:~f~:: : : ·t··<~~~!le,~H~is!~~

",

Dow Tyril; to ASTM 0543-84

28

2t

.,;~~~:~;~;;!; j';

::;;:;;~~~'~\I~j;ft~1~a~!k(";};;

:J.:

~~

;~Ii\,~# ~~:::§~:~g:~:::

28 28 <=365

Monsanto Lustran; 50.8 mm diam. disc

28 <=365

7 7

"

__O~O:...w_T..:.y.:..ri.:..l;.:.:.to ASTM 0543·84

tr4+f,*";:;;§8f;:;;;;;*~",,,,--_....-;.

Monsanto Lustran; 50.8 mm diam. disc

28 28

Sodium Borate powder saturated powder

""':';':;:;;:"b;;..-=

d~

Sodium Carbonate 7 7 28 7 7 <=365

saturated solution

saturated solution saturated solution

Sodium Chlorate

100 100

28

en

» z

00

Chemical Resistance - Styrene Acrylonitrile Copolymer

-'-

01

Chemical Resistance - Styrene Acrylonitrile Copolymer

(/)

» z

::~.:.

saturated

i'

saturated

Sodium Chloroacetate Sodium Chromate

·.tl'~~~;~~;I';;·,·· ;i;~~#";;0.,.

powder

"

Sodium Dichromate

100 100

Sodium Ferricyanide

100 100

Sodium Fluoride

100 100 powder

Sodium Hydrosulfite Sodium Hydroxide

10 10

Sodium Hypochlorite

12% chlorine 15% CI

@

12% chlorine 15% CI

S' Sodium Metabisulfite

CIl

t:l ~

CIl

tEo ;:l

t""

0: .,

.,i=l

<.c:

Sodium Nitrate

100 100

BASF Luran 368 R

<=365 <=365

BASF Luran 368 R

~. ·l;r{~¢.;·;,1\i!,

28 28

Dow Tyril; to ASTM 0543-84

r;it~~;;';;:t

28 28

i.i/?/23'>< ',c;

II

~i~)~'l~§~~;~t~ I~;',l~'lj~~!!:~[il [;!~tlfi;l,i!{~i!~

!r~~lll.r;!~l

saturated

BASF Luran 368 R Monsanto Lustran; 50.8 mm diam, disc

Dow Tyril; to ASTM 0543·84

saturated

saturated

28 28 <=365 7 7 7 7 <=365 28 28

. ······w..· '-'."".',"'.

Sodium Hydrogen Carbonate

0'

~

0>

."{;

'~"

CD

28 28 <=365 7 7 <=365

BASF Luran 368 R Monsanto Lustran; 50,8 mm diam. disc BASF Luran 368 R

<=365 <=365 <=365 <=365 28 28 <=365 7 7 28 7 7 <=365 28

Dow Tyril; to ASTM 0543-84 BASF Luran 368 R Monsanto Lustran; 50,8 mm diam, disc Dow Tyril; to ASTM 0543·84 Monsanto Lustran; 50.8 mm diam. disc BASF Luran 368 R Dow Tyril; to ASTM 0543-84

I

<=365 7 28 7 <=365 28

BASF Luran 368 R Monsanto Lustran; 50.8 mm diam, disc Dow Tyril; to ASTM 0543·84 Monsanto Lustran; 50.8 mm diam. disc BASF Luran 368 R Dow Tyril; to ASTM 0543·84

<=365 <=365

BASF Luran 368 R

I

28 28

Dow Tyril; to ASTM 0543-84

<=365 7 7 <=365

BASF Luran 368 R Monsanto Lustran; 50,8 mm diam, disc

l~.~;~~~,t~'fiil!·

)(%1$08(1

BASF Luran 368 R

@ 'tl

S"

~ ;:;. CJ>

tl

(1)

CJ>

BASF luran 368 R

lEi' ;:l

t""

..,0: ..,p

Is...,m P...." ..

u:

powder saturated powder

Monsanto lustran; 50.8 mm diam. disc Dow Tyril; to ASTM 0543-84 Monsanto lustran; 50.8 mm diam. disc BASF luran 368 R Dow Tyril; to ASTM 0543-84

saturated

Sodium Phosphate

100 100

Sodium Phosphate (sec-) Sodium Salicylate

BASF luran 368 R powder

Sodium Silicate

100 100 BASF luran 368 R

Sodium Sulfate Monsanto lustran; 50.8 mm diam. disc Dow Tyril; to ASTM 0543-84 Monsanto lustran; 50.8 mm diam. disc BASF luran 368 R Dow Tyril; to ASTM 0543-84

saturated

saturated

Sodium Sulfide

100 100 BASF luran 368 R

Sodium Sulfite

100 100

Dow Tyril; to ASTM 0543-84 BASF luran 368 R Monsanto lustran; 50.8 mm diam. disc BASF luran 368 R

Sodium Tetraborate

powder, Borax

Sodium Thiosulfate

100 100 100 100

Dow Tyril; to ASTM 0543-84

saturated

BASF luran 368 R Monsanto lustran; 50.8 mm diam. disc

Skelly solvent

Monsanto lustran; 50.8 mm diam. disc

BASF luran 368 R

Solvents Sorbitol Soybean Oil

100 100 100 100

en

» z

Dow Tyril; to ASTM 0543-84

<Xl

Chemical Resistance - Styrene Acrylonitrile Copolymer

-'

'-J

en

»;.,

. '::~'

R.~9li~W Soybean Oil

'.Tline

Reagent Note

"?

L~:' : .:' ~~

,. (dayt)

""..:i:' ..

'o;:

soya oil

spearmint oil

;:':

Load

"POI.

RaUQ9

100 100

Sperm Oil

100 100

Spruce Oil

100 100 100 100

Stannic Chloride

100

Stearic Acid

<=365

BASF Luran 368 R

28 28 7 28 28

Dow Tyril; to ASTM 0543-84

...,.;J'q!m~~mn.. .,o'exceiierifN51Siiince

,~,,~.

28 7 7

"

Strawberry Syrup Strontium Bromide

Strontium Salicylate

,,~

BASF Luran 368 R Monsanto Lustran; 50,8 mm diam, disc Dow Tyril; 10 ASTM 0543-84 Monsanto Lustran; 50.8 mm diam, disc BASF Luran 368 R Dow Tyril; to ASTM 0543-84

Dow Tyril; to ASTM 0543·84

<=365 <=365

BASF Luran 368 R

28 28

Dow Tyrll; to ASTM 0543·84

<=365 <=365

BASF Luran 368 R

100 100

28 28

Dow Tyril; to ASTM 0543·84

30 30

<=365 <=365

BASF Luran 368 R

saturated

solution

Sulfur '1:l

Sulfur Chloride

~

Sulfur Dioxide

<=365 <=365

l:i CIl

~

CIl

<E' ;:s

t""

.,c;:p ., Il::

Sulfur Hexafluoride Sulfur Trioxide

Monsanto Lustran; 50.8 mm diam, disc

28 28

100 100

Strychnine

Sugars

;~~~. j~i>~~

7

fountain syrup

Sucrose

BASF Luran 368 R Dow Tyril; to ASTM 0543-84

~~-: ";"

7

crystals

r~i~!~tor monttis sere!li~ltack:~of! in few hrs. :.::;.. :.;:;: :<:.:

<=365 white spirits

Dow Tyril; to ASTM 0543·84

; ., ·
28 ·";t

Monsanto Lustran; 50.8 mm diam, disc

:. ::~.'...,.'~:~::~;~~:~:;~

<=365 7 crystals

Stoddard Solvents

Retained"

BASF Luran 368 R Monsanto Lustran; 50.8 mm diam. disc

28 28 28 28 28 28

100

Stannous Chloride

M~ierlarNote,

]% TenSllil.' Stre"gtfi

'1

<=365

;::;.

00

00

<=365 7 7

soya oil

Spearmint

@

--

Chemical Resistance - Styrene Acrylonitrile Copolymer

» z

dry moist dry moist

100 100 100 100 100 100 100 100

28 28 28 28 28 28

Dow Tyrit; to ASTM 0543·84

'-.;; .~.

<=365

BASF Luran 368 R

28 28

Dow Tyril; to ASTM 0543·84

@

'1:l

po

RlIageri\·

~ C:;'

s.::

til

Sulfuric Acid

tl

:\:j.i<~M· ..

.c ~ _ _v

1"R,a~'e'1fN0te.,l

til

10 10 10 10 10 10

<.6' ;:l

t""'

..,0: P ..,
battery acid

Sulfuric Acid

mixture with chromic acid

toad,,'

("" 1-6 1-6

~

'PDL,tX• Te"lilleStreri~thll"

.".

pone.

30 30 38 38 40 40 50 50 98 98 100 100

concentrated

28 28 <=365 7 7 28 <=365 28 28 28 <=365 <=365 28 28 <=365 <=365 28 28 28 28 <=365

, . ",~atl!lg ..~. "

0.25%

Retall\e~ .., ......,

9 9

9 6 7 9

Dow Tyril; to ASTM 0543-84

80.9 87.7

9 7. 9 9 '9

7 9 9 9 7

2 itt

7

concentrated mixture with chromic acid

7 7 7 <=365

concentrated

Sulfurous Acid

28 28

Sulfuryl Chloride

100 100

BASF Luran 368 R LNP; 30% gUiL Dow Tyril; to ASTM 0543·84 BASF Luran 368 R Dow Tyril; to ASTM 0543·84

BASF Luran 368 R Dow Tyril; to ASTM 0543·84 BASF Luran 368 R Dow Tyril; to ASTM 0543·84

BASF Luran 368 R Monsanto Lustran; 50.8 mm diam. disc

BASF Luran 368 R Dow Tyril; to ASTM 0543·84

28 28

Sodium Phosphate (sec-)

<=365 <=365

BASF Luran 368 R

Sodium Phosphate (tert-)

<=365 <=365

BASF Luran 368 R

7 28 7 28 28 28 <=365

Monsanto Lustran; 50.8 mm diam. disc Dow Tyril; to ASTM 0543·84 Monsanto Lustran; 50.8 mm diam. disc Dow Tyril; to ASTM 0543·84

Tannic Acid

1 1 1 1 20 20 saturated

7

saturated

28 7 <=365 28

powder

<=365 7 28

Tartaric Acid

7

en

» z

Material N'ote

Chemical Resistance - Styrene Acrylonitrile Copolymer

BASF Luran 368 R Monsanto Lustran; 50.8 mm diam. disc Dow Tyril; to ASTM 0543·84 Monsanto Lustran; 50.8 mm diam. disc BASF Luran 368 R Dow Tyril; to ASTM 0543·84 BASF Luran 368 R Monsanto Lustran; 50.8 mm diam. disc Dow Tyril; to ASTM 0543-84 Monsanto Lustran; 50.8 mm diam. disc

co ..... <0

» z

~1~f:{~t~~jJ~~fr1:~~

powder

Tea

28 <=365

moist leaves

<=365 7

moist leaves powder instant moist leaves

"

Tetrachloroethane

100 100

I

;~~~t~'~~~!t~: .-.

Tetrachloroethylene

<.-.- ••

:::m~jW~:9.tml?:::

;:}~~~:'il'll'r~~;I

. .:::!~~~f~~::::::

!l~~~i~~;l~Jl··~•

!" ·<}~?t·t

'~~!i~~f~lJill~II{(rj~~,~'I{t~';~.[~ '~iljfil~~j'lJ~~~I~iil~l~llt;~~~.~

28 28

;';;i~;J·:·.~··l011i···

28 28

·/M;·.J.;;·•• ~.•·./· · ·

;
!i;.}M@K%mJ~§l!!~CMm4ii%@/

<=365 7

:~~~ll~i[i~~l!

~r~~fr~:~~·!~~~~lii~I~ll~[:ll~~i~~;lil

28 7 <=365 <=365

28 28 28 <=365 7 <=365 <-365 7 <=365

Tetrachloromethane Tetrachlorophenol (2,3,4,6-)

100 100

Tetrahydrofuran

100 100

;;i.l!.~~t~\~ ~;;\l~~;!:l.!;I;

::]:::::@::::~~~:*:tr~ Ai }~~';;;\t

t""

.,>:l

u:::

Dow Tyril; to ASTM 0543,84 Dow Tyril; to ASTM 0543-84 Dow Tyrit; 10 ASTM 0543-84

Monsanto

~:~t;a~:E~~~

diam. disc

7

;'ii;··;,~··W;;·.}

;;g·An«.iMi,~~r~t~rf\@m>/!>

Monsanlo Lustran; 50.8 mm diam. disc

28 28

ii1

_

"oo·::~~~~i~,: .

(;\t;:o;••e;w

::.tmkdm}f}¥tH:MSQW8_lt+Mt~::::~:N:M?:::f:~

100

Thiophene

.·\:1i'.·~~\~;i!;~:;·

~111:~~t~Th~{l 111;"i.isl!~il;~

Thymol

<=365

<=365 7

28 28 <=365 <=365 <=365 <=365 <=365 <=365

Tin (II) Chloride Tin (IV) Chloride

;:l

0: .,

diam. disc

A!2~!:N,

100 100

Thlonyl Chloride

to-

diam, disc

··.;·;j(?gX.)}··'.

100

~
Monsanto

~:~t;a~:E~~~ ~:~t;a~~~~.~~mR

Tetrahydrofurfuryl Alcohol

<=365

<=365

~

,;;i~~;'f.~~[;;rl:!k;

Monsanto

;;l;;~,i~\;;J,;;!r;;

Thioglycolic Acid

n'
/J;;A9\ln••·.·;,

Tetrahydrofurfurol

Tetralin

~

Ii

<=365 <=365

<=365

>:l

N

o

<=365

instant powder

@

CD

Chemical Resistance - Styrene Acrylonitrile Copolymer

en

"

<=365

"

<=365

solution

<=365

"

<=365

Titanium Tetrachloride 50

<=365 <=365

r%@~::.~MM@#

mMt;F~6~lr~1il{iV!~~AAit,.·!!.tMa

Dow Tyril; to ASTM 0543-84 BASF Luran 368 R

@

~ ~

~

Reag~nt

;::;. en

tl

Reagent Note ~.

Toluene

Timex ,;":(~!r!I ;

CQnc. (%)

.

with 25% mineral oH

en

cEo ;:l

<=365

t-'

7

.,0: ., ~

Material Note

Retained

7 28 28

75

100 100

C1l

'% Tensile Strength'

Load

~.~

.

':s~v~~f:~~J~1·j:~\~;(~~JS~.

8ASF Luran 368 R Monsanto Luslran; 50.8 mm diam. disc BASF Luran 368 R

<=365

Tomato Juice

100 100

It::

:.'f

28 28

Dow TyrH; to ASTM 0543-84

<=365

BASF Luran 368 R Monsanto Lustran; 50.8 mm diam. disc

7 7

Transformer Oils Trichloroacetic Acid

crystals

Trich lorobenzene

<=365 <=365 <=365

BASF Luran 368 R

28 28

Dow Tyril; to ASTM 0543-84

<=365

BASF Luran 368 R Monsanto Lustran; 50.8 mm diam. disc 8ASF Luran 368 R

7

<=365

Trichlorobenzene (1,2,4-) Trichloroethane

Trichloroethylene

100 100 100 100

100 100

28 28

Dow TyrH; to ASTM 0543-84

28 28

<=365 <=365

BASF Luran 368 R

28 28

Dow Tyril; to ASTM 0543·84

<=365

('

7

<=365 <=365 <=365

Trichlorophenol Trichloropheno!12,4,S-)

100 100

Trichopropanolamine Tricresyl Phosphate

Triethanolamine

100 100

100 100

100 100

Dow TyrH; to ASTM 0543-84

7 7

Monsanto Lustran; 50.8 mm diam. disc

28 28

Dow TyrH; to ASTM 0543-84

<=365 <=365

BASF Luran 368 R

28 28

Dow TyrH; to ASTM 0543-84

<=365

BASF Luran 368 R Monsanto Lustran; 50.8 mm diam. disc

<=365

BASF Luran 368 R

28 28

Dow TyrH; to ASTM 0543·84

<=365

BASF Luran 368 R Monsanto Lustran; 50.8 mm diam. disc

7

en

» z

BASF Luran 368 R Monsanto Lustran; 50.8 mm diam. disc BASF Luran 368 R

28 28

7 7

Trlethylene Glycol

" Monsanto Lustran; 50.8 mm diam. disc Dow Tyril; to ASTM 0543-84

Chemical Resistance - Styrene Acrylonitrile Copolymer

CD I\>

......

en

ex>

Chemical Resistance - Styrene Acrylonitrile Copolymer

» z

Rea.gelit

Reagent Note

Temp.

Con~. ("')

('C)

(d~Y$) .

Load

POL Rating

"~es,l~tarice N~te

%Tensile Strength Retained

Material Note

;\

Triethylene Glycol

Monsanto Lustran; 50.8 mm diam. disc 8ASF Luran 368 R

7 ~'

Triethylenetetramine Trifluorotrichloroethane

Time

I\) I\)

<=365

'

Freon/Frigen 113 (TF)

Trigol Acetate Tripropylene Glycol

J::,

28 28

100 100

100 100

Dow Tyril; to ASTM 0543·84

<=365 <=365 <=365 <=365

BASF Luran 368 R

28 28

Dow Tyril; \0 ASTM 0543·84

Trisodium Phosphate powder powder

--

, ...

powder ~:

~O

powder

Turkey Red Oil

100 100

~: 7

9

t:;;'8¥p!'!enftes,lStancei

Dow Tyril; to ASTM 0543·84 Monsanto Lustran; 50.8 mm diam. disc

7

Turpentine

28 28

Dow Tyril; to ASTM 0543·84

<=365 <=365

8ASF Luran 368 R

7 7

Monsanto Lustran; 50.8 mm diam. disc

<=365 <=365 <=365

BASF Luran 368 R

substitute powder

28

100 100 substitute

Tyrosine (dl·)

<=365 28

powder

Undecyl Alcohol

l·undecanol

100 100

@

'"0

po

Urea

~

;:;" V>

~

Urotropin

<6"

Valerian Drops Valine (dl·)

V>

;:l

t

..,0I:l ..,

tt::

100 100

BASF Luran 368 R Dow Tyril; to ASTM 0543·84 BASF Luran 368 R Dow Tyril; to ASTM 0543·84

28 28

Dow Tyril; to ASTM 0543·84

<=365 <=365

BASF Luran 368 R

28 28

Dow Tyril; 10 ASTM 0543·84

<=365 <=365 <=365 <=365 <=365

BASF Luran 368 R

28 28

@

IWIf')

1"\':»fd4(~'2)'((':",,:,· ' I , , ·

J

'/.1'

'1:l

/<" .. H!F:fEW\,: J" \. ",

.'

T.

1':\< ":,,.;., \::fLV' '{Ii?

"", ." ii .HIE?YSL

~ ~

n'

~

Ivanilla

~

vanilla extract

100 "100

tEo

'2i':Y;

7

".·a" ,,,,,:i'\,

23\(. •

28

>tiMb'''',,'',

~ Monsanlo Lustran; 50.8 mm diam. disc

.' .,.' ·'·?ifhe$tslat\1

;:l

~

~ ~

Vanilla Syru Vaseline

fountain syrup 100 100

~ ~~=;:~O"

::

',ii :~: <=365

Vinyl Chloride Vlnylidene Chloride Walnut Oil Water

distilled

,;.,,~

100 ,.;Z~'\}) 100,t~~2};<

28 28

: ~~;tt:~#.~;'~

~:

:~~

~';r'i~~;J!l;il

~:

100

iWY23X,,<

28

I

,: ,;itt},

. ·(E,,~cilJle(lIJ~~~e

.;

"'~.l.st~for mo,nlhs

'.!P'

~~'

~

Water C o l o r s ? Q

::~::

r;];~;;;~T'J~:\(\i;~Iij!~~,Y~rs

Whiskey

carnauba wax

~ltit

100,

'00 100 100

j',i

28

~t ~t "23 i" " 52"

28 28

';(;'~,~,;0 <=~65

bourbon

White 011 Wintergreen 011

23

i

Dow Tyril; to ASTM 0543·84

8ASF Luran 368 R Dow Tyril; to ASTM 0543·84

$eVerell.~~k;soil ,nfe" hrs,

\::<:2\/ .ti

~

Waxes

"

~'~;"i ",",::~;~~~:~~~~:.:,,"

<:f"

'" til

""'O""'n'"

i(: ::__,

'

","'M"

:~:'~:F:=:';~ ,;"

. ,~~~~;:."

BASF Lu:an 368 R

l::r:%:.:

,~excellel11 resl51ence

~;~

~ ti~~~':~M" :': ': : : ".'~

" .'5 ..... 'j ,"S,·i),

mOder:.,",~~;!xp.life:wks••lIIthS.

.. '

~

l'i~;:;.,!;\r~;::;~i¥,~~rnt~s . ,. ,.JI.S:};}

20.

<=365 <=365

20,

< = 3 6 5 , , ' ':'~j. ': <=365 i"" ~),.,.,.:

':',~9(i!

,:resislantfor'nars

.

Dow Tyril; to ASTM 0543·84

Dow Tyril; to ASTM 0543·84 "

Monsanlo

~::t~a~~r:~:~mRdiam. disc

BASF Luran 368 R

'

' .",

C/)

» z

'"

Chemical Resistance - Styrene Acrylonitrile Copolymer

l~aN for hours •

00 N

(,.)

00

Chemical Resistance - Styrene Acrylonitrile Copolymer

en

» z

<=365

7 <=365

Xylene (0-)

100

Yeast

lOa lOa 100

Zephiran Chloride

100

;: ' . . 23:.

/j?Jg5i!,! 'J~ 'j~: ";t1;:

.n:<·:l.~;;

100

Zinc Bromide

",:S.2·"•. .' i.' ";;.,2S~

100

.'}

.':

100

:\i~~ 1

28

~;~;;I[~;l~~~~i;

;:Ht:'f:k·, .

,,' '/' ; '", ~sll1Xe~">f

I\,) ~

'~

'}:i <

:.;\;~;:;};;i:~j;i~~i~{~~~i;.i,\ii'1i.%r • • .• ·:~'k·MI!!lfa~k;,*Q!liii,fijw!~is,/ ".::.' .

BASF Luran 368 R Monsanto

~:~t;a~~r~~·~:mR diam. disc

Dow Tyril; to ASTM 0543-84

28 28 28 28 28 28 28 <=365

BASF Luran 368 R

<=365

Zinc Carbonate

100 100

&;}:2S" j;

. ';52'" .

28 28 <=365

7 7 <=365

Zinc Chloride

50

28

50

28

50 deg

Zinc Hydrosulflte

10 10

Zinc Nitrate Zinc Ointment Zinc Oxide

100 100 powder

"

l;~~~l;lf;~;j!i

<=365

7 7 <=365 28

·:.;;·.@.!rimnt

l~t.I··~::~~:·~:fi~~::.~ - - .'"::~~.~~~~~~::~ ig@;;il\gi!iill~ij(i~~J~~®ii·:.;;
Dow Tyrit; 10 ASTM 0543-84

':::;Y:ill··:iV;.··{

"', ;:,n·: ·.'t:r8sl$iarit'lOlVeais)".·;:i';:';:}:•.

8ASF Luran 368 R

:.;;;.:~f}t9,;0i;;·.;

W;.;rll.. ··;.\t

jil'I~ l l~i~i~lf ~f~~i~I(;~;,;

28

j;:i)~~;i,l~;'l

<=365

~;;~··;~!~ij;

<=365

~'j\{ii~i~i~j ~:;!*~J11";.'·

t~t.~~~

<=365 <=365 28

Dow Tyril; 10 ASTM 0543-84

· · ·

28 <=365

BASF Luran 368 R

7 7

Monsanto Lustran; 50.8 mm diam. disc

<=365

Zinc 28

@

.

'tl

powder

S" ~

ri' VI

tl

100 100

VI

;:l

t:CT .., ..,~ It::

8ASF Luran 368 R

7 7

Monsanto Lustran; 50.8 mm diam. disc

<=365

Zinc Sulfate

Cl>

tEo

<=365

.

saturated

28

,;y

;.i{; ll?;6

.; ·····{}j!~l~tMtl~n;~i~g

t: (WLtn::~£r;~

Yki?WW,!#~!Wli~~I~AAAAl(£ii

8ASF Luran 368 R Dow Tyril; to ASTM 0543·84

28 <=365

BASF Luran 368 R

7 7

Monsanto Lustran; 50.8 mm diam. disc

<=365

···::··,···::·\\9\}:{····.

:··;···;::r.sl$laiifloiWeaiii'·.l?c'r

BASF Luran 368 R

@

,%q"a~[~J%Rlltalned

'p"o

Cone.

~

~

Acetic Acid

5 5

f/)

cEo ;:l

t

.,0P .,

It:::

Resistance

PDL Rating

Note",·

(%)

o· f/)

'.~.'

concentrated

10 10 concentrated

Aniline Benzene Carbon Tetrachloride Chromic Acid Citric Acid

Diethyl Ether Dimethylformamlde Ethyl Acetate Ethyl Alcohol

50 50 concentrated

13

68

10

100 100

7

74

a a

100 100

31

2

1 1 2

89 94 69

::,~1:,2 :;~.

10 10

3 3 28

78

3

a

100 110

1 2 3

a a

a 35 373

Isooctane Kerosine Methyl Alcohol Minerai Oils Nitric Acid

10 10 40 concentrated

.:<::;. :.:.::::::::~/

Phillips K Resin KR03; blend wi >40% food grade PS Phillips K Resin KR03; immediate ~se containers Phillips K Resin KR03; blend wi >40% food grade PS Phillips K Resin KR03; storage containers Phillips K Resin KR03; blend wi >40% lood grade PS Phillips K Resin KR03; immediate use containers Phillips K Resin KR03; blend wi >40% food grade PS Phillips K Resin KR03; storage containers

n-Heptane

Hydrogen Peroxide

;, .. :~';. ::~

Phillips K Resin KR03; 0.64 mm thick Ph~lips K Resin KR03; 0.64 mm Ihick Phillips K Resin KR03; 0.64 mm Ihick

. ; •. , :,.!l!".!_,sOft;tJ ,,/lO'cl)an;, ill appearaJ\~ii

> 5 wt.% fat

concentrated

Non Fatty Foods

92

110 100

a

Cottonseed 011 Detergents

Heptane Hydrochloric Acid

2

a 11

~Io~d.d

94 100 15

64

Acetone Ammonium Hydroxide

Ethylene Dichloride Fatty Foods

';N~::;';'

2 3 29

Phillips K Resin KR03; 0.64 mm thick

93

100 100 100 100 17

a

80

16

75

2 2 4 170

100 100

96

foods wi < 5 wt% fat

Phillips K Resin KR03; blend wi >40% food grade PS Phillips K Resin KR03; immediate use conteiners

CJ)

-< ~

OJ

?-

Chemical Resistance - Styrene Butadiene Copolymer

co I\:) 01

en

00 N

Chemical Resistance - Styrene Butadiene Copolymer

~

C>

CD

~~fi~~~tf~~~,:::j~~~

?-

Phillips K Resin KR03; blend wi >40% food grade PS Phillips K Resin KR03; storage containers Phillips K Resin KR03; blend wi >40% food grade PS Phillips K Resin KR03; immediate use containers Phillips K Resin KR03; blend wi >40% food grade PS Phillips K Resin KR03; storage containers

Oleic Acid Olive Oil Soap

23 12

42

solutions

8

"

1

44

100 100 100 100 100 110 100 110 100 100 100 110 107 100 100 100 105 100 129

230

o

o

100 110

Sodium Carbonate

2 2 20 20 10 10

Sodium Chloride Sodium Hydroxide

P ~

n'

1?'" '" <E' ;:l

t"-

o:.., ..,

p <.t::

.., 1 10 10 60

o

3 3 30 concentrated

@ "0

1

3 2

o 3 2

o

Sulfuric Acid

Toluene Transformer Oils Turpentine Water

6

o o

-

Sodium Hypochlorite

4

o

1

o 2

o

Phillips K Resin KR03; 0.64 mm thick

58

~p~~~1~t::~~~~~t~~

@

'1:l

P ~

r;'

'~" '" lEi'

R~~!f~t. ;".

::;;.~;;:.;.;,:::

Reagent Note

:.:.;.,-...;".;.

Acetic Acid

50 50 50 50 50 50

;::l

t

... ...<.c:::

0$:l

1%

Cone, I"')

Acetone

'PDL, T,e,,nS"I,',e S,t, re,n, 9th' Rilti~g ..,~e,tal~e,d, ' ,',l

i2

5 5 5 5 5 5

13.8 MPa 13.8 MPa 27.6 MPa

~\

5 5

;'3"

22 22

5

13.8 MPa 13.8 MPa 27.6 MPa

5 5 5 .007-.014

30%

3

13.8 MPa 13.8 MPa 27.6 MPa

.8

22 /' 22,

"/,~:<",, ~)

22 25 22

5 ml sample; stressed bar

Ammonia

aqueous solution

22 22'

,~~;ti '2,2,

Barbecue Sauce

22

22 22 22

¥

Bleach

,,>22" 22.

Chlorox, hypochlorous acid

5 5 5 5 5

5 5 5 5 5 5

5 5 5

5

~eslstance

Note;

8 8 8 8 ~.

8.,'

'3"'" 3 3' 3 3 8

~

'8 8' . "'8" 13.8 MPa 13.8 MPa 27.6 MPa

8

8 8 8" 8

8

5

5 5

Areo Dylark 700; high impact grade Areo Dylark 250P20; 20% gl.lib; medium heat grade Areo Dylark 132; transparent Areo Dylark 250P20; 20% gl.lib; medium heat grade Areo Dylark 700; high impact grade

13.8 MPa 13.8 MPa 27.6 MPa

Areo Dylark 132; transparent Areo Dylark 700; high impact grade Areo Dylark 250P20; 20% gl.lib; medium heat grade Areo Dylark 132; transparent Areo Dylark 250P20; 20% gl.lib; medium haat grade Areo Dylark 700; high impact grade

13.8 MPa 13.8 MPa 27.6 MPa

Areo Dylark 132; transparent Areo Dylark 700; high impact grade Areo Dylark 250P20; 20% gl.lib; medium heat grade Areo Dylark 132; transparent Areo Dylark 250P20; 20% gl.fib; medium heat grade Areo l)ylark 700; high impact grade

13.8 MPa 13.8 MPa 27.6 MPa

Areo Dylark 132; transparent Areo Dylark 700; high impact grade Areo Dylark 250P20; 20% gl.lib; medium heat grada Areo Dylark 132; transparent

5

5 5

5 5 5 5 5

culling oils

Monsanto Cadon 5

5 5 5

en ~

»

Areo Dylark 132; transparent Areo Dylark 700; high impact grade Areo Dylark 250P20; 20% gl.lib; medium heat grade Areo Dylark 132; transparent Areo Dylark 250P20; 20% gl.lib; medium heat grade Areo Dylark 700; high impact grade

Monsanto Cadon 10 10 10 10 10 10

5

Cutting Fluids Ethyl Acetate

Areo Dylark 132; Iransparent Areo Dylark 700; high impact grade Areo Dylark 250P20; 20% gl.lib; medium heat grade Areo Dylark 132; transparent Areo Dylark 250P20; 20% gl.lib; medium heat grade Areo Dylark 700; high impact grade

13.8 MPa 27.6 MPa

hOi

Melola

Arco Dylark 132; transparent Areo Dylark 700; high impact grade Areo Dylark 250P20; 20% gl.lib; medium heat grade Areo Dylark 132; transparent Areo Dylark 250P20; 20% gl.lib; medium heat grade Areo Dylark 700; high impact grade Areo Dylark 332; ASTM 0790 bars

Areo Dylark 132; transparent

5

Corn Oil

Arco Dylark 132; transparent Aroo DyIar1< 700; high impact grade Aroo Dylar1< 250P20; 20% gUill.; ; medium heal grade Arco Dylark 132; transparent Arco Dylark 250P20; 20% gl.lib; medium heat grade Arco Dylark 700; high impact grade

13.8 MPa

5 5

Caustic Coffee

Material Note

00

Chemical Resistance - Styrene Maleic Anhydride Copolymer

I'\:l

-....j

en :s:::

ex>

Chemical Resistance - Styrene Maleic Anhydride Copolymer

ex> '"

»

.

~,;(;~';i~;:':, Ethyl

Alcohol:::~

5

Gly~1

13.8 MPa

.

27.6 MPa

,,<.l::

Freon Gasoline

;:::;:

Areo

DY':;:o2~~~a~~;7~:~ h~~~i~~;::ti~~a::at

grade

Areo Dylark 132; transparent Areo Dylark 700; high impact grade

i:

."

I

'·S,'.':''':,'

, ' t ' , " , , ? , : . . , ; ; : : : B "h, !.

Areo Dylark 250P20; 20% gLfib; medium heal grade

.. ,

':,:.. ,. ~."

"8' ' : ' . ·..

5

"~;8!

)/,/ "

if:·,

5 5 5

Ethy"..

attacked

13.8 MPa<:~/:'

1.

.'

.: ...:::':/., ",'

Areo Dylark 132; transparent

'0'

Areo Dylark 250P20; 20% gLfib; medium heat grade

f~~iit ::~)~~~[i~~if~~:::: ,(((;\:>;:M~a\lui,,: '·i.,}. "

Monsanto Cadon

."'/''''.'':'''':' ,.,

..,...., ."

13,8 MPa

Areo Dylark 132; transparent

13,8 MPa

Areo Dylark 700; high impact grade

27.6 MPa

Areo Dylark 250P20; 20% gLfib; medium heat grade Areo Dylark 132; transparent Areo Dylark 250P20; 20% gLfib; medium heat grade Areo Dylark 700; high impact grade

30%

Areo Dytark 332; ASTM D790 bars

Hydrochloric

Hypochlorous

Areo Dylark 700; high impact grade Areo Dylark 250P20; 20% gLfib; medium heat grade

@ "

Areo Dytark 132; transparent

" 0 .

Areo Dylark 250P20; 20% gLfib; medium heat grade

~"

;;: Vl

~ ~,

Areo Dylark 700; high impact grade

Kerosine Lemon Oil Linseed Oil Methyl Alcohol

Monsanto Cadon > 10

5 5

13.8 MPa 13,8 MPa

Areo Dylark 132; transparent Areo Dylark 700; high impact grade

t"'

5

27,6 MPa

Areo Oylark 250P20; 20% gLfib; medium heat grade

e;:

5

tg ;:l..,

Methyl Alcohol

~..

5

Areo Dytark 132; transparent .... ,"<

Areo Dylark 250P20; 20% gLfib; medium heat grade

.;:.~

@ ;~:;

."

R~3~g:J.~.~~~~~;I;;?"~:~

P ~

n'CI>

,~~-:-~::- •.;..;.•...;•. ~.:.;~.: ;:;;:;{ :),::: .,:;».;~ :::':\-'-'. ". :.... ••• 7';'; ..1

~

;.:{:;.: -.,.:~' .....'.~;:;.;.

5 .007-.014

5 ml sample; stressed bar

CI>

16'

5 ml sample; stressed bar

t"'

Methyl Ethyl Ketone Methylene Chloride

5 ml sample; stressed bar

t.t::

Motor Oil Motor Oils

;::l

.,0: .,$:l

30% ~;.:.,

3

70

30% 30%

5 5

5

>~~ . . ,

Oleic Acid

13.8 MPa 13.8 MPa 27.6 MPa

5

5 5 5

5 5 5

13.8 MPa 13.8 MPa 27.6 MPa

5 5

Potassium Hydroxide

Sulfuric Acid

5 5 5

30 30 30 30 30 30

13.8 MPa 13.8 MPa 27.6 MPa

5 5 5

concentrated

5 5

5

13.8 MPa 13.8 MPa 27.6 MPa

5 5 5

Toluene 5 ml sample; stressed bar .;::

Transmission Fluid

.~:.:

Trichloroethane

.

Versilube Waxes WD40

::~

0.01 .007-.014 3 5 5 5 5 5 5 5 5 5 5 5 5

30% 13.8 MPa 13.8 MPa 27.6 MPa

13.8 MPa 13.8 MPa 27.6 MPa

»

.•..y .• ;:.;;:•.•.;....•', .•:.,.:

.

Arco Oylark 332; Arco Oylark 332; ASTM 0790 bars Monsanto Cadon Arco Oylark 132; transparent Arco Oylark 700; high impact grade Arco Oylark 250P20; 20% gl.lib; medium heat grade Arco Oylark 132; transparent Arco Oylark 250P20; 20% gl.lib; medium heat grade Arco Oylark 700; high impact grade Arco Oylark 132; transparent Arco Oylark 700; high impact grade Arco Oylark 250P20; 20% gl.lib; medium heat grade Arco Oylark 132; transparent Arco Oylark 250P20; 20% gl.lib; medium heat grade Arco Oylark 700; high impact grade Arco Oylark 132; transparent Arco Oylark 250P20; 20% gl.lib; medium heat grade Arco Oylark 132; transparent Arco Oylark 250P20; 20% gl.lib; medium heat grade Arco Oylark 700; high impact grade Arco Oylark 132; transparent Arco Oylark 250P20; 20% gl.lib; medium heat grade Arco Oylark 132; transparent Arco Oylark 250P20; 20% gl.lib; medium heat grade Arco Oylark 700; high impact grade Monsanto Cadon Arco Oylark 332; ASTM 0790 bars Arco Oylark 332; Arco Oylark 700; high impact grade Arco Oylark 132; transparent Arco Oylark 250P20; 20% gl.lib; medium heat grade Arco Oylark 132; transparent Arco Oylark 250P20; 20% gl.lib; medium heat grade Arco Oylark 700; high impact grade Arco Oylark 132; transparent Arco Oylark 250P20; 20% gl.lib; medium heat grade Arco Oylark 132; transparent Arco Oylark 250P20; 20% gl.lib; medium heat grade Arco Oylark 700; high impact grade Monsanto Cadon

general purpose spray lube

Monsanto Cadon

C/)

~

~"""';'<"'~:;;:'

Arco Oylark 700; high impact grade Arco Oylark 332; ASTM 0790 bars Arco Oylark 332; Arco Oylark 332; ASTM 0790 bars

\. l

30%

. ;;22 22 22

Material Note

00

Chemical Resistance - Styrene Maleic Anhydride Copolymer

l\)

CO

ex>

Chemical Resistance - Chlorinated Polyvinyl Chloride

() ""1J

c.>

o

< ()

Acetic Acid

10 10 20 20 50 50 50 50

0.1

100.2

1.6

97.7

BF Good. TempRite; pipe BF Good. TempRite BF Good. TempRite; pipe

glacial BF Good. TempRite glacial BF Good.

Acetone Acetyl Nitrite Acrylic Acid Ethyl Ester Alum Aluminum Chloride Aluminum Fluoride Aluminum Hydroxide saturated

Aluminum Potassium Sulfate Aluminum Sulfate

'1:l

p

'" r;' 't"l '" <E' t

ll::

0.3

102.5

/Y:/:::"

',~:{"

.;\~.~:;};. :::~·1~ '.','

:~;-~:;.':':'.

s;ijj,~;;!,r~~p~~t,~:IO:~·~t'j.f~~··!)·

',.; /~iri;f:{;!j;;;;

BF Good. TempRite; pipe BF Good. TempRite

"

90

.,.. . ;··...........·9· . '"'' i/;

0.3

98.7

}t:(w:':~~; ",,(~~:J{/ ;;:;::J:~:i\ :~,:::,;<:~f.'.r:,.;:::::>: ;:;'.....:

BF Good. TempRite; pipe

i;~ ;;~i;t<

90

l ?!~\;.....;t

0.3

99.1

;!'0iili;i;,;;rr;~~~~'~l0jj};:;i·;,.i

BF Good. TempRite BF Good. TempRite; pipe

saturated

0.1

96.8

saturated

2.4

97.9

BF Good. TempRite; pipe BF Good. TempRite BF Good. TempRite; pipe

saturated

0.3

99.9

BF Good. TempRite BF Good. TempRite; pipe

Ammonium Bifluoride

BF Good. TempRite

Ammonium Carbonate saturated solution

;:l

..,0..,>l

,tW .. ·sWAY/i{

Ammonium Benzoate

N-

(1)

90

.\...........223 \ ••.,.

saturated solution saturated

@

i,t4f\\"

;ii;i~~~:~~,~l~'j~'

Aluminum Nitrate

Ammonium Chloride

90

0.3

100.2

8F Good. TempRite; pipe BF Good. TempRite

@

% Change % Retalne~

"tl

po ~

R.e~,9'ent

Reagent Note

ri' CIl

saturated

;:l

saturated

<6'

..,OP ..,

I

Ammonium Citrate

?6' CIl

t-

I

Cone. (%1

I

saturated

Ammonium Hydroxide

(~~)

23

I

",J'23/

Ammonium Dichromate 28

It:

Temp.

~~;:

('82:(> '\ 23' .

23',·, '~.' 23

Time (dlyt)

I ;:{"

90 90 90 90

.J

.'

POL Rating

WeIght

Tentlle Strength

0.2

96.4

1.5

100.3

R.sillt~nce Note

Z;~~::,

"~

8,. 9.

8· 8 " 9 5

, o

~

Material Note

.. ~

",

BF Good. TempRile BF Good. TempRite; pipe BF Good. TampRite BF Good. TempRite; pipe

,

!&e'om~ndadfor ~e

0.3 4

BF Good. TempRile BF Good. TempRite; pipe

100.4

~:t:(eJ~n\~~dad for use "}.

89.6

;.;/

Ammonium Metaphosphate

BF Good. TempRite

'.

Ammonium Nitrate Ammonium Oxylate

saturated solution

0.1

98.7

saturated

0.3 1.6

97.8 101.2

Ammonium Persulfate Ammonium Phosphate saturated

0.2

8F Good. TempRite; pipe BF Good. TempRite ,. i"

'.'

BF Good. TempRite; pipe

t·:);;)"

,< l.eO.~~~d:tOI ~s.

10 0 . 2 , ! i l

1

",;

BF Good. TempRite

J;i:'::;;;;:",,; ".'

BF Good.

'.
saturated

6

93.4

J

saturated

0.2

99.2

,.,S;

••"',,

Ammonium Sulfamate

T~~PRita; pipe

BF Good. TempRile BF Good. TempRite; pipe

wn,:,;'".

:1

BF Good. TempRite BF Good. TempRite; pipe BF Good. TempRite

... ·,·::.~,··:,··:;t·:<:·::~¥\::;. :::{"\~~}::::y:::::<

Ammonium Sulfate saturated solution

0.1

9 9 . 6 " .'

.'//./"

iii>.:. }}) c'

:"':W:~

;.'.'

.

" BF Good. TempRite; pipe BF Good. TempRite

Ammonium Tartrate saturated

0.2

96.8

saturated

2

saturated

0.1

101.2

saturated

0.9

99.3

i

"',;;;:r;;i~');[,B;:'::"'

10 0 . 3 B } @ / P : t / :

Ammonium Thiocyanate

'"

"ik ::':.dIH'Hf''} ':'

Amyl Acetate

Y

<".

BF Good. Te:PRite; pipe

d'/

BF Good. TempRite BF Good. TempRite; pipe

:1".•.:.,

BF Good. TempRite BF Good. TempRile; pipe BF Good. TempRite BF Good. TempRite; pipe BF Good. TempRite

Aniline Aromatic Hydrocarbons

BF Good. TampRile

Barium Carbonate Barium Barium Barium Barium

o ""tJ o<

Chloride Nitrate Oxide Sulfate

saturated

0.3

98.2

BF Good. TempRite; pipe BF Good. TampRite

CD

Chemical Resistance - Chlorinated Polyvinyl Chloride

'"......

ex>

Chemical Resistance - Chlorinated Polyvinyl Chloride

() "1J

(J.)

N

<

()

Benzene Benzoic Acid

.,..

iii .

kL~""

Bleach

household,;,

;~;V}W

~;lfii,~" \> iYiJI!

\;

0.3

,,,. 102.2

_iii,

l~i;,,~~ ;J~;&f~:-:~r~~ ;1;!;;;1',,;\

,,:oo::::::~":,.. BF B:o~:.O~~:;~~:;it:iPe BF Good. TempRite

Borax Boric Acid seturated

..., .•"".,

. • ,."....•• 0.3

99.9

16.5

14

r\Vi:/%AtYiJ2·'> . •;U··'.}W.:· . . ,..

BF Good. TempRite; pipe BF Good. TempRite

Butyl Acetate Butyl Alcohol

butanol

"

Butyl Cellosolve

~%hAtT68J@dk~

t~,:,.

j'i\i:{:~3+'1

y . ' 2'

",.

;:~~(:~

~~

,

~~} :';~yf:~~o(~qirib;'.ndid)or-us.'jT0W ,:~

i'i;.ifiji~;;{[:;,:~~;rl~ii%;0;;:;"i;:

;;0',;::; ::,1

BF ~o~:.o~~:;~~::t:iPe BF Good. TempRite

Butyric ACidi;j;);\~~:;'''W;

: : : :: : :.

:::

Cadmium Sulfate

saturated

t;i;;:ij~~:.:rr:;;;;

Calcium Acetate

saturated

:;',::;i;~~:'::'i

i<';i;;::;;;';::'~";::'i

r= : ~.; "'l:;:: 90,""

90

\'

"t;,)

'9

~,'

i"

if;;;'~lit~M;~~!;1i::;'~;;;;;~,;~

:::

:.;

0.3

99.2

if:

0.2

100.3

~=~

C;;;;;:;~f;:~~,~;r'~~~l~~;;:':;;S;<

;,

:".;,;::::!:::::~~.,

: ~g~~;~~:

B/:O~:.o~~:;~~:;it:iPe

BF

~o~~.::~~:~~:;::~iPe

Calcium Bisulfide Calcium Bisulfite Calcium Carbonate @

~

~

~

Calcium Chlorate

r

:~:~

Cium Chloride

98

4

\~h@ir~m~~~::::;:~';i:.~:!:":';

00

4 10 ;9

0.3

101.2:6""idMMb

BFB:o::O:e:::::;it:iPe

CIl

tEo

~

..,0..,i=l

u::

Icalcium Hydroxide saturated solution

iIt~~@fi

90

;f ".;'{~'.

\

sur.';;.

..;

BF Good. TempRite; pipe

©

.........,., T·····

I···---·---·~-····~·'·"'~'"'·'·'··'··'''··

'1:l

po

~

IReagent

r:;' en

tJ

"1'0'.

ICalcium Hypochlorite

en

I

Cone. .« ('-)

I

..." "'.

,1

saturated solution

C\)

lEi'

Reagent Note

ICalcium Nitrate

;:l

t-'

0: ... >:l

... It:

Calcium Nitrite Calcium Sulfate

saturated

Temp.

(;~){

j

I

,.23 ~3>,

I i

I , ,

90

. . ""'::.?'

.Carbon Disulfide

Time (dlYs) 90

,,82)' 23., ......

...---;0:-,-",

I

23.,..,.

66}'

Carbon Tetrachloride

s

Carbonic Acid Castor Oil

23',

8 4 I

8?ySi i

90

8 8 2 2

i

!

Chloroacetic Acid

~~. 66

Chlorobenzene

23 . .. ',:" 82 ..

'1

•.-

~.

Chloroform Chromic Acid

;i3. " 82'., 'i, v ·23 .

50

Citric Acid

10 10 10 10

23"'"

,

23 23'·,·

I

!

~2

i

90

90

23

!l~

"23'

Cresol

L

90

23· 23 82

Corn Oil

Cupric Fluoride Cupric Sulfate

8~;

?3 23

saturated

Crude Oils

90

8~

Copper Carbonate Copper Chloride Copper Sulfate

sour crude

ag ,.-

,

8 9 8 8 9 8 7 8 '8 8 9 8 4 4 2 2

..82' ,.'" "",<'23"'"

'8..~:

100.1

lor use

Material Note SF Good. TempRite SF Good. TempRite; pipe SF Good. TempRile SF Good. TempRite; pipe

I

tecomme.nd.•~ for use

,:

SF Good. TempRite

not recommended fO! ·use •laIr reslstence '<

n91,"AAAAlm!M~IiJ9!"~.S. l&eoiiiiiiend8dlor use'

,

SF Good. TempRite

··~~BdWii~lilgijSjfW~

o

P~~Slble slt~ crack agent

99.1

~!I.mi!,~I,i~~,Ng~~~iie$$

,

SF Good. TempRite; pipe SF Good. TempRite

not recommeri!le.d l~r. use jiiiiOmiiiendid~r

! j

use',

good 11$i$\ln~~ nol lecommenged 'Ior use

·

SF Good. TempRite

···riWijimenlMrloFi;.,··

gOO(tf8$~t~nce'/

1'econim'ended IQ'1 use 0.1

8

.{:23'·

8 8

SF Good. TempRite SF Good. TempRile; pipe SF Good. TempRite

100.1 r4!C9mmen~edlQI

use

';:: u··

0,3

101.2

SF Good. TempRite; pipe SF Good. TempRite SF Good. TempRile; pipe

reeo1)1n;ended I~r use 1.6

'j:;:

99.3

u$.e ,

0.3

·

100.1

recommended,lor us~ suspecf w~h high slress.

SF Good. TempRite

SF Good. TempRile; pipe SF Good. TempRite

not leco!"mendedfor us~ ~"-'"

.- ':"

':fiWmmenitiiFI9f~?

8

'Yf.:~T} .~",.

0.1

8

,g~

I

...

101.9

..,

:66 saturated

8 7 2 ;2 2

'~

~

.

'~':

Chromium Nitrate

':

4

"821}i 23 82

Resistance Note

t.commllrid.Ci lor"use . . :} .. '" .' . ::::~::: . ":;:::~:: :.;"

!l

/. :~"~~ns<:'

Chlorinated Solvents

T.nsll. $1rength

r.commend~d

0.3

'8 8 9 8 8 '2 2 4 '
23

W.lght

8 9

66, 23/ .23',

Caustic Potash

POL Rating

.

.;.':

Ir~nge 1% ~~talnedl

·· •

:~:

~:

...

()

-c

<

()

ex>

Chemical Resistance - Chlorinated Polyvinyl Chloride

w

w

00

Chemical Resistance - Chlorinated Polyvinyl Chloride

o -0 <

"" ~

o

Cyclohexanone Cyclohexyl Alcohol Dextrin Dextrose Dibutyl Ethyl Phthalate Dibutyl Phthalate Dichlorobenzene Disodium Phosphate Esters Ethers Ethyl Acetate Ethyl Acrylate Ethyl Alcohol

Ethyl Chloride

~[~;~I~i\li J~'!.~• '; @ii)i••

k~,~H.··· ·.&··.

90

?~,,]j~~li!!i~~J~~~ii]li~~~~

0

98.3

Ai.A@~;iM@Mi;

~}~i~~!~J~!;~~!l!l~~!f!!l:!:~;~i),

BF Good. TempAite; pipe BF Good. TempAile

Ethyl Ether Ethylene Bromide

WillgM!g~@W.·i]

.:~E~:~T~mF:::f:~?i%:Wn&K}

:kM1W~i&?f@~;~t}~:::~ :~~:% ::::~:::k:J@nt%f::}{:m[::

BF Good. TempAite

Ethylene Dichloride @

Ethylene Glycol

~

0

100

0.3

100.9

$:l

~

0'

Ferric Chloride

'0" '" IFerric Hydroxide <E' ::l C1>

t""

0: ..., $:l

...,

u::

IFerric Sulfate

11~'~lr~;~tiiiillfiifI111~l~~~!

?Ti'ln\l!¢iMi#M!ctl
BF Good. TempAile; pipe BF Good. TempAile BF Good. TempAile; pipe BF Good. TempAite

@

'i:l

~ ~

n'Vl ~ Vl to· ;:l

t

c:r .., p

..,

It::

4f;

}.p~;.,

.~/

..•....

'":,..I

. ;.-

Reagent Note :;,(

..,'

.,.~

.., ..

CQnc.

Time

%Re~II\~~;1

W.lgh!

T.nsl!.

" POL Rating

".1., ..·(.~L.,. JdfY~)

Ferrous Chloride

:""Change

.~.;~

.

·'1······..·

.~

Material Note

$tringlh

"

:-

Fluoboric Acid

.~,.,

,

. ,,~;:

. i,go09 ,\e~~!~rf!

. ,7."

37 37

Fructose Gasoline

1

23

4

66

,2

>:;. 90 90

Glucose Glycerin

8 8 9 8 9"

90

82 ~2 \23 .

Green Liquor

90

,82 . 82~

Heptane

23 23 "66 10 10 18 18 18 18 37 37

Hydrochloric Acid

l

!

90 90 ,',

q\

7 8

~

'I; ~{,

.

101

;;t/ .-

r

.~~.

regoTn)~nded fO! usi' j;/:

BF Good. TempRite BF Good. TempRite; pipe BF Good. TempRite BF Good. TempRite; pipe

gOodreSi$tance

7

'~.

...

7 4

:

lail resis1anC8

.

4 2

8 9

0.3

101.5

·8,.

::/

...?01.(ecgmm£WM1Rt~~' "'Yecoiiii1i'8rili8lfforuse"" . .~\~;. :::.;.;~k(

BF Good. TempRile BF Good. TempRile; pipe

;' recoinmendidfor lise .

BF Good. TempRi!e

$usPecl"willl hlg~ 'Slress

BF Good. TempRile BF Good. TempRite; pipe BF Good. TempRile

t~{::~:;~;?i ,;~.y~I: ::·~::::/:t~:?>·

!

8 7

Hypochlorous Acid isopropanol

4

90

8 4

0

98.9

PO$$ibl'~~~iia';k ageO! s~~c(!ithioigh sllns

o

."

o<

8F Good. TempRi!e BF Good. TempRi!e; pipe

. fair tt$i$lBJlCe te~,'1'm,lYldedfo\use ." good .resistance re~om'j;;er;ded fo;'use .

7

e

8F Good. TempRite BF Good. TempRi!e; pipe

;~~

100.6

100.7

90

BF Good. TempRite; pipe BF Good. TempRite BF Good. TempRile; pipe

N"

recommended' foni$9

1.3

~

;v~~

f&Co!"m!~~ed!9t use

8 8

Hydrogen Sulfide

Isopropyl Alcohol

99.1

90

66 30 30

recommen.d8d'lor use

99.4

23,·,,,

Hydrogen Peroxide

8F Good. TempRite

100.9

0

.. ,.6tH

Hydrofluoric Acid

!

{,commended IOr.US8

~

23'

Hydrocyanic Acid

BF Good. TempRite; pipe

!

90

230

BF Good. TempRite

II',':;'

65.B 46.9

4

8

;-

·i'eeomnKiiiijdlQius.

8 8 7 8 9

23-

laff.reslstance

not teeonimerilled 'fOI us.

;'" 5 ·2 2

~:j

23 t .

i'

2 2 6

... 23'"

"

I..·.,. ,.M!~[mm~~~4;i~t9M

8'

23 ".,•.

leaded unleaded leaded unleaded leaded unleaded

:::

.~Ol r~9m""l'de~.for U$~

2,

Formaldehyde

..-":

BF Good. TempRite

B.;;. "" ·8 \'(?8}

Ferrous Nitrate Ferrous Sulfate

"O"""7"'j'P

CD

Chemical Resistance - Chlorinated Polyvinyl Chloride

(J.)

01

co

Chemical Resistance - Chlorinated Polyvinyl Chloride

()

'" 0>

"U

< ()

",\:::-=';0;;<;<'--'-

I

,~ea9~,~t-

POL Rating

fleagent Note

Kerosine

% Change

I~R!~i'J'!!~1

Weight

renalle Strength

o

98.7

Fiesi~i~nce ~,ote r.c~;;'iilendadi~ruse

Ketones

Vaterl.al Note SF Good. TempRite SF Good. TempRite; pipe SF Good. TempRite

Lactic Acid

25 25 25 80 80

23

' '8~ ~:

. 2~\ ,23.

90

;'i l

>.

I"

:~;.

90

9 8 ·8 "g'

0.2

101.2

. r~J~";;";~ded lor U$e

!.;;

0

102

SF Good. TempRite; pipe SF Good. rempRite SF Good. TempRite; pipe

Lead Acetate

SF Good. TempRite

Lead Chloride Lead Nitrate Lead Sulfate Linseed Oil ~'::o

Lithium Sulfate Lubricating Oils

'!e.:ogl.men>~ lor.~e

0.2

100.2

SF Good. TempRite; pipe SF Good. TempRite

0 0 0

100.5 100.2 100.2

SF Good. TempRile; pipe

saturated

0.3

102.2

saturated

0.1

100.2

0.3

100.9

::'~-::";' ·~.;;<.:r ~W{+:(#~

0.3

101.5

.:~;:::

0.2

101.7

saturated ASTM ASTM ASTM ASTM ASTM ASTM

Oil Oil Oil Oil Oil Oil

NO.1 NO.2 NO.3 NO.1 NO.2 NO.3

Magnesium Carbonate

SF Good. TempRile SF Good. TempRite; pipe SF Good. TempRite

Magnesium Chloride SF Good. TempRite; pipe SF Good. TempRite

Magnesium Citrate Magnesium Hydroxide salurated

@

~

o'en ~

en

saturated solution

t'"'

0: ..,

..,

p

It:

90

1',,'.:

\('1\23\8.

~

90

•• > ••••• ~ ••.

,••·.9

'(91('0"

:,:":

}(\tA

~-:

(:t:

SF Good. TempRite; pipe SF Good. TempRite SF Good. TempRile; pipe SF

Maleic Acid Manganese Sulfate

to' ;:l

~

Magnesium Sulfate

'il

S"

• • . ··\'··<'23

Mercuric Chloride Mercuric Cyanide

SF Good. TempRite; pipe SF Good. TempRite

,.. -

@

,:

..

.

,

%Change.

't:l

po ~

I~~agent

'"t l

Mercuric Sulfate

\fi'

'"

Mercury

t

Methyl Alcohol

r;'

::::

...

~

Reagent Not,

Cone. I")

~

Time

Temp. ('c), "

POL Rating

I'" Retained

I

Re~;staoce

Weight

.(lJiI!L

.Not,

Material Note

.,i8iommepil~d for use

BF Good. TempRite

~::

C1>

;:l

, ,

0-

P

pure

0.6

92.2

BF Good. TempRite; pipe

<.c::

BF Good. TempRite

Methyl Cellosolve Methyl Chloride Methyl Ethyl Ketone Methyl Isobutyl Ketone Methylene Chloride Mineral Oils 0 0

Nickel Chloride

':;:;N!f .,'

Nickel Sulfate Nitric Acid

""",,, . ,2,:3 10 20 30 50 50 50 50

8

90

J.:.:.... :'::;,:

{

9'\ 2"

i

..

::-:~~:: ::,,:~::::::i(::'~:"

l'"

)r;~' ):~ /:~~:/~.;.:;:~

~~~;+:\:

i

0.1

98.1

1.2

76.9

<::):tf?::.~

90

5

8F Good. TempRite; pipe 8F Good. TempRite 8F Good. TempRite; pipe

•.. -.

.,

::.:

8F Good. TempRi!e

"

"

~

~;

::;::

Nitrobenzene Octyl Alcohol

98.8

8'"

f:

.. :~ ?){:HX:"-'

100.8

Motor Oils

8F Good. TempRite; pipe BF Good. TempRite BF Good. TempRite; pipe BF Good. TempRije

'.'

1·octanol

k~t;,i' rt3~¥;

~~

........

:';, .:~: :.~(~~S\:;;;'. .:-: ... ;.:}~~~:;::~~C~·; ... . ,.

2§ .4',., ;.,.)'.

0

101

.l'. ;C::i[:~"~r;l,t~!~'i~~!t,.'s

4.4

84.2

l.·~·';." ~";;d';" .

~:

·"S;·;XiEtt

" " BF Good. TempRite; pipe BF Good. TempRite BF Good. TempRite; pipe

Oleic Acid Oleum

BF Good. TempRite

Olive Oil Oxalic Acid

20 20 50

Paraffin ()

."

<

()

CXI

Chemical Resistance - Chlorinated Polyvinyl Chloride

~

~

00

Chemical Resistance - Chlorinated Polyvinyl Chloride

()

"1J

u:> 00

<

()

Perchloric Acid

10

Perphosphate Phenol

j~Mmttg~@~~fe~~

mLWttillf~liWi%%M~:

,.;;W;&Mg_!MooilAA!@t~.@m

• •,'I.,mt

BF Good. TempRite

Phenylhydrazine

tIimm~~J1mml

iW@@%i';g.P&fW'.m

:&NMg::~:K[m~\?Mn¥i@@m )~{;t%%~@k@@

SF Good. TempRite

Phosphoric Acid

10 10 25 25 50 50 70 70 70 70

Phosphorous Trichloride

II

90 90

Phthalic Acid Polyethylene Glycol

•

0

98.5

0

102

ii!~~l~l;!:~~[I·f.illllill'~~~~ll~illi~;! liJi;;;M@~!!!'!i~9ffirnMgl{lJ~M~~WtWMt

0

75.5

0

99.1

SF Good. TempRite; pipe SF Good. TempRite SF Good. TempRite; pipe SF Good. TempRite

SF Good. TempRite SF Good. TempRile; pipe SF Good. TempRite

Potash Potassium Acetate saturated

Potassium Bicarbonate Potassium Bisulfate saturated

@

I

Potassium Bromate Potassium Carbonate

l?

Potassium Chlorate Potassium Chloride

o'Vl Vl

lEi'

;:s t"'"

0: .,

.,

$:l

<:::

90

,"WMWi3%Wt'S

}~rH%jM;::~~~::!l~~~Jt~:~F~~Km

;"~1r[;~i~~~~~~;;~;111~l'l~ 90

1•hrHIi:Ui7MWj'%i

wpmWH::(¥~~~Mf&Ptmmrmmmm:&@tJ*rw*

i1!i;1;;i~~i~;~_;~i,~~1i~il'~rl!ilj

0.2

101.9

0.2

98.7

k(}?{~A~Htj%~~@)JbLi}%/VJ::r$n~Wt

SF Good. TempRite; pipe

.

SF Good. TempRite

SF Good. TempRite; pipe BF Good. TempRite

Potassium Borate

"...

S Vl

i;H;il~~iiM,i;.;;

,ii~;.~j~~~MI.~ji;I~;~

Potassium Alum

saturated solution

Potassium Chromate

SF Good. TempRite; pipe SF Good. TempRite

I

@

. <~.:.*~.~';.

·IH;];(;!i;S.;t,(~7· . .

:'.~;.:.

"0

Ei ~

n' VJ

1?

Reagent

Reagent Note

"i~:1r:]N}~~~

Cone.

.'%!

;:l

saturated solution

P

-.

Potassium Hydroxide

25 25

It::

\.

23 23

saturated

saturated

8 8 8 8 8

.s,

,,+~%

Ii;(i .:

90 90

90

23 82}

0.3

·

101.5

-

2.3

95.3

,.9

0.3

100.7

8 8

----

9

0.2

;uspec~with

,recom.merid8dtoi'iiSe .

.

recommended lor use

, 101.1

,

I

Sea Water Silicic Acid Silicone Oils

2

,

23 .. :'~2'

82

,

''"23'" .23 '2'3

90

Sliver Cyanide Silver Nitrate Silver Sulfate

a

~ssibl;'Slr8$$c;~ck'~gent

100.2

Soap

.,.

'.j~'" 23"

i

~ ~

BF Good. TempRite; pipe BF Good. TempRile

BF Good. TempRite; pipe BF Good. TempRite

n,?' recojllmended for use

2

8 8 8 9 8 .8 8 8 8

ll?

suSpect ~ilh high slrese,

\ ;'comlnen~ed lor use

·

T

a

100.2

'"reC!lmmended toru.se :::L:::-:

8,·

23'"' . /i'

:~ "

':,: .

2 ,8

23

BF Good. TempRite BF Good. TempRite; pipe BF Good. TempRite

• suspebtwith,hlgi) slress

4 '2

..

BF Good. TempRite; pipe BF Good. TempRite BF Good. TempRite; pipe

not recommended for use

8

:B2

}:

high -stress

reco'mll\8l1ded lor use

,.~

:23

BF Good. TempRite; pipe BF Good. TempRite

·•

,.

----

2 90

u·

98.2

8 2

~3

BF Good. TempRite

·

8 90

',,:,23' '::"

BF Good. TempRite; pipe

··,jt)~~:i' . r~~:~~;men~ed tor use

. ~"

6

Propylene Glycol

Pyridine

BF Good. TempRite; pipe BF Good. TempRite

101.5 101

4

S?

Propylene Oxide

recornmende9 tor use

.0> ,.l,c!lmm~~4'M%~f~,:·:

9

S?" 23'

Potassium Sulfate Propylene Dichloride

,.

~?

.,.:~3;' '

Potassium Phosphate

tor use

8F Good. TempRite 8F Good. TempRite; pipe 8F Good. TempRite

,'i< 0.1

9

23'

10 10 10 10

0.1 0.1

9 8

90

82

l

recommended tor use

100.4

8",

23'" ',>: .J

Potassium Perchlorate Potassium Permanganate

Material Note

8

. ;)

8~H:

Potassium Nitrate Potassium Perborate

100

0.3

8 9

90 90

23

saturated

0.3

Res1lltance Note

reco~ended

9

90

-82' ..., ....

Potassium Iodide

Tensile Strength

8 8

23, 82· 23'

0-

-.

9

ll:iC 23

Potassium Dichromate

~

90

23

saturated

1% Retained I

.Weight

8

'23

Potassium Cyanate

VJ

<E'

PDL Rating

% Change

BF Good. TempRite; pipe BF Good. TempRite

M:;

.,..,-

~

8

.~;:;.~~

o

00

-u

<

o

Chemical Resistance - Chlorinated Polyvinyl Chloride

W

co

ex> +:>.

Chemical Resistance - Chlorinated Polyvinyl Chloride

() ""U

C>

<

()

saturated

;/':i"I~~jr~j1i~~~

saturated

/NI;;riK l;;.' ,;~;;;t~iti:;];it~l!i;

90

~!;;~I~I>f;;i!'l:iI;;';;Cl~~i\

0.1

100.8

90

;t~IT~l:~lt~~;tf)~~~::~:f;~~m@f)t

0.2

98.5

0.2

99.4

Sodium Alum Sodium Arsenate Sodium Benzoate saturated

90

~~1~'liij;t~iij~

Sodium Bicarbonate Sodium Bichromate Sodium Bisulfate

::

saturated

saturated

' ;.;.">,' ~,,~", .

iE~3'ii}t;

90

;t;i;i;ti~J'\ij~;;;

90

;';'11i~ii~~~lil~;1;?;".··;;

0.3

101

>t?

90

;;;••; ;;•.}9%1}. ""':'j':t:'

0.1

97.9

90

'l?···:};~{~···#

1.1

100.8

. i,;·Ni23··:Yi···:t

Sodium Bisulfite Sodium Borate

[\'ll!I;~~I~~~i;I~.fl~i;; ;'~rl~~~il;(;i;l~ ::,~;;;;. nr;f@Y~%W'i

0.2

98.6

}@1 /y:.;;;;:;.. \i\:.-

8F Good. TempRite; pipe

··i,~S~i~i~;*;2ili~,;;i. : ;i'(;~f!!;t~:~i~~,l~~jf~l:,:;,i"':;

SF Good. TempRite SF Good. TempRite; pipe

;-;;;:::: ;;;: >

;';:~:-.

... }

.'

,;~:;:)';':<:':;?

,. >' ~~

,.

,-:.:::::~~:;.,

.::;:,:;.+:

i._.~·-···

;~~t··

hi!@mm1!.i.l~~mt@.#'>X ~~>(::f

SF Good. TempRite

"

SF Good. TempRite; pipe SF Good. TempRite SF Good. TempRite; pipe SF Good. TempRite

Sodium Bromide Sodium Carbonate

:?@fJ&W2~~?

saturated solution saturated solution

Sodium Chlorate Sodium Chloride

•.

. \.

rtW?i3/i'k,

·}.)i!;~·\Y{;,l!';Ai .";';;?

\?\ mtg~AN#fJ

~:fiW:%}Mj~'~t#Yili:~ihi¥t

::-::\(::::-:".::::?:::: <:\:._. ;.:..:.~\~~: ::::~:;::nf{\K~~:t~

. . j}jf\i:

.·····.···;!)CJ'Mm\i@6~@.!~t.!#~A{· •• ~.·.·.·

SF Good. TempRite; pipe SF Good. TempRite SF Good. TempRile; pipe SF Good. TempRite

Sodium Chlorite Sodium Cyanide Sodium Ferricyanide Sodium Fluoride Sodium Formate

~:f~i~~!::i!~}~~{f@~::~®~

saturated

90

1~1:~]@~~~mt)~;~j[:tif~~~~~~~t~;:

:;:r<:~::thr~\:9:~~~#::~·k{t:(

:::::,.:WP\:::::::}\fmh J:: :%~:ixrih.~~tX\j~::: 0.1

100.4

. :-::~:?~;::8:::~·:~:~::t.!;':f;~~::,::~i~f

.:::Mt~~::~:··

!<;~::?>\?w~:rwu~~:::)~F

SF Good. TempRite SF Good. TempRite; pipe SF Good. TempRite

-'-"-'''-'.

@

;:g

Sodium Hydroxide

10 10 25 25 25 50 50 50 50

~ CIl

....

C;' CIl

tl

C1l

CIl

<E' ;:l

t'"'

0: -, ~

-, tt::

Sodium Hypochlorite

bleaches

4·6 15

90

0

102.3

SF Good. TempRite; pipe SF Good. TempRite

-0.1

99.6

-0.1

101.5

SF Good. TempRite; pipe SF Good. TempRite SF Good. TempRite; pipe

0.3

102.2

k'k .'····i~9ljlm#cledJo(U$e?i;:r"\!

SF Good. TempRite

@

'"

Ei ~

·····w#:(··_'~,····

;:l

,~

"

':'::'~"

.

Reagent Note

. . . ,.,..1".,.",....".

.

~:

TeIliJl~;'/

I COne. J~!..

:::;:.:<.

Sodium Hypochlorite

.. ('C)·

15

2'3·.

15

Sodium Nitrate

saturated"~~i

0-

\C

% Change % Reta!ned

"'c Time . .(da\
POL Rating 9.

90

(B.~ . 82(": .:.,.......

15

~

., .,i=l

.

; .. .

Reag;~t

n'

'" ~ '" 15'

. /.:.

',:;.

90

l"

90:':;"(

23

Sodium Phosphate

! <

saturated

).

90

: '

90

9.

23

2;, .~~2

90

23;

saturated

saturated

I

Sodium Thiosulfate

Starch

'" saturated

Sulfur Sulfuric Acid

20 20 20

BF:Fo~:·O:e~:::;;it~iPe BF Good. TempRile; pipe

0.2

1 0 0 . 1 ' . ".'.... "

recommended for use

0.2

23

8 9. 8

'82

B

90

90

9

23'

8 9 8, B 9' 8 8 9. 8 9. 2

101.7

BF Good. TempRite; pipe

i.eo~iii6ri~'d.i()i·\fse

9B.5

0.4

103.1

90

90

90 90 90

I .,(~3.:

23

<

BF Good. TempRite BF Good. TempRite; pipe BF Good. TempRile BF Good. TempRite; pipe

re.:ommended for use

:t:

BF Good. TempRi!e

~:

'Ili,~

4

0.2

102.3

BF Good. TempRile; pipe .·rl@I1UllM~edl~r'u.:s~·.·,·

,,:

... ...;.,......

0.7

BF Good. TempRi!e

"'/"

102

BF Good. TempRite; pipe BF Good. TempRite

recommended for us. 0.1

102.9

BF Good. TempRite; pipe recommend&d tor us•

BF Good. TempRite

r.~o~~il~dlor use

BF Good. TempRite; pipe BF Good. TempR;le

·~'\D

-0.1 -0.1

101

. ',~.,:-::,~:

100.5

.

BF Good. TempRi!e; pipe BF Good. TempRite

nol r.commsildi" lor use 0.9

49.1

~\~::: :.:\~;:i:>L:/:~;::· ...

recQ>0Jt~fr\ise;.

BF Good. TempRite; pipe -

BF Good. TempRite

B 90

il

0.3

101.B

() -U ()

BF Good. TempRite; pipe

::>~~Y:i:i>..

recommended for use

8

30

:~.'.

f8i:omm8n~jotU$'

=;' 0.2

recommarid&d 'for us.

BF Good. TempRite BF Good. TempRite; pipe BF Good. TempRite

.<.. ::::~':

B 30

"

.~:

0.7

Bo

B

.82)

BF Good. TempRite; pipe BF Good. TempRite

<8

23

94

8F Good. TempRite

:':~:: '~;.::'

90

82 ..

;

recommended'lor use

8 9

~3"'';:

BF Good. TempRite

98.9

103

23 23

I

8F Good. TempRite; pipe

t~mmi~~&!l!~:?

1.1

94

Tall Oil Tannic Acid

102.3>~f;:~ii~IOiuse 104.6'

0

8 B

.B2 23

94 94

~o~:.o~~:::~:;iI:iPe BF Good. TempRite

0.3

90

23 ';:' 23

BF

recomiM6dlldlqr' use

~2

2~"

80 BO

');',,;f~::~~I~:():ij~e'

9B.B

(l!3 .

50 50

9B.B

0.3

23 B2

50

0.2

BF Good. TempRite BF Good. TempRile; pipe

B

.~~

Stearic Acid Strontium Chloride

?ii:.:

9

23

saturated

100.3

BF Good. TempRile; pipe

8

90

23

Stannous Sulfate

0.3

90

23 23

saturated

102.1

·2:r·

82

saturated

l

9

(2~/

Sodium Sulfite

9

8 8 8 9

82

8iC

8

1

90

23,' saturated

0.1

.L

8

82" Sodium Sulfide

; i

· ..·······23·:;-"'·,·,·,····

Sodium Sulfate

Material Note .•

B

saturated;j;~;'r; saturated

Te/lsll.

Str~/lg'h

i

82'-:

I~~~:~: ~::~~rate

W.Jg~1 . • . . . ,.

BF Good. TempRite; pipe

ex>

Chemical Resistance - Chlorinated Polyvinyl Chloride

~

......

co .j:>..

Chemical Resistance - Chlorinated Polyvinyl Chloride

(')

-u

'"

<

(')

BF Good. TempRite

Tetrahydrofuran

BF Good. TempRite

Thlonyl Chloride Toluene Tributyl Phosphate Trichloroethylene Trisodium Phosphate Urea Urine Vegetable Oils Vinegar Vinyl Acetate Water

deionized demineralized distilled salt water distilled deionized demineralized distilled salt water distilled

0.3

100.3

BF Good. TempRite; pipe BF Good. TempRite

" " 2.4

102

White Liquor

"

BF Good. TempRite; pipe BF Good. TempRite

" 1.8

Xylene @

"t:I

P ~

;:;' (n

1? (n

<E' ;:l

t-'

0: .,

.,

p

u::

100.1

BF Good. TempRite; pipe BF Good. TempRite

@

'1:1 >l

~

ri' (J)

tl

Re~gent o

;.:.~:.}:;.::

:<..

I

Reag~nt N~te

% ~hange 'Y. Welgl\l

Ret~lned'l Tensile

Str.n~.lh

{ec~m;';~nd'dfor·~se.

Zinc Acetate

C1l

(J)

saturated

0.3

100.5

saturated

1.8

100.1

saturated solution

a

99.4

saturated

0.1

101.2

15' ~

., >l .,

<.c::

., .....

,

;:l

0-

,Re~i~t~i1ceNotli

Zinc Chloride

::.:

.:-.:.

[~on1.mend&d loi ~.~.~ .

SF Good. TempAite SF Good. TempAite; pipe SF Good. TempAite SF Good. TempAite; pipe SF Good. TempAite SF Good. TempAite; pipe SF Good. TempAite

'Zinc Nitrate SF Good. TempAite; pipe SF Good. TempAite

Zinc Sulfate

()

'"U

<

()

co

Chemical Resistance - Chlorinated Polyvinyl Chloride

~

W

< ()

'C

Acetic Acid

20 20 20 20 20 20 20 20 20 20 80 80 80 80 80 80

Acetic Acid

80 80 80 80 80 80

'.("'"

glacial

~~l~iJ,~~,~~

pure glacial

"

@

p

~

r;-

'"t::J C1l

';:s" tEl" t-o

.,0: $:l .,

u::

Acetic Anhydride

"

"."

30

0.22

113

30 30

0.44 0.22

93 103

30 30 30 30

5.44 0.71 0.71 O.OB

77 110 122 110

30 30

0.77 0.8

30 30 30 30

\23

..po. ..po.

... ,

II

glacial pure glacial

1:1

CD

Chemical Resistance - Polyvinyl Chloride

"'U

7 7 7 7

':.:.;::::;./.~

108 43 99 106

14

96.8 96.8 44

0.25% 12

BF Good. Goon BF Good. Goon BF Good. Goon 8761 BF Good. Goon; Typo I - normal impact BF Good. Goon; Typo II - impacl mod. BF Good. Goon 8700A BF Good. Goon 8750 BF Good. Goon; Typo I - normal impact BF Good. Goon; Typo II - impact mod. BF Good. Goon 8700A BF Good. Goon 8750 BF Good. Goon 8761

BF Good. Goon 8750 BF Good. Goon; Typo II - impact mod. BF Good. Goon 8700A BF Good. Goon 8750

93 100

1.62 11.76 1.62 1.14

.........

BF Good. Goon 8761 BF Good. Goon; Typo II " impact mod. BF Good. Goon 8761 BF Good. Goon 8700A BF Good. Goon 8750 BF Good. Gaon 8761 BF Good. Goon BF Good. Goon; Typo I " normal impact BF Good. Goon; Typa II - impact mod. lNP; 15% gl.fib 909

" Goorgia Gulf HF-2230

bent @ 20 deg.

30 30

12.35 1.14

32 96

30 30 30

10.23 12.83 12.83

28 38 41

BF Good. Goon 8700A BF Good. Goon 8750 BF Good. Goon; Typo I - normal impact BF Good. Gaon; Typo II " impact mod. BF Good. Goon BF Good. Goon 8700A BF Good. Gaon 8750 BF Good. Goon 8761 BF Good. Goon

IAcetone

1'' ' ' N.,,~

30 30

26.49 27.82

10 11

30 30

23.25 29.43

8 8

BF Good. Goon 8700A BF Good. Goon 8750 BF Good. Gaon BF Good. Goon 8l00A BF Good. Goon 8750

@

"I:l

E" Ul ~

n' Ul

tl

Reagent Note

~eagent

Acetylene

',22

15'

Acids

t""'

Acrylic Acid Ethyl Ester

.".'

mixed

..,

I:l lC:

. ". "

~:F'>'"

'. ·6'p.·'",

;:l

0: ..,

.A

BF Good. Geon

«19

til

Ul

~i~·"· ':' ~~. ."J~~, T~··~El~;;:

c~,~I;~trr:w!'· ~.~

I~~~,:;:~'A".~ ~f);t;; iii;'!."

'~:;

Adipic Acid Ajax

.(ecomme~~ 101\1$8
multi surface cleaner

Allyl Alcohol

~ 60.

Allyl Chloride Alum

\

Aluminum Alum

~~~

6~;)~eC.om,~~~e:~or 22

~ir

Aluminum Chloride

i\:. ~~"":;\, .

Aluminum Fluoride

~"~2

60

Aluminum Hydroxide

22· ,h " . B · . , < , ·

;'~i~;::;

IAluminum Nitrate

.':2..2

Aluminum Sulfate

' , :i:~::Jj ,,":~"nN~ ,,'. .;

./

<'0";

2

gas, dry

>:~.

liquefied gas, dry liquefied

'Z2.,." .

Ammonium Blfluroide

JI...

6~

2

.

.

y

.,. .".~o· Ammonium Alum

IAmmoo'.m .,..

11",

Ammonium Carbonate

:

::

.:~~y

;::

,"., . '

"

:,.

·:~:;~!~i~1:~::{~~ ~ .' ~

:

'3~i

Ammonium Acetate

I

,,<

. ./e'

.60

"":

,. ":.+'

".:~; i:"

Aluminum Oxychloride

Ammonia

;.

':~f; ::

~:;i:Ji??h;

~I~ .~,

2,~

... ..,,
"

'.~~,i~ ."oo,:.:O:;:~ :::.".,." BF Good. Geon

,; .. ¢o.

-c

<

()

ex>

Chemical Resistance - Polyvinyl Chloride

~

en

co .j:>.

Chemical Resistance - Polyvinyl Chloride

""U

<

m

a

Ammonium Dichromate Ammonium Fluoride

25 25 25 25

BF Good. Geon; Type I - normal impact BF Good. Geon; Type II - impact mod. BF Good. Geon; Type I - normal impact BF Good. Geon; Type II - impact mod.

Ammonium Hydroxide

10 10

BF Good. Geon

2B 2B

7 7

0.25%

LNP; 15% gl.fib

BF Good. Geon

Ammonium Metaphosphate Ammonium Nitrate Ammonium Persulfate Ammonium Phosphate Ammonium Sulfate Ammonium Sulfide Ammonium Thiocyanate Amyl Acetate

@

Amyl Alcohol

BF Good. Geon; Type I - normal impact BF Good. Geon; Type II - impact mod. BF Good. Geon; Type I - normal impact BF Good. Geon; Type II - impact mod.

Amyl Chloride

BF Good. Geon

IAnWne

'1:l

1.) ~

r:;'

IAniline Chlorohydrate

'"t l

Aniline Hydrochloride

'" 15'

Animal Oils

~

;:s t-'

0: .,

., ~

It::

IAnthraquinone

lard oil BF Good. Geon; Type II - impact mod.

@

'1:l

P ~

n'en

1?en

<5'

IAntimony Trichloride

;:l

&

IAqua Regia

p

[

~Aromatic

Hydrocarbons

Arsenic Acid Arsenic Trioxide Arylsulfonic Acid

80 80 powder BF Good. Geon; Type I . normal impact BF Good. Geon; Type II - impact mod. BF Good. Geon; Type I . normal impact BF Good. Geon; Type II - impact mod.

ASTM Oil No.1 ASTM Oil No.2

BF Good. Geon lubricating oil

ASTM Oil No.3

BF Good. Geon; Type I - normal impact BF Good. Geon; Type II - impact mod. BF Good. Geon; Type I - normal impact BF Good. Geon; Type II - impact mod.

Barium Carbonate

·22

Barium Chloride Barium Hydroxide

BF Good. Geon

;60 ····"".·22.i·.··

''''6C)' 10 10

Barium Nitrate Barium Sulfate Barium Sulfide

,-22. .60 22. 22 ~:. '.60 ~?

/;.l;Q

Beer

'22

Beet Sugar Liquors Benzaldehyde

10 10 10 10

BF Good. Geon; Type J - normal impact BF Good. Geon; Type II - impact mod. BF Good. Geon; Type I - normal impact BF Good. Geon; Type II - impact mod. BF Good. Geon

Benzalkonium Chloride Benzene Benzoic Acid

co

""U

o<

Chemical Resistance - Polyvinyl Chloride

-... ~

co

Chemical Resistance - Polyvinyl Chloride

-c

< ()

~

CO

Black Liquor Bleach

12% CI Chlorox, solution 12% CI

Borax Boric Acid ··;;x&~;·m·; :;i;~* )i·% <'/2;1"';'"

Brake Fluids Breeder Pellets Brines Bromic Acid Bromine

..

fish derivative

7 7

0.25%

~;~iii;::];;;j;':t.

LNP; 15% gl.lib

82.3 79.7

··'?t.8Lt(

······.···'i'eecjjjiii\iii@d'lon,~~·?:·

SF Good. Geon

ri:'ir"8"it%'{

;,r;'f8cofufueililell'lo(iiiiiiW'\U;

SF Good. Geon; Type I - normal impact

acid

bromine vapor

25 25

bromine liquid bromine water

\j"'23?Ml

SF Good. Geon; Type II - impact mod.

bromine liquid bromine water

SF Good. Geon SF Good. Geon; Type I - normal impacl SF Good. Geon; Type II - impact mod.

Bromobenzene

:%;2'2>••

}:i:WfSiWj)W

>}::~::>k~:~d\4tf~d%iJ&hih#M~;

@Fl1~m

MMiiHldXW

?7}2WAA:iiliMjj~il;J9t#~~tm;@

SF Good. Geon

Bromotoiuene Butadiene

SF Good. Geon; Type I - normal impact SF Good. Geon; Type II - impact mod. SF Good. Geon; Type I - normal impact SF Good. Geon; Type II - impact mod.

EBf,!!it.;;o.;·

iM;'2~;;

Butane

wm;LtiiJ:Jlmffiiilil;iitWi!~!K(t

SF Good. Geon; Type I - normal impact SF Good. Geon; Type II - impact mod.

30

0.63

84

30

0.07

97

SF Good. Geon; Type II - impact mod.

::E

;:;.

30

Butyl Acetate

SF Good. Geon; Type II • impact mod.

tl

;:l

t""

e;: -; p

-;

<.c::

SF Good. Geon 8700A

SF Good. Geon; Type I . normal impact SF Good. Geon; Type II - impact mod.

~

CI>

0.63

SF Good. Geon; Type I - normal impact

CI>

tEl·

SF Good. Geon 8750 SF Good. Geon; Type I • normal impact

© p ~

SF Good. Geon 8700A

Butyl Alcohol

butanol

SF Good. Geon

" "

SF Good. Geon; Type I • normal impact

butanol; primary

SF Good. Geon; Type I • normal impact

"

SF Good. Geon; Type II • impact mod.

SF Good. Geon; Type II . impacl mod.

@

I"

'1:l

I\:{"

po

n''" '"t l ~

..... .

Reag~nt

Reagent Note

Butyl Alcohol

butanol

C1l

'"

~.

butanol; primary

;:l

t 0-

., .,>l

Time.

conc'l 1em, p. ("')

:·t/"··

('~)

'(~aya)

sec-butanol

II::

Butyl Cellosolve Butyl Mercaptan

8. .;3

i8

8

23 80 60

3

22

81 3 '3

:3

3. • .

3;. I' , I

i

Ii:

Calcium H Y P o c h l o r i t e > : t : ;

I

8 3 3 3

I

8

I

.;;

I::::::: ::~::::.

..;~,'~, .• ;.

"

n.j!l.:~~mm.nd!d,f9r ~$~

"

,

8

~-.

gr \,;Iuuu. \;IaUII, 1'''''1' II • IlIl""CI"'l IIIUU.

BF Good. Geon; Type II - impact mod. BF Good. Geon; Type I - normal impact BF Good. Geon; Type II - impact mod. BF Good. Geon

"."

:.3::.:f:

~;;t: t;"::,:;::. ~.~!

t

".

~':;

"8" ..

H

e

'!

!eco~n!led. for usa

~:

I

BF Good. Geon; Type I - normal impact

r~fOm:n!ndli~/~r~S8;i;:i BF Good. Geon; Type I - normal impact

!

:~:

iit! ~

":;:.:::

~c~f~:~::'~\'

9 1:1

.:

~ J;::~'iMTi:;,~~;f:J~i~,;;'~:~

);(;'t~t;"'~;~;1-j';I;;rfj.!:'~

I ::Yo:~d.?e:~n:%~o: BF GOo:. Geon BF Good. Geon; Type I . normal impact

:l; ··~;';;:ii, .oj crystals

J' I BF Good. Geon; Type I - normal impact BF Good. Geon; Type II - impact mod.

6.~{/

22' . . . / , 8

_

;:~';{;~;;I.,;j;li ;j;~{ .;;

BF Good. Geon

'ifL . ex>

-0

<

......••" •.•.• {.~.,.,...

·;i~+.j

Calcium Sulfate

()

BF Good. Geon

'1

:;'i>~\'i

Calcium Oxide

Camphor

H~om~ncledlor'~$e

i

. ··'ml!f~~imm;;M~#iifi'~~a,

:,;;:-...:.. ... l;., .... ~ ..:·:::):::

"'.~, ~, '~1

Calcium Nitrate

BF Good. Geon BF Good. Geon; Type II - impact mod.

·.f '.'.'.""

I:::::::~::'. Calcium Chlorate

u

recomlllllnded lotuse ;Mb*Wiiiiiiejidlidiqr use ::.::: ~J,·u .,<.;. t

::Ti8iijjm}li~ficled!Wijf~

50' 22

BF Good. Geon; Type II - impact mod. BF Good. Geon; Type I - normal impact 8F Good. Geon; Type II - impact mod.

.;,:

3-"

50f~

saturated

.not recommended lor uSli ~~,:

8

23" 23· 60, • 22

BF Good. Geon; Type II - impact mod.

~

60

Cadmium Cyanide

notreeolJl(liended llll lise

-,-

3

2;3 80

Caffeine Citrate

')~~~~B~~i~Jf~l~l~;:'»/ ::~OoOodd.~eeoo;; ;::ee I ~ ~~~~:~ti:::~t

II

237

Butyric Acid

8F Good. Geon 8F Good. Geon; Type I - normal impact

··recolriiri;nileiiio}use.

22-

Butyl Stearate Butynediol

Material Note

n.91[~mlJlenaedI9r use·

3

60 • • " 6q.:: : : :;~ 60 .1 6(l

23 80 22 60

Butyl Phenol

.Resistance. Note

',~

60

::~

Butyl Alcohol (sec-)

). ,, .

,. .

LO~,d .1" R~3~g );"

'" Retained

Chemical Resistance - Polyvinyl Chloride

~

co

Chemical Resistance - Polyvinyl Chloride

-0

<

CD

(J1

C>

o

Carbltol Carbon Dioxide aqueous solution aqueous solution

Carbon Disulfide Carbon Monoxide Carbon Tetrachloride

wm~~~/(i

+hiil!@2(

n2NM1MW'@iUP2:mmndii/!

BF Good. Geon; Type I - normal impact BF Good. Geon; Type II - impact mod. SF Good. Geon; Type I - normal impact BF Good. Geon; Type II - impact mod.

Carbonic Acid

i:,'%l22/;':,:::'

:::n$~~;k:8f~H~~:~

awKmcoiniMlldeliOldfuss:;.'.rp,

BF Good. Geon

Carene 500

irf~l!NM 30 30 30

Caustic Potash Cellosolve

•

68 99

W;m(ltWib,.

WMntlM,

Castor 011

4.59 0.45 4.59

_ mW@iiaomiiiiilllidlOtiu§1b1M

':':~:~E:!~~'~' BF Good. Geon

.

2-ethoxyethanol

Cellosolve Acetate Chloral Hydrate Chloramlnes Chloric Acid Chloride Chlorinated Solvents Chlorine © 'tl

po

....CJ>

n

CJ>

tl C\) CJ>

<E' ;:s

t-'

0: .,

.,

~

u::

20 20 water

chlorine water dry gas liquid, dry liquid, pressurized moist gas dry gas moist gas dry gas moist gas chlorine water dry gas liquid, dry

30 30 30 30

36.61 36.02 31.07 32.79

41 29 27 20

d:

\9{Rfmn~:J ::mn:~:{JS#N2W:;tr:

SF Good. Geon 8700A

W@ff:~·MHg@rWm@Wf{@mKi:K§n

BF Good. Geon 8750

,In.i'i~iifum.ildWlOmi$iNi:.i;;

BF Good. Geon

© "t:l

S"

':=;."

N-

'" ~ tE· '" ;:l

moist gas dry gas moist gas

;~~~~WJljtl~,

~Ol r~coriirn~rid",droi~se.•..... 36.61 36.02

30 30

Chloroacetic Acid

~

"":"

.,

"'.::'

P

not recomm8flded lo( use

0-

.,

•..•••• reco~lIle~d-;d t~~J~

.nol recoiJ}~~nd~

..

lo.rose •

'r~~in\l1~nd-,~ Ioruss%,·','

Chloroacetyl Chloride Chlorobenzene

SF Good. Geon SF Good. Geon 8700A SF Good. Geon SF Good. Geon; Type I - normal impact SF Good. Geon; Type II - impact mod. SF Good. Geon SF Good. Geon; Type I - normal impact SF Good. Geon; Type II - impact mod. SF Good. Geon

, nOlt~eommel'ldedl~riii'}i . . ....:. ~

::};~?:'

Chloroform Chloropicrin Chlorosulfonic Acid Chrome Alum Chromic Acid

wi 35% nitric acid &

10 10 10 10 10 10 15

,

30 30

i

30 30

0.34 0.2

103 97

0.55 0.22

102 112

2.46 0.11

57 100

SF Good. Geon 8700A SF Good. Geon 8750 SF Good. Geon SF Good. Geon 8700A SF Good. Geon 8750 SF Good. Geon; Type I - normal impact

water 15 15 15

Chromic Acid

wi 15% H2S04 &

15 15 15 15 50 50

water

wi 15% H2S04 & water

Citric Acid Clorox

50 50

'3 23 ,.SO" ...•.

8

'SO>"

3

60"

s02>;

30 30

1

34.43 1.06

SF Good. Geon; Type I - normal impact SF Good. Geon; Type II - impact mod. SF Good. Geon 8700A SF Good. Geon 8750 SF Good. Geon SF Good. Geon; Type I - normal impact

30 100

23'

i:~~

;:&9,.

SF Good. Geon SF Good. Geon; Type I - normal impact

;22·····

SF Good. Geon

60< Chlorox

'2~ ····23, " 23

Coconut Oil Alcohols

7 7 7 7

0.25%

9 9 7

0.3

0

97.4 98.9 97

bent @ 20 deg.

)ti,~db;

LNP; 15% gl.fib

169

.$ui1~c.ap.pe~~~e,i1nc~ill,,~~d ":: : .

;~:::

Georgia Gulf HF·2230

::::~#h:.

SF Good. Geon; Type I - normal impact

coke oven

SF Good. Geon

co

"U

o<

SF Good. Geon; Type II - impact mod. SF Good. Geon 8700A SF Good. Geon 8750

22

;.2~

Coke Oven Gas

3i"" "'ll

30 30

Chemical Resistance - Polyvinyl Chloride

01 ......

Chemical Resistance - Polyvinyl Chloride

""U

< (")

00 01 N

Copper Chloride Copper Cyanide Copper Fluoride Copper Hypochlorite Copper Nitrate Copper Sulfate Corn Oil

;i:;;~n~;;

Mazola

"

7 7

0.25%

,/:-22'·;<

Corn Syrup

99.7 99.S

t>;'.:" ·S····

LNP; 15% gl.fib : •. ;·:Li~colilmen~'lor.U$e ......,.

SF Good. Geon

Cottonseed Oil >;&~Y~~mmNI.
Cresol

Cresylic Acid

50 50 50 50

Crotonaldehyde Crude Oils

'tJ

po

: _ ~~~~~E::::t~~:~;

t:t~;l;;. "i

i~jr~~~::!~;

..~::~.

",:

;:..< >\3 """'.'. >,,\;,+:3',)%

"',,22£%.

.;./iliff{)} ~:::

refinery crude sour crude west Texas sour

Kansas Pennsylvania sour crude Pennsylvania sour crude

@

·)):23 'i~··

:~Y~)Ktftf::/ ~:{{:}:

..... '.;.'.;y_.:.:•.•:.~...,.:.,.:.:••:.;-;

30 30 30 30 30

SF Good. Geon; Type I - normal impact SF Good. Geon; Type II - impact mod. SF Good. Geon; Type I - normal impact SF Good. Geon; Type II - impact mod.

;':':''';'-':':';-;';'>>>;':-:'>''>::';':,>,:.~.,;

SF Good. Geon; Type I - normal impact SF Good. Geon; Type II - impact mod. SF Good. Geon 8700A

0.25 0.25 0.04 0.17 0.09

SF Good. Geon 8750

Crude Oils

SF Good. Geon SF Good. Geon; Type I - normal impact SF Good. Geon; Type II • impact mod. SF Good. Geon

~

;:;. (/)

tl

(1)

(/)

cEo ;:l

t

...>l ...
0-

refinery crude sour crude Kansas Pennsylvania sour crude Pennsylvania sour crude

SF Good. Geon

30 30 30 30 30

0.66 0.57 0.16 0 0.03

1:i\@ /fit :TFI@ff)f(iL ::itit

{f~8{;:

:}¥W4dAbMtN(:-· K\~·;

::~

SF Good. Geon 8700A

SF Good. Geon 8750

@

~ ~

~

n'V>

1? V>

lEi'

Cupric Sulfate

t"'

Cuprous Chloride

;:l

..,0: ~ ..,

u:

i~W,;

,tdo:7(

:::;,~.~';

Cyclanone

..

/:{ 8 \ ; / )8

:";

BF Good. Geon; Type I - normal impact ...' ....•

"

Cyclohexane

BF Good. Geon

<~[1;t;;:H i"';

Cyclohexanone

1

Cyclohexyl Alcohol

ID·jf:.rr.~t1~~13. DDT

Detergents

xylene base

~~i!

,,::Z2/:'t.

i":~~£~.;¥~~~~f

Dextrose

~~

~9K"

t

8

Y

' e 8.

e.;..:.. Diacetone Alcohol Diazo Salts

,'22',..

M...

e

D

.~~

a

'"d-"-" ·.·.;•.. :.:;.It

"';3

3 3 3'

Dibutyl Phthalate

j.~

Dibutyl Sebacate

22

8'.

60'

:3"""

Dichlorobenzene

'22':'

3i 3

Diethyl Ether Diglycolic Acid

,,'

8\

Dibutoxyethyl Phthalate

Diesel Fuels

I

8/ "

!iO"' Dextrin

,

.. 8'\

<$0 .

;':'.

""J8i:omm'erided lor use

~~i~ec~~~llde~'t;;rus&

-e--' e

.~('~6 . 2;!<:./

_,~e.;:

It

• ',:.~:

".,::,;.;;

8·....

.

Y~2r'; '.flO}

Dimethylamine

'8.

f,.

3 •.• ~.

,

3

Dimethylhydrazine Dioctyl Phthalate

ii"",:;?,;

·t.: .' "'>..."...

:notrec.olll'lle?~ild

fQ'[us':

BF Good. Geon; Type I. normal impact BF Good. Geon; Type" - impact mod.

,;;i~!~~t%~1~~;~r:s~,. B:F~oooo~.~eeOon~;T;:pee\; ~~~::~:::ct BF Good. Geo"

';·:22:':.

'60

""U

<

()

Chemical Resistance - Polyvinyl Chloride

ex> <.n

w

co

Chemical Resistance - Polyvinyl Chloride

"1J

< ()

01

~

3 :.:/

--.

Disodium Phosphate

«22.·:"'"

8

Epsom Salts Esters Ethyl Acetate Ethyl Acrylate Ethyl Alcohol

7 7

95 95

8'"

0

0

98

57

r":f :~n@t~{

'.::?<::::~. :;~\:

..:.:.,' .

Georgia Gulf HF-2230

bent @ 20 deg. BF Good. Geon; Type I - normal impact BF Good. Geon; Type II - impact mod. BF Good. Geon; Type I - normal impact BF Good. Geon; Type 11- impact mod.

Ethyl Chloride

:<::{22 :","'"

::::~ :«(:mt=; ::.;:~.~ :.\" . :\~;y:.

3

';~: ~~:':~:\:

BF Good. Geon

Ethyl Chloroacetate Ethyl Ether Ethylene Bromide Ethylene Chlorohydrin Ethylene Dichloride Ethylene Glycol 7 7

0.25%

;/;~~~,i~~~~;;t'

~'~;~:;rl~~I~~I~~~~~;,i,;;I;:~

101.9 101.4

Ethylene Oxide Fabric Softener @

IFats

Oowny

and oils

kF~):'

7 7

t&.. 22)\'

0.2

0

97

136

LNP; 15% gl.fib

"

BF Good. Geon

Georgia Gulf HF-2230

bent @ 20 deg. :,:>?:S'(~i1lJJlend8.cU6f:lJsjkj\@r

ALAI': j\'i

BF Good. Geon

'1:l

~ ~

Fatty Acids

r;.

V>

t:l C1l

V>

<5.

Ferric Acetate 30 30

0.46 0.26

96 103

30 30

2.91 1.02

86 116

;:l

t:0.., ..,P

u::

BF Good. Geon 8700A BF Good. Geon 8750 BF Good. Geon BF Good. Geon 8700A BF Good. Geon 8750

@

'1:l

po

V>

'R~agent

Reagent Note

~

0' V>

t::l

.".;.

-,

Cone. Temp. (%)

Ferric Chloride

(·C)

Time

L,oad

(d,~YS)

?

'EI~~g~t10n

POL

Rating

':

8,,,

22,·;

I

I

Resistance Note

Material Note

..

8F Good, Geon

racommended 101 U$8

(1)

V>

\Q'

IFerric Hydroxide

;:l

t

IFerric Nitrate

0-;

p -;
Ferric Su Ifate Ferrous Chloride Ferrous Hydroxide Ferrous Nitrate Ferrous Sulfate Fish Solubles

tillE"

,.. ,: 22' ",:.

Fluoboric Acid

30

. F("

30

j

:.;-~

o!

:/

30 30

Fluorine

gas, wet gas

22

9 '9

0,36

100

0,23

99

j .;;j:;i;ll~'~2;:?,;:~;}/

8

0,64

106

9

0,62

101

.~',::~:i:;::,~;i'

,

l

SF Good, Geon SF Good, Geon 8700A

'> .,;> '

"

SF Good, Geon 8750

'"

i.::jl:?~~~~:i~t~.

8

2,3

SF Good, Geon 8750

I' "'iacl!mmanded tor usa

8

8

::{

SF Good, Geon 8700A

SF Good, Geon ; SF Good, Geon; Type I - normal impact

' ,,:J~;-~t;:~~~~.~ ;r,~~··

3

:3

SF Good, Geon; Type II - impact mod, SF Good, Geon; Type! - normal impact SF Good, Geon; Type II - impact mod,

gas, wet

Fluosilicic Acid

::.":\60/

··){:K~::::t\nr.. -~}?t

.,... {3

Kester. 1544

" Formaldehyde

-••. ;.-.,-.•...... ,.,.;.:<...:.".,-:<-:.:-:.

23 ' ;

7

23

7

0,25%

,.

1>~;J>:, .;:,:: ..::~

1

':~ ,"I

Formic Acid spray cleaner

23

'1

Freon 113

102,1

9

100,3

e 3

':i1!!~llJ~:*~:~~t:~, ~~o:o:d: ~e:o: :~ie:I:~ ~~:;:~::~~t

8,

'
0,2

0

97

79

..:": ; ;:)\C

Georgia Gulf HF-2230

~~~:~rv·t<:>:\

,y ·}i:.ieeomine'rrded tor'use ;':{)::: :~ ;::~:::~t:;m~~?<:~L::~~:.:::k,::;

,,~

·:<::::f:-:·:?·>:: :

"22." :;:

SF Good, Geon

;~Oli~!'I.mend~'oluse

bent @ 20 deg, 18"·'

monofluorotrichlorom ethane

LNP; 15% gUib

;:V;CO"l~na;dIOr ~e\ SF Good, Geon; Type I - normal impact

:~

'8

7

.J

,

i SF Good. Geon; Type I - normal impact ~ SF Good, Geon; Type II • impact mod, SF Good, Geon; Type I - normal impact SF Good. Geon; Type II • impect mod, BF Good, Geon

0,09

101

30

0,15

102

30

0,15

30

SF Good, Geon 8750 SF Good. Geon 8700A :-.-:",;,,:,.::

"

co

"U

< ()

~. ':;:;':ii{,;;;f'~\'

8 3' 7

Freon 11

9

",·"3

;

Formula 409

SF Good, Geon

25 25

Flux

~

Chemical Resistance - Polyvinyl Chloride

(Jl (Jl

ex>

Chemical Resistance - Polyvinyl Chloride

"1J

< (")

(]'I

0>

0.42 0.25 0.42

30 30 30

98 103

Freon 12

BF Good. Geon BF Good. Geon 8700A BF Good. Geon 8750 BF Good. Geon 8700A BF Good. Geon

Freon 21 30 30

15 17

30

Freon 22 30 30

61 45

30

Fructose Fruit Juices

BF Good. Geon 8700A BF Good. Geon 8750 BF Good. Geon BF Good. Geon 8700A BF Good. Geon BF Good. Geon 8700A BF Good. Geon 8750 BF Good. Geon BF Good. Geon 8700A BF Good. Geon

and pulp

Furfural Gallic Acid Gases

manufactured

Gasoline

7 7

Glass Cleaners

Glucose ~

IGlycerin

~

IGlycolic Acid

@

S-

n'CIl tl

IGlycols

~

CIl

<5'

Grape Sugar

t'"'

Green Liquor

;:l

...0:p ... u::

Glass Plus Glass Works Winde. Glass Plus Glass Works Winde. Glass Plus Glass Works Winde.

0.25%

88.8 90

LNP; 15% gl.fib

BF Good. Geon 87371; light stable

BF Good. Geon

@

"iJ

Ei Vl ..... r;' Vl

BF Good. Geon; Type I • normal impact BF Good. Geon; Type II - impact mod. LNP; 15% gJ.fib

tJ

C1l Vl

tEo ;:J

~

I

7 7

0.25%

99 99

BF Good. Geon; Type I - normal impact BF Good. Geon; Type II • impact mod.

...,0' p...,

<.c:

BF Good. Geon

IHercolyn Hexane 7 7

Hexyl Alcohol (tert-)

tert·hexanol

Household Cleaners

Comet. with water Fantastik spray Formula 409 Mr. Clean Murphy Pinesol Spic and Span pine Tob Job all purpose Mr. Clean

Household Cleaners

Comet. with water Fantastik spray Formula 409 Mr. Clean Murphy Pinesol Spic and Span pine Tob Job all purpose Mr. Clean

Household Cleaners

Comet, with water Fantastik spray Formula 409 Mr. Clean Murphy Pinesol Spic and Span pine Tob Job all purpose Mr. Clean

Hydrazine

anhydrous

0.2

0

98

bent @ 20 deg. BF Good. Geon; Type I· normal impact BF Good. Geon; Type II - impact mod.

G.i•• • •

BF Good. Geon; Type I - normal impact BF Good. Geon; Type II • impact mod. BF Good. Geon; Type I - normal impact BF Good. Geon; Type II - impact mod. BF Good. Geon 87371; light stable

97 97 97 97 97

30 30

7.64 4.19

70 -85

30

<

BF Good. Geon BF Good. Geon 8700A BF Good. Geon 8750 BF Good. Geon BF Good. Geon 8700A

ex>

""0 ()

171

BF Good. Geon; Type I - normal impact BF Good. Geon; Type II • impact mod. Georgia Gulf HF·2230

Chemical Resistance - Polyvinyl Chloride

01 -.J

g::

Chemical Resistance - Polyvinyl Chloride

""U

<

00

()

rR~agent.

.

,L)!{~I:']Jf~f(hilf~~!}.L .-" --

'JSI',n~,~hl

20,~i

Hydrobromic Acid

20

'.' ·(·.iii>····

Hydroc"h7"lo"""'r.,-ic-A:'""c...,i-;d------------1:":'"0 10

lNP; 15% gl.fib

0,25%

10 10

" BF Good. Geon

30

BF Good. Geon 8761

30 30

BF Good. Geon BF Good. Geon 8750

30 30

BF Good. Geon 8700A BF Good. Geon

30

BF Good. Geon 8700A

30 30

BF Good. Geon 8750 BF Good. Geon 8761

" pickling concentrated

BF Good. Goon BF Good. Geon; Typo II ' impact mod. BF Good. Geon 8750 BF Good, Geon 8761 30 30

0.4 0.8

BF Good, Goon 8750 BF Good. Geon 8700A BF Good. Geon 8750

101 97

BF Good. Geon 8761 8F Good, Geon; Type II - impact mod.

"yd'o,y..l, .,,, Hydrofluoric Acid

,.:::::.~

.... "'

E

•

:::

:'::

_

::~1~1~~~

48 4B

@

"tl

po

:::

'"

en t:l C1l en

<S ~

5:

Q

.,

u::

50 50

BF Good. Geon; Type I - normal impact BF Good. Geon; Type II - impact mod.

50 50

BF Good. Geon; Type I - normal impact BF Good. Geon; Type II ' impact mod.

70 70 70

30 30

6.59 3.9

92 72

BF Good. Geon BF Good. Goon 8700A BF Good. Geon 8750

70 70 70

30 30

5.24 6.49

74 105

BF Good. Geon BF Good, Geon 8750 BF Good. Geon 8700A

Hydrofluosilicic Acid

BF Good. Geon

Hydrogen

I

"yd,.,," ",.,,,.

'" M 30 50

30

-3.12

66

BF Good. Goon 8700A BF Good. Geon

@

::g l=l ~

;:;. 'Jl

tl

Hydrogen Peroxide

50 50 50 50 50 90 90

C1l

'Jl

to· ;:l

t C!'

.., ..,

l=l

It:

30 30

0.53 0.11

81 99

30 30

0.38 -3.59

106 62

SF Good. Geon 8700A SF Good. Geon 8750 SF Good. Geon SF Good. Geon 8750 SF Good. Geon 8700A SF Good. Geon

Hydrogen Phosphide

SF Good. Geon; Type I - normal impact SF Good. Geon; Type II - impact mod. SF Good. Geon; Type I - normal impact SF Good. Geon; Type II - impact mod.

)·}:ta ;;;;;::;., :

{:""':·22 . <.'

Hydrogen Sulfide

W;'1;j;!filCQmmlinil&dJofuse;:'t.":

SF Good. Geon

Hydroquinone Hydroxylamine Sulfate Hypochlorine Acid Hypochlorite Hypochlorous Acid Iodine

solution

10 10

Kerosine Ketones Lactic Acid

25 25 80

Lauric Acid .8

60.. ,i

Lauryl Chloride Lead Acetate

::';';::':::,}:::

\~: '.·:;",8

1,'3"

',,<22\ .,

..:;.

:t;t(~;~~;n;::~r'~:8),

t··..

";i;,;r<;.

.-.;;::~

i., re~mmendedliir Qse;

:. ,. :.': 8·\:

~

SF Good. Geon; Type I . normal impact SF Good. Geon; Type II - impact mod.

.

" SF Good. Geon

Lead Chloride Lead Nitrate 30 30

0.4 0.23

95 99

30 30

0.63 0.96

109 96

-u

<

()

SF Good. Geon 8700A SF Good. Geon 8750 SF Good. Geon SF Good. Geon 8750 SF Good. Geon 8700A

00

Chemical Resistance - Polyvinyl Chloride

U1

co

co

Chemical Resistance - Polyvinyl Chloride

"'U

o<

~

~:~

R:~9~rtt~oifcon~. l~m~~; ,,r(~e ""

('CP'(dliys)

; (%)

.,',-,:,".;"

··:-~·.t

Lead Sulfate

-':". "."

.';-,"

.,22 .

~,[o..' Alir~;'C

Lestoil

2

23 23

2

Linoleic Acid

22" ..60 23.

Linoleic Oil

,,~~t:,~r'

8

60 7

0.25%

7

0> C>

.. , .. ')'.

"9

96.6

9'

97.6

SF Good. Geon

",". i, 'i' ;;,. '.<'

,.,.

LNP; 15% gl.fib

'." fe'comme~l!ed

,.S·

:':';~~:':: ~;.:.}:;:~::

8·

lo!

SF Good. Geon

".:
SF Good. Geon; Type I - normal impact SF Good. Geon; Type" - impact mod. SF Good. Geon; Type I - normal impact SF Good. Geon; Type II - impact mod. SF Good. Geon

'

.f~'>

/' .'$0:;.,,<,

~ U~

Linseed Oil 7

0.25%

98.6 98

,

7

LNP; 15% gl.fib

SF Good. Geon

Liquors

. }::::;: .:\,; . ~::-: ·::,'B: . /:,::>

Kraft liquors

"

,." ..'::, ...,.. ,...., '.: ;', ." . ...

' SF Good.

.;~:;~~;:~r16~J~,;";'

Kraft liquors

Lithium Bromide

n~;;ei~~~;Od~Mr:u~~· .•

SF Good. Geon' Type I - normal impact

-+-+.,..:.,...;.-'.,....:*::.;;~"'r;~,...;.;,:, ..:.>..:.·,.::: .."::..·

-'.

S:F

Geo~; Type" - impact mod.

~::~~eeoon~;~:p:\; ~~~::~:::ct SF Good. Geon

~~: :.~:?::; ;:::;:

Lux liquid

Machining Oils Magnesium Carbonate Magneslu-m Chloride

30 30

0.36 0.47

30 30

1.72 1.42

'),:::~;nien~J1j iji.{:;:;.l

:~.'''~

SF Good. Geon 8750 SF Good. Geon 8700A SF Good. Geon SF Good. Geon 8700A SF Good. Geon 8750 SF Good. Geon

<:~k;t

!,;;~::';

Magnesium Citrate

.~)

.::;~;:'

f-~:::::

Magnesium Hydroxide @

Magnesium Nitrate

'S"'

Magnesium Sulfate

o'en

Maleic Acid

tl (1) en

Malic Acid

~

to· ;:l

t-<

0: ..,

..,

p

u::

...... ,

Manganese Chloride 30 30

0.24 0.32

100 96

SF Good. Geon 8750 SF Good. Geon 8700A

@

~

>l ~

r;' (Jj

15' 15' ;:l

t

0.51 0.36

30 30

(Jj

Manganese Sulfate

10 10 20 20

.., ..,>l

Cl"

\t:

98 109

SF Good. Geon SF Good. Geon 8700A SF Good. Geon 8750 SF Good. Geon

saturated

Mercural Ointment Mercuric Chloride

blue

5

Mercuric Cyanide Mercuric Sulfate

0.28 0.44 1.85 0.71

30 30 30 30

101 93 93 108

Mercurous Nitrate

SF Good. Geon 8750 SF Good. Geon 8700A

" SF Good. Geon 8750 SF Good. Geon

Mercury Mercury Ointment Methoxyethyl Oleate

ammoniated

Methyl Alcohol 7

7

0.25%

100 98.8

LNP; 15% gl.fib SF Good. Geon

Methyl Cellosolve Methyl Chloride Methyl Ethyl Ketone Methyl Isobutyl Ketone Methyl Methacrylate Methyl Salicylate Methyl Sulfate Methyl Sulfuric Acid Methylamine Methylene Bromide Methylene Chloride

"'U

<

()

Chemical Resistance - Polyvinyl Chloride

00 0>

......

Chemical Resistance - Polyvinyl Chloride

"'U

<

CD

en N

()

Methylene Iodine Miii( Mineral Oils Molasses Motor Oils

91 92.4

LNP; 15% gl.fib

" SF Good. Geon 8750 SF Good. Geon 8700A

Gulf. '10 pride

Napht~

SF Good. Geon; Type I • normal impact SF Good. Geon; Type II • impact mod. SF Good. Geon; Type I - normal impact SF Good. Geon; Type II - impact mod.

Naphthalene

2·2"

Natural Gas

Nickel Acetate Nickel Chloride

'
"., X?\3\',",,:·,

t/

30 30

•.•,.,'·;;(;~;~';![!i,~

0.04 0.04

30

;tr;~~;;!?

0.04

. :.:.:;:~:~~.,

99 98

::::::::\::\.::::~,..

~~.J;~

(/,. ·;·recom~nd8d.lOr"us8 """.'.,

'··"".".• st}'", •.

····22·"/'

....; ':. (~

SF Good. Geon

SF Good. Geon 8750 SF Good. Geon 8700A SF Good. Geon SF Good. Geon 8700A SF Good. Geon

Nickel Nitrate Nickel Sulfate Nicotine

with sulfuric acid

84

@

"1l

Nicotine Acid

~

Nitric Acid

S"

n'Vl

tl

(1)

Vl

<E' ;:l

t

..,0" j:l ..,

u:

10 10 10 10 30 30 30 30

30

0.25

110

30

0.13

97

SF Good. Geon; Type J • normal impact SF Good. Geon; Type II • impact mod. SF Good. Geon; Type J - normal impact SF Good. Geon; Type II • impact mod. SF Good. Geon 8761 SF Good. Geon; Type I - normal impact SF Good. Geon; Type II • impact mod. SF Good. Geon 8750

@

'1:l

p-

.. ~,

C/) ~

n' C/)

tI

Nitric Acid

30 30 30 30 30 30 60 60 60 60 60 60 68 68 68 68

~ C/)

\Q' ;:J

t-'

& ..,

..,

p t.t::

100

93 109 119 107

110

BF Good. Geon 8700A BF Good. Geon; Type I - normal impact BF Good. Geon; Type II - impact mod. BF Good. Geon 8700A BF Good. Geon 8750 BF Good. Geon 8761

"

BF Good. Geon; Type I - normal impact BF Good. Geon; Type II - impact mod. BF Good. Geon; Type I - normal impact BF Good. Geon; Type II - impact mod. BF Good. Geon 8761 BF Good. Geon; Type I - normal impact BF Good. Geon; Type II - impact mod. BF Good. Geon; Type I - normal impact 8F Good. 11mod.

Nitric Acid anhydrous concentrated

97 70

anhydrous concentrated

30 30 30

47 102 113

Nitrobenzene

BF Good. Geon BF Good. Geon 8750 BF Good. Geon 8700A BF Good. Geon BF Good. Geon 8700A BF Good. Geon 8750 BF Good. Geon 8761 BF Good. Geon

Nitroglycerin Nltroglycol Nitrous Oxide Ocenol

BF Good. Geon; Type I - normal impact

Oleic Acid

BF Good. Geon

Oleum Oxalic Acid Oxygen Ozone Palmitic Acid

10 10 70 70 70 70

BF Good. Geon; Type I - normal impact BF Good. Geon; Type II - impact mod. BF Good. Geon; Type I • normal impact BF Good. Geon; Type II - impact mod.

'"U

<

()

Chemical Resistance - Polyvinyl Chloride

00 0>

c..>

co

Chemical Resistance - Polyvinyl Chloride

""U

<

Cf> ~

()

:.}

Peracetic Acid

40 40 40 40 40 40 40 40

Perchlorlc Acid

10 10 15 15 15 15 70 70 70 70

Perphosphate Petroleum Llquifier Petroleum Oils

)j~~~<,;\.

i~ .j";;;g6?>·

!~~~~~1;

"'/SOhi

.;/ ,66>'\ ::'::::'::::.,::.:-::::::

J?' 23'"

30 30

~.;;!::;)"~;~;~

. ·,;.1n;;;~i·

0.7 5.4

94 43

7.8 6.5

50 64

··•• ••• ;3;4>; 30 30

~!;·~t~;~';;;;i

« .(.~;/

!\:.-.: .<':'S>\r,:..

i;'} 3\~S;{!iH

~h~~~;';2{~~~t~~:~" .:::.:>:; . :: :/:::::::<'<~:>::::>" ·:}}.wr: . . . . _ ,", ':::\.?'::---:':'-' \@j::.:;:;::~:;?F::::-:-~;>t~::::::~N}:?::):::~: .. ·ie.¢Om",,~#d'fotii~oi\t/

8F Good. Geon 8700A BF Good. Geon 8750 BF Good. Geon

,~~~l~:~::~:YE:":=;::: :~i. ~ggg::~i;~~

ii;~!~ill~&.

NN::~\:,_

,"'!?22ii(

;;";+i:8.;X/:&;

fi·;·;'.·/!'comriWl~(flOl·1ls·"·'·(h •.i

!r~:;irt~i~i

~~~t;~~~~~[I~

"~;',;~~ti~I~I~I~~~r~i\ ~F~oo:~.~eeoon~;7~ee',; ~:;:~::~ct

?}\~

.. -:: :·;·::;:.X ";:;'';-;':-:''':'.,

I:l~;;~~;~:i'~

,~

.', . ;'~•. \. ~, ,;; .",.,' ",

BF Good. Geon; Type II . impact mod. BF Good. Geon

sour

Phenol Phenylhydrazine Phenylhydrazine Hydrochloride Phosgene

gas

" "

Phosphoric Acid

10 10 25 25 50 50 75 75 85 85

@

'S"" ~

n''J> ~ 'J>

l.5'

;:s t""'

0: .,

.,

p tr:

tf:h'22!f:}

\Y{lit
i~ltk~::·
BF Good. Geon

Phosphoric Trichloride IPhosPhorous

yellow

"

BF Good. Geon; Type I . normal impact BF Good. Geon; Type II . impaci mod.

@

::Sl

I:l

~

ri' CIl

SF Good. Geon; Type I - normal impact SF Good. Geon; Type II - impact mod.

~

CIl

~.

Phosphorous Pentoxide

SF Good. Geon; Type I - normal impact SF Good. Geon; Type II - impact mod. SF Good. Geon; Type I - normal impact SF Good. Geon; Type II - impact mod.

;:l

t"'

.,& .,I:l

<.t::

Photographic Fixing Baths Photographic Solutions

Kodak fixer

SF Good. Geon

DK.3 Dektal developer Kodak Short Stop DK.3 Dektal developer Kodak Short Stop

Picric Acid Plating Solutions

brass cadmium copper gold indium lead nickel rhodium silver

lin zinc

Plating Solutions

brass cadmium copper gold indium lead nickel rhodium silver

lin zinc

Potash

aqueous, saturated

Potassium Alum Potassium Amyl Xanthate 3D 30

0.3 1.43

95 75

30 30

5.27 2.81

71 97

"U

<

()

SF Good. Geon; Type I - normal impact SF Good. Geon; Type II - impact mod. SF Good. Geon 8750 SF Good. Geon 8700A SF Good. Geon; Type I - normal impact SF Good. Geon; Type II - impact mod. SF Good. Geon 8700A SF Good. Geon 8750

0:>

Chemical Resistance - Polyvinyl Chloride

0>

en

00

Chemical Resistance - Polyvinyl Chloride

-u

< ()

(J) (J)

I·{

Re~g8nt

"Rllagent

N~te,[Jff~;~' ;-: I,oad }¥f

Potassium Bicarbonate

,

llo Potassium Bisulfate

"

'22··" ,23 { . ¥~

30 30

~

'\..60:,•..,.

'9

30 30

·,.7 •. ,..•. ,

\ ::. . : 22

Potassium Bromate

0

60

~.

8~ ~ .

Potassium Carbonate

~~.

84

Potassium Chlorate

.' "'22·'

Potassium Chloride

!w·:

8B ;6()~ ' , · 8

~" ,,"",\ "8"

Potassium Dichromate Potassium Ethyl Xanthate

Potassium Ferrocyanide @

Potassium Fluoride

'1:l

P

Potassium Hydroxide

n'V>

Potassium Nitrate

~ V>

Potassium Perborate

~

<E' ;:l

s: ... ...

0-

1=l
Potassium Perchlorate

O:(t'i~tI .,

~g//

,.:60.. .

0.24 0.38

104 95

0.75 0.53

100 115

'i

;.:",.

::':'::: '=:::~%;:':'

BF Good. Geon 8750 BF Good. Geon 8700A BF Good. Geon BF Good. Geon 8700A BF Good. Geon 8750

.

recOmmenCkld jor :.,:;::." use , ..... :.;... "." :. ..':' . (,

:?-~:

~

I,:~O~~~~~;lo:';\sSe

B . 8..'. . r

'22

Potassium Bromide

BF Good. Geon

'~""

B

,gO Potassium Borate

s' 8 B 9 9

'.

.,

.,;:'·iii;,'::,;·Y' ·"ii'. ;"?i:' ' ' M . . ..' }

' '.

BF Good. Geon

ex> ex>

Chemical Resistance - Polyvinyl Chloride

"'U

< ()

0>

Santicizer Sea Water Selenic Acid Sewage Silicic Acid Silver Cyanide Silver Nitrate Silver Sulfate Soap Sodium Acetate Sodium Alum

;n"2.~

. §Q .

~

• •. ;~&~;4

Sodium Benzoate Sodium Bicarbonate Sodium Bichromate 30 30 30 30

Sodium Bisulfate Sodium Bisulfite Sodium Bromide Sodium Carbonate @

;:g

Sodium Chlorate

J,:)

~

;::;.

Sodium Chloride

CIl

15' CIl

tEo ;:l

t:

., .,

0J,:)

<.t::

Sodium Chlorite Sodium Cyanide Sodium Dichromate

0.46 0.27

95 101 111

96

SF Good. Gaon 8700A SF Good. Gaon 8750 SF Good. Gaon SF Good. Gaon 8750 SF Good. Gaon 8700A SF Good. Gaon

@

'tl

P ~

I

Reagent

Vi

(%)

tl

Sodium Ferricyanlde

tEo

Sodium Ferrocyanide

C1l Vi

Tensile ;>trength

Reagent Note

r;'

Material Note SF Good. Geon

;:l

t

Sodium Fluoride

u::

Sodium Hydroxide

..,CS ..,~

. >::: 10

·'··"'22

10

23

10

23:'

10

,60

:"~~

7 7

~X>%::

7 bent @ 20 deg.

0.6

0

98

:'~

43

Georgia Gulf HF-2230

8

I

~~

30

.

g

8

l

recommenDed lor use . ::;.:

.'~:'

8F Good. Geon

30 50

22

50

23

30

J

0.34

~3 ,

30

I

0.04

108

:d)"··

30

. -0.02

117

50 50 50 50

:::

:.,.60':' .:co

1

;

30

i' :~;;'

~:~.

!.

0.92

Sodium Hypochlorite Sodium Nitrate

r i

8F Good. Geon 8700A ::',. ::.:':'::. :.',

'.:.:

,.:t.?:::

(;;!;;~if~~;rtr;~?~~:;

SF Good. Geon 8750 SF Good. Geon SF Good. Geon 8750 SF Good. Geon 8700A SF Good. Geon

Sodium Nitrite Sodium Perchlorate 30

0.29

96

SF Good. Geon 8700A

30

0.26

101

SF Good. Geon 8750

30

0.33

III

SF Good. Geon 8750

30

0.38

102

SF Good. Geon 8700A

SF Good. Geon

Sodium Peroxide

SF Good. Geon 8750

Sodium Sulfate

SF Good. Geon

Sodium Sulfide Sodium Sulfite Sodium Thiosulfate Stannic Chloride Stannous Chloride Starch Stearic Acid Stoddard Solvents

white spirits

""U

<

(')

00

Chemical Resistance - Polyvinyl Chloride

m

co

CD ..... C>

Chemical Resistance - Polyvinyl Chloride

"""U

< () IRe,,~~~nt/ .-,:;,~:~

Succinic Acid

30 30 30 30

SF Good, Geon 8750 SF Good, Geon

Sulfite Liquors Sulfur SUlfur Dioxide

dry

moist

C'z3'X

dry

":~'\60""

""". 'iii

~:

SF Good. Geon; Type I - normal impact SF Good. Geon; Type II - impact mod.

·"t:~6€T'j~~i(¥f¥f,t.;{:;i!;;:

SF Good. Geon ,,-nol'reComrriehdell-loftise : . : SF Good. Geon; Type I - normal impact

~O

moist

SF Good. Geon; Type II - impact mod.

Sulfur Trioxide

I

/t:,22//'

Sulfuric Acid

:,@.'):.(Qi;ommtndell
<:'8N?:

SF Good. Geon

3 3 10 10

7

10

7

10

7

10

7

98.1

0.25%

LNP; 15% gl.fib

99.4 0.4

0

9S

" 57

Georgia Gull HF-2230

bent @ 20 deg.

10

SF Good. Geon

20 20 33 33

Sulfuric Acid

50 3

50

w~h HN03

50

30

2.73

84

50

@

'1:J

\:i ~

o·en tl ~ en

Sulfuric Acid

with 68% HN03

50

with HN03

50

SF Good. Geon

" 30

8.68

43

30

-0.08

96

60

30

-0.04

97

60

30

0.05

103

60

30

-0.23

112

SF Good. Geon 8750

70

30

-0.228

100

SF Good. Geon 8750

70

30

-0.28

100

SF Good. Geon 8700A

70

30

0.82

102

SF Good. Geon 8700A SF Good. Geon 8750

70

70 30

-0.27

114

30

0.03

107

t-

80

u::

SF Good. Geon 8761 SF Good. Geon; Type I - normal impact

80 80

"

SF Good. Geon

80

.,>l

" SF Good. Geon 8700A

SF Good. Geon

70

.,0:

8F Good. Geon 8750

60

;J

15'

SF Good. Geon 8750

SF Good. Geon; Type II - impact mod. 30

-0.21

100

SF Good. Geon 8750

@

'U

~

VJ

~

0' VJ

100

tl

(1)

VJ

cEo ;:l

BF Good. Geon 8700A BF Good. Geon 8750

t-<

..,0: l=l .., tl:::

BF Good. Geon 8700A BF Good. Geon; Type I - normal impact BF Good. Geon; Type II • impact mod.

Sulfuric Acid 99 98

BF Good. Geon; Type I - normal impact BF Good. Geon; Type II - impact mod. BF Good. Geon 8750 BF Good. Geon 8700A BF Good. Geon; Type I - normal impact BF Good. Geon; Type II - impact mod. BF Good. Geon 8700A BF Good. Geon 8750

Sulfuric Acid

96 85

BF Good. Geon 8750 BF Good. Geon 8761 BF Good. Geon; Type II - impact mod. BF Good. Geon 8750 BF Good. Geon 8700A BF Good. Geon 8750 BF Good. Geon 8761 BF Good. Geon; Type II - impact mod. BF Good. Geon 8750 BF Good. Geon 8761 BF Good. Geon 8700A

Sulfuric Acid

70 83

62 94 90

BF Good. Geon 8750 BF Good. Geon 8761 BF Good. Geon; Type II . impact mod. BF Good. Geon 8750 BF Good. Geon 8700A BF Good. Geon 8750 BF Good. Geon 8761 BF Good. Geon; Type II - impact mod. BF Good. Geon 8750 BF Good. Geon 8761 BF Good. Geon 8700A

Sulfuric Acid pickling

BF Good. Geon

Sulfurous Acid Tall Oil

BF Good. Geon

Tannic Acid

""U

<

()

Chemical Resistance - Polyvinyl Chloride

co -..j

......

00

Chemical Resistance - Polyvinyl Chloride

"o<

-..r

I'V

Tartaric Acid Tetraethyllead

8""'" 8

23 23

Tetrahydrofuran

,

'''60''>:,

3::.'

22

3'·

8F Good, Geon; Type I • normal impact

or,

nOI

re~.ll~~e?d~
':: 8F Good. Geon; Type II • impact mod,

,

BF Good, Geon

Tetrasodium Pyrophosphate Thionyl Chloride Thread Cutting Oils Tlrplneol Titanium Tetrachloride Toluene

Toluol

Transformer Oils Blank 110 Blank 62 Blank 110 Blank 62 Blank 110 Blank 62 Blank 110 Blank 62

30 30 30 30 30 30 30 30

0.03 0.02 -0.Q1 -0.02

100 100

BF Good. Geon 8700A

" BF Good. Geon 8750

" BF Good. Geon BF Good. Geon 8700A

0.91 0.56 -0.05 -0.06

" BF Good. Geon 8750

"

Trichloroacetic Acid Trichloroethylene Triethanolamine Trilon @

'1:l

~

Trimethyl Propane

BF Good. Geon; Type I • normal impect BF Good. Geon; Type II - impact mod, BF Good. Geon; Type I - normal impact BF Good. Geon; Type II . impact mod.

Trimethylamine

BF Good. Geon; Type I • normal impact BF Good. Geon; Type II - impact mod. BF Good. Geon 8700A BF Good. Geon 8750 BF Good. Geon; Type I • normal impact BF Good. Geon; Type II • impact mod .

~

Fi' en

t::l

~

en

~.

;:s

t-'

0: ...

...

I=l It::

30 30

1.85 -0.02

77 99

@

~

i=l

~

;:;. VI

tl

~

VI

<E'

Trisodium Phosphate

~

Turpentine

;:l

..,0..,i=l

SF Good. Geon; Type I - normal impact SF Good. Geon; Type II - impact mod. SF Good. Geon; Type I - normal impact SF Good. Geon; Type II - impact mod.

<.t:

Urea

SF Good. Geon

Urine Vaseline Vegetable Oils Vinegar Vinyl Acetate Water

acid mine water deionized demineralized distilled salt water water soak test

distilled

Water

0.15 0.15 0.15 0.27

o o o 103

hydrolitic stability

0.3 0.3 0.3

o o

o

100 100 100 101 100 100 102 101 98 104 103

96 104 100

96

Water

acid mine water deionized demineralized distilled salt water distilled

<

' l~i;~~,;! ;,~[i[~l~1;; i;I~:~ ~:;il ;~,~lf;

SF Good. . SF Good. SF Good. SF Good. SF Good. SF Good. SF Good. SF Good. SF Good. SF Good.

Fiberloc 801GR10; 10% Fiberloc 801 GR20; 20% Fiberloc 801GR30; 30% Fiberloc 801GR10; 10% Fiberloc 801GR20; 20% Fiberloc 801GR30; 30% Fiberloc 801GR10; 10% Fiberloc 801GR20; 20% Fiberloc 801GR30; 30% Fiberloc 801GR10; 10%

gl.fib. gl.fib. gl.fib. gl.fib. gl.fib. gl.fib. gl.fib. gl.fib. gl.fib. gl.fib.

SF Good. SF Good. SF Good. SF Good.

Fiberloc 801 GR20; GR30; 30% 20% Fiberloc 801GR10; 10% Fiberloc 801GR20; 20% Fiberloc 801GR30; 30%

gl.fib. gl.fib. gl.fib. gl.fib.

SF Good. Geon

0.79

121

"'U ()

SF Good. Fiberloc 801GR10; 10% gl.fib. SF Good. Fiberloc 801GR20; 20% gl.fib. SF Good. Fiberloc 801GR30; 30% gl.fib. SF Good. Geon 8750

SF Good. Geon 8750

00

Chemical Resistance - Polyvinyl Chloride

-...j

c.u

Chemical Resistance - Polyvinyl Chloride

-u

< ()

Whiskey White Liquor Wines Xylene Zinc Chloride Zinc Nitrate Zinc Sulfate

@

'1:l

S'

~

r;'

en

?? CIl

16' ;:s

t

... P ... <.c::

CT

xylol

ex> ...... .j:>..

@ " " I ; I

'" [

Reagent

:::'.

;

("")

~

•

Acetamide

;:l

t Sf ~

~'...

~

~;.....,....

COllc.

Temp.

. (%) .

I'C)

Acetaldehyde

(\)

en 15'

Reagent Note ~-.

';':.

. 1

Acetic Acid

5 5 10 10

I

5

.

,"

P

."

.~

8 8 8 8

30 50 50

'"

52 5~

k ,

23

I

J

,':i.. 5"2

25 25 30

"

,'

Acetic Anhydride

Acetyl Oialanine Acetyl Olleucine Acetyl Oimethionlne Acetyl Oitryptophan

;,; powder

Acetyl Oivallne

28

i

\7

.!

,7

\'i

28 28 28

::~=:::,.

8 8 5'

no ellect expected expected life: wks. to mths.

5

',H"

", 2~:"/'I' 52 ,,-.

28 28

.. r} ; . 9-'" 9 .

28 28

23 , , : 52 .i:

28 28

," ,.:,: 23 ..;, ... 52"., ,

28 28

"

"..

moder. ellect; expo life: wks.-mths.

28 28

~,3, ,52' '23 ;. 52 ,.'

28 28

Ii" 1

t'

71

7

"

i

no ellect expected life: mths. - yrs. no ellect

expected life: mths. - yrs. no ellect expected hfe: mths. - yrs.

:)t ,,;.~

..7".~;

'.

5

.../,

2' ,;,2" ,A,;

moder. ellect; expo life: wks.-mths. severe attack expected

L~~; . ~::::.::,"

~;"';;~~\Li'l' 23'),,~ 5,2 I

;: ':

I )

rr·

9, 1

···7

,

powder

i'··...

j ' .9 ' "

!

~I

- 9

7

I

.~""

Allyl Alcohol Aloin

:: ;.,

5 '5'"

..; .

"

51% H2S04 and others

..,

i ,:.,

no ellect expected life: mths. - yrs.

7,,; .",.

28"

J

Acetylene Tetrabromlde Acid Mixtures

'1 ..

Dow Saran

8

28'

. '..... ' . 52

n-acetyl divaline, powder "

!

1

23

"i,.,23

"

no ellect expected

52','

::.: ,,23:'" ';'::,52

powder "

Ii 8 8 8 9

23 52

n-acetyl dUeucine

noellect expected life: mlhs. - yrs.

)

23 ",52

;

7"

'8

f

52

Acetophenetonone

!

expected life: wks. to mths. no ellect expected

8 9;

S~

.. H,',,' .H2:f· . .

Material Note

8

23:'

'\<.2JJ/ '·'.,~2".",. j

Acetophenone

28 28

23 52 i '23:: I 52 i

glacial

Acetone

r

i,.'

23"

I

.~.~...

(day,)"

5~ \

Resist,ance~ote

POL Rating

~

,..'''"'''..

~2".

~3 .

HI "

~3 ~3'

powder powder, saturated solution powder powder, saturated solution

It::

Time

,,',

"

'f,I:+]

exp;~:~f~;~:;~::t;: yrs.

2 8 " ~';,iit , 8 . /{',

no ellect no ellect expected

"'0

< o

()

00

......,

Chemical Resistance - Polyvinylidene Chloride

01

00 --.I 0>

Chemical Resistance - Polyvinylidene Chloride

"1J

<

CJ

(")

..

'.-

-

..

Aluminum Acetate

Dow Saran

Aluminum Chloride

21 21

28 28

no effect expected life: mths.. yrs. no effect expected

saturated solution 28

no effect expected life: mths. to yrs.

saturated solution

expected life: mths .• yrs.

Aluminum Fluoride

i'

V/:~·C8>\:

"': 23'

. :". .5:~::·t.:

no effect expected

g?':t7: "

expected life: mths. to yrs.

'~i'\V 8"·····

no effect expected

Aluminum Hydroxide Aluminum Oxalate

!l

'::,(\23"'):'i:

Aluminum Oxide Aluminum Potassium Sulfate Aluminum Sodium Sulfate Aluminum Sulfate

saturated

saturated

Aminoacetic Acid

~j\I~)~I ~ I ;:~I[l~

~ ri;l~ l~ l~i;!~ri~;~,

no

ef~:c:~::~cted

glycine

Amlnolsobutyrlc Acid (2-)

/UW;,17IiitU: ~,;):'t;~~'IIi\ii!lf~:t:;~;::~:;l0);~i~':~ i'>M~gdn

Ammonia Ammonium Acetate

::

saturated

\VA23'/'/·':

28

28

"itiSd$P",:·,.·.:b

x{ ?(:!3Jd\::%J:U~X

Ammonium Aluminum Sulfate

expected life: mths.• yrs. severe

a"a~k expected no effect

no effect expected

Ammonium Bicarbonate Ammonium Bifluoride @

'U

S"

satureted

,Ammonium Bromide ~':'!d!3"/:nt:i

Ammonium Carbonate

~

saturated solution

~

~-~~~

~. ~

28

UWi:52}::;:

{:::;)):;;;,9&>(··'·':

no effect

'5E;
no effect expected

L·"i.':/Ndl i"":Ii)

no effect

Ammonium Chloride

~.

;:l

t-o

...0:

p
...

IAmmonium Dicliromate

s a t u r a t e d ; ( , ' / : : ' i ' 2 3 ."

28

@

'tl

P C/)

tl

Time

Reagent Note

~

0-

;>.~.;;~,:.:::,::;;.;;J,,;.;

($I.Y,!) .

'."

Ammonium Fluoride

28 28

saturated

Cll C/)

~;:l

~

.., ~ ..,

saturated

PDt Ratln!1_

ResistaiiJ:~Nqfe

Material Note

+ no effect expected life: mths. - yrs. no effect expected expected life: mths. to yrs.

Ammonium Glycolate

... ':';';:;'

."

:1

Dow Saran

no effect expected

0-

u:

AmmonIum Hydroxide

5 5 10 10 15 15

severe attack expected

28 28

severe attack; soft in tew hrs. severe attack expected

20 20

25 25

28 28

30 30 concentrated

severe attack; soft in few hrs. severe attack expected

28 28

severe attack; soft in few hrs.

Ammonium Metaphosphate

no effect expected

Ammonium Molybdate satureted solution saturated solution

Ammonium Nitrate saturated solution

28

saturated solution

28

Ammonium Oxylate

no effect no effect expected no effect expected life: mths. to yrs.

Ammonium Persulfate

no effect expected

Ammonium Phosphate Ammonium Sulfate saturated solution

28

no effect no effect expected

saturated solution

Ammonium Sulfocyanide Ammonium Thiocyanate Ammonium Thloglycolate

expected life: mths. to yrs.

Amyl Acetate

n-amyl acetate

Amyl Alcohol

n-amyl alcohol

no effect expected

28 28

no effect model. effect; expo life: wks.-mths.

-c

o< ()

(X)

Chemical Resistance - Polyvinylidene Chloride

...... ......

ex> ex>

Chemical Resistance - Polyvinylidene Chloride

"'U

o< ()

-..J

;{';~:;

Amyl Chloride Amyl Phthalate

·"C.

;,'.

Aniline

23

" ..

. 23

:52, -".....

28 28

.,. L

'u

Aniline Sulfate

no eflect expected

expected life: mths. to yrs.

23'"

no eflect expected

5~

Antimony Trichloride

',,<:, 8 '.<: ':

23

.

52; 3 parts Hell 1 part HN03

8

28

./

--

~~'t

concentrated

Arsenic Trioxide Aspirin

expected life: mths. to yrs .

7

"5~>, . ~~< ;

Anthranilic Acid

Arsenic

severe attack; soft in few hrs .

2

"23,. "

lard

Aniseed Oil

Aqua Regia

no eflect expected

r

•, 52 Animal Fats

>;:;: ·8 ."

...'.. 8

52 .'"

expected life: mths. to yrs.

28 powder wet paste pills

moder. eflect; expo life: wks.-mths. severe attack expected

28

8,'"

::@c

no eflect no eflect expected

no effect no effect expected

powder wet paste

AUOplne Sulfate Barium Bromide ·..· 23

Barium Carbonate saturated solution

~~'

saturated solution

52(

~?'::' '

Barium Chloride saturated solution @ saturated solution

~

po ~

r;'

't"l C1>

'";:s to· t-<

0: -, p -,

~

Barium Hydroxide [Barium ~ulfate lB8rium Sulfide

expected life: wks. to mths. no eflect expected

~::.:,

--',-.,.,. 23..

.,'.' 52?:

[Beer

>,,'X'2:i'

·';P>S2.

@

"\:l

f:i ~

n'CIl

Re~g~#f-

.

-"-·::j~!::r·::

'··.·1· in isopropyl alcohol

tl

til

CIl

~.

;:l

t-<

...,0: I=l ...,

.

~

. -.~ ...;.....

:~~-

."

:'~'.

":::~:':::'>~;

1 1 5 5 10 10

expected life: mths. to yrs.

~"

I...';::::

:';.·V~.~

__ '~':"

DowSarM

expected life: wks. to mths .

u::

" consid. chg.; expected life: days moder. effect; expo life: wks.-mths.

Benzene Benzene Hexachloride (1)

lindane

20 20

I

'('2~.

,,{<-...

28 28

Benzenesulfonic Acid Benzoic Acid

saturated crystals saturated crystals

28

. ;;;52.<;

28

1.5 1.5

no effect

" no effect expected no effect no effect expected no effect

:;:::::;;:,

""~[;,;'~~':;~",,;i\

Benzyl Alcohol

:.;.: -., ?t\::~ :~

...~

no effect expected

~.:

;:~<

.

.::

I;·,:.,)~~ ·,·.:i;;:

i... . ;,:

.>;:jJ!W?i@.·.•;i.•·,·~

;'~;;glVf'{A

:::;~:~~.:.:

" " expected life: mths. to yrs. no effect expected expected life: wks. to mths. no effect expected

Bismuth Carbonate

"

powder saturated solution powder saturated solution

10 10

Boric Acid saturated solution saturated solution

Boron Trifluoride

"i~~~~

, ',;:q?y,

Benzyl Acetate

Borax

expected life: mths. to yrs. expected life: wks. to mths. expected life: mths. to yrs. expected life: wks. to mths.

52'"

I

28 28 28 28

~I

no effect

" no effect expected no effect no effect expected no effect no effect expected

Brines severe attack expected

Bromine

no effect expected

Bromoacetic Acid Bromobenzene

28

model. effect; expo life: wks.-mths. expected life: wks. to mths.

Bromobutyric Acid (2-)

-c

< o

()

co

Chemical Resistance - Polyvinylidene Chloride

-.,J

CO

co co

Chemical Resistance - Polyvinylidene Chloride

-u

< CJ

o

()

i{,i~;~18~~;ili11'J~

Bromoform Butadiene

28

Ii

Butanane-4-p-Methoxy Phenol (2-)

28 28

Butyl Acetate

n-butyl acetate

Butyl Alcohol

n-butyl alcohol

.

~~;l;j~~~~l:~l';;;;

,~~~I'llil~l;rlj,r;i;

~~1~'~~!!~!~~'

nK;g~~mkl;;.;

BuDer

i~I);~1tl~~i~!lfl:~rj;;j

~~~mgW~g~Wn+Wlt~ 28

~'~%%A:(~:9H::bQX~~~

moder. effect; expo life: wks.-mths. expected life: wks. to mths. expected life: mths. - yrs. consid. chg.; expected life: days expected life: wks. to mths.

.

no effect expected

. no effect

Butyl Alcohol- sec

.·.·@n.w·~~.·.·.;mVl

:it5:¥ft::7i~tgfMJf

Butyl Chloride

• n?lMi~Wn;F\

tN::#i9K~~M%t?M

Butylphenol (0-)- sec

Hk;n?~hl;¥

·m<;;.;'.~l;,;

)i.WN••·.·~~i'j.;.·Wt

··;;.W%.g;)f;;¥i:

~~.ill'1Iii,'l;~rt1i

~j'li~jil'l~~~\~I~f:

Butyl Alcohol- tert

Butylphenol (p-)- sec

!~i!~ ~l!~ ;j.1{:!~

Butylphenol (p-)- tert Butylphenyl Ether· tert Butyl Stearate

n-butyl stearate

Butyraldehyde Butyric Acid

Caffeine Citrate

"" .....

E" fJl ri'

severe attack expected

..

;n••;?~.;%·.·;t

;j;~li~l!~l'll~[~~;' ;'::1;;;;111g&m

expected life: mths. to yrs.

"·;'i;;.• ng~.@.:M'

i]iU?/HDifA!

severe attack expected

t#:/m:S$g@@~~Wt

;Mgi~;fW%;

11i;;;il~I]11~~1~

i.;~ill~1~j,i;1'1f;1{~'1 ~{:~!J~I~~lll11;'~~I,~!

xtNiIZ;iindP.;

severe attack expected expected life: mths. to yrs.

n-butyric acid

..

Cadmium Bromide

@

• • @§n

expected life: mths. to yrs. no effect expected expected life: mths. to yrs. severe attack expected

i~;!'l;.~~1111f~~

saturated

..

tmrrtlgc~:::~7tg

Calcium Bromide

28

.

no effect expected

.

no effect expected life: mlhs. to yrs.

:jtg\:::~~]lJ.Jtrf:W:d

no effect expected

Calcium Carbonate

;'i1'i'Mg~jn'nN

YilWMnUWrn

expected life: mths. to yrs.

Calcium Chlorate

M~~@}~)g~ili::~td}~

~g*~{t)#ft;11.0@n:::

no effect expected

fJl

tl

~

fJl

tEi· ;:l

t"'

0: ..,

..,~

tt::

Calcium Chloride

15 15 powder saturated solution

28 28

no effect expected life: mths. - yrs. no effect expected

,.~.:c:":.

@

~ p ~

r;'

en tl en

Reagllni .. . .". ,

Rea~erirNJ)te

Calcium Chloride

powder saturated solution

~:

;,'.-:

(1)

<E'

Calcium Chloride Sulfate

t ..,0P ..,

Calcium Hydroxide

PDL.Rating

Tl{Ile Id:llv..\

. .

,.,

.,'

52,

\C

23

28 28

5':

Calcium Hypochlorite

"23·

20 20

.,

23

28

s.~

52 23 23

saturated solution

no effect expected

DowSarM

9 '7

no effect

,

expected life: mths. to yrs.

7;",..

2~

Calcium Nitrate

,9

.,

52

saturated solution powder saturated solution powder

Material Note

8 8 8 8 .....~,

~~'

;:l

concentrated

. R~sistance Note

28

:=,

7 expected life: mths.. yrs. expected life: mths. to yrs. expected life: mths .• yrs.

'7 7

7

expected life: mths. to yrs.

7 7·

r';

7',

Calcium Oxide

saturated solution

;7.,.

powder saturated powder saturated

ii 7", 8

2:r· ".S2

Calcium Salicylate

Camphor

.23~·"

oil crystals

'~~'"

28

'·'52

no effect expected

8 '7' 7 7' 9 ,,,,,

expected life: mths. to yrs.

no effect expected life: mths. to yrs.

7 7

'.'52.

oil

no effect expected expected life: mths. to yrs. no effect expected expected life: mths. to yrs.

8

~:F"" 52

Calcium Sulfate

,

8

Carbazole

no effect expected

II

Carbon Bisulfide

28

Carbon Dioxide

j

2r

•

52"

Carbon Monoxide

kl

consid. chg.; expected life: days severe attack expected

8

no effect expected

,8

23

,

""52

t

23'

Carbon Tetrachloride

3 2,,..

::

28 28

52

Carrot Juice

3

expected life: mths .• yrs. consid. chg.; expected life: days

8

no effect expected

7

~:

"8

Castor Oil

USP

8 8

·23

:""

5.2}

8.

Catsup Cedar Leaf Oil Cedar Wood Oil

!

,8Y· ~ 7

expected life: mths. to yrs.

,,~.8·f'

no effect expected expected life: mths. to yrs.

'7

"'U

< o o

Chemical Resistance - Polyvinylidene Chloride

co co ......

00 00 N

Chemical Resistance - Polyvinylidene Chloride

-u

< o

()

)':'~:i:i);i

Cellosolve Acetate Cesium Bromide

'23·'<' "
-52;>",

Cetyl Alcohol Chlorine

10 10 10 10

"".2~?);

J;

*';'i;'~2< nii

~,."\;t;~~'

Chloro-4-phenylphenol (2-)

Chloroform

Ii dX23';'

Chloronitropropane

t(ii:!tJ(~~;;;

';;

28 28

Chloropropionic Acid

:i[i:;;:~:l~;~; , """.23'/ ",,,,,

28 28

Chloroacetic Acid

..

:,,';;"···52·····

powder

f. '/,g,3

..

\~~;~.J

Chromic Acid

10 10 20 20 50 50

..

Cinnamon Oil

VI

Citric Acid

expected life; mths. to yrs.

• '.~i1i;;"~:1~:,, • :\~;,·.

no effect expected expected life; mths. to yrs.

til

expected life; wks. to mths. no effect consid. chg.; expected life; days severe a"ack expected

' Ii>it~i;'
no effect expecled life; mths... yrs.

:<:7~~:<~.~H;:,>r:~

i;;;;·'

h

.:;}::7:::vt···

. 3··""·}·".

~., '" ;Jj;f'1~~;~; ...:.;....::;..

;A '..

>7:::~

: . ;: ;-,::::::

;.71;;\>

.

..

.. ..

consid. chg.; expected life; days consid. chg.; expected life; days severe attack; soft in few hrs. expected life; mths... yrs.

..

;?·tM;>.2,,)·:·W,' :"":.'

severe attack; soft in few hrs.

~tii;)i'1t~~';;[~I~;~\!i~; ;~~;;i;;~~i~~(,,;·i

no effect expected life; mths... yrs. expected life; wks. to mths. consid. chg.; expected life; days

f.";; 2'1;/,"

severe attack; soft in few hrs. no effect no effect expected

"

28 28

f';'il;\:'~;tlij!ijt;lil0~ ,;. ······);;;!@ti>·. \bi(~U;%

expected life; mths ... yrs.

..

no effect expected

..

expected life; mths. to yrs.

10 10

\:) ('l

?<W);?3dKU

.

Citronella

no effect expected

28

crystals

VI

lEi'

.,

r.:?:S· . .t>:· :, ",i:.::/~

•Cinnamon

l:l

u::

expected life; mths, ' yrs, consid, chg,; expected life; days

28

':i;~\';~iIt~:;~i(I-l!;;

Cider

.,0:p

,j'"

~\;tiB~!~!~il~;l;;'i

plating solution

t-'

,::{I'52;WT ; •

Chlorosulfonic Acid

;:l

::i(

\;,;.:P::·

and 6 in mixture

Chlorobenzene

~ C:;.

28 28 28

28 28 28 28 28 28 28 28 28

Chlorophenylphenol (4-)

'tI

~i;!ji'~:;'::[

:~:':'};;;;,;< ;;~~;;;~ " .';"

k:;;;[~~~;;, moist in air moist

@

28 28

no effect no effect expected

citronella oil

.

"Xirt5?:(@UKi

%\W1Wllt.ff( Tf::

expected life; mths. to yrs.

@

'tl

S" ~

-. '::';-:.. ~.>'\:~"':::;

r;' VI

i? VI

expecled life: mths. to Vrs. no effect expected

cE' ;:l

t""'

0: ..,

..,>:l

u:::

::,::.: ,

Dow Saran

..'

Coconut Oil

11"', ".".,.

23'

;),~?>

,.,:'

expecled life: mths. 10 Vrs.

Cod Liver Oil Coffee

no effect expecled ground instant powder ground inslanl powder

Copper Chloride

"(,-;--

·213 saluraled

"23

;/!;g~

salurated

:[ .~:.>""

Copper Cyanide Copper Fluoroborate Copper Nitrate

i'

28

9\ 7

28

9.

expecled life: mths. to Vrs.

28 28

7 <"7,L'

expected life: mlhs. - Vrs.

2:3.

7

expecled life: mths. 10 Vrs.

52.

7

-

Copper Sulfate 28

salurated

28

saluraled

Cottonseed Oil

23 ':52'

Cranberry Sauce

23 .'''' . 52

Cresol

Cuprous Oxide

8'

8 8 ".5'

~.

52. '..,.23" ."

'"

~2

Cumylphenol (p-)

no effecl expeeled

8'

;i.~,~t··

Cresotinic Acid (0-)

no effecl expecled life: mlhs. 10 Vrs. expected life: mlhs. - Vrs.

.>:.

~3 52

Corn Oil

expecled life: mlhs. 10 Vrs. no effecl expecled life: mlhs. 10 Vrs. no effecl

expecled life: wks. 10 mlhs.

·····'t; ,5'-' no effecl expecled

.~~~>'

'23' .

8 5. /' -

'52-

5···.;.'

23

. 8.··:

,,".: ... 52..

expected life: wks. 10 mlhs.

-

-'

no effecl expecled

8.·:

Cyanoacetic Acid Cyclohexane Cyclohexanone Cyclohexyl Alcohol

-

:,,"

28 28

:'<23"':. /52. 2~> ""52

28 28

no effecl expecled life: mlhs. - Vrs.

. :::

severe attack; soft in few hrs.

2..

~:.j

no effecl expecled

-u

< o

()

Chemical Resistance - Polyvinylidene Chloride

00 00

w

< 0

()

ex> ex>

Chemical Resistance - Polyvinylidene Chloride

-u

~

I;'" . :Re.gen.

~:;~:;:;·.1:;~~:t;~:r::

,:(:.-'

~.' "~

~e~~~~r~;;te

COile., ~~.'

DDT

~:

>1

Temp;'

.....' . .;;J~:)'

.

PDl~R,iig~ .

Tirt;e iilay.!!

··.s.··.......·,:·:

I :·: ..··:·:·::..

·2'3

Dehydroacetic Acid powder

28 28

expected lif.: wks. to mths.

no .ff.ct .xp.ct.d

Diaminobutyric Acid (a) Dibutoxyethyl Phthalate

•. 23

'. ~2

Dibutylphenol- sec

28 28 28 28

no eff.ct

; '-'--.;:;.

.~

;, -]

.xp.ct.d life: mths .. V's.

'2

23 ":~2'

.i;

di.:;.

:J>~li;j :;1;!~~

f,;.,,,i:i;* ;;;U~ 28

~:

.!);~;dj'jN"

. ;;:(:~;~;~ij,~;;;

28·Y/{Mf,:\@iY: 28 28

no eff.ct

.xpect·:~':;f::~s .. v's. .xpect.d Iif.: mths .. V's. mod.1. .ff.ct; expo Iif.: wks.-mths.

Dichlorobenzene (p.) ulIllmmolamine Diethyl Benzene Diethyl Ether

consid. chg.; exp.ct.d Iif.: days s.v.re attack; soft in f.w hrs. .xpect.d life: wks. to mths.

ulemy. Ketone Diethyl Malonate Diethyl Phthalate

"tl

p ~

n'

Diethylene Glycol

'"\:I

Diethylene-Glycol Butyl Ether

'" 15'

Diethylene Glycol Ethyl Ether

C1>

;:J

t-'

0: .,

.,

l:l

u::

Diethylene Glycol Methyl Ether

Dow Saran

no .ff.ct model. .ff.ct; .xp. Iif.: wks.·mths.

Dialanine

@

,,~teri~!.Note

;:~

5;1 '23

52"1

Dichlorobenzene (0-)

...

no .ff.ct .xp.ct.d

:~:,t§ I

Diacetone

Dibutyl Sebacate

,: . ;z·

~:

·.),2, ....,.

Decalin

Dibutyl Phthalate

R~sist(lnCeN~te expected lite: mths. to V's.

75

Dibutylphenol· tert

; .. "

/:

28 28

no .ff.ct .xp.ct.d .xp.ct.d IiI.: mths. to V's. no .ff.ct .xp.ct.d .xp.ct.d Iif.: mths. to V's. no .ff.ct .xp.ct.d .xp.ct.d lif.: mths. to V's. no .ff.ct exp.cl.d .xp.cted lif.: mths. to V's. no .ff.ct mod.1. .ffect; .xp_ lif.: wks.·mths. no .ff.ct .xp.ct.d .xp.ct.d life: mths. to V's.

I

.. :·~;::~·}f::t···

"1:l

P Vl ~

ri' Vl

tl

!~l!ag~t,:

Reagent Note >"

Diethylenetriamine

~i

b';; :8?~c,

Temp.

Vl

t""'

....>l

(C

!

o

I

:~

)

)

Diisoleucine Dileucine

23

52 powder

23 ' ,52

23

Dimethionine

52

reo

Dimethylformamide

52 23

~.

Diphenyl Oxide

23. 5~ 23 52

.

9 7 9 7

!

I. ;

.I

Dipropylene Glycol Methyl Ether

23 52

23

Diserine Ditryptophan

powder

Dltyrosine

J:~~;o:~

Dlvaline Dowicide G

sodium salt

no effect expected life: mths. - yrs.

::i

T ;

28 28 28 28 28 28 28

expected life: mths. to yrs.

no effect expected life: mths. - yrs.

':

28 28 28 28 28 28 28 28 28 28

_

..;.::./

3

~

~" 2.

"

consid. chg.; expected life: days severe attack expected

8

no effect expected

8 7

...,..

3/

l'

.

absolute

expected life: mths. - yrs.

expected life: mlhs. - yrs. ~:'~.

;.

~

expected life: mths. to yrs.

5 5 10 10

no effect expected

1

expected life: mths. to yrs. expected life: wks. to mths. moder. effect; expo life: wks.-mths.

28 28

2-8

expected life: mths. - yrs. consid. chg.; expected life: days

no effect

85-88 85·88

Ethyl Alcohol

consid. chg.; expected life: days severe attack; soft in few hrs.

2.

"3

,

,I

severe attack; soft in few hrs.

"~~ ,': .~,

I

powder

Ethyl Acetate

no effect expected life: mths. - yrs.

7

23

5.2.,

no effect expected life: mths. - yrs. no effect expected life: mths. - yrs.

7

52

Dipropylene Glycol

':.•.." ...

DowSarM

7."

23

Diphenylamine

9'

Material Note I •. ,..,

expected life: mths. to yrs. expected life: wks. to mths.

7 9

~2 .. <

Dioctyl Phthalate Dioxane (1,4-)

7

,~

28 28 28 28 28 28 28 28

23

Dimethyldichlorovinyl Phosphate

Resistince.NClte L

I

52.

Dihydroxyhenyl Alanine (3,4-b

PDL Rating

(day_)

13"

DETA

;:l

0: ....

Time

(OC)

~

~.

~'~"~".'

~

@

40 40 95 95

no effect expected expected life: mths. to yrs.

28

... '.~ ..

:.~

modeL effect; expo life: wks.-mths.

-u

< o

()

Chemical Resistance - Polyvinylidene Chloride

<Xl <Xl

<.n

00 00

Chemical Resistance - Polyvinylidene Chloride

-u

o< ()

0)

Ethyl Alcohol

no effect moder. effect; expo life: wks.·mlhs. expected life: mths.• yrs.

Ethyl Benzene

expecled lile: wks. to mlhs.

EthYi Benzoate

expecled life: mlhs. to yrs.

Ethyl Bromoacetate Ethyl Butyrate Ethyl Chloride

expected life: wks. to mlhs. gas liquid gas liquid

moder. effecl; expo life: wks.·mlhs. consid. chg.; expected life: days

Ethyl Chloroacetate

mode.. effecI; expo life: wks.·mths. expected life: mlhs. - yrs.

Ethyl Cyanoacetate

no effecI expected

EthYITactate Ethyl Salicylate Ethylaniline

consid. chg.; expecled lite: days severe allack expecled

Ethylene Chloride

expected life: wks. 10 mlhs. consid. chg.; expected life: days

Ethylene Chlorohydrin

expected life: wks. 10 mths. consid. chg.; expecled life: days

Ethylene Dichloride Ethylene Glycol

~

~

n' (f)

tl

ro (f)

~.

t"'

..,

p

lC::

expected life: mths. to yrs. expecled life: mlhs. - yrs. moder. effecl; expo life: wks.-mlhs.

Ethylene Glycol Ethyl Ether

no effecI mode.. effect; expo life: wks.-mlhs.

Ethylene Glycol Methyl Ether Ethllene Glycol p-sec-Butylphenyl ther

no effect expected expected life: mths. to yrs. no effecl expecled expecled life: mlhs. 10 yrs.

Ethylene GI col pEthylene Glycol Phenyl Ether

;:l

0: ..,

severe allack; soft in few hrs.

Ethylene Glycol Butyl Ether

@

po

expected life: mlhs. 10 yrs. expected lite: wks. to mths.

Ethylene Oxide

no effecl expecled no effect expected expected life: mths. 10 yrs. no effect moder. effecI; expo life: wks.-mths.

~~?,.

@

'1:l

S"

'"r;'..... '"t l

,.

, '.'

'::::~::'~

..

.o;~

R~~!ijn(( . .....

~:'

.I..

Reage"t Note

~;

;>....•........ ,-.

,...

":.'~.I

·I "1"91-, _..

)

t-

Eugenol

<.::

Ferric Ammonium Sulfate

Dow$aran

expecled life: mlhs. to yrs. expecled life: wks. to mlhs.

;:s

.,o: \:l .,

"'aterial Note

:~:.

modeL effecl; expo life: wks.·mlhs.

28 28

(1)

Ethylenediamine

Resistance Note

./'

:~:.,

Ethylene Trichloride

'" 15'

>.;

Temp.;. . {..

Cone:

;i!;·f":~~.···'>:' no effect expecled

cryslals saluraled cryslals saturated

Ferric Chloride

expecled life: mlhs. 10 yrs.

40 40 saturaled

expeeled life: mths. - yrs. expected life: mths. to yrs. expecled lite: mlhs. - yrs.

28 salurated

28

<,:~:~.:

Ferric Nitrate

>:.

expecled life: mths. to yrs.

Ferric Sulfate

~.:

salurated saturaled

Ferrous Ammonium Citrate

no effecl expecled expecled life: mlhs. to yrs.

Ferrous Chloride saluraled saluraled

Ferrous Sulfate

1':.

28 28

15 15 40 40

expeeled life: mlhs .• yrs. moder. effecl; expo life: wks.-mlhs. expected life: mlhs. 10 yrs. expected life: wks. to mths. expected life: mlhs. 10 yrs.

S

,7" 7':. 7

saturaled

expecled life: wks. 10 mths.

salurated

expected life: mlhs. - yrs.

28 28

Fluoboric Acid

~~.

Fluorine

severe attack expecled

00:'

Fluosilicic Acid

28

20 20

expeeled life: mths. - yrs. expecled life: mths. 10 yrs. expected life: mlhs .• yrs. expecled life: mlhs. 10 yrs.

28

Formaldehyde

10 10 30 30 37 37

t]~:"':::"

no effect expected

28 28

no effecl ...:.-;.,;...

'~::::~::;:":::::'.

""U

< o o

Chemical Resistance - Polyvinylidene Chloride

00 00

-...

CD CD CD

Chemical Resistance - Polyvinylidene Chloride

"'U

o< ()

Formaldehyde

40 40

Formic Acid

3 3

expecled life: mths. to yrs.

10 10 25 25 50 50 90 90 98-100 98-100

Furaldehyde (2·)

28

{'~~1fu.~~Y;)~;;;

~;i~~;~~;01;;j{

Furfuryl Alcohol Gallic Acid

powder saturated powder saturated

Gasoline

regular white gas ethyl regular white gas ethyl

~ ~ ~!i~! ;[~i[~ j

28 28

28

28

expected life: mths. - yrs. expected lile: mths. to yrs. expecled life: wks. to mths. j:~:

?:

no effect expected

1t1;~

no effect expected life: mlhs_ to yrs.

.%3~@Li

:·)tX~;W}{

28

" expected life: mths. - yrs.

:.Ji;l,;::' ):t\

no effect expected

:{~;;i:;,;:;.,:

no effect no effect expected

Glycerin Glycerol Triacetate

expected life: mths. - yrs. moder. effect; expo lile: wks.-mths.

FLi.<&,:; W/

.,'. .<,:

j!j'~~j;;t·::·;·

Glucose

7

j

t;:;~n~~1h<··.··.

w;;i2~IfY<

~ ..~

"

Grape Juice Grapefruit Juice concentrated @

'1:l

po ~

concentrated

Heptane

"

ri-

Heptyl Alcohol (2·)

't"l 15'"

IHexachlorobenzene

C1l

;:l

t-'

0: .,

.,

l=l

n-Heptane

)k· k?:(1.6t\f::::t.

expected life: mths. to yrs.

no effect expected expected Iile: mths. to yrs.

IHexane Hexyl Alcohol

·····r:··~.1l>5fi

n-Hexyl alcohol

@

'i:l

~ ~ f;'

Vl

~ Vl

<5'

Hexyl Alcohol (2-)

expected life: mths. to yrs.

Hydrobromic Acid

40 40 50 50

Hydrochloric Acid

10 10 20 20 30 30 35 35

;J

~

.,0>l .,

no effect expected expected life: mths. to yrs. no effect expected expected life: mths. to yrs. no effect

\t:

concentrated

expected life: mths. - yrs. no effect expected expected life: mths. to yrs. no effect expected expected life: mths. to yrs. no effect expected life: mths. - yrs. no effect expected expected life: mths. to yrs.

Hydrochlorous Acid

no effect

Hydrocyanic Acid Hydrofluoric Acid

4 4

40 40 48 48

no effect expected life: mths. to yrs. no effect expected expected life: mths. to yrs.

Hydrogen Hydrogen Peroxide

1 1 3 3 8 8 12 12 30 30

90 90

Hydroquinone

expected life: mths. to yrs.

no effect expected expected life: mths. to yrs. no effect expected life: mths. to yrs. no effect expected life: mths. to yrs. no effect expected expected life: mths. to yrs. no effect expected expected life: mths. to yrs. no effect expecled expected life: mths. to yrs.

saturated solution powder

no effect expected no effect no effect expected

saturated solution

Hydroxylamine Hydrochloride

concentrated

Hypochlorous Acid

-c

o<

()

Chemical Resistance - Polyvinylidene Chloride

00 00

co

Chemical Resistance - Polyvinylidene Chloride

"'U

< o ()

Reagent Note

Reagent '.~

Iodine

.

Cone,

Temp.·

Time

(%)

('C)

(days)

crystals

Isobutyl Alcohol Isooctane Isopropyl Acetate Isopropyl Alcohol Isopropyl Benzene Isopropylphenol (0-) Isopropylphenol (p-) Kerosine Lactic Acid

3 3 10 10 85 85

Lanolin

; I

Lauryl Alcohol Lauryl Sulfate saturaled

, I

salurated

crystals saturated

'. :"",

Lead Arsenate

expecled life: wks. to mths.

Dow Saran

5

"

"

23 52 23 52

'7

expected life: mlhs. to yrs.

" "

23 52 23 52 23 52 23 52 23 52 23 52 23 ·52 23 52 23 52

7

28 28

, ,

Lemon Juice

n'en

Lemon Oil

1?en

Lime Juice

<E' ;:l

t:

.., I:l ..,

0-

u::

, concentrated

" Linseed Oil

boiled raw refined

,

i

expected lite: mths. to yrs.

7 7

" "

7

"

,

"

28 28 28 28

" modeL effect; exp. life: wks.-mlhs. no effect expecled •

" "

8 ,8 8 8

"

9 5 9 3

,

tl

.,

8 8,: ..

Vo.

28

~

consid. chg.; expecled life: days

" "

no effecf expected

" " " "

7'

expected life: mlhs. to yrs. expected life: wks. fa mths.

~

no effect expected

.,

" " " "

no effect expected

..

" " "

"

5' .

8 8 8 8

"

no effecI

expected life: mths. 10 yrs.

'

.7 ", .::.

";.

no effect

"

"

modeL effect; exp. life: wks.-mths.

"

.' 7.

2;F '52

"

" "

7,,· ,.... ,•. 7:

" expected life: mlhs. to yrs.

8 8 8

" 52· 23 52

"

" " "

l

" " " " " " " " " " "

no effect

,:

"

" " "

•

" " "

expected life: wks. to mlhs.

"

7

"'52,.

23 23 23

no effect expected

7

7

....\ .'23:' '52) 23 :~ : \

~

8

5 5 5 5 5. 5 9 5 8 8 8 '8

?3

Lead Nitrate

"

7

"" ~2., .

~

Material.Note ..

'5

23i .. 23 '·52

cryslals salurated

po

Note

23 52

23 52,. 23 52 23 23 52 52"

;" ~.

@

Re~istance

'

"

Lead Acetate

POL Rating

CD

co o

"

" " " " " " " " " " " "

" " "

" "

no effect

"

@

'tI

S" (J)

~

(day,)

Linseed Oil

(J)

<E' ;:l

Time

Reagent N9te

~ ;:;.

Lithium Bromide

boiled raw relined

POL'Ratlng

Re$i~f~tb~~ofe expected life: mths. to yrs.

saturated

28 28

expected life: mths .• yrs.

.., ..,

I:l

u::

Lysine-Oihydrochloride-di

28 28

no effect expected life: mths.• yrs.

Note

DowSarM

no effect no effect expected

t

C"

M~terial

powder

Lysine-Monohydrochloride-di Magnesium Bromide

no effect expected

Magnesium Carbonate saturated saturated

Magnesium Chloride Magnesium Chloride Sulfate Magnesium Hydroxide Magnesium Iodide

expected life: mths. to yrs. saturated

no effect expected

Magnesium Nitrate Magnesium Sulfate

saturated

28 28 28 28 28 28

saturated

28

10 10 20 20

Maleic Acid

no effect

no effect expected no effect no effect expected

10 10 25 25

28 28

Mannitol Alcohol

no effect expected life: mths. to yrs.

Margarine

no effect expected

Mercaptoacetic Acid

95 95 5 5

Mercuric Chloride

28

consid. chg.; expected life: days severe aflack expected no effect expected

saturated

-u

o<

(")

Chemical Resistance - Polyvinylidene Chloride

CD <0

......

<Xl

Chemical Resistance - Polyvinylidene Chloride

""U

< o

(0

IX>

o

saturated

Mercuric Cyanide Mercurous Chloride Mercurous Nitrate Mesityl Oxide )W{.t1fl~~Jm:f.tl

i"1~1;'~!~~~;i;l:lj1

Metabromotoluene

f!jl~l~i)ll;~l;;··

Methoxyethyl Oleate Methyl Acetate

82 82

Methyl Alcohol

Methyl Bromide

·!+.·Jl!~;tW

.

liquid under 20 psi pressure

28

,(

~!!l~it;;l;~~lj~~;,~,.·

28

((Y2a•.•!itk+

Methyl Bromoacetate Methyl Chloride

28 28

<·t;?~tr}t)

""'•...>23· tb· .-.:

Methyl Amyl Alcohol

28

.

liquid under 65 psi pressure

Methyl Ethyl Ketone

.;].;~l;~~: id;

28

tr :{~:t~3. :~\.;" :,;<.;

;WnnA(@)i:;;i

expected life: wks. to mths.

~~~~jj~~1;I;jl~~\\J'i~

moder. effect; expo life: wks.-mths. expected life: wks. to mths.

'.~};';{tii~j,j{;i;]~s~

no effect expected life: mths. - yrs.

h+'

:LS:L:J&hf

expected life: wks. to mths.

kj;:,:-··;··

:?~~j<{:;;;};';':

no ellect

U:W:¥:: (t&£:# ~{

expected life: mths. to yrs.

~~1ii;t';li~'':~ljttll~l;;

expected life: mths. - yrs. severe allack expected

W%dm.~(';MAw

expected life: wks. to mths.

..... ····S7:! ·\X<:)

expected life: mths. - yrs. severe allack expected

1;:~~H ~;})(~'~~\{~rJ'::'::::' )P/;;"··':'-S·)••• ;y'·'·

expected life: wks. to mths.

\\PW;·:i..e}· ,.·W

moder. ellect; expo life: wks.-mths.

Methyl Eugenol Methyl Isobutyl Ketone

W';(&2~\t{

Methyl Propyl Ketone

';!i;\;;,23!XY\.•

Methyl Salicylate

·.;i(l~!~~:~~[·';l~;!;

28

28

Methylcyclohexane @

Methylene Bromide

28 28

'tJ

p

~

n'Vi <1l

Vi

t:

., .,

l=l

:~Y'!'~;;i~.iil~;il;

no ellect expected life: wks. to mths.

expected life: mths. - yrs. model. effect; expo life: wks.-mths. expected life: mths. to yrs. expected life: wks. to mths.

Methylene Chlorobromide

expecled life: mths. to yrs. expected life: wks. to mths.

Methylene Iodide

28 28

;:l

0'

expected life: wks. to mths.

Methylene Chloride

tl

IE'

>:«::!::,(

~jf>+tk!f5.:

Milk

dried regular wet peste, instant

expected life: mths. ' yrs. moder. effect; expo life: wks.-mths. no effect expected

@ ~

po ~

r;.

'"t::l '" lEi·

Re~g~r,,!.! .'

Milk

(ll

;::l

[Mineral Oils

.~:

....

dried regular wet paste, instant

.

no effect expected

;~

Dow Saran

USP

~

.,C' s:l .,

It:

[Morpholine 'Mustard Naphtha

consid. chg.; expecled life: days severe attack expected prepared

no effect expected

VM&P

expected life: wks. to mths.

Naphthalene

crystals vapors crystals vapors

Natural Gas

weI

no effect expected expected life: mths. to yrs.

Nickel Chloride Nickel Nitrate Nickel Sulfate Nitric Acid

no effect expected

1

1

5

concentrated

5 10 10

no effect expected life: mths .• yrs. no effect expected expected life: mths. to yrs.

20 20 25 25 30 30 50 50 65 65 70 70

expected life: wks. to mths. expected life: mths .• yrs. severe attack; soft in few hrs.

Nitrobenzene

expecled life: mths.. yrs. moder. effect; expo life: wks.-mths.

Nitroglycerin

no effect severe attack expected

Nitrosyl Chloride Nitrous Acid

""0

< o()

(Xl

Chemical Resistance - Polyvinylidene Chloride

<0

c.>

ex>

Chemical Resistance - Polyvinylidene Chloride

"'U

< o ()

co +:>-

nonyl-n alcohol

Nutmeg Oil Octane

1;j\~;;1,~i~~ji~I;;;;

;t'~~';iTh

n-Octane

"

no effect expected expected life: mlhs. to yrs.

':it ,.::

:~tt(l~rj
Octyl Cresol

\c:< \?i.3Pf ,i'

t @/,j5:1Mi';)

expected life: wks. to mths.

Oleic Acid

'!@\~~fH

~.t;l~~\t;;!!j,;;:i;

no effect expected life: mths. - yrs.

i!;!~~ii~!f.~i!;0i;i[t

expected life: mths. to yrs.

Octyl Alcohol

":.}",~~.

n-Octyl alcohol

b>Pt~r><··

28 28

:;1;:,:!·~i:~~{~;i:· .•.• •.'

Olive Oil

"

'L:~~:::;/r: 8<.)?{>'~:

no effect expected

\k: :::f!g3-mL·;><:

it {'.7iiPt;;;:

expected lile: mths. to yrs.

~~;~~~~~!'liill;j

;~l'i~l~iJ!llli~\I:;;;~~i;

no effect expecled

\h;.·t~:f:("·."·

Orange Juice

no effect expected

concentrated concentrated

Orange Oil Orange Peel

Iresh

"

k.A(·.:?3~;:e,·ri

Orthochlorophenol sodium salt

,;;.;52.·.. ·

sodium sail

powder

" I Parachlordine

'p"o

IParaffin

(/)

···';~~;im,i(

no effect expected life: mths. - yrs. consid. chg.; expected life: days Moder. effect; expo life: wks.-mths. no effect expected no effect expected life: mths. to yrs. expected life: mths. - yrs.

i%··Pt"i9X+§:;:i:

no effect

:;~!~;;;~~Jjili:

;;~l!';1;!~~1IIJJ1';'[(

expected lile: mths. to yrs.

';v~'lr#_~f;l\j,"

!ll;j~',!!~~I~l;J,l~!;

no effect expected expected life: mths. to yrs.

"'23:'·" .....

28 28 28

~it-~I~ ;';~lfi~;.~;~ ~ '

"

;·.·• >gn'~#it\W

expected life: wks. to mths.

'M\};:2.$?fd#

\;W;Um;;Mi?

expected life: mths. to yrs.

~d%#l~:~l@;j%

:tf.(iW%~[nWX@]~

no effect expected

:&<>~'?3~41&({

mtkfJ :t1¥:~hm{4{

expected life: mths. to yrs.

Ldt!@2:!&%>.":

paraffin oil

28

.3ii!;~XtWX

.;:, "C"

Palm Oil

@

.;;~

i~~l;t;

powder saturated solution powder satureted solution

Ozone

Palmitic Acid

expected life: wks. to mths.

28 28

Orthophenylphenol

Oxalic Acid

{']iQW$,%HS:

~

r;' til

i? (/)

tEi· ;:l

t

., I:l .,

0-

u::

Paraldehyde Peanut Butter

IPentachlorophenol

Dowicide G sodium salt

"

"

5 5 10

@

'1:l

i:i ~

;::;' Vi

~ Vi

Il!l!~~\i!,;jli!;,)

li;§~ii;;t:" ",.,.... Pentachlorophenol

k,q,.,,:;;,

········,,·,.T,;;·;;~~i··:i;;ii~'::;···

Re~g~~fN~t~i'Tlme

_~.I'•.. ,.. "".' . f'

.

(dly.)

Dowicide G sodium salt

23

;:l

., P .,

(.

0-

Pepper

It:

Peppermint Oil

,

fresh ground

Sa·,·.'" 52,'

7 7

expected life: mths. to yrs.

9 7

no effect expected life: mths. to yrs.

3

consid. chg.; expected life: days

;-

.

Perchloroethylene

~3

Phenoxyacetic Acid Phenyl Glycine Potassium Salt

23

Phenylethyl Alcohol

52 23 52

Phenylhydrazine

.23

Phenylphenol (po)

52 23 52 10 10

1

" 3

28 28 28 28

7 5 7 5

expected life: mths .• yrs. expected life: wks. to mths. expected life: mths.• yrs. expected life: wks. to mths.

9

no effect expected life: mths .• yrs.

7 7

28 28

9 9

no effect expected life: mths. to yrs.

28

7 7 3

consid. chg.; expected life: days severe attack expected

8

no effect expected

8 8

25 25

23

a

52

30 30 50 50 85 85

23'

8 8

52 23 52

28

23

28

50! 23'

52

8 9

no effect no effect expected no effect no effect expected

8

52 23 52 52 .23

-

2

8

Phosphorous Oxychloride

no effect expected expected life: mths. to yrs.

8

23

23

no effect expected

8

8

52

Phosphoric Anhydride

Phosphorous Pentachloride

28 28

23'

Phenolsulfonic Acid

Phosphoric Acid

28

~2 >

cryslals

9

8 8

8 8 8 2

28 28

2

28 28

2 2

severe attack; soft in few hrs,

'"U

< o ()

Dow Saran

8

52

52' 23 . 52. 23 52 23 52

Material Note

no effect expected expected life: mths. to yrs. no effect expected

23

23······

';

'"

8

23

5 5

expected life: mths. to yrs.

a

Perchloric Acid

Phenol

..

I

~~

.0.

'52

Petroleum Jelly

'.'"

..;~;.;; .

.. 7'

23 52

52

..

"~ ;;~:'.'

Resisfii,nae Heml'

POL fllIting

7 8" , 7

23.

Dowicide G

<5'

t

52

10

.

Chemical Resistance - Polyvinylidene Chloride

co co 01

Chemical Resistance - Polyvinylidene Chloride

"'U

< o o

,Reagent Note .;~:

Cone.

(,,)

Phosphorous Trichloride

CD

<0 0>

Resistance Note severe attack; soft in few hrs.

Phthalic Anhydride

expected life: mths. to yrs.

Picric Acid

no effect

Pine Oil

expected life: mths. to yrs. pine needle oil pine needle oil

Polyethylene Glycol Monolaurate Polyglycols

no effect expected expected life: mths. to yrs. E·300 to E-4000

Potassium Aluminum Chloride Potassium Aluminum Sulfate

no effect expected life: mths.. yrs.

50 50 saturated solution

no effecl expected life: mths .. yrs. no effeci expected expected life: mths. to yrs.

Potassium Bicarbonate

no effect expected

Potassium Bisulfate saturated solution saturated solution

Potassium Borate Potassium Bromate

powder saturated solution powder saturated solution

Potassium Bromide

3 3 saturated solution saturated solution

Potassium Carbonate @

Potassium Chlorate

::E p

Potassium Chloride

~

n'

Potassium Chloride Sulfate

15'

Potassium Cyanide

'"

15' '" ;:s t-'

0: .,

.,

p

(t::

Potassium Dichromate

expected life: mths. to yrs. no effect expected life: mths. to yrs. no effect no effect expected

saturated solution

no effect no effect expecled

~~leri" ~;o~~;' Dow Saran

~

@

'1:l

~

Time

CIl

(gUt,

~

n'CIl t::l

Potassium Ferricyanlde

28 28

(\)

CIl

15'

saturated solution

f::

saturated solution

;:s

., .,>:l

28

0-

lC

28

Potassium Hydroxide

1 1 10 10 30 30 50 50

t;. 'i;~~;~ ~. .

::".;.:

;ftI~~:;;';

ii .. ,52'

······>23"·

28 28

28 28

23 '\':

,i·S~?

~:

28

saturated

\

f

, L

no effect expected life: mths .• yrs. no effect expected no affect expected life: mths. to yrs. moder. effect; expo life: wks.·mths.

" expected life: mths. to yrs.

" expected life: mths. - yrs. moder. effect; expo lifa: wks.·mths. expected life: mths. to yrs. moder. effact; expo life: wks.·mths. expected life: mths. to yrs. severe attack; soft in few hrs.

2 .....·.

no effect expected

8»

;::······'A

" expected life: mths. to yrs. no effect expected expected life: mths. to yrs.

Potassium Nitrate

no effect expected expected life: mths. to yrs. saturated

L;,;!;;;,)

saturated

iiii.5?!.;i;';

.~

28

.~:.

'..

7'

Dow Saran

"

Potassium Manganate

Potassium Permanganate

Material Note

expected life: mths.• yrs.

.~ ;.

I,

expected life: mths. to yrs.

~>:~:::

7 7 5(:

28

:)

.

'r7'"

';:;.-.

23'

!' :;\l~;~~\;

-,

~.;

.:.; .. }';'.

Potassium Iodide saturated

.".;

5' . 7 •.......

,

p!

i\52·:.

, .. ,.

~~ ;::~

'

'i.,~2 '(23

Ir ~ : ·Re;ls.i~~~~~~ote

.l;jf·<

23..-.:'

concentrated concentrated

",lpPlRiitlng

"

,..;:

"~t:;} ",'Y:

expected life: mths. - yrs. expected life: mths. to yrs.

iii . ']';;? ,

Potassium Persulfate

no effect expected expected life: mths. to yrs.

Potassium Sulfate

"

no effect expected

.......

saturatad saturated

Potassium Sulfide

--saturated saturated

Propane

--gas

" Propargyl Alcohol Propyl Alcohol Propyl Dichloride Propylene Dlbromlde

n-propyl alcohol

"

·L·.·;;;··.~~~in;;;

' .. ,··.. 7d,;j·

expected life: mths. to yrs.

';;!ij;;;:(i:':'·l~~;l1;

• •~;I;~;~~,~!r.I!;lt~i

"

"

;;;i;;;:.l;·~l::il~~:~

28 28

consid. chg.; expected life: days

2a"

expected life: mths .• yrs. consid. chg.; expacted life: days

28 -0

< o ()

(X)

Chemical Resistance - Polyvinylidene Chloride

<0

-.J

(Xl

Chemical Resistance - Polyvinylidene Chloride

""U

o< ()

CO

(Xl

expected life: wks. to mths. consid. chg.; expacted life: days

Propylene Glycol

no effect expected expected life: mths. to yrs.

Propylene Glycol Methyl Ether

expected life: mths. ' yrs. moder. effect; expo lile: wks.-mths.

Propylene Oxide consid. chg.; expected life: days

Quinine Sulfate

no effect no effect expected

Resorcinol

5 5 powder saturated powder saturated

Salicylaldehyde Salicylic Acid

expected life: mths. to yrs. powder saturated salicylic acid ointment powder salicylic acid ointment saturated

expected life: mths. to yrs.

Sesame Oil

no effect expected life: mths. to yrs.

Silver Nitrate

no effect expected saturated saturated

Skelly Solvent Sodium Acetate @

'il

no effect expected expected life: mths. to yrs.

powder saturated powder saturated

no effect expected

saturated

..... C:;'

V>

tJ

saturated

Sodium Benzoate

16' ;:I

t""

0: ..,

..,p

<.c::

no effect no effect expecled no effect

boiling range 60'70 C

Sodium Aluminum Sulfate

V>

Cl> V>

no effect no effect expected

Sassafras Oil

Silver Acetate

po

no effect expected

powder saturated powder saturated

Sodium Bicarbonate saturated

@

~

p ~

n'V> tJ (\) V>

~.

Sodium Bisulfate

;:l

saturated --saturated

23'

!

t""'

;; .., p

..,

u::

8

8

saturated

Sodium Bisulfite

4 4 ";':,"

saturaled saturated

Sodium Borate

--saturated saturated

Sodium Bromate

10 10 with sodium bromide with sodium bromide

Sodium Bromide saturated

expected life: mths. to yrs. no effect expected expected lite: mths. to yrs. no effect expected

,~.

saturated

Sodium Carbonate

2 2 7 7 20 20

.~:~:

saturated solution

:/

saturated solution

28 28

Sodium Chlorate

no effect no effect expected no effect no effect expected

Sodium Chloride

3 3 saturated

saturated

Sodium Chloride Sulfate Sodium Chloroacetate

powder saturated powder saturated

"U

< o

()

ClO

Chemical Resistance - Polyvinylidene Chloride

co co

co

Chemical Resistance - Polyvinylidene Chloride

""tl

< o

o o

()

'~'~,':l'.':<~~;,::,:.~.:.;

;': """c":

:::.~;::

Dow Saran

::::.::~.:::;,::,:.:.:~~::;:;:~:;:":::':':':'

saturated saturaled

Sodium Ferricyanide Sodium Fluoride 28

saturated

no ellee! no elleet expected

saturated

Sodium Hydroxide

1 1 10 10 25 25 30 30 35 35 50 50

expected life: mths. to yrs.

" 28 28

expected life: mths.• yrs.

" expected life: mths. to yrs.

28 28 ..................•................. ...

expected lile: mths.• yrs. moder. elleel; expo life: wks.-mths. expected life: mths. to yrs .

~_.,

saturated solution saturated solution

Sodium Hypochlorite

15 15 5% chlorine

"

Sodium Nitrate

il)~~IJ~~j~1;j

28 28

::<)n(;:S~·t· X>~:

•

Wy/ )dFYf~¥I/\

.i.!W~g~kbh

saturated solution saturated solution

no elleet expected lile: mths.• yrs. expected life: mths. to yrs.

" no elleet expected

Sodium Nitrite Sodium Perborate saturated @

'1l

p

saturated

Sodium Phosphate saturated

~

n"r.t> tl ~

saturated

Sodium Salicylate

powder

r.t>

cEo ;:l

t: 0.., >:l ..,

u:::

Sodium Silicate Isodium Sulfate

saturaled

')ft23N:?B

28

»)C)$rcwy

no elleet

@

'" /'"

~

p 'J>

tl

~-

'J>

............-.

",;..

.. ...~~

(day.)

..

:\

Sodium Sulfate Sodium Sulfide

\

1

25

t

... ... u::

0-

p

}

.$2

Sodium Sulfite

23;

saturated saturated

23.,

~

28

-:~

52

~

52

Sodium Tetraborate

powder, 80rax saturated solution powder, Borax saturated solution

Sodium Thiosulfate

saturated

.

I •.• 25

;:l

10Ll1.....[ " R",;;~~<;fi... i

saturated

~

~.

Tim.

. Re~gent Note

~ (i'

1

28

i I

I

23 23

,

I

~2

~ - ~~:

"

28

23.· 52

saturated

,52

2.3 52 spearmint oil

Sperm Oil

23

Spruce Oil Stannic Chloride

23 .. 52"

,

Stannous Chloride Stearic Acid

? crystals

"

l

Strontium Bromide Strontium Salicylate

8

no effect expected expected life: mths. to yrs.

8

no effect expected

8

23." 52

8 8

23

28

52

2B ..

9 9 8

powder

23

8

23

8

sulfur ointment

52····

zr··· S2:

t··· j

"

.52

23.

no effect no effect expected

8

52

,~

i

8 7 7

saturated

Sucrose

expected life: mths. to yrs.

8

8

1

~

7

7

52

23

satureted

Sulfur Chloride

no effect expected

52

powder

Sulfur

.~:'

no effect

8

7

I

23

8 9

I

52

I

no effect no effect expected

8

I

23"· l

no effect no effect expected

8

8

I

52

Spermaceti

8;,

8 8 8 8 9 8 9

8 7 7 7

23 .52;;.

"

DowSaren

;,~

r

,

52

Soybean Oil Spearmint

i

'23'· ..

I

ii

8

23

,- >:-:,

Sorbitol

no effect expected

Material Note

.8

'52

~ ..,:

'e;' .,i

J_.. . ,

. ::~.

;i:/' .

28 28

;~

8 8 8 ··,9 8

no effect

~

no effect expected

3

consid. chg.; expected life: days

2

severe atlack expected

""U

o< o

<0

Chemical Resistance - Polyvinylidene Chloride

C>

......

<0

Chemical Resistance - Polyvinylidene Chloride

"'U

< o ()

o N

.;) . . ;~; • . '. J<~

dry liquid @ 46 psi moisl liquid @ 46 psi dry moist

;V<

Sulfur Trioxide

28 28

...............}7//..;.•.

~3)?Ai·.·

Sulfuric Acid

no effect expected life: mlhs. - yrs. no effect expected life: wks. to mths. no effect

28 28 28

expected life: mths. to yrs. no effect expected life: mths. - V's. no effect expected life: mths. - V's. no effect expected expected life: mths. to yrs. no effect life: mths.-

28 28 28 28

28 28

expected life: mlhs. to yrs. no effect expected expected life: mths. to yrs. no effect expected life: mths. - yrs. no effecl expected expected life: mths. to V's.

28 28

" consid. chg.; expected lile: days moder. effect; expo life: wks.-mths. severe attack; soft in few hrs. no effect expected

28 28 28

- yrs. moder. effect; expo life: wks.-mths. expected life: mths. to yrs. expected life: wks. to mths. expecled life: mths. to yrs. expecled life: wks. fo mfhs. @ ~

Sulfuryl Chloride

'" ;:;-

Tannic Acid

S" .....

concentrated

"

"

severe attack expected

(J)

1 1

~

20 20

'"

~;:l

t'"'

0: .,

.,p

<.c::

saturated powder

" saturated

&fS·••MWk%hr

.X4%~;32;mk':

28

no effect expected

no effect no effect expected

@

'1::l

P ~ ;:;.

• ~~' .• ':~. . . --.

I':; {;/,:" . .

. I

R.ejlgltnt

I···.,.. ·.•.{)""""""···.;{

CIl

:;,:;:~;

.-..

;..;.;,.,..

...

Tartaric Acid

tl

<1l

CIl

tEo ;:l

t"'

Tea

0: ...

... u:: l=l

':~::'~

. .

.::~:.~,~~,.,. :~~:::::

'I

Reagent Note"l

.,2.,.,,,.~ ..,,,.,,;' .\;1;..;

"'".,....,. ··.~.""'T.·

}:pon~:'

··X's..'"

I.

:.!~t:;.;.c'..

,c

"",;,'q''''''~

..~ ... ·z·

Time

Temp.

r~l .

POL ~:

!~~~).,.

-;;:;~:>

;.... : ;-;·":-:;;;h·:;'.;

Material Note. ::;,..

:.-~~:"

no effecl expecled

······8 . }?3 ..

: :;"

L. ,~.>;.:."

; :-:.:.:.:,:.;.:,:,..,;., ,',';:

:.:'::;':;;;';'~; •:;;.•;••:;;.;~.:;-;., .-'.;.;.:.:-.-; ;.~: ; : ~:-;..............:..-........... Dow Sa".,

:y

8'

'("2S'

8

28 ,. t. ~

,

., " }~,~;.,

Tetrahydrofurn

28

Thionyl Chloride

·23

Titanium Tetrachloride

3 ."2;, .

:r

Toluene

23

!,52

expected life: wks. 10 mths. consid. chg.; expecled life: days no effect moder. effect; exp.life: wks.-mths. severe attack expeeled

2

,

2'·

no effeci expected

8,:. 8;

consid. chg.; expected life: days severe attack expecled

3

28

52

r,:

II

:<'.;

28 28 28

5:1, 23 5?,. . I'

; ."

8

8'

3

;·····;.23

Tetralin

'!!

·'8

5

i

1;t:~i;. . '·

Tetrachlorophenol (2,3,4,6-)

Thioglycolic Acid

~.

i',. 8. ~"

moist leaves

Tetrachloroethane

Resistance Note

8

powder salurated solulion powder saturated solution brewed instanl inslant paste moist leaves brewed instanl inslanl pasle

fJatiri g ;'U

2

3

28 28 28 ~

Tomato Juice

-

'2

consid. chg.; expecled life: days severe attack expecled

5

modeL effect; expo life: wks.-mths.

.S lh

no effect expected

;,8'

Tribromoethylbenzene

;23/

28

52."

Trichloroacetic Acid

crystals

/\23

52

Trichlorobenzene (1,2,4-)

i.'

Trichloroethane Trichloroethylene Trichlorophenol

23'" '52 ;023';

i

9

!

S

no effeci expecled life: wks. to mlhs.

7 3

expeeled life: mlhs. - yrs. consid. chg.; expecled life: days

28! 28 1

l,'

'.s,.

l.}S.

••\. ;52}

28 ';,5 28.~S

~{:,237

28

52'··.·".

28

:.:

~

2,4,5-sodium sail

Tricresyl Phosphate

severe attack; soft in few hrs. expected life: mths. 10 yrs. no effect expected life: mths. to yrs. expected life: mlhs. - yrs.

28

I

modeL effecl; expo lifa: wks.-mlhs .

J . ' 2. .,

28

Trichlorophenol (2,4,5-)

expecled life: wks. to mlhs.

'

:;;:~~;:i: !i%·.i;:~ij~~;' . !~t

~:

t;'k~/·";i.

severe attack; soft in faw hrs.

f;;itt'::ti;,;@:,

no effect expected I

-u

< o

()

<0

Chemical Resistance - Polyvinylidene Chloride

o(,,)

(0

Chemical Resistance - Polyvinylidene Chloride

-c

< o ()

o

~

expecled life: mlhs. to yrs. expecled life: mlhs. - yrs. expected life: wks. to mths. moder. effect; expo life: wks.-mths.

Triethylene Glycol

no effect expected expected life: mths. to yrs.

Triethylenetetramine expected life: wks. to mths.

Tripropylene Glycol

no effect expected expected life: mths. to yrs.

Tripropylene Glycol Methyl Ether Trisodium Phosphate

moder. effect; expo life: wks.-mths. saturated powder saturated powder

no effect expected no effect no effect expected no effect

Turkey Red Oil

expected Iile: mlhs. to V's.

Turpentine

no effect expected life: mths. - yrs.

Undecyl Alcohol

expected life: mths. to yrs.

Urea expected life: wks. to mths.

Vanilla

vanilla extract

no effect expected

Vaseline

petroleum jelly

no effect

Vinegar

no effect expected

Vinyl Chloride

no effect

Vinylidene Chloride Walnut Oil Water

@

"1:l

S" ~

rio

'"t l ~

'" 15' ;:l

t"'

0: .... ~

....

(t::

I

IWaxes

no effect expected distilled distilled

no effect no effect expected expected life: mths. - yrs.

carnauba wax

no effect expected

Whiskey Xylene (0-)

IYeast

expected life: mths. - yrs. moder. effect; expo life: wks.-mths. no effect expected

© 'i:I

i:i ~ r;V>

~

V>

16-

Zinc Bromide

;:l

t"'

& .,

Zinc Carbonate saturated

., i=l

u::

saturated

Zinc Chloride

solution

50 50

powder saturated solution powder saturated solution

Zinc Hydrosulfite

10 10

no effect model. effect; expo life: wks.-mths.

Zinc Oxide

no effect expected saturated saturated

Zinc Oxide Ointment

no effect no effect expected

Zinc Stearate Zinc Sulfate saturated saturated

""U

< o ()

co

Chemical Resistance - Polyvinylidene Chloride

o

01

c.o

Chemical Resistance - ASS I Nylon Alloy

» OJ

C> CJ)

en ---z

'<

o

::::l

7 7 7 7

Brake Fluids

Butyl Cellosolve

Calcium Chloride

GM Solvent

salurated solulion

Degreasing Cleaners

Archer Cleaner

Dloctyl Phthalate

Ethyl Alcohol

Gasoline

Greases

gear box

@

'tl

po

Lacquer Thinners

Oilzler Ouracryl OTL-l05

~

n' C/)

f? C/)

<E' ;:l

Lubricants

Syn·Tech NS-2684·G Syn·Tech NS-7684-G Syn-Tech NS-884-G

t-<

Syn·Tech NS-2684-G

p ....
Syn·Tech NS-884-G

0: ....

Syn-Tech NS-7684-G

GE Elemid RM1; 127x12.7x3.2 mm bars

96 93

GE EJemid RM1; 127x12.7<3.2 mm bars

98

7 7 7 7

0.5% 1.5%

95 92 92

7 7 7 7

0.5%

90 99

7 7 7

0.5%

99

1%

100

1.5%

100

1%

1%

100

1.5%

100

98

7

Corn 011

96

100

7 7 7 7

0.5%

100

1% 1.5%

100

94 100

7

0.5%

97

7

1%

100

7 7

1.5%

100

7 7 7 7

0.5%

100

1%

100

1.5%

100

7 7 7 7 7 7 7 7

0.5%

7 7 7 7

0.5%

100

100 85

1%

81

1.5%

76

0.5%

100

1%

100

1.5%

100

70

100 1%

99 98

1.5%

100

7 7 7 7

0.5%

98 94

7 7 7 7 7 7

0.5%

1%

95

1.5%

94 90 96

0.5%

97

0.5%

94

1%

100

1%

98 96

1%

GE EJemid RM1; 127x12.7<3.2 mm bars

@ ~

S"

~

n'

't:l"

Lubricants

100

Syn·Tech NS·2684·G

7

1.5%

Syn·Tech NS·7684·G

7

Syn·Tech NS·884·G

7

1.5% 1.5%

;:l

Syn·Tech NS·2684·G

7

t"'

Syn·Tech NS·7684·G

7

98

Syn·Tech NS·884·G

7

97

Cl)

'" tEl· 0: .,

.,

p

Lubriplate M·10310

7

0.5%

7

1%

7

1.5%

7

3F U~~~;;ici,t

Lubriplate NS·2976·G

7 7 7

0.5% 1% 1.5%

7

Motor Oils

Exxon Turbo 2380

ji:b
7

0.5%

7

1% 1.5%

7 "-'-'."?"

'~'., .• '~'.'~'

•••'"

,

@@t~~i;;;Y···.···

Plumbers Dope

7 7 7 7

'.- ·.-·,··,.....·,·.·v.w ..••

Silicone Lubricants

silicone valve lube

b:~~lftf~}@r ~~}

7 7 7 7

,-......................

Solvents

0.5% 1% 1.5%

7

GM Solvent

7

0.5%

Rawn TMC

7

0.5%

7

1% 1% 1.5% 1.5%

GM Solvent Rawn TMC GM Solvent Rawn TMC GM Solvent Rawn TMC

Stain Removers

0.5% 1% 1.5%

Kirby

I

·mg@i~~f!ij;;

7 7 7 7 7 7

0.5%

7

1%

7

1.5%

7

98

100 100

• I •IIR,m

97

100 100 100 93 96

100 96

100 100 94

100 99 99 93

100 97

100 100 99 96 94 98 98 98

100 98 97 98 92

100 100

» OJ

--enz

co

'<

o

='

Chemical Resistance - ABS I Nylon Alloy

o

-oJ

» OJ

co

Chemical Resistance - ASS I Polyurethane Alloy

o

00

-en

"'U

C

".:.,

Acetic Acid Acetone Ammonium Hydroxide Antifreeze Brake Fluids Butoxyethanol (2-) Butyl Acetate Cottonseed Oil Diesel Fuels Engine Oils Ethylene Glycol Gasoline Household Cleaners

0.22 44.53 0.26

o 10.61 -1.37

@

::9 ~

~

n' (J)

~

(J)

<E' ;:l

t"'

~ ~ ....

\t:

116

92.8

94.2 96.6 106.1 111.1

112 107 74 68

97 93.9 180.7 177.6

117 135.6 86 99 54

115.2 85.0 88.0 101.5 184.2

unleaded

10.41

100 90.2 90.6 92.7 90.07

Dow bath cleaner Formula 409

0.31 0.32

93.2 92.0

99 102

101 102.8

0.26 4.94 49.83 0.3 0.19 65.67 0.24 0.94 0.11 52.01 0.23

92.7 69.7

100 72

101.9 135.2

91.8 97.6

98 106

93.6 99.0

86.4 90.8 91.3

81 91

95.6 101.7

68

93.8

92.7

89

93.0

o

Isooctane Methyl Alcohol Methvl Ethyl Ketone Sodium Hydroxide Sulfuric Acid Trichloroethane Water WD40 Xylene Zinc Chloride

52.97 0.06 0.23 0.01

wi oleic acid

90.8

10 5

spray lube

Dow Prevail 3150

@

"tl

S" ~

n'

't"l '" tE' C\)

;:l

t

., .,>:l

0\t::

Acetic Acid Acetone After Shave Lotion Ammonia Ammonium Hydroxide ASTM Oil No.3 Bluing

Mennen skin bracer household

Bright Sail Easy Monday Bright Sail Easy Monday

BuUer Carbon Tetrachloride Citric Acid Clorox Coca Cola

Chlorox Pepsi

Coffee Cold Cream Cooking Oils Corn Oil

Pond's Wesson, all vegetable Mazola

Ethyl Acetate Ethyl Alcohol Ethylene Dichloride Furniture Polish Gasoline Grape Juice

Johnson's Pride Esso regular

Heptane Hydrochloric Acid Hydrofluoric Acid Hydrogen Peroxide Isopropyl Alcohol Jet Aircraft Fuels Laundry Detergents

» o

Lestoil

JP 4 JP 5 All

23 23 23 23 60 23 23 23 23 60 60 23 60 23 23 23 60 23 60 23 60 23 60 23 60 23 60 23 23 23 23 23 60 23 23 60 23 23 23 23 23 23 23 23 23 60 23 60

7 7 30

30 30

slight attack, stain

7 7

no change observed

30 30 30 30 30 30

resist., medium stain tendency

7 7

very slightly whitened no change observed

30 30 30 30 30 30 30 30 30 30 30 30

resist.: no stain resist., slight stain tendency

resist.; no stain resist., slight stain tendency

resist.; no stain resist., slight stain tendency

resist.; slight stain resist., medium stain tendency resist.; no stain resist., slight stain tendency resist.; no stain

resist., slight stain tendency

7

attacked

7

no change observed

7

7

attacked

30 30 30 30 30

resist.; no stain resist., slight stain tendency

7 7

no change observed

resist.; slight stain resist., slight stain tendency

7 7 7

30 7 7 30 30 30 30

resist.; no stain

no change observed resist.; no stain resist., slight stain tendency resist.; no stain slight attack, stain

-<

--< o' "1J

()

<0

Chemical Resistance - Acrylic Resin I Polyvinyl Chloride Alloy

o

<0

Chemical Resistance - Acrylic Resin I Polyvinyl Chloride Alloy

» (")

-<

Q -0

<

()

'.' .fNi'iP);

Mayonnaise

',./:('"

::;>;

Mustard

""""','+/:Y'.,';6H"

Nitric Acid

/LiM>V'I'" .~

}\;(;~;'t;tri!X

Oleic A Orange Juice

c i d ; ' iLdF concentrated "

...

>';'f\,.)

f·.: .. 6

\ , ' "'., .

Perchloric Acid

23 23 23

7 7 7

23 60

30 30

resist., slight stain tendency

23 60

30 30

resist., medium stain tendency

23 23 23 23

7 7

23 23 60

30 30

resist.; slight stain resist, slight stain tendency

7

very slightly whitened

23 60

30 30

resist, slight stain tendency

23

30

resist.; no stain

60

30

resist., slight stain tendency

23

7

no change observed

23

7

<><del

23

7 7

."

23 23

(.< "'>;bki: Rinso B l u e " ' ; ' :;.",

Wi; ':"

Sodium C a r b o n a t e · . ' ? : , 2 > ; : " : Sodium C h l o r i d e ' ; i i : { o \ / ' i ! : Sodium H y d r o x i d e , ' t,.·)",.

23

.:SJF'?·' ,.,

23 23

...·'U

60 60

30 30

,.;

23 60

30 30

cH'

23

7

altacked

:~

resist.; slight stain

?o": . "., ,. .

. ,...S '.',

T e a . ,

t .' ,,; ..:;':,.

,.....\;::: ',:,'"

Toluenef\.3

resist.; slight stain

7 7 30 30

AO.?

. ,"'., "i:':

Coppetone suntan oil Skol suntan oil

Tomato

7

7

23

23

Coppetone suntan oil Skol suntan oil

7

no change observed

23 23

Phenol .,. ·,,5 """'\:,. . Prune J u i c e · . . " " " . ,

Suntan Lotion

no change observed

7 7 7

fi30 '.

Sulfuric Acid

resist.; no stain

JUiCe,~\ji;;;!;t[J~;;;,!~~:';:~

resist.; no stain resist., slight stain tendency resist., medium stain tendency resist., slight stain tendency

resist., medium stain tendency

i

Trichloroethylenei,;it)'\kt
water:l~~;~!~f;lj~~;~~1~\:!:~

i~

;:::

Waxes

23

SO

resist.; slight stain

60

30

resist., medium stain tendency

~

~

VI

<E' ;:l

t

..,0-

..,

P

SimonizXWd(!i%{

"

nidFmIjMFi

23

7

attacked no change observed resist.; no stain resist., slight stain tendency

co .... o

@

."

S ~

ri' (I)

tl

Butyl Alcohol

C1l

(I)

tEo ;:l

t'"'

Gasoline

....

7 7 7

0.5%

unleaded

7 7 7

0.5%

7 7 7

0.5% 1%

7 7 7

0.5%

7 7 7

0.5%

7 7 7

0.5%

7 7 7

0.5% 1%

7 7 7

0.5% 1%

" "

0: ....

P

n·butanol n-butanol n-butanol

Heptane

n-Heplane

Isopropyl Alcohol

isopropanol

.·.'·~NW.-S··

.~%W?r£~tH@<~: ·N.···.·.· .......,,, .....,.-......

"?

[tM.j;,E:Mi;FN.

Methyl Alcohol

.' .. - ... ,....... .•.•....... ~

Motor Oils

1SW·40

:~{m;;~W~~1f.~W~:1:;.~

Transmission Fluid

·n••;·.·it;~~lm;#i

Windshield Washer Fluid

:~:j~::;\~J~*f:~::::~t~:

.···.'.···.-.-.w.·.,·.· ................../0"

1%

1%

1%

1%

1%

l~ll[lll!ll~i~~ltl'1~ !;'~[li~II~1)~j~11.~

l;~t~l~l ~!~I(:~lJ!.tli i~~;[~~i~II~~tjil~~~; ~1;;~i~~~i~~!lrl~~l~ !r~rl fliflj~ ~'il i~

~:i~t~lll~t~li;1

>90 >90 >90 <80 <80 <80 >90 >90 >90 >90 80·90 >90 >90 80-90 >90 >90 <80 >90 >90 >90 >90 >90 80-90 >90

» (J) ~

-0

<

(")

Chemical Resistance - Acrylate Styrene Acrylonitrile Polymer I Polyvinyl Chloride Alloy

co ...... ......

co ......

Chemical Resistance - Modified Polyphenylene Ether I Nylon 6 Alloy

""tl ""tl

N

-m

z

'<

0" ::l

Antifreeze Brake Fluids Calcium Chloride Gasoline Hydrogen Sulfide Motor Oils Power Steering Fluid Tar and Bug Remover Transmission Fluid Trichloroethylene Water Windshlelil-Washer Fluid Zinc Chloride

@ ~

~ ~

n'

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~ ;:l

t"'"

0: ..,

p
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50 regular unleaded unleaded with 15% methanol water (SAT)

10W-40

automatic

50

7 7 7 7 7 7 7 7 7 7 7 7 7 7

6%

6% 6% 6% 6% 6%

6% 6% 6% 6%

6% 6% 6%

6%

;~~t;;(;~;;1~:1;l~~;l~lj~fl~1~

92 115 101

~'I~li;ii~;:~~I!i~~iil~~~~it!~~!l

93 53 87 111 106 86 107 27 88 83 66

f'~;~;;;~!;~~;~;':*,:I[;Gf~l,j;i ~··~·• ·llI:;~!;~i~~;l~~~;i!i~li;;':~ii

.;:;;~l~!;ili~~~ri);;Ji,,~;;~ r;;;)i;~I;;,;;;'i:~;\;i';;~;~lill,iii~

99 74 63 212 114 86 102 93 11 86 197 109 88

@ ~

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Acetic Acid Acetone Ammonium Hydroxide Antifreeze Brake Fluids Butoxyethanol Butyl Acetate Cottonseed Oil Diesel Fuels Ethylene Glycol Formula 409 Gasoline Household Cleaners

Isooctane Lubricants Methyl Alcohol Methyl Ethyl Ketone Motor Oils Sodium Hydroxide Sulfuric Acid Toluene Trichloroethane Water WD40 Xylene Zinc Chloride

5 1

I

with oleic acid

spray cleaner

k,b~~':\}d

unleaded premium unlaaded

tm~l~:g:~~:~;:~ftili

i~ l !1 !li\i it

Formula 409 Dow bath cleaner Formula 409

1!~lj!~~~~i • · ~!i:

WD-40 spray lubricant methanol

@jMi~';@@

engine oil 10 5

distilled spray lube

I

0.33 0.33 0.33 0.33 0.33

94.2 0 91.9 88.5 75.8

88.5 0 94.7 86.3 85.4

0 83.7 73.6 45.7

0.33 0.33 0.33 0.33 0.33 0.33

89.7 54.3 93.1 90.3 98.6 85.5

94.1 80.9 100.6 97.5 99.7 104.5

96.1 2.3 97.7 75.2 100 66.4

83.9

99.4

53.5

0.33 1 0.021 0.33 0.33

4.83 MPa 14.49 MPa

~fJlrt(~{!;ililit"i~;f

~li~~~I~!~~~~i~rl'

99.4 104.5

92.2 66.4

18if5

100.6 100.3 94.4

69.8 101.6 69.8

0 86.3 88.6

0 92.7 105

0 47.3 82.2

l!l~~lltt~:i;rf!!f~!l,!

98.1

81.8

99.2

rf!il,j'~~l~~;;;:;

0.33 0.33 0.33 4.83 MPa o MPa

i·~{ail(~;~i~t~lif~~.i!Ii;l(¥t 89.5 85.5

~ll~I'~J~{I~!~~

0.33 0.33 0.33

0.33 1 0.167

•

95.4

0.33 0.33

i;;···.!ii;;i~;!l.·:~'

96.9 81.9

99.4 96.1

99.2 34.1

~'~l ~i~i·~:l ~i~

0.33 0.33 0.33

1•• ··.;··;}H,·,.·!··)· :~rif~::::~~:::::~·9:~~:J:j~1lf

:::::~<::~~\:19::::{}:::::::~>

100.5 35.4 95.2

100.3 62.2 93.8

101.6 20.9 98.5

r..

Dow Pulse 1350

nr~ltiID;!!;!!r!tlit!!t~f~!!~;;.". i

;#)).2.;';1t4 li;;;if~~,;HJi;

Miles Bayblend T·85MN

jn8iliM:~r:Q{.:jJCn8·.M:::\~~rtjMf@

Miles Bayblend T-85MN Dow Pulse 1350

-0

~ OJ

C/)

Chemical Resistance - Polycarbonate ASS Alloy

co ....... C.:>

co ......

Chemical Resistance - Polycarbonate Polyester Alloy

""U

~ ""U o

~

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CD

en

ro .....

:::.'::.<'

.;::<"

Acetic Acid

Acetone

5 5 5 5 5 10 10 10 10 10 10 10 10 10 5 min. immers.

28 28 28 28 1 30 30 30 30 90 90 90 90 0.0035 0.0035 0.0035 0.0035 0.0035 0.0035 0.0035 0.0035 1

5 min. immersion

1 3 3 3 3

Acetone

;:g p

~

Adhesives

1?

Ammonia

;:l

Ammonium Hydroxide

t"'

~

.,

P <.c::

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34

:,stight'swelling no visible change S!rafn;l~;mlto!irst cricJ(

28.96 MPa

lil&rgi~altr compatible

89 100 97 97 96 99 89 94

,,;*ec~ll). t?r~~~

81 85 83 81 81 81 81 107

0.32% 0.63% 0.95% 1.26% 1.57% 1.88% 2.19% 28.96 MPa

Miles Makroblend UT 1018 15.6

0.5%

15.5 47

99.5

o

0.5% 1% 1%

43

o

3 28 28 28 28

o o o

o o

17

300

o

o

61 59 43 58 43 58 60 60

Miles Makroblend UT 1018 0.5

98.8

28.96 MPa 30 30 30 30

Eastman Eastman Eastman Eastman

Dow Sabre 1664 GE Xenoy 1102 GE Xenoy 2720 GE Xenoy 1102 GE Xenoy 2720 GE Xenoy 1102 GE Xenoy 2720 Ektar MB DA002 (PC/PCTG) Ektar MB DA003 (PC/PCTG) Ektar MB EAOOI (PC/PCTG) Ektar MB DAOOI (PC/PCTG)

GE Xenoy 6120 GE Xenoy 6123 GE Xenoy 6370; 30% gl.fib. GE Xenoy 6620 GE Xenoy 6370; 30% gl.fib. GE Xenoy 6620 GE Xenoy 6120 GE Xenoy 6123

28.96 MPa

10 10 10 10

,

Dow Sabra 1664 Eastman Ektar MB DAOO2 (PClPCTG) Eastman Ektar MB DAl103 (PClPCTG) Eastman Ektar MB DAOOI (PC/PCTG) Eastman Ektar MB EAOOI (PC/PCTG) Miles Makroblend UT 1018 GE Xenoy 6370; 30% gl.fib. GE Xenoy 6620 GE Xenoy 6120 GE Xenoy 6123 GE Xenoy 6120 GE Xenoy 6123 GE Xenoy 6370; 30% gl.fib. GE Xenoy 6620 Miles Makroblend UT-400; 3.2 mm bars

39

3M plastic adhesive 1099

/;'i

sJilJ11sweM9:

3

til

tEo

98.3 32

44 44

30 30 30 30 90 90 90 90

@

n'til

0.9

1

;~;;:c:.re~~~i;:tC·

50 74 81 58

112.2

Dow Sabre 1664 Miles Makroblend UT 1018 GE Xenoy 6370; 30% gl.fib. GE Xenoy 6620 GE Xenoy 6120 GE Xenoy 6123

@

'S"' (J)

~

r;' (J)

tl

Ammonium Hydroxide

10 10 10 10

Cll (J)

<E' ;:J

t:

0-

Antifreeze

.... I:l ....

Prestone Zerex, Conoeo

u::

X.//23~¥<}

Prestone

Benzyl Alcohol

Betadine Bleach

Brake Fluids

:)( 23K<

Chlorox solution Chlorox Chlorox Chlorox Prestone

5 5 5 5

1 1 1

16.56 MPa 28.96 MPa

3 3 3 3 3 3 7 28 28 28 28

0.5% 0.5% 1% 1%

0.125 28 28 28 28

0.7%

0.125

0.7%

1

"'U (")

-"'U 0

IBrake Fluids

30 30 30 30 90 90

GE Xenoy 6120 GE Xenoy 6123 GE Xenoy 6370; 30% gl.fib. GE Xenoy 6620 Miles Makroblend UT 1018

0

100.4 69 100 0 0 78 100 96 96 105 100 104

105.4

0 0 0 0

0 0 0 0

99 94

96 99 107 88

Dow Sabre 1664 GE Xenoy 1102 GE Xenoy 2720 GE Xenoy 1102 GE Xenoy 2720 GE Xenoy 1102 GE Xenoy 2720 rubber toughened Eastman Ektar MB DA003 Eastman Ektar MB DAOOI (PC/PCTG) Eastman Ektar MB DA002 (PC/PCTG) Eastman Ektar MB EAOOl (PC/PCTG)

100 91 101 101 101 70-90

95 94 4.14 MPa

1%

98.8 49 65 0 90 69 77 100 100 100 100 96 100 100 100

95.7

Dow Sabre 1664 GE Xenoy 1102

"

100

86 89 69 78 44 60

-< CD en

~

Eastman Ektar MB DA002 (PC/PCTGj Eastman Ektar MB EAOOI (PC/PCTG) Eastman Ektar MB EA003 (PC/PCTG) Miles Makroblend UT 1018

0.2 0.5% 1%

Eastman Ektar MB DA003 Eastman Ektar MB DA002 (PC/PCTG) Eastman Ektar MB EAOOl (PC/PCTGj Eastman Ektar MB DAOOI (PC/PCTG) Eastman Ektar MB 01.003

>90

28 28 28 28

1 3 3 3 3 3 7 30 30 30 30 90 90 90 90

Brake Fluids

62 19 20 58

90 90 90 90

GE Xenoy 2720 GE Xenoy 1102 GE Xenoy 2720 rubber toughened GE Xenoy 6120 GE Xenoy 6123 GE Xenoy 6370; 30% gl.fib. GE Xenoy 6620 GE Xenoy 6370; 30% gl.fib. GE Xenoy 6620 GE Xenoy 6120 GE Xenoy 6123 GE Xenoy 6120 GE Xenoy 6123 GE Xenoy 6370; 30% gl.fib. GE Xenoy 6620 GE Xenoy 6370; 30% gl.fib. GE Xenoy 6620

«)

Chemical Resistance - Polycarbonate Polyester Alloy

~

01

<0

......

Chemical Resistance - Polycarbonate Polyester Alloy

-u

-()

(J)

-u 0

'<
en

~

Butoxyethanol (2-) Butyl Acetate Butyl Alcohol

,

n-butanol

Butyrolactone (a-)

Cable Oil

10 10 10

Cottonseed 011 Cutting Fluids

~i&ill(~~&t;

28 28 28 28

:,<'i~

10 10 10 10 10

Rug Doctor

3 3 3 3 3 3

?~.';~:'. fr

4

:i/r~~k'<

'\"'25.{)J

I

,;\~l\{'

Rug Doctor VibraVac

~i~~~t1~;;';r;1

wi oleic acid

;qk~:M>.

.

cutting oils; AW 32

(f;;'iji:~~j;;~>;

W;9~~;J;,

Cyclohexanone

;;i;;(;[(~~;Ji:i;1

1 1

;f:i~Mt~~

fi 23?;

Isopar G, Exxon Norpar G, Exxon Isopar G, Exxon Norpar G, Exxon

Calcium Chloride

Carpet Cleaners

'1!3'},'

, ;~~,':,:~:

1 1 1 1

0.5%

0.5% 1% 1%

. 28.96 28.96 24.82 24.82

MPa MPa MPa MPa

'

..

-,

::;~

..;.;,

0 0 0 0

,-::.:-:.~

O')~

"

"'9

.,.')9.1 ::i:f9'):H: :C~

\;jt!y·;]j

28.96 MPa 28.96 MPa

0 0 0 0

89 96 98 97 98 98 90 95

i. 9.·

28.96 MPa 16.56 MPa 28.96 MPa 4.14 MPa

104.3 95.9

'9','

te-> ;9"

1 1 1

~,

101.2 62.1 83 81 70 76 76 89

~'J~:ir"::1;~

30 30 30 30 90 90 90 90 1 1 1 1

0 8.2

··'{,9.(/''''''

'X:{il/,' '. <&tg.{:t

0

100.4

99.8

•,,_1

GE Xenoy GE Xenoy GE Xenoy GE Xenoy GE Xenoy GE Xenoy Eastman Eastman Eastman Eastman

1102 2720 1102 2720 1102 2720

Ektar MB DAOOl Ektar MB DA002 Ektar MB DA003 Ektar M8 EAOOl

(PC/PCTG) (PC/PCTG) (PC/PCTG) (PC/PCTG)

. Stram isJ;.velloJir.$lcrack

Miles Makroblend UT 1018

{;ma!g!na!lY.£o~~tlble,.t;,.

GE Xenoy 6370; 30% gl.fib. GE Xenoy 6620 GE Xenoy 6120 GE Xenoy 6123 GE Xenoy 6120 GE Xenoy 6123 GE Xenoy 6370; 30% gl.fib. GE Xenoy 6620

},/stiiUn·ls ~Vc.rlo.:tii$1 ctlickit

Miles Makroblend UT 1018

:,X%:·Wi;n';ii~§;;;~~n;;u:tYi) ~;:;,$ti"iil'is]a'i'elld'fir$fcladl'('

Miles Makroblend UT 1018

Dow Sabre 1664

28 28 28

Eastman Ektar MB DA002 (PC/PCTG) Eastman Ektar MB DA003 (PC/PCTG) Eastman Ektar MB EAOOI (PC/PCTG)

28 28 28

Eastman Eklar MB DA002 (PC/PCTG) Eastman Ektar MB DA003 (PC/PCTG) Eastman Eklar MB EAOOI (PC/PCTG)

Dlchloroethane @ ~

E" Vi

n-.....

Diesel Fuels

Vi

tl (1) Vi

tE' ;J

t-'

0: .,

., i=l

Diesel Fuels

Gulf

1 30 30 30 30 90 90 90

28.96 MPa 99 100 100 100 100 100 99

Miles Makroblend UT 1018 GE Xenoy 6370; 30% gl.fib. GE Xenoy 6620 GE Xenoy 6120 GE Xenoy 6123 GE Xenoy 6120 GE Xenoy 6123 GE Xenoy 6370; 30% gl.fib.

@

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P

~ ;:;. CIl

tl

Diesel Fuels

CIl

<E' ;:l

t-o

0: .,

.,

~

ll::

Engine Oils Ethyl Acetate

Ethyl Alcohol

Ethylene Dichloride Ethylene Glycol

-c

---< I ()

-c

100 100 100 100 100

90 30 30 30 30 90 90 90 90

(1)

100 100 95 100 100.8

96.8

28 28 28 28 30 30 30 30 90 90 90 90

5 0 14 0 77 64 42 67 44 66 68 57

238 0 244 0

Eastman Eastman Eastman Eastman

28 28 28 28 28 28 28 28 28 30 30 30 30 90 90 90 90

99 95 104 94 97 97 99 95 97 97 96 94 95 91 86 93 93

99 103 109 99 110 104 109 109 104

Eastman Eastman Eastman Eastman Eastman Eastman Eastman Eastman

1

in water

50 50 50 50

GE Xenoy 6620 GE Xenoy 6370; 30% gl.fib. GE Xenoy 6620 GE Xenoy 6120 GE Xenoy 6123 GE Xenoy 6120 GE Xenoy 6123 GE Xenoy 6370; 30% gl.fib. GE Xenoy 6620

0

1

28.96 MPa

1 1 30 30 30 30 90 90 90 90

28.96 MPa

Dow Sabre 1664 Ektar M8 DA002 (PCIPCTG) Ektar M8 DA003 (PCIPCTG) Ektar MB EAOOl (PCIPCTG) Eklar MB DAOOl (PCIPCTG) GE Xenoy 6120 GE Xenoy 6123 GE Xenoy 6370; 30% gl.fib. GE Xenoy 6620 GE Xenoy 6370; 30% gl.fib. GE Xenoy 6620 GE Xenoy 6120 GE Xenoy 6123 Ektar MB DAOOl Ektar MB DA002 Ektar MB DA003 Ektar MB EAOOl Ektar MB DA002 Ektar M8 DA003 Ektar MB EAOOl Ektar MB DAOOl

.

(PCIPCTG) (PCIPCTG) (PCIPCTG) (PCIPCTG) (PCIPCTG) (PCIPCTG) (PCIPCTG) (PCIPCTG)

GE Xenoy 6120 GE Xenoy 6123 GE Xenoy 6370; 30% gl.fib. GE Xenoy 6620 GE Xenoy 6370; 30% gl.fib. GE Xenoy 6620 GE Xenoy 6120 GE Xenoy 6123 Miles Makroblend UT 1018

0

100.4 100 100 100 100 100 100 100 100

98.7

Dow Sabre 1664 GE Xenoy 6370; 30% gl.fib. GE Xenoy 6620 GE Xenoy 6120 GE Xenoy 6123 GE Xenoy 6120 GE Xenoy 6123 GE Xanoy 6370; 30% gl.fib. GE Xenoy 6620

0

CD

!e. CD .....

CO

Chemical Resistance - Polycarbonate Polyester Alloy

..... ~

Chemical Resistance - Polycarbonate Polyester Alloy

"'U

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~

00

"'U

o

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en CO ......

Freon TF Freon TMS Freon TP35 Gasohol

1 DuPont

1 1

90/10 30

91

30

98

30

94

90

86

90

85

90

75

30

50

Gasohol

Gasoline

30

51

30

60

90

50

90

57

90

44

90

51

unleaded; 3 5 min. cycles premo unleaded. 5

0.0035

0.32"10

105

Miles MakrobJend UT·400; 3.2 mm thick bars

min. immers. 0.0035

0.63"10

63

0.0035

0.95"10

63

0.0035

1.26"10

57

0.0035

1.57"10

55

0.0035

1.88"10

61

0.0035

2.19"10

63

0.0035

100

Amoco premium unleaded

1

28.96 MPa

dry gas. Tradco

1

28.96 MPa

"

premium unleaded

1

4.14 MPa

Miles Makroblend UT 1018

unleaded

3

0.5"10

80

GE Xenoy 1102

3

0.5"10

69

GE Xenoy 2720

3

1%

80

GE Xenoy 1102

3

1%

54

GE Xenoy 2720

3

89

GE Xenoy 1102

3

100

GE Xenoy 2720

7

87

0.7

1

© "c

po

.... '"

Gasoline

97.1

100.1

Dow Sabre 1664

regular

r;'

'" ~ cEo

Miles Makroblend UT 1018

28

16

Eastman Ektar MB DA002 (PC/PCTG)

28

61

Eastman Ektar MB DA003 (PC/PCTG)

28

74

Easlman Eklar MB EAOOI (PC/PCTG)

premium grade

30

100

GE Xenoy 6120

regular

30

100

;:l

unleaded

30

100

t"'

pramium grade

30

100

regular

30

100

0: ..,

.., p

II::

t4I;;mfBt#!J!m~~tN!~@WJmJ,i;

GE Xenoy 6123

@

"tl

Ei Vl N-

;=;. Vl

tJ

Gasoline

Cll Vl

cEo ;:s

t"'

c:.., ..,>l

(t::

Gasoline

Gasoline

Gasoline Dryer Gear Lubricants Glutaraldehyde Harmony 53 Heptane ""U

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en

CO .....

unleaded premium grade regular unleaded premium grade regular unleaded premium grade regular unleaded premium grade regular unleaded premium grade regular unleaded premium grade regular unleaded

30 30 30 30 30 30 30 90 90 90 90 90 90 90 90 90 90 90 90

premium grade regular unleaded premium grade regular unleaded premium grade regular unleaded premium grade regular unleaded

30 30 30 30 30 30 30 30 30 30 30 30

I I

~l~li,~~li~!;~

~~~l'l:i~~I;

premium grade regular unleaded premium grade regular unleaded premium grade regular unleaded premium grade regular unleaded

;!i~JI'~(II~I~1

I

~Ij]il ~'~j~\!l

gear lube grease 50 n-Heptane

. .. .

II

iii

100 91 95 95 100 100 100 85 93 88 98 100 98 100 100 100 99 100 100

II

I

90 90 90 90 90 90 90 90 90 90 90 90 7 1 0.125 1 3 3 3 3

28.96 MPa 0.7% 28.96 MPa 0.5% 0.5% 1%

1%

II

II

:+(::N:;::t:mffiAWH~n{ {}~: :i~~ff::mtt:

GE Xenoy 6620

;f;(;)M!@,~WIt*9;\~M!\!!!~i.1M;;

GE Xenoy 6370; 30% gl.fib.

GE Xenoy 6620

GE Xenoy 6120

GE Xenoy 6123

81 95 93 82 96 93 70 84 80 73 89 87

:i;@;@¥I!~.~Mi(~m!!!~!j • ·.,.·.·;@

GE Xenoy 6120

;;::~'i~(II~t~¥!wl"tlt~t~,~Ht(!!

GE Xenoy 6123

GE Xenoy 6370; 30% gl.fib.

GE Xenoy 6620

57 71 65 70 77 69 76 79 75 70 87 81 80

GE Xenoy 6370; 30% gl.fib.

GE Xenoy 6620

GE Xenoy 6120

GE Xenoy 6123

100 >90

84 78 79 73

--

Chemical Resistance - Polycarbonate Polyester Alloy

rubber toughened Miles Makroblend UT 1018 Eastman Ektar MB DA003 Miles Makroblend UT 1018 GE Xenoy 1102 GE Xenoy 2720 GE Xenoy 1102 GE Xenoy 2720

co ...... co

co

Chemical Resistance - Polycarbonate Polyester Alloy

""U ()

--

N

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en

m

Household Cleaners

Supler AIIack

4

Dow balh cleaner

S"

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Isooctane Isopar G

i
Isopropyl Alcohol

~o

;:l

t""'

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105

28

97

103

Easlman Eklar MB EAOOI (PC/PCTGI

28

91

99

Easlman Ektar MB DAOOl (PC/PCTGj

99

Eastman Eklar MB DA003

GE Xenoy 1102 GE Xenoy 2720 Easlman Ektar MB DA002 (PC/PCTGj

28

99

30

100

30

100

GE Xenoy 6123

30

97

GE Xenoy 6370; 30% gl.fib.

30

100

GE Xenoy 6620

90

97

GE Xenoy 6370; 30% gl.fib.

90

100

GE Xenoy 6620

90

100

GE Xenoy 6120

90

100

0.67

GE Xenoy 6120

GE Xenoy 6123

28.96 MPa

Miles Makroblend UT 1018

12.41 MPa 28.96 MPa

o o

Zepomatic

0.167

28.96 MPa

0.67

16.56 MPa

Rug Doclor sleam

0.67

28.96 MPa

Rug Doclor

0.67

28.96 MPa

Rug Doclor V-Vac

1 1

28.96 MPa

Hydraulic Fluids

'1l

103

79

Rug Doclor S-Oil

Iraffic

Insect Spray

28

Formula 409

lysol

@

85

1 1 1 1

Formula 409

Hydraulic Oils Hydrochloric Acid

3 3

98.9

101.2

98.9

103.5

Dow Sabre 1664 Miles Makroblend UT 1018

4.14 MPa

28

102

105

Eastman Ektar MB DAOOl (PC/PCTG)

28

97

99

Eastman Ektar MB DA002 (PC/PCTGI

28

95

95

Easlman Ektar MB DA003 (PC/PCTGI

28

98

96

Eastman Ektar MB EAOOI (PC/PCTG)

28.96 MPa

Gulf

Miles Makroblend UT 1018

10

1

10

30

90

GE Xenoy 6370; 30% gl.fib.

10

30

100

GE Xenoy 6620

10

30

100

GE Xenoy 6120

10

30

100

GE Xenoy 6123

10

90

100

GE Xenoy 6120

10

90

100

GE Xenoy 6123

10

90

84

GE Xenoy 6370; 30% gl.fib.

10

90

28.96 MPa

99

Wasp Stopper CF

24.82 MPa

Rainbow Wasp/Hornet

2B.96 MPa

cable oil

28.96 MPa

GE Xenoy 6620 Miles Makroblend UT 1018

0.2

99.9

112.8

Dow Sabre 1664 Miles Makroblend UT 1018

24.82 MPa in waler; isopropanol

50

30

90

GE Xenoy 6370; 30% gl.fib.

50

30

96

GE Xenoy 6620

50

30

96

GE Xenoy 6120

50

30

97

GE Xenoy 6123

50

90

100

GE Xenoy 6120

@

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r;' V>

1? V>

<5'

isopropanol

;::s

~

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Isopropyl Alcohol

Jet Aircraft Fuels Lacquer Thinners Loctite 242 Lubricating Oils LYDosin Methyl Alcohol

90 90 90 0.125 3 3 3 3 3 3

28.96 MPa 28.96 MPa

thread locker

12.41 MPa

1 3 3 3 3 3 3 28 28 28 28

GE Xenoy 6120 GE Xenoy 6123 GE Xenoy 6370; 30% gl.fib. GE Xenoy 6620 GE Xenoy 6370; 30% gl.fib. GE Xenoy 6620 GE Xenoy 6120 GE Xenoy 6123

>90

0.5% 0.5% 1% 1%

JP 4

1 0.125

100 100 100 100 100 100 100 100

0.7%

30 30 30 30 90 90 90 90

IV solution Iyposin II

84 99 75 94 84 97

GE Xenoy 6123 GE Xenoy 6370; 30% gl.fib. GE Xenoy 6620 Eastman Ektar MB DA003 GE Xenoy 1102 GE Xenoy 2720 GE Xenoy 1102 GE Xenoy 2720 GE Xenoy 1102 GE Xenoy 2720

Miles Makroblend UT 1018

o

100

104.9

0.7%

>90

o 0.5% 0.5% 1% 1%

98.4 79 77 77 77 79 82 75 72 82 72

101.6

114 85 107 124

Methyl Alcohol

30 30 30 30 90 90 90 90

73 77 80 67 71 58 63 68

Methyl Cellosolve

28 28 28 28

o

o

22 55 69

168 90 104

15.6

97.9

Methyl Ethyl Ketone

Dow Sabre 1664 Eastman Ektar MB DA003

Eastman Eastman Eastman Eastman

Dow Sabre 1664 GE Xenoy 1102 GE Xenoy 2720 GE Xenoy 1102 GE Xenoy 2720 GE Xenoy 1102 GE Xenoy 2720 Ektar MB DA002 (PC/PCTG) Ektar MB DA003 (PC/PCTG) Ektar MB EAOOI (PC/PCTG) Ektar MB DAOOl (PC/PCTG)

GE Xenoy 6120 GE Xenoy 6123 GE Xenoy 6370; 30% gl.fib. GE Xenoy 6620 GE Xenoy 6370; 30% gl.fib. GE Xenoy 6620 GE Xenoy 6120 GE Xenoy 6123

28.96 MPa

Eastman Eastman Eastman Eastman

Eklar MB DAOOI Ektar MB DA002 Ektar MB DA003 Ektar MB EAOOl

(PC/PCTG) (PC/PCTG) (PC/PCTG) (PC/PCTG)

Miles Makroblend UT 1018

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Q

16.2

Dow Sabre 1664

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Chemical Resistance - Polycarbonate Polyester Alloy

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~ 62 62 43 57 43 57 51 53

30 30 30 30 90 90 90 90

fJB;~~,~ifk

Methyl Isobutyl Carbinol

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Methyl Isobutyl Ketone

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Methylene Chloride

Mold Releases Motor Oils

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0.125 28 28 28 28

0.7%

1

28.96 MPa

3 3 3 3 3 3 30 30 30 30 90 90 90 90

0.5% 0.5% 1% 1%

0.042 0.042

28.96 MPa 28.96 MPa

1 3 3 3 3 3 3 7 2B 28 28 28 30 30 30 30

28.96 MPa 0.5% 0.5% 1% 1%

GE Xenoy 6120 GE Xenoy 6123 GE Xenoy 6370; 30% gl.fib. GE Xenoy 6620 GE Xenoy 6370; 30% gl.fib. GE Xenoy 6620 GE Xenoy 6120 GE Xenoy 6123

104 95 99 99

104 101 87 104

0 0 0 29

0 0 0 223

.,

Eastman Eestmen Eastman Eastman

Ektar MB DAOOl Ekter MB DA002 Eklar MB DA003 Eklar MB EA001

(PC/PCTGj (PC/PCTGj (PCIPCTGj (PCIPCTG)

Eastman Eastman Eastman Eastman

Ektar MB DAOOI Ektar MB DAC02 Ektar MB DA003 Ektar MB EAOOl

(PCIPCTGj (PCIPCTGj (PCIPCTGj (PCIPCTG)

<50

.

Miles Makroblend UT 1018 0 0 0 0 0 0 43 27 25 40 28 31 44 48

GE Xenoy 1102 GE Xenoy 2720 GE Xenoy 1102 GE Xenoy 2720 GE Xenoy 1102 GE Xenoy 2720 GE Xenoy 6120 GE Xenoy 6123 GE Xenoy 6370; 30% gl.fib. GE Xenoy 6620 GE Xenoy 6123 GE Xenoy 6370; 30% gl.fib. GE Xenoy 6620 GE Xenoy 6120

. ·'(i.,,,.9.&>i

Miles Makroblend UT 1018

87 97 78 100 78 94 100 102 102 107 96 100 100 100 100

94 100 103 96 103

GE Xenoy 1102 GE Xenoy 2720 GE Xenoy 1102 GE Xenoy 2720 GE Xenoy 1102 GE Xenoy 2720 rubber toughened Eastman Ektar MB DAOOl (PCIPCTGj Eastman Ektar MB DA002 (PCIPCTGj Eastman Ektar MB DA003 (PCIPCTGj Eastman Ektar MB EAOOI (PC/PCTG) GE Xenoy 6120 GE Xenoy 6123 GE Xenoy 6370; 30% gl.fib. GE Xenoy 6620

@

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Norpar G Potassium Hydroxide

5 5 5 5 5 5

5

Power Steering Fluid

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solution, Mortons

17 12

28.96 MPa

20

6

20.69 MPa

5 5 5 5

30 30 30 30 90 90

5

n

GE Xenoy 6620 GE Xenoy 6123 GE Xenoy 6370; 30% gl.fib. GE Xenoy 6620 GE Xenoy 6120 198 191

a

a

13

197

Eastman Eastman Eastman Eastman

Ektar MB DAOOl Ektar MB DAC02 Ektar MB DA003 Ektar MB EAOOl

(PC/PCTG) (PC/PCTG) (PC/PCTG) (PC/PCTGj

Miles Makroblend UT 1018 98 66 100 98 95 96 15 92

1 30 30 30 30 90 90 90 90 30 30 30 30 90 90 90 90

5

GE Xenoy 6123 GE Xenoy 6370; 30% gl.fib .

28.96 MPa 24.82 MPa

30 30 30 30 90 90 90 90

5

GE Xenoy 6123 GE Xenoy 6370; 30% gl.fib. GE Xenoy 6620 GE Xenoy 6120

100 100 100 100 100 100 87 87 81 100

28 28 28 28 1 1

cable oil

"

Salts Sodium Chloride

100 100

90 90 90 90 30 30 30 30 90 90 90 90

~

100 100 100 100 100 100 100 100 100 100 100 100 100 100 100 100

GE Xenoy 6123 GE Xenoy 6370; 30% gl.fib. GE Xenoy 6620 GE Xenoy 6120

"

GE Xenoy 6123 GE Xenoy 6370; 30% gl.fib. GE Xenoy 6620 Miles Makroblend UT 1018 GE Xenoy 6123 GE Xenoy 6370; 30% gl.fib. GE Xenoy 6620 GE Xenoy 6120

" GE Xenoy 6123 GE Xenoy 6370; 30% gl.fib. GE Xenoy 6620 GE Xenoy 6123 GE Xenoy 6370; 30% gl.fib. GE Xenoy 6620 GE Xenoy 6120

" GE Xenoy 6123 GE Xenoy 6370; 30% gl.fib. GE Xenoy 6620 Miles Makroblend UT 1018

98 90 98 98 96 96

GE Xenoy 6123 GE Xenoy 6370; 30% gl.fib. GE Xenoy 6620 GE Xenoy 6120 GE Xenoy 6123

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Chemical Resistance - Polycarbonate Polyester Alloy

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Sodium Hypochlorite Sulfuric Acid

@

bleaches

Sulfuric Acid

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Tar and Bug Remover

Turtle Wax

GE Xenoy 6370; 30% gl.lib. GE Xenoy 6620

5 5

90 90

10 10 10 10 10 10 10 10 10 10 10 10 10

1 1 28 28 28 28 30 30 30 30 90 90 90

5.25

0.125

5 10 10 10 10 10 10 10 10 10 20 20 20 20 36 36 36 36 36 36 36 36 36

1 0.125 30 30 30 30 90 90 90 90 28 28 28 28 30 30 30 30 90 90 90 90 30

36 36 36 36 36 36 36 40

30 30 30 90 90 90 90 1

28.96 MPa

1 3 3

28.96 MPa 0.5% 0.5%

20.69 MPa 1.2

97.6 99 99 92 98 100 96 23 100 95 96 96

96.7 99 103 86 98

0.1

98.5

105.4

Miles Makroblend UT 1018 Dow Sabre 1664 Eastman Ektar MB DAOOl (PC/PCTGj Eastman Ektar MB DA002 (PC/PCTGj Eastman Ektar MB DA003 (PC/PCTG) Eastman Ektar MB EAOOl (PC/PCTG) GE Xenoy 6120 GE Xenoy 6123 GE Xenoy 6370; 30% gl.lib. GE Xenoy 6620 GE Xenoy 6123 GE Xenoy 6620 GE Xenoy 6120 Eastman Ektar MB DA003

0.7% 0.7%

>90 100 100 89 100 97 85 97 100 102 97 100 97 100 100 92 100 100 90 99 100 100

97 100 97 101

Dow Sabre 1664 Eastman Ektar MB DA003 GE Xenoy 6120 GE Xenoy 6123 GE Xenoy 6370; 30% gl.lib. GE Xenoy 6620 GE Xenoy 6123 GE Xenoy 6370; 30% gl.fib. GE Xenoy 6620 GE Xenoy 6120 Eastman Ektar MB DAOOI (PC/PCTG) Eastman Eklar MB DA002 (PC/PCTG) Eastman Ektar MB DA003 (PC/PCTG) Eastman Ektar MB EAOOl (PC/PCTG) GE Xanoy 6120 GE Xenoy 6123 GE Xenoy 6370; 30% gl.lib. GE Xenoy 6620 GE Xenoy 6123 GE Xenoy 6370; 30% gl.lib. GE Xenoy 6620 GE Xanoy 6120

100 88 100 100 81 99 100

GE Xenoy 6123 GE Xenoy 6370; 30% gl.lib. GE Xenoy 6620 GE Xenoy 6123 GE Xenoy 6370; 30% gl.lib. GE Xenoy 6620 GE Xenoy 6120 Milas Makroblend UT 1018

80 67

GE Xenoy 1102 GE Xenoy 2720

@

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5 min. immers.

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0.0035

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0.0035 0.0035 0.0035 0.0035 0.0035 0.0035 0.0035 1 1

0.63% 0.95% 1.26% 1.57% 1.88% 2.19%

3 3 3 3 3 3 28 28 28 28

Transmission Fluid

GE Xenoy GE Xenoy GE Xenoy GE Xenoy

Miles Makroblend UT-400; 3.2 mm thick bars 102 102 102 102 102 102 117

12.41 MPa 28.96 MPa 0.5% 0.5% 1% 1%

Miles Makroblend UT 1018

38 0 39 0 41 0 0 0 0 0

0 0 0 0

Wynn's automatic 3 3 3 3 3 3 7 28 28 28 28

1% 1%

79 100 81 82 72 100 97 101 96 99 96

100 100 102 96 104

Transmission Fluid

-0

--< ()

30 30 30 90 90 90 90 30 30 30 30 90

1102 2720 1102 2720

100 100 100 100 100 100 100 100 100 87 100 53

Eastman Eastman Eastman Eastman

GE Xenoy 1102 GE Xenoy 2720 GE Xenoy 1102 GE Xenoy 2720 GE Xenoy 1102 GE Xenoy 2720 Ektar MB DAOOI (PC/PCTGj Ektar MB DA002 (PC/PCTG) Ektar MB DA003 (PC/PCTG) Ektar MB EAOOI (PC/PCTG)

Miles Makroblend UT 1018 GE Xenoy 1102 GE Xenoy 2720 GE Xenoy 1102 GE Xenoy 2720 GE Xenoy 1102 GE Xenoy 2720 rubber toughened Eastman Ektar MB DA001 (PC/PCTG) Eastman Ektar MB DA002 (PC/PCTG) Eastman Ektar MB DA003 (PC/PCTGj Eastman Ektar MB EA001 (PC/PCTG) GE Xenoy 6120 GE Xenoy 6123 GE Xenoy 6370; 30% gl.fib. GE Xenoy 6620 GE Xenoy 6123 GE Xenoy 6370; 30% gl.fib. GE Xenoy 6620 GE Xenoy 6120 GE Xenoy 6123 GE Xenoy 6370: 30% gl.fib. GE Xenoy 6620 GE Xenoy 6123

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Chemical Resistance - Polycarbonate Polyester Alloy

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CO .... Transmission Fluid Trichloroethane

5 min. immers.

5 min. immersion

90

31

GE Xenov 6370; 30% gl.fib.

90

65

90

67

GE Xenov 6620 GE Xenov 6120

0.0035

0.32%

74

0.0035

0.63%

74

0.0035

0.95%

80

0.0035

1.26%

96

0.0035

1.57%

81

0.0035

1.88%

81

0.0035

2.19%

83 104

0.0035 1

Miles Makroblend UT·400; 3.2 mm thick bars

28.96 MPa

Miles Makroblend UT 1018

8.28 MPa 45.4

Trichloroethylene Water

with ethanol

50

Windshield Washer Fluid

~

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104

109

Eastman Ektar MB DA003

102.2

Dow Sabre 1664

0.5%

80

0.5%

84

3

1%

74

3 3 3

1%

78

0.2

GE Xenov GE Xenov GE Xanov GE Xenov GE Xenov GE Xenov

80 92

1102 2720 1102 2720 1102 2720

28

98

93

Eastman Ektar MB DAOOI (PC/PCTG)

28

99

103

Eastman Ektar MB DA002 (PC/PCTG)

28

97

95

Eastman Ektar MB DA003 (PC/PCTG)

28

97

99 49.3

Eastman Ektar M8 EAOOI (PC/PCTG)

0.5

109.1

Dow Sabre 1664

1

28.96 MPa

3

0.5%

88

GE Xenov 1102

3

0.5%

90

GE Xenov 2720

3

1%

86

GE Xenov 1102

3

1%

94

GE Xenov 2720

Miles Makroblend UT 1018

3

83

GE Xenov 1102

3

81

GE Xenov 2720

28.96 MPa

Miles Makroblend UT 1018 12.8

::!2 p

Dow Sabre 1664

99.3

1 3 3

Xylene Zinc Chloride

35.3

Miles Makroblend UT 1018

28

1

@

29.1

28.96 MPa

52.5

72.8

Dow Sabre 1664 GE Xenov 6120

10

30

99

10

30

96

GE Xenoy 6123

10

30

89

GE Xenov 6370; 30% gl.lib.

10

30

97

GE Xenoy 6620

10

90

98

GE Xenov 6123

10

90

90

GE Xenov 6370; 30% gl.lib.

GE Xenov 6620 GE Xenov 6120

10

90

93

10

90

100 98.9

1

o

107.1

Dow Sabre 1664

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Acetone

0

10k

tEo

0

10k

;:l

0.0003 0.0014 0.0278

1% 10k 10k

0.0278

10k

0.029 0.0333

10k 1%

<0.0001

10k

<0.0001

10k

0.0001 0.0002

10k 1%

0.0002

1%

0.0005

10k

0.0104

10k

0.0139

10k

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10k 10k 1%

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unleaded

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instant rupture instant rupture axp. time expo time

=time to first crack =time to first crack "

expo time

=time to first crack "

Methyl Alcohol

Toluene

j;t!;iLl;~If\~;~·@;;;;

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Miles Makrolon 2608; PC with 5% SEBS (63% PS) (PC/SEBS) Miles Makrolon 2608; PC with 5% SEP (50% PS) (PC/SEP) Miles MaJ
"

" " "

"

=time 10 first crack "

>0.042

1%

"

>0.042

10k

"

>0.042

10k

"

>0.042

10k

<0.0001 <0.0001 0.0002

10k 10k 10k

0.0002

10k

"

0.0002

10k

"

0.0002

10k

"

0.0003 0.0005

10k 10k

expo time time 10 first crack

@~<+tJ~:1}nK~]N

" Miles Makrolon 2608; PC with 5% SEBS (33% PS) (PC/SEBS)

=

expo time

Miles Makrolon 2608; PC with 5% SEP (26% PS) (PC/SEP) Miles Makrolon 2608; PC with 5% SEBS (30% PS) (PC/SEBS)

"

expo time time to first crack time to first cracks

."::::::::::::::': :", .• .. :::::-:::::j;:~::::::::;:::

Miles Makrolon 2608; PC with 5% SEBS (63% PSI (PC/SEBS) Miles Makrolon 2608; PC with 5% SEP (50% PS) (PC/SEP) Miles Makrolon 2608; PC with 5% LLDPE

Miles Makrolon 2608; PC with 5% SEBS (33% PS) (PC/SEBS) Miles Makrolon 2608; PC with 5% SEBS (63% PS) (PC/SEBS) Miles Makrolon 2608; PC with 5% SEP (26% PS) (PC/SEP) Miles Makrolon 2608; PC with 5% SEP (50% PSI (PC/SEP)

time to first cracks

"

=

"

Miles Makrolon 2608; PC with 5% SEBS (30% PS) (PC/SEBS) Miles Makrolon 2608; PC with 5% SEBS (33% PSI (PC/SEBS) Miles Makrolon 2608; PC with 5% SEP (26% PS) (PC/SEP) Miles Makrolon 2608; PC with 5% SEP (50% PS) (PC/SEP) Miles MakroIon 2608; PC with 5% LLDPE Miles Makrolon 2608; PC with 5% SEBS (30% PS) (PC/SEBS)

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Chemical Resistance - Laminar Polyolefin Nylon Alloy

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Butyl Acetate Butyl Alcohol Chlorobenzene Cyclohexanone Diesel Fuel Conditioner Ethyl Acetate Gasoline Additive Hexane Isobutyl Acetate Isopropyl Acetate Kerosene Lighter Fluid Llmonene (d-) Methyl Ethyl Ketone Methyl Isobutyl Ketone Methyl Salicylate Minerai Spirits Motor Oils Naphtha Paint Thinners Pine Oil STP Gas Treatment Tetrahydrofuran Toluene Trichloroethane Turpentine Xylene

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Brakleen

charcoal starter

-0.07 -0.056 -0.73 -0.01 -0.03 -0.42 -0.03 -0.25 -0.016 -0.02 -0.01 -0.04 -0.01 -0.9 -0.036 -0.06 -0.01

2 cycle

cleaner

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co

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" 5 ml sample; stressed bar

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.007-.014 .007-.014

30% 30%

Areo; 60% Dylark 332/40% paT Areo; 40% Dylark 332/60% paT

.007-.014 .007-.014 3 3

30% 30%

Areo ; 60% Dylark 332/40% paT Areo ; 40% Dylark 332/60% paT Areo; 60% Dylark 332140% paT Areo; 40% Dylark 332/60% paT

.007-.014 .007-.014

30% 30%

3 3 3 3 3 3 3

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.007-.014 3 3 3 3 3 3 3

99 99

89 99 79 100 94 101 106

14 24 62 91 99

Areo; Areo; Areo; Areo; Areo;

60% 40% 90% 80% 50%

Dylark Dylark Dylark Dylark Dylark

332/40% 332160% 332/10% 332120% 332/50%

PST

paT

paT paT paT paT

"

Areo; Areo; Areo; Areo;

40% 90% 80% 50%

Dylark 332160% Dylark 332110% Dylark 332/20% Dylark 332/50%

Areo; Areo; Areo; Areo;

40% 90% 80% 50%

Dylark Dylark Dylark Dylark

.

.

332160% 332110% 332120% 332150%

paT paT paT

paT paT paT paT

Areo; 30% Dylark 332170% paT Areo; 20% Dylark 332180% paT Areo; 10% Dylark 332190% paT

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Chemical Resistance - Styrene Maleic Anhydride I Polycarbonate Alloy

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Acetone

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Barbecue Sauce

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Bleach Brake Fluids

Citric Acid

10 10

Coffee

10 10 10 10

Dishwashlng Detergents

powder

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Ethyl Acetate

Ethylene Glycol

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Methyl Alcohol

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Motor Oils

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Ethyl Alcohol

Hydrochloric Acid

"':':'-_".".'.~

30 30

II [;~l~~~~~~t~}l~

5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5

41.4 MPa 41.4 MPa

no visible change

41.4 MPa 41.4 MPa 41.4 MPa

j~~:%}H]~3:;~gT@&::~:;~~

attacked

41.4 MPa 41.4 MPa

no visible change

41.4 MPa 41.4 MPa 41.4 MPa 41.4 MPa 41.4 MPa 41.4 MPa

f}~N?:0jf:\GKMfmX?m

attacked

41.4 MPa

rfim1t@]~@Ellit#W:r~

no visible change

41.4MPa

,t"i)@@Sif6?6VS,'

attacked

41.4 MPa

g@kMI ::~~:{~&{ttWm

no visible change

41.4 MPa 41.4 MPa

41.4 MPa 41.4 MPa 41.4 MPa 41.4 MPa 41.4 MPa 41.4 MPa

attacked no visible change attacked no visible change

to W

o

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Shaving Lotion

"

Sulfuric Acid

;:l

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"

Transmission Fluid

5 5

!J~t;'I~~~~l'I;'f~~r

5 5

41.4 MPa

5 5 5 5 5 5 5 5 5 5

41.4 MPa

III

.,

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Trichloroethane Water

:'ii;~~~~;'~il'!i;;

distilled

"'(:I~m;m;

41.4 MPa 41.4 MPa

":""". ';:C'';'

41.4 MPa

~

,;3"i;<""\.·i;··.·'····,

aUacked no visible change

41.4 MPa

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Chemical Resistance - Styrene Maleic Anhydride' Polycarbonate Alloy

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Chemical Resistance - Starch Modified Alloys

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Union Car. 10% starch; biodeg. (modified LOPE)

65

Union Car. 16% starch; biodeg. (modified LOPE)

45

Union Car. 24% starch; biodeg. (modified LOPE)

52

Union Car. 10% starch; biodeg. (modified LOPE)

37

Union Car. 16% starch; biodeg. (modified LOPE)

25

Union Car. 24% starch; biodeg. (modified LOPE) Union Car. 0% starch; biodeg. (modified LOPE)

75 15 42 35

Union Car. 16% starch; biodeg. (modified LOPE)

15

Union Car. 24% starch; biodeg. (modilied LOPE)

45

Union Car. 10% starch; biodeg. (modified LOPE)

10

45 7

Fats Fungus Oils Sea Water

Soil Soil Burial

per ASTM 621·70

in sand

1.03

106

1.7

104

101

2.01

94

113

clay soil enriched soil

58.9 >-39

89

Union Car.; 2.5% starch; 1.3 mm biodeg. sheet (modified LOPE) Union Car.; 5.9% starch; 1.3 mm biodeg. sheet (modified LOPE) Union Car.; 15% starch; 1.3 mm biodeg. sheet (modified LOPE) Porvair Ecolan; 50% starch; biodeg. film (modified PP) Novamont Mater-8i AF 05 H; biodeg. film

>·50 >-55

Solvents Water @

'1:l

S" ~

r;' l/)

f?

l/)

tEo ;:l

t"'

c;: ..,

..,

I:l

u::

hydrocarbon solvents lake water relative humidity> 80%

Novamont Mater-Bi; biodegradable alloy; modified synthetic resin 93.6

933 Chemical Sort with POL Resistance Rating

Accumulator Acid (20-300/0) room temperature Nylon 12 Nylon 612

5 5

elevated temperature Nylon 12 Nylon 612

Accumulator Acid room temperature Amorphous Nylon

6

Acetaldehyde (31-400k) room temperature Acetal Resin Nylon 12 Nylon 6 Nylon 610 Nylon 66

8 8

6 3 6

Acetaldehyde (76-970/0) room temperature HOPE

8

elevated temperature Nylon 66

6

Acetaldehyde room temperature ABS Acrylic Resin Acrylonitrile Copolymer Amorphous Nylon CPVC General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Nylon 11 Nylon 46 Nylon 6 Nylon 66 PES Polycarbonate Polypropylene PVC PVOC PVOF SAN Copolymer

2 2 2 6 2 2 5-8

2 5 5 5 8 8

3 2 1

2 8

3 5

2 2

elevated temperature ABS CPVC ETFE HOPE lonomer LOPE MOPE Nylon 11 Polyphenylene Sulfide PVC PVOC SAN Copolymer

2 2 8 2-5 2 2

2 1 8

3 5 2

Acetamide (41-500/0) room temperature Acetal Resin Nylon 12 Nylon 6 Nylon 610 Nylon 66

8 8 4-9 6

8

elevated temperature Nylon 6 Nylon 610

0 0

Acetamide room temperature ASA General Purpose Polystyrene HOPE Impact Polystyrene PVOC PVOF SAN Copolymer

9 8-9 8 8 8 8 9

elevated temperature ASA ETFE

9 8

General Purpose Polystyrene HOPE PVOC SAN Copolymer

6 8 8 9

Acetic Acid (~ 5%) room temperature ABS ABS/PU Alloy Acetal Resin Acrylic Resin Acrylic/PVC Alloy ASA Cellulose Acetate Cellulose Acetate Butyrate Cellulose Propionate CTFE General Purpose Polystyrene Impact Polystyrene LOPE Nylon 46 Nylon 6 Nylon 610 Nylon 612 Nylon 66 PC/ABS Alloy PC/Polyester Alloy Polyallomer Polycarbonate Polyester - PBT Polyester - PCT Polyester - PCTG Polyester - PET Polyester - PETG Polypropylene PVOC Rigid PU SAN Copolymer Styrene Butadiene Copolymer

9 8 7-9 8-9 8 9 2 4 5 9 9 9 8 6 4 5 5

3 8 2-9 9 8 8-9 7-9 4-7 5-7 0-6 5-8 8 8-9 9 6

elevated temperature Acetal Resin ASA General Purpose Polystyrene Impact Polystyrene Nylon 6 Polyester - PBT PVOC SAN Copolymer Styrene Butadiene Copolymer

6 7 8 8 6 5-6 8 7 6

Acetic Acid (5-10%) room temperature ABS Acetal Resin Acrylic Resin Cellulose Acetate Cellulose Acetate Butyrate CPVC ECTFE ETFE FEP HOPE lonomer LOPE MOPE Nylon 12 Nylon 6 Nylon 610 Nylon 612 Nylon 66 PC/Polyester Alloy PEEK PES PFA Polyam ideirn ide Polyarylsu Ifone Polyester - PBT Polyetherirn ide Polyimide Polyphenylene Sulfide Polypropylene Polysulfone PPE PVOC PVOF SAN Copolymer TFE UHMWPE

7 8 8 2

3 8 2-8 4-9 5-9 6-8 8 6 6 6-8 3-6 8 8 3-4 7-9 7-9 8-9 7-9 9 9 4-9 9 8 9 8-9 7-9 7-8 9 7 9 8 8

elevated temperature ABS

7

Acetal Resin CPVC ECTFE ETFE FEP HOPE lonomer LOPE MOPE Nylon 12 Nylon 6 Nylon 610 Nylon 612 Nylon 66 PEEK PES PFA Polyamideimide Polyarylsulfone Polybenzimidazole Polycarbonate Polyester - PBT Polyetherimide Polyimide Polyphenylene Sulfide Polypropylene Polysulfone PPE PVOC PVOF SAN Copolymer UHMWPE

2 8 1-8 1-8 4-9 6-8 8 6 6 3 2-3 6 3 1 2-8 2-9 2-8 3-9 6-8 6-9 1 1-8 2-9 3-4 2-9 8-9 2-9 8-9 7 3-9 9 8

Acetic Acid (10-200/0) room temperature CPVC ECTFE Nylon 6 Polycarbonate Polyetherimide Polysulfone PVC Rigid PU

8 8 6 8 7 8 8-9 9

elevated temperature Acetal Resin CPVC ECTFE Polyimide Polyphenylene Sulfide

pvc

1 8 8 1 8 3-8

Acetic Acid (20-30%) room temperature ABS ASA Cellulose Acetate Cellulose Acetate Butyrate General Purpose Polystyrene Impact Polystyrene Polycarbonate PVOC SAN Copolymer TFE

8 9 2 1 5-8 5-9 6 8 8-9 8

elevated temperature ASA General Purpose Polystyrene Impact Polystyrene PES PVOC SAN Copolymer

7 4-8 8 2-6 8 7-9

Acetic Acid (31-40%) room temperature Nylon 12 Nylon 6 Nylon 66 Polypropylene

3 1 1 9

Acetic Acid (41-500/0) room temperature ABS

ASA CPVC ECTFE General Purpose Polystyrene Impact Polystyrene Nylon 12 Nylon 612 Polyimide Polypropylene

7-8 7 8-9 8 5-8 5-8 1 1 7 8-9

Note: Numbers refer to POL Resistance Ratings (0-9 scale with 9 as highest resistance.)

© Plastics Design Library

Section Two

934

Chemical Sort with POL Resistance Rating pvoc SAN Copolymer SMA Copolymer

8 7-9 8

elevated temperature ABS ASA CPVC CTFE ECTFE ETFE General Purpose Polystyrene Impact Polystyrene Nylon 12 Nylon 612 Polyimide Polypropylene Polysulfone PVOC PVOF SAN Copolymer

7 4 7-8 9 8 8 4-8 8 1 1 7 5-9 5 8 7-8 4-9

Acetic Acid (51-75%) room temperature ABS Acrylic Resin HOPE lonomer LOPE MOPE Polyimide

2 2 6-8 6 6 6 5

elevated temperature ABS Acrylic Resin HDPE lonomer LOPE MOPE Polyimide

2 2 5-8 5 5 5 5

Acetic Acid (76-97%) room temperature Acetal Resin ECTFE Nylon 6 Nylon 610 Polyester - PBT Polypropylene PPE PVC

2 8 2-3 2 4 9 8 7-9

elevated temperature Acetal Resin ECTFE Nylon 6 Nylon 610 Polyester - PBT Polypropylene PPE PVC PVOF

1-2 8 0-3 2 2 7

8 1-8 8

Acetic Acid room temperature ABS Acrylic Resin Acrylonitrile Copolymer Amorphous Nylon ASA CPVC CTFE ECTFE General Purpose Polystyrene HOPE Impact Polystyrene LOPE Liquid Crystal Polymer Nylon 11 Nylon 12 Nylon 46 Nylon 6 Nylon 610 Nylon 612 Nylon 66 Nylon MX06 PEEK PEK PES Polyallomer Polycarbonate Polyester - PBT Polyester - PET

0-8 0-3 8 1 3 2-3 9

8 2-8 5-8 2-8 5 5-9 5 1-3 2 1 5 1 2-6 9 8 9 8-9 8 2-8 2-8 8

Polyester - PETG Polyimide Polymethylpentene Polypropylene Polysulfone PPE

pvc

PVOC PVOF Rigid PU SAN Copolymer SMA/PC Alloy Styrene Butadiene Copolymer TFE UHMWPE

1 5 6-8 8-9 6-8 3-9 0-9 9 7 4-6 2-8 3-8 2 8 8

elevated temperature ABS Acrylic Resin ASA CPVC CTFE ECTFE ETFE General Purpose Polystyrene HOPE Impact Polystyrene LOPE Liquid Crystal Polymer Nylon 11 Nylon 12 Nylon 612 Nylon 66 PFA Polyamideimide Polybenzim idazole Polycarbonate Polyester - PBT Polyester - PET Polyimide Polyketone Polymethylpentene Polyphenylene Sulfide Polypropylene Polysulfone PPE PVC PVOC PVOF SAN Copolymer UHMWPE

2 2 3 2 4-9 4-8 5-8 3-6 4-8 3 2 5-8 1 1 1 0 9 9 9 3 2 9 5 7-8 6-8 8-9 8 8 5 1-3 7 8 2-8 6-8

Acetic Acid Butyl Ester room temperature Nylon 12 Nylon 612

elevated temperature 8

8

Acetic Acid Ethyl Ester room temperature 8 8 8

HOPE Nylon 12 Nylon 612

elevated temperature 8 8 8

HOPE Nylon 12 Nylon 612

Acetic Anhydride room temperature ABS Acrylic Resin CPVC CTFE ECTFE General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Nylon 11 Nylon 12 Nylon 6 Nylon 612 Polycarbonate Polypropylene Polysulfone PVC

7 2-5 2

elevated temperature ABS CPVC CTFE ETFE HOPE lonomer LOPE MOPE Nylon 11 Nylon 12 Nylon 612 Nylon 66 PFA Polyamideimide Polycarbonate Polyphenylene Sulfide Polypropylene Polysulfone PPE PVC PVOC SAN Copolymer

2 5 2 9 8 2 2-8 2 8 2 2 5 6-8 1 8 2 8 2 3

2 2 3-9 8-9 2-8 8 2 2 1 3 3 4 9 9 0 8-9 8 0 2 3 7 2

Acetoacetic Acid room temperature 8

HOPE

Acetol room temperature ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer

5 8 8 5

Acetone (~ 5%) room temperature 8

Polysulfone

Acetone (5-100/0) room temperature Nylon 66

6

elevated temperature PVOF

8

Acetone (41-50%) room temperature Polysulfone

8 8

Nylon 12 Nylon 612

PVOC PVOF SAN Copolymer

8

elevated temperature 8

ETFE

Acetone (51-75%) room temperature 4-8

Polysulfone

Acetone room temperature ABS ABS/PU Alloy Acetal Resin Acrylic Resin Acrylic/PVC Alloy Acrylonitrile Copolymer Amorphous Nylon Aromatic Polyamide ASA Cellulose Acetate Cellulose Acetate Butyrate Cellulose Propionate CPVC CTFE ECTFE EVOH Expanded PE Beads Expanded PP Beads FEP General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE Nylon 11 Nylon 12 Nylon 46 Nylon 6 Nylon 610

0-2 1 4-8 0-6 2 2 5 9 0 0 0 0 2 3-9 8 4-9 8 5 9 0-2 8 0-2

8 2-6 8 8 8 6-9 5

Note: Numbers refer to POL Resistance Ratings (0-9 scale with 9 as highest resistance.)

Section Two

© Plastics Design Library

935 Chemical Sort with POL Resistance Rating Nylon 612 Nylon 66 Nylon MXD6 PC/ABS Alloy PC/Acrylic Alloy PC/Polyester Alloy PC/SEBS Alloy PC/SEP Alloy PE Foam PEEK PES PFA Polyallomer Polyarylam ide Polycarbonate PC/LLOPE Alloy Polyester - PBT Polyester - PCT Polyester - PCTG Polyester - PET Polyester - PETG Polyetherimide Polyimide Polymethylpentene Polyphthalam ide Polypropylene Polysulfone PPE PVC PVOC PVOF Rigid PU SAN Copolymer SMA Copolymer SMNPCAlloy Styrene Butadiene Copolymer SMNPBT Alloy TFE UHMWPE

6-8 7-9 9 0 1 0-8 0-1 0-1 4 6-9 1-8 9 7 7 0-4 1 1-8 7 1-5 3-5 0-1 3-8 8 6 9 4-9 1 1-9 3 5 2 1 0-2 3 3 2 8 9 8

elevated temperature ABS Acetal Resin Acrylic Resin ASA CPVC CTFE ECTFE ETFE EVOH FEP General Purpose Polystyrene HOPE Impact Polystyrene LOPE Liquid Crystal Polymer Nylon 11 Nylon 12 Nylon 612 Nylon 66 PFA Polyester - PBT Polyimide Polyketone Polymethylpentene Polyphenylene Sulfide Polypropylene PPE PVC PVOC SAN Copolymer TFE UHMWPE

0 4-6 2 0 2 7 2-8 4-8 5-9 9 0 6-8 0 2 5-8 1-5 8 8 3-6 9 2-3 8 6-9 6 8 8-9 3-8 3 5 0-1 9 8

Acetonitrile room temperature ABS Acrylic Resin General Purpose Polystyrene Impact Polystyrene Liquid Crystal Polymer Polypropylene Polysulfone PVOF SAN Copolymer

2 2 2 2 5 8 1 7 2

1 8-9 0 3 8

8 8

8 8

0-2 8 2 0 9 2-3 4-8 2-3 8-9 8 4-7 5 2 0-2

elevated temperature 0 0 6-8 8 0 4 0 7 8 9 0 8-9 2-7 0 0 5 0-1

Acetyl Bromide elevated temperature

room temperature 2 9 8 2 2

elevated temperature ECTFE ETFE Nylon 66 Polyamideimide Polycarbonate Polyphenylene Sulfide Polysulfone PPE PVOF

8 8 9 9

8 8 0 9 0 8-9 0 0 7-8

Acetyl Dialanine 9

ECTFE PVC

8 1-3

Acetyl Nitrite room temperature CPVC

2

elevated temperature CPVC

2

Acetylacetone room temperature PVOF

2

Acetylene room temperature Acetal Resin ASA ECTFE General Purpose Polystyrene HOPE Impact Polystyrene Nylon 11 Nylon 6 Nylon 610 Nylon 66 Polyester - PBT Polypropylene PVC SAN Copolymer

8 5 8 3 8 3 8 8 8 8 8 5 8 5

ECTFE ETFE Nylon 11 Polyphenylene Sulfide PVC PVOF

8 8 8 8 8 8

Acetylene Tetrabromide room temperature PVOC SAN Copolymer

7 2

elevated temperature ETFE PVOC SAN Copolymer

8 5 2

Acetylene Tetrachloride elevated temperature ETFE

8

PVDC

7

room temperature

Acetyl Dileucine

ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer

7 8 8 7

elevated temperature 9

elevated temperature PVOC

8 1-3

elevated temperature

Acetylsalicylic Acid

room temperature pvoc elevated temperature

PVOC

room temperature ECTFE PVC

elevated temperature 8

Acetyl Chloride Acetal Resin CTFE ECTFE Nylon 6 Nylon 610

7

Acetyl Nitrile

room temperature

PVOF

7

elevated temperature PVOC

Acetophenone

ABS ASA ETFE FEP General Purpose Polystyrene HOPE Impact Polystyrene Nylon 66 PFA Polyamideim ide Polycarbonate Polyphenylene Sulfide Polypropylene Polysulfone PPE PVDC SAN Copolymer

7

room temperature PVOC

elevated temperature

ABS Acetal Resin Acrylic Resin ASA CTFE General Purpose Polystyrene HOPE Impact Polystyrene Nylon 6 Nylon 610 Polypropylene PVOC PVOF SAN Copolymer

9

elevated temperature

Acetyl Divaline

room temperature PVOC

7

room temperature PVDC

Acetophenetonone PVOC

9

elevated temperature

PVDC

elevated temperature General Purpose Polystyrene

room temperature PVDC

Acetyl Ditryptophan

room temperature General Purpose Polystyrene

Acetyl Dimethionine

PVDC

Acetophenetidin

room temperature

elevated ternperature ETFE Nylon 66 Polyam ideim ide Polybenzim idazole

Polycarbonate Polyphenylene Sulfide Polysulfone PPE PVDF

9

ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer

7 8 8 7

Note: Numbers refer to POL Resistance Ratings (0-9 scale with 9 as highest resistance.)

© Plastics Design Library

Section Two

936 Chemical Sort with POL Resistance Rating pvc

8 8 9

Acid Mixtures

PVOC SAN Copolymer

room temperature

elevated temperature

PVOC

2

elevated temperature PVOC

2

Acids room temperature PVC

8

elevated temperature PVC

Acriflavine

8

(~

50/0)

room temperature Polypropylene

9

Acronal elevated temperature

Acrylic Acid elevated temperature 8

pvc

room temperature

elevated temperature

room temperature

6

8 8

elevated temperature

Aerosafe ETFE

room temperature ABS PC/POlyester Alloy Polycarbonate Polyester - PET

4-9 9 2-8 9

elevated temperature 4-8

Polycarbonate

(~

6

room terrlperature Acetal Resin

9

Adipic Acid room temperature ABS Amorphous Nylon ECTFE HOPE lonomer

9 4-6 8 8 8

9 8 8-9 9

Cellulose Acetate Butyrate Polyamideimide Polycarbonate Polysulfone

9 6-9 8 9

Ajax (~ 50/0)

Aeroshell4

room temperature

room temperature 8

ABS

7

Ajax room temperature

elevated temperature Polyamideim ide

6-9

ABS PVC SAN Copolymer

8 4-8

PVC

After Shave Lotion

elevated temperature Polycarbonate

2-8 9 8

elevated temperature

room temperature Acrylic/PVC Alloy Polycarbonate

4-8

Air

Aldivin

6

(~

5%)

room temperature HOPE

8

elevated temperature

Acetal Resin HOPE lonomer LOPE MOPE Nylon 6 Nylon 610 Polyester - PBT

HOPE 6-9 8-9 8 8 8 4-8 6-8 6-8

elevated temperature

50/0)

ABS Polycarbonate Polyester - PBT Polysulfone

elevated temperature

Polysulfone

room temperature

Adhesives

8 8 8 8 4

room temperature 8-9

Aeroshell 500 0 2 8 8 9 8 2 7-8

elevated temperature ETFE HOPE

8

Acetal Resin Nylon 6 Nylon 610 Polyester - PBT Polypropylene

Aircraft Turbine Oils

PEEK

Acrylonitrile

8 7

elevated temperature

elevated temperature 8 8 6 9

Acrylonitrile Copolymer Amorphous Nylon ECTFE HOPE Nylon 6 Nylon 66 Polycarbonate PVOF

8

Aerolube 8 8 6 9

HOPE lonomer LOPE Polypropylene

room temperature Polyamideimide Polypropylene

elevated temperature

3

6

8

Adrenalin Hydrochloride

General Purpose Polystyrene

room temperature

room temperature

Aircraft Turbine Fuels

elevated temperature

Aerofluid 11

7-9

Aircraft Oils PES

Adrenalin

2

Acrylics

Adipic Acid

8

Amorphous Nylon

HOPE lonomer LOPE Polypropylene

Polyphenylene Sulfide

elevated temperature

3

elevated temperature

3

elevated temperature 8

General Purpose Polystyrene 2

CPVC

Adiprene L100

room temperature

room temperature

3 8 8 2-7 4 8 9

Aircraft Hydraulic Fluids

General Purpose Polystyrene

Acrylic Acid Ethyl Ester

9 5 5 4

2 4-5 7

5

General Purpose Polystyrene 8

CPVC PVC

elevated temperature

room temperature

room temperature HOPE

8

Polycarbonate 5

HOPE

ABS Polypropylene PVOC SAN Copolymer

Polycarbonate 8

HOPE

elevated temperature

room temperature

room temperature

room temperature

room temperature ABS Acrylic Resin Cellulose Acetate Cellulose Acetate Butyrate LOPE PES Polyamideim ide Polypropylene Polysulfone PVOC SAN Copolymer

Adipic Acid Ester

HOPE 9

HOPE

9 8 8 8 8 8 8 8 9

HOPE

elevated temperature Polypropylene

ABS ECTFE ETFE HOPE lonomer PVC PVOC PVOF SAN Copolymer

Aircraft Fuels

Amorphous Nylon ETFE HOPE lonomer LOPE MOPE Polyimide Polyphenylene Sulfide PVOF

9 8 8-9 8 8 8 1-7 9 8

8

Albumin room temperature Acetal Resin Nylon 6 Nylon 610 Polyester - PBT

8 8 8 8

Alchoholic Spirits (31-40%) elevated temperature PVOF

8

Alcoholic Beverages room temperature Acrylic Resin HOPE Nylon 6 Nylon 66

3 8 6 8

Note: Numbers refer to POL Resistance Ratings (0-9 scale with 9 as highest resistance.)

Section Two

© Plastics Design Library

937 Chemical Sort with POL Resistance Rating

Alcohols room temperature HOPE Nylon 12 Nylon 6 Polyester - PET

Allyl Chloride room temperature 8 8 8 9

Aliphatic Alcohols room temperature Nylon 66

6

elevated temperature

8 4 8 8

ECTFE ETFE HOPE lonomer LOPE PVC PVOF

Aliphatic Amines room temperature Acetal Resin Nylon 6 Nylon 610 Polyester - PBT

8

elevated temperature HOPE

7

8-9

Alkylarenesulfonate room temperature Acetal Resin Nylon 6 Nylon 610 Polyester - PBT

8 6 8 8

Alkylbenzenes room temperature Acetal Resin Nylon 6 Nylon 610

8 8 8

Allspice room temperature General Purpose Polystyrene Impact Polystyrene

8 8

elevated temperature General Purpose Polystyrene

8

Allyl Acetate room temperature HOPE

8

elevated temperature HOPE

7

Allyl Alcohol (76-97%) room temperature HOPE

8 3-8

HOPE PVC

8 3

pvc elevated temperature

Allyl Alcohol room temperature ABS Acrylic Resin Amorphous Nylon ASA General Purpose Polystyrene Impact Polystyrene LOPE Nylon 12 Nylon 6 Nylon 610 Polycarbonate PVOC SAN Copolymer

2 2 1 3 5-8 4-8 2 6 6-9 6 7 8 2-3

elevated temperature ASA ETFE General Purpose Polystyrene Impact Polystyrene LOPE PVOC PVOF SAN Copolymer

4

3 8 8 3 2 2 3 7-8

ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer

0 0 0 0

elevated temperature

Alkaline Cleaners room temperature Polyimide

9 8 5 2 2

Allyl Mustard Oil room temperature

Aliphatic Esters room temperature HOPE

CTFE ECTFE HOPE lonomer LOPE Nylon 66 PVC

Aluminum Acetate room temperature

3 8 4-6 5 2 7 8 2-3

ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer

0 0 0 0

7-9 2-6 2-6 8 7-9

elevated temperature ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer

Aloin room temperature pvoc elevated temperature PVOC

9 8

Aluminum Alum room temperature PVC

8

elevated temperature pvc

8

Aluminum Ammonium Sulfate room temperature 8 8

elevated temperature ETFE Polypropylene

8 8

Aluminum Bromide elevated temperature 8

Aluminum Chloride (5-10% ) room temperature Cellulose Acetate Cellulose Acetate Butyrate Nylon 46 Nylon 6 Nylon 66

5 7 8 9 8

Aluminum Chloride (20-300/0) room temperature 9

PVOC 9 8 8

9 8 9 8 8 8 8 6 8 1 8-9 8 9 9 8 8 8 8 8 8 8 8 8 8 8-9 8 9

Aluminum Acetate (31-400/0) room temperature Cellulose Acetate Cellulose Acetate Butyrate

9 7 8 8 8 8 7-9

elevated temperature

elevated temperature ASA CPVC ECTFE General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Nylon 12 Nylon 612 Polypropylene PVC SAN Copolymer

elevated temperature ABS ASA General Purpose Polystyrene Impact Polystyrene PVOC PVOF SAN Copolymer

PVOF 5-9 3 3 5-9

Alum room temperature ASA CPVC ECTFE General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Nylon 12 Nylon 6 Nylon 612 PES Polypropylene PVC SAN Copolymer

9 8 9 8 8 8 8 8 8 9

Polycarbonate Polypropylene

Almond Oil room temperature ASA General Purpose Polystyrene Impact Polystyrene Polypropylene SAN Copolymer

ABS Acetal Resin ASA General Purpose Polystyrene Impact Polystyrene Nylon 6 Nylon 610 Polyester - PBT PVOC SAN Copolymer

5 7

7

PVOC

Aluminum Chloride (31-40%) elevated temperature PVOF

8

Aluminum Chloride room temperature ABS Acrylic Resin Amorphous Nylon ASA Cellulose Acetate Cellulose Acetate Butyrate CPVC ECTFE General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Polycarbonate Polyimide Polymethylpentene Polypropylene PVC PVOC SAN Copolymer UHMWPE

8-9 8 8 9 9 9 8 8 8-9 8 8-9 8 8 8 8 7 8 8-9 8 8-9 8-9 8

elevated temperature ABS Acrylic Resin ASA CPVC CTFE ECTFE

9 8 9 8 9 8

Note: Numbers refer to POL Resistance Ratings (0-9 scale with 9 as highest resistance.)

© Plastics Design Library

Section Two

938 Chemical Sort with POL Resistance Rating

ETFE General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Polyimide Polymethylpentene Polyphenylene Sulfide Polypropylene PVC PVOC SAN Copolymer UHMWPE

8 8-9 8 9 8 8 8 7 8 8 5-9 8 7 5-9 8

Aluminum Chlorohydroxide elevated temperature Polyphenylene Sulfide

8

9 8 8 8 8 8 8 8 8-9 8 8 9 9 8 8 8 8 8 8 8 8 8 8-9 8 7 8 9

Aluminum Hydroxide room temperature ABS Acetal Resin CPVC ECTFE HOPE lonomer Nylon 6 Nylon 610 Polyester - PST Polypropylene PVC PVOC SAN Copolymer elevated temperature ASS ECTFE ETFE HOPE lonomer Polypropylene pvc PVOC PVOF SAN Copolymer

7 8 8-9 8 8 8 8 8 8 8 8 7 7 7 8 8 8 8 8 8 7 8 7

Aluminum Metaphosphate room temperature HOPE elevated temperature HOPE

8 8

Aluminum Nitrate room temperature CPvc ECTFE lonomer

8 8 8 8 8 8 8 8 8

Aluminum Oxalate room temperature PVOC SAN Copolymer

8 9

elevated temperature PVOC SAN Copolymer

8 9

Aluminum Oxide

Aluminum Fluoride room temperature ASS CPVC ECTFE HOPE lonomer LOPE MOPE Polymethylpentene Polypropylene PVC PVOC SAN Copolymer elevated temperature ABS CPVC ECTFE ETFE HOPE lonomer LOPE MOPE Polymethylpentene Polyphenylene Sulfide Polypropylene PVC PVOC PVOF SAN Copolymer

Polypropylene PVC elevated temperature CPVC ECTFE ETFE lonomer Polypropylene PVC PVOF

8 8 8

room temperature PVOC SAN Copolymer elevated temperature PVOC SAN Copolymer

8 9 8 9

Aluminum Oxychloride room temperature ECTFE lonomer PVC elevated temperature ECTFE ETFE lonomer PVC PVOF

8 8 8 8 8 8 8 8

Aluminum Potassium Sulfate room temperature Acrylic Resin CPVC Polycarbonate Polypropylene PVOC elevated temperature ETFE Polypropylene PVOC

8 9 8 8 B 8 B 8

Aluminum Potassium Sulfide room temperature SAN Copolymer elevated temperature SAN Copolymer

9 9

Aluminum Salts (5-100/0) room temperature Nylon 66 elevated temperature Nylon 66

6 2

Aluminum Salts (10-20%) room temperature Acetal Resin Nylon 6 Nylon 610 Polyester - PST

6 6 8 8

Aluminum Salts room temperature Nylon 12 Nylon 6 Nylon 612 Nylon 66 PES elevated temperature Acetal Resin Nylon 12 Nylon 6 Nylon 610 Nylon 612

8 8 8 8 7 2 5 2 2 5

Aluminum Sodium Sulfate room temperature PVOC

8

SAN Copolymer elevated temperature PVOC SAN Copolymer

9 8 9

Aluminum Sulfate (~50/0) room ternperature Acetal Resin

9

Aluminum Sulfate (5-100/0) room temperature Nylon 6 Nylon 66 elevated temperature Nylon 66 Polyamideimide Polycarbonate Polyphenylene Sulfide Polysulfone PPE

9 8 1 9 9 9 9 9

Aluminum Sulfate (20-30%) room ternperature Cellulose Acetate

6

Aluminum Sulfate room temperature ABS Acrylic Resin Amorphous Nylon ASA Cellulose Acetate Butyrate CPVC ECTFE General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Nylon 11 Polycarbonate Polyimide Polymethylpentene Polypropylene PVC PVOC SAN Copolymer elevated temperature ASS Acrylic Resin ASA CPVC ECTFE General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Nylon 11 Polyimide Polymethylpentene Polyphenylene Sulfide Polypropylene pvc PVOC PVOF SAN Copolymer

8-9 8 6-7 9 6 8-9 8 8-9 8 6-9 8 8 8 8 8 7 8 8-9 8 8-9 8-9 9 8 9 8 8 6-9 8 9 8 8 8 8 7 8 8 9 8 8-9 8 8-9

Aluminum Trichloride (5-10%) elevated temperature Nylon 66 Polycarbonate Polyphenylene Sulfide Polysulfone PPE

1 9 9 9 9

Ambric Acid room temperature Amorphous Nylon

4-5

Amidol room temperature General Purpose Polystyrene Impact Polystyrene elevated temperature General Purpose Polystyrene

8 8 8

Note: Numbers refer to POL Resistance Ratings (0-9 scale with 9 as highest resistance.)

Section Two

© Plastics Design Library

939 Chemical Sort with POL Resistance Rating Amino Acids room temperature Acetal Resin HOPE Nylon 6 Nylon 610

8 8 8 8

elevated temperature ETFE HOPE

8 8

Aminoacetic Acid (5-100/0) room temperature Amorphous Nylon

4-6

Aminoacetic Acid room temperature HOPE PVOC SAN Copolymer

8 9 9

elevated temperature HOPE PVOC SAN Copolymer

8 9 9

Aminoethanol (2-) elevated temperature Nylon 66 Polyamideimide Polycarbonate Polyphenylene Sulfide Polysulfone PPE

8 1 0 8-9 9 9

Aminoisobutyric Acid (2-) room temperature PVOC

9

elevated temperature PVOC

7

(~ 50/0) room temperature

Ammonia

PC/Polyester Alloy

9

Ammonia (5-100/0) room ternperature ABS ECTFE Nylon 12 Nylon 46 Nylon 6 Nylon 612 Nylon 66 Nylon MX06 Polyester - PBT Polypropylene

9 8 8 5 6-8 8 8 9 8 9

elevated ternperature ECTFE Nylon 12 Nylon 612 Polyester - PST

elevated temperature ABS Acetal Resin Acrylic/PVC Alloy ECTFE ETFE General Purpose Polystyrene HOPE lonomer LOPE MOPE Nylon 12 Nylon 6 Nylon 610 Nylon 612 Polybenzim idazole Polyester - PBT Polymethylpentene Polyphenylene Sulfide Polypropylene PVC PVOC PVOF SAN Copolymer UHMWPE

room temperature HOPE

8 8

room temperature

room temperature

ASS Amorphous Nylon ASA General Purpose Polystyrene Impact Polystyrene Polypropylene Polysulfone SAN Copolymer

Expanded PE Beads Expanded PP Beads

8 6 9 9 9 8-9 8 9

elevated temperature 7 8 8 8 8 7

Ammonia room temperature 7-8

room temperature 8

elevated temperature PVC

8

Ammonium Acetate room temperature ASS Amorphous Nylon CPVC ECTFE HOPE lonomer Nylon 12 Nylon 612

9 7-8 8 8 8 8 8 8 9 8 9

Ammonium Alum room temperature ECTFE PVC

8 8

elevated temperature ECTFE PVC PVOF

8 8 8

Ammonium Aluminum Sulfate room temperature PVOC SAN Copolymer

8 9

PVOC SAN Copolymer

8 9

Ammonium Benzoate room temperature CPVC

8-9

Ammonium Bicarbonate room temperature PVOC SAN Copolymer

8 9

elevated temperature PVOC SAN Copolymer

8 9

Ammonium Bifluoride room temperature Cellulose Acetate Cellulose Acetate Butyrate CPVC ECTFE General Purpose Polystyrene Polypropylene PVOC SAN Copolymer

5 5 8 8 8 8 8 9

CPVC ECTFE ETFE General Purpose Polystyrene Polypropylene PVOF SAN Copolymer

8 8 8 6 8 8 8 9

Ammonium Bisulfate (51-75%) 8 8

Ammonium Bifluroide PVC

elevated temperature ABS CPVC ECTFE HOPE lonomer Nylon 12 Nylon 612 PVC PVOC PVOF SAN Copolymer

pvoc

8

Ammonium

Ammonia (20-300/0)

ASS

8

room temperature PPE

5 7 8 9 9

elevated temperature 8

elevated temperature HOPE

Nylon 66 Polycarbonate PVC PVOC SAN Copolymer

elevated temperature 7 8 5 8 8 6 8 8 8 8 8 6 6 8 4 2 8 8 8-9 3-8 2 7 7 8

Ammonium (5-100/0)

room temperature

ASA ETFE General Purpose Polystyrene Impact Polystyrene Polypropylene SAN Copolymer

8 2-8 8 9 8 8 8 8 8 8 8 8 8 8-9 8 8 4-8 9 8 2 5-8 8 8 8-9 8 3-8 2 2 8 7-8 8 8

Ammoniacal Liquor 8 8 8 2

Ammonia (10-200/0) Acetal Resin Nylon 6

Acetal Resin Acrylic Resin Acrylic/PVC Alloy CTFE ECTFE General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Nylon 11 Nylon 12 Nylon 6 Nylon 610 Nylon 612 Nylon 66 PC/Polyester Alloy PES Polycarbonate Polyester - PBT Polymethylpentene Polyphenylene Sulfide Polypropylene PPE PVC PVOC PVOF Rigid PU SAN Copolymer SMA Copolymer UHMWPE

9 6-8 8-9 8 8 8 8 8

room temperature PVC

9

elevated temperature pvc

9

Ammonium Bisulfate room temperature pvc elevated temperature

8

PVC

8

Ammonium Bisulfide room temperature ECTFE

8

elevated temperature ECTFE

8

Note: Numbers refer to POL Resistance Ratings (0-9 scale with 9 as highest resistance.)

© Plastics Design Library

Section Two

940

Chemical Sort with POL Resistance Rating

Ammonium Bromide (41-50%)

Ammonium Chloride

elevated temperature ETFE

room temperature ABS Acrylic Resin Amorphous Nylon Cellulose Acetate Cellulose Acetate Butyrate CPVC ECTFE HOPE lonomer LOPE MOPE Nylon 12 Nylon 612 Polyarylam ide Polycarbonate Polymethylpentene Polypropylene PVC PVOC SAN Copolymer elevated temperature ABS CPVC CTFE ECTFE ETFE HOPE lonomer LOPE MOPE Nylon 12 Nylon 612 Polymethylpentene Polyphenylene Sulfide Polypropylene PVC PVOC PVOF SAN Copolymer

8

Ammonium Bromide room temperature HOPE PVOC SAN Copolymer elevated temperature HOPE PVOC PVOF SAN Copolymer

8 8 9 8 8 8 9

Ammonium Carbonate (5-10O/o) room temperature Nylon 6 Nylon 66

9 8

Ammonium Carbonate room temperature ABS Amorphous Nylon ASA CPVC ECTFE General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Nylon 12 Nylon 612 Polycarbonate Polymethylpentene Polypropylene PVC pvoc SAN Copolymer elevated temperature ASS ASA CPVC ECTFE ETFE General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Nylon 12 Nylon 612 Polymelhylpentene Polyphenylene Sulfide Polypropylene PVC pvoc PVOF SAN Copolymer

Ammonium Chloride

8-9 5-7 9 8-9 8 9 8 9 8 8 8 8 8 6 8 8-9 8 9 8·9 9 7 8 8 8 8 8 8 8 8 8 8 8 8 8 8-9 8 8 8 7-9

(~

5O/o)

room temperature Acetal Resin

9

Ammonium Chloride (5-10%) room temperature Nylon 12 Nylon 6 Nylon 66 PES elevated temperature Acetal Resin Nylon 66 Polyamideim ide Polycarbonate Polyphenylene Sulfide Polysulfone PPE

8 8 6-7 8 7 2-4 9 9 9 9 9

9 8 8 8 6 8 8 8 8 8 8 8 8 6 8-9 8 8-9 8 8 9 9 8 9 8 8 8 8 8 8 8 8 8 8 5-9 8 8 8 9

Ammonium Citrate room temperature CPvc elevated temperature CPVC

8-9 8

Ammonium Dichromate room temperature CPVC ECTFE PVC PVOC SAN Copolymer elevated temperature ETFE PVC PVOC PVOF SAN Copolymer

8-9 8 8 9 9 8 8 9 8 9

Ammonium Fluoride (5-10O/o) room temperature ECTFE PVOC elevated temperature ECTFE PVOC

8 7-9 8 7-8

Ammonium Fluoride (10-20O/o) room temperature HOPE LOPE Polymethylpentene Polypropylene elevated temperature HOPE LOPE Polymethylpentene Polypropylene

8 8 8 9 8 8 8 9

Ammonium Fluoride (20-30O/o)

Ammonium Chloride (20-30%

)

room temperature Nylon 6

9

room temperature ECTFE Polypropylene PVC

8 8 3-8

elevated temperature ECTFE Polypropylene PVC

8 8 3

Ammonium Fluoride room temperature ABS Amorphous Nylon HOPE lonomer LOPE MOPE Polycarbonate Polypropylene SAN Copolymer elevated temperature ABS ETFE HOPE lonomer LOPE MOPE PVOF SAN Copolymer

9 8 8 8 8 8 2 8 9 9 8 8 8 8 8 8 9

Ammonium Glycolate room temperature PVOC SAN Copolymer elevated temperature PVOC SAN Copolymer

8

9 8 9

Ammonium Hydrogen Carbonate room temperature Acetal Resin Nylon 6 Nylon 610

8 8 8

Ammonium Hydrosulfide room temperature HOPE elevated temperature HOPE

8 8

Ammonium Hydroxide (~ 5%) room temperature ABS/PU Alloy Acrylonitrile Copolymer PC/ABS Alloy Polycarbonate Polyester - PET PVOC elevated temperature Polyester - PET PVDC TFE

9 5 8 3-8 9 2 5 2 9

Ammonium Hydroxide (5-10O/o) room temperature Acetal Resin Acrylic Resin AcryliC/PVC Alloy Acrylonitrile Copolymer Cellulose Acetate Cellulose Acetate Butyrate Cellulose Propionate CTFE FEP HOPE LOPE MOPE Nylon 66 PC/Polyester Alloy PES PFA Polyallomer Polyamideimide Polyarylsulfone Polycarbonate Polyester - PBT Polyester - PET Polyester - PETG Polyimide Polymethylpentene Polyphenylene Sulfide Polyphthalam ide

1-8 2-9 8 5 2 2 5 9 9 8 8-9 8 3-7 1-6 5-8 9 9 4 7-8 2 2-9 0-9 3 5-6 8 9 8

Note: Numbers refer to POL Resistance Ratings (0-9 scale with 9 as highest resistance.)

Section Two

© Plastics Design Library

941 Chemical Sort with POL Resistance Rating

Polypropylene Polysulfone PPE

pvc

PVOC SAN Copolymer Styrene Butadiene Copolymer TFE

8-9 7 8 8 2 9 7 9

elevated temperature ABS Acetal Resin FEP General Purpose Polystyrene HOPE LOPE MOPE Nylon 610 Nylon 66 PES PFA Polyamideimide Polyarylsu Ifone Polycarbonate Polyester - PST Polyester - PET Polyimide Polymethylpentene Polyphenylene Sulfide Polypropylene Polysulfone PPE PVC PVOC SAN Copolymer Styrene Butadiene Copolymer TFE

3 7 9 1 2-8 8 8 1 1-2 3-7 9 0-2 6-8 3 0-4 0 1-5 8 3-9 8-9 1-6 8 8 2 7 9 9

Ammonium Hydroxide (10-20%) room temperature PVOC PVOF

2 8

elevated temperature Polysulfone PVOC PVOF

9 2 2-8

Ammonium Hydroxide (20-30%) room temperature ASS Acrylic Resin CPVC ECTFE HOPE lonomer LOPE MOPE PVC PVOC SAN Copolymer TFE

7 9 5 8 8 8 8 8 8 2 9 2

elevated temperature ASS CTFE ECTFE HOPE lonomer LOPE MOPE Nylon 66 Polyam ideim ide Polycarbonate Polyketone Polyphenylene Sulfide Polysulfone PPE PVC PVOC PVOF SAN Copolymer

3 8-9 8 8 8 8 8 7 6 0 3-8 9 9 9 8 2 2-8 5

Ammonium Hydroxide (31-40%) room temperature LOPE

8

elevated temperature LOPE

8

Ammonium Hydroxide

elevated temperature

room temperature

ABS CPVC ECTFE HOPE lonomer LOPE Polypropylene PVC PVOC PVOF SAN Copolymer

ABS Acrylic Resin Aromatic Polyam ide CPVC CTFE ECTFE ETFE FEP General Purpose Polystyrene HOPE Impact Polystyrene Nylon 11 Nylon 6 Nylon 610 Nylon 66 PE Foam PEEK PFA Polyallomer Polycarbonate Polyester - PBT Polyester - PET Polyester - PETG Polyetherim ide Polyimide Polypropylene Polysulfone PPE PVC PVOC PVOF SAN Copolymer Styrene Butadiene Copolymer TFE

2-8 6 8 2 9 2-9 9 4-9 2-8 1-8 8 8 2 5-6 1-4 8 5-9 6-9 9 1-3 7 0 1 4-9 2 8-9 5 9 8-9 2 5-7 4-8 6 2

elevated temperature ABS Acrylic Resin CPVC ECTFE ETFE FEP General Purpose Polystyrene HOPE Nylon 11 PEEK PFA Polycarbonate Polyetherim ide Polyimide Polyphenylene Sulfide Polypropylene PVC PVOC PVOF SAN Copolymer

3 5 2 1-8 6-9 4-7 6 8 8 1-6 3-9 3 2-7 1 8 8 8 2 4-8 8

Ammonium Iron (III) Sulfate (510%) room temperature Amorphous Nylon

5

Ammonium Molybdate room temperature ASA General Purpose Polystyrene Impact Polystyrene PVOC SAN Copolymer

room temperature Cellulose Acetate Cellulose Acetate Butyrate Nylon 66 Polyamideim ide Polycarbonate Polyphenylene Sulfide Polysulfone PPE

room temperature 5-6

Ammonium Iron Sulfate room temperature Amorphous Nylon

5-6

Ammonium Metaphosphate room temperature ABS CPVC ECTFE HOPE lonomer LOPE Polypropylene PVC PVOC SAN Copolymer

9 8 8 8 8 8 9 8 8 9

1 9 9 9 9 9

Ammonium Nitrate room temperature ABS Amorphous Nylon ASA Cellulose Acetate Cellulose Acetate Butyrate CPVC ECTFE General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Nylon 12 Nylon 612 Polycarbonate Polymethylpentene Polypropylene PVC PVOC SAN Copolymer UHMWPE

elevated temperature

Amorphous Nylon

6 7

elevated temperature

ABS ASA CPVC ECTFE ETFE General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Nylon 12 Nylon 612 Polymethylpentene Polyphenylene Sulfide Polypropylene PVC PVOC PVOF SAN Copolymer UHMWPE

Ammonium Iron Sulfate (5-100/0)

9 8-9 9 8 9

Ammonium Nitrate (5-100k)

room temperature 5-7

9 8-9 8-9 8 9

elevated temperature ASA General Purpose Polystyrene Impact Polystyrene PVOC SAN Copolymer

Ammonium Iron (III) Sulfate Amorphous Nylon

9 8 8 8 8 8 9 8 8 8 9

9 6-7 9 9 9 8-9 8 9 8 9 8 8 8 8 8 8 8 8-9 8 8-9 9 8 9 9 8 8 8 9 8 9 8 8 8 8 8 8 8 8-9 8 8-9 8 9 8

Note: Numbers refer to POL Resistance Ratings (0-9 scale with 9 as highest resistance.)

© Plastics Design Library

Section Two

942 Chemical Sort with POL Resistance Rating

Ammonium Orthophosphate (~ 50/0) room temperature Acetal Resin

9

Ammonium Oxylate room temperature CPVC PVOC SAN Copolymer

9 7 9

elevated temperature CPVC PVOC SAN Copolymer

7 7 9

8

Ammonium Persulfate (20-300/0) elevated temperature Polysulfone

8

Ammonium Persulfate room temperature ABS CPVC ECTFE HOPE lonomer LOPE MOPE Polycarbonate Polypropylene PVC PVOC PVOF SAN Copolymer elevated temperature ABS CTFE ECTFE ETFE HOPE lonomer LOPE MOPE Polycarbonate Polypropylene PVC PVOC SAN Copolymer

9 8 8 8 8 8 8 8 9 8 8 8 9 9 9 8 8 8 8 8 8 8 9 8 8 9

Ammonium Phosphate room temperature Amorphous Nylon CPVC ECTFE HOPE lonomer Nylon 12 Nylon 612 Polypropylene PPE PVC pvoc SAN Copolymer elevated ternperature CPVC ECTFE ETFE HOPE lonomer Nylon 12 Nylon 612 Polyphenylene Sulfide PPE PVC PVOC PVOF SAN Copolymer

5-7 8-9 8 8 8 8 8 8 8 8 8 9 4-5 8 8 8 8 8 8 8 8

8 8 8 9

Ammonium Rhondanide room temperature ASA General Purpose Polystyrene Impact Polystyrene

7 7 6 8 7

Ammonium Salts (5-100/0)

Ammonium Perchlorate elevated temperature ETFE

SAN Copolymer elevated temperature ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer

7 8 8

room temperature Acetal Resin Nylon 6 Nylon 610 Polyester - PBT

8 8 8 8

Ammonium Salts room temperature General Purpose Polystyrene Nylon 12 Nylon 6

5 8 6

Ammonium Sulfamate room temperature Acetal Resin CPVC elevated temperature CPvc

8

8 8 8 8 2 8 8-9 8

elevated temperature ECTFE ETFE HOPE lonomer LOPE Polymethylpentene Polypropylene PVC PVOF

8 8 8 8 8 8 8-9 8 8

room temperature PVOC

8

elevated temperature pvoc

8

Ammonium Tartrate

room temperature Cellulose Acetate Cellulose Acetate Butyrate elevated temperature Nylon 66 Polycarbonate Polyphenylene Sulfide Polysulfone PPE

5 7

room temperature CPVC

8-9

elevated temperature CPVC

7-8

3 9 9 9 9

Ammonium Sulfate 9 8 9 8 9 8-9 8 9 8 9 8 8 8 8 8 8 8 8 8-9 8 8-9 9 9 9 8 9 8 8 9 8 9 8 8 8 5 8 8 8 8 8-9 8 8 8 9

Ammonium Sulfide (31-400/0) room terrlperature Amorphous Nylon

room temperature ECTFE HOPE lonomer LOPE Polycarbonate Polymethylpentene Polypropylene PVC

Ammonium Sulfocyanide 8-9 8-9

Ammonium Sulfate (5-100/0)

room temperature ABS Amorphous Nylon ASA Cellulose Acetate Cellulose Acetate Butyrate CPVC ECTFE General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Nylon 11 Nylon 12 Nylon 612 Polycarbonate Polymethylpentene Polypropylene PVC PVOC SAN Copolymer elevated ternperature ABS ASA CPVC CTFE ECTFE ETFE General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Nylon 11 Nylon 12 Nylon 612 Polymethylpentene Polyphenylene Sulfide Polypropylene PVC PVOC PVOF SAN Copolymer

Ammonium Sulfide

Ammonium Thiocyanate room temperature ABS Acetal Resin CPVC General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE Nylon 6 Nylon 610 Polymethylpentene Polypropylene PVC PVOC SAN Copolymer elevated temperature ABS CPVC ETFE General Purpose Polystyrene HOPE lonomer LOPE Polymethylpentene Polypropylene PVC PVOC PVOF SAN Copolymer

9 8 8-9 5 8 5 8 8 8 8 8 8-9 8 8 8-9 9 8 8 4

8 8 8 8 8-9

8 8 8 8-9

Ammonium Thioglycolate (5-100/0) room temperature Acetal Resin

9

Ammonium Thioglycolate room temperature General Purpose Polystyrene PVOC SAN Copolymer elevated temperature General Purpose Polystyrene PVOC SAN Copolymer

8 7 9 8 7 9

Amyl Acetate room temperature ABS Acetal Resin Acrylic Resin Amorphous Nylon ASA

2 8 2-8 9 0

4-6

Note: Numbers refer to POL Resistance Ratings (0-9 scale with 9 as highest resistance.)

Section Two

© Plastics Design Library

943 Chemical Sort with POL Resistance Rating CPvc CTFE ECTFE General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Nylon 11 Nylon 12 Nylon 46 Nylon 6 Nylon 610 Nylon 66 PES Polyester - PBT Polymethylpentene Polypropylene PVC PVOC SAN Copolymer elevated temperature ABS ASA CPVC CTFE ECTFE ETFE General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Nylon 11 Nylon 6 Nylon 610 Nylon 612 Nylon 66 Polyamideim ide Polycarbonate Polyester - PBT Polymethylpentene Polyphenylene Sulfide Polypropylene Polysulfone PPE PVC PVOC PVDF SAN Copolymer

2 9 8 0-2 2-8 0-2 2 2 2 8 6 8 6-8 6 8 6-9 8 6 5-7 3 8 0-2 2 0 2 7 2-8 8 0 2-8 0 2 2 2 5-8 2-6 2 2 7 9 1 2 4 8-9 2-4 0 0 3 8 7-8 0-2

Amyl Acid Phosphate room temperature CTFE

9

6-8 5 4 6 6 7 7 9 1-3 4 8-9 2-7 9 3 3 5 7-8 3-6

Amyl Alcohol (sec-) elevated temperature PVOF

8

Amyl Alcohol (tert-) room temperature Cellulose Acetate Cellulose Acetate Butyrate

9 1

Amyl Chloride room temperature ABS ECTFE HOPE lonomer LOPE MOPE Polymethylpentene Polypropylene PVC PVOC SAN Copolymer

2 8 2-5 2 2 2 4 2-5 3 7 2

elevated temperature ABS ECTFE ETFE HOPE lonomer LOPE MOPE Polymethylpentene Polypropylene PVC PVOC PVOF SAN Copolymer

2 8 8 2-5 2 2 2 4 2-4 3 5 7-8 2

Amyl Cinnamaldehyde

Amyl Alcohol room temperature ABS Acetal Resin Acrylic Resin Amorphous Nylon ASA Cellulose Acetate Cellulose Acetate Butyrate ECTFE General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Nylon 12 Nylon 6 Nylon 610 Nylon 612 Polycarbonate Polyester - PBT Polymethylpentene Polypropylene PVC PVOC SAN Copolymer elevated temperature ABS ASA ECTFE ETFE General Purpose Polystyrene

HOPE Impact Polystyrene lonomer LOPE MOPE Nylon 12 Nylon 612 Polyamideim ide Polycarbonate Polymethylpentene Polyphenylene Sulfide Polypropylene Polysu Ifone PPE PVC PVOC PVOF SAN Copolymer

8-9 8 2 2 9 9 5 8 7-8 6-8 6-7 4 6 6 8 5-9 4 8 3-9 8 6 8-9 3-8 9 8-9 2 4 8 8 6

room temperature ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer elevated temperature ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer

3 2-3 2-3 3 0 3 3 0

Amyl Mercaptan room temperature ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer

3 2-3 2-3 3

elevated temperature ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer

3 3 3 3

Amyl Phthalate room temperature ABS ASA General Purpose Polystyrene HOPE Impact Polystyrene PVOC SAN Copolymer

2 3 2-3 8 2-3 8 2-3

elevated temperature ASA General Purpose Polystyrene HOPE Impact Polystyrene PVOC SAN Copolymer

3 3 5 3 8 2-3

Anderol401 elevated temperature Rigid PU

7

Anderol495 room temperature Amorphous Nylon

8-9

Anderol500 room temperature Amorphous Nylon

8-9

Anethole room temperature General Purpose Polystyrene Impact Polystyrene Nylon 11

3 3 8

elevated temperature General Purpose Polystyrene Impact Polystyrene

0 0

Anethym Oil room temperature General Purpose Polystyrene Impact Polystyrene

2 2

Aniline room temperature ABS Acetal Resin Acrylic Resin Acrylonitrile Copolymer Amorphous Nylon ASA Cellulose Acetate Cellulose Acetate Butyrate CPVC CTFE ECTFE General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Nylon 11 Nylon 12 Nylon 46 Nylon 6 Nylon 610 Nylon 612 Nylon 66 PES Polyimide Polypropylene PVC PVOC SAN Copolymer Styrene Butadiene Copolymer UHMWPE

0 0 2 9 8 2-3 2-8 2-3 5 6 2 5 6-7 6 3-6 2 7 4-6 1 1 8-9 3 2 0-2 0 8

elevated temperature ABS Acetal Resin Acrylic Resin ASA CPVC CTFE ECTFE ETFE FEP General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Nylon 11 Nylon 12 Nylon 612 Nylon 66 PFA

0 3-4 2 0 2 9 1-2 6-8 9 3 2-8 3 2 2 2 1 5 5 7 9

0-2 6 0-3 0 1

0

Note: Numbers refer to POL Resistance Ratings (0-9 scale with 9 as highest resistance.)

© Plastics Design Library

Section Two

944 Chemical Sort with PDL Resistance Rating

Polyam ideim ide Polycarbonate Polyimide Polyphenylene Sulfide Polypropylene Polysulfone PPE PVC PVDC SAN Copolymer UHMWPE

9 0 1 1-9 5-9 0 0 3 2 0-1 6-8

Aniline Chlorohydrate room temperature pvc elevated temperature pvc

3 3

Aniline Hydrochloride (5-100/0) elevated temperature ETFE

8

Aniline Hydrochloride room temperature HOPE lonomer LOPE PVC PVOF

8 2 2 3

8

elevated temperature HOPE lonomer PVC

8 2 3

Aniline Sulfate room temperature PVOC PVOC

room temperature Acrylic Resin ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer

8 9 8-9 8-9 9

elevated temperature ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer

9 8-9 9 9

Aniseed Oil ABS General Purpose Polystyrene HOPE Impact Polystyrene Nylon 12 Nylon 6 PVOC SAN Copolymer

2 2 5 2 8 8 8 2 2-3

7 2

9 9 8 6-8 9

8 8 4-8 8 8-9

room temperature 8 5

Amorphous Nylon HOPE Polymethylpentene Polypropylene

6 4-7

elevated temperature 4

HOPE Polymethylpentene Polypropylene

4 2-7

Anodizing Bath room temperature Acetal Resin Nylon 6 Nylon 610 Polyester - PBT

2 6

6 6

Anon 8

elevated temperature 5

HOPE

Ant Killer room temperature Polycarbonate

4-8

elevated temperature 4-8

Polycarbonate

room temperature 8 8 8

elevated temperature ECTFE ETFE lonomer Nylon 6 Nylon 610

8 8 8 6 8 3

pvc

Anthraquinonesulfonic Acid room temperature ECTFE HOPE lonomer PVC

8 8 8 8

elevated temperature ECTFE ETFE HOPE lonomer

8 8 8 8 8

pvc

Antifreeze (41-500/0) room temperature Polyester - PET PPE

8

7

Liquid Crystal Polymer

room temperature Polyetherimide

8

elevated temperature Polyetherimide

3-8

Antifreeze room temperature ABS ABS/Nylon Alloy ABS/PU Alloy ASA HOPE Nylon 12 Nylon 6 Nylon 612 Nylon 66 PC/ABS Alloy PC/Polyester Alloy Polycarbonate Polyester - PBT Polyester - PCT Polyester - PCTG Polyester - PET Polyester - PETG Polyetherimide Polypropylene Polysulfone PPE PPElNylon Alloy Acetal Resin HOPE Liquid Crystal Polymer Nylon 12 Nylon 612 Polycarbonate Polyetherimide Polysulfone PPE

room temperature

room temperature

Amorphous Nylon

8 8 8 8 6 0-9 3-7 9 9 9 6-8 7-9 8 8-9 4-8 3-9 9

8

8 8

Anthranilic Acid

room temperature

room temperature

8

8

PVOC SAN Copolymer

HOPE LOPE Polypropylene

5

elevated temperature

8

PVOC SAN Copolymer

8 9 8 9

7 8 9 8 8 3-7 3-8 1-8 3-8

4-6

Acrylic Resin

8 8 8

4 8-9 9 9 8

Antimony Chloride (31-40%)

Anthracene

8

elevated temperature

4-5

Antifreeze (51-750/0)

elevated temperature

room temperature HOPE

8 8

elevated temperature

room temperature

Anisole 4-9 8 9 9 9 5-9 8 2-9 8 8 8 9 8 8 8-9

Animal Oils

ECTFE ETFE HOPE lonomer Polycarbonate PVC PVOF

0 0 0 0

Aniseed

7

elevated temperature

Acrylic Resin ECTFE HOPE lonomer Polycarbonate PVC

3 3 3 9 3

elevated temperature ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer

HOPE PVOC SAN Copolymer

room temperature

ABS ASA General Purpose Polystyrene HOPE Impact Polystyrene Nylon 12 Nylon 612 Polysulfone PVOC SAN Copolymer

ASA General Purpose Polystyrene Impact Polystyrene Nylon 6 SAN Copolymer

elevated temperature

Animal Fats ABS Acrylic Resin ASA Cellulose Acetate Cellulose Acetate Butyrate General Purpose Polystyrene HOPE Impact Polystyrene Nylon 12 Nylon 612 Nylon 66 Polyester - PET Polysulfone PVOC SAN Copolymer

room temperature

7

elevated temperature

lonomer PVC

Anise Oil

Antimony Chloride 8 8 9

elevated temperature HOPE LOPE Polypropylene

8 8 9

Anthraquinone room temperature ECTFE

8 Note: Numbers refer to POL Resistance Ratings (0-9 scale with 9 as highest resistance.)

Section Two

© Plastics Design Library

945 Chemical Sort with POL Resistance Rating

Antimony Pentachloride room temperature CTFE HOPE elevated temperature HOPE

9 8 8

Antimony Trichloride (5-100/0) room temperature Nylon 6 Nylon 66

3 2-4

Antimony Trichloride room temperature ASS ECTFE HOPE lonomer Nylon 6 Nylon 610 Polycarbonate Polypropylene PVC PVOC SAN Copolymer elevated temperature ASS ETFE HOPE lonomer Polypropylene Polysulfone pvc PVOC PVOF SAN Copolymer

7 8 8 8 2 2 8 8 8 8 9 7 8 8 8 8 0 8 8 7 9

Antistat room temperature Polycarbonate PPE elevated temperature Polycarbonate

PEK Polycarbonate Polyester - PST Polypropylene PVC PVOC PVOF SAN Copolymer elevated temperature ASS ASA ECTFE ETFE General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Nylon 12 Nylon 612 PFA Polypropylene PVC PVOC PVOF SAN Copolymer

room temperature PES

room temperature CTFE Nylon 66

9 7

Aroclor 1248

8 7

Aroclor 1254

2

room temperature CTFE

Aroclor 5442

room temperature Amorphous Nylon ASA General Purpose Polystyrene Impact Polystyrene Nylon 12 Nylon 612 PES SAN Copolymer elevated temperature ASA General Purpose Polystyrene Impact Polystyrene Nylon 12 Nylon 612 SAN Copolymer

elevated temperature PEEK

9

9

2

Aromatic Acids room temperature HOPE elevated temperature HOPE

8 8 8 8

Aqua Regia 2 2 5 8-9 8 6 2-5 6 2 2 2 1 1-2 2 1 2

room temperature Acrylic Resin CPvc HOPE lonomer LOPE MOPE PVC elevated temperature Acetal Resin CPVC HOPE lonomer LOPE MOPE Nylon 6 Nylon 610 Polyester - PST PVC

8

3 2 2 5 2 2 3 8 2 2 4 2 2 8 8 6 3

8

Arsenic room temperature ASS HOPE PVOC

9 8 7

Arsenic Acid (5-10%) room temperature Amorphous Nylon

5

Arsenic Acid (10-20%) room temperature Polycarbonate

8

Arsenic Acid (20-30%) room temperature Amorphous Nylon

5

Arsenic Acid (76-97°k) room temperature PVC elevated temperature PVC

8 8

Arsenic Acid room temperature ECTFE HOPE lonomer LOPE MOPE Polypropylene elevated temperature CTFE ECTFE ETFE HOPE lonomer LOPE MOPE Polyphenylene Sulfide Polypropylene PVOF

8 8 8 2-8 8 8 9 8 8 8 8 2-8 8 8 8 8

Arsenic Acid Anhydride room temperature HOPE elevated temperature HOPE

8 8

room temperature pvc PVOC elevated temperature PVOC

8 9 8

Arylsulfonic Acid room temperature PVC elevated temperature PVC

8 3-8

Ascorbic Acid (5-100k) room temperature HOPE lonomer LOPE MOPE elevated temperature HOPE lonomer LOPE MOPE

8 8 8 8 8 8 8 8

Ascorbic Acid

Aromatic Isocyanates room temperature Acetal Resin

elevated temperature ASS HOPE PVOC

Arsenic Trioxide 8

Aromatic Hydrocarbons 9 9 9 8 8 9

Apple Puree

room temperature ASS Acetal Resin ASA CTFE ECTFE General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Nylon 12 Nylon 6 Nylon 610 Nylon 612 PEEK

8

Aroclor 1242

Apple Juice

room temperature Nylon 12 Nylon 612 elevated temperature Nylon 12 Nylon 612

2 3 7-8 8 3 1-2 3 2 2 2 1 1 9 5 3 2 7 3

Arklone

room temperature CTFE

8 9 9 9 8 8 7 9

9 6 2 4-5 3 5 8 5

9 8 7

room temperature HOPE elevated temperature HOPE

8 8

Asphalt room temperature Acetal Resin HOPE Nylon 12 Nylon 6

8 8 8 8

Note: Numbers refer to POL Resistance Ratings (0-9 scale with 9 as highest resistance.)

© Plastics Design Library

Section Two

946 Chemical Sort with POL Resistance Rating

Nylon 610 Nylon 612 elevated temperature HOPE Nylon 12 Nylon 6 Nylon 610 Nylon 612 Polyphenylene Sulfide PVOF

8 8 4 8 6 6 8 8 8

Aspirin room temperature ASS General Purpose Polystyrene HOPE Impact Polystyrene Nylon 12 Nylon 6 Nylon 66 pvoc SAN Copolymer elevated temperature ASS General Purpose Polystyrene HOPE PVOC SAN Copolymer

9 8 8 8 8 8 8 8-9 9 9 8 8 8 9

ASTM Oil No.1 room temperature Polyarylamide Polysulfone PVC Rigid PU elevated temperature Polysulfone PVC

9 8-9 8 9 8-9 8

ASTM Oil No.2 room temperature Polysulfone PVC elevated temperature Polysulfone PVC

8-9 8 8-9 8

ASTM Oil No.3 room temperature Acrylic/PVC Alloy Nylon 12 Nylon 46 Nylon 6 Nylon 612 Polyarylam ide Polysulfone PVC Rigid PU elevated temperature Nylon 12 Nylon 612 Polysulfone PVC

8 8 6 8 8 9 8-9 8 9 8 8 1-9 3-8

ASTM Oil No.5 room temperature Polyarylam ide

9

ASTM Reference Fuel A room temperature Rigid PU

9

9

ASTM Reference Fuel C (10-200/0) elevated temperature Acetal Resin Nylon 66 PEEK Polyphenylene Sulfide

2-6 1-6 4-9 1-9

ASTM Reference Fuel C (51-750/0) elevated temperature Acetal Resin Nylon 66

4-6 1-6

ASTM Reference Fuel C room temperature Nylon 66 PES Polyester - PST Polyetherimide Polyphenylene Sulfide Rigid PU elevated temperature Liquid Crystal Polymer Nylon 66 PES Polyester - PST Polyetherimide Polyphenylene Sulfide

7-9 1-9 8-9 1-7 5-8 9 5-9 8-9 1-8 5 1 3-6

1-3 1-7

bis{2-Ethylhexyl) Phthalate room temperature Impact Polystyrene Polyester - PETG elevated temperature Impact Polystyrene

5 6 5

Baby Lotion room temperature Polycarbonate elevated temperature Polycarbonate

8 4-8

Baby Oil room temperature Acrylic Resin

8

Bacon Fats

Atrabrine room temperature General Purpose Polystyrene

8

Atropine Sulfate room temperature ASA General Purpose Polystyrene Impact Polystyrene PVOC SAN Copolymer elevated temperature ASA General Purpose Polystyrene Impact Polystyrene PVOC SAN Copolymer

9 8-9 8-9 8 8-9 9 8-9 9 8 8-9

Attar of Roses room temperature ASA General Purpose Polystyrene Impact Polystyrene Nylon 12 Nylon 6 SAN Copolymer

Automatic Transmission Fluid room temperature Nylon 46 Nylon 66 PC/Polyester Alloy Polyester - PST Polyester - PETG PPElNylon Alloy elevated temperature Acetal Resin PES Polyester - PST

8 9 9 9 7 7 9 9 6

Automotive Polish room temperature ASS

4

Automotive Undercoat room temperature PPE elevated temperature PPE

room temperature Polycarbonate elevated temperature Polycarbonate

3-8 3-8

7 7

8

Axion room temperature Polyester - PST

9

Axle Oil room temperature Polycarbonate

9 5 5 9 9

Baking Enamels elevated temperature Acetal Resin Nylon 6 Nylon 610 Polyester - PST

6 8 8 8

Ballidol room temperature Amorphous Nylon

5

room temperature SMA Copolymer SMA/PC Alloy elevated temperature SMA/PC Alloy

8 8 8

Barbitol room temperature Polysulfone

9

Barium Bromide room temperature ASA General Purpose Polystyrene Impact Polystyrene PVOC SAN Copolymer elevated temperature ASA General Purpose Polystyrene Impact Polystyrene PVOC SAN Copolymer

9 8-9 8-9 8 9 9 8-9 9 8 9

Barium Carbonate

Avtar 2494 room temperature PEEK

room temperature Cellulose Acetate General Purpose Polystyrene Impact Polystyrene Polycarbonate elevated temperature Polycarbonate

Barbecue Sauce 4 3 3 8 8 4

Automotive Waxes

ASTM Reference Fuel B room temperature Rigid PU

PEEK Polyphenylene Sulfide

8

room temperature ASS ASA CPVC ECTFE General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Polymethylpentene Polypropylene pvc PVOC SAN Copolymer elevated temperature ASS ASA CPvc ECTFE ETFE General Purpose Polystyrene HOPE

8-9 9 8 8 8-9 8 8-9 8 8 8 8 8-9 8 8 8-9 9 9 8 8 8 8-9 8

Note: Numbers refer to POL Resistance Ratings (0-9 scale with 9 as highest resistance.)

Section Two

© Plastics Design Library

947 Chemical Sort with POL Resistance Rating Impact Polystyrene lonomer LOPE MOPE Polymethylpentene Polypropylene PVC PVOC PVOF SAN Copolymer

9 8 8 8 8 8-9 8 8 8 8-9

Barium Chloride (5-100/0) 5-6 9 2-8

elevated temperature Nylon 66 Polyarn ideim ide Polycarbonate Polyphenylene Sulfide Polysulfone PPE

7 9 9 9 9 9

Barium Chloride

9 9 8

B 8-9 8 9 8 8 8

B 8 8 5-9 8 8 8 8-9

Barium HydrOXide (5-100/0) 5-7 8 8

Barium Hydroxide (20-300/0) elevated temperature HOPE

B

Barium Hydroxide room temperature ABS Acrylonitrile Copolymer ECTFE HOPE lonomer LOPE MOPE Polymethylpentene Polypropylene PVDC SAN Copolymer

9 5 8 8 8 8 8

8 8-9 5 7

elevated temperature ABS ECTFE

8

Barium Oxide room terTlperature 9

CPVC

8 8 8 6-8 8 8 7 8

elevated temperature 8 8 8

HOPE Nylon 12 Nylon 612

Barium Soap Grease room temperature

9 8

Polypropylene

9 8 8 8 8 8 8 8 8 8-9 8 8 8 9

room temperature HOPE

8

elevated temperature HOPE

8

Basil room temperature General Purpose Polystyrene Impact Polystyrene

8 8

elevated temperature General Purpose Polystyrene

8

Nylon 6

Nylon 12 Nylon 6

6

3

Battery Acid (31-400/0)

room temperature

room temperature

9 8 8

elevated temperature

B

HOPE

8 8 8 8 8-9 8 8 9

elevated temperature ABS CPVC ECTFE ETFE HOPE lonomer LOPE MOPE Polymethylpentene Polyphenylene Sulfide Polypropylene PVC PVOC PVOF SAN Copolymer

8 6 5

room temperature 9

Barium Sulfate ABS CPVC ECTFE HOPE lonomer LOPE MOPE Polymethylpentene Polypropylene PVC

Acrylic Resin Cellulose Acetate Cellulose Acetate Butyrate

Battery Acid (20-300/0)

)

room temperature

9 8 8

B 8 8 8 8 8 8 8-9 8

B 8 9

Barium Sulfide (5-100/0) room temperature 8

Barium Sulfide room temperature ASS CPVC

elevated temperature ABS CPVC ECTFE ETFE HOPE lonomer LOPE MOPE Polym ethylpentene Polypropylene PVC PVOC PVOF SAN Copolymer

room temperature 8

elevated temperature

Nylon 66

8 8 8 8 8 8 8-9 8 8 9

Bath Oils

Polypropylene

Barium Sulfate (5-10%

ECTFE HOPE lonomer LOPE MOPE Polymethylpentene Polypropylene PVC PVOC SAN Copolymer

Barium Sulfite

Acetal Resin HOPE Nylon 12 Nylon 6 Nylon 610 Nylon 612 PES Polyester - PST

SAN Copolymer

elevated temperature PVC

elevated temperature PVOF

pvoc

room temperature Amorphous Nylon PVC

8 8 8

pvc

room temperature 8-9 9 8 8 8-9 8 8-9 8 8 8 8 8 8-9 8 8 8-9

elevated temperature ABS ASA ECTFE ETFE General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Nylon 11 Polymethylpentene Polyphenylene Sulfide Polypropylene PVC PVOC PVOF SAN Copolymer

room temperature CPVC ECTFE

Barium Salts

room temperature ASS ASA CPVC ECTFE General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Nylon 11 Polymethylpentene Polypropylene PVC PVOC SAN Copolymer

8 8 8 8 8 8 8 8-9 5 8 7

Barium Nitrate

room temperature Amorphous Nylon Nylon 6 Nylon 66

ETFE HOPE lonomer LOPE MOPE Polymethylpentene Polyphenylene Sulfide Polypropylene PVOC PVOF SAN Copolymer

9 8

HOPE

9 7-8

Battery Acid room temperature Amorphous Nylon HOPE

5 8

elevated temperature ETFE HOPE

8 8

Bay Leaves room temperature Acrylic Resin General Purpose Polystyrene Impact Polystyrene

8 8 8

elevated temperature General Purpose Polystyrene

B

Beer room temperature ABS Acrylic Resin Cellulose Acetate Cellulose Acetate Butyrate ECTFE General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Nylon 11 Nylon 12 Nylon 6

7-9 8 2 6

8 8 8 8 8 8 8

8 8 8

Note: Numbers refer to POL Resistance Ratings (0-9 scale with 9 as highest resistance.)

© Plastics Design Library

Section Two

948 Chemical Sort with POL Resistance Rating

Nylon 612 PES Polyca'rbonate Polymethylpentene Polypropylene PVC PVOC SAN Copolymer UHMWPE

8 8 7-8 8 8-9 8 8 8-9 8

elevated temperature ABS ECTFE HOPE lonomer LOPE MOPE Polymethylpentene Polypropylene PVC PVOC PVDF SAN Copolymer UHMWPE

9 8 8 8 8 8 8 8-9 8 8 8 9 8

Beet Juice room temperature ABS Polyester - PET SAN Copolymer

8 9 8

elevated temperature HDPE

7

Beet Sugar Liquors room temperature ECTFE lonomer PVC

8 6 8

elevated temperature ECTFE lonomer PVC PVOF

8 6 8 8

room temperature 8 8 8 7 3-5

elevated temperature HOPE PVDC SAN Copolymer

PVOC SAN Copolymer

2-8 3 7 2

Benzaldehyde (10-200/0) room temperature ECTFE

8

elevated temperature ECTFE

2

Benzaldehyde room temperature ABS Acetal Resin Acrylic Resin Acrylonitrile Copolymer Amorphous Nylon ASA Cellulose Acetate Butyrate CTFE ECTFE EVOH General Purpose Polystyrene HOPE Impact Polystyrene

8

Benzene (10-200/0) room temperature HOPE Nylon 66

8 8

elevated temperature 5

Benzene (41-50%)

2 8 2-3 2 5-6 0 0 9 8 9 2-3 6-8 2-3

8-9 4 4-7 5 3 3 8-9 0-2 0 6

elevated temperature ABS Acetal Resin Acrylic Resin ASA CPVC CTFE ECTFE ETFE EVOH FEP General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Nylon 11 Nylon 12 Nylon 6 Nylon 610 Nylon 612 Nylon 66 PFA Polycarbonate Polyester - PBT Polyimide Polymethylpentene Polyphenylene Sulfide Polypropylene Polysulfone PPE PVOC PVOF SAN Copolymer TFE UHMWPE

0 3-8 2 0 2 1 2-8 8-9 1-9 7-9 0 2-5 0 5 2 2 5 7 8 8 7 7 7-9 0-3 2-4 8 4 8 2-5 0 0 3 5 8 0-2 7-9 6

Benzene Hexachloride (y-) (10-200/0) room temperature 7

PVOC

elevated temperature 5

PVDC

room temperature 8-9

Benzene Hexachloride (y-) room temperature

PVOF

Benzene room temperature ABS Acrylic Resin Acrylonitrile Copolymer Amorphous Nylon ASA Cellulose Acetate CPVC CTFE ECTFE EVOH General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Nylon 11 Nylon 12 Nylon 6 Nylon 612 Nylon 66 PEEK PES Polyallomer Polyarylam ide Polycarbonate Polyester - PBT Polyester - PETG

Polyimide Polymethylpentene Polypropylene PPE PVC PVOC Rigid PU SAN Copolymer Styrene Butadiene Copolymer UHMWPE

pvc

elevated temperature 8 3-8 7 2

elevated temperature pvc

2 0 3 8 9 3 3-8 3 2 1 1-8 1-8 9 9 9 0 6 1-9 8 0 0 3 5 0-1

Benzalkonium Chloride

Polyester - PBT

room temperature

ECTFE

elevated temperature ABS ASA ECTFE ETFE FEP General Purpose Polystyrene HOPE Impact Polystyrene lonomer Nylon 11 Nylon 12 Nylon 612 Nylon 66 PFA Polyamideimide Polycarbonate Polymethylpentene Polyphenylene Sulfide Polypropylene Polysulfone PPE PVC PVOC SAN Copolymer

HOPE 8 7 2

Benzaldehyde (5-100/0) ECTFE PVC PVOC SAN Copolymer

5 8 1-8 6 3 4 1-8 6 9 1 8 8 3 5 2-8 0-2

room temperature pvc

Benzaldehyde (S;; 5%) HOPE Nylon 12 Nylon 6 PVOC SAN Copolymer

lonomer Nylon 11 Nylon 12 Nylon 46 Nylon 6 Nylon 610 Nylon 612 Nylon 66 PEEK PES Polymethylpentene Polypropylene PVC PVOC PVOF SAN Copolymer

0-2 0-3 7 8 0 2 2 4-9 8 9 0-2 2-6 0-2 6 2 2 8 8 8-9 8 7-8 9 1-9 2 7 2 8-9 1

ABS General Purpose Polystyrene Impact Polystyrene PVOC SAN Copolymer

2 2 2 7 2

elevated temperature 5 2

PVDC SAN Copolymer

Benzenesulfonic Acid (5-100/0) room temperature 8 6

ECTFE lonomer

elevated temperature 2-8 6

ECTFE lonomer

Benzenesulfonic Acid room temperature 9 8 6 1 7 9 7 9

ABS HOPE LOPE Nylon 66 PES PVOC PVOF SAN Copolymer

elevated temperature ABS ETFE HOPE

9 8 8

Note: Numbers refer to POL Resistance Ratings (0-9 scale with 9 as highest resistance.)

Section Two

© Plastics Design Library

949 Chemical Sort with POL Resistance Rating

LOPE Nylon 66 Polyamideim ide Polycarbonate Polyphenylene Sulfide Polysulfone PPE PVOC PVOF SAN Copolymer

6 0 1 1 8-9 1 9 9 8 9

Benzoic Acid (5-100/0) room temperature Nylon 66

2

Benzoic Acid (10-200/0) 6 6 6 8

Benzoic Acid room temperature ASS Acrylic Resin Amorphous Nylon ASA CPVC ECTFE General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Nylon 12 Nylon 46 Nylon 6 Nylon 610 Nylon 612 Nylon 66 PES Polycarbonate Polyester - PST Polyimide Polymethylpentene Polypropylene PVC

pvoc

SAN Copolymer

8-9 8 4-5 9 8 8 8-9 8 6-8 8 8 8 6-8 6 2-6 2 8 4 8 2 8 7 8 8-9 8 8-9 8-9

elevated temperature ASS Acrylic Resin ASA CPVC CTFE ECTFE ETFE General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Nylon 12 Nylon 612 Polyimide Polymethylpentene Polyphenylene Sulfide Polypropylene

pvc

PVOC PVOF SAN Copolymer

9 8 9 8 9 8 8 6-8 8 8 8 8 8 8 8 7 8 8 9 8 8-9 7-8 8-9

Benzoic Acid Ointment room temperature General Purpose Polystyrene Impact Polystyrene

8 8

elevated temperature General Purpose Polystyrene

6

Benzoic Resin room temperature General Purpose Polystyrene

2 9

elevated temperature Nylon 66 Polyam ideimide Polycarbonate Polyphenylene Sulfide Polysulfone PPE

7 9 0 1-9 0 0

Benzoyl room temperature 2 2

5

8-9 1-9 9 0 8 0 1 0 2 9 9 8 8-9 5 8 0 8

room temperature

room temperature Acrylic Resin CTFE HOPE Polypropylene

2 9 5 8

elevated temperature ETFE HOPE PVOF

8-9 5 7-8

Benzoyl Peroxide elevated temperature PVOF

8

ASS Polycarbonate

2 2-8

Benzyl Butyl Adipate room temperature Amorphous Nylon

8

Benzyl Chloride room temperature ASS HOPE Polypropylene

2 5 8

elevated temperature

Benzyl Acetate room temperature ASS ASA General Purpose Polystyrene Impact Polystyrene PVOC SAN Copolymer

2 0 0-2 0-2 8 0-2

elevated temperature ASA General Purpose Polystyrene Impact Polystyrene PVOC SAN Copolymer

Benzyl Alcohol

ETFE EVOH FEP General Purpose Polystyrene HOPE Impact Polystyrene Nylon 11 Nylon 6 Nylon 610 PFA Polyester - PET Polymethylpentene Polypropylene PVOC PVOF SAN Copolymer UHMWPE

Benzyl Benzoate

Benzoyl Chloride

(~

0 0 0 8 0-2

SAN Copolymer

7 5

ASS

2

Amorphous Nylon

8

Benzylamine room temperature PVOF

8

room temperature

room temperature

ASS ASA ECTFE

Benzyl Ether room temperature

Benzylic Alcohol

Benzyl Alcohol ASS Acetal Resin Acrylic Resin Amorphous Nylon ASA CTFE ECTFE General Purpose Polystyrene HOPE Impact Polystyrene Nylon 11 Nylon 12 Nylon 6 Nylon 610 Nylon 66 PC/Polyester Alloy Polyarylam ide Polycarbonate Polyester - PCT Polyester - PCTG Polyester - PET Polyester - PETG Polymethylpentene Polypropylene PVOC SAN Copolymer UHMWPE

8 3 6 9 0 8-9 8 0 0 7-8

room temperature 8 5

elevated temperature PVOC SAN Copolymer

ETFE HOPE Nyll1n 66 Polyam ideim ide Polycarbonate Polyphenylene Sulfide Polypropylene Polysulfone PPE PVOF

Benzyl Octyl Adipate

5%)

room temperature pvoc

2 8 2 2 0 9 8 0 8 0 5 3 3 3 4-5 0-5 7 1-2 3-9 5-6 5-9 0 8 8-9 8 0 8

elevated temperature

elevated terrlperature General Purpose Polystyrene

ASS CTFE

General Purpose Polystyrene Impact Polystyrene

room temperature Acetal Resin Nylon 6 Nylon 610 Polyester - PST

Benzonitrile room temperature

2 0 8

EVOH

7-9

elevated temperature PVOF

7

Betadine room temperature PC/Polyester Alloy Polycarbonate Polyester - PCTG Polyetherim ide

8 8 8 9

Beverages room temperature Acetal Resin Nylon 6 Nylon 610 Polyester - PST

8 8 8 8

Bichromate Sulfuric Acid room temperature HOPE

8

elevated temperature HOPE

3

Biphenyl Ether elevated temperature Acetal Resin Nylon 6 Nylon 610 Polyester - PST

8 8 8 2

Note: Numbers refer to POL Resistance Ratings (0-9 scale with 9 as highest resistance.)

© Plastics Design Library

Section Two

950

Chemical Sort with POL Resistance Rating

Bismuth Carbonate

Black Liquor

room temperature

room temperature

ABS ECTFE HOPE lonomer LOPE MOPE Polypropylene

pvc

PVOC SAN Copolymer

9 8 8 8 8 8 8-9 8 8 9

elevated temperature ABS ETFE HOPE lonomer LOPE MOPE Polypropylene PVC PVOC SAN Copolymer

9 8 8 8 8 8 8-9 8 8 9

Bismuth Chloride room temperature ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer

9 8 9 9 9 8 9 9

Bismuth Salts room temperature HOPE

8 8

Bismuth Subnitrate room temperature ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer

9 8 9 9

elevated temperature ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer

9 8 9 9

Bisulfite room temperature HOPE

8

elevated temperature HOPE

8

Bitter Almond Oil room temperature Nylon 12 Nylon 612

8 8 8 8

Bitter Almonds room temperature Cellulose Acetate Cellulose Acetate Butyrate

0 0

Bitumen room temperature Acetal Resin HDPE Nylon 12 Nylon 6 Nylon 610 Nylon 66

8 8 8 6-8 8 6

elevated temperature HOPE Nylon 6 Nylon 610

CPVC ECTFE ETFE HOPE lonomer LOPE Polysulfone PVC PVOF

7-8 8 8 8 8 8 0-8 8 8

4 6 6

9 6 4

elevated temperature Nylon 6

3

room temperature Cellulose Acetate Cellulose Acetate Butyrate

Bluing room temperature ABS Acrylic Resin Acrylic/PVC Alloy

8 6 7

Acrylic/PVC Alloy 8 8-9 7-9 9 5-7 8 9

7

Bone Oil room temperature HOPE Nylon 12 Nylon 612

8 8 8

elevated temperature HOPE Nylon 12 Nylon 612

Bleach (5-10%) Acrylonitrile Copolymer

8 8 8

Borates

Bleach (10-20%)

room temperature

room temperature

Nylon 66

ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer

9 8 8 9 9 6 6 9

Bleach room temperature Acetal Resin Acrylic Resin CPVC ECTFE HOPE Nylon 12 Nylon 6 Nylon 610 Nylon 612 Nylon 66 PES Polyester - PBT Polyester - PET PVC Rigid PU SMA Copolymer SMA/PC Alloy UHMWPE

2 6-8 8-9 8 5-8 5 2 2 5 2 8 6 9 8 9 8 8 8

CPVC ECTFE ETFE HOPE Nylon 12 Nylon 612 PVC PVOF UHMWPE

8 8 8 3-8 1 1 8 2-8 8

Bleach Lye (5-10 % ) 8 8 8 8 6

elevated temperature HOPE lonomer LOPE MOPE

8

Borax (~5%) room temperature Cellulose Acetate Butyrate

8 8 8 8

7

Borax room temperature ABS Amorphous Nylon ASA CPVC ECTFE General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Nylon 12 Nylon 6 Nylon 612 Polycarbonate Polypropylene PVC PVOC SAN Copolymer

7-8 4-6 9 8 8 8-9 8 6-8 8 8 8 8 8 8 8-9 8-9 8 8 8-9

elevated temperature ABS ASA ECTFE ETFE General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Nylon 12 Nylon 612 Polyphenylene Sulfide Polypropylene

pvc

room temperature HOPE lonomer LDPE MOPE Nylon 6

9 9

elevated temperature

Bleach (~ 50/0) room temperature Acrylic Resin PC/Polyester Alloy Polyester - PCT Polyester - PCTG Polyester - PET Polyester - PETG Polypropylene

CTFE Nylon 6 Nylon 66

Blood

elevated temperature

elevated temperature

elevated temperature Nylon 12 Nylon 612

room temperature 8 8 8 8 8 8

elevated temperature

elevated temperature HOPE

CPVC ECTFE HOPE lonomer LOPE PVC

room temperature

elevated temperature ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer

Bleach Lye

PVOC PVOF SAN Copolymer

7

9 8 8 6-8 8 8 8 8 8 8 8 8 8-9 8 8 8 8-9

(~ 5°k) room temperature

Boric Acid

Cellulose Acetate Butyrate

7

Boric Acid (5-10%) room temperature Nylon 12

8

Note: Numbers refer to POL Resistance Ratings (0-9 scale with 9 as highest resistance.)

Section Two

© Plastics Design Library

951 Chemical Sort with POL Resistance Rating Nylon 6 Nylon 66 PVOC SAN Copolymer

6 8 9 9

elevated temperature PVOC SAN Copolymer

9 9

Boric Acid room temperature ABS Acetal Resin Acrylic Resin Amorphous Nylon ASA CPVC ECTFE General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Nylon 12 Nylon 46 Nylon 6 Nylon 610 Nylon 612 PES Polyester - PBT Polyimide Polypropylene PVC PVOC Rigid PU SAN Copolymer

8-9 8 8 4-6 9 8-9 8 8-9 8 8-9 8 8 8 8 6 3 5 8 7 8 7 8-9 8 8-9 8 8-9

elevated temperature ABS Acrylic Resin ASA CPVC ECTFE ETFE General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Nylon 12 Nylon 612 Polyimide Polypropylene PVC PVOC PVOF SAN Copolymer

9 8 9 8 8 8 6-8 8 8 8 8 8 8 8 7 8-9 8 8-9 7-8 8-9

Boric Acid Methyl Ester room temperature HOPE

8

elevated temperature HOPE

4

Borneol (41-500/0) room temperature Cellulose Acetate

9

ABS ABS/Nylon Alloy ABS/PU Alloy Acetal Resin Acrylic Resin Aromatic Polyam ide ASA Cellulose Acetate Butyrate General Purpose Polystyrene HOPE Impact Polystyrene Nylon 12 Nylon 46 Nylon 6 Nylon 610 Nylon 612 Nylon 66 PC/ABS Alloy PC/Polyester Alloy PES Polyallomer Polyarylam ide Polycarbonate Polyester - PBT Polyester - PETG Polyetherim ide Polymethylpentene Polyphenylene Sulfide Polypropylene Polysulfone PPE PPE/Nylon Alloy PVC Rigid PU SAN Copolymer SMA/PC Alloy

1-2 8-9 3 8-9 8 9 3 2 0-6 8-9 3 8 8 5-9 6-8 8 5-9 4 0-9 1-9 9 7 1-8 8-9 2-6 1-8 8 7-9 8-9 1-9 6-9 5 5-6 3-4 0-5 3

elevated temperature ABS Acetal Resin Aromatic Polyamide ASA General Purpose Polystyrene HOPE Impact Polystyrene Liquid Crystal Polymer Nylon 12 Nylon 6 Nylon 610 Nylon 612 Nylon 66 PC/Polyester Alloy PES Polycarbonate Polyester - PBT Polyester - PET Polyetherimide Polyketone Polymethylpentene Polyphenylene Sulfide Polyphthalam ide Polypropylene Polysulfone PPE SAN Copolymer SMA/PC Alloy

2 2-8 3 3 0-3 8 3 5-9 8 2-8 2-8 8 4-9 1-7 0-4 3 1-9 1-9 1-5 9 8 4-8 9 5-7 4-9 9 3 3

7 8 8 8 2 2 1 8 7-8 7

elevated temperature 7 7-8 8 8 8 7

ASA General Purpose Polystyrene HOPE Impact Polystyrene Nylon 12 Nylon 6 Nylon 612 SAN Copolymer

9 9 8 9 8 8 8 9

Breeder Pellets room temperature pvc elevated temperature

8

PVC

8

Brines room temperature ABS Acetal Resin

ECTFE HOPE lonomer LOPE MOPE PES Polypropylene PVC PVOC SAN Copolymer

8 8 8 8 8 8 8-9 8 8 9

elevated temperature ABS ECTFE ETFE HOPE lonomer LOPE MOPE PES Polybenzim idazole Polypropylene PVOC PVOF SAN Copolymer

9 8 8 8 8 8 8 9 9 8-9 8 8 9

Bromic Acid (5-10%) room temperature HOPE LOPE

8 8

elevated temperature HOPE LOPE

8 8

Bromic Acid room temperature HOPE lonomer Polypropylene

3 8 2-4 8

ETFE lonomer Polypropylene PVC PVOF

8 6 2 8 8

pvc elevated temperature

Bromine (5-100/0) elevated temperature ETFE Nylon 66 Polyamideimide Polycarbonate Polyphenylene Sulfide Polysulfone PPE

8 1 9 1 3 8 7

Bromine (20-30%) room temperature ECTFE lonomer Nylon 6 Nylon 66 PVC

8 2 3 1 8

elevated temperature ECTFE lonomer PVC

2-8 2 8

Bromine

room temperature

room temperature

ABS HOPE LOPE MOPE PVOC SAN Copolymer

room ternperature

Brandy

Boron Trifluoride ABS HOPE LOPE MOPE Nylon 6 Nylon 610 Nylon 66 PVOC PVOF SAN Copolymer

Brake Fluids

9 8

room temperature ABS Acetal Resin Acrylic Resin Amorphous Nylon ASA CTFE ECTFE ETFE FEP General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Nylon 11 Nylon 12 Nylon 46 Nylon 6

2 2 3-5 1 3 8-9 4-8 7 9 2-3 2-8 2-3 2 2 2 1 1-3 2 2-3

Note: Numbers refer to POL Resistance Ratings (0-9 scale with 9 as highest resistance.)

© Plastics Design Library

Section Two

952

Chemical Sort with POL Resistance Rating

Nylon 610 Nylon 612 Nylon 66 PEEK PES PFA Polyester - PST Polymethylpentene Polypropylene PVC PVOC SAN Copolymer

2 1 1-4 2 1-6 9 2 1 1-4 3-8 2 2-3

elevated temperature ASS ASA ECTFE ETFE General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Nylon 12 Nylon 612 PFA Polymethylpentene Polyphenylene Sulfide Polypropylene PVC PVOC PVOF SAN Copolymer

2 3 8 6-9 3 2 3 2 2 2 1 1 9 1 3-8 2 3-8 2 7-8 2-3

Bromoacetic Acid

elevated temperature pvoc SAN Copolymer

8

5 8 2

8 9 8 2 3

5 2

5 2 8 3

5 8 2

room temperature ASS

2

Bromosalicylic Acid (5-) room temperature PVOC

8

elevated temperature PVOC

8

Bromobutyric Acid (2-) SAN Copolymer

2

elevated temperature 5 2

ECTFE PVC

8 3

elevated temperature ECTFE PVC

Aceta.l Resin Nylon 66

room temperature 3 3 2-3 3 3 2 8 3

elevated temperature

PVOF

HOPE LOPE MOPE

8 8 8 8 8 8 8 8

5 3-9 8-9 8 8 8 8 8

5 8 3-8 8

6-8 6 6

elevated temperature

8 4 8-9

room temperature

6-8 6 6

Butanediol (51-75%)

room temperature SAN Copolymer

2

HOPE LOPE MOPE

6-8 6 6

elevated temperature HOPE LOPE MOPE

6-8 6 6

Butanediol room temperature

Butadiene room temperature Acetal Resin ECTFE HOPE lonomer Nylon 6 Nylon 610 Polyester - PST PVC PVOC SAN Copolymer

8 8 2 5-6 8 8 8 3-8 7 2

ECTFE ETFE HOPE Polyphenylene Sulfide

Butadiene (1,3-) room temperature 2-3 1-5

Butanane-4-p-Methoxy Phenol (2-) room temperature PVOC

HOPE lonomer LOPE MOPE

6-8

5 6 6

elevated temperature ETFE HOPE lonomer LOPE MOPE PVDF

8 6-8 4 6 6 8

Butanediol (1,3-) 8 8 2 8 3-8 3 7-8 2

PVOF SAN Copolymer

5

elevated temperature

room temperature Acetal Resin Amorphous Nylon Nylon 6 Nylon 610 Polyester - PST

8 3 6 6 8

elevated temperature Nylon 6 Nylon 610

0 0

Butanediol (1,4-) room temperature Acetal Resin Amorphous Nylon Nylon 6 Nylon 610 Polyester - PST

8 1-2 8 8 8-9

elevated temperature 2 0 2

Acetal Resin Nylon 6 Polyester - PST

PVOC

Butane ASS Acetal Resin Amorphous Nylon ASA ECTFE

pvc

HOPE LOPE MOPE

Butanediol (2,3-)

room temperature 3 3 2 3 3

ECTFE ETFE Nylon 11 Nylon 12 Nylon 612 Polyester - PST Polyphenylene Sulfide

2-8 3

1-7 2-4

Cellulose Acetate Cellulose Acetate Sutyrate

Bromochloromethane

8

5

room temperature

room temperature

pvc pvoc 5

5

Butanediol (5-10%)

Bromotoluene

elevated temperature 2

General Purpose Polystyrene HOPE Impact Polystyrene Nylon 11 Nylon 12 Nylon 6 Nylon 610 Nylon 612 Nylon 66 PES Polyester - PST Polypropylene PVC SAN Copolymer

elevated temperature

Bromohexane

Bug Spray

room temperature pvoc

ASA General Purpose Polystyrene HOPE Impact Polystyrene SAN Copolymer

elevated temperature ETFE PVOC PVOF SAN Copolymer

elevated temperature

room temperature

ASA General Purpose Polystyrene HOPE Impact Polystyrene Nylon 6 Nylon 610 Polyester - PST SAN Copolymer

5 2

8 2

Bromobutane

PVOC SAN Copolymer

room temperature PVOC SAN Copolymer

room temperature

elevated temperature

ASS

Bromoform

Acetal Resin Nylon 66 Polyester - PST

room temperature

CTFE ECTFE ETFE PVC PVOC PVOF SAN Copolymer

2

8 2

Bromobenzene Amorphous Nylon CTFE ECTFE Polycarbonate PVC PVOC SAN Copolymer

ASS

Buffer

room temperature PVOC SAN Copolymer

Bromoethane room temperature

8 8 8 9 8

room temperature Amorphous Nylon

6

Note: Numbers refer to POL Resistance Ratings (0-9 scale with 9 as highest resistance.)

Section Two

© Plastics Design Library

953 Chemical Sort with POL Resistance Rating

PVOC SAN Copolymer

Butanethiol room temperature ABS

2

room temperature 8

elevated temperature HOPE

8

room temperature

Butyl Acetate

4

ABS ABS/PU Alloy Acetal Resin Acrylic Resin Acrylonitrile Copolymer Amorphous Nylon ASA Cellulose Acetate Cellulose Acetate Butyrate Cellulose Propionate CPVC CTFE ECTFE General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Nylon 11 Nylon 12 Nylon 6 Nylon 610 Nylon 612 Nylon 66 PC/ABS Alloy PC/Polyester Alloy PES Polyester - PBT Polymethylpentene Polypropylene Polysulfone PVC PVOC PVOF SAN Copolymer

elevated temperature Polyphenylene Sulfide

3-9

Butene room temperature Acetal Resin Nylon 6 Nylon 610 Polyester - PBT

8 8 8 8

elevated temperature PVOF

7

Butoxyethanol room temperature ABS PC/ABS Alloy SAN Copolymer

8 8 8

Butoxyethanol (2-) room temperature ABS/PU Alloy Acetal Resin Nylon 6 Nylon 610 PC/Polyester Alloy Polyester - PBT

4 8 8 8 9 8

Butoxyl room temperature HOPE

8

elevated temperature HOPE

5

Butter room temperature ABS Acetal Resin Acrylic/PVC Alloy ASA Cellulose Acetate Cellulose Acetate Butyrate General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Nylon 12 Nylon 46 Nylon 6 Nylon 610 Nylon 612 Polyester - PBT Polysu Ifone PVOC SAN Copolymer

5-9 8 8 9 9 9 8-9 7-8 2-9 8 7 7 8 6 8-9 8 8 8 4-8 8 8-9

elevated temperature ABS Acrylic/PVC Alloy ASA General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Nylon 12 Nylon 612 Polysulfone

8 8 8 8 8 8

room temperature

Butanone (2-)

9 7 9 8-9 7-8 9 8 7 7 8 8 4

0-2 1 8 2 8 9 0 2 0 0 2 9

8 0-2 5-8 0-2 6 4-5 4 8 8 6-8 5 8 8 3 4 6 6-8 4 2-5 2 3-8 8 7-8 0-2

elevated temperature ABS ASA CPVC CTFE ECTFE ETFE EVOH Fluorinated PE General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Nylon 11 Nylon 12 Nylon 612 Nylon 66 PFA Polyamideimide Polycarbonate Polyester - PBT Polymethylpentene Polyolefin/Nylon Alloy Polyphenylene Sulfide Polypropylene Polysulfone PPE PVC PVOC SAN Copolymer

0 0 2 1-2 2-8 6-8 1-9 7 0 2-5 0 5 2 4 5-8 8 8 9 9 9 0

8 4 9 8-9 2-5 1 0 3 8 0-1

Butyl Acetate (sec-) room temperature Cellulose Acetate Cellulose Acetate Butyrate

Butyl Acetyl Ricinoleate room temperature Acrylic Resin

elevated temperature

8

elevated temperature HOPE

Acetal Resin Nylon 12 Nylon 6 Nylon 612 Nylon 12 Nylon 612

Butanone HOPE

Buttermilk room temperature

Butanetriol HOPE

8 8-9

3 0

5

Butyl Acrylate room temperature Acrylonitrile Copolymer HOPE Polypropylene PVOF

8 8 2-5 7

elevated temperature ETFE HOPE Polypropylene PVOF

8 5 2 8

Butyl Alcohol room temperature ABS Acetal Resin Acrylic Resin Acrylonitrile Copolymer Amorphous Nylon ASA ASA/PVC Alloy Cellulose Acetate Cellulose Acetate Butyrate CPVC CTFE ECTFE General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Nylon 11 Nylon 12 Nylon 46 Nylon 6 Nylon 610 Nylon 612 Nylon 66 Nylon MX06 PC/Polyester Alloy PES Polycarbonate Polyester - PBT Polyetherimide Polyimide Polypropylene Polysulfone PPE PVC PVOC SAN Copolymer UHMWPE

8-9 8 2-5 8 1 2-7 8 7 1 7 9 8 8-9 6-8 6-8 4 6-8

6 6 6-8

8 5-8 4 6-8 7-8 9 4-7 4-8 8 8 8 8 8 1-8 8-9 3-8 9 7-8 8

elevated temperature ABS Acrylic Resin ASA CPVC CTFE ECTFE ETFE EVOH General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Nylon 11 Nylon 12 Nylon 612 Nylon 66 Polyamideimide Polycarbonate Polyester - PBT Polyimide Polyketone Polyolefin/Nylon Alloy Polyphenylene Sulfide Polypropylene Polysulfone PPE PVC PVOC PVOF

2 2 5 2 8·9 5-8 8 1·9 6·8 6-9 6 2 6·8 6 1 7 7·8 7 9 9 8 8 9 9 6-9 8-9 9 6 3-8 9 7-8

Note: Numbers refer to POL Resistance Ratings (0-9 scale with 9 as highest resistance.)

© Plastics Design Library

Section Two

954

Chemical Sort with POL Resistance Rating

SAN Copolymer UHMWPE

2-6 8

Butyl Alcohol (sec-) room temperature Cellulose Acetate Cellulose Acetate Butyrate ECTFE General Purpose Polystyrene Impact Polystyrene pvc PVOC SAN Copolymer elevated temperature ECTFE ETFE EVOH PVC PVOC PVOF SAN Copolymer

7 1 8 5 4 3-8 8 5 8 8 1-9 3 7 7-8 3-4

Butyl Alcohol (tert-) room temperature Amorphous Nylon Cellulose Acetate Cellulose Acetate Butyrate PVDC SAN Copolymer elevated temperature ETFE EVOH PVOC PVOF SAN Copolymer

4 7 3 8 7-8

8 5-9 7 7-8 7-8

Butyl Bromide elevated temperature ETFE PVOF

8 7-8

2

Butyl Carbitol room temperature Cellulose Acetate HOPE SAN Copolymer elevated temperature Acetal Resin HOPE

5 7 2 9 4-6

Butyl Carbitol Acetate room temperature Acrylonitrile Copolymer

8

9 7 4 1-2 8 2 2 9 8

Butyl Glycolate room temperature Acetal Resin Nylon 6 Nylon 610 Polyester - PBr

8 8 8 8

Butyl Mercaptan room temperature PVC elevated temperature ETFE pvc PVOF

room temperature Amorphous Nylon elevated temperature PVOF

8

2 2 2 8 2 8 2

7

Butylaldehyde elevated temperature Acetal Resin

3

Butylamine room temperature Polyphenylene Sulfide PVOF Rigid PU elevated temperature Acetal Resin ETFE FEP Nylon 66 PFA Polyamideim ide Polycarbonate Polyphenylene Sulfide Polysulfone PPE

Butylamine (sec-)

8 3 8

room temperature PVOF elevated temperature ETFE

Butyl Methyl Ester (tert-) room temperature Amorphous Nylon

elevated temperature PVOF

3

8 2 0 1 3-8 9 8 8-9 9 0 1-9 0 0

7-8 8

Butylamine (tert-) 9

room temperature PVDF elevated temperature ETFE

9

Butylated Hydroxyanisole

8

room temperature Polysulfone

Butyl Phenol

7-8 8

Butylated Hydroxytoluene

room temperature ECTFE HOPE PVC elevated temperature ECTFE ETFE HOPE PVC PVOF

8 8 8 8 8 8 3 8

room temperature General Purpose Polystyrene Impact Polystyrene Polyphenylene Sulfide Polypropylene elevated temperature ETFE Nylon 66 Polyamideimide Polycarbonate Polyphenylene Sulfide Polysulfone PPE

2 2 8 5 8 1 9 1 8-9 3 1

room temperature CTFE

9

Butyl Stearate

Butyl Chloride room temperature Acrylic Resin pvoc SAN Copolymer elevated temperature ETFE PVOC PVOF SAN Copolymer

9 9 3 5-9 9 0

Butyl Sebacate 2

Butyl Cellosolve Acetate room temperature Acrylonitrile Copolymer

2 8 8 9 8 8 8

Butyl Phthalate

Butyl Cellosolve room temperature ABS/Nylon Alloy Acrylonitrile Copolymer Cellulose Acetate CPVC ECTFE General Purpose Polystyrene Impact Polystyrene Polysulfone PVC elevated temperature CPvc

room temperature ABS Acetal Resin Acrylonitrile Copolymer CTFE Nylon 6 Nylon 610 Polyester - PBT elevated temperature Nylon 66 Polyamideimide Polycarbonate Polyphenylene Sulfide Polysulfone PPE

Butyl Methyl Ether (tert-)

Butyl Butyrate room temperature ABS

Butyl-2Hydroxybenzenebutylphenol (1-)

Butyl Ether

room temperature Acrylic Resin ECTFE PVC PVOC SAN Copolymer elevated temperature PVOC SAN Copolymer

5 8 8 7 7 7 7

room temperature Polysulfone

8

Butylbenzyl Phthalate room temperature HOPE elevated temperature HOPE

8 8

Butylene room temperature ECTFE elevated temperature ECTFE ETFE Polyphenylene Sulfide PVOF

8 8 8 8 8

Butylene Glycol room temperature Amorphous Nylon HOPE Nylon 12 Nylon 6 Nylon 66 elevated temperature HOPE

1-2 8 8 6 8 8

Butylphenol (o-sec-) room temperature pvoc elevated temperature PVOC

2 2

Butylphenol (p-sec-) room temperature PVDC elevated temperature PVOC

2 2

Note: Numbers refer to POL Resistance Ratings (0-9 scale with 9 as highest resistance.)

Section Two

© Plastics Design Library

955 Chemical Sort with POL Resistance Rating Butylphenol (p-tert-)

Butyrolactone

room temperature PVOC elevated temperature PVOC

2

room temperature Nylon 6

2

Butyrolactone (a-)

Butynediol room temperature PVC elevated temperature pvc

3-8 3

Butyraldehyde

9

0-1 9 5-6 4-8 0 9

Butyrolactone (y-)

room temperature ASS Acrylic Resin Nylon 66 PVOC SAN Copolymer elevated temperature ASS ETFE Polybenzim idazole PVOC PVOF SAN Copolymer

2 2 6-8 2 2 2 8 9 2 8 2

Butyric Acid (5-100/0)

room temperature Acetal Resin Nylon 6 Nylon 610 Nylon 66 elevated temperature Nylon 6 Nylon 610 Nylon 66

8 6 7 6 0 0 0

Butyryl Chloride room temperature ASS

2 )

room temperature Acetal Resin Nylon 6 Nylon 610 Nylon 66 Polyester - PST

8 6 8 6 8

Butyric Acid room temperature ASS Acrylic Resin Amorphous Nylon ASA CPVC ECTFE General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Nylon 12 Nylon 6 Polycarbonate Polyimide pvc PVOC SAN Copolymer UHMWPE elevated temperature ASS Acrylic Resin ASA CPVC ECTFE ETFE General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Polyimide Polyphenylene Sulfide PVC PVOC PVOF SAN Copolymer UHMWPE

2 2 2 3 5 8 3 2-8 3 2 2 2 8 6 2 7 3-8 2 2-3 8 2 2 0 3 8 8 0 2-8 0 2 2 2 7 8 3 2 8 0-2 8

Butyric Anhydride room temperature ASS

2

room temperature PC/Polyester Alloy elevated temperature PC/Polyester Alloy

8-9

room temperature CPVC elevated temperature CPVC PVOF

9 8-9 9 8 9

Calcium Arsenate

8 7 9

8 8 8 8

9 9

room temperature Nylon 11 elevated temperature Nylon 11

8-9 8 8

8 8

Calcium Bisulfate 8-9

8 8 8

elevated temperature ECTFE lonomer Polyphenylene Sulfide PVC

8 8 8 8

Cadmium Stearate 8 8

Cadmium Sulfate 8-9

Caesium Bromide room temperature ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer elevated temperature ASA General Purpose Polystyrene

8 8 9 9

Calcium Acetate

room temperature ECTFE lonomer pvc

room temperature CPVC

elevated temperature Polycarbonate Polysulfone

9 8-9 8-9 8 9

Cadmium Cyanide

room temperature SAN Copolymer elevated temperature SAN Copolymer

7 6-8 8 7-8

Calcium Dinitrate (5-100/0)

Cadmium Chloride room temperature CPVC

room temperature HOPE pvc pvoc SAN Copolymer elevated temperature HOPE PVOC SAN Copolymer

9

Cadmium Bromide room temperature ASA General Purpose Polystyrene Impact Polystyrene PVOC SAN Copolymer elevated temperature ASA General Purpose Polystyrene Impact Polystyrene PVOC SAN Copolymer

8 9 8-9 9 8-9

Caffeine Citrate

room temperature Nylon 12 Nylon 612 elevated temperature Nylon 12 Nylon 612

Cadmium Acetate room temperature CPvc

room temperature ASS ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer elevated temperature ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer

Cake

9

9 9

Caffeine

2

Cable Oil

room temperature Nylon 66

Butyric Acid (10-20%

room temperature PC/Polyester Alloy Polyester - PCT Polyester - PCTG Polyester - PET Polyester - PETG Polypropylene

Impact Polystyrene SAN Copolymer

9 9 9 9 9 9

room temperature Polypropylene elevated temperature ETFE Polypropylene PVOF

8 8 8 8

Calcium Bisulfide room temperature CPVC ECTFE HOPE lonomer LOPE MOPE Polypropylene PVC elevated temperature ECTFE ETFE HOPE lonomer LOPE MOPE pvc

8 8 8 8 8 8 8 8 8 8 8 8 8 8 8

Calcium Bisulfite room temperature CPVC ECTFE lonomer Polypropylene PVC

8 8 8 8 8

Note: Numbers refer to POL Resistance Ratings (0-9 scale with 9 as highest resistance.)

© Plastics Design Library

Section Two

956

Chemical Sort with POL Resistance Rating

elevated temperature ECTFE lonomer PVC PVOF

8 8 8 8

Calcium Bromide (76-970/0) room temperature Nylon 66

2

LOPE MOPE Polymethylpentene Polypropylene PVC PVOC PVOF SAN Copolymer

8 8 8 8-9 8 8 8 9

Calcium Chloride (s; 5%)

Calcium Bromide

room temperature

room temperature

Acetal Resin Cellulose Acetate Cellulose Acetate Butyrate Cellulose Propionate LOPE Polypropylene

ABS ASA General Purpose Polystyrene HOPE Impact Polystyrene PVOC SAN Copolymer

9 9 8-9 8 8-9 8 9

elevated temperature ABS ASA General Purpose Polystyrene HOPE Impact Polystyrene PVOC PVOF SAN Copolymer

9 9 8-9 8 9 8 8 9

Calcium Carbide 8

elevated temperature HOPE

8

Calcium Carbonate room temperature ASS CPVC ECTFE HOPE lonomer LOPE MOPE PES Polymethylpentene Polypropylene PVC PVOC SAN Copolymer

B 8 8 8 7 8 8-9 8 7 9 9 8 8 8 8 8 8 8 8 8-9 8 7 8 9

Calcium Chlorate room temperature ABS CPVC ECTFE HOPE lonomer LOPE MOPE Polymethylpentene Polypropylene PVC PVOC SAN Copolymer

9 8 8 8 8 8 8 8 8-9 8 8 9

elevated temperature ABS CPVC ECTFE ETFE HOPE lonomer

room temperature 9 8 2 8 6-8 7-9 4-9

Nylon 66 Polyamideimide Polycarbonate Polyester - PBT Polyphenylene Sulfide Polysulfone PPE

6 9 9 8 9 9 9

Calcium Chloride (10-200/0) 9 8 8

elevated temperature ABS CPVC ECTFE ETFE HOPE lonomer LOPE MOPE Polymethylpentene Polypropylene PVC PVOC PVOF SAN Copolymer

2

elevated temperature

room temperature HOPE

9 5 7 9 9 8

Calcium Chloride (5-10%) ABS Nylon 12 Nylon 46 Nylon 6 Nylon 66 PC/Polyester Alloy Polyester - PBT

9 8 8 8 8

8

room temperature Acetal Resin Nylon 12 Nylon 6 Nylon 610 Nylon 66 PVOC

8 3 0-1 2 0-1 9

elevated temperature PVOC

7 8 8 9 8 8 9 8-9 8

elevated temperature

elevated temperature Nylon 66

Polyimide Polymethylpentene Polypropylene Polysulfone PVC PVOC Rigid PU SAN Copolymer UHMWPE ABS Acrylic Resin ASA CPVC CTFE ECTFE ETFE General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Nylon 11 Nylon 12 Nylon 6 Nylon 610 Nylon 612 Nylon 66 Polyester - PBT Polyimide Polymethylpentene Polyphenylene Sulfide Polypropylene Polysulfone PVC PVOC PVOF SAN Copolymer UHMWPE

7 8 9 8 3-9 8 8 8-9 8 9 8 8 8 8 7 0-6 0 7 0 2 7 8 8 5-8 8 8 8 8 8-9 8

Calcium Chloride Sulfate room terTiperature PVOC SAN Copolymer

8 9

elevated temperature PVOC SAN Copolymer

8 9

7

Calcium Dinitrate (5-100/0)

Calcium Chloride (31-400/0)

elevated temperature

room temperature Cellulose Acetate Cellulose Acetate Butyrate

9 9

Calcium Chloride (41-500/0)

elevated temperature 9 9 6

Acetal Resin

9 9

HOPE

8

Calcium Hydroxide (20-30%) elevated temperature

elevated temperature CPVC Polypropylene

8

Calcium Hydroxide

Calcium Chloride

room temperature

room temperature

ABS Acetal Resin Acrylic Resin Acrylonitrile Copolymer Amorphous Nylon Cellulose Acetate Butyrate CPVC ECTFE HOPE lonomer LOPE MOPE Nylon 6 Nylon 610 Polyester - PST Polyimide Polymethylpentene Polypropylene PVC PVOC SAN Copolymer

ABS ABS/Nylon Alloy Acetal Resin Acrylic Resin Amorphous Nylon ASA Cellulose Acetate CPVC CTFE ECTFE General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Nylon 11 Nylon 12 Nylon 6 Nylon 610 Nylon 612 Polyarylam ide Polycarbonate Polyester - PST

1 9 9

Calcium Hydroxide (5-100/0)

room temperature CPVC Polypropylene PPElNylon Alloy

Nylon 66 Polyphenylene Sulfide PPE

8-9 9 8 8 8 9 7 8 9 8 8-9 8 8-9

8 8 8 8 8 4-9 6 8 5 4-8 8

7 8 5 5 8 7 8-9 8 8 5-8 8 8 8 8 8

,

8 8-9 8 9 7-8

elevated temperature ABS Acrylic Resin

7 2

Note: Numbers refer to POL Resistance Ratings (0-9 scale with 9 as highest resistance.)

Section Two

© Plastics Design Library

957

Chemical Sort with POL Resistance Rating

CPvc ECTFE ETFE HOPE lonomer LOPE MOPE Polyimide Polymethylpentene Polypropylene pvc PVOC PVOF SAN Copolymer

8 8 8 8 5-8 8 8 1 8 8-9 8 9 8 7-8

Calcium Hypochloride room temperature General Purpose Polystyrene Impact Polystyrene

5 5

elevated temperature General Purpose Polystyrene

Calcium Hypochlorite

4

(~

5%)

elevated temperature Polysulfone

8

Calcium Hypochlorite (5-100/0) room temperature Cellulose Acetate Cellulose Acetate Butyrate

4 2

Calcium Hypochlorite (10-200/0) room temperature Polypropylene PVOC elevated temperature

9 7

~~16~oPYlene

7 7

Calcium Hypochlorite room temperature ABS Acetal Resin Acrylic Resin Amorphous Nylon ASA CPVC ECTFE General Purpose Polystyrene HOPE Impact Polystyrene LOPE MOPE Nylon 6 Nylon 610 Nylon 66 PES Polyester - PBT Polymethylpentene Polypropylene PVC PVOC SAN Copolymer elevated temperature ABS ASA ECTFE ETFE General Purpose Polystyrene HOPE Impact Polystyrene LOPE MOPE Polymethylpentene Polyphenylene Sulfide Polypropylene Polysulfone PVC pvoc PVOF SAN Copolymer

7-8 2 8 5 9 8-9 8 8-9 8 8-9 8 8 2 2 1-2 8 6 8 8 9 7 8-9 7 7-9 8 8 6-8 8 8 8 8 8 8 8 8 9 7 8 7-9

Calcium Nitrate (5-100/0) elevated temperature Polyam ideimide

9

Calcium Nitrate (41-500/0) room temperature HOPE

8

lonomer LOPE MOPE elevated temperature HOPE lonomer LOPE MOPE

8 8 8 8 8 8 8

Calcium Nitrate room temperature ABS Acrylic Resin Amorphous Nylon CPVC ECTFE Nylon 12 Nylon 612 PES Polycarbonate Polyimide Polymethylpentene Polypropylene pvc PVOC SAN Copolymer elevated temperature ABS Acrylic Resin CPVC ECTFE ETFE Nylon 12 Nylon 612 Polyimide Polymethylpentene Polyphenylene Sulfide Polypropylene PVC PVOC PVOF SAN Copolymer

9 8 6-7 8 8 8 8 8 8 7 8 8-9 8 7 9 9 8 8 8 8 8 8 7 8 8 8-9 8 7 8 9

Calcium Nitrite room temperature CPVC

9

Calcium Oxide room temperature ABS ASA ECTFE General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE PVC PVOC SAN Copolymer elevated temperature ASA ECTFE ETFE General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE PVC PVOC PVOF SAN Copolymer

8 9 8 8-9 8 8-9 8 8 8 8 7-8 8-9 9 8 8 8-9 8 9 8 8 8 8 7-8 8 8-9

Calcium Phosphate (41-500/0) room temperature Polypropylene

8 8

Calcium Propionate room temperature Polysulfone

4

Calcium Salicylate room temperature PVOC SAN Copolymer elevated temperature PVOC SAN Copolymer

8 9 8 9

Calcium Soap Grease room temperature Polypropylene

8

elevated temperature Polypropylene

5

Calcium Sulfate (20-30%) room temperature ABS SAN Copolymer

8 8

Calcium Sulfate room temperature ABS Acrylic Resin Cellulose Acetate Cellulose Acetate Butyrate CPVC ECTFE HOPE lonomer LOPE MOPE Polyimide Polymethylpentene Polypropylene pvc PVOC SAN Copolymer elevated temperature ABS Acrylic Resin CPVC ECTFE ETFE HOPE lonomer LOPE MOPE Polyimide Polymethylpentene Polyphenylene Sulfide Polypropylene PVC PVOC PVOF SAN Copolymer

9 8 9 9 8 8 8 8 8 8 7 8 8-9 8 7 9 7 8 8 8 8 8 8 B 8 7 8 8 8-9 8 7 8 9

Calcium Sulfide elevated temperature ETFE

8

Calcium Sulfite room temperature Polymethylpentene Polypropylene elevated temperature Polymethylpentene Polypropylene

8 9 8 9

Calgon 9

Calcium Phosphate room temperature Cellulose Acetate Cellulose Acetate Butyrate HOPE Polymethylpentene elevated temperature HOPE Polymethylpentene

Polyphenylene Sulfide PVOF

room temperature Polyester - PBT Polysulfone

(~ 50/0) room temperature Amorphous Nylon

9 8

Calgonit 0 4-6 7-8 8 8 8 8

5-7

Calgonit S (~ 50/0) room temperature Amorphous Nylon

5-7

Note: Numbers refer to POL Resistance Ratings (0-9 scale with 9 as highest resistance.)

© Plastics Design Library

Section Two

958 Chemical Sort with POL Resistance Rating

ETFE PVOF

Calomel Ointment room temperature ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer

9 9 8 9

elevated temperature ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer

7 8 8 7

Camomile Extract room temperature ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer

9 9 9 9

Camphor room temperature ABS Acetal Resin Amorphous Nylon ASA General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Nylon 12 Nylon 46 Nylon 6 Nylon 610 Nylon 66 Polypropylene PVC PVOC SAN Copolymer

5-7 8 8 7 5-8 2-8 8 2 2 2 8 8 8-9 8 8 5 8 7-9 5-7

elevated temperature ABS ASA General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE PVOC SAN Copolymer

ECTFE HOPE PVC PVOF

8 8 8 8 8 8 8

8 8 8 8 8

elevated temperature 0 2 0

room temperature Cellulose Acetate General Purpose Polystyrene Polysulfone PVC

1 8 8 8

elevated temperature General Purpose Polystyrene

6

Carbitol Acetate room temperature CTFE

Carbolic Acid

9

(~

5%)

Cellulose Acetate Cellulose Acetate Butyrate

0 0

Carbolic Acid (41-500/0) room temperature General Purpose Polystyrene Impact Polystyrene SAN Copolymer

5 4 2

elevated temperature 4

room temperature ASS Acrylic Resin General Purpose Polystyrene HOPE Impact Polystyrene Polycarbonate SAN Copolymer

2 2-3 2 8 2 2 2

elevated temperature 7

Carbolineum room temperature Acetal Resin HOPE Nylon 6 Nylon 610 Nylon 66

8 7 8 8 8

elevated temperature HOPE

4

8

2 0 2 0

lonomer

2

Carbon Bisulfide

elevated temperature lonomer

8

room temperature

Caprylic Acid

PVOC SAN Copolymer

room temperature 8

elevated temperature ECTFE

Carbitol

room temperature

elevated temperature

ECTFE

9 8-9 8 9 8 9

Carbon

Caprolactam (e-) Acetal Resin Nylon 6 Nylon 610 Nylon 66 Polyester - PBT

elevated temperature

HOPE

room temperature

Nylon 6 Nylon 610 Nylon 66

9 8-9 8 8-9 8 9

Carbolic Acid

Caprolactam (e-) (41-500/0) Acetal Resin Nylon 6 Nylon 610 Nylon 66 Polyester - PST

8

Carbon Dioxide

room temperature

ASA General Purpose Polystyrene HOPE Impact Polystyrene PVOC SAN Copolymer

8

room temperature Polycarbonate

Carbazole ASA General Purpose Polystyrene HOPE Impact Polystyrene PVOC SAN Copolymer

2 2

8 8

elevated temperature General Purpose Polystyrene

elevated temperature PVOC SAN Copolymer

Carbon Bisulfite

room temperature General Purpose Polystyrene Impact Polystyrene

General Purpose Polystyrene

room temperature pvc elevated temperature

Caraway Seed

room temperature 7 7 6 2-8 6 2 2 2 7 7

Cane Sugar ECTFE HOPE

8 8

3 2

2

room temperature ASS Acetal Resin Acrylic Resin ASA ECTFE General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Nylon 6 Nylon 610 Polyester - PBT Polyester - PET Polyimide Polymethylpentene Polypropylene PVC PVOC SAN Copolymer

7-8 8 6-8 9 8 9 8 9 8 8 8 8 8 8 1 7 8 8-9 8 8 8-9

elevated temperature ASS Acetal Resin Acrylic Resin ASA ECTFE ETFE General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Nylon 6 Nylon 610 Polyester - PBT Polyimide Polymethylpentene Polyphenylene Sulfide Polypropylene PVC PVOC PVOF SAN Copolymer

7 8 6 9 8 8 9 8 9 8 8 8 8 8 8 7 8 8 8-9 8 8 8 9

Carbon Disulfide (31-40%) room temperature Polypropylene

4

Carbon Disulfide room temperature ASS Acetal Resin Acrylic Resin Amorphous Nylon ASA Cellulose Acetate Cellulose Acetate Butyrate Cellulose Propionate CPVC CTFE ECTFE General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Nylon 11 Nylon 12 Nylon 46 Nylon 6 Nylon 610 Nylon 612 Nylon 66 PES Polycarbonate Polyimide Polypropylene

2 8 2-3 6 0 5-7

2 2 2 7-9 8 0 2-5 0 2 2

2 7 8 8 6-9 4 8 5-8 6-8

2 8 3-7

Note: Numbers refer to POL Resistance Ratings (0-9 scale with 9 as highest resistance.)

Section Two

© Plastics Design Library

959

Chemical Sort with POL Resistance Rating pvc PVOF SAN Copolymer

3 7-8 0-2

elevated temperature ABS Acrylic Resin ASA CPVC ETFE General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Nylon 11 Polyimide Polyphenylene Sulfide Polypropylene PVC SAN Copolymer

2 2 0 2 8 0 2 0 2 2 2 1 8 8 2-4 3 0

Carbon Monoxide room temperature ABS Acrylic Resin ECTFE HOPE lonomer LOPE MOPE Polyimide Polypropylene PVC PVOC SAN Copolymer

7 6-8 8 8 8 8 8 7 8-9 8 8 9

elevated temperature ABS Acetal Resin Acrylic Resin ECTFE ETFE HOPE lonomer LOPE MOPE Nylon 6 Nylon 610 Polyester - PBT Polyimide Polypropylene

pvc

PVOC PVOF SAN Copolymer

7 8 6 8 8 8 8 8 8 8 8 8 7 8-9 8 8 8 9

Carbon Tetrachloride (76-970/0) room terrlperature Acetal Resin

9

9 5-9 8 2 1-4 8-9 1 8 8 4 1-5 2-9 3 3-8 7 8-9 5 0 8 6

elevated temperature ABS Acetal Resin Acrylic Resin CPVC CTFE ECTFE ETFE EVOH FEP General Purpose Polystyrene HOPE lonomer LOPE MOPE Nylon 12 Nylon 6 Nylon 610 Nylon 612 Nylon 66 PFA Polyamideimide Polycarbonate Polyester - PBT Polyimide Polymethylpentene Polyphenylene Sul'fide Polypropylene Polysulfone PPE PVC PVOC PVOF SAN Copolymer TFE

2 5 2 2 1 8 5-8 1-9 3-5 3 2-3 2 2 2 8 8 8-9 8 5-9 3-7 9 0-5 4-5 8 4 1-9 1-5 1-2 0 3 3 5-8 2 3-5

Carbonated Beverages General Purpose Polystyrene Nylon 6 General Purpose Polystyrene

room temperature 0-5 6-8 0-9 7 6 8 3 2 2 4 3-9 8 1-9 8 2 2-5 2 2 2 2 1 6-8 8 6-9 6 8 4-8 9

5 6 4

Carbonated Water room temperature Nylon 11 Nylon 12 Nylon 612

8 8 8

elevated temperature Nylon 11

8

room temperature 8

room temperature 8 8 8 8 8 8 1 8 8-9 8

elevated temperature ECTFE

Cardamom room temperature ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer

9 6 6 9

elevated temperature ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer

7 5 5

7

Carene 500 room temperature PVC

2-9

elevated temperature PVC

2

Carnalite room temperature Nylon 6

9

Carpet Cleaners (=:;; 5%) elevated terrlperature PC/Polyester Alloy

9

Carpet Cleaners elevated temperature PC/Polyester Alloy

2-9

Carrot Juice room temperature ASA General Purpose Polystyrene HOPE Impact Polystyrene PVOC SAN Copolymer

9 8-9 8 8-9 8 8-9

elevated temperature General Purpose Polystyrene HOPE PVOC SAN Copolymer

6 8 8 8-9

room temperature Polyester - PET

9

Casein room temperature Acetal Resin Nylon 6 Nylon 610 Polyester - PBT

8 8 8 8

elevated temperature PVOF

8

Cassia Oil General Purpose Polystyrene Impact Polystyrene

8

2-3 2-3

elevated temperature General Purpose Polystyrene Impact Polystyrene

Carbonic Acid CPVC ECTFE HOPE lonomer LOPE MOPE PES Polymethylpentene Polypropylene PVC

8 8 8 8 8 8 8 8-9 8 8

room temperature

Carbonic Acid (5-10%) Nylon 66

ETFE HOPE lonomer LOPE MOPE Polymethylpentene Polyphenylene Sulfide Polypropylene PVC PVOF

Carrots

room temperature elevated temperature

Carbon Tetrachloride ABS Acetal Resin Acrylic Resin Acrylic/PVC Alloy Acrylonitrile Copolymer Amorphous Nylon Cellulose Acetate Cellulose Acetate Butyrate Cellulose Propionate CPVC CTFE ECTFE EVOH FEP General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Nylon 11 Nylon 12 Nylon 46 Nylon 6 Nylon 610 Nylon 612 Nylon 66 Nylon MX06

PEEK PES PFA Polyallomer Polycarbonate Polyester - PBT Polyester - PETG Polyetherim ide Polyimide Polymethylpentene Polypropylene Polysulfone PPE PVC PVOC Rigid PU SAN Copolymer Styrene Butadiene Copolymer TFE UHMWPE

3 3

Castor Oil room temperature ABS Acetal Resin ASA CPVC ECTFE General Purpose Polystyrene HOPE Impact Polystyrene lanomer LOPE

9 9 9 4-8 8 5-8 6-8 5-8 8 6

Note: Numbers refer to POL Resistance Ratings (0-9 scale with 9 as highest resistance.)

© Plastics Design Library

Section Two

960 Chemical Sort with POL Resistance Rating

MOPE Polycarbonate Polypropylene PVC PVOC SAN Copolymer elevated temperature ABS ASA CPVC ECTFE ETFE General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Polypropylene pvc PVOC PVOF SAN Copolymer

6 8 8-9 8 8 8-9 9 9 4 8 8 5-8 6-8 6-8 8 6 6 8 8 8 8 8-9

Catechol (S-10%) room temperature Nylon 12 Nylon 6

6 3

Catechol room temperature Nylon 6

3

Catsup room temperature ASS Cellulose Acetate Cellulose Acetate Butyrate General Purpose Polystyrene HOPE Impact Polystyrene Nylon 12 Nylon 612 PES Polycarbonate Polyester - PET Polysulfone PVOC SAN Copolymer elevated temperature ABS General Purpose Polystyrene HOPE Nylon 12 Nylon 612 PVOC SAN Copolymer

7-9 7 7 8 8 8-9 8 8 8 8 9 8 8 8-9 9 6 7-8 8 8 8 7-8

room temperature Cellulose Acetate Butyrate elevated temperature Cellulose Acetate

7

(~ room temperature Polycarbonate

2

7

S%)

Caustic Potash (S-10 0/0) room temperature Amorphous Nylon Nylon 12 Nylon 612 Polypropylene elevated temperature Nylon 12 Nylon 612 Polypropylene

8 8 8 9

8 8 9

Caustic Potash (20-30%) room teITlperature Nylon 12 Nylon 612 elevated temperature Nylon 12 Nylon 612

room temperature Nylon 6

Caustic Soda 9

Caustic Potash (41-S00k) room temperature Amorphous Nylon HOPE Nylon 12 Nylon 612 Polypropylene elevated temperature ETFE HOPE Nylon 12 Nylon 612 Polypropylene

8 8 8 8 9 8 8 8 8 9

Caustic Potash

8 8 8 8

room temperature HOPE lonomer elevated temperature HOPE lonomer

8 8 5-8 8

Cedar Leaf Oil room temperature HOPE PVOC SAN Copolymer elevated temperature HOPE PVOC SAN Copolymer

2 8 2 2 7 2

Cedar Wood Oil

room temperature Acrylic Resin CPVC ECTFE HOPE lonomer PVC elevated temperature CPVC ECTFE HOPE lonomer PVC

(~ 50/0) room temperature ABS Amorphous Nylon Polycarbonate

8 8 8 8 8 8 8 8 8 8 8

9 8 2

9 8 8 8 9

8 8

room temperature General Purpose Polystyrene Impact Polystyrene elevated temperature General Purpose Polystyrene

8 8 8

Cellophane

8 8

(~ S%) room temperature Acetal Resin

9

8 8

Cellosolve

9 8 8

Caustic Soda (41-S00/0) room temperature Amorphous Nylon ASA General Purpose Polystyrene Impact Polystyrene Nylon 12 Nylon 6 Nylon 612 Polypropylene SAN Copolymer elevated temperature ASA ETFE General Purpose Polystyrene Impact Polystyrene Nylon 12 Nylon 612 Polypropylene SAN Copolymer

room temperature SAN Copolymer elevated temperature SAN Copolymer

8

Caustic Soda (31-40%) room temperature ABS Nylon 12 Nylon 6

3 2 3 7 5-8

room temperature General Purpose Polystyrene Impact Polystyrene elevated temperature General Purpose Polystyrene

8 8 9

Caustic Soda (20-300/0) room temperature Nylon 12 Nylon 612 elevated temperature Nylon 12 Nylon 612

2-3 2 2-3 8 5-8

Celery Seed

Caustic Soda (5-100/0) room temperature ASS Amorphous Nylon Nylon 12 Nylon 612 Polypropylene elevated temperature Nylon 12 Nylon 612 Polypropylene

room temperature General Purpose Polystyrene HOPE Impact Polystyrene PVDC SAN Copolymer elevated terrlperature General Purpose Polystyrene HOPE Impact Polystyrene PVOC SAN Copolymer

Celery Salt

Caustic Soda

Caulking Compound

Caustic Potash

Caustic Potash (31-40%)

8 9 9 9

8 9

8 9 9 7 8

8 8 8 8 9 7

8 8

Cellosolve

room temperature ABS Acrylonitrile Copolymer Cellulose Acetate Cellulose Acetate Butyrate ECTFE lonomer PES Polyetherimide Polypropylene Polysulfone PVC SAN Copolymer elevated temperature ECTFE ETFE lonomer Nylon 66 Polyamideimide Polycarbonate Polyphenylene Sulfide Polypropylene Polysulfone PPE PVC

Cellosolve Acetate room temperature Acetal Resin

(~

2 6 1 0 8 6 1-8 8 8 8-9 8 2

8 8 2 6 9 5 7-8 8 0 1 3

SO/o) 9

Note: Numbers refer to POL Resistance Ratings (0-9 scale with 9 as highest resistance.)

Section Two

© Plastics Design Library

961 Chemical Sort with POL Resistance Rating Cellosolve Acetate room temperature ASS Acrylonitrile Copolymer Cellulose Acetate Cellulose Acetate Butyrate Cellulose Propionate CTFE ECTFE PVC PVOC SAN Copolymer elevated ternperature ASS PVOC SAN Copolymer

2 8 3 0 0 9 8 8 7 2 2 3 2

elevated temperature ASS ASA General Purpose Polystyrene HOPE Impact Polystyrene PVOC SAN Copolymer

Cheese room temperature Nylon 12 Nylon 612 Polyallomer elevated temperature Polyallomer

Cellulose Acetate

Cherries

room temperature General Purpose Polystyrene Impact Polystyrene

room temperature General Purpose Polystyrene Polyester - PET elevated temperature General Purpose Polystyrene HOPE

2 2

Cellulose Nitrate room temperature General Purpose Polystyrene

8

Cellulube 150 room temperature Polycarbonate

2

room temperature Acetal Resin Polycarbonate

8 8

Ceresin room temperature Acetal Resin Nylon 6 Nylon 610 Polyester - PST

room temperature General Purpose Polystyrene elevated temperature General Purpose Polystyrene

Cesium Bromide room temperature General Purpose Polystyrene Impact Polystyrene PVOC SAN Copolymer elevated temperature General Purpose Polystyrene pvoc SAN Copolymer

room temperature ASS General Purpose Polystyrene Impact Polystyrene SAN Copolymer elevated temperature General Purpose Polystyrene SAN Copolymer

8 8 7 9

8 7 9

Cetamoll13 4 8 8 4 4 8 8 4

3

8

Cetavlon (5-100/0) room temperature Acrylic Resin

8

Cetyl Alcohol room temperature ASS ASA General Purpose Polystyrene HOPE Impact Polystyrene Polypropylene PVOC SAN Copolymer

6 7

8

room temperature General Purpose Polystyrene Impact Polystyrene elevated temperature General Purpose Polystyrene

room temperature Polyester - PET

7 9 9 8 9 8-9 8 8-9

3-5 8 8

Chloramines (5-10%) 3-5

Chloramines (20-300/0) room temperature Amorphous Nylon

5

Chloramines room temperature ECTFE Nylon 6 Nylon 610 Polyester - PST PVC

8 2 2 2 8

Chlordane (10-200/0) room temperature Cellulose Acetate Cellulose Acetate Butyrate

8 8

room temperature Polycarbonate elevated temperature Polycarbonate

6

Chlordane

8 6

5 5

room temperature ASS General Purpose Polystyrene Impact Polystyrene SAN Copolymer

4-8 2

2 2 2 2

Chloric Acid (1 0-200~) 8 2 2 8 1 8

room temperature PVC elevated temperature PVC

8 8

Chloric Acid room temperature Nylon 66

4

Chloride 5 5 5

room temperature PVC elevated temperature pvc

9

Chlorinated Solvents

7

room temperature Acrylic Resin CPVC PVC elevated temperature CPvc

Chloral Hydrate 8 8 2 2 2 1 8 8 8 8 7 2 0 2 8

8 8

Chlorinated Hydrocarbons room temperature Acrylic Resin

Chloral

room temperature ECTFE HOPE lonomer Nylon 6 Nylon 610 Nylon 66 PVC PVOF elevated temperature ECTFE ETFE HOPE lonomer Nylon 6 Nylon 610 PVC

room temperature Amorphous Nylon HOPE elevated temperature HOPE

Chlordane (51-75%)

Chili Powder

room temperature PVOF

Cetavlon (::=; 50/0) room temperature Acrylic Resin

8 9

China Marker

Cetane room temperature Nylon 66

5

Chicken Gravy 8 8 8 8

Chicken Soup

room temperature ASA General Pu rpose Polystyrene Impact Polystyrene SAN Copolymer elevated temperature ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer

8 8 9

Cherry Syrup room temperature General Purpose Polystyrene SAN Copolymer elevated temperature General Purpose Polystyrene

Chloramines (::=; 50/0)

room temperature Amorphous Nylon

Cherry Juice room temperature Amorphous Nylon

Cement

7 9 9 8 9 7 8-9

2-3

3 2 3

2

Chlorine (::=; 50/0) room temperature Acrylic Resin HOPE lonomer LOPE MOPE Nylon 12 Nylon 6 elevated temperature HOPE lonomer LOPE MOPE PVOF

5 8 6 2-8 8 6 3 8 5 2-8 8 8

Note: Numbers refer to POL Resistance Ratings (O-g scale with 9 as highest resistance.)

© Plastics Design Library

Section Two

962 Chemical Sort with POL Resistance Rating

Chlorine (5-10%)

Chloro-4-phenylphenol (2-)

Ch lorobenzene (41-50%)

room temperature

room temperature

elevated temperature

ASS Nylon 12 Nylon 612 Nylon 66 PVOC SAN Copolymer

2-5 1 1 1 5-9 5

elevated temperature ASS Nylon 12 Nylon 612 PVOC SAN Copolymer

2-5 1 1 3-9 5

Chlorine 2 2 3-6 3 3-5 2-4 2-4 1-9 8 2-5 2-8 2-5 2 2-5 9 2-5 1 1 2 1-3 2 1 1-6 2 1-6 9 8 2 7 1 1-5 2 1-8 2 8 2-5

elevated temperature ASS Acrylic Resin ASA CTFE ECTFE ETFE FEP General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Nylon 11 Nylon 12 Nylon 612 PFA Polybenzim idazole Polyimide Polymethylpentene Polyphenylene Sulfide Polypropylene Polysulfone

pvc pvoc

PVOF SAN Copolymer

2 2-5 3 1 2-8 4-8 8 3 2-5 3 2 2 2 1 1 1 8-9 9 7

1 5 1-2 0 1-8 2 7-8 2-3

PVOC

7

Chloroacetic Acid (5-10%) room temperature Acetal Resin Nylon 12 Nylon 46 Nylon 6 Nylon 610 Nylon 66 Polyester - PBT

2 1 2 1-3 2 1-2 2

elevated temperature ETFE

8

Chloroacetic Acid (51-75%) elevated temperature PVOF

7

Chloroacetic Acid room terrlperature ABS Acrylic Resin ASA CPVC ECTFE General Purpose Polystyrene HOPE Impact Polystyrene LOPE Polyimide Polypropylene PVC PVOC PVOF SAN Copolymer

2 2 4 8 8 8 8 9 2 5 8 8 3 2 2-4

elevated temperature ASS Acrylic Resin ASA CPVC CTFE ECTFE General Purpose Polystyrene HOPE Impact Polystyrene LOPE Liquid Crystal Polymer Polyimide Polyphenylene Sulfide PVC PVOC PVOF SAN Copolymer

2 2 3 7 5 8 5 8 6 2 5 5 8 3-8 2 2 2-3

Chloroacetic Acid Ethyl Ester room temperature HOPE

8

elevated temperature HOPE

8

Ch loroacetic Acid Methyl Ester room temperature HOPE

8

elevated temperature 8

HOPE

Ch loroacetophenone room temperature elevated temperature 2

Polycarbonate

elevated temperature 8 8

room terrlperature ASS Acrylic Resin Amorphous Nylon ASA Cellulose Acetate Cellulose Acetate Butyrate CPVC ECTFE General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Nylon 12 Nylon 46 Nylon 6 Nylon 610 Nylon 612 Nylon 66 PES Polycarbonate Polyester - PBT Polyimide Polymethylpentene Polypropylene PVC PVOC SAN Copolymer

0-2 2 8 0-3 0 0 2 6-8 0-3 2-5 0-3 2 2 2 3-5 8 8-9 8 5 4-8 1 2 2-8 8 4 2-5 3 7 0-3

elevated temperature ASS Acetal Resin Acrylic Resin ASA CPVC CTFE ECTFE ETFE EVOH Fluorinated PE General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE Liquid Crystal Polymer MOPE Nylon 12 Nylon 6 Nylon 610 Nylon 612 Nylon 66 Polyamideimide Polycarbonate Polyester - PST Polyimide Polymethylpentene Polyoiefin/Nylon Alloy Polyphenylene Sulfide Polypropylene Polysulfone PPE PVC PVOC PVOF SAN Copolymer

0 8 2 0-3 2 1 2-8 8 1-9 8 0-3 1-3 0-3 2 2 9 2 1 8

8 1 4 9 0-2 2 8 4 8 8-9 2-4 0 0 3 7 5-8 0-3

Chlorobenzenesulfonic Acid 8

Chlorobenzyl Chloride room temperature 8

elevated temperature 2 8 8

8 7

ECTFE ETFE PVOF

8

Chlorobromoethane

elevated temperature PVOF

Chlorobenzene

ECTFE

Chloroacetyl Chloride PVC PVOF

5

PVOF 4-8

Polycarbonate

PVOF

elevated temperature

room temperature

Chlorine Dioxide ETFE PVOF

9

Chloroacetic Acid (41-500/0)

room temperature ABS Acetal Resin Acrylic Resin Amorphous Nylon ASA Cellulose Acetate Cellulose Acetate Butyrate CTFE ECTFE Genera.l Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE Liquid Crystal Polymer MOPE Nylon 11 Nylon 12 Nylon 46 Nylon 6 Nylon 610 Nylon 612 Nylon 66 PEEK PES Polybenzim idazole Polycarbonate Polyester - PST Polyimide Polymethylpentene Polypropylene Polysulfone PVC PVOC PVOF SAN Copolymer

PVOC

elevated temperature

room temperature Cellulose Acetate Cellulose Acetate Butyrate

0 0

Note: Numbers refer to POL Resistance Ratings (0-9 scale with 9 as highest resistance.)

Section Two

© Plastics Design Library

963

Chemical Sort with POL Resistance Rating

Chlorobromomethane room temperature Nylon 12 Nylon 6

6 6

Chlorobutane room temperature ABS

2

pvc pvoc

Chlorocarbonic Acid room temperature HOPE

8 5

Chlorodifluoroethane room temperature Acetal Resin Nylon 6 Nylon 610 Polyester - PBT

8 8 8 8

Chlorodifluoromethane room temperature Nylon 610 Polysulfone

8 4

Chloroethanol room temperature ABS HOPE

2 8

elevated temperature HOPE

7

Chloroethanol (2-) room temperature Nylon 6 Nylon 610

2 8

elevated temperature Nylon 6 Nylon 66 Polyamideimide Polycarbonate Polyphenylene Sulfide Polysulfone PPE

0 1 9 0 8-9 0 2

Chloroethyl Phosphate

(tri-~-)

room temperature HOPE

8

elevated temperature HOPE

Chloroform (5-10%

8

elevated temperature 8

Chloroform (10-200/0) 8

PVOF SAN Copolymer

Chlorohexanol (6-) elevated temperature PVOF

8

Chlorohydrin elevated temperature 8 8

ETFE PVOF

Chloromethane ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer

0 0 0 0

room temperature 2

ABS

Chloroform

Chloronitropropane

room temperature ABS Acetal Resin Acrylic Resin Acrylonitrile Copolymer Amorphous Nylon ASA Cellulose Acetate Cellulose Acetate Butyrate Cellulose Propionate CPVC ECTFE General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Nylon 12 Nylon 46 Nylon 6 Nylon 610 Nylon 612 Nylon 66

pvoc

2 2 0 2 1 8 6-8 1-9 0 1-3 0 2 2 2 1 1 2 9 9 0 2 8 1 1-7 1-2 0 0 3 2 7-8 0-2

Chloronaphthalene (a-)

room temperature PES

ABS Acrylic Resin ASA CPVC CTFE ECTFE ETFE EVOH General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Nylon 12 Nylon 612 Nylon 66 Polyamideimide Polybenzim idazole Polycarbonate Polyester - PBT Polyimide Polymethylpentene Polyphenylene Sulfide Polypropylene Polysulfone PPE PVC

room temperature

)

PVOF

Rigid PU SAN Copolymer

1-8 0-2 2-5 3 5-8 4 8 2-5 5 3 2 1 0-2

elevated temperature

elevated temperature HOPE

PES Polycarbonate Polyester - PBT Polyetherimide Polyimide Polymethylpentene Polyphenylene Sulfide Polypropylene PPE

0-2 4 2 2 2 0 0 0 2 2 4-8 0 2-4 0 2 2 4 3-5 2 3 2 2-5 2-8

9 9

elevated temperature 7

PVOC

Chlorophenol

(~

50/0) elevated temperature Nylon 66 Polycarbonate Polyphenylene Sulfide Polysulfone PPE

1 1 8-9 0 2

Chlorophenol room temperature Acrylic Resin

2-3

Chlorophenylphenol (4-)

3

Chloropicrin room temperature HOPE PVC

7 3

elevated temperature HOPE PVOF

3 8

Chloropropane room temperature ABS

2

Chloropropane (2-) room temperature CTFE

9

Chloropropionic Acid room temperature PVOC SAN Copolymer

5 2

elevated temperature PVOC SAN Copolymer

3 2

Chlorosulfonic Acid (5-100/0) room temperature Nylon 66 Polypropylene

1-2 1

elevated temperature Polypropylene

Chlorosulfonic Acid (51-75%) room temperature ECTFE

8

Chlorosulfonic Acid room temperature Acetal Resin Amorphous Nylon ASA CTFE ECTFE ETFE General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Nylon 12 Nylon 46 Nylon 6 Nylon 610 Nylon 612 PES Polyester - PBT Polyphenylene Sulfide Polypropylene PVC PVOC PVOF SAN Copolymer

2 1 3 9 8 8 3 2-3 3 2 2 2 1 2 2-3 2 1 1 2 2 1-4 8 2 2-7 3-5

ASA CTFE FEP General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Nylon 12 Nylon 612 PFA Polyphenylene Sulfide Polypropylene PVC PVOC SAN Copolymer

3 9 8 3 2 3 2 2 2 1 1 7-8 1 1-2 3 2 3

Chlorotoluene (p-)

room temperature PVOC

PVOC

elevated temperature

room temperature CTFE PVOC

elevated temperature

room temperature 7

CTFE

9

Note: Numbers refer to POL Resistance Ratings (0-9 scale with 9 as highest resistance.)

© Plastics Design Library

Section Two

964 Chemical Sort with POL Resistance Rating

Ch lorotrifluoroethylene room temperature 1-9

CTFE

Chlorotrimethylsilane elevated temperature PVOF

Polycarbonate Polyphenylene Sulfide Polypropylene Polysulfone PPE PVC

9 9 7-8 9 9 8-9 8

pvoc

8

Chloryl Hydrate

Chromic Acid {10-200/0}

3

Nylon 6

Chocolate room temperature 8 8

Acrylic Resin Polycarbonate

Chocolate Syrup room temperature Cellulose Acetate Cellulose Acetate Butyrate General Purpose Polystyrene Polypropylene SAN Copolymer

7 8 8 8 8

elevated temperature General Purpose Polystyrene

6

Chrome Alum room temperature 4-6 8 8 8 8 9 8

Amorphous Nylon ECTFE HOPE LOPE Polycarbonate Polypropylene PVC

elevated temperature 8 8 8 9 8 8

ECTFE HOPE LOPE Polypropylene PVC PVOF

ABS General Purpose Polystyrene HOPE LOPE Nylon 12 Nylon 612 Polycarbonate Polyetherimide Polysulfone PVC PVOC SAN Copolymer

room temperature 8 9

elevated temperature ECTFE HOPE Polyphenylene Sulfide

8 6-8 8

Chromic Acid {31-40%}

Chrome Anode Mud

room temperature

room temperature

Acrylic Resin Acrylonitrile Copolymer ECTFE PEEK Polyallomer Polyester - PETG

8

HOPE

elevated temperature 8

HOPE

Chrome Salts

HOPE

(~

5 8 8 8 6 8 7-8 3-8 8 5

pvc

9

PVOC SAN Copolymer

elevated temperature 2 8 8 8 1 3 2 1-3 4 1-2 6 7-8 8-9 9

elevated temperature ECTFE Nylon 11 Nylon 66 Polyamideimide

8

Polyester - PBT

8

Chromic Anhydride elevated temperature PVOF

7

elevated temperature

room temperature

pvc

Polyester - PBT

elevated temperature

ETFE

6 5 3-6 3-4 9

8 1 3 9

ABS ECTFE ETFE FEP HOPE LOPE Liquid Crystal Polymer PFA Polypropylene PVC PVOC PVOF SAN Copolymer

5 7-8 8 9 3-5 8 7-9 9 7-8 3 8 8 5

Chromic Chloride 8

Chromium Nitrate room temperature 8-9

CPVC

elevated temperature CPVC

8

Chromium Salts room temperature Nylon 12 Nylon 6 Nylon 612

8 8 8

elevated temperature Nylon 12 Nylon 612

8 8

Chromium Trioxide (41-S0%) room temperature 5-6 8

Amorphous Nylon HOPE

elevated temperature 3

HOPE

Chromium Trioxide

Chromic Acid (51-7SO/o)

room temperature

room temperature

Nylon 12 Nylon 612

Polysulfone

elevated temperature

elevated temperature Liquid Crystal Polymer

2 2 4 7 9 2 6 6 5 1 8 8 1 7 8 2-4

room temperature

room temperature

Chromic Acid {S-10O/o}

PVOC

8 8

ASS CPVC ECTFE HOPE lonomer LOPE Polypropylene

2 2-6 4 9 6 6 6 1 1 9 1 1 8 1-7 7 2-4 3

elevated temperature ABS Acrylic Resin ASA CPVC CTFE ETFE General Purpose Polystyrene Impact Polystyrene LOPE Polyimide Polymethylpentene Polyphenylene Sulfide Polypropylene PVDC PVOF SAN Copolymer

Chromic Acid (41-S0%)

elevated temperature

Acetal Resin Acrylic Resin ECTFE lonomer Nylon 11 Nylon 12 Nylon 46 Nylon 6 Nylon 610 Nylon 66 Polyester - PBT Polypropylene

ABS Acrylic Resin ASA CTFE General Purpose Polystyrene Impact Polystyrene LOPE Nylon 12 Nylon 6 PEK PES Polyimide Polymethylpentene Polypropylene PVOC SAN Copolymer Styrene Butadiene Copolymer

8

room temperature

Polypropylene

6-8

8

SOlo)

Nylon 12 Nylon 46 Nylon 6 Nylon 66 Polypropylene

UHMWPE

ECTFE PVOF

elevated temperature

Chromic Acid

elevated temperature

Chromic Acid Anhydride {S-10%} 2-9 2 8 7 9 6

elevated temperature

room temperature HOPE

7 6 5-8 8 1 1 4-8 7 1-8 8 7-8

Chromic Acid {20-30O/o} ECTFE HOPE

7-8 8

room temperature 7-8 8 8 8 1 1 8 8 1-9 3-9 8 7-8

elevated temperature ABS General Purpose Polystyrene HOPE LOPE Nylon 12 Nylon 612 Polycarbonate Polysulfone PVC PVDC SAN Copolymer

room temperature Polypropylene UHMWPE

Chromic Acid

room temperature

room temperature

Chromic Acid (76-97%)

5-8

Nylon 12 Nylon 612

Note: Numbers refer to POL Resistance Ratings (0-9 scale with 9 as highest resistance.)

Section Two

© Plastics Design Library

965 Chemical Sort with POL Resistance Rating

elevated temperature

Chromosulfuric Acid room temperature HDPE Nylon 12 Nylon 612

8 1 1

elevated temperature CTFE HOPE Nylon 12 Nylon 612

4 3 1 1

Chromyl Chloride room temperature Acetal Resin Nylon 6 Nylon 610

2 2 2

elevated temperature ETFE PVOF

8 8

Cider room temperature ASA General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Nylon 11 Polypropylene PVOC SAN Copolymer

9 9 6-8 9 8 6 6 8 8-9 8 9

elevated temperature HDPE lonomer LOPE MOPE Polypropylene PVDC PVDF SAN Copolymer

6-8 8 6 6 8-9 8 8 9

Cidex 7 9

Cineol room temperature ABS

2

Cinnamaldehyde room temperature ABS

2

Cinnamic Aldehyde

Citraconic Anhydride room temperature ABS

Citric Acid

2

(~

50/0) room temperature

Acrylic Resin CTFE Polycarbonate Styrene Butadiene Copolymer

elevated temperature Styrene Butadiene Copolymer

room temperature ABS Acetal Resin Acrylic Resin Acrylic/PVC Alloy Acrylonitrile Copolymer Amorphous Nylon Cellulose Acetate Cellulose Acetate Butyrate Cellulose Propionate CPVC General Purpose Polystyrene Impact Polystyrene LOPE Nylon 6 Nylon 610 Nylon 66 Polyallomer Polyester - PBT Polyester - PCTG Polyester - PETG Polypropylene PVDC SAN Copolymer SMA/PC Alloy ABS Acetal Resin Cellulose Acetate Cellulose Acetate Butyrate CPVC General Purpose Polystyrene Nylon 6 Nylon 610 Polyester - PBT Polypropylene PVDC SAN Copolymer

3 3 3 3

room temperature

General Purpose Polystyrene Nylon 6 Nylon 610 SAN Copolymer

8 7-9 8-9 8 8-9 3-8 8 7-9

elevated temperature

7 4 0 5 7-8 6 8 8 5-6 9 8 8-9

7-9 6-9 8 8-9 3 8 7-9

8 5 4-6 8 4 8 8 8

Citric Acid (20-300/0) 8

2 8 2

room temperature ASA Cellulose Acetate Cellulose Acetate Butyrate General Purpose Polystyrene HOPE Impact Polystyrene PVDC SAN Copolymer

3 8 2 2-3 5 2-3 8 2-3

elevated temperature ASA General Purpose Polystyrene HDPE Impact Polystyrene PVDC SAN Copolymer

3 3 2 3

7 2-3

room temperature

ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer

3 3 3 3

elevated temperature

room temperature

Citric Acid (41-500/0)

3 3 3 3

Citrus Juices 7

room temperature

3

Acetal Resin HDPE Nylon 6 Nylon 610

Citric Acid (51-75%) elevated temperature Cellulose Acetate Butyrate

9 8 7 9 8 8 6-8 8 8 6 6 1-5 5 5 7 8 8 8 8 8 8 7 8

Citronella

7 9

Citric Acid (31-400/0)

PVDF

9 8 9 8 9 6-8 9 8 6 6 8 8 4 3 8 8 8 8 7 8 8 8 8 9 9 8

elevated temperature ABS Acrylic Resin ASA Cellulose Propionate ECTFE General Purpose Polystyrene HDPE Impact Polystyrene lonomer LOPE MOPE Nylon 11 Nylon 12 Nylon 612 Polyimide Polymethylpentene Polyphenylene Sulfide Polypropylene PVC PVDC PVDF SAN Copolymer UHMWPE

0

elevated temperature

room temperature

room temperature ABS Acrylic Resin ASA ECTFE General Purpose Polystyrene HOPE Impact Polystyrene lonomer LDPE MDPE Nylon 11 Nylon 12 Nylon 46 Nylon 6 Nylon 612 Nylon 66 PES Polycarbonate Polyimide Polymethylpentene Polypropylene Polysulfone PVC PVDC SAN Copolymer UHMWPE

ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer

elevated temperature

Polyetherimide Polysulfone

Citric Acid

Citronellol

room temperature AmorpholJs Nylon Cellulose Acetate

Cinnamon Oil HOPE PVDC SAN Copolymer

7-9 8 8-9 8 5 8 6 7 9 8-9 8 8 7 4-6 6 3-4 9 8 5-6 6 9 8 8-9 8

room temperature ABS General Purpose Polystyrene Impact Polystyrene SAN Copolymer

elevated temperature

ASA General Purpose Polystyrene HDPE Impact Polystyrene Polycarbonate PVDC SAN Copolymer

7

Citric Acid (5-10%)

Cinnamon Acrylic Resin ASA Genera.! Purpose Polystyrene HDPE Impact Polystyrene Polycarbonate PVDC SAN Copolymer

9 9 8 6

Citric Acid (10-200/0)

room ternperature ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer

2 7 2

elevated temperature

room temperature Polyetherimide

HOPE PVOC SAN Copolymer

8 8 8 8

Note: Numbers refer to POL Resistance Ratings (0-9 scale with 9 as highest resistance.)

© Plastics Design Library

Section Two

966 Chemical Sort with POL Resistance Rating

elevated temperature HOPE

elevated temperature 8

Citrus Oils room temperature Acetal Resin Nylon 6 Nylon 610 Polyester - PBT

8 8 8 8

Cleaners room temperature Cellulose Acetate Butyrate Polycarbonate

4

Clophen A50 room temperature HOPE

HOPE

8 8 8 8 8

Acetal Resin Nylon 6 Nylon 610

5 5

ABS Acrylic Resin Acrylic/PVC Alloy General Purpose Polystyrene Impact Polystyrene Nylon 12 Nylon 6 Nylon 612 Polycarbonate Polyester - PET SAN Copolymer

8 4

4-9 8 3 9 4-6 6-9 2 6 2-6 6-8 9

8 8 7 8-9 7-9 6-8

elevated temperature ABS Acrylic/PVC Alloy ETFE General Purpose Polystyrene HOPE Nylon 610 Nylon 66 Polycarbonate Polypropylene Polysulfone PPE SAN Copolymer

3 7 8 5 6-9 2 1 6-7 5-8 8 8-9 8

8 4 8

Coca Cola room temperature 8-9 8 8 8 8 8 8 8 7 9 8

HOPE lonomer LOPE MOPE PVC

7 6 8 3-7

Cod Liver Oil room temperature

elevated temperature Acrylic/PVC Alloy General Purpose Polystyrene HOPE Polycarbonate

Coca Cola Syrup room temperature Cellulose Acetate Cellulose Acetate Butyrate HOPE lonomer LDPE MOPE Polycarbonate

7 5 6-8 8 6-8 6 4-8

elevated temperature HOPE lonomer LOPE MOPE Polycarbonate

Cocoa room temperature 8 8 8 8 7 9

2-3 3 0 2-8 8 2-3 8 8 2-8 5 8 2-5

HOPE Nylon 12 Nylon 612 Polycarbonate

8

8 8 7

Cocoa Butter room temperature ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer

7 5-8 8 7

elevated temperature ASA General Purpose Polystyrene

9 9 8 4-9 5 8 8 8

7 8 8-9

6-8 5 6 6 8

elevated temperature HOPE lonomer LOPE MOPE PVC

5-8 4 6 6 8

ASS Acrylic Resin ASA General Purpose Polystyrene HOPE Impact Polystyrene Nylon 12 Nylon 612 Polycarbonate Polypropylene PVOC SAN Copolymer

8-9 8 9 5-8 8 5-9 8 8 8 8 8 8-9

elevated temperature 6-8 8 6 6 4-8

Amorphous Nylon Nylon 12 Nylon 6 Nylon 612 Polycarbonate Polyester - PET

9 9 8 5-9 8 5-9 8 8-9 8 8 8 8-9

Coconut Oil Alcohols room temperature

elevated temperature

Cloves room temperature Acrylic Resin ASA Cellulose Acetate General Purpose Polystyrene HOPE Impact Polystyrene Nylon 12 Nylon 612 Polycarbonate Polypropylene PVOC SAN Copolymer

4

Cobalt Salts (10-20%) room temperature

Clorox room temperature ABS Acrylic/PVC Alloy Cellulose Acetate Cellulose Acetate Butyrate General Purpose Polystyrene HOPE Nylon 6 Nylon 610 Nylon 66 Polycarbonate Polyester - PBT Polyetherim ide Polypropylene Polysulfone PPE PVC SAN Copolymer

elevated temperature

elevated temperature

elevated temperature

ABS ASA ECTFE General Purpose Polystyrene HOPE Impact Polystyrene Nylon 12 Nylon 6 Nylon 612 Polypropylene PVOC SAN Copolymer ABS ASA ECTFE General Purpose Polystyrene HOPE Impact Polystyrene Nylon 12 Nylon 612 PVOC PVOF SAN Copolymer

7

8 7

Coconut Oil room temperature

Coal Tar

HDPE

Clophen A60 room temperature HOPE

8 5 8

Impact Polystyrene SAN Copolymer

room temperature

4

elevated temperature Nylon 6 Nylon 66

ETFE Nylon 11 PVOF

HOPE

Clophen A60 (41-500/0) room temperature Acetal Resin Nylon 6 Nylon 610 Nylon 66 Polyester - PBT

8

elevated temperature

8

elevated temperature HOPE

3 3-6 8 3 2 7-8 2-3

Coal Gas room ternperature Nylon 11

8 8

elevated temperature Polycarbonate

ASA General Purpose Polystyrene HOPE Impact Polystyrene Polycarbonate PVOC SAN Copolymer

7 5-8

ABS ASA General Purpose Polystyrene HOPE Impact Polystyrene PVOC SAN Copolymer

9 9 4-8 5-8 9 8 8-9

Coffee (5-100/0) room temperature SMA Copolymer SMA/PC Alloy

8 8

elevated temperature SMA/PC Alloy

8

Coffee room temperature ABS Acrylic Resin Acrylic/PVC Alloy Amorphous Nylon ASA Cellulose Acetate Cellulose Acetate Butyrate General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE

8-9 5-6 7 8 9 6-9 6-9 5-9 8 4-8 8 8 8

Note: Numbers refer to POL Resistance Ratings (0-9 scale with 9 as highest resistance.)

Section Two

© Plastics Design Library

967 Chemical Sort with POL Resistance Rating Nylon 12 Nylon 6 Nylon 612 Polyallomer Polycarbonate Polyester - PET PVOC SAN Copolymer SMA/PC Alloy

8 8 8 8-9 7 9 8 8-9 8

elevated temperature ABS Acrylic/PVC Alloy ASA General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Nylon 12 Nylon 612 Polyallomer Polycarbonate PVOC SAN Copolymer SMA/PC Alloy

9 7 7 5-8 8 6-8 8 8 8 8 8 5 7 8 7-9 8

Cognac

8 3

Cold Cream room temperature

room temperature Polysulfone

9 9

(~

room temperature

8

room temperature Acetal Resin Nylon 6 Nylon 610 Polyester - PBT

0

4-8

Copper Chloride

Copper Fluoride

5%)

Acetal Resin

room temperature 8-9 8

room temperature Nylon 66

room temperature

Copper Chloride 8 8 8 8

Contact Cleaners room temperature PPE

Contact Oil room temperature 8-9

room temperature 4-9

2

ABS Acrylic Resin Amorphous Nylon CPVC ECTFE HOPE LOPE MOPE Polycarbonate Polyimide Polymethylpentene Polypropylene PVOC SAN Copolymer

HOPE lonomer LOPE MOPE

8 8 8 8 8 8 8 8

room temperature ECTFE HOPE Polymethylpentene Polypropylene PVC

8 8 8 8-9 8

elevated temperature ECTFE ETFE HOPE Polymethylpentene Polypropylene PVC PVOF

8 8 8 8 8-9 8 8

Copper Fluoroborate room temperature

room temperature

pvc

Cooking Oils

9

Copper Chloride (5-100/0)

Concrete

HOPE lonomer LOPE MOPE

8 8 8 8 8 8 8 8

(~

50/0)

elevated temperature

room temperature

ECTFE lonomer PVC PVOF

(~

8

Copper Carbonate CPVC ECTFE lonomer

8 8 8 8 8 8 8 9 8 7 8 9

room temperature 8

PVOF

8 8 8 8 8 8 8-9 8 7 9

ECTFE ETFE HOPE lonomer LOPE MOPE Polymethylpentene Polypropylene PVC PVOC PVOF SAN Copolymer

Copper Fluoride

room temperature

room temperature

Compressor Oil

ABS

8 6 6 6

elevated temperature

room temperature

Amorphous Nylon

1-2

pvc

Compressed Air Fluid

Acetal Resin Nylon 6 Nylon 610 Polyester - PBT

4-6

Nylon 6

ECTFE HOPE lonomer LOPE MOPE Polymethylpentene Polypropylene PVC PVOC SAN Copolymer

elevated temperature

5%)

elevated temperature 8 5 8

room temperature

Amorphous Nylon Polycarbonate

Coolanol35

Copper Acetate

Cologne

Amorphous Nylon

9

Acetal Resin

elevated temperature

Cellulose Acetate Butyrate

Polysulfone

7

room temperature

SAN Copolymer

elevated temperature

Copper (II) Salt (10-200/0)

Colloidal Sulfur ABS General Purpose Polystyrene SAN Copolymer

9

8

elevated temperature Acrylic/PVC Alloy

Polysulfone

elevated temperature 8 3

9 8 8 8 8 8 8 7 8 8 8-9 8 7-9 8 9

room temperature

room temperature

Cooling Fluids

elevated temperature ABS Acrylic Resin ECTFE ETFE HOPE LOPE MOPE Polyimide Polymethylpentene Polyphenylene Sulfide Polypropylene PVC PVOC PVOF SAN Copolymer

Copper Cyanide

Coolanol25

Amorphous Nylon

elevated terrlperature

Acrylic/PVC Alloy

8 1 9 3-9 9 9 9

Cooling Fluids

room temperature

ECTFE PVC

elevated temperature Acrylic/PVC Alloy Nylon 66 PES Polycarbonate Polyphenylene Sulfide Polysulfone PPE

Polysulfone 8 9 8

Coke Oven Gas ECTFE PVC

8 8 7 5 8 8 3-8 8

elevated temperature

room temperature HOPE Nylon 6 Polycarbonate

Acrylic Resin Acrylic/PVC Alloy Cellulose Acetate Butyrate General Purpose Polystyrene LOPE PES Polycarbonate SAN Copolymer

9 8 8 8 8 8 8 8 8 7 8 8-9 8 7-9 9

pvoc

SAN Copolymer

7 9

elevated temperature PVOC SAN Copolymer

7 9

Copper Hypochlorite room temperature PVC

8

elevated temperature PVC

8

Copper Nitrate (20-300/0) room temperature HOPE

8

Note: Numbers refer to POL Resistance Ratings (0-9 scale with 9 as highest resistance.)

© Plastics Design Library

Section Two

968 Chemical Sort with POL Resistance Rating

elevated temperature HOPE

8

Copper Nitrate

Polycarbonate Polyimide Polymethylpentene Polypropylene

8 7 8 8-9 8 7-9 8-9

pvc

room temperature 9 8 8 8 8 8 8 8-9 8 7 9

ABS ECTFE HOPE lonomer LOPE MOPE Polymethylpentene Polypropylene PVC PVOC SAN Copolymer

elevated temperature ABS ECTFE ETFE HOPE lonomer LOPE MOPE Polymethylpentene Polyphenylene Sulfide Polypropylene

9 8 8 8 8 8 8 8 8 8-9 8 7 8 9

pvc

PVOC PVOF SAN Copolymer

PVOC SAN Copolymer

elevated temperature ABS Acrylic Resin ASA CPVC ECTFE ETFE General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Nylon 11 Polyimide Polymethylpentene Polyphenylene Sulfide Polypropylene PVC PVOC PVOF SAN Copolymer

Coppper Chloride room temperature

Copper Oxide

lonomer

room temperature

elevated temperature

ABS General Purpose Polystyrene Impact Polystyrene SAN Copolymer

lonomer

8 8 8 8

elevated temperature

Copper Salts (5-10 %

8 8

8

Coppper Cyanide

room temperature

8

elevated temperature 8

room temperature 8 8

General Purpose Polystyrene Impact Polystyrene

8 8

elevated temperature

Copper Salts

General Purpose Polystyrene

room temperature HOPE Nylon 6 Nylon 610

8 4 6

elevated temperature 8

HOPE

(~

5°k)

room temperature Polyester - PET

9

elevated temperature Nylon 6

6

Copper Sulfate (5-10 0/0) room temperature Cellulose Acetate Butyrate Nylon 46 Nylon 66 Polypropylene

7 8 4 9

Copper Su Ifate room temperature ABS Acrylic Resin Amorphous Nylon ASA Cellulose Acetate Butyrate CPVC ECTFE General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Nylon 11 Nylon 6 Nylon 66 PES

8-9 8 8 9 7 8-9 8 5-8 8 5-9 8 8 8 8 9 8 8

8

Corn Oil room temperature ABS ABS/Nylon Alloy Acrylic Resin Acrylic/PVC Alloy CPVC General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Nylon 12 Nylon 6 Nylon 610 Nylon 612 Nylon 66 Polycarbonate Polyester - PBT Polymethylpentene Polypropylene Polysulfone PPE PVC PVOC SAN Copolymer SMA Copolymer

4-9 9 8 8 4 5-8 7-9 5-8 8 7 7 8 9 9 8 3-7 3-9 8-9 8 8-9 1-9 1-8 9 8 8-9 3-8

elevated temperature ABS Acrylic/PVC Alloy CPVC General Purpose Polystyrene HOPE lonomer LOPE MOPE Nylon 12 Nylon 612 Polycarbonate

Corn Syrup room temperature ABS ECTFE HOPE lonomer PVC

9 8 8 8 8

elevated temperature ECTFE HOPE lonomer PVC PVOF

8 8 8 8 8

Corrosion Inhibitor elevated temperature Polybenzim idazole

9

Cottage Cheese room temperature ABS Impact Polystyrene

9 4

Cottonseed Oil (41-500/0) room temperature ABS

3

room temperature

room temperature Polypropylene

8 8 4-8 3-8 8 8 8-9

Cottonseed Oil

Coriander

)

Nylon 12 Nylon 6

Copper Sulfate

8

Polypropylene

General Purpose Polystyrene SAN Copolymer

9 8 9 8 8 8 5-8 8 9 8 8 8 8 7 8 8 8-9 8 7 8 9

Polymethylpentene Polypropylene Polysulfone PPE PVOC PVOF SAN Copolymer

ABS ABS/PU Alloy Acrylic Resin ASA ECTFE General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE PC/ASS Alloy PC/Polyester Alloy Polyallomer Polyester - PCTG Polyester - PET Polyester - PETG Polypropylene Polysulfone PVC PVOC Rigid PU SAN Copolymer Styrene Butadiene Copolymer

8-9 8 8-9 9 8 5-9 6-8 5-9 6 6 6 9 9 9 5 9 6 8-9 1-8 8 8 9 2-9 4

elevated temperature ASS ASA ECTFE General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Polyphenylene Sulfide Polypropylene PVC PVOC PVOF SAN Copolymer

9 9 8 4-9 6-8 9 6 6 6 8 8-9 8 8 8 8-9

Coumarin 9 7 4 5 5-8 8 7 7 8 8 3-7

room temperature 8 8 8 8

Acetal Resin Nylon 6 Nylon 610 Polyester - PBT

Coumarone Resins room temperature HOPE

8

Note: Numbers refer to POL Resistance Ratings (0-9 scale with 9 as highest resistance.)

Section Two

© Plastics Design Library

969 Chemical Sort with POL Resistance Rating

elevated temperature HOPE

8

Cranberry Sauce room terrlperature HOPE Polyester - PET PVOC SAN Copolymer elevated temperature HOPE PVOC SAN Copolymer

8 9 8 9 8 8 9

Crayon room temperature Polyester - PET

9

Cream room temperature Nylon 12 Nylon 612

8 8

5 5

2

Creosote room temperature Cellulose Acetate Cellulose Acetate Butyrate HOPE Nylon 66 PES elevated temperature HOPE

(~ 50/0) room temperature Nylon 12 Nylon 612 elevated temperature Nylon 12 Nylon 612

6 2 8 8 8 7

Cresol

5 5

Cresol room temperature ABS Acrylic Resin Acrylonitrile Copolymer CPvc CTFE ECTFE General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE Nylon 12 Nylon 46 Nylon 6 Nylon 610 Nylon 612 Nylon 66 PES Polycarbonate Polyester - PBT Polypropylene PVC PVOC SAN Copolymer elevated temperature ABS CPVC CTFE ECTFE ETFE HOPE lonomer LOPE Nylon 12

Cresol (m-) room temperature ABS Acrylic Resin Nylon 66 Nylon MX06 elevated temperature EVOH Nylon 66 Polycarbonate Polyimide Polyphenylene Sulfide Polysulfone PPE

2 2 0 0 1-9 0 0 4 8-9 0 0

elevated temperature ETFE PFA

9 9

Cresol (p-) 5

Creme Fish Lure room temperature ABS

1 2 8 3 5 7-8 2

Cresol (0-)

Cream of Tartar room temperature General Purpose Polystyrene Impact Polystyrene elevated temperature General Purpose Polystyrene

Nylon 612 Polyester - PBT Polypropylene pvc PVOC PVOF SAN Copolymer

2 2-3 2 2 9 8 5 8 4 2 8 1-8 0 0-3 0 1-8 1-4 1 0-2 0-2 7-8 3 5 2 2 2 5 2-8 8 4-7 2 8 1

room temperature ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer elevated temperature ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer

5 6 6 5 3 5 5 3

Cresotinic Acid (0-) room temperature PVOC SAN Copolymer elevated temperature PVOC SAN Copolymer

8 9 8 9

Cresyldiphenyl Phosphate elevated temperature Nylon 66 Polyamideimide Polycarbonate Polyphenylene Sulfide Polysulfone PPE

7 9 3 8-9 2 1

8 8 8 2-8 8 3-8

Cresylic Acid room temperature Nylon 66 elevated temperature ETFE PVOF

8 8

8 8 5 5 8 8

Crop Protection Agent room temperature HOPE

room temperature Amorphous Nylon ECTFE HOPE PVC elevated temperature ECTFE ETFE HOPE PVC PVOF

3 8 8 3 2 8 5 3 7-8

Crude Oils room temperature Acetal Resin Amorphous Nylon Cellulose Acetate Cellulose Acetate Butyrate Cellulose Propionate CPVC ECTFE lonomer Nylon 11 Nylon 6 Nylon 610 PES Polyamideim ide Polyarylsulfone Polyester - PBT Polyimide Polyphenylene Sulfide Polysulfone PVC elevated temperature CPVC ECTFE ETFE lonomer Nylon 11 PES Polyam ideim ide PolyarylsuIfone Polyester - PBT Polyimide Polyphenylene Sulfide Polysulfone pvc PVOF

8 9 5 4 9 8 8 6-8 8 8 8 9 9 9 8 8-9 9 7-8 8-9 8 8 8 5-8 6 1-9 2-9 1-9 1-3 3-8 4-8 1-9 3-9 7-8

Cryolite elevated temperature PVOF

8

room temperature ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer elevated temperature ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer

9 8-9 8-9 9 9 8-9 9 9

Cumylphenol (p-)

Crisco room temperature ABS Acrylic Resin General Purpose Polystyrene Impact Polystyrene SAN Copolymer elevated temperature SAN Copolymer

8

Crotonaldehyde

Cumin

Cresylic Acid (41-500/0) room temperature ECTFE LOPE PVC elevated temperature ECTFE LOPE PVC

elevated temperature HOPE

8

room temperature pvoc SAN Copolymer elevated temperature PVOC SAN Copolymer

5 2 5 2

Cupric Chloride (5-100/0) room temperature Nylon 66

6

Cupric Chloride (20-300/0) room temperature ABS ECTFE SAN Copolymer elevated temperature ECTFE

8 8 8 8

Note: Numbers refer to POL Resistance Ratings (0-9 scale with 9 as highest resistance.)

© Plastics Design Library

Section Two

970 Chemical Sort with POL Resistance Rating

CTFE Polysulfone

9 8-9

Cupric Fluoride 8 8 8 8

elevated temperature ECTFE lonomer PVC

8 8 8

Cupric Sulfate (5-100/0) room temperature Cellulose Acetate Nylon 66

5 6

8 8

Cupric Sulfate 5 8 8 8 8

elevated temperature 8 9 8 8 8

Cuprous Chloride 5 7 8 8 8 8 8 8 8-9 8

elevated temperature ECTFE HOPE lonomer LOPE Polymethylpentene Polypropylene PVC PVOF

8 8 8 8 8 8-9 8 8

Cuprous Oxide room temperature ABS General Purpose Polystyrene HOPE Impact Polystyrene PVOC SAN Copolymer

8-9 8 8 8 8 8-9

elevated temperature ABS General Purpose Polystyrene HOPE PVOC SAN Copolymer

9 8

8 8 8-9

Currant Juice room temperature Amorphous Nylon

8

Curry Powder room temperature ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer

room temperature 8 9 4-8

elevated temperature Acetal Resin ECTFE PC/Polyester Alloy Polycarbonate

9 8 9 4-8

PVOC SAN Copolymer

8 9

elevated temperature 8 7

Cyanoacrylate room temperature ABS

2

Cyclanone room temperature HOPE PVC

8 8

elevated temperature HOPE PVC

8 8

Cyclohexane

room temperature Cellulose Acetate Cellulose Acetate Butyrate ECTFE HOPE lonomer LOPE Polycarbonate Polymethylpentene Polypropylene PVC

Cutting Fluids ECTFE PC/Polyester Alloy Polycarbonate

9 9 9 9

room temperature ABS Acrylic Resin Amorphous Nylon ASA CPVC ECTFE General Purpose Polystyrene HOPE Impact Polystyrene Nylon 11 Nylon 12 Nylon 46 Nylon 6 Nylon 612 Nylon 66 PES Polycarbonate Polyester - PETG Polyetherimide Polypropylene Polysulfone PVC PVOC SAN Copolymer UHMWPE

2-9 2-8 6-7 7 2 8

3 2-8

3 8 8 8 8-9 8 7-8 8-9 8 0 8 5-8 1-9

3 9 2-8 8

elevated ternperature 2

ABS ASA CPVC ECTFE

5 2 8

ETFE

8

EVOH General Purpose Polystyrene HOPE Impact Polystyrene Nylon 11 Nylon 12 Nylon 612 Nylon 66 Polyam ideimide Polycarbonate Polyphenylene Sulfide Polypropylene Polysulfone PPE

7 7·8 2-5 8

room temperature 9

PVOC SAN Copolymer

room temperature

CPVC CTFE ECTFE lonomer PVC

ABS

3

PVOC PVOF SAN Copolymer UHMWPE

Cyclohexanone

5%)

room temperature

room temperature

room temperature

Cellulose Acetate CPVC ECTFE lonomer PVC

(~

9 9 9 9

Cyanoacetic Acid

Cupric Sulfate (20-30%) ABS SAN Copolymer

ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer

Cutting Fluids

room temperature CPVC ECTFE lonomer PVC

pvc

elevated temperature

Cupric Chloride elevated temperature

1-9

3 2-8

3 5

ABS Acetal Resin Acrylic Resin Acrylonitrile Copolymer Amorphous Nylon ASA Cellulose Acetate Cellulose Acetate Butyrate CPVC CTFE ECTFE EVOH General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE Nylon 11 Nylon 12 Nylon 46 Nylon 6 Nylon 610 Nylon 612 Nylon 66 PC/Polyester Alloy PES Polycarbonate Polyester - PCT Polyester - PCTG Polyester - PET Polyester - PETG Polypropylene PVC PVOC PVOF Rigid PU SAN Copolymer

6 2 8 8 8 8 8 8 6-8 0-1 1-8 2 9 0-4 4-9 0 5-9 3 2 8 3 0-2

elevated temperature ABS ASA CPVC CTFE ECTFE ETFE EVOH Fluorinated PE General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE Nylon 11 Nylon 12 Nylon 612 Nylon 66 PFA Polyamideimide Polycarbonate Polyketone Polyolefin/Nylon Alloy Polyphenylene Sulfide Polypropylene Polysulfone PPE PVC PVOC SAN Copolymer

0 0 2 1 2 8 1-9 9

3 2-8

3 2 2 1 8 8 7 9 9 0 8-9 9 8-9 2-5 0 0

3 2 0-1

Cyclohexene room ternperature 2 2

Acrylic Resin Polycarbonate

Cyclohexyl Acetate

8 8 1 9

elevated temperature

5

Cyclohexyl Alcohol

8-9 5 9 0

0-2 8 2 7 8 0 0 0 2 7-9 8 9 2-3 2-8 2-3

7-8

PVOF

room temperature ABS Acetal Resin Acrylic Resin

8 8 2

Note: Numbers refer to POL Resistance Ratings (0-9 scale with 9 as highest resistance.)

Section Two

© Plastics Design Library

971 Chemical Sort with POL Resistance Rating Amorphous Nylon ASA CPVC ECTFE EVOH General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE Nylon 12 Nylon 46 Nylon 6 Nylon 610 Nylon 612 Nylon 66 PES Polycarbonate Polymethylpentene Polypropylene PVC PVOC SAN Copolymer

8 7 2 8 9 6-8 8 6-9 6 6 8 8 6-8 5 8 6 8 5 8 8-9 3 8 7-8 5 2 2-8 8 1-9 5-6 6-8 5 5 6 8 8 6 9 4 6 7-9 4-7 9 1 3 8 7-8 5-6

room temperature 8

Cyclohexylamine room temperature ASS

2

Cyclopropane room temperature PES

8

Cylcohexanol UHMWPE

8

elevated temperature UHMWPE

8

Cylcohexanone room temperature Polymethylpentene

6

elevated temperature Polymethylpentene

4

Cymene (p-) ABS

room temperature

PVOC PVOC

room temperature Acetal Resin Nylon 6 Nylon 610 Polyester - PBT

3 9 2-3 8 2-3 8 3 3-8

ASA ETFE General Purpose Polystyrene HOPE Impact Polystyrene PVC SAN Copolymer

3 8 3 8 3 3 3-6

Decahydronaphthalene 8 8 8 9 8 8 8

elevated temperature HOPE Nylon 12 Nylon 612 SAN Copolymer

5 5 5 8

Decalin ASS Acetal Resin Acrylic Resin HOPE Nylon 11 Nylon 12 Nylon 46 Nylon 6 Nylon 610 Nylon 66 Polyester - PBT Polymethylpentene Polypropylene PVOC ABS ETFE HOPE Nylon 11 Polymethylpentene Polyphenylene Sulfide Polypropylene PVOC PVOF

2 8 2 8 8 8 8 6-8 7 8 6 4 2-5 5 2 8 2-5 5-8 4 8 2-5 5 7

Decane

2

ETFE PVOF

Decongestant elevated temperature 9 9 9 8 8 9

Cellulose Acetate Butyrate Cellulose Propionate

9

6 8 6

I)

Degreasing Cleaners room temperature ABS ABS/Nylon Alloy PES Polysulfone

Dehydroacetic Acid

9 9 8 4-9

(~

5%)

room temperature 8 8-9

elevated temperature PVOC SAN Copolymer

8 3-6

Dehydroacetic Acid (20-30%) room temperature SAN Copolymer

8

elevated temperature SAN Copolymer

6

Dehydroacetic Acid room temperature ASA General Purpose Polystyrene Impact Polystyrene PVOC SAN Copolymer

9 9 8 8 9

elevated temperature ASA General Purpose Polystyrene Impact Polystyrene PVOC SAN Copolymer

7 8 6 8 7

Deicing Fluid room temperature Polyimide

6-9

Dekalin room temperature ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer

4 0 0 7

elevated temperature ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer

4 0 0 7

room temperature ABS

4-7

elevated temperature HOPE 2 3

room temperature ABS

elevated temperature Nylon 6 Nylon 610 Polyester - PBT

Deodorants 8 8

Decyl Alcohol

elevated temperature

2 8 8 8

PVOC SAN Copolymer

room temperature Amorphous Nylon HOPE Nylon 12 Nylon 6 Nylon 612 Polycarbonate SAN Copolymer

7

Defurring Solution (5-100/0)

room temperature

Dairy Products

ASA

7

DDT ASA Cellulose Acetate General Purpose Polystyrene HOPE Impact Polystyrene Polycarbonate PVC SAN Copolymer

8

elevated temperature HOPE

elevated temperature

room temperature ASA General Purpose Polystyrene Impact Polystyrene Nylon 12 Nylon 612 SAN Copolymer

7

9

Defoamer HOPE

elevated temperature

room temperature

PES

room temperature

elevated temperature

room temperature

Deep Frying Oil elevated temperature

DDT (51-750/0)

room temperature

Cyclohexylamine (:5 50/0) Polyetherimide

9 9 8 8 9

elevated temperature

elevated temperature ASA CPVC ECTFE ETFE EVOH General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE Nylon 12 Nylon 612 Nylon 66 Polyamideimide Polycarbonate Polymethylpentene Polyphenylene Sulfide Polypropylene Polysulfone PPE PVC PVOC PVOF SAN Copolymer

General Purpose Polystyrene Impact Polystyrene Nylon 12 Nylon 612 SAN Copolymer

8

Desocyphedrine Hydrochloride room temperature pvc

8

Detergents (:5 5°k) 8

room temperature Acrylic Resin Cellulose Acetate

7-9 7

Note: Numbers refer to POL Resistance Ratings (0-9 scale with 9 as highest resistance.)

© Plastics Design Library

Section Two

972 Chemical Sort with POL Resistance Rating

Cellulose Acetate Butyrate Polyallomer Polyester - PCTG Polyester - PET Polyester - PETG Polypropylene elevated temperature Polyester - PET Polypropylene

8 9 5-6 9 6 9 8 9

Detergents (5-100/0) room temperature Cellulose Acetate Polyetherim ide elevated temperature Polyetherim ide

6 8 8

Detergents room temperature ABS Acrylic Resin ASA Cellulose Acetate Butyrate ECTFE General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Nylon 12 Nylon 612 Nylon 66 PES Polycarbonate Polyester - PBT Polyester - PET Polysulfone PPE PVC SAN Copolymer Styrene Butadiene Copolymer UHMWPE elevated temperature Acetal Resin ECTFE HOPE lonomer LOPE MOPE Nylon 12 Nylon 6 Nylon 610 Nylon 612 Nylon 66 Polyester - PBT ~~ICPhenYlene Sulfide

~~~Wp~utadiene Copolymer

8 8-9 9 4-5 8 8-9 6-8 8-9 6 6 6 8 8 8 8 8 8 9 8 7-8 8 8-9 9 8 7-9 8 6-8 6 6 6 8 7-8 7 8 7 8 8 8 9 8

Developing Solutions room temperature Acetal Resin Polycarbonate elevated ternperature Polycarbonate

9 4-8 4-8

Dexoxyn room temperature General Purpose Polystyrene

Dextrin (10-200/0) room temperature HOPE elevated temperature HOPE

8 8

elevated temperature CPVC ECTFE ETFE HOPE lonomer LOPE MOPE Polypropylene pvc PVOF

Dextrose (20-30 %

8 8 8 8 8 8 8 8 8 8

)

room temperature ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer elevated temperature ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer

9 9 9 9 7 8 8 7

Dextrose room temperature CPVC ECTFE HOPE lonomer LOPE MOPE PVC elevated temperature CPVC ECTFE HOPE lonomer LOPE MOPE PVC

8 8 8 8 8 8 8

8 8 8 8 8 8 8

2 0 0 5 4 9 2 2 4 5 2

2-3 0 8 9 9 8 7 8 8 0-2 0 2-8 8 5 5 1-5 0

Dextrin

Dialanine

room temperature Amorphous Nylon cpvc ECTFE HOPE lonomer LOPE MOPE Polypropylene PVC

room temperature pvoc

8

elevated temperature PVOC

8

4-5 8 8 8 8 8 8 8 8

Dialkyl Phthalate room temperature Acrylic Resin

room temperature Amorphous Nylon

5-6

Diaminobutyric Acid (a-) room temperature PVOC elevated temperature PVOC

9 9

Diammonium Phosphate room temperature Nylon 11 elevated temperature Nylon 11

8 5

Diamyl Phthalate room temperature Acrylic Resin

room tern perature HOPE lonomer LOPE MOPE PVC elevated temperature HOPE lonomer LOPE MOPE PVC

5

5

8 8 8 8 8 8 8 8 8 8

Dibromobenzene (p-) elevated temperature PVOF

8

Dibromoethane room temperature PEEK

2-9

Dibromoethane (1,2-) room temperature HOPE elevated temperature HOPE PVOF

5 3 7

Dibromopropane (1,2-) elevated temperature ETFE PVOF

Diacetone Alcohol room temperature Acrylic Resin ASA ECTFE General Purpose Polystyrene Impact Polystyrene Nylon 11 Polypropylene PVC PVOF SAN Copolymer elevated temperature ASA ECTFE ETFE General Purpose Polystyrene Impact Polystyrene Nylon 11 SAN Copolymer

5

Diamine Hydrate (76-970/0)

Diazo Salts

Diacetone room temperature ABS Cellulose Acetate Cellulose Acetate Butyrate General Purpose Polystyrene Impact Polystyrene PVOC SAN Copolymer elevated temperature ABS General Purpose Polystyrene PVOC SAN Copolymer

Dialkyl Sebacate room temperature Acrylic Resin

8 8

Dibutoxyethyl Phthalate room temperature PVC PVOC elevated temperature PVC PVOC

3 9 3 7

Dibutyl Ether room temperature General Purpose Polystyrene HOPE Impact Polystyrene elevated temperature HOPE

2 5-7 2 2-3

Dibutyl Ethyl Phthalate room temperature CPvc elevated temperature CPvc

2 2

Dibutyl Phthalate room temperature ABS Acetal Resin Acrylic Resin Amorphous Nylon

2 8 2-5 8

Note: Numbers refer to POL Resistance Ratings (0-9 scale with 9 as highest resistance.)

Section Two

© Plastics Design Library

973

Chemical Sort with POL Resistance Rating

ASA CPVC CTFE General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Nylon 12 Nylon 6 Nylon 610 Nylon 612 Nylon 66 PES Polyester - PBT Polypropylene

pvc

PVOC PVOF SAN Copolymer

3 2 9 2-3 6-8 2-3 8 5-6 6 8 8-9 8 8 8 8 8 8-9 3 9 2 2-3

elevated temperature ASS ASA CPVC ETFE General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Nylon 12 Nylon 612 Polyester - PBT Polypropylene PVC PVOC SAN Copolymer

2 3 2 8 3 5-8 3 6 5-7 6 8 8 5 1-8 3 7 2-3

Dibutyl Sebacate room temperature Acrylic Resin CTFE General Purpose Polystyrene HOPE Impact Polystyrene Nylon 12 Nylon 612 Polyallomer Polyester - PETG PVC PVOC PVOF SAN Copolymer

5-9 9 2 8 2 8 8 7 6 8 9 2 2

elevated temperature HOPE Nylon 12 Nylon 612 PVC PVOC SAN Copolymer

5 8 8 3 7 2

Dibutylamine room temperature ABS PVOF

2 8

elevated temperature ETFE

3-9

Dibutylphenol (sec-) room temperature PVOC SAN Copolymer

2 2

Dibutylphenol (tert-) room temperature PVOC SAN Copolymer

2 2

elevated temperature PVOC SAN Copolymer

HOPE

8

HOPE lonomer PVOC

Dichloroacetic Acid room temperature

Dichlorobutane (1,2-) room temperature

HOPE

8

CTFE

8 4 8

Dichlorodifluoromethane room temperature

elevated temperature ETFE HOPE PVOF

Dichloroacetic Acid Methyl Ester room temperature HOPE

8

elevated temperature HOPE

8

Dichlorobenzene room temperature ASA CPVC ECTFE General Purpose Polystyrene HOPE Impact Polystyrene LOPE MOPE PES PVC SAN Copolymer

elevated temperature ASA CPVC ECTFE EVOH General Purpose Polystyrene HOPE Impact Polystyrene LOPE MOPE PVC SAN Copolymer

0 2 2 1-9 0 2-3 0 2 2 3 0

Dichlorobenzene (1,2-) room temperature Acrylonitrile Copolymer Amorphous Nylon

9 8-9

Dich lorobenzene (1,4-) room temperature Acrylonitrile Copolymer Nylon 6 Nylon 610

9 6 6

Dichlorobenzene (0-) room temperature ABS Cellulose Acetate Cellulose Acetate Butyrate EVOH General Purpose Polystyrene HOPE Impact Polystyrene lonomer PVOC SAN Copolymer

2 2

ABS ETFE HOPE lonomer Polyimide PVOC PVOF SAN Copolymer

2 2 5

9

8 5 8

elevated temperature Acetal Resin PVOF

8 7

Dichlorodimethylsilane elevated temperature 8

Dichloroethane (5-100/0) elevated temperature PVOF

5-8

Dichloroethane room temperature ASA General Purpose Polystyrene HOPE Impact Polystyrene SAN Copolymer

0 0 5 0 0

elevated temperature ASA General Purpose Polystyrene HOPE Impact Polystyrene SAN Copolymer

0 0 3-5 0 0

Dichloroethane (1,2-) room temperature Acetal Resin Acrylonitrile Copolymer Amorphous Nylon CTFE Nylon 6 Nylon 610 PC/Polyester Alloy PES Polyester - PBT Polyester - PCT Polyester - PCTG Polyester - PET Polyester - PETG Polypropylene

8 2 5 8-9 6 5 0-1 1-8 2 3-5 0 2 0

4

elevated temperature PVOF 0-2 2 2 9 2 2 2 2 5 2 0 8 2 2 9 5 8 2

Dichlorobenzene (p-) room temperature ABS Cellulose Acetate Cellulose Acetate Butyrate HOPE lonomer Polysulfone

Acetal Resin Amorphous Nylon Polysulfone

PVOF 0 2 8 0 2-5 0 2 2 1 3 0

5 2

elevated temperature

HOPE

elevated temperature

elevated temperature 2 2

elevated temperature PVOC SAN Copolymer

PVOC SAN Copolymer

Dichloroacetic Acid (41-50%) room temperature

2 7 1 2 2 1

8

Dichloroethyl Ether room temperature CTFE

9

Dichloroethylene room temperature Acetal Resin CTFE ECTFE HOPE Nylon 6 Nylon 610 PES Polyester - PBT Polypropylene UHMWPE

2 9 8 3 8-9 8 6 2 8-9 3

elevated temperature CTFE ECTFE ETFE PVOF LlHMWPE

6 2 8 8 3

Dichloroethylene (1,2-) room temperature Amorphous Nylon

3-4

Note: Numbers refer to POL Resistance Ratings (0-9 scale with 9 as highest resistance.)

© Plastics Design Library

Section Two

974 Chemical Sort with POL Resistance Rating

Impact Polystyrene SAN Copolymer

Dichlorofluoromethane room temperature 8 8 8 8

Acetal Resin Nylon 6 Nylon 610 Polyester - PBT

elevated temperature Acetal Resin Nylon 6 Nylon 610 Polyester - PBT

8 8 8 8

Dichlorohexafluorocyclobutane (1,2-) room temperature CTFE

9

Dichloromethane room temperature PES Polyimide

1 5-8

Dichloropropane room temperature 5

HOPE

elevated temperature 3

HOPE

Dichloropropane (1,2-) room temperature Acrylonitrile Copolymer

6

Dichloropropene room temperature HOPE

5

elevated temperature HOPE

3

Dichloropropionic Acid elevated temperature

5 4

Diesel Fuel Conditioner elevated temperature Fluorinated PE HOPE Polyolefin/Nylon Alloy

9 2 9

Diesel Fuels (41-50%) room temperature Polyester - PET

8

Diesel Fuels ABS/PU Alloy Acrylic Resin Amorphous Nylon ASA ECTFE General Purpose Polystyrene HOPE Impact Polystyrene Nylon 12 Nylon 46 Nylon 6 Nylon 612 Nylon 66 PC/ABS Alloy PC/Polyester Alloy PES Polyarylamide Polycarbonate Polyester - PBT Polyester - PET Polyester - PETG Polyetherimide Polymethylpentene Polyphthalam ide Polysulfone PPE SAN Copolymer UHMWPE

elevated temperature Acetal Resin ASA ECTFE ETFE General Purpose Polystyrene HOPE Impact Polystyrene Nylon 12 Nylon 6 Nylon 610 Nylon 612 Nylon 66 PC/POlyester Alloy Polyam ideim ide Polyarylam ide Polycarbonate Polyester - PBT Polymethylpentene Polyphenylene Sulfide Polysulfone PPE PVC PVOF SAN Copolymer UHMWPE

8

CTFE

9

Dichlorotetra'fluoroethane room temperature Acetal Resin Nylon 6 Nylon 610 Polyester - PBT

8 8 8 8

elevated temperature PVOF

7

Dichlorotoluene (2,4-) room terrlperature CTFE

8-9

Dich lorotol uene (3,4-) room temperature CTFE

9

PVOF

8

Dicyclopentadiene room temperature CTFE

Nylon 11

8 5-6

9

Diethanolamine room temperature

5 5 6 5

ABS Acrylonitrile Copolymer ASA General Purpose Polystyrene Impact Polystyrene Polypropylene PVOC PVOF SAN Copolymer

elevated temperature ASA General Purpose Polystyrene

5-8 7 8 8 5 5 3 8 8 8 8 7 9 9 9 4-9 1-9 1 8-9 9 1 8 8 7 6-8

elevated temperature Nylon 11

Didecyl Phthalate room temperature ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer

7 8 8 9 8 5 8 5 8 8 8-9 8 8-9 8 9 8 9 8-9 3-9 8-9 6 8 6 9 9 8 8 9 8

Diethanolamine (10-200/0) room temperature

Dichlorotoluene (a-) elevated temperature

4 5

5

ETFE PVOC

room temperature

Dichloropropionic Acid (2,2-)

Dichloropropylene room temperature

PVOC

elevated temperature

elevated temperature PVOF

9 9 8-9 9 8-9 5 7-9

Diethyl Benzene room temperature 9

pvc

ETFE

elevated temperature ABS ASA General Purpose Polystyrene Impact Polystyrene Polypropylene PVOC SAN Copolymer

8 5

Diethyl Carbitol room temperature CTFE

9

Diethyl Carbonate room temperature ABS

2

Diethyl Cellosolve room temperature CTFE ECTFE

7 8

elevated temperature ECTFE ETFE

8 8

Diethyl Ether (5-100/0) elevated temperature PVOF

8

Diethyl Ether (10-200/0) room temperature PES

8

Diethyl Ether room temperature ABS Acetal Resin Acrylic Resin ASA Cellulose Acetate Cellulose Acetate Butyrate ECTFE EVOH General Purpose Polystyrene HOPE Impact Polystyrene Nylon 11 Nylon 12 Nylon 6 Nylon 610 Nylon 612 PEEK PES Polyallomer Polyester - PBT Polypropylene PVC PVOC PVOF SAN Copolymer Styrene Butadiene Copolymer

elevated temperature 2 8 5 8 8 5 2 2

ABS ETFE HOPE Nylon 11 Polyester - PBT Polypropylene

pvoc

SAN Copolymer 8-9 5 9 8-9 8-9 8-9 7 2 7-9

2 6-8 2-5 0 3 1 8 9 0-2 3-7 0-2 8 8 6-8 8 8 9 1-8 2 5-9 5-7 8 3 7 0-2 0

Diethyl Ketone room temperature ABS Acrylonitrile Copolymer ASA General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE

0-2 9 0 0-2 4-8 0-2 5 4

Note: Numbers refer to POL Resistance Ratings (0-9 scale with 9 as highest resistance.)

Section Two

© Plastics Design Library

975 Chemical Sort with POL Resistance Rating

MOPE PVOC SAN Copolymer

4 5 0-2

Polysulfone PVOC SAN Copolymer

0 0 0 4-5 0 2 2 4 9 5 0-1

ABS ASA General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE PVOC SAN Copolymer

elevated temperature ABS ASA General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Polyimide PVOC SAN Copolymer

elevated temperature

Diethyl Malonate room temperature PVOC PVOF SAN Copolymer

8 2 2

elevated temperature PVOC SAN Copolymer

7 2

Diethyl Phthalate room temperature ABS ASA CTFE General Purpose Polystyrene Impact Polystyrene PVOC SAN Copolymer

ASS

ABS Acrylonitrile Copolymer CTFE ECTFE PES Polypropylene PVDF Rigid PU

8 9

5 8 8 8 7-8 0-1 2 8

2 2

Diethylene Glycol (76-970/0) room temperature Nylon 6 Nylon 66

PVOC SAN Copolymer

8 2 7 2

CTFE Genera.l Purpose Polystyrene HOPE Impact Polystyrene

9 5 9 5 7 2

elevated temperature ETFE General Purpose Polystyrene HOPE

pvoc

PVOF SAN Copolymer

8 4 7 5 7-8 2

Diethylformamide room temperature Acrylonitrile Copolymer

0

Diethylhexyl Butyrate room temperature Amorphous Nylon

Amorphous Nylon

6 8

8

8-9 8 7 9 1 2 8-9 6-8 8-9

5 6 6

6-9

Difluorodich loromethane room temperature

4-5 8

elevated temperature HOPE

8

Diglycolic Acid room temperature ECTFE HOPE lonomer

elevated temperature 8 8

Dihydroxyhenyl Alanine (3,4-~-) room temperature PVOC

9

elevated temperature PVOC

7

Diisobutyl Ketone room temperature Acrylonitrile Copolymer Amorphous Nylon CTFE HOPE

8 7-8 6 7

ETFE HOPE PVOF

8 4 7-8

Diisobutylene elevated temperature ETFE Polyphenylene Sulfide PVOF

8 8 8

Diisodecyl Phthalate room temperature Amorphous Nylon

Diisoleucine room temperature pvoc elevated temperature PVOC

8

9 7

Diisononyl Adipate room temperature Nylon 12 Nylon 612

8 8

Nylon 12 Nylon 612

8 8

Diisononyl Phthalate room temperature Nylon 12 Nylon 612

8 8

elevated temperature 8

Diglycolic Acid (20-30%) room temperature Amorphous Nylon HOPE

8 8

elevated temperature 8

Difluorochloromethane room temperature

Amorphous Nylon

8

Dihexyl Phthalate room temperature

elevated temperature

Diethylenetriami ne room temperature

Amorphous Nylon

Diethylene Glycol room temperature ASS Acrylic Resin Acrylonitrile Copolymer ASA Cellulose Acetate Cellulose Acetate Butyrate General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE

PVOC SAN Copolymer

Diethylhexyl Sebacate (2-) room temperature

Diethylene Chloride room temperature ABS SAN Copolymer

5 2

Diethylene Glycol Methyl Ether room temperature

SAN Copolymer

elevated temperature ECTFE ETFE

PVOC SAN Copolymer

8 6 5 6 6 8 8

Diglyme room temperature

Nylon 12 Nylon 612

2

6 6 8 8 8

elevated temperature ETFE HOPE lonomer LOPE MOPE Polypropylene PVC

Diethylene Glycol Ethyl Ether room temperature pvoc 9

pvoc

Diethylamine room temperature

PVOF

Nylon 12 Nylon 612

elevated temperature

2

pvc

7 2

PVOC SAN Copolymer

2 3 3 3 7 2-3

2

LOPE MOPE Polypropylene

Polyimide 8 2

elevated temperature

SAN Copolymer

Diethylacetamide room temperature Acrylonitrile Copolymer

PVOC SAN Copolymer

elevated temperature

Diethyl-m-Toluidine (N,N-) room temperature

9 9 8-9 6-8 9 4 6 6 7 8-9

Diethylene Glycol Butyl Ether room temperature

2 3 8-9 2-3 2-3 8 2-3

elevated temperature ABS ASA General Purpose Polystyrene Impact Polystyrene PVOC SAN Copolymer

1 8 8-9

8 6 5

Nylon 12 Nylon 612

8 8

Diisooctyl Phthalate room temperature Amorphous Nylon Polypropylene

8 8-9

elevated temperature Polypropylene

8-9

Diisopropyl Ether room temperature Amorphous Nylon Cellulose Acetate

9 5

Note: Numbers refer to POL Resistance Ratings (0-9 scale with 9 as highest resistance.)

© Plastics Design Library

Section Two

976 Chemical Sort with POL Resistance Rating

Cellulose Acetate Butyrate HOPE

7 8

elevated temperature HOPE

3

Diisopropyl Ketone room temperature Cellulose Acetate Cellulose Acetate Butyrate PVOF

9 0 8

Dileucine room temperature PVOC SAN Copolymer

9 8-9

elevated temperature PVOC SAN Copolymer

7 9

Dill Seed room temperature General Purpose Polystyrene Impact Polystyrene

8 8

elevated temperature General Purpose Polystyrene

8

Dimethyl Sulfoxide ECTFE HOPE Nylon 6 Nylon 610 PEEK PES PVOF

8 8 8 8 9 1 2

elevated temperature ECTFE ETFE EVOH FEP HOPE Nylon 6 Nylon 66 PEEK PFA Polycarbonate Polyphenylene Sulfide Polysulfone PPE

6 7-8 1-9 9 8 0 6 9 9 0 8-9 0 8

Dimethyl-1 ,5-Hexadiene (2,5-) elevated temperature

Dimethionine

PVOF

room temperature

Dimethyl-4-Heptanol (2,6-)

PVOC SAN Copolymer

9 8-9

elevated temperature PVOC SAN Copolymer

7 9

8

elevated temperature PVOF

8

Dimethyl-4-Heptanone (2,6-) room temperature

Dimethyl Carbinol

ABS

room temperature

Dimethylacetamide

Nylon 66

8

Dimethyl Diglycol Phthalate room temperature ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer

4 5 5 4

elevated temperature ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer

Dimethyl Ether room temperature Nylon 6 Nylon 610 Polyester - PBT

8 8 8

Dimethyl Phthalate room temperature Amorphous Nylon ASA ECTFE General Purpose Polystyrene Impact Polystyrene PES Polyphenylene Sulfide Polypropylene PVOF SAN Copolymer

3 4 8 3 3 9 8 8 3

2-4

Dimethylamine room temperature ECTFE HOPE lonomer LOPE MOPE Nylon 6 Nylon 610 PVC PVOF

8 2-8 2 2 2 8 8 3-8 8

ECTFE ETFE HOPE lonomer LOPE MOPE PVC

2 8 2-5 2 2 2 3-8

Dimethylaniline 7-8

elevated temperature ETFE Nylon 66 Polyamideimide Polycarbonate Polyphenylene Sulfide Polysulfone PPE

8 1 9 0 8-9 0 0

elevated temperature 8

2

ABS

elevated temperature ETFE

7

elevated ternperature PVOC

7

Dimethylformamide room temperature ABS Acetal Resin Acrylic Resin Amorphous Nylon Aromatic Polyamide ASA ECTFE EVOH General Purpose Polystyrene HOPE Impact Polystyrene Nylon 12 Nylon 46 Nylon 6 Nylon 610 Nylon 612 Nylon 66 PEEK PES Polyallomer Polycarbonate Polyester - PBT Polyester - PET Polyester - PETG Polymethylpentene Polypropylene PVOC PVOF Rigid PU SAN Copolymer Styrene Butadiene Copolymer

0 8 0-2 1 9 0 5 1-8 0-2 8 0-2 6-8 8 5-9 5 8 8 9 1 9 2 8 9 2 8 8 7 2 0 0-2 2

elevated temperature ABS Acetal Resin ASA ECTFE ETFE EVOH General Purpose Polystyrene HOPE Impact Polystyrene Liquid Crystal Polymer Nylon 12 Nylon 6 Nylon 612 PFA Polyester - PET Polymethylpentene Polyphenylene Sulfide PVOC SAN Copolymer

0 4-9 0 3 5-8 1-9 0 7 0 9 8 8 8 9 8 8 8 7 0-1

Dimethylformamide (N,N-) elevated temperature Nylon 66 Polycarbonate Polyphenylene Sulfide Polysulfone

9 0 9 0

room temperature 3-9 8 3

CTFE ECTFE PVC

elevated temperature 2 3

ECTFE PVC

Dimethylsilane room temperature Nylon 6 Nylon 610

room terrlperature 2 8

room temperature PVOC

Dimethylhydrazine

room temperature

Dimethylaniline (N,N-)

room temperature

ETFE

6 0 3 8 9 2

elevated temperature

PVDF

Dimethyl Sulfate ABS PVOF

room temperature Acetal Resin Acrylonitrile Copolymer Nylon 6 Nylon 610 Polybenzim idazole PVOF

elevated temperature 2 3 8 2-3 2-3 1 8 8 7-8 3

elevated temperature ASA ECTFE ETFE General Purpose Polystyrene Impact Polystyrene PFA Polyphenylene Sulfide Polypropylene SAN Copolymer

2

Polybenzim idazole 4 5 5 4

Dimethyldichlorovinyl Phosphate

room temperature

8

8 8

Dinonyl Phthalate room temperature Acrylic Resin ASA General Purpose Polystyrene

5

5 6

Note: Numbers refer to POL Resistance Ratings (0-9 scale with 9 as highest resistance.)

Section Two

© Plastics Design Library

977 Chemical Sort with POL Resistance Rating Impact Polystyrene SAN Copolymer

6 5

elevated temperature ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer

4 5 5 4

Dioctyl Adipate room temperature Nylon 12 Nylon 612

8 8

elevated temperature Nylon 12 Nylon 612

8 8

Dioctyl Phosphate room temperature Nylon 11

8

elevated temperature Nylon 11

5-8

Dioctyl Phthalate 2 9 8 5-9 8 8 8 6 5 8 8 8-9 8 8 8 8 8 8 8 7 1-8 3 9 8 9 2

elevated temperature ABS ECTFE ETFE HOPE lonomer LOPE Nylon 11 Nylon 12 Nylon 612 Polymethylpentene Polyphenylene Sulfide PVC PVOC SAN Copolymer

2 2 8

5 2 2 8 8 8 8 8 3 7 2

Dioctyl Sebacate room temperature Acrylic Resin

5

Dioxane

4

2 8 2-3 5-9 7-8 8 8 8-9 8 8 6 0 8

Diphenylamine room temperature ABS ASA General Purpose Polystyrene HOPE Impact Polystyrene PVOC SAN Copolymer

elevated temperature

room temperature

ABS ASA General Purpose Polystyrene HOPE Impact Polystyrene Liquid Crystal Polymer PVOC SAN Copolymer

ABS Amorphous Nylon ASA Cellulose Acetate Cellulose Acetate Butyrate ECTFE General Purpose Polystyrene Impact Polystyrene Nylon 12 Nylon 612 Polyester - PET PVC PVOF SAN Copolymer

0 8 3 0 0 8 0 0 8 8 8 3 2 2 2-3

ABS ASA ECTFE General Purpose Polystyrene Impact Polystyrene Nylon 12 Nylon 612 Polyester - PET PVC PVOC SAN Copolymer

0 3 2-8 0 0 5 5 9 3 2 2-3

Dioxane (p-) 4 7-8

elevated temperature ETFE Nylon 66 Polyamideimide Polycarbonate Polyphenylene Sulfide Polypropylene Polysulfone PPE

8 9 9 0 2-9 5 0 0

2

Diphenyl Ether room temperature

3 3 3 8 3

room temperature ABS General Purpose Polystyrene HOPE Impact Polystyrene PVOC SAN Copolymer

room temperature SAN Copolymer

8

SAN Copolymer

8

Dipropylene Glycol room temperature ABS PVOC SAN Copolymer

9 8 9

elevated temperature ASS PVOC SAN Copolymer

9 8 9

room temperature PVOC PVOF

7 8

elevated temperature PVOC

3

Diserine room temperature PVOC

7

elevated temperature PVOC

7

ABS Polyallomer Polypropylene

7 9 8

Polyallomer Polypropylene Polysulfone

5 8 8

Dishwashing Detergents (5-100/0) room temperature ABS Cellulose Acetate Cellulose Acetate Butyrate Polyetherim ide PPE SMA/PC Alloy

9 7 7 8 8 8

elevated temperature 2 2 8 2 3 2

elevated temperature ABS ETFE HOPE PVOC SAN Copolymer

2

elevated temperature 3 3 3 3

elevated temperature ASA General Purpose Polystyrene Impact Polystyrene Polyphenylene Sulfide SAN Copolymer

Liquid Crystal Polymer

Diphenylenimine

room temperature

room temperature

ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer

Diphenylcarbonate elevated temperature

Dishwashing Detergents (::; 50/0)

Dioxolane PVOF

2 3 3 5 3 6-9 2 2-3

Dipropylene Glycol Methyl Ether

room temperature Acrylonitrile Copolymer Polypropylene

2 3 2-3 8 2-3 3 2-3

elevated temperature

elevated temperature

Diphenyl Oxide

room temperature ABS Acetal Resin Acrylic Resin CTFE ECTFE HOPE Nylon 12 Nylon 6 Nylon 610 Nylon 66 PES Polycarbonate Polyester - PBT Polypropylene SAN Copolymer

2 9 2-8 5-9 8 8 2

Dioxane (1,4-)

pvoc

room tern perature ABS ABS/Nylon Alloy Acetal Resin Acrylic Resin Amorphous Nylon ECTFE HOPE lonomer LOPE Nylon 11 Nylon 12 Nylon 6 Nylon 610 Nylon 612 Nylon 66 PES Polyester - PBT Polymethylpentene Polyphenylene Sulfide Polypropylene Polysulfone PVC PVOC PVOF Rigid PU SAN Copolymer

elevated temperature Acetal Resin CTFE ECTFE EVOH HOPE PFA Polyester - PBT Polypropylene

2 8 5 2 2

ABS General Purpose Polystyrene HOPE Nylon 610 Nylon 66 Polycarbonate Polyetherim ide Polypropylene Polysulfone PPE

3

4 8 3 1 6-7 8 8 7 8-9

Dishwashing Detergents

4

room temperature

2

ABS Acrylic Resin Cellulose Acetate

2-8 8 2

Note: Numbers refer to POL Resistance Ratings (0-9 scale with 9 as highest resistance.)

© Plastics Design Library

Section Two

978 Chemical Sort with POL Resistance Rating

Cellulose Acetate Butyrate HOPE Nylon 12 Nylon 6 Polycarbonate Polyester - PBT Polysulfone PPE SAN Copolymer

3 8 8 8 8 6·9 8-9 7 8

elevated temperature Acetal Resin HOPE Polyester - PBT PVOF SAN Copolymer

7-9 8 8 8 8

5-7

Disinfectants

room temperature

6 5-6 9

elevated temperature 4

Disodium Phosphate

8

elevated temperature

room temperature

Amorphous Nylon

8

Doduconta B25 8-9

8-9

General Purpose Polystyrene

8

8 8

room temperature 8 8 8

7

Nylon 46 Nylon 66 PES

7

Edible Oils

7

Nylon Nylon Nylon Nylon PES

room temperature

Dowicide G (~ 5%) room temperature PVOC PVOC

4·8

Ditryptophan room temperature PVOC

9

elevated temperature PVOC

9

room temperature pvoc elevated temperature pvoc

7

Polybenzim idazole

PVOC

7

DOP

room temperature PVOC

7

elevated temperature PVOC

7

Divinylbenzene ECTFE

8

elevated temperature ECTFE

2

8

8

Egg room temperature Nylon 12 Nylon 612

8 8

Nylon 12 Nylon 612

8 8

Ektasolve DB room temperature 5

room temperature Cellulose Acetate

9

Ektasolve DM room temperature 0

Cellulose Acetate

room temperature 8 9 1

HOPE Polyallomer PPE

elevated temperature Cellulose Acetate Butyrate HOPE

7 5

Ektasolve EB room temperature 4

Cellulose Acetate

Ektasolve EE room temperature Cellulose Acetate Cellulose Acetate Butyrate

room temperature Acetal Resin Polycarbonate Polysulfone

8

elevated temperature

2 2

Drain Cleaners

room temperature

8 8-9 8 8

Ektasolve DE

elevated temperature

Divaline

12 6 612 66

Cellulose Acetate

room temperature

9

8

elevated temperature 7 0 8-9 0 0

Dowtherm A

room temperature pvoc elevated temperature

8

Nylon 12 Nylon 612

elevated temperature Nylon 66 Polycarbonate Polyphenylene Sulfide Polysulfone PPE

General Purpose Polystyrene Impact Polystyrene

Dityrosine

6

room temperature )

8

elevated temperature

3

Edible Fats

Dowtherm

Polycarbonate

7

HOPE

PVOC 8

HOPE

6

Ditridecyl Carbonate Polycarbonate

8

Eau de Javelle elevated temperature

Dow Corning 560

room temperature

8

2

room temperature

elevated temperature General Purpose Polystyrene

8

room temperature

room temperature Polysulfone

General Purpose Polystyrene Impact Polystyrene

room temperature pvoc elevated temperature

HOPE

7

Eastman 910 elevated terrlperature

Dowicide G

Dispersions

HOPE

ABS

elevated temperature

HOPE

8 8

elevated temperature

8

HOPE

6 7

elevated temperature

General Purpose Polystyrene Impact Polystyrene

PEEK

elevated temperature

room temperature Acrylic Resin HOPE

Dow Corning 200 room temperature

elevated temperature

room temperature

6

Dyes

room temperature

Dowicide G (5-10 %

8 8

elevated temperature HOPE

Doduconta B9

8 8 8 8 8

Disodium Sulfate

General Purpose Polystyrene Impact Polystyrene

Dry Cleaning Fluids

room temperature

CPVC ECTFE HOPE lonomer LOPE MOPE PVC PVOF

8 8

5

Dry Cell Solution

room temperature

8

pvc elevated temperature

HOPE HOPE

CPVC ECTFE HOPE lonomer LOPE MOPE

8 8 8 8 8 8

2

Drilling Aid elevated temperature

HOPE

Dow Corning 4

room temperature

elevated temperature Polycarbonate

room temperature

HOPE

Amorphous Nylon

room temperature

Polyal.lomer

Dodecylbenzenesulfonic Acid

Amorphous Nylon

room temperature

Acrylic Resin Amorphous Nylon Polyallomer

8 8

Doduconta B10

Disinfectants (~ 50/0) Amorphous Nylon

ETFE PVOF

9 4-8 1-3

1

0

Ektasolve EE Acetate room temperature Cellulose Acetate

3

Note: Numbers refer to POL Resistance Ratings (0-9 scale with 9 as highest resistance.)

Section Two

© Plastics Design Library

979 Chemical Sort with POL Resistance Rating Cellulose Acetate Butyrate Cellulose Propionate

0 0

Ektasolve EM 0 0

Electroplating Baths 2 2 4

room temperature General Purpose Polystyrene

elevated temperature 5

Emulsifiers room temperature HOPE Polypropylene

8 9

elevated temperature HOPE Polypropylene

CPVC lonomer PVC

8 9

Engine Oils 8 8 9 9 8

Ethane room temperature Acetal Resin HOPE Nylon 6 Nylon 610 PES Polyester - PBT

8 5 9

Ensoline 952 room temperature 3-5

5 5

Ephedrine Sulfate room temperature 8 8

elevated temperature General Purpose Polystyrene

6

Ephetin (5-10 0/0) 8

elevated temperature HOPE

8

Epichlorohydrin 2 8 3 2 5 2

elevated temperature ETFE HOPE Nylon 66 Polyamideim ide Polycarbonate Polyphenylene Sulfide Polysulfone PPE

8 8 6 9 0 4-8 0 0

Epoxy Hardener room temperature Cellulose Acetate Butyrate

0

Epsom Salts room temperature ECTFE

Ethanethiol room temperature 8

Ethereal Oil room temperature Acetal Resin Nylon 6 Nylon 610 Polyester - PBT

8 8 8 8

Acrylic Resin CPVC HOPE lonomer Nylon 12 Nylon 6 Nylon 66 Polycarbonate Polymethylpentene Polysulfone

2-3 2 5-7 6 8 8-9 8 8 4 1

CPVC ETFE HOPE lonomer Polymethylpentene Polyphenylene Sulfide

2 8 5 5 4 8

Ethoxyethyl Acetate (2-)

room temperature Acrylic Resin HOPE Nylon 6 Nylon 610 Polypropylene PVOF

2

elevated temperature

room ternperature HOPE

room temperature Polycarbonate

room temperature

room temperature

General Purpose Polystyrene Impact Polystyrene

8

Ethers

Ephedrine Hydrochloride General Purpose Polystyrene Impact Polystyrene

8 8 8 8 8 8

elevated temperature

PVOF

elevated temperature

Amorphous Nylon

2 8 5 3

Ethane Tetrachloride

room temperature

Acetal Resin HOPE Polyarylam ide

2 6 3

elevated temperature

HOPE

ABS/PU Alloy HOPE Nylon MX06 PC/Polyester Alloy Polyimide

8 8 8

Esters

CPVC ETFE lonomer PVC

Elon (::; 50/0)

General Purpose Polystyrene

ECTFE HOPE PVOF

room temperature

room temperature Acetal Resin Nylon 6 Nylon 610

8 8

elevated temperature

room temperature Cellulose Acetate Cellulose Acetate Butyrate

HOPE PVC

8

elevated temperature PVOF

5-8

Ethyl Acetate (76-970/0) room temperature ABS PVOC

0 7

elevated temperature ABS Nylon 66 PVOC

0 9 5

Ethyl Acetate room temperature ABS Acetal Resin Acrylic Resin Acrylic/PVC Alloy Acrylonitrile Copolymer Amorphous Nylon ASA Cellulose Acetate Cellulose Acetate Butyrate

0-2 4-8 0-6 2 7

9

Cellulose Propionate CPVC CTFE ECTFE EVOH Expanded PE Beads Expanded PP Beads FEP General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Nylon 11 Nylon 12 Nylon 46 Nylon 6 Nylon 610 Nylon 66 Nylon MX06 PC/Polyester Alloy PE Foam PEEK PES PFA Polyallomer Polycarbonate Polyester - PBT Polyester - PCT Polyester - PCTG Polyester - PET Polyester - PETG Polyetherim ide Polyimide Polymethylpentene Polypropylene Polysulfone PPE PVC PVOC PVOF Rigid PU SAN Copolymer SMA Copolymer SMA/PC Alloy Styrene Butadiene Copolymer TFE UHMWPE

0 2 2-6 7-8 9 8 8 9 0-2 4-8 0-2 6 4-6 4 8 8 8 7-9 7 5-9 9 0-5 8 8-9 1-8 9 5 2 1-9 7 2-5 4-8 0-1 3-8 8 6 4-8 1-2 3-8 3 5 2-7 1 0-2 3 3 0 9 8

elevated temperature ABS Acetal Resin Acrylic Resin ASA CPVC CTFE ECTFE ETFE EVOH FEP Fluorinated PE General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE Liquid Crystal Polymer MOPE Nylon 11 Nylon 66 PFA Polyamideimide Polycarbonate Polyester - PBT Polyester - PET Polyimide Polyketone Polymethylpentene Polyolefin/Nylon Alloy Polyphenylene Sulfide Polypropylene Polysulfone PPE PVC PVOC SAN Copolymer TFE UHMWPE

2 4 2 0 2 1-2 3-8 6-8 5-9 8 4 0 3-5 0 2 2 5-6 2 8 7 8 9 0 2 9 8 9 4 9 2-9 4-8 0 0-8 3 5 0-2 8 8

0 0 0

Note: Numbers refer to POL Resistance Ratings (0-9 scale with 9 as highest resistance.)

© Plastics Design Library

Section Two

980 Chemical Sort with POL Resistance Rating

Ethyl Acetoacetate room temperature ABS ECTFE PVOF

2 8 8

elevated temperature ETFE

8

Ethyl Acrylate room temperature Acrylonitrile Copolymer CPVC ECTFE lonomer PVC PVOF

7 2 8 6 3 7-8

elevated temperature CPVC ECTFE ETFE lonomer PVC

2 2-8 8 5 3

Ethyl Alcohol (5-10%) room temperature Acrylic Resin Nylon 12 Nylon 612

6 8 8

elevated temperature Nylon 12 Nylon 612

8 8

Ethyl Alcohol (10-200/0) room temperature Acrylic Resin Nylon 66

3-8 6

Ethyl Alcohol (20-300/0) room temperature Acetal Resin Nylon 6 Nylon 610 Nylon 66

2 0 0 0

Ethyl Alcohol (31-40%) room temperature ABS Acetal Resin ASA General Purpose Polystyrene HOPE Impact Polystyrene LOPE MDPE Nylon 6 Nylon 610 Polyester - PBT PVOC SAN Copolymer

9 8 9 7 6-8 7 6 6 8 8 8 8 7-9 7 7 6 6-8 6 6 6 8 8 2-7

Ethyl Alcohol (41-500/0) room temperature ABS Acetal Resin Acrylic Resin Acrylic/PVC Alloy Cellulose Acetate Cellulose Acetate Butyrate Cellulose Propionate CTFE Impact Polystyrene LOPE Nylon 12 Nylon 612 PC/Polyester Alloy Polyallomer

9 8-9 7-8 6-9 9 8-9 7

elevated temperature Acetal Resin Nylon 12 Nylon 612 Styrene Butadiene Copolymer

5 8 8 7

Ethyl Alcohol (76-97%) room temperature ABS Acetal Resin Acrylic Resin Acrylic/PVC Alloy Amorphous Nylon ASA Cellulose Propionate CTFE FEP General Purpose Polystyrene HOPE Impact Polystyrene LOPE Nylon 12 Nylon 6 Nylon 612 Nylon 66 PFA Polycarbonate Polyester· PBT Polypropylene PPE PVC PVOC Rigid PU SAN Copolymer TFE

2-8 6-7 1-9 8 2 7 2 9 9 5-7 8 7 7 8 6 3-8 3-6 9 8 8-9 9 8-9 8 7 4-6 2·7 9

elevated temperature Acetal Resin ASA CTFE FEP General Purpose Polystyrene HOPE Impact Polystyrene Nylon 12 Nylon 612 Nylon 66 PFA Polyester - PBT Polypropylene PVOC SAN Copolymer TFE

5 4 9 9 4-6 8 6 7 7 3 9 4 9 7 2-4 9

Ethyl Alcohol room temperature

elevated temperature ABS ASA General Purpose Polystyrene HOPE Impact Polystyrene LOPE MOPE PVOC PVOF SAN Copolymer

Polyester· PCT Polyester· PCTG Polyester - PET Polyester - PETG Polypropylene Rigid PU Styrene Butadiene Copolymer

4-9 6-7 1-9 8 2 2 2 2 4 8 8 8 8-9 9

ABS ABS/Nylon Alloy Acetal Resin Acrylic Resin Acrylonitrile Copolymer Aromatic Polyam ide Cellulose Acetate Cellulose Acetate Butyrate CPVC CTFE ECTFE EVOH Expanded PE Beads Expanded PP Beads General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Nylon 11 Nylon 12 Nylon 46 Nylon 6 Nylon 610 Nylon 612 Nylon 66 PC/Polyester Alloy

2-7 4-7 5-8 2-8 6-8 9 1 2 4-8 9 8 1-6 8 8 2-8 6-8 2-8 4 6 6 6 8 7 3-8 3 8 2-9 7-9

PE Foam PEEK PES Polyallomer Polyarylamide Polycarbonate Polyester - PBT Polyester - PCT Polyester· PCTG Polyester· PET Polyester· PETG Polyetherim ide Polyimide Polymethylpentene Polyphenylene Sulfide Polypropylene Polysulfone PPE PVC PVOC PVOF SAN Copolymer SMA Copolymer SMA/PC Alloy Styrene Butadiene Copolymer UHMWPE

8 9 6-9 9 7 6 4-9 9 5-9 9 6·8 1·8 8 8 5·9 8·9 1·9 3-8 8 5-9 2 2-8 8 8 5 8

elevated ternperature ABS Acetal Resin Acrylic Resin CPVC CTFE ECTFE ETFE EVOH General Purpose Polystyrene HOPE lonomer LOPE Liquid Crystal Polymer MOPE Nylon 11 Nylon 12 Nylon 612 Nylon 66 PES Polycarbonate Polyester· PBT Polyester - PET Polyetherim ide Polyimide Polymethylpentene Polyphenylene Sulfide Polypropylene PPE PVC PVOC PVOF Rigid PU SAN Copolymer TFE UHMWPE

2 6 2 7 9 8 8 5-9 4-6 6-8 2 6 5-6 6 1 7 7 2-5 3-6 6 1·8 8 1·3 8·9 6 4·8 8-9 3-8 3-8 5·7 7·8 1·7 6 9 8

Ethyl Benzene room temperature ABS Acrylonitrile Copolymer Amorphous Nylon ASA General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE PVOC SAN Copolymer

0·2 7 8

0 0-2 2-5 0-2 2 2 2 5 0-2

elevated temperature ABS ASA General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE PVOC PVOF SAN Copolymer

0 0 0 2 0 2 2 2 5

8 0-2

Note: Numbers refer to POL Resistance Ratings (0-9 scale with 9 as highest resistance.)

Section Two

© Plastics Design Library

981 Chemical Sort with POL Resistance Rating pvc

Ethyl Benzoate room temperature ASS ASA General Purpose Polystyrene Impact Polystyrene PVDC SAN Copolymer

2 0 0-2 0-2 7 0-2

elevated temperature ASS ASA General Purpose Polystyrene Impact Polystyrene PVOC SAN Copolymer

2 0 0 0 7 0-2

Ethyl Bromide room temperature Acrylic Resin

2-3

Ethyl Bromoacetate room temperature PVDC SAN Copolymer

7 2

elevated temperature PVOC SAN Copolymer

7 2

2 2-3 9 5 8 5 2

elevated temperature ASS LOPE PVDC SAN Copolymer

2 2 5 2

Ethyl Cellulose room temperature General Purpose Polystyrene Impact Polystyrene

5 5

Ethyl Chloride room temperature Acetal Resin ASA CPVC ECTFE General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Nylon 6 Nylon 610 Polypropylene

pvc

PVDC SAN Copolymer

8 0 2 8 0-2 2-5 0-2 2 2 2 8-9 8 4-5 3 5 0-2

elevated temperature ASA CPVC ECTFE ETFE General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Polyphenylene Sulfide Polypropylene

pvc

PVOC PVOF SAN Copolymer

0 2 8 8 0 2 0 2 2 2 8 4-5 3 3 7-8 0-2

Ethyl Chloroacetate room temperature ASS ECTFE

3 5-7 8 2

ETFE PVC PVOC SAN Copolymer

8 3 7 2

8

8 8 2

elevated temperature ETFE PVOC SAN Copolymer

8 8 2

Ethyl Dibromide room temperature HOPE

PVOF

1-8

2 2 2 8 2-5 2 2 2 8 5 3 8

9 8

2 8

Nylon 6 Nylon 610 Polyester - PST

4 2 2

4-5

Polycarbonate Polypropylene

2 8 8

Ethylaniline room temperature ASS PVOC SAN Copolymer

2 3 2

elevated temperature ASS PVOC SAN Copolymer

2 2 2

Ethylbutyric Acid (2-) room temperature ASS Polysulfone

8 9

Ethylene room temperature Acetal Resin HOPE Nylon 6 Nylon 610 Polyester - PST

8 8 8 8 8

elevated temperature HOPE

5

Ethylene Bromide room temperature Acrylic Resin CPVC ECTFE lonomer PVC

2-3 2 8 2 3

elevated temperature 0 0 2 2 8 2 8 2

Ethyl Methacrylate room temperature Acrylonitrile Copolymer

Ethyl Trichloroacetate room ternperature

Polypropylene 2 2 8 8 2 3 7-8 2-7 2 2 2 2 8 8 4-7 3

elevated temperature PVOC SAN Copolymer

5 2

elevated temperature

Ethyl Lactate room temperature Cellulose Acetate Cellulose Acetate Butyrate General Purpose Polystyrene Impact Polystyrene PVOC SAN Copolymer

2 7 2

Ethylamine room temperature

Ethyl Formate room temperature CTFE PVOF

PVOC SAN Copolymer

Amorphous Nylon

elevated temperature

pvc

7

elevated temperature

3

Ethyl Ether room temperature

ASS Acrylic Resin CPVC ECTFE HOPE lonomer LOPE MOPE Polyimide Polypropylene

4

Ethyl Salicylate room temperature

Ethylamine (31-40%) room temperature

Ethyl Digol room temperature

ASS Acrylic Resin Acrylonitrile Copolymer Amorphous Nylon CPVC CTFE ECTFE HOPE lonomer LDPE MOPE Polycarbonate Polyetherimide Polyimide Polypropylene PVC

6

Ethyl Propionate room temperature

5

elevated temperature

PES

Polymethylpentene

ASS PVOC SAN Copolymer

Ethyl Cyanoacetate room temperature PVOC PVOF SAN Copolymer

Polymethylpentene

CTFE

Ethyl Chloroformate elevated temperature PVDF

Ethyl Oleate room temperature

elevated temperature

elevated temperature

HOPE

Ethyl Butyrate room temperature ASS Acrylic Resin CTFE LOPE Nylon 66 PVDC SAN Copolymer

PVDC PVDF SAN Copolymer

8

CPVC CTFE ECTFE ETFE lonomer PVC

2 1 8 8 2 3

Ethylene Carbonate elevated temperature Nylon 6 Nylon 610 Polyester - PBT

2-8 2-8 2

Ethylene Chloride room temperature ABS Acetal Resin

2-8 6

Note: Numbers refer to POL Resistance Ratings (0-9 scale with 9 as highest resistance.)

© Plastics Design Library

Section Two

982 Chemical Sort with POL Resistance Rating

Acrylic Resin ASA Cellulose Acetate Cellulose Acetate Butyrate CTFE ECTFE General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Nylon 12 Nylon 6 Nylon 612 Nylon 66 Polyimide Polypropylene PVOC SAN Copolymer

2 0 0 0 9 8 0 2 0 2 2 2 5-6 6-8 5 6-8 8 2-5 5 0-2

elevated temperature ABS Acrylic Resin ASA CTFE ECTFE ETFE General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Nylon 12 Nylon 612 Nylon 66 Polyamideimide Polycarbonate Polyimide Polyphenylene Sulfide Polypropylene Polysulfone PPE PVOC PVOF SAN Copolymer

2 2 0 6 8 8 0 2 0 2 2 2 3 3 3 9 0 8 4-8 2 0 0 3 7 0-2

Ethylene Chlorohydrin room temperature ASS Amorphous Nylon ECTFE lonomer LOPE Nylon 11 Nylon 66 Polycarbonate Polypropylene

pvc

PVOC PVOF SAN Copolymer

5 1 8 2 2 1 1 2 8 3 5 8 5

elevated temperature ABS ECTFE ETFE EVOH lonomer LOPE Polypropylene PVC PVOC SAN Copolymer

2 2 8 1-9 2 2 8 3 3 2

Ethylene Dibromide room temperature Acrylic Resin

2

elevated temperature Nylon 612

6

Ethylene Dichloride room temperature ABS Acrylic Resin AcryliC/PVC Alloy CPVC ECTFE General Purpose Polystyrene

2 0-4 2 2 7-8 2

HDPE Impact Polystyrene lonomer LOPE Nylon 66 PC/Polyester Alloy Polyallomer Polycarbonate Polyester - PBT Polyester - PETG Polyimide Polypropylene PVC PVOC SAN Copolymer Styrene Butadiene Copolymer

5 2 2 2-3 6 6 3 0-2 2 1 8 3-8 3 2 2 0

Polyester - PET Polyetherimide Polyimide Polymethylpentene Polyphenylene Sulfide Polypropylene Polysulfone PPE PVC PVOC PVOF Rigid PU SAN Copolymer SMA Copolymer SMA/PC Alloy UHMWPE

2 4 2 2 2-5 3 2 2 6 9 2 8 6-8 3 2 8 2

ABS ASA CPVC CTFE ECTFE ETFE EVOH FEP General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE Liquid Crystal Polymer MOPE Nylon 6 Nylon 610 Nylon 66 PEEK PES PFA Polyamideimide Polyarylsulfone Polybenzim idazole Polycarbonate Polyester - PBT Polyetherimide Polyimide Polyketone Polymethylpentene Polyphenylene Sulfide Polypropylene Polysulfone PPE PVC PVOC PVOF SAN Copolymer SMA/PC Alloy UHMWPE

elevated temperature ABS Acetal Resin Acrylic Resin CPVC ECTFE HOPE lonomer LOPE Nylon 66 Polybenzim idazole Polyester - PBT Polyimide Polyphenylene Sulfide PVC PVOC PVOF SAN Copolymer

elevated temperature

Ethylene Glycol (41-50%) room temperature 3-5 8-9 8-9 7-9 9 8-9

Nylon 66 PES Polyester - PBT Polyetherim ide Polyphenylene Sulfide Rigid PU

elevated temperature 7 1-4 3-9 1-5 3-8 6-7 2-9

Acetal Resin Nylon 66 PES Polyester - PBT Polyetherimide Polymethylpentene Polyphenylene Sulfide

Ethylene Glycol (76-97%) room temperature 6

Nylon 6

Ethylene Glycol room temperature ABS ABS/PU Alloy Acetal Resin Acrylic Resin Amorphous Nylon ASA Cellulose Acetate Cellulose Acetate Butyrate Cellulose Propionate CPVC ECTFE ETFE EVOH FEP General Pu(pose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Nylon 6 Nylon 610 Nylon 66 PC/ABS Alloy PC/Polyester Alloy PEEK PES PFA Polyamideimide Polyarylsulfone Polycarbonate Polyester - PBT

9 9 9 8 8-9 8-9 8-9 8-9 8-9 7 6-7 9 7-9 8 8 8

6-9 9 8 6-8 6 9 5 5 9 4-8 1-9 9 4-7 9 5-9 6-9 7-8 4 6-7 6 4-9 6-9 3-9 9 9 5-9 8-9 7-9 9 8-9 5-9 7-9

6-7 9 4-7 9 1-9 6-9 1-9 4-8 7-9 6-8 7 2 6 8 6 0 2-4 1-9 2-8 3-9 3-8 9 3-9 2-9 3-9 1-8 2-9 2-4 8-9 .8 4-9 8-9 1-9 3-9 8 7 1-8 9 8 8

Ethylene Glycol Butyl Ether room temperature Acrylonitrile Copolymer PVOC SAN Copolymer

7 7 9

elevated temperature 5 2

PVOC SAN Copolymer

Ethylene Glycol Ethers room temperature ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer

3 3 3 3

elevated temperature ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer

3 3 3 3

Ethylene Glycol Ethyl room temperature 8

LOPE

Ethylene Glycol Ethyl Ether room temperature Acrylonitrile Copolymer Polypropylene PVOC SAN Copolymer

6 8 9 2

Note: Numbers refer to POL Resistance Ratings (0-9 scale with 9 as highest resistance.)

Section Two

© Plastics Design Library

983

Chemical Sort with POL Resistance Rating

elevated temperature PVOC SAN Copolymer

5 2

Ethylene Glycol Methyl Ether 5

8 2

elevated temperature PVOC SAN Copolymer

7 2

Ethylene Glycol p-secButylphenyl Ether 8

PVDC

7

8

PVOC

7

room temperature 8 2

elevated temperature 7 2

Ethylene Nitrate room temperature 8

Ethylene Oxide (10-20O/o) elevated temperature 9 9

Ethylene Oxide room temperature ABS Acetal Resin Acrylic Resin Cellulose Acetate Cellulose Acetate Butyrate CTFE ECTFE General Purpose Polystyrene HOPE Impact Polystyrene lonomer Nylon 11 Nylon 6 Nylon 610 Nylon 66 PES Polyester - PBT Polypropylene PVC PVOC SAN Copolymer

2 8 5-8 1 1 3 8 2 8 2 8 8 6 6 8 2-8 8 5-8 3 9 2

elevated temperature ABS Acrylic Resin ECTFE ETFE HOPE lonomer Nylon 11 Nylon 6 Nylon 610 Polycarbonate PVC PVOC PVOF SAN Copolymer

2 7-9

8 8 8 6 1-5 2 2 9 3 5 7-8 2

2 5 2

Liquid Crystal Polymer

Ethylenediamine (76-97

)

7

5 8 1 8 5 8 5 4-9 4 6 2 7 5

elevated temperature ABS ECTFE ETFE HOPE Liquid Crystal Polymer Nylon 66 PFA Polyam ideimide Polycarbonate Polyphenylene Sulfide Polysulfone PPE PVOC PVOF SAN Copolymer

2 1-2 8 8 2 5 9 1 0 3-5 0 2 5 8 2

Ethylenediaminetetraacetic Acid room temperature HOPE

8

elevated temperature HOPE

9 2 8 8 8 5 7 7 8

Ethylhexyl Sebacate (2-) Acrylic Resin

room terrlperature 7

HOPE

8

elevated temperature HOPE

8

Exhaust Gases room temperature Acetal Resin Nylon 6 Nylon 610 Polyester - PBT

8 8 8 8

Fabric Cleaners room temperature Polycarbonate

4-8

elevated terrlperature Polycarbonate

2

Fabric Softener room temperature ABS PPE PVC

2-8 8 8

Fats

LOPE Nylon 6 Nylon 610 Polyester - PBT PVC

8

5 8-9 8 8 8 8 2 8 8 8 8

Fatty Acid Amides room temperature 8

elevated temperature HOPE

5

Fatty Acid Esters room temperature Nylon 11 Nylon 66

7-9

5

room temperature

HOPE

elevated temperature HOPE Nylon 12 Nylon 612 PVOF

HOPE

Euron G

elevated temperature

room temperature

5

elevated temperature

8

Ethylhexyl Alcohol (2-) Cellulose Acetate Cellulose Acetate Butyrate HOPE Nylon 12 Nylon 612

HOPE

9

room temperature Cellulose Acetate Butyrate

Euron B

Acetal Resin LOPE Nylon 6 Nylon 610 Nylon 66 Polyester - PBT PVC

Ethylhexyl Adipate (Di-2-)

5 2

room temperature

room temperature

room temperature

0 2 2 5 2

elevated temperature

8

Ethylhexyl Acrylate Acrylonitrile Copolymer

Cellulose Acetate General Purpose Polystyrene Impact Polystyrene PVOC SAN Copolymer PVOC SAN Copolymer

room temperature ABS Acetal Resin Amorphous Nylon ECTFE General Purpose Polystyrene HOPE Impact Polystyrene Nylon 6 Nylon 610 Nylon 66 Polyphenylene Sulfide PVOC SAN Copolymer

4 3 3 7

room temperature 7-9

%

4 9 5 3 3 7

Eugenol

room temperature

room temperature

Ethylene Propylene Rubber ABS

elevated temperature ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer

elevated temperature ABS PVDC SAN Copolymer

ASA Cellulose Acetate Cellulose Acetate Butyrate General Purpose Polystyrene Impact Polystyrene SAN Copolymer

2 5 2

Ethylenediamine

Ethylene Glycol Phenyl Ether

Acrylic Resin Polycarbonate

room temperature ABS PVDC SAN Copolymer

Polysulfone

room temperature pvoc elevated temperature

PES

8

room temperature

Ethylene Glycol p-tertButylphenyl Ether

PVOC SAN Copolymer

PES

Ethylenediamine (41-S0%)

room temperature pvoc elevated temperature

PVOC SAN Copolymer

Eucalyptus Oil room temperature

Ethylene Trichloride

room temperature Acrylonitrile Copolymer PVOC SAN Copolymer

Ethylene Sulfate room temperature

8 8

elevated temperature Nylon 11

8

Note: Numbers refer to POL Resistance Ratings (0-9 scale with 9 as highest resistance.)

© Plastics Design Library

Section Two

984

Chemical Sort with POL Resistance Rating

Fatty Acids

Ferric Chloride (20-300/0)

room temperature

room temperature

Acetal Resin ECTFE HOPE Nylon 6 Nylon 610 Polyester - PBT Polypropylene PVC

8 8 8 8 8 8 9 8

elevated temperature

ECTFE ETFE FEP PFA

8 9 9 9

Ferric Chloride (31-400/0) Cellulose Acetate Cellulose Acetate Butyrate PVOC

7 8 7

elevated temperature PVOC

7

Ferric Chloride (41-500/0)

Fatty Alcohols

elevated temperature

room temperature 8 8 8 8 8

Acetal Resin HOPE Nylon 6 Nylon 610 Polyester - PBT

elevated temperature 5

HOPE

Fels Naphtha room temperature Polycarbonate

elevated temperature 5

Polycarbonate

Fennel Seed room temperature General Purpose Polystyrene Impact Polystyrene

8 8

elevated temperature General Purpose Polystyrene

8

Ferric Acetate room temperature PVC

8-9

elevated temperature PVC

3-6

Ferric Ammonium Sulfate room temperature General Purpose Polystyrene Impact Polystyrene PVOC SAN Copolymer

8 6 8 9

elevated temperature General Purpose Polystyrene PVOC SAN Copolymer

Ferric Chloride

8

room temperature 8 8 7 9 8 8

ECTFE ETFE HOPE Polypropylene PVC PVOF

ECTFE

elevated temperature

(~

6 8 7

50/0)

room temperature Acetal Resin Cellulose Acetate Cellulose Acetate Butyrate Nylon 6 Polyester - PET

8

5 7 6 9

elevated temperature Nylon 6

3

room temperature 8 4-7 6 4-7 9

elevated temperature Nylon 66 Polyamideim ide Polycarbonate Polyphenylene Sulfide Polysulfone PPE

1 9 9 9 9 9

Ferric Chloride (10-200/0) room temperature Cellulose Acetate Cellulose Acetate Butyrate

8

Ferric Chloride 8-9 8 6-8

3 8 8 8 8 8 6 8 8 8

3 9 8 8 7 8 8-9 8 7 8-9

elevated temperature ABS Acrylic Resin CPVC CTFE ECTFE General Purpose Polystyrene HOPE lonomer LOPE MOPE PFA Polycarbonate Polyimide Polymethylpentene Polyphenylene Sulfide Polypropylene PVC PVOC PVOF SAN Copolymer

9 8 8 9 8 6 8 8 8 8 9 8 7 8 8 8-9 8

7 8 7-8

6 7

elevated temperature 8 8 8 8 8 8

Ferric Nitrate room temperature ASS ECTFE HOPE lonomer LOPE

7 8 8 8 8 8 8 8 8 8-9 8 7 8 7

room temperature ASS Acrylic Resin CPVC ECTFE lonomer PES Polyimide Polymethylpentene Polypropylene PVC

9 8 8 8 8 8 7 8 8-9 8 7 9

pvoc

SAN Copolymer

elevated terrlperature ABS Acrylic Resin CPVC ECTFE ETFE lonomer Polyimide Polymethylpentene Polyphenylene Sulfide Polypropylene PVC PVOC PVOF SAN Copolymer

7 8 8 8 8 8 7 8 8 8-9 8 7 8 7

Ferric Sulfide elevated temperature PVOF

8

Ferrous Ammonium Citrate room temperature HOPE PVOC SAN Copolymer

8 8 9

elevated temperature HOPE PVOC SAN Copolymer

8 8

7

Ferrous Chloride

(~

5%)

Acetal Resin 8 8 8

CPVC ETFE lonomer Polyphenylene Sulfide PVC PVOF

elevated temperature ABS ECTFE ETFE HOPE lonomer LOPE MOPE Polymethylpentene Polyphenylene Sulfide Polypropylene PVC PVOC PVOF SAN Copolymer

room temperature

Ferric Hydroxide CPVC lonomer PVC

8 8 8 8-9 8 7 9

Ferric Sulfate

room temperature ABS Acrylic Resin Amorphous Nylon Cellulose Acetate Cellulose Acetate Butyrate CPVC ECTFE General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Nylon 6 PEK PES Polycarbonate Polyimide Polymethylpentene Polypropylene PVC PVOC SAN Copolymer

room temperature

Ferric Chloride (5-100/0) Acrylic Resin Amorphous Nylon Nylon 46 Nylon 66 Polypropylene

ETFE

MOPE PES Polymethylpentene Polypropylene PVC PVOC SAN Copolymer

9 8 8 8 8

9

Ferrous Chloride (5-100/0) room temperature Nylon 6 Nylon 66

3 6

Ferrous Chloride room temperature ASS CPVC ECTFE General Purpose Polystyrene HOPE lonomer LOPE MOPE PES Polymethylpentene Polypropylene

8-9 8 8 8 8 8 8 8 7 8 8-9

Note: Numbers refer to POL Resistance Ratings (0-9 scale with 9 as highest resistance.)

Section Two

© Plastics Design Library

985 Chemical Sort with POL Resistance Rating pvc PVOC SAN Copolymer

8 7 8-9

elevated temperature ABS CPVC CTFE ECTFE ETFE General Purpose Polystyrene HOPE lonomer LOPE MOPE Polymethylpentene Polyphenylene Sulfide Polypropylene PVC PVOC PVOF SAN Copolymer

7 8 9 8 8 6 8 8 8 8 8 8 8-9 8 7 8 7-8

Ferrous Hydroxide room temperature PVC

8

elevated temperature ETFE PVOF

8 8

Ferrous Nitrate room temperature CPVC ECTFE PES Polypropylene PVC

8 8 5-8 8

4-6 3 6

Ferrous Sulfate (10-200/0)

room temperature 8 8

Ferrous Sulfate (31-400/0)

8 9 9 8 9 8 8 8 9

ASA General Purpose Polystyrene HOPE Impact Polystyrene SAN Copolymer

9 9 8 9 9

Fir Wood Oil room temperature HOPE

8

elevated temperature 5

room temperature Nylon 12 Nylon 612

Polycarbonate

HOPE lonomer LOPE MOPE PVC

7

elevated temperature 5

Ferrous Su Ifate

HOPE lonomer LOPE MOPE PVC

8 8

8

6 8 6 6 8 6 8 6 6 8

Flit

room temperature 9 5-7 8 8 8 8 8 8 7 8 8-9 8 7 9

elevated temperature 9 8 9 8 8 8

room temperature General Purpose Polystyrene Impact Polystyrene

5 5

elevated temperature General Purpose Polystyrene

4

Floor Cleaners room temperature Cellulose Acetate Cellulose Acetate Butyrate

5 8

Floor Polish room temperature Acetal Resin Nylon 12 Nylon 6 Nylon 610 Nylon 612 Polycarbonate Polyester - PBT

Nylon 12 Nylon 612

7 7

Flour room temperature Nylon 12 Nylon 6 Nylon 612

8 8 8

Fluoboric Acid ABS Acrylic Resin CPVC ECTFE HOPE lonomer LOPE MOPE Polyimide PVC PVOC SAN Copolymer

7 8 7 8 8 8 8 8 7 8-9 7 7

elevated ternperature ABS Acrylic Resin CPVC ETFE HOPE lonomer LOPE MOPE Polyimide Polyphenylene Sulfide PVC PVOC PVOF SAN Copolymer

7 8 2 8 5-8 8 8 8 7 8 8-9 7 8 7

Fluorinated Ether elevated temperature Polyphenylene Sulfide

8

Fluorine

elevated temperature

room temperature

ABS CPVC CTFE ECTFE ETFE HOPE

Acetal Resin ASA General Purpose Polystyrene HOPE Impact Polystyrene Nylon 6 Nylon 610 Polyester - PBT SAN Copolymer

room temperature

Ferrous SuIfate (20-300/0)

ABS Amorphous Nylon CPVC ECTFE HOPE lonomer LOPE MOPE PES Polymethylpentene Polypropylene PVC PVOC SAN Copolymer

Fertilizers room temperature

Fish Solubles

PVOC

PVOC

5

room temperature 7

elevated temperature

PVOC

elevated temperature General Purpose Polystyrene

Fish Oils

room temperature

ABS SAN Copolymer

5 5

Fish

room temperature

PVOC

room temperature General Purpose Polystyrene Impact Polystyrene

elevated temperature

room temperature

Ferrous Sul'fite

HOPE

Ferrous Sulfate (5-100/0) Amorphous Nylon Nylon 6 Nylon 66

8 8 8 8 8 8-9 9 8 5-7 8 9

elevated temperature 8 8 7 8 8

elevated terrlperature ECTFE ETFE Polypropylene PVOF

lonomer LOPE MOPE Polymethylpentene Polyphenylene Sulfide Polypropylene Polysulfone PVC PVOC PVOF SAN Copolymer

8 8 8 8 8 8 8

room temperature ABS Acetal Resin ECTFE HOPE lonomer LOPE Nylon 11 Nylon 6 Nylon 610 Nylon 66 PES Polyester - PBT Polypropylene PVC PVOC PVOF SAN Copolymer

2 2 8 3-8 2 8 1 2 2 1-4 1 2 2-4 3-8 2 7-8

2

elevated temperature ABS CTFE HOPE lonomer LOPE Nylon 11 Polypropylene PVC PVOC SAN Copolymer

2 9

2 2 2 1

2 3

2 2

Fluorinert FC 70 elevated temperature Liquid Crystal Polymer Polyester - PBT Polyetherimide Polyphenylene Sulfide

5-9 8-9 7-8 8

Fluorochlorohydrocarbons room temperature Nylon 12 Nylon 6

8 8

Note: Numbers refer to POL Resistance Ratings (0-9 scale with 9 as highest resistance.)

© Plastics Design Library

Section Two

986 Chemical Sort with PDL Resistance Rating pvc

Fluosilicic Acid (5-100/0) Cellulose Acetate Cellulose Acetate Butyrate Nylon 6 Nylon 66

9 5-9

SAN Copolymer

room temperature 5 5 3 1

elevated temperature PPE

8

Food Release Spray room temperature

Fluosilicic Acid (10-200/0)

Polycarbonate

room temperature

elevated temperature

PVOC

7

elevated temperature PVOC

7

Fluosilicic Acid (20-30 0k) room temperature Cellulose Acetate Cellulose Acetate Butyrate

7

Polycarbonate

3-7

Foot Oil room temperature

5

elevated temperature

4 8

ASA SAN Copolymer

Polyphenylene Sulfide PVC

8 8

room temperature

Formaldehyde

(~

8 8 8 8 8 8 8 8

Nylon 12 Nylon 612 PVOC

7 7 8

ABS ASA General Purpose Polystyrene HOPE Impact Polystyrene Nylon 12 Nylon 6 Nylon 612 Nylon 66 PVOC SAN Copolymer

7 8 8 8 8 8 8 8-9 7 7 7 8 8 8 6 5-6 6 8 8 8-9 7 8 7

Fluosulfonic Acid (76-97%) room temperature 7

Fluothane room temperature Nylon 66

8

Flushing Oil room temperature PES

9

Flux room temperature ABS General Purpose Polystyrene HOPE Nylon 6 Nylon 610 Nylon 66 Polycarbonate Polyester - PBT Polypropylene Polysu Ifone PPE

8-9 7 2-8 8 2-8 7 6 7 5 8 7-9

elevated temperature

elevated temperature

6-8 6-9 8 6 6-7 3-5 8-9 9 6-9 8-9 8-9

ABS ASA General Purpose Polystyrene HOPE Impact Polystyrene Nylon 12 Nylon 612 PVOC PVOF SAN Copolymer

7 5 8 8 8 1 1 8 7 5-6

Formaldehyde (31-400/0) room temperature ABS Acetal Resin Acrylic Resin Acrylonitrile Copolymer Cellulose Acetate Cellulose Acetate Butyrate Cellulose Propionate CPVC ECTFE HOPE LOPE Nylon 12 Nylon 6 Nylon 612 Nylon 66 Nylon MX06 Polyetherim ide Polyimide Polypropylene PVOC

3-9 8 8 7 3 1 2 4 8 8 6-8 6-7 3 7 8 9 9 7 8-9 8-9

elevated temperature ABS Acrylic Resin CPVC ECTFE ETFE HOPE LOPE

8

Formaldehyde Amorphous Nylon lonomer Nylon 11 Nylon 12 Nylon 46 Nylon 6 Nylon 612 Nylon 66 PEEK PES Polyarylam ide Polycarbonate Polymethylpentene Polypropylene PVC

5-6 6 8 6-7 8 6 7 6 7 8 5 8 8 8-9 3-8

elevated temperature

Formaldehyde (20-30%)

room temperature

PVOF

9

8 8 8

room temperature

ABS ECTFE ETFE HOPE lonomer LOPE MOPE Polymethylpentene Polyphenylene Sulfide Polypropylene PVOC PVOF SAN Copolymer

room temperature

room temperature Nylon 12 Nylon 612 PVOC

Fluosilicic Acid ABS ECTFE HOPE lonomer LOPE MOPE Polymethylpentene Polypropylene PVOC SAN Copolymer

9 9

elevated temperature

elevated temperature HOPE lonomer LOPE MOPE

ECTFE

Formaldehyde (5-100/0)

room temperature HOPE lonomer LOPE MOPE

room temperature

9 9

5%)

Cellulose Acetate Butyrate

Fluosilicic Acid (31-400/0)

1 1 5 9 9 7 8-9 9 9 9 8-9 8

Formaldehyde (41-500/0)

ASA SAN Copolymer

pvc elevated temperature

Nylon 12 Nylon 612 Nylon 66 Polyamideimide Polycarbonate Polyimide Polyphenylene Sulfide Polypropylene Polysulfone PPE PVOC PVOF

2 6 2 8 8 5-8 6

CTFE lonomer Nylon 11 Polymethylpentene Polypropylene Polysulfone PVC

8 5 1 8 5-8 3 3-8

Formamide room temperature Acetal Resin HOPE Nylon 12 Nylon 6 Nylon 610

8 8 6 6-8 8

elevated temperature 1-9 8 0 0

EVOH HOPE Nylon 6 Nylon 610

Formic Acid (~ 50/0) room temperature Acrylonitrile Copolymer Cellulose Acetate Cellulose Acetate Butyrate Nylon 6 Nylon 66 PVOC

5 9 9 3 4 7

elevated terrlperature 7

PVOC

Formic Acid (5-100/0) room temperature 7 2 8 8 3-8 2 3-4 8 8 1 8 8 7 8-9 8 7

ABS Acetal Resin Acrylic Resin HOPE Nylon 12 Nylon 46 Nylon 6 Nylon 610 Nylon 612 Nylon 66 Polycarbonate Polyester - PBT Polyetherim ide Polypropylene Polysulfone PVOC

elevated temperature ABS Acetal Resin HOPE

7 2 8

Note: Numbers refer to POL Resistance Ratings (0-9 scale with 9 as highest resistance.)

Section Two

© Plastics Design Library

987

Chemical Sort with POL Resistance Rating

Nylon 12 Nylon 6 Nylon 610 Nylon 612 Polyester - PBT Polypropylene PVOC

3 2 8 3 5 8·9 7

Formic Acid (10-20%) room temperature HOPE LOPE

8 6

elevated temperature HOPE LOPE

8 6

Formic Acid (20-300/0) room temperature ASS PVOC

5 7

elevated temperature ASS PVOC

5 7

Formic Acid (31-400/0) room temperature ASA General Purpose Polystyrene Impact Polystyrene Nylon 12 Nylon 6 SAN Copolymer

9 9 9 3 1 9

elevated temperature ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer

5 9 9 5

Formic Acid (41-500/0) room temperature ABS HOPE LOPE Nylon 12 Nylon 612 PVOC

3 8 6 3 3 7

elevated ternperature ABS HOPE LOPE Nylon 12 Nylon 612 PVOC

3 8 6 1 1 7

Formic Acid (76-97%) room ternperature ABS Acrylic Resin Acrylonitrile Copolymer ASA General Purpose Polystyrene HOPE Impact Polystyrene Nylon 12 Nylon 46 Nylon 6 Nylon 612 Nylon 66 Polybenzim idazole Polypropylene PVOC SAN Copolymer

2 2 2 5 5-8 8 5-8 3 0 1 3 0-2 2 8 7 2-5

elevated temperature ASA CTFE General Purpose Polystyrene HOPE Impact Polystyrene Liquid Crystal Polymer Nylon 12 Nylon 612 Nylon 66 Polyamideimide Polycarbonate Polyphenylene Sulfide Polysulfone PPE

4 4-9 4-6 8 6 2-6 1 1 0 3 1 5 5 9

PVOC SAN Copolymer

7 2-4

Formic Acid room temperature ABS Amorphous Nylon CTFE ECTFE HOPE Impact Polystyrene lonomer LOPE MOPE Nylon 11 Nylon 12 Nylon 612 Nylon 66 Nylon MX06 PES Polycarbonate Polymethylpentene Polypropylene PVC PVOC UHMWPE

2 1 9 8 8 5 8 6-8 8 1 3 3 4 0 8 2-6 8 8-9 8 7 8 2 1 8 8 8 1-9 8 8 6-8 8 1 1 1 8 6-8 3 7 7-8 8

Formula 409 room temperature ABS PC/ABS Alloy PPE PVC

6-8 6 8 8

Freon room temperature Nylon 12 Nylon 46 Nylon 6 Polycarbonate Polypropylene Rigid PU

8 8 8 2 8 9

elevated temperature Polyphenylene Sulfide

8

Freon 11 room temperature ABS Amorphous Nylon ASA Cellulose Acetate CTFE ECTFE General Purpose Polystyrene Impact Polystyrene Nylon 66 PES Polyester - PBT Polysulfone PVC SAN Copolymer

2 9 5 4 1 8 3 3 6 8 8 3-8 3-8 2-5

elevated temperature Aromatic Polyamide ASA ECTFE ETFE Polyester - PBT Polysulfone

pvc

7-8 4

Freon 113 room temperature

elevated temperature ABS Acetal Resin CTFE ECTFE ETFE EVOH HOPE lonomer LOPE MOPE Nylon 11 Nylon 12 Nylon 612 Polymethylpentene Polyphenylene Sulfide PVC PVOC PVOF UHMWPE

PVOF SAN Copolymer

9 4 8 8 8 1 3-8

Amorphous Nylon ASA CTFE ECTFE General Purpose Polystyrene Impact Polystyrene PES Polycarbonate Polyester - PBT PVC SAN Copolymer

9 5 6 8 3 3 7-9 5 8-9 8-9 5

elevated temperature ASA CTFE ECTFE ETFE Liquid Crystal Polymer PES PFA Polyester - PBT PVC PVOF SAN Copolymer

4 1 8 9 9 0-8 6 8 9 8 4

Freon 114 room temperature Amorphous Nylon ASA Cellulose Acetate Cellulose Acetate Butyrate ECTFE General Purpose Polystyrene Impact Polystyrene PES PVC SAN Copolymer

8-9 5 8-9 4-8 8 3 3 8 8-9 5

elevated temperature ASA ECTFE PVC PVOF SAN Copolymer

4 8 9 8 4

Freon 12 room temperature ABS Amorphous Nylon ASA Cellulose Acetate Cellulose Acetate Butyrate CTFE ECTFE General Purpose Polystyrene HOPE Impact Polystyrene Nylon 11 Nylon 12 Nylon 6 Nylon 66 PES Polycarbonate Polysulfone PVC SAN Copolymer

8 5 5 6·9 2-8 4 8 2-3 5 2-3 8 8 8 8 8 2 8 8 5-8

elevated temperature ASA ECTFE ETFE HOPE Liquid Crystal Polymer Nylon 66/6 PVC PVOF SAN Copolymer

4 8 8 3 5 8 8 8 4

Freon 1281 room temperature Acetal Resin Nylon 6 Nylon 610

8 8 8

Freon 13 elevated temperature PVOF

8

Note: Numbers refer to POL Resistance Ratings (0-9 scale with 9 as highest resistance.)

© Plastics Design Library

Section Two

988 Chemical Sort with POL Resistance Rating

Freon 13B1 room temperature Acetal Resin Nylon 6 Nylon 610

8 8 8

Freon 14 elevated temperature PVOF

8

Freon 160 room temperature Polyester - PBT

8

Freon 170 room temperature Polyester - PBT

2 3 8 3 3 5 1-3 3

pvc

PVOF

8

8 8 9 3 0-7 0-5 4

8 2-3 2-3 8

8 6 2 8 4 1-3 3-8 9 8 8 5 9 1-3 7-8

4·8

Freon F113 room temperature Polyester - PET

8

Freon TA room temperature Polycarbonate

4-8

elevated temperature Polycarbonate

4-8

Freon TC room temperature Polycarbonate

4-8

elevated temperature Polycarbonate

0-8 9 2-7 4 1-2 1-8 3-6 0-7

Freon TMC room temperature Polysulfone

Freon TMS room temperature 9

Freon TP35 room temperature PC/Polyester Alloy

9

Frigene room temperature Nylon 66

8

Frigilux Bo (~ 5%) room temperature 4-6

Amorphous Nylon

Fromaldehyde room temperature Impact Polystyrene

9

8

Freon SF room temperature Polysulfone

9 7-9 9 8-9 8 4-7 8 9 7 7-9

PC/Polyester Alloy 8 1-3

elevated temperature Aromatic Polyamide ECTFE ETFE Liquid Crystal Polymer Polybenzim idazole

PC/Polyester Alloy PES Polyam ideimide Polyarylsulfone Polycarbonate Polyester - PBT Polyetherimide Polyimide Polyphenylene Sulfide Polysulfone

8

Freon 22 room temperature ABS Acetal Resin Amorphous Nylon ASA Cellulose Acetate Cellulose Acetate Butyrate CTFE ECTFE General Purpose Polystyrene Impact Polystyrene Nylon 11 Nylon 6 Nylon 66 PES Polycarbonate Polyester - PBT Polysulfone PVC SAN Copolymer

Freon TF room temperature

PES Polyamideimide Polyarylsulfone Polycarbonate Polyester - PBT Polyimide Polyphenylene Sulfide Polysulfone

elevated temperature ECTFE PVC PVOF

6

elevated temperature

Freon 21 room temperature Amorphous Nylon ASA ECTFE General Purpose Polystyrene Impact Polystyrene Nylon 66 PVC SAN Copolymer,

Nylon 66

8

Freon 180 room temperature Polyester - PST

elevated temperature

Freon TE room temperature

Fructose room temperature 8

8

pvc elevated temperature

HOPE lonomer LOPE MOPE Polypropylene PVC PVOF

8 8 8-9 8 8 8 8 8 8·9 8 8

ABS Acrylic Resin ECTFE HOPE Impact Polystyrene Nylon 11 Nylon 12 Nylon 46 Nylon 6 Nylon 612 Nylon 66 Polycarbonate Polyester - PBT Polymethylpentene Polypropylene

8 8 8 8 8 8-9 8 8

Fruit Pulp room temperature HOPE lonomer LOPE MOPE

7-8 6 7-8 7

elevated temperature HOPE lonomer LOPE MOPE

7-8 6 7-8 7

Fuel Oils room temperature Acetal Resin Amorphous Nylon ASA Cellulose Acetate Butyrate General Purpose Polystyrene HOPE Impact Polystyrene LOPE Nylon 12 Nylon 6 Nylon 610 Nylon 612 Nylon 66 PES Polyester - PBT Polypropylene SAN Copolymer

8 8 9 9 6 8 5 5 8 8 8 8

8 8 8 8 9

elevated temperature Amorphous Nylon ASA ETFE General Purpose Polystyrene HOPE Impact Polystyrene LOPE Nylon 12 Nylon 612 Polyphenylene Sulfide Polypropylene PVOF SAN Copolymer

8 7

8 3 2-5 3 2 8

8 8 5

8 7

Fuels room temperature Nylon 12 Nylon 6

8 8

elevated temperature 8

Polyester - PBT PVOF

7-8

Fumaric Acid elevated temperature ETFE PVOF

8

8

Fungicide room temperature

Fruit Juices room temperature

pvc

4-8

8

CPVC HOPE lonomer LOPE MOPE Polypropylene

ECTFE HOPE Nylon 12 Nylon 612 Polymethylpentene Polypropylene PVC PVOF

9 8 8 8 9 8 8 6 6·8 8 8 8 8 8 8-9 8

7-9

Acetal Resin

Furaldehyde (2-) room temperature 7 2

PVOC SAN Copolymer

elevated temperature 5 2

PVOC SAN Copolymer

Furan room temperature 3-4 2

CTFE PVOF

elevated temperature ETFE Polyphenylene Sulfide

8 8

Note: Numbers refer to POL Resistance Ratings (0-9 scale with 9 as highest resistance.)

Section Two

© Plastics Design Library

989 Chemical Sort with POL Resistance Rating

Furfural room temperature Acetal Resin ASA Cellulose Acetate Butyrate General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Nylon 12 Nylon 6 Nylon 610 Polyester - PBT Polypropylene Polysulfone PVC PVDF SAN Copolymer

8 0 0 0 5-8 0 2 2 2 6 6 3 8 2-5 0 3 8 0

elevated temperature ASA ETFE General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Nylon 66 Polyam ideim ide Polycarbonate Polyphenylene Sulfide Polypropylene Polysulfone PPE PVC SAN Copolymer

0 8 0 2-8 0 2 2 2 6 6 0 8-9 2-4 0 0 3 0

Furfuryl Alcohol room temperature ABS Acetal Resin Acrylonitrile Copolymer Amorphous Nylon ASA General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Nylon 11 Nylon 6 Nylon 610 Polyester - PBT PVOC SAN Copolymer

2 8 2 1 4 2-8 4-8 2-8 2 2 2 8 8 8 8 7 2-4

elevated ternperature ASS ASA General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Nylon 11 Nylon 6 Nylon 610 PVOC SAN Copolymer

2 3 3 5-7 3 2 2 2 1-5 0 6 5 2-3

Furniture Polish room temperature Acrylic/PVC Alloy Nylon 12 Nylon 6 Nylon 612 PPE

8 8 8 8 1 7

5 5

Gallic Acid room temperature ASA

8 8-9 6-8 8-9 6 6 6 8 8 7-8 8-9

elevated temperature ASA CTFE ECTFE ETFE General Purpose Polystyrene HOPE Impact Polystyrene lonomer LDPE MOPE PVC PVOC SAN Copolymer

9 9 8 8 8-9 6-8 9 6 6 6 8 8 8-9

Garlic room temperature ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer

9 9 9 8-9

elevated temperature ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer

9 9 9 9

Gases room temperature PES PVC

8-9 8

elevated temperature ETFE PVC PVOF

8 8 8

Gasohol room temperature Acetal Resin Nylon 66 PC/Polyester Alloy Polyester - PBT Polyester - PET Polyester - PETG Polyetherim ide Polyphthalamide Rigid PU

7 5 5-9 8-9 8 2 8 7 5-6

elevated temperature PC/Polyester Alloy Polyester - PBT

1-3 1-9

Gasoline (41-50°,,'0) room temperature Polyester - PET

9

Gasoline (76-97%) room temperature HOPE Nylon 66 Polyester - PET Polyphenylene Sul'fide

8 8 7-9 9

elevated temperature

elevated temperature Acrylic/PVC Alloy Nylon 12 Nylon 612

ECTFE General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE PVC PVOC PVOF SAN Copolymer

9

HOPE Liquid Crystal Polymer Nylon 6 Nylon 66 Nylon 66/6 Polyphenylene Sulfide

5 4-8 1-4 1-4 1 7-9

Gasoline room temperature ABS ABS/Nylon Alloy ABS/PU Alloy Acetal Resin Acrylic Resin Acrylic/PVC Alloy

1-9 9 3 5-9 2-9 7

Amorphous Nylon ASA ASA/PVC Alloy Cellulose Acetate Cellulose Acetate Butyrate Cellulose Propionate CPVC CTFE ECTFE Expanded PE Beads Expanded PP Beads General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Nylon 11 Nylon 12 Nylon 46 Nylon 6 Nylon 610 Nylon 612 Nylon 66 Nylon MX06 PC/ABS Alloy PC/Acrylic Alloy PC/Polyester Alloy PC/SEBS Alloy PC/SEP Alloy PE Foam PEEK PES Polyallomer Polyarylam ide Polycarbonate PC/LLOPE Alloy Polyester - PBT Polyester - PCT Polyester - PCTG Polyester - PET Polyester - PETG Polyetherim ide Polyimide Polymethylpentene Polyphenylene Sulfide Polyphthalamide Polypropylene Polysulfone PPE PPElNylon Alloy PVC PVOC Rigid PU SAN Copolymer SMA Copolymer SMA/PC Alloy SMA/PBT Alloy

1-8 4-5 5 6-7 1-2 1-4 2-6 6-9 8 5 5 0-3 4-8 2-3 6 2-3 5 8 8 6-8 6-9 6-8 8 2-9 9 1-6 1 1-9 1 1 4 9 1-9 2 7 0-9 1 4-9 7-9 9 8-9 5-7 1-8 8-9 6 5-9 9 2-7 1-9 0-9 4 7-8 8-9 9 0-9 0-3 3 8-9

elevated temperature ABS Acetal Resin Acrylic Resin ASA CPVC CTFE ECTFE ETFE General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE Liquid Crystal Polymer MOPE Nylon 11 Nylon 12 Nylon 6 Nylon 610 Nylon 612 Nylon 66 PC/Polyester Alloy PES Polyam ideim ide Polybenzimidazole Polycarbonate Polyester - PBT Polyetherimide Polyimide Polyketone Polymethylpentene Polyphenylene Sulfide

1-5 7-9 5 3-4 2 9 8 8 0-3 2-8 3 5 2 5-9 2 6 8 4-9 4-9 8 1-9 2-9 3-9 9 9 4-9 1-9 1-6 8 8-9 4 4-9

Note: Numbers refer to POL Resistance Ratings (0-9 scale with 9 as highest resistance.)

© Plastics Design Library

Section Two

990 Chemical Sort with POL Resistance Rating

Polypropylene Polysulfone PPE PVOC PVOF Rigid PU SAN Copolymer

2-5 1-9 0 7 7-8 1-8 3-9

room temperature 4

elevated temperature Fluorinated PE HOPE Polyolefin/Nylon Alloy PolyslJlfone

9 1 9 1

Gasoline Dryer 8

Gear Lubricants room temperature PC/Polyester Alloy Polyester - PET

9 8

elevated temperature Polyamideimide

9

Gear Oils room temperature Acetal Resin General Purpose Polystyrene Nylon 6 Nylon 610 Polycarbonate Polyester - PST Polymethylpentene Polypropylene

8 8 8 8 8 8 8 9

elevated temperature PES Polycarbonate Polymethylpentene Polypropylene Polysulfone

4-9 4-8 6 7 4-9

Gelatins 8 8 8 8 8 8 8-9

elevated temperature ECTFE HOPE Polypropylene PVOF

8 8-9 8-9 8

room temperature

6

room temperature ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer

5 3 3 5

elevated temperature ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer

4 3 3 4

Ginger Ale 8 8 8 8

elevated temperature General Purpose Polystyrene

8

room temperature 4 8 4-8 7 9

Polycarbonate

4-8 7

pvc

Glass Wax

8

elevated temperature 8

Glaziers Putty room temperature 8

Polypropylene

room temperature 9

elevated temperature Polypropylene

room temperature 6

Genetron 22 room temperature 6

Genklene

2 2

room temperature

4

9

Glucose (20-300/0) room temperature ASS General Purpose Polystyrene Impact Polystyrene SAN Copolymer

8 8

6 8

elevated temperature

room temperature 8

General Purpose Polystyrene SAN Copolymer

elevated temperature ASS ECTFE HOPE lonomer LOPE MOPE Nylon 11 Polypropylene PVC PVOC PVOF SAN Copolymer

9 8 8 8 8 8 8 8 8 8 7-8 9

Glues room temperature HOPE PES

8 8

elevated temperature HOPE PVOF

8 8

elevated temperature PVOF

8

Glutaraldehyde (41-500/0) room temperature PC/POlyester Alloy Polycarbonate Polyester - PCTG

8 8 8

room temperature Amorphous Nylon

8-9

Glycerin (41-500/0) room temperature Polycarbonate

8

elevated temperature Polycarbonate

8

Glycerin

room temperature

8

9 8 8 8 8 8 8 8 8 8 8 8 9

Glycerides

ASS Acrylic Resin Polycarbonate PPE

pvc elevated terrlperature

ASS CPVC ECTFE HOPE lanomer LOPE MOPE Nylon 11 Nylon 66 Polypropylene PVC PVOC SAN Copolymer

Glutamic Acid

room temperature ASS General Purpose Polystyrene Impact Polystyrene SAN Copolymer

Glucose (10-200/0)

Genetron 12

PES

Ginger

Polycarbonate

elevated temperature

lonomer

8 5 8 5 2 8 8 8 2 8 8

HOPE

room temperature

lonomer

ECTFE HOPE LOPE Polymethylpentene PVOF

HOPE

Genetron 113

ECTFE

room temperature ECTFE General Purpose Polystyrene HOPE Impact Polystyrene LOPE Polymethylpentene

8

room temperature

ECTFE

8 8

Gin

Glaubers Salt

Genetron 11 lonomer

room temperature

8

elevated temperature HOPE

Gin (31-400/0)

General Purpose Polystyrene Impact Polystyrene

Genantin HOPE

room temperature 3-9

Glass Cleaners

room temperature Acetal Resin ECTFE HOPE Nylon 6 Nylon 610 Polyester - PST Polypropylene

Polyetherimide

elevated temperature

room temperature PC/Polyester Alloy

Glucose

Nylon 12 Nylon 612

Gasoline Additive Polysulfone

Germicides room temperature

6 8

room temperature ASS Acetal Resin Acrylic Resin Acrylonitrile Copolymer ASA Cellulose Acetate Cellulose Acetate Butyrate Cellulose Propionate CPVC ECTFE General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Nylon 11 Nylon 12 Nylon 46 Nylon 6 Nylon 610 Nylon 612 Nylon 66 PES Polycarbonate Polyester - PST Polypropylene Polysulfone PVC

8-9 8 8 7 9 9 9 9 8-9 8 8-9 6-8 6-9 6 6-7 6 8 8 8 8 8 8 7-8 8 8 8 8-9 8-9 8

Note: Numbers refer to POL Resistance Ratings (0-9 scale with 9 as highest resistance.)

Section Two

© Plastics Design Library

991 Chemical Sort with POL Resistance Rating pvoc SAN Copolymer UHMWPE

8 8-9 8

elevated temperature ASS ASA CPVC CTFE ECTFE ETFE General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Nylon 11 Nylon 12 Nylon 6 Nylon 612 Nylon 66 PES Polyester - PST Polyketone Polyphenylene Sulfide Polypropylene PVC PVOC PVOF SAN Copolymer UHMWPE

9 9 8-9 9 8 8 8-9 6-8 9 6 6 6 1-5 8 0 8 6 9 2-8 8-9 8 8-9 8 8 7-8 8-9 8

Glycerol elevated temperature EVOH

5-9

Glycerol Chlorohydrin room temperature HOPE

8

elevated temperature HOPE

8

9 2

elevated temperature PVOC SAN Copolymer

8 2

Glycine room temperature ASS General Purpose Polystyrene HOPE Impact Polystyrene PVOF SAN Copolymer

8 8 8 8 8 8

elevated temperature General Purpose Polystyrene HOPE SAN Copolymer

2 2 2 2

8 8 8 8 8

HOPE

8

elevated temperature HOPE

8

Glycols room temperature Acrylic Resin Acrylonitrile Copolymer ECTFE HOPE lonomer LOPE MOPE Nylon 11 Nylon 12 Nylon 46 Nylon 6 Nylon 612 Nylon 66 Polycarbonate Polymethylpentene Polypropylene PVC ECTFE ETFE HOPE lonomer LOPE MOPE Nylon 11 Nylon 12 Nylon 6 Nylon 612 Polymethylpentene Polypropylene PVC

5 7 8 6-8 4 6 6 8 8 6 6-8 8 6-8 8 8 8-9 8 8 8 6-8 2 6 6 1-5 8

3 8 8 5-9 8

Glysantin (41-50%) elevated temperature 1-5

Glysantin room temperature Acetal Resin HOPE Nylon 6 Nylon 610 Polyester - PST

6-8

5 6 6

ASS Acrylic/PVC Alloy Cellulose Acetate Cellulose Acetate Sutyrate HOPE Polyallomer Polycarbonate Polyester - PET Polysulfone PVOC SAN Copolymer

8 8 8

3 4 2

7-9 7 6 7 8 8 8 9 8 8 8-9

elevated temperature 8

ASS Acrylic/PVC Alloy HOPE Polyallomer

HOPE lonomer LOPE MOPE Nylon 66 PVC

8 9

7 7 8 5

8 8 8 8 8 8

elevated temperature HOPE lonomer LOPE MOPE

pvc

Glycolic Acid Butyl Ester room temperature

Grape Juice roon1 temperature 6-7 6-8 5 6 6 2

Glycolic Acid (51-750/0) room temperature HOPE

8 8 8 7-8

elevated temperature ECTFE ETFE Polyphenylene Sul'fide Polypropylene PVC

HOPE

elevated temperature HOPE lonomer LOPE MOPE

ECTFE Polypropylene PVC PVOF

PVOC SAN Copolymer

Grape Sugar room temperature

elevated temperature

Glycolic Acid (20-30%) room temperature Amorphous Nylon HOPE lonomer LOPE MOPE Nylon 6

8

Glycolic Acid room terrlperature

Nylon 66 8 8 8

Glycol Ether room temperature ASS General Purpose Polystyrene Impact Polystyrene SAN Copolymer

HOPE

elevated temperature

Glycerol Triacetate room temperature PVOC SAN Copolymer

elevated temperature

8 8 8 8 8

Grapefruit Juice room temperature ASS ASA General Purpose Polystyrene HOPE Impact Polystyrene Nylon 12 Nylon 612 Polycarbonate PVOC SAN Copolymer

7-8 9 5-8 8 4-6 8 8 8 8 8-9

elevated temperature ASS ASA General Purpose Polystyrene HOPE Impact Polystyrene Nylon 12 Nylon 612 PVOC SAN Copolymer

7 7 8 8 6 8 8 8 7

Grapefruit Peel room temperature Polycarbonate

8

Graphite room temperature ASS

9

Gravy room temperature ASS ASA General Purpose Polystyrene Impact Polystyrene Nylon 12 Nylon 612 SAN Copolymer

8 9 8-9 9 8 8 8-9

elevated temperature ASA General Purpose Polystyrene Impact Polystyrene Nylon 12 Nylon 612 SAN Copolymer

7-9 6-9 8-9 8 8 7-9

Greases room temperature ASS ASS/Nylon Alloy ASA General Purpose Polystyrene Impact Polystyrene Nylon 11 Nylon 6 Nylon 66 Polycarbonate Polyester - PST Polyester - PET Polyester - PETG Polysulfone PPE SAN Copolymer

4-9 9 9 8 8 8 8 6-8 4-8 9 9 7 1-8 8-9 5-9

elevated temperature Acetal Resin ASA General Purpose Polystyrene Impact Polystyrene Nylon 11

8-9 7 5

5 8

Note: Numbers refer to POL Resistance Ratings (0-9 scale with 9 as highest resistance.)

© Plastics Design Library

Section Two

992 Chemical Sort with POL Resistance Rating

Polycarbonate Polyester - PBT Polysulfone SAN Copolymer

4-8 6-8 4-8 7

Green Liquor 8 8

elevated temperature CPVC Polysulfone PVC

room temperature Acrylic Resin Cellulose Acetate Cellulose Acetate Butyrate

7-8 8-9 8

HOPE

7

Halothane (~ 5%) room temperature PES

5-8

room ternperature

room temperature

HOPE PES

7 9

elevated temperature 4

Halowax 1000

room temperature HOPE

5 9

HOPE

Grisiron 8302 5

room

temperatur~

CTFE

elevated temperature

9

HOPE

Hand Cleaners

Grisiron 8702

room temperature Polyester - PETG

room temperature HOPE

8

elevated temperature HOPE

8

Ground Nut Oil room temperature Nylon 12 Nylon 612

8 8

elevated temperature Nylon 12 Nylon 612

8 8

Gum Acacia

7 6-8 8 7

room temperature 9

elevated temperature 9 2

room temperature 8

Gypsum room temperature 8

Hair Oil elevated temperature 7

Hair Dyes room temperature 8 3 8 8

Hair Spray room temperature 2

PVOC Rigid PU SAN Copolymer Styrene Butadiene Copolymer UHMWPE

4-9 9 8-9 7-9 8-9 9 9 6-8 9 8 1-5 4-9 1-9 8-9 8 9 8-9 1 8

elevated temperature ABS Acetal Resin CPVC CTFE ECTFE ETFE General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Nylon 12 Nylon 612 Nylon 66 Polyamideimide Polycarbonate Polyester - PBT Polyimide Polyphenylene Sulfide Polypropylene Polysulfone PPE PVC PVOC PVOF SAN Copolymer UHMWPE

2 8 4 4-5 8 8 3 2-5 3 5 2 2 8 8 6 9 9 7-8 8 8 2 9 1-3 3-8 7 7-8 8-9 8

Heptane (n-) room temperature

room temperature Acetal Resin Nylon 6 Nylon 610 Polyester - PBT

8 8 8 8 1-5

Polyimide

Heptane (~ 50/0) room temperature 8

ABS Acetal Resin Acrylic Resin Acryl ie/PVC Alloy Acrylonitrile Copolymer Amorphous Nylon ASA ASAlPVC Alloy Cellulose Acetate Cellulose Acetate Butyrate Cellulose Propionate CPVC CTFE ECTFE General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Nylon 12 Nylon 46 Nylon 6 Nylon 610 Nylon 612 Nylon 66

Expanded PE Beads Expanded PP Beads

5 5

Heptyl Alcohol room temperature

elevated temperature

room temperature

Gunk

ABS

9

Heptane

Amorphous Nylon

Acetal Resin Nylon 6 Nylon 610 Polyester - PBT

PC/Polyester Alloy

Polysulfone

room temperature

HOPE

elevated temperature

Helium 9 8-9 8-9 9

Gun Oil

Polycarbonate

7

Harmony 53

Polybenzim idazole Polysulfone

elevated temperature

PES

elevated temperature

6

room temperature

ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer

2-9 2 9

HOPE

Polysulfone

Gum Tragacanth ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer

room temperature ABS Impact Polystyrene Polyester - PET

8 8

elevated temperature General Purpose Polystyrene

7

Hand Lotions

Heat Transfer Fluids

room temperature General Purpose Polystyrene Impact Polystyrene

PC/Polyester Alloy PEEK PES Polycarbonate Polyester - PBT Polyester - PCT Polyester - PCTG Polyester - PET Polyester - PETG Polyimide Polypropylene Polysulfone PPE

pvc

Halothane

Green Soap LOPE Polypropylene

8 2 2

elevated temperature

room temperature CPVC PVC

Hair Tonic

2-8 8-9 6-9 8 7 9 4-9 8 5 6 9 8-9 8-9 8 0-3 3-8 2-3 6 2-4

2 8 8 8-9 8-9 8 4-8

ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer

7 8-9 6-9 7-8

elevated temperature ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer

5 8 8 5-6

Heptyl Alcohol (2-) room temperature 7 7

PVOC SAN Copolymer

elevated temperature 7 5

PVOC SAN Copolymer

Hercolyn room temperature PVC

8

Hexachloro-1,3-Butadiene elevated temperature PVOF

8

Hexachloroacetone room temperature 9

CTFE

Hexachlorobenzene room temperature ASA

9

Note: Numbers refer to POL Resistance Ratings (0-9 scale with 9 as highest resistance.)

Section Two

© Plastics Design Library

993 Chemical Sort with POL Resistance Rating

General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE PVOC SAN Copolymer

9 8 8 8 8 8 7 8-9

elevated temperature Acetal Resin ASA General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE Nylon 6 Nylon 610 PVOC SAN Copolymer

8 9 9 8 8 8 8 7 7 7 8-9

Hexachlorocyclohexane room temperature General Purpose Polystyrene

3

elevated temperature General Purpose Polystyrene

3

Hexachloroethane room temperature Acetal Resin Nylon 6 Nylon 610

8 8 8

room temperature 8

Hexadecyl Alcohol room temperature HOPE Polypropylene

8 8

elevated terrlperature HOPE Polypropylene

8 8

Hexafluoroisopropyl Alcohol room terrlperature Liquid Crystal Polymer Nylon 6 Nylon 610 Nylon 66 Polyester - PBT

2 0 2 0 0

Hexafluorosilic Acid (20-300/0) room temperature Polyester - PBT

2

Hexafluorosilic Acid room temperature Nylon 6 Nylon 610

2 6

Hexafluorouranium room temperature Acetal Resin Nylon 6 Nylon 610 Polyester - PBT

2 2 2 2

Hexamethylenediamine room temperature PVOF

2

Hexamethylenetetramine room temperature Polyester - PBT

room temperature ABS Acetal Resin Acrylic Resin Acrylonitrile Copolymer Amorphous Nylon ASA Cellulose Acetate Butyrate ECTFE General Purpose Polystyrene HOPE Impact Polystyrene lonomer Liquid Crystal Polymer Nylon 12 Nylon 46 Nylon 6 Nylon 610 Nylon 612 Nylon 66 PEEK PES Polyallomer Polycarbonate Polyester - PBT Polyester - PCTG Polyester - PETG Polyetherimide Polymethylpentene Polypropylene Polysulfone PPE

pvc

Hexachlorophene ABS

Hexane

PVOC SAN Copolymer

8 9

ABS Acetal Resin CTFE ECTFE ETFE EVOH Fluorinated PE General Purpose Polystyrene HOPE Impact Polystyrene lonomer Nylon 12 Nylon 612 Polycarbonate Polyester - PBT Polymethylpentene Polyolefin/Nylon Alloy Polyphenylene Sulfide Polypropylene PVC PVOC PVOF SAN Copolymer

7 7 2 5-8 8 1-9 9 3 1-5 3

5 8 8 3-7 8 4 9 8 7-8 3 7 7-8 7

Hexanetriol room temperature Amorphous Nylon ASA General Purpose Polystyrene HOPE Impact Polystyrene SAN Copolymer

9 7 8 8 9 7

elevated temperature ASA General Purpose Polystyrene HOPE Impact Polystyrene SAN Copolymer

room temperature

Hexyl Alcohol 8 2 8 2

8

room temperature PVOC SAN Copolymer

7 9

elevated temperature PVOC SAN Copolymer

7 9

Hexyl Alcohol (tert-) room temperature lonomer LOPE PVC

6 6 8

elevated temperature lonomer LOPE PVC

6 6 3-8

Hexyl Ether room temperature 2

Honey room temperature ABS ASA General Purpose Polystyrene HOPE Impact Polystyrene Nylon 12 Nylon 612 SAN Copolymer

8 9 8-9 8 8-9 8 8 8-9

elevated temperature ASA General Purpose Polystyrene HOPE Impact Polystyrene Nylon 12 Nylon 612 SAN Copolymer

9 8-9 8 9 8 8 8-9

Horseradish room temperature ABS ASA Cellulose Acetate Cellulose Acetate Butyrate General Purpose Polystyrene Impact Polystyrene Nylon 12 Nylon 6 Nylon 612 SAN Copolymer

8 7 9 9 5-8 5-8 8 8 8 7

General Purpose Polystyrene

5

Horseradish Mustard room temperature General Purpose Polystyrene Impact Polystyrene

8 8

General Purpose Polystyrene

6

Hostapal room temperature

room temperature ASA ECTFE General Purpose Polystyrene HOPE Impact Polystyrene LOPE

Hexyl Alcohol (2-)

elevated temperature

room temperature

Hexamethylphosphoric Triamide

5 8 4-8 6 8 6 6 7 8 3-6

elevated terrlperature 7 8 8 8 7

Hexcel FO 465 8

6 7 7-9

elevated temperature ASA ECTFE General Purpose Polystyrene HOPE Impact Polystyrene LOPE MOPE PVOC PVOF SAN Copolymer

ABS

elevated temperature

Polyetherimide

Acetal Resin Nylon 6 Polyester - PBT PVOF

2-9 8 6-8 7 8-9 9 9 8 2-3 2-8 2-3 6 5 8 8 8 8 8 8 8 8 2 3-8 8 6 6 8 4 2-9 1-4 1-3 3-8

MOPE PVOC SAN Copolymer

7 8 5-9 6 5-9 6

Polysulfone

8

Houghto Safe room temperature Amorphous Nylon

8-9

Note: Numbers refer to POL Resistance Ratings (0-9 scale with 9 as highest resistance.)

© Plastics Design Library

Section Two

994 Chemical Sort with POL Resistance Rating

Houghton Safe 620 room temperature PPE

8

elevated temperature 8

PPE

Household Cleaners

(~

5%)

room temperature

9

PC/Polyester Alloy Polyester - PET Polysulfone

Household Cleaners

elevated temperature PES Polysulfone

2-9 9 9 8 2 2-8 8 5-8 5-8 3-8 3-9 8 1-8 7 6-9 8 8

elevated temperature HOPE Nylon 12 Nylon 612 PC/Polyester Alloy Polycarbonate Polysulfone

pvc

5 1-8 1-8 2-9 1-4 8 4-9

6-9

6 6 8 8

8 8 8

Hydraulic Fluids room temperature 6-9 7-8 0 9 8 8 7-8 8 8 9 6 8 2-8 8-9 9 8-9 7-9 9 3-8 8-9 9 1 5

elevated temperature Acetal Resin HOPE Nylon 6 Nylon 610 Nylon 66

PVC

1-3

Hydrazine room temperature Acetal Resin PES Polycarbonate

8 3 2

elevated temperature ETFE PVOF

8 8

Hydrazine Dihydrochloride room temperature

8 5 8 8 9

8

elevated temperature ETFE

8

Hydrazine Hydrate (76-97%

7

5-7

8

elevated temperature HOPE PVOF

8 8

(~

ECTFE HOPE lonomer LOPE MOPE Polypropylene PVOC TFE

8 8 8 8 8 7-8 8 8

ECTFE ETFE HOPE lonomer LOPE MOPE Polypropylene PVOC PVOF

8 8 8 8 8 8 7-8 7 7-8

Hydrobromic Acid (51-750/0) elevated temperature PVOF

8

5%) 4

Hydriodic Acid room temperature 2 2 2

Nylon 6 Nylon 610 Nylon 66

elevated temperature ETFE PVOF

8 8

Hydrobromic Acid (5-100/0)

7 9 7

2 2-3 2 1 6

Hydrobromic Acid (10-200/0) room temperature ECTFE PVC

8 8

elevated temperature ECTFE Polysulfone PVC

ABS ETFE Polyphenylene Sulfide PVOC SAN Copolymer

Hydrochloric Acid

7 9 8 9 7

(~

50/0)

room temperature Acetal Resin Amorphous Nylon Impact Polystyrene Nylon 11 Nylon 12 Nylon 6 Nylon 610 Nylon 66 Polyester - PBT Polypropylene SAN Copolymer

2 5-7 9 8 6 2-3 4 4-8 8 9 9

elevated temperature 1 2 1 9 9

Nylon 11 Nylon 66 Polyimide Polypropylene SAN Copolymer

Hydrochloric Acid (5-10%)

room temperature Acetal Resin Nylon 6 Nylon 610 Nylon 66 Polyester - PBT

8 7-9 8

Hydrobromic Acid (20-300/0) room temperature Acrylic Resin Polyimide

ABS PVOC SAN Copolymer

elevated temperature )

Hydrazine Hydrate

6 7

elevated ternperature Acrylic Resin Polyimide

PVOC

room temperature

PVOF

Hydriodic Acid

elevated temperature

Hydrobromic Acid

Polypropylene

elevated temperature

Amorphous Nylon Cellulose Acetate Cellulose Acetate Butyrate CTFE HOPE Nylon 12 Nylon 6 Nylon 610 Nylon 66 PC/Polyester Alloy PES Polyamideimide Polycarbonate Polyester - PBT Polyester - PCT Polyester - PCTG Polyester - PET Polyester - PETG Polyetherimide Polyimide Polypropylene Polysulfone Rigid PU

elevated temperature

room temperature

Hydraulan Acetal Resin Nylon 6 Nylon 610

2-4

HOPE

room temperature

8 8

elevated temperature

PVC

room temperature

Humic Acids Acetal Resin Nylon 6 Nylon 610 Polyester - PBT

Hydrazine (76-970/0) room temperature

Amorphous Nylon

room temperature Polyester - PBT

9 8-9

room temperature

Houton Cosmo Lubric 2425

Polyimide PVOC

room temperature 9 9 9

room temperature ABS ABS/PU Alloy Acetal Resin Acrylic Resin Cellulose Acetate Cellulose Acetate Butyrate HOPE Nylon 12 Nylon 612 PC/ABS Alloy PC/Polyester Alloy Polycarbonate Polysulfone PPE PVC Rigid PU SAN Copolymer

Hydrobromic Acid (31-400/0) room temperature

Hydrobromic Acid (41-500/0)

9

elevated temperature PC/Polyester Alloy

9 2-7 8-9 9 3-8 8-9 9

Hydraulic Oils

room temperature Polysulfone

Polybenzim idazole Polycarbonate Polyester - PBT Polyester - PET Polyetherim ide Polyimide Polyphthalam ide

5 7

room temperature ABS Acetal Resin Acrylic Resin Acrylic/PVC Alloy Acrylonitrile Copolymer Amorphous Nylon Aromatic Polyamide ASA Cellulose Acetate Cellulose Acetate Butyrate Cellulose Propionate CPVC CTFE ECTFE ETFE Expanded PE Beads Expanded PP Beads FEP General Purpose Polystyrene HOPE Impact Polystyrene LOPE

6-9

1 8-9 8 5 7 8 8 3-8 7 0 8

9 2-7

9 8 8 4-9 3-8 6-8 8 8-9

Note: Numbers refer to POL Resistance Ratings (0-9 scale with 9 as highest resistance.)

Section Two

© Plastics Design Library

995 Chemical Sort with POL Resistance Rating

Nylon 11 Nylon 12 Nylon 6 Nylon 610 Nylon 612 Nylon 66 Nylon MX06 PC/Polyester Alloy PEEK PES PFA Polyallomer Polyamideim ide Polyarylsulfone Polybenzim idazole Polycarbonate Polyester - PBT Polyester - PET Polyester - PETG Polyetherimide Polyimide Polymethylpentene Polyphenylene Sulfide Polypropylene Polysulfone PPE PVC PVOC PVOF SAN Copolymer Styrene Butadiene Copolymer TFE

8 1-3 1-2 6 1 1-3 9 6-9 7-9 4-9 7-9 9 9 6-8 4-6 7-9 3-9 8-9 6 9 7-8 8 9 7-9 3-9 8-9 8-9 9 6-8 5-9 8 8-9

elevated temperature ABS CPVC ECTFE ETFE FEP General Purpose Polystyrene HOPE LOPE Nylon 11 Nylon 12 Nylon 610 Nylon 612 Nylon 66 PEEK PES PFA Polyam ideim ide Polyarylsulfone Polybenzim idazole Polycarbonate Polyester - PBT Polyester - PET Polyetherim ide Polyimide Polymethylpentene Polyphenylene Sulfide Polypropylene Polysulfone PPE PVC PVOC PVOF SAN Copolymer Styrene Butadiene Copolymer TFE

5-7 7 2-6 5-9 4-9 5-6 6-8 8 1 1 1 1 0-3 3-9 3-8 3-9 1-9 4-9 2-9 3-9 2-6 9 5-9 1-7 8 4-9 6-9 3-9 8-9

8 7 5-8 7-8 7 9

Hydrochloric Acid (10-20%) room temperature Acetal Resin ASA CPVC General Purpose Polystyrene Impact Polystyrene Nylon 6 Nylon 610 Polycarbonate Polyester - PST Polyetherimide Polymethylpentene Polypropylene Polysulfone PVOC Rigid PU SAN Copolymer

2 7 8-9 8 9 0 2

8 6 9 8 8-9 9 8 9 7

elevated temperature ASA CPVC

ETFE FEP General Purpose Polystyrene Impact Polystyrene PES PFA Polyimide Polyketone Polymethylpentene Polyphenylene Sulfide Polypropylene Polysulfone PVOC SAN Copolymer TFE

8 9 8 8 1-2 9 4 3-9 8 3 5-9 3-9 7 5 9

Hydrochloric Acid (20-300/0) room temperature ABS Acrylonitrile Copolymer HOPE LOPE Polycarbonate Polymethylpentene Polypropylene PVC PVOC SAN Copolymer

9 2 8 8 4 8 7-9 8-9 8 9

elevated temperature HOPE LOPE Polymethylpentene Polypropylene PVC PVOC SAN Copolymer

8 8 8 1-9 6-8 7 7

Hydrochloric Acid (31-40 %) room temperature ASS Acrylic Resin Amorphous Nylon Aromatic Polyam ide ASA CPVC CTFE ECTFE General Purpose Polystyrene HOPE Impact Polystyrene LOPE Nylon 12 Nylon 612 Nylon 66 Nylon MX06 Polyimide Polypropylene PPE PVOC SAN Copolymer

7-8 2-9 2 1 5 7 9 8 5-8 8-9 4-8

8 1 1 0 0 2-4 8-9 8 9 5-8

elevated temperature ABS Acrylic Resin ASA CPVC CTFE ECTFE FEP General Purpose Polystyrene HOPE Impact Polystyrene LOPE Liquid Crystal Polymer Nylon 12 Nylon 612 Nylon 66 PFA Polyamideim ide Polybenzim idazole Polycarbonate Polyimide Polyphenylene Sulfide Polysulfone PPE PVOC PVOF SAN Copolymer

7 5 5 7 9 8 9 4-8 7-8 6 8 5-9 1 1 0 9 9 2-6 0 1 1-9 0-9 8-9 7 7-8 5-6

Hydrochloric Acid (41-500/0) room temperature PES Polymethylpentene Polypropylene

6 8 5

elevated temperature Polymethylpentene Polypropylene

6 1

Hydrochloric Acid (51-75%) room temperature ECTFE

8

Hydrochloric Acid room temperature Acrylic Resin ASA ETFE General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Nylon 12 Nylon 46 Nylon 6 Nylon 612 Nylon 66 PE Foam PEEK PEK PES Polyallomer Polycarbonate Polyester - PBT Polyester - PET Polyester - PETG Polyimide Polypropylene PPE PVC PVOC Rigid PU SAN Copolymer SMA Copolymer SMNPCAlloy Styrene Butadiene Copolymer TFE UHMWPE

2-8 7 9 8 8 8 8 8 8 1 2 6 1 4 8 7 9 4-9 9 5 2 2 6 8 8 8 8-9 8 4-9 7-9 8 8 5 8 8

elevated ternperature ASA ETFE General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE Liquid Crystal Polymer MOPE Nylon 12 Nylon 612 PFA Polyester - PST Polyester - PET Polypropylene PPE PVC PVOC PVOF SAN Copolymer Styrene Butadiene Copolymer TFE UHMWPE

4 8-9 5 7-8 5 8 8 9 8 1 1 9 2 0 5-8 8 3-8 7 5-8 4-5 5 5 8

Hydrochloric Acid (N,N-) room temperature Polyimide

8

Hydrochlorous Acid room temperature PVOC SAN Copolymer

9 9

elevated temperature PVOC SAN Copolymer

9 5

5 8

Note: Numbers refer to POL Resistance Ratings (0-9 scale with 9 as highest resistance.)

© Plastics Design Library

Section Two

996 Chemical Sort with POL Resistance Rating

Hydrocyanic Acid (5-10%) room temperature 8

ECTFE

elevated temperature ECTFE

8

Hydrocyanic Acid

2-3 2 2 2 8 8-9 7

7 2-8 7 8 8 8 8 8 7 8 8 9 7 9 8

elevated temperature 5 8 4 8 8 8 8 8 8 7 8 9 8 5 8

ABS Acrylic Resin CPVC ECTFE ETFE HOPE lonomer LOPE MOPE Polyimide PVC PVOC PVOF SAN Copolymer UHMWPE

(~

8 5 2 1 8 7 5 8 7

Hydrofluoric Acid (5-10%) room temperature Amorphous Nylon Cellulose Acetate Cellulose Acetate Butyrate Polyester - PBT

ABS Acrylic/PVC Alloy Cellulose Acetate Cellulose Acetate Butyrate CTFE ECTFE General Purpose Polystyrene Impact Polystyrene Polyester· PET Polypropylene Polysulfone PVC PVOC

6 2 2 8

elevated temperature

Hydrofluoric Acid (51-75%) 9 8 8 8 8 9 8 7 3-4 7

TFE

8 8 8 5-8 8 8 8 3-5

7

Hydrofluoric Acid (76-970/0)

Hydrofluoric Acid (10-200/0)

room temperature

room temperature

HOPE

8

Hydrofluoric Acid

elevated temperature Polycarbonate

Hydrofluoric Acid (20-30%) room temperature ABS Acrylic/PVC Alloy ECTFE Polycarbonate

8 8 8 8

elevated temperature ECTFE Polycarbonate

8 2

room temperature ABS Acrylic Resin CPVC CTFE ECTFE ETFE Liquid Crystal Polymer Polyimide SAN Copolymer UHMWPE

room temperature 2 6-9 8 8 8 8

ABS Acrylic Resin CPVC CTFE ECTFE ETFE Polyimide PVDF

room temperature ECTFE HOPE PVC

8 8 8

elevated temperature ECTFE ETFE HOPE

8 8 8 8 7

Hydrogen room temperature ABS Acetal Resin ECTFE HOPE lonomer LOPE MOPE Nylon 11 Nylon 6 Nylon 610 Nylon 66 Polyester· PBT PVC PVOC SAN Copolymer

9 8 8 8 8 8 8 8 8 8 8 8 8 8 9

elevated temperature ABS ECTFE ETFE HOPE lonomer LOPE MOPE Nylon 11 Polyphenylene Sulfide PVC PVOC PVOF SAN Copolymer

9 8 8 8 8 8 8 8 8 8 7 7-8 9

room temperature HOPE LOPE

8 8

elevated temperature HOPE LOPE

8 8

Hydrogen Chloride

(~5%)

room temperature 3-6 1-3

Hydrogen Chloride room temperature

7 2-6 4 9 8 9 2 7 7 8

elevated temperature

Hydrofluoric Acid (31-400/0) Acetal Resin Acrylic Resin ECTFE HOPE LOPE MOPE

8

HOPE

5

Nylon 12 Nylon 6

elevated temperature

8 8

Acrylic Resin

Hydrogen Bromide (5-100/0)

elevated temperature ETFE HOPE lonomer LOPE MOPE Polymethylpentene Polyphenylene Sulfide PVC PVOF

Polyester - PST

Acrylic Resin Polycarbonate

2 8 0 0 9 8 2 2 5 8 0-6 3·8 9 8 5 8 3 7

CTFE HOPE lonomer LOPE MOPE PFA Polymethylpentene Polypropylene

Hydrofluoroboric Acid room ternperature

PVOF

elevated ternperature ECTFE Polyester - PET Polyphenylene Sulfide PVC PVOC

5 8

pvc

Hydrofluoric Acid (41-500/0) room temperature

pvc

elevated temperature General Purpose Polystyrene Polyphenylene Sulfide PVOC

8 8 8 8 8 8 7 7-8

room temperature

50/0)

room temperature Amorphous Nylon General Purpose Polystyrene Nylon 46 Nylon 66 PPE PVOC

ECTFE ETFE HDPE LOPE MOPE Polypropylene PVOC PVOF

SAN Copolymer UHMWPE

Hydrofluosilicic Acid

elevated temperature

room temperature ABS Acrylic Resin CPVC ECTFE HOPE lonomer LOPE MOPE Polyimide Polypropylene PVC PVOC PVOF SAN Copolymer UHMWPE

Hydrofluoric Acid

Nylon 6 Nylon 610 Nylon 66 Polyester - PBT Polyimide Polypropylene PVDC

5 5 2 9 8 8 7 7-8

Acetal Resin HOPE lonomer LOPE MOPE Nylon 12 Nylon 6 Nylon 610 Nylon 612 Polyester - PBT Polypropylene

2 8 8 8 8 1-5 2 2 1-5 2 8-9

elevated temperature HOPE lonomer LOPE MOPE Nylon 12 Nylon 612 Polypropylene PVOF

8 8 8 8 1 1 8-9 8

Note: Numbers refer to POL Resistance Ratings (0-9 scale with 9 as highest resistance.)

Section Two

© Plastics Design Library

997 Chemical Sort with POL Resistance Rating

Hydrogen Cyanide room temperature ECTFE

8

elevated temperature ECTFE ETFE PVOF

8 8 8

Hydrogen Fluoride (31-400k) room terTlperature Nylon 12 Nylon 6

Hydrogen Fluoride elevated temperature PVOF

8

Hydrogen Peroxide (=:; 50/0) room temperature ABS Acetal Resin Acrylic Resin Acrylic/PVC Alloy ASA Cellulose Acetate Cellulose Acetate Butyrate Cellulose Propionate CTFE General Purpose Polystyrene Impact Polystyrene lonomer Nylon 12 Nylon 46 Nylon 6 Nylon 610 Nylon 612 Nylon 66 Polyallomer Polyester - PBT Polyester - PETG Polypropylene PVDC Rigid PU SAN Copolymer Styrene Butadiene Copolymer

7-9 8-9 8-9 8 9 3-5 6-7 9 9 8-9 6-9 8 6-8 2 3-8 8 8 1-4 9 8 6 9 8-9 8 8-9 9

elevated temperature ABS ASA General Purpose Polystyrene HOPE Impact Polystyrene lonomer Nylon 12 Nylon 612 PVOC SAN Copolymer Styrene Butadiene Copolymer

5-9 9 6-8 8 8 6 8 8 7 8-9 9

2 8 7 7 8 9 9

elevated terTlperature 8 3 3 8 4-7 7

Hydrogen Peroxide (10-200/0) room temperature Nylon 12 Nylon 6 Nylon 66 Polyester - PBT PVDC

6 3 8 8 8

elevated temperature Polyester - PBT PVDC

Hydrogen Peroxide (20-300/0) room temperature

room temperature Acrylic Resin Polymethylpentene

5 7

6-8 8

elevated temperature Polymethylpentene

6

Hydrogen Peroxide (41-500/0) room temperature ECTFE Polyphenylene Sulfide PVC

8 2 7-9

elevated temperature PVOF

Acrylonitrile Copolymer HOPE Nylon 12 Nylon 612 Polymethylpentene Polypropylene PVOC

5 8 6 7-8 8 3 3 5 1-5 3-8 7 8 9 8

Hydrogen Peroxide (31-40 0/0)

pvc

room temperature

5 4 7-9 8-9 8-9 9 8 8-9 6 8-9 1-7 1-2 2 7 9 9 9 8-9 8 4-5 9 6 8-9 8 8 8-9 9 9 8

elevated temperature ABS ETFE General Purpose Polystyrene HOPE LOPE Nylon 12 Nylon 612 Polyphenylene Sulfide Polypropylene PVC PVOC PVOF SAN Copolymer UHMWPE

ECTFE

Hydrogen Peroxide (5-100/0)

HOPE Nylon 12 Nylon 612 Polymethylpentene Polypropylene PVDC

ABS Acetal Resin Acrylic Resin CPVC CTFE ETFE General Purpose Polystyrene HOPE Impact Polystyrene LOPE Nylon 12 Nylon 6 Nylon 610 Nylon 612 PEEK PFA Polyallomer Polycarbonate Polyester - PBT Polyester - PCTG Polyester - PET Polyester - PETG Polypropylene PVC PVOC Rigid PU SAN Copolymer Styrene Butadiene Copolymer UHMWPE

8 3-9 7

Hydrogen Peroxide (51-750/0) room temperature Polymethylpentene

8

elevated temperature Polymethylpentene

6

Hydrogen Peroxide (76-97%) room temperature ABS Acrylic Resin ECTFE HOPE LOPE Polypropylene PVC PVOC PVOF

5 2 8 8 8 5 8 8 8

elevated temperature ABS Acetal Resin ECTFE ETFE HOPE LDPE Polypropylene

pvc

PVOC

5 1 8 8 3-5 2 2-5 8 7

Hydrogen Peroxide room ternperature Acrylic Resin ECTFE Nylon 11 PE Foam PES Polycarbonate Polysulfone

6-8 8 8 8 4-8 8 8

elevated ternperature Polycarbonate

4-8

Hydrogen Phosphide room temperature ECTFE LOPE PVC

8 8 3-8

elevated temperature ECTFE ETFE LOPE PVC

8 8 8 3-8

Hydrogen Sulfide (=:; 50/0) room temperature Nylon 12 Nylon 6

8 8

Hydrogen Sulfide room temperature ABS Acetal Resin Acrylic Resin ASA Cellulose Acetate Cellulose Acetate Butyrate CPVC ECTFE General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Nylon 12 Nylon 6 Nylon 610 Nylon 612 Nylon 66 PES Polycarbonate Polyester - PBT Polyimide Polypropylene PPElNylon Alloy PVC SAN Copolymer

8 8 5 7 5-7 5-6 8 8 2-6 8 2-6 8 8 8 8 6-9 8 8 2-8 7 8 8 7 8-9 7 8 7

elevated temperature ABS Acrylic Resin CPVC CTFE ECTFE ETFE HOPE lonomer LOPE MOPE Nylon 12 Nylon 612 Polyimide Polyphenylene Sulfide Polypropylene PVC PVDF

8 5 8 9 8 8 8 8 8 8 8 8 7 8 8-9 8 7-8

Hydroiodic Acid room temperature Polypropylene

2

elevated temperature Polypropylene

2

Hydrolube room temperature CTFE

9

elevated temperature CTFE

9

Note: Numbers refer to POL Resistance Ratings (0-9 scale with 9 as highest resistance.)

© Plastics Design Library

Section Two

998 Chemical Sort with POL Resistance Rating

Hydroquinone (~ 50/0) room temperature General Purpose Polystyrene Impact Polystyrene Nylon 6 Nylon 610 Polyester - PBT

Hypochlorite 5 5 2 2 8

Hydroquinone room temperature ABS ASA Cellulose Acetate Cellulose Acetate Butyrate ECTFE General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Nylon 6 Nylon 66 Polypropylene PVC PVOC SAN Copolymer elevated temperature ABS ASA ECTFE ETFE General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Polypropylene PVC PVOC PVOF SAN Copolymer

7 9 3 5 8 8-9 7-8 6-9 8 8 8 6 8 8-9 8 8-9 8-9 3-7 5 8 8 6 7-8 6 8 8 8 8-9 8 8 8 3-6

8 8

6

Hydroxylamine Hydrochloride room terrlperature PVOC elevated temperature pvoc

room temperature ABS Acrylic Resin CPvc ECTFE HOPE lonomer LOPE MOPE Polyimide PVC PVOC PVOF SAN Copolymer SMA Copolymer elevated temperature ABS Acrylic Resin CPVC ECTFE ETFE HOPE lonomer LOPE MOPE Polyimide PVC PVOC SAN Copolymer

room temperature Nylon 12 Nylon 612 elevated temperature Nylon 12 Nylon 612

(~ 50/0) room temperature Acetal Resin elevated temperature Acetal Resin

elevated temperature HOPE LOPE LLOPE MOPE

8

Igepal (20-30%)

8

room temperature Acetal Resin

8 8 7 7

9

room temperature Acetal Resin elevated temperature Acetal Resin

8 8

Hydroxylamine Sulfate

1-9 7-9 2-7 7-9

8

8 8

elevated temperature lonomer PVC

8 8

Hydroxylethylamine 6

Hylene T 8

Hypochlorine Acid 8 8

room temperature Amorphous Nylon General Purpose Polystyrene Impact Polystyrene elevated temperature HOPE

3-5 5 4-6 6

Inert Gases elevated temperature ETFE

8

Inks room temperature ABS Acetal Resin Acrylic Resin ASA Cellulose Acetate Cellulose Acetate Butyrate Cellulose Propionate General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Nylon 12 Nylon 6 Nylon 610 Nylon 612 Nylon 66 Polycarbonate Polyester - PBT Polyester - PET Polypropylene SAN Copolymer elevated temperature ASA General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Nylon 12 Nylon 612 Polypropylene SAN Copolymer

2 8 8 9 9 2-9 3 2-9 6-8 2-9 6 6 6 8 8-9 8 8 8 8 8 9 9 9 9 9 6-8 9 6 6 6 8 8 9 9

room temperature Polycarbonate Polypropylene SMA Copolymer SMA/PC Alloy elevated temperature HOPE LOPE LLOPE MOPE Polycarbonate Polypropylene SMA/PC Alloy

7

4-8 8 3-8 3-8 3 3-7 7-9 7-9 4-8 8 3-8

Impregnating Oil room temperature Acetal Resin Nylon 6 Nylon 610 Polyester - PBT

room temperature ABS PC/POlyester Alloy

2 9

Insecticides 7-8

Igepal

room temperature lonomer pvc

9

Industrial Cleaners

Insect Spray

room temperature HOPE elevated temperature HOPE

room terrlperature PVC elevated temperature PVC

7 5 7 8 8 5-8 8 8 8 5 8 8 7

Hyposodium Thiosulfate (5-10%)

Igepal (41-50%)

room temperature Nylon 66

7 8 8 8 8 8 8 8 5 8 8 8 7 8

6-7

Indene room temperature Acrylonitrile Copolymer

Hypochlorous Acid

Hydroxylamine Sulfate (10-20%)

room temperature Acrylonitrile Copolymer

8

Igepal (5-100/0)

Hydroxylamine (20-300/0) room temperature Amorphous Nylon

elevated temperature Polyester - PET

Igepal

Hydrosulfite (5-10%) room temperature HOPE elevated temperature HOPE

room temperature PVC

room temperature Acetal Resin Cellulose Acetate Cellulose Acetate Butyrate General Purpose Polystyrene Impact Polystyrene elevated temperature General Purpose Polystyrene

8-9 7 1 5 5 4

Insulating Oils room temperature Nylon MX06 elevated temperature Acetal Resin

9 7

Insulating Tape room temperature Polycarbonate

8

Iodide 8 8 8 8

room temperature Nylon 6 Nylon 610 Nylon 66

2 2 2

Note: Numbers refer to POL Resistance Ratings (0-9 scale with 9 as highest resistance.)

Section Two

© Plastics Design Library

999

Chemical Sort with POL Resistance Rating elevated terrlperature

Iodine (~ 5%) room temperature Acrylic Resin General Purpose Polystyrene Impact Polystyrene Nylon 6 Nylon 66 Polycarbonate SAN Copolymer

2-6 5 5 3 1 8 8

elevated temperature General Purpose Polystyrene SAN Copolymer

5 8

pvc elevated temperature ECTFE PVC PVOF

8

5 5 9 3 8 3 8

Iodine (76-97%) room temperature SAN Copolymer

2

Iodine room temperature ABS ASA Cellulose Acetate ECTFE General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Nylon 6 Nylon 610 Nylon 66 PES Polyallomer Polymethylpentene Polypropylene PVC PVOC SAN Copolymer

2 5 5 8 6 5-8 6 2 5 5 2-3 2 1-4 6 7-8 8 2-9 3 5 2-5

elevated temperature ABS ECTFE ETFE HOPE lonomer LOPE MDPE Polyallomer Polymethylpentene Polypropylene PVC PVOC PVOF SAN Copolymer

2 8 8 4-6 2 2 2 3 8 8 3 5 7-8 2

Iodine Potassium Iodide room temperature HOPE

8

elevated temperature HOPE

8

Iodoform elevated temperature ETFE PVOF

8 7-8

Iranoline room temperature Acrylic Resin

Iron (II) Sulfate room temperature 9 8 8 9

ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer

8

9 9 9 9

9 8 8 9

2 2-4 2-5 2-4

9 9 8 9 9

elevated temperature ASA General Purpose Polystyrene HOPE Impact Polystyrene SAN Copolymer

7 9 8 8 7

Iron (III) Thiocyanate (5-100/0) room terrlperature 5 8 5

Iron Ammonium (II) Sulfate (5-100/0) room temperature 5-6

5-6

5

5-7

7 9 8 7

elevated temperature ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer

7 9 8 7

Iron Chloride room temperature

elevated temperature

8 8 8 8

Iron Sulfate room terrlperature Polycarbonate

ABS Cellulose Acetate Cellulose Acetate Butyrate EVOH

8

2 5 0 9

Isoamyl Alcohol room temperature Amorphous Nylon ASA Cellulose Acetate Cellulose Acetate Butyrate General Purpose Polystyrene Impact Polystyrene Polycarbonate SAN Copolymer

1 9 9 3 9 9 8 9

elevated temperature Acetal Resin ASA CTFE General Purpose Polystyrene , Impact Polystyrene SAN Copolymer

PVOF

General Purpose Polystyrene Impact Polystyrene

Cellulose Acetate Cellulose Acetate Butyrate Fluorinated PE HOPE Polyolefin/Nylon Alloy

5 4 6 6 6 4

8

2 2

2 0 7 4 9

Isobutyl Alcohol room temperature ABS ASA Cellulose Acetate General Purpose Polystyrene HOPE Impact Polystyrene Nylon 66

pvoc

8

SAN Copolymer

9 9 9 9

ASS ASA ETFE EVOH General Purpose Polystyrene HOPE Impact Polystyrene

7-8 5 7 8-9 8 6-9 7 7 5-8

elevated temperature

Iron Nitrate room temperature ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer

Nylon 12 Nylon 612

elevated temperature

Iron Ammonium Sulfate room tern peratu re ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer

Iron Salts room temperature

Isobutyl Acetate room terrlperature

Iron Ammonium (III) Sulfate room temperature Amorphous Nylon

3-8 1-8

Isobuty Acetate room temperature

Iron Ammonium (III) Sulfate (5-100/0) room temperature Amorphous Nylon

Nylon 12 Nylon 6

Isoamyl Ether elevated temperature

Iron Ammonium (II) Sulfate room temperature Amorphous Nylon

5

Iron Salts (10-20%) room temperature

Isoamyl Acetate room temperature

ASA General Purpose Polystyrene HOPE Impact Polystyrene SAN Copolymer

Amorphous Nylon

Iron Perchloride room temperature

Nylon 12 Nylon 612

Iron (III) Chloride room temperature

Nylon 6 Nylon 610 Nylon 66

7 8 8 7

elevated temperature

Iron (III) Chloride (5-10%) room temperature Acetal Resin Nylon 6 Nylon 610 Nylon 66

ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer

Acrylic Resin

ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer

Polycarbonate

Iron (II) Chloride room temperature ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer

7 8 8 7

elevated temperature

Iodine (5-100/0) room temperature ECTFE General Purpose Polystyrene Impact Polystyrene Polyester - PET

ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer

5 3 8 5-9 6-8 8 8

Note: Numbers refer to POL Resistance Ratings (0-9 scale with 9 as highest resistance.)

© Plastics Design Library

Section Two

1000 Chemical Sort with POL Resistance Rating

PVOC PVOF SAN Copolymer

7 8 3-6

Isopar H room temperature Amorphous Nylon

8

Isobutyronitrile room temperature ABS

2

Isocyanate 8 8 8

4-8

elevated temperature 4-8

Isooctane (76-970/0) room temperature Acetal Resin Nylon 66 PES Polyester - PBT Polyetherimide Polyphenylene Sulfide

8 7-9 1-9 8-9 1-7 5-8

elevated temperature Nylon 66 PES Polyester - PBT Polyetherimide Polyphenylene Sul'fide

8-9 1-8 5 1 3-6

Isooctane 7 9 9 7-9 9 9 8 8 8 8 5 8 8 8-9 8 8 7-8 7 9 8 1 8 9 6 2-5 8 8 5-9 2

elevated temperature ABS ASA ECTFE FEP General Purpose Polystyrene HDPE Impact Polystyrene Nylon 12 Nylon 612 PFA Polypropylene PVOC PVOF SAN Copolymer

2 9 4 8 6 5 6 8 8 7-9 4 7 8 2-9

Isopar G 6 9

elevated temperature PC/Polyester Alloy

8

ABS Cellulose Acetate Cellulose Acetate Butyrate General Purpose Polystyrene HOPE Impact Polystyrene PVOC SAN Copolymer

2 2 0 2 8 2 7 2

elevated temperature ABS Fluorinated PE HOPE Polyolefin/Nylon Alloy PVOC SAN Copolymer

2 8 4-5 9 7 2

Isopropyl Alcohol (5-10%) room temperature Acrylic Resin

5

room temperature ABS Acrylic Resin PC/Polyester Alloy Polyester - PBT

4 5 8-9 4-9

9

room temperature ABS PVOC SAN Copolymer

0 5 2

elevated temperature ABS PVOC SAN Copolymer

0 5 2

Isopropyl Ether room temperature Acetal Resin CTFE ECTFE HOPE Nylon 6 Nylon 610 Polyester - PBT Polysulfone

8

9 8 5-7 8-9 8 8 6

elevated temperature HOPE PVOF

2-3 8

Isopropylamine room temperature

room temperature

ABS

ABS Acetal Resin Acrylic Resin AcryliC/PVC Alloy Acrylonitrile Copolymer Amorphous Nylon ASA ASA/PVC Alloy Cellulose Acetate Cellulose Acetate Butyrate CPVC ECTFE General Purpose Polystyrene HOPE Impact Polystyrene lonomer Nylon 12 Nylon 46 Nylon 6 Nylon 610 Nylon 612 Nylon 66 PC/Polyester Alloy PEEK PES Polycarbonate Polyester - PBT Polyester - PCTG Polyester - PET Polyetherim ide Polyimide Polymethylpentene Polyphthalam ide Polypropylene Polysulfone PPE PVOC SAN Copolymer

2-9 8 3-9 8 9 1 4-5 7-8 1

1 4-8 8 8 8 6 4 6-8 8 4-8 4 8 5-8 5-9 8 5-8 8 8-9 6 9 8-9 9 8 9 8-9 4-8 3-9 7 8-9

ABS Acetal Resin CPVC ECTFE EVOH

2 8 4 8 1-9

6 8 2 9 7 8 8 7 4-8 5-6 6-8 6 8-9 3-8 7 8 3-6

Isopropyl Benzene

Isopropyl Alcohol

elevated temperature

room temperature Amorphous Nylon PC/Polyester Alloy

PVOF

Isopropyl Alcohol (41-50%)

room temperature ABS ABS/PU Alloy Acetal Resin Acrylic Resin Amorphous Nylon ASA ECTFE General Purpose Polystyrene HOPE Impact Polystyrene Liquid Crystal Polymer Nylon 12 Nylon 46 Nylon 6 Nylon 610 Nylon 612 Nylon 66 PC/ABS Alloy PC/Polyester Alloy PES Polyallomer Polyester - PBT Polyester - PET Polyester - PETG Polypropylene Polysulfone PVOC SAN Copolymer Styrene Butadiene Copolymer

elevated temperature

room temperature

room temperature Polycarbonate

7

Isophorone

Isopropyl Acetate

Isonel31 Polycarbonate

room ternperature Amorphous Nylon

room temperature Nylon 6 Nylon 610 Polyester - PBT

Isopar M

General Purpose Polystyrene HOPE lonomer Liquid Crystal Polymer Nylon 12 Nylon 6 Nylon 610 Nylon 612 Polycarbonate Polyester - PBT Polyketone Polymethylpentene Polypropylene PPE PVOC PVOF SAN Copolymer

2

elevated temperature ETFE

8

Isopropylphenol (0-) room temperature pvoc SAN Copolymer

5 2

elevated temperature PVOC SAN Copolymer

5 2

Isopropylphenol (p-) room temperature PVOC SAN Copolymer

5 2

elevated temperature PVOC SAN Copolymer

5 2

Jams room temperature ASA General Purpose Polystyrene HOPE Impact Polystyrene Nylon 12 Nylon 6 Nylon 612 Polyallomer SAN Copolymer

9 9 8 9 8 8 8 9 9

elevated temperature ASA General Purpose Polystyrene HOPE Impact Polystyrene Nylon 12 Nylon 612 Polyallomer SAN Copolymer

9 9 8 9 8 8 5 9

Javelle Water room temperature Nylon 66

2

Note: Numbers refer to POL Resistance Ratings (0-9 scale with 9 as highest resistance.)

Section Two

© Plastics Design Library

1001 Chemical Sort with POL Resistance Rating

Jet Aircraft Engine Oils elevated temperature Polyimide

1-8

Jet Aircraft Fuels room temperature Acrylic/PVC Alloy Amorphous Nylon Aromatic Polyamide Cellulose Acetate Cellulose Acetate Butyrate CTFE ECTFE lonomer Nylon 66 PC/Polyester Alloy PEEK Polycarbonate Polyester - PET Polyetherim ide Polyphthalamide Polypropylene Polysulfone

8 6 9 5 5 9 8

5 9 9 8 8 9 8 9 5 1-9

elevated temperature Acetal Resin Aromatic Polyamide ECTFE ETFE lonomer Nylon 6 Nylon 610 Polycarbonate Polyester - PBT Polyimide Polyketone Polyphenylene Sulfide Polypropylene Polysulfone PVOF

8 9 8 8 2 8 8 4 8 6-9 6-9 8 2 9 8

General Purpose Polystyrene HOPE Impact Polystyrene lonomer Polybenzim idazole Polyester - PBT Polyphenylene Sulfide Polypropylene PPE PVC PVOC PVOF SAN Copolymer

Ketones Acetal Resin Acrylic Resin CPVC HOPE Nylon 6 Nylon 610 PES Polyester - PBT Polypropylene PVC

ABS

HOPE

Kerosene room temperature

Lacquer Thinners room temperature

Fluorinated PE HOPE Polyolefin/Nylon Alloy

9 4 9

Kerosine room temperature ABS Acrylic Resin ASA Cellulose Acetate Cellulose Acetate Butyrate CPVC ECTFE General Purpose Polystyrene HOPE Impact Polystyrene lonomer Nylon 66 PEEK PES Polyallomer Polycarbonate Polyester - PBT Polyester - PETG Polyetherim ide Polyimide Polypropylene Polysulfone PPE PVC PVOC Rigid PU SAN Copolymer Styrene Butadiene Copolymer

4-8 7-9 4 7 8 8-9 8 2-5 5-8 2-5 5 7-8 9 8 2 8 8 6 8 8 5-7 4-9 7-8 8 9 9 4-9 2

elevated temperature ABS Acetal Resin Aromatic Polyamide ASA ECTFE

7 9

8 3 8

2 4 8 3

5

Kraton room temperature

Polysulfone

elevated temperature

8 3 2 7 6 6 1 2 9 3

Korsolin (:s; 5%) room temperature Amorphous Nylon

ABS/Nylon Alloy Acrylic Resin PC/POlyester Alloy Polycarbonate Polyester - PETG

9

7

8-9 0-9 7 2 2

8 7-8 7-8 7-8 4-8 7-8 4-8

9 8 6 8 8

Lactic Acid (5-100/0) room temperature ABS Acetal Resin ASA Cellulose Acetate General Purpose Polystyrene HOPE Impact Polystyrene LOPE Nylon 12 Nylon 6 Nylon 610 Nylon 612 Nylon 66 Polyester - PBT

7 9 5-8 8 8 6 5 5 8 8-9

Polycarbonate Polypropylene

8 9

elevated temperature Polypropylene

9

Lactic Acid (20-30%) room temperature CPVC ECTFE lonomer Nylon 66 PVC

8-9 8 8 6 8

elevated temperature CPVC ECTFE lonomer PVC

8 8 8 8

Lactic Acid (41-50%) room temperature Cellulose Acetate Cellulose Acetate Butyrate Nylon 12 Nylon 6 Nylon 612 Nylon 66 PVOF

2 7 3-6 3 3 3 7

Nylon 12 Nylon 612

Lactic Acid (51-750/0) elevated temperature Polysulfone

8

ABS ASA CPVC ECTFE General Purpose Polystyrene HOPE Impact Polystyrene LOPE Nylon 12 Nylon 6 Nylon 610 Nylon 612 Nylon 66 PVC PVOC SAN Copolymer

9 9 8-9 8 8 8 8-9 6 1-6 1-6 2 1 2 8 8 9

elevated temperature

elevated temperature PVOC

ABS ASA General Purpose Polystyrene HOPE Impact Polystyrene LOPE Nylon 12 Nylon 612 PVOC SAN Copolymer

Lactic Acid (76-97%)

Lactic Acid (:s; 5%) room temperature CTFE Nylon 12 Nylon 6 PVOC

elevated temperature

room temperature

elevated temperature Polycarbonate

8 8-9

elevated temperature

Lacquers room temperature Acetal Resin Nylon 6 Nylon 610 Nylon 66 Polycarbonate Polyester - PBT

PVOC SAN Copolymer

Lactic Acid (10-200/0) room temperature

elevated temperature CPVC HOPE Polyphenylene Su Ifide PVC

Labarraques Solution room temperature

8 5

3 2 9 8 8 2 8 8 5 7-8 3-9

room temperature

Johnsons Wax 111 room temperature

Expanded PE Beads Expanded PP Beads

3

5

7 8 9 6 5-8 8 5-8 6 7 8 8 7 4-7 8

ABS ASA General Purpose Polystyrene HOPE Impact Polystyrene LOPE Nylon 12 Nylon 612 PVOC SAN Copolymer

9 9 8 8 8 6 1 1

8 9

Lactic Acid room temperature Acrylic Resin Acrylonitrile Copolymer Nylon 11 Nylon 66 PES

8

8 8 8 7

Note: Numbers refer to POL Resistance Ratings (0-9 scale with 9 as highest resistance.)

© Plastics Design Library

Section Two

1002 Chemical Sort with POL Resistance Rating

Polyimide Polypropylene

7 8

elevated temperature Acrylic Resin ETFE HOPE Nylon 11 Nylon 66 Polyamideimide Polycarbonate Polyimide Polyphenylene Sulfide Polypropylene Polysulfone PPE PVOF

8 8 8 5-8 1 9 9 7 8-9 8 9 9 8

8

elevated temperature 8

HOPE

room temperature 2-3

Acrylic Resin

Lactose room temperature

elevated temperature Acrylic/PVC Alloy Nylon 12 Nylon 612 Polycarbonate Polyester - PBT

7 8 8 5 8

ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer

9 9 9 9

ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer

9 9 9 9

Lauric Acid

ASA General Purpose Polystyrene HOPE Impact Polystyrene SAN Copolymer

9 8-9 8 9 9

elevated temperature

room temperature ECTFE Impact Polystyrene lonomer Polypropylene

8 9 8 8 8

pvc 7 6-8 8 8 7

ASA General Purpose Polystyrene HOPE Impact Polystyrene SAN Copolymer

(~5%)

room temperature Acrylic Resin

elevated temperature ECTFE ETFE lonomer Polypropylene Polysulfone PVC PVOF

8 8 6 8 5 8 7-8

8

Lauryl Alcohol

Lanolin

room temperature

room temperature 9 8 9 8-9 8 6 8 8 8 8-9 8 8-9

ABS Acrylic Resin ASA General Purpose Polystyrene HOPE Impact Polystyrene Nylon 12 Nylon 6 Nylon 612 Polypropylene PVDC SAN Copolymer

elevated temperature 9 9 6-8 8 8 8 8-9 8 8 8-9

ABS ASA General Purpose Polystyrene HOPE Nylon 12 Nylon 612 Polypropylene PVOC PVOF SAN Copolymer

ABS ASA General Purpose Polystyrene Impact Polystyrene PVDC SAN Copolymer UHMWPE

5 8 8 6

elevated temperature

9 9 8-9 9 7 8-9 8

Lauryl Chloride room temperature ECTFE lonomer PVC

elevated temperature ECTFE ETFE

8 8 3 7-8

Lauryl Mercaptan 8

Lauryl Sulfate 8 6

lonomer LOPE

(~

50/0)

room temperature 7-9 7 8

elevated temperature 8

room temperature ABS PVDC SAN Copolymer

7 5-9 7

elevated temperature ABS ETFE PVOC

Lavender room temperature Cellulose Acetate Butyrate

8

Lavender Oil room temperature Nylon 12 Nylon 6

8 8-9

Lead Acetate (5-10%) room temperature Acetal Resin Nylon 6 Nylon 610 Nylon 66

8 6-8 8 6

Lead Acetate room temperature ABS Amorphous Nylon ASA CPVC ECTFE General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE PES Polymethylpentene Polypropylene PVC PVDC SAN Copolymer

7 4-6 9 8 8 8-9 8 6-9 8 8 8 7 8 8-9 8 8 9

elevated temperature ABS ASA CPVC ECTFE ETFE General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Polymethylpentene Polyphenylene Sulfide Polypropylene PVC PVOC PVOF SAN Copolymer

7 9 8 8 8 8-9 8 9 8 8 8 8 8 8-9 8 8 8 9

Lead Arsenate room temperature Acetal Resin General Purpose Polystyrene PVOC SAN Copolymer

7-9 5 7 7

PVOC SAN Copolymer

7 7

Lead Chloride room temperature 8 8 8 8

CPVC ECTFE lonomer PVC

elevated terrlperature

elevated temperature PVDF

8 7

elevated temperature 8 5 8

PVDF

room temperature Cellulose Acetate Cellulose Acetate Butyrate lonomer LOPE

9 9 8-9 8-9 7 8-9 8

elevated temperature ABS ASA General Purpose Polystyrene Impact Polystyrene PVDC SAN Copolymer UHMWPE

pvc

Latex

Polysulfone

8 8 5-7 7-9

elevated temperature

Lactic Acid Butyl Ester

ABS Cellulose Acetate Cellulose Acetate Butyrate

9 8 6

room temperature

HOPE

Laundry Detergents

Acetal Resin Acrylic/PVC Alloy Cellulose Acetate Butyrate Nylon 12 Nylon 612 Polycarbonate Polyester - PBT

Laurel

Lactic Acid room temperature

Lanolin

PVDF SAN Copolymer

Laundry Detergents room temperature

7 8 3-9

ECTFE lonomer PVC PVOF

8 8 8 8

Lead Nitrate room temperature ABS ASA CPVC ECTFE General Purpose Polystyrene HOPE Impact Polystyrene

9 9 8 8 8-9 8 6

Note: Numbers refer to POL Resistance Ratings (0-9 scale with 9 as highest resistance.)

Section Two

© Plastics Design Library

1003

Chemical Sort with POL Resistance Rating lonomer LOPE MOPE PVC PVOC SAN Copolymer

8 8 8 8-9 7 8-9

elevated temperature ASS ASA CPVC ECTFE General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE

pvc

PVOC PVOF SAN Copolymer

9 7 8 8 6-8 8 6 8 8 8 8 7 8 7-9

room temperature 8 8

Lead Stearate room ternperature ASA General Purpose Polystyrene Impact Polystyrene Nylon 6 Nylon 66 SAN Copolymer

9 9 9 9 8 9

elevated ternperature ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer

9 9 9 9

Lead Sulfate room temperature ASA CPVC ECTFE General Purpose Polystyrene Impact Polystyrene lonomer PVC SAN Copolymer

9 8 8 9 9 8 8 9

elevated temperature ASA CPVC ECTFE General Purpose Polystyrene Impact Polystyrene lonomer PVC PVOF SAN Copolymer

9 8 8 9 9 8 8 8 9

Lemon Emulsion Flavoring room temperature General Purpose Polystyrene Impact Polystyrene

2 2

Lemon Grass Oil room temperature ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer

3 3 3 3

elevated temperature ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer

3 3 3 3

Lemon Juice room temperature ASS Amorphous Nylon Cellulose Acetate Cellulose Acetate Butyrate General Purpose Polystyrene HOPE Impact Polystyrene Nylon 12

6 8 7 9 8 8-9

elevated temperature

Lead Salts Nylon 12 Nylon 6

Nylon 6 Nylon 612 Polycarbonate Polyester - PET PVOC SAN Copolymer

7-8 8 4 7 5 8 5 8

ABS HOPE Nylon 12 Nylon 612 PVOC SAN Copolymer

7 8 8 8 8 8-9

Lemon Oil room temperature ABS ASA Cellulose Acetate Cellulose Acetate Butyrate ECTFE General Purpose Polystyrene HOPE Impact Polystyrene Nylon 12 Nylon 612 Polymethylpentene Polypropylene Polysulfone PVOC SAN Copolymer

5 5 9 9 8 0-2 5 2-3 8 8 4 5 1 7 2-5

elevated temperature ABS ASA ECTFE General Purpose Polystyrene HOPE Impact Polystyrene Polymethylpentene PVOC PVOF SAN Copolymer

3 4 8 0 2 0 4 5 8 2-4

General Purpose Polystyrene Impact Polystyrene SAN Copolymer

elevated temperature ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer

room temperature ABS Acrylic Resin Polyester - PET SAN Copolymer Fluorinated PE HOPE Polyolefin/Nylon Alloy

Ligroin ASA General Purpose Polystyrene Impact Polystyrene Polypropylene SAN Copolymer

Cellulose Acetate Nylon 12 Nylon 612

Lestoil

(~

6 8 8

5%)

room temperature ABS General Purpose Polystyrene HOPE Nylon 6 Nylon 610 Nylon 66 Polycarbonate Polyester - PBT Polypropylene Polysulfone PPE PVC SAN Copolymer

3-6 1-2 3 2-6 5-6 2-3 6-9 6-7 2-3 4-7 3-8 9 3-5

elevated temperature Polysulfone PPE

1 3-8

room temperature ABS Acetal Resin AcryliC/PVC Alloy Polycarbonate Polyetherimide SAN Copolymer

2 9 8 3-8 8 8

elevated temperature Acrylic/PVC Alloy Polyetherimide

5 8

Licorice room temperature ASA

9

7 5 5 7

Lilac Oil room temperature General Purpose Polystyrene Impact Polystyrene

Lime

2 2

(~5%)

room temperature Polycarbonate

Acetal Resin Amorphous Nylon ASA General Purpose Polystyrene HOPE Impact Polystyrene Nylon 12 Nylon 6 SAN Copolymer

8

8 6 9 8 8 9 1 1 9

elevated temperature ASA General Purpose Polystyrene HOPE Impact Polystyrene SAN Copolymer

7-9 8 8 8 7-9

Lime Chloride room temperature HOPE Nylon 12 Nylon 612

8 5 5

elevated temperature HOPE Nylon 12 Nylon 612

Lime Flavoring room temperature General Purpose Polystyrene Impact Polystyrene

Lestoil

9 5 5 5 9

elevated temperature ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer

Lime

Lemonade

9 1-5 9

room temperature

room temperature

room temperature

8 8 9 8

elevated temperature

room temperature 2 2 2

9 8-9 9 9

Lighter Fluid

Lemon Peel General Purpose Polystyrene Impact Polystyrene SAN Copolymer

8-9 9 9

2 2

Lime Juice room temperature ABS General Purpose Polystyrene HOPE Impact Polystyrene PVOC SAN Copolymer

7 8 8 8 8 9

elevated temperature ABS General Purpose Polystyrene HOPE Impact Polystyrene

7 8 8 8

Note: Numbers refer to POL Resistance Ratings (0-9 scale with 9 as highest resistance.)

© Plastics Design Library

Section Two

1004 Chemical Sort with POL Resistance Rating

pvoc SAN Copolymer

8 9

Lime Milk room temperature Polycarbonate

5

Lime Paste room temperature Polycarbonate

8

Lime Sulfur room temperature ECTFE elevated temperature ECTFE

8 8

Lime Water room temperature General Purpose Polystyrene HOPE Impact Polystyrene elevated temperature General Purpose Polystyrene HOPE Impact Polystyrene

8-9 8 8-9 9 8 9

Limonene (d-) elevated temperature Fluorinated PE HOPE Polyolefin/Nylon Alloy

9 1 9

Lindane room temperature ABS General Purpose Polystyrene Impact Polystyrene SAN Copolymer

Polypropylene Polysulfone PPE pvc PVOC SAN Copolymer UHMWPE elevated temperature ABS Acetal Resin ASA CPVC ECTFE ETFE General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE Nylon 12 Nylon 610 Nylon 612 Nylon 66 Polycarbonate Polyester - PBT Polymethylpentene Polypropylene Polysulfone PPE pvc PVOC PVOF SAN Copolymer UHMWPE

Lipstick 2 2 2 2

room temperature Cellulose Acetate Butyrate elevated temperature HOPE

Liquid Protectant

room temperature ECTFE PVC elevated temperature ECTFE ETFE PVC PVOF

room temperature Polycarbonate elevated temperature Polycarbonate

8 8 8 8 8 7-8

room temperature ABS

Liquors

room temperature ECTFE PVC elevated temperature ECTFE PVC

room temperature Acrylic Resin HOPE lonomer Nylon 12 Nylon 6 Nylon 612 Polycarbonate PVC elevated temperature HOPE lonomer PVC PVOF

8 8 8 3-8

Linseed Cake 8 8

Linseed Oil 6-9 8 8 9 9 4 8 2-8 8-9 2-9 5 5 8 8-9 8-9 8 3-8 8 7-8 8-9 8

6

8 8 8 9 9 7 8 8 8 8 8 8 8 9

Lithium Chloride (5-100/0) room temperature Acetal Resin Nylon 6 Nylon 610 Polyester - PBT

8 6 8 8

Lithium Chloride (10-200/0) room temperature Acetal Resin Nylon 6 Nylon 610 Nylon 66

8 0 2 0

Lithium Chloride (41-500/0) elevated temperature Acetal Resin

8

elevated temperature PVOF

8

Lithium Grease 8

room temperature Acrylic Resin

8

Lithium Hydroxide (5-10%) 7 3

Liquid Wrench

Linoleic Oil

room temperature ABS Acetal Resin Amorphous Nylon ASA Cellulose Acetate Butyrate CPvc ECTFE General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE Nylon 12 Nylon 6 Nylon 610 Nylon 612 Nylon 66 PES Polycarbonate Polyester - PBT Polymethylpentene

5-7 8 9 4 8 8 4-8 6-8 8 2 2 8 9 8 4-6 6-7 8 8 7-9 7 9 8 7 8 7-9 8

HOPE lonomer PVC PVOC SAN Copolymer elevated temperature ABS ECTFE ETFE HOPE lonomer PVC PVOC PVOF SAN Copolymer

Lithium Chloride

Linoleic Acid

room temperature Nylon 11 elevated temperature Nylon 11

8-9 7-8 6-9 8-9 8-9 7-9 8

8

room temperature Nylon 6 Nylon 610 elevated temperature Nylon 6 Nylon 610

3 8 3-8 8

1 8

Lithium Hydroxide elevated temperature ETFE

5-6 7 8 5-8 8 5 8 3-8

8 8

8

Lithium Soap Grease room temperature Polycarbonate elevated temperature Polycarbonate

8 4-8

Lithium Sulfate room temperature CPVC elevated temperature CPVC

8-9 8

Loctile

Litex room temperature Nylon 12 Nylon 612 elevated temperature Nylon 12 Nylon 612

8 8

room temperature Polysulfone

Lithium Bromide (s; 5%)

room temperature Polycarbonate elevated temperature Polycarbonate

elevated temperature Nylon 6

Loctite 242

Lithium Bromide (41-500/0)

room temperature PC/Polyester Alloy

room temperature Cellulose Acetate Butyrate

8 8

9

2-8 4-8

2

Loctite AU room temperature Polysulfone

Lithium Bromide room temperature ABS Cellulose Acetate Butyrate ECTFE

8

Loctite

7 9 8

Loctite B room temperature Polysu Ifone

Note: Numbers refer to POL Resistance Ratings (0-9 scale with 9 as highest resistance.)

Section Two

© Plastics Design Library

1005

Chemical Sort with POL Resistance Rating

Loctite E

Lutidine (2,4-)

room temperature

room temperature

Polysulfone

ASS

LPH (~50/0) room temperature

Lux Liquid room temperature

Polyetherim ide

1-9

9 8 9 2

elevated temperature Cellulose Propionate Polysulfone Rigid PU

8 4-8 7

LUbricating Greases 8

elevated temperature Acetal Resin Nylon 6 Nylon 610 Polyester - PBT

8-9 6 6-8 8

Lubricating Oils room temperature ASS Acetal Resin Acrylic/PVC Alloy Amorphous Nylon Cellulose Acetate Cellulose Acetate Butyrate CPVC ECTFE HOPE lonomer LOPE Nylon 12 Nylon 46 Nylon 6 Nylon 612 Nylon 66 Nylon MX06 PC/POlyester Alloy PES Polycarbonate Polymethylpentene Polypropylene Polysulfone

4 8 8 7-8 5-7 7-9 8-9 8 8 6 2 8 6-8 8-9 8 8 9 9 8 4-8 6 8-9 9

elevated temperature Acetal Resin Cellulose Acetate Cellulose Acetate Butyrate Cellulose Propionate ECTFE ETFE HOPE lonomer LOPE Nylon 12 Nylon 6 Nylon 610 Nylon 612 Polycarbonate Polyester - PST Polymethylpentene Polyphenylene Sulfide Polypropylene Polysulfone PVOF

4-9 7 9 5-7 8 8 7 5 2 8 2-8 2-8 8 4-8 6-8 4 8 5-7 9 8

Lubriplate M-1 031 0 room temperature ABS/Nylon Alloy

9

Lubriplate NS-2976-G room temperature ASS/Nylon Alloy

8-9 3-6

Lyposin room temperature PC/Polyester Alloy Polycarbonate Polyester - PCTG

8 8 8

Lysine-Dihydrochloride-di

8-9

8

elevated temperature PVOC

8

Lysine-Monohydrochloride-di room temperature pvoc 9 elevated temperature PVOC

7

Mace room temperature ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer

9 8 8 9

elevated temperature ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer

5 5 5 5

Machining Oils room temperature 8-9 8 9 8 6 8 8 8 8 9 8 8

ABS Acetal Resin Cellulose Acetate Butyrate HOPE lonomer Nylon 6 Nylon 610 Polycarbonate Polyester - PBT Polyester - PET PVC SAN Copolymer

elevated temperature CTFE HOPE lonomer Polycarbonate PVC

9 5 5 4-8 8

Magenta Dye room temperature Polypropylene

9

elevated temperature 7

Polypropylene

Magnesium Bromide room temperature 7 9 8-9 8-9 8 9

ABS ASA General Purpose Polystyrene Impact Polystyrene PVOC SAN Copolymer

elevated temperature 7 9 8-9 9 8 9

ABS ASA General Purpose Polystyrene Impact Polystyrene PVOC SAN Copolymer

Magnesium Carbonate room temperature Cellulose Acetate Butyrate

(~

ASS ASA CPVC ECTFE General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Polymethylpentene Polypropylene PVC PVOC SAN Copolymer

7 9 8-9 8 8-9 8 6-9 8 8 8 8 8-9 8 8 8-9

elevated temperature

room temperature PVOC

room temperature Polyester - PST

PVC PVC

2-9

Lubricants room temperature ABS/Nylon Alloy Acrylic Resin PC/ABS Alloy Polyester - PETG

2

elevated temperature

LPH room temperature Polyetherim ide

Magnesium Carbonate room temperature

5%) 7

ASS ASA CPVC ECTFE ETFE General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Polymethylpentene Polypropylene PVC PVOC PVOF SAN Copolymer

7 9 8 8 8 8-9 8 9 8 8 8 8 8-9 8 8 8 8-9

Magnesium Chloride (5-100/0) room temperature Nylon 6 Nylon 66

9 4-8

elevated temperature Nylon 66 Polyamideimide Polycarbonate Polyphenylene Sulfide Polysulfone PPE

4 9 9 9 9 9

Magnesium Chloride (41-500/0) room temperature Nylon 11 Nylon 66

8 8

elevated temperature Nylon 11

8

Magnesium Chloride room temperature ABS Acrylic Resin Cellulose Acetate CPVC ECTFE HOPE lonomer LOPE MOPE PES Polycarbonate Polyimide Polymethylpentene Polypropylene PVC PVOC Rigid PU SAN Copolymer

7 8 6 8-9 8 8 8 8 8 7 8 7 8 8-9 8

8 5-8 9

elevated temperature ABS Acrylic Resin CPVC ECTFE ETFE HOPE lonomer LOPE MOPE Polyimide Polymethylpentene Polyphenylene Sulfide Polypropylene

7 8 8

8 8 8 8 8 8 7 8 8 5-9

Note: Numbers refer to POL Resistance Ratings (0-9 scale with 9 as highest resistance.)

© Plastics Design Library

Section Two

1006

Chemical Sort with POL Resistance Rating pvc

8 8 8 9

PVOC PVOF SAN Copolymer

Magnesium Chloride Sulfate room temperature PVOC SAN Copolymer

8 9

elevated temperature PVOC SAN Copolymer

8 9

Magnesium Chlorite room temperature ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer

9 9 9 9

elevated temperature ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer

9 9 9 9

Magnesium Citrate room temperature CPVC lonomer PVC

8 8 8

elevated temperature CPVC lonomer PVC PVOF

8 8 8 8

room temperature 8

elevated temperature HOPE

8 8 9

Magnesium Nitrate room temperature ABS ECTFE HOPE lonomer LOPE MOPE Polymethylpentene Polypropylene PVC PVOC SAN Copolymer

7 8 8 8 8 8 8 8-9 8 8 9

elevated temperature 7

ABS ECTFE ETFE HOPE lonomer LOPE MOPE Polymethylpentene Polypropylene

8 8 8 8 8 8 8 8-9 8 8 8 9

pvc

PVOC PVOF SAN Copolymer

8

Acetal Resin Nylon 12 Nylon 6 Nylon 610 Polyester - PBT

8 8 4-8

5 8

Magnesium Salts

room temperature

room tem peratu re 8 6 8

room temperature ABS CPVC ECTFE HOPE lonomer LOPE MOPE Nylon 6 Nylon 66 Polymethylpentene Polypropylene PVC PVOC SAN Copolymer

7 8-9 8 8 8 8 8 9 8 8 8-9 8

7 7 7 8 8 8 8 8 8 8 8 8 8-9 8

7 8

7

Magnesium Iodide room temperature ABS HOPE PVOC SAN Copolymer

8 8 8

HOPE Nylon 12 Nylon 612

8 8 8

Magnesium Sulfate (5-100/0) room temperature Nylon 66 PVOC

8 9

elevated temperature PVDC

9

7 8 8 9

Magnesium Sulfite Polymethylpentene Polypropylene Polymethylpentene Polypropylene

8 8-9

Maize Oil room temperature ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer

9 8 9 9

room temperature

room temperature Acetal Resin CTFE

5-8 9

Maleic Acid (5-100/0) room temperature Nylon 6 Nylon 610 PVOC SAN Copolymer

8 4 8 9

elevated temperature PVOC SAN Copolymer

8 9

Maleic Acid (20-30%) 9 9

2 1

Malathion

room temperature

elevated temperature

9 8 9 9

Malathion (:::;; 50/0)

Magnesium Sulfate (10-20%)

Nylon 6 Nylon 610 PVOC

3 4 8

elevated temperature

Magnesium Sulfate

PVOC

room temperature ABS ASA Cellulose Acetate CPVC ECTFE General Purpose Polystyrene HDPE Impact Polystyrene lonomer LOPE MOPE Nylon 66 PES Polycarbonate Polymethylpentene Polypropylene PVC PVOC SAN Copolymer

8 8-9

elevated temperature

room temperature PVOC

elevated temperature ABS CPVC ECTFE ETFE HOPE lonomer LOPE MOPE Polymethylpentene Polyphenylene Sulfide Polypropylene PVC PVOC PVOF SAN Copolymer

HOPE Nylon 12 Nylon 612

PVOC

7 9 8 8 8 9 8 9 8 8 8 8 8 8-9 8 8-9 8 9

room temperature

Cellulose Acetate Butyrate Cellulose Propionate

elevated temperature

Magnesium Hydroxide

ABS ASA CPVC ECTFE ETFE General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Polymethylpentene Polyphenylene Sulfide Polypropylene PVC PVOC PVOF SAN Copolymer

elevated temperature

Magnesium Salts (5-10%)

Magnesium Hydroxide (5-10%) Nylon 12 Nylon 46 Nylon 6

elevated temperature 7

room temperature

Magnesium Fluosilicate HOPE

elevated temperature ABS HOPE PVOC SAN Copolymer

7

8

Maleic Acid (41-50%)

9

room temperature

5

CPVC

8-9 8 9 8 9 8 8 8 8 8 8 8 8-9 8 9 9

8-9

elevated temperature CPVC

8

Maleic Acid room temperature ABS Acrylic Resin ECTFE HOPE lonomer LOPE Nylon 6 Polyimide PVC PVOC

7 6 8 8 8 8

3 7 8 9

Note: Numbers refer to POL Resistance Ratings (0-9 scale with 9 as highest resistance.)

Section Two

© Plastics Design Library

1007 Chemical Sort with POL Resistance Rating

elevated temperature ABS Acrylic Resin ECTFE ETFE HOPE lonomer LOPE Polyimide

pvc

PVOC PVOF

7

5 8 8 8 8 8 7 8 9 7-8

8

elevated temperature ETFE

8

Malic Acid (S 50/0) room temperature Amorphous Nylon

9 8-9 6 8-9 9 6-8

5 8-9

Malic Acid (41-50%) room temperature HOPE

8

elevated temperature HOPE

8

Malic Acid room temperature ECTFE Nylon 610 Polypropylene PVC

8 8 8 8

elevated temperature ECTFE ETFE Polypropylene PVC PVOF

8 8

5 8 7-8

Malonic Acid room temperature Nylon 6 Polysulfone

3 8

Malt room temperature Acetal Resin Nylon 6 Nylon 610 Polyester - PBT

8 8 8 8

Manganese Chloride room temperature PVC

8-9

elevated temperature pvc

8-9

Manganese Salts (5-100/0) room temperature Acetal Resin Nylon 6 Nylon 610

8 6 8

Manganese Sulfate (5-10%) room temperature Nylon 6 PVC

9 8

elevated temperature PVC

PVC

8

CPVC HOPE PVC CPVC HOPE PVC PVOF

8 8 8 8 8 8 8

Mannitol Alcohol room temperature 3 7

SAN Copolymer

3

8

2 7 2

Manure room temperature HOPE

8

elevated temperature HOPE

8

Maple Syrup room temperature ABS Polyester - PET

Margarine room temperature ABS ASA Cellulose Acetate Cellulose Acetate Butyrate General Purpose Polystyrene HOPE Impact Polystyrene Nylon 12 Nylon 6 Nylon 612 Polyallomer Polycarbonate Polyester - PET Polysulfone PVOC SAN Copolymer

elevated temperature ABS ASA General Purpose Polystyrene HOPE Impact Polystyrene Nylon 12 Nylon 612 Polyallomer Polysulfone PVOC SAN Copolymer

9 9 6-8 6-8 8

8 8 1 4-8 8 7-9

9 8-9 8-9 9

elevated temperature ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer

9 8-9 9 9

Marlipal MG room temperature Nylon 12 Nylon 612

Nylon 12 Nylon 612

8 8

elevated temperature 8 8

Marlophen 810 (10-200/0) room temperature Nylon 12 Nylon 612

8 8

elevated temperature Nylon 12 Nylon 612

8 8

Marlophen 810 room temperature Nylon 12 Nylon 612

8 8

elevated temperature 8 8

Marlophen 820 (S 50/0) room temperature 8 8

elevated temperature Nylon 12 Nylon 612

8 8

Marlophen 820 (10-20%) room temperature Nylon 12 Nylon 612

8 8

elevated temperature Nylon 12 Nylon 612

8 8

Marlophen 820 room temperature Nylon 12 Nylon 612

8 8

elevated temperature Nylon 12 Nylon 612

8 8

Marlophen 83 room temperature Nylon 12 Nylon 612

8 8

elevated temperature Nylon 12 Nylon 612

8 8

Marlophen 89 (S 50/0) room temperature

Marjoram room temperature ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer

8 8

Marlophen 810 (s 50/0) room temperature

Nylon 12 Nylon 612 7-9 9 9 9 8-9 8 6-9 8 8 8 9 8 9 4-8 8 8-9

8 8

elevated temperature Nylon 12 Nylon 612

Nylon 12 Nylon 612 8 9

8 8

Marlon room temperature

Nylon 12 Nylon 612

pvoc

ABS PVOC SAN Copolymer

Nylon 12 Nylon 612

Nylon 12 Nylon 612

Manganese Sulfate room ternperature

elevated temperature

elevated temperature ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer

8

elevated temperature

ABS 4-6

Malic Acid (5-10%) room temperature ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer

PVC

elevated temperature

Maleic Anhydride room temperature PVOF

elevated temperature

Manganese Sulfate (10-20%) room temperature

Nylon 12 Nylon 612

8 8

elevated temperature Nylon 12 Nylon 612

8 8

Marlophen 89 (10-200/0) room temperature Nylon 12 Nylon 612

8 8

elevated temperature 8 8

Nylon 12 Nylon 612

8 8

Note: Num bers refer to POL Resi

© Plastics Design Library

Section Two

1008

Chemical Sort with POL Resistance Rating

Marlophen 89

Mentholatum

room temperature

room temperature

Nylon 12 Nylon 612

8 8

General Purpose Polystyrene Impact Polystyrene

8 8

Mercaptoacetic Acid (76-970/0) room temperature

elevated temperature Nylon 12 Nylon 612

PVOC

Mascara room temperature ABS

PVOC 7 9

8

Masters Metallic room temperature Polysulfone

1-8

Mayonnaise room temperature ABS Acrylic Resin Acrylic/PVC Alloy ASA Cellulose Acetate Cellulose Acetate Butyrate General Purpose Polystyrene HOPE Impact Polystyrene Nylon 12 Nylon 6 Nylon 612 Polycarbonate Polyester - PET Polysulfone SAN Copolymer

5-8 8 8 7 9 9 5-8 8 2-8 8 8 8 8 9 8 7-8

elevated temperature Acrylic/PVC Alloy General Purpose Polystyrene Polysulfone

7 8 4-8

Meat Juices room temperature Polyester - PEr Polypropylene

9 9

elevated temperature Polypropylene

9

Menthanol room temperature ECTFE

8 6

Menthol (5-10%) room temperature ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer

5 6 8 5

elevated temperature ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer

4 5 5 4

Menthol room temperature General Purpose Polystyrene HOPE Impact Polystyrene

2 8

2

elevated temperature HOPE

5

5 8 6 8 8-9

elevated temperature General Purpose Polystyrene PVOC SAN Copolymer

6 8 7-8

Mercuric Chloride (5-10%) room temperature 3

Nylon 46 Nylon 66

4-5

Mercuric Chloride (31-40%) room temperature Polypropylene

9

elevated temperature Polypropylene

9

Mercuric Chloride room temperature ABS CPVC ECTFE General Purpose Polystyrene HOPE Impact Polystyrene !onomer LOPE PES Polycarbonate Polymethylpentene Polypropylene PVC PVOC SAN Copolymer ABS CTFE ECTFE ETFE General Purpose Polystyrene HOPE lonomer LOPE Polymethylpentene Polypropylene PVC PVOC PVOF SAN Copolymer

ABS CPVC ECTFE HOPE lonomer LOPE Polymethylpentene Polypropylene

7 8 8 5 8 4 8 8

7 8 8 8 8 8 8-9

9

7 2 8 8 4 8 8 8 8 8 8 8 8 8-9

8 8 8 8 8-9 8 8 9

elevated temperature ABS CPVC

ETFE Polypropylene PVOF

8 8 8

Mercuric Sulfate room temperature CPVC ECTFE PVC

8 8 8-9

elevated temperature CPVC ECTFE PVC

8 8 6-8

Mercurochrome room temperature ABS Acrylic Resin Cellulose Acetate General Purpose POI~styrene Impact Polystyrene Polyester - PET

7 8

8 6 5 5 5 5

elevated temperature 4 7

Mercurous Chloride room temperature ABS PES PVOC SAN Copolymer

7 7 8 9

elevated ternperature ABS PVOC SAN Copolymer

7 8 9

Mercurous Nitrate room temperature ABS ECTFE HOPE lonomer LOPE Polymethylpentene Polypropylene PVC PVOC SAN Copolymer

7 8 8 8 8 8

9 8 8 9

elevated temperature ASS ECTFE HOPE lonomer LOPE Polymethylpentene Polypropylene

pvc

7 8 8

PVOC SAN Copolymer

8

General Purpose Polystyrene HOPE

Mercuric Cyanide room temperature

pvc

Menthol Oil {41-50%} room temperature Cellulose Acetate

5%)

room temperature Cellulose Acetate General Purpose Polystyrene Impact Polystyrene PVOC SAN Copolymer

Polypropylene

elevated temperature

elevated temperature

elevated temperature ECTFE

(~

8 8 8 8 8 8 8-9 8 8 8 9

Mercuric Nitrate room temperature 8

Mercuric Chloride 8

elevated temperature HOPE

2

Mercural Ointment (~ 50/0) room temperature PVC

Mash room temperature HOPE

3

elevated temperature

elevated temperature HOPE

8 8

ECTFE ETFE HOPE lonomer LOPE Polymethylpentene Polypropylene PVC PVOC PVOF SAN Copolymer

PVOC SAN Copolymer

7 8 8 8 8 8 9 8 8 9

Mercury room temperature Acetal Resin Acrylic Resin ASA CPVC ECTFE General Purpose Polystyrene HOPE Impact Polystyrene lonomer

8 8

9 8 8 5-9 8 9 8

Note: Numbers refer to POL Resistance Ratings (0-9 scale with 9 as highest resistance.)

Section Two

© Plastics Design Library

1009 Chemical Sort with POL Resistance Rating LOPE MOPE Nylon 11 Nylon 12 Nylon 46 Nylon 6 Nylon 610 Nylon 612 Nylon 66 PES Polyester - PBT Polymethylpentene Polypropylene PVC SAN Copolymer

8 8 8 8 8 8-9 8 8 8 7 8 8 8-9 8 9

elevated temperature Cellulose Acetate Cellulose Acetate Butyrate CPVC ECTFE ETFE General Purpose Polystyrene HOPE lonomer LOPE MOPE Nylon 11 Nylon 12 Nylon 612 Polymethylpentene Polypropylene PVC PVOF

Metabromotoluene room temperature

2 2 2

8 5 8

HOPE

8

Metalub 555 room temperature ABS

7

5

Methoxyethanol (2-) room temperature 2

Methoxyethyl Acetate (2-) room temperature Nylon 6 Nylon 610

8 8

Methoxyethyl Oleate

HOPE

2

PPE

8

3-8

8

elevated temperature 8 8 8

Methacrylonitrile

Mercury Ointment

room temperature

room temperature

Acrylonitrile Copolymer

SAN Copolymer

2 5

ABS PVDC

elevated temperature 2 5

ABS PVOC

Methyl Acetate 3-8

room temperature ETFE HOPE PVOF

2 8 7 2

room temperature 8

Methacrylic Acid HOPE

elevated temperature

Methyl Acetate (76-97%)

elevated temperature HOPE

2 8 8 9 2

pvoc

room temperature ABS

room terrlperature

8

HOPE

ABS PVC

Metanitrotoluene

elevated temperature

9 8 6 9

8

elevated temperature

room temperature

Mercury Chloride

elevated temperature

room temperature HOPE

ABS ECTFE PVC PVOC SAN Copolymer

PPE

9 8 8 9

8

Methoxybutyl Alcohol

room temperature

room temperature

Nylon 6

PVOF

Metallic Mordants

Methacrylate Sealant

room temperature

PVC

5

elevated temperature ETFE PVOC PVOF

Methanesulfonic Acid elevated temperature

ABS

room temperature

Mercury Chloride (5-10%)

ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer

2 0 0 0 5 0

Methacrylate

room temperature

ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer

0 0 0 8 0

elevated temperature ABS ASA General Purpose Polystyrene Impact Polystyrene PVOC SAN Copolymer

PVOC 9 9 8 8 8 5 8-9 8 8 8 8 8 8 8 8-9 8 7-8

Mercury (II) Chloride Nylon 6 Nylon 610 Nylon 66

ASA General Purpose Polystyrene Impact Polystyrene PVOC SAN Copolymer

2

room temperature Acetal Resin ASA Cellulose Acetate Cellulose Acetate Butyrate CTFE General Purpose Polystyrene Impact Polystyrene Nylon 11 Nylon 46 Nylon 6 Nylon 610 Nylon 66 Polyarylam ide Polyester - PBT SAN Copolymer

Methallyl Chloride

elevated temperature

Mercury Salts

room temperature

room temperature

CTFE

ASA EVOH General Purpose Polystyrene Impact Polystyrene Nylon 11 SAN Copolymer

HOPE Nylon 12 Nylon 6 Nylon 612

8 8 8 8

elevated temperature HOPE Nylon 12 Nylon 612

8 8 8

Mersolates room temperature Acetal Resin Polyester - PBT

8 8

Merthiolate room temperature General Purpose Polystyrene Polyester - PET Polypropylene

5 5 8

elevated temperature General Purpose Polystyrene Polypropylene

Methane room temperature Acetal Resin Acrylic Resin ECTFE lonomer Nylon 11 Nylon 6 Nylon 610 Nylon 66 Polyester - PBT Polypropylene

8 8 8

6 8 8 8 8 8 8

elevated temperature ECTFE ETFE Nylon 11 Polypropylene PVOF

8 8 8 8 7-8

Methanesulfonic Acid (41-500/0) 4 8

Mesityl Oxide

elevated temperature ETFE PVOF

8 7

0 5-9 0 0 8 0

Methyl Acetophonone room temperature 2

ABS

Methyl Acrylate room temperature 5

Acrylonitrile Copolymer

Methyl Alcohol

(~

5%)

room temperature Cellulose Acetate Cellulose Acetate Butyrate Cellulose Propionate LOPE Polypropylene

3 5 9 7 9

Methyl Alcohol (5-10%) room temperature Acrylic Resin

8

elevated temperature

room temperature ABS

9

8 0 0 0 7 0-2 0-2 8 8 6-9 6 8 7 6 0

PVOF

8

2

Note: Numbers refer to POL Resistance Ratings (0-9 scale with 9 as highest resistance.)

© Plastics Design Library

Section Two

1010 Chemical Sort with POL Resistance Rating

Methyl Alcohol (10-200/0) room temperature Acrylic Resin Nylon 66 PES Polyester - PBT Polyetherim ide Polyphenylene Sulfide

3-6 2-7 7-9 8-9 2-6 9

elevated temperature Nylon 66 PES Polyester - PBT Polyetherimide Polyphenylene Sulfide

1-4 3-5 1-2 1-2 4-6

Methyl Alcohol (31-40%) room temperature Nylon 6 Nylon 610 Nylon 66 Polyester - PBT

0 0 0 2 1-3 1-7 4-6 1-6

Methyl Alcohol (41-50%) room temperature Acrylic Resin Nylon 12 Nylon 612

5 8 8

elevated temperature Nylon 12 Nylon 612

8 8

Methyl Alcohol (76-97°1'0) room temperature Acetal Resin Nylon 6 Nylon 610 Nylon 66

8 0 2 0

elevated temperature Acetal Resin Liquid Crystal Polymer Nylon 66 PEEK Polyphenylene Sulfide

2-6 4-5 1-6 4-9 1-9

ABS Acetal Resin Acrylic Resin ASA CPVC ECTFE ETFE EVOH General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE Liquid Crystal Polymer MOPE Nylon 11 Nylon 12 Nylon 610 Nylon 612 Nylon 66 Polycarbonate Polyester - PBT Polyimide Polymethylpentene Polyphenylene Sulfide Polypropylene Polysulfone PPE

pvc

Methyl Alcohol room temperature ABS ABS/PU Alloy Acetal Resin Acrylic Resin Acrylonitrile Copolymer Amorphous Nylon ASA ASAlPVC Alloy Cellulose Acetate Cellulose Acetate Butyrate Cellulose Propionate CPVC CTFE ECTFE EVOH General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Nylon Nylon 11 Nylon 12 Nylon 46 Nylon 6 Nylon 610 Nylon 612 Nylon 66 Nylon MX06 PC/ABS Alloy PC/Polyester Alloy PC/SEBS Alloy PC/SEP Alloy PEEK PES Polyallomer

6 2-8 3-9 8-9 3-8 7-9 6-7 8 8 8 6 8-9 1-8 3-9 8-9 9 2-6 1-5 0-8 8 8 5-9

elevated temperature

elevated temperature Acetal Resin Nylon 66 PEEK Polyphenylene Sulfide

Polyarylam ide Polycarbonate Polyester - PBT Polyester - PCT Polyester - PCTG Polyester - PET Polyester - PETG Polyetherim ide Polyimide Polymethylpentene Polyphthalam ide Polypropylene Polysulfone PPE PVC PVOC Rigid PU SAN Copolymer SMA Copolymer SMNPCAlloy Styrene Butadiene Copolymer SMNPBTAlloy

1-3 3 5-8 1-8 4 1-2 4-5 7-8 1 0 0 2-8 9 8 1-2 1-6 6-8 5-6 4 6-7 6 3 6 6-8 6 4-9 4 3-8 3-8 8 6 2-9 5 5 8 4-8 9

PVOC PVOF Rigid PU SAN Copolymer

2-3 4 2 3 2-7 8 8 1-9 1-6 6-8 6 2 6 5-9 6 1 7 2 7 1 4-6 5 8 6 8 6-9 7 3-9 8 9 7-8 1-4 2-3

Methyl Amyl Alcohol room temperature ABS General Purpose Polystyrene Impact Polystyrene PVOC SAN Copolymer

9 8 8 7 9

elevated temperature ABS General Purpose Polystyrene PVOC SAN Copolymer

9 6 7 9

Methyl Benzoate room temperature 2 2

ABS Acrylic Resin

elevated temperature ETFE

8

Methyl Bromide room temperature ABS Acetal Resin ECTFE HOPE LOPE Nylon 11 Nylon 6 Nylon 610 PVDC

2 8 8 5 5 8 8 8 7

elevated temperature ABS ECTFE ETFE HOPE LOPE PVOC PVOF

2 8 8 2-3 2 2 7-8

Methyl Bromoacetate room temperature ABS PVOC SAN Copolymer

2 5 2

elevated temperature ABS PVOC SAN Copolymer

2 5 2

Methyl Butyl Alcohol room temperature ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer

7 9 9 7

elevated temperature ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer

5 8 6 5

Methyl Butyl Carbinol room temperature General Purpose Polystyrene Impact Polystyrene

8 6

elevated temperature General Purpose Polystyrene

6

Methyl Butyl Ketone room temperature Cellulose Acetate Cellulose Acetate Butyrate

1 0

Methyl Butyrate room temperature CTFE

7

Methyl Carbitol room ternperature 0

Cellulose Acetate

Methyl Cellosolve room temperature Acrylonitrile Copolymer Cellulose Acetate Cellulose Acetate Butyrate CPVC ECTFE PC/Polyester Alloy Polycarbonate Polyester - PCT Polyester - PCTG Polyester - PET Polyester - PETG Polypropylene PVC

5 0 0 2 8 1-7 3 9 8-9 4-9 4 6-8 3

elevated temperature 2 8 8 3 3

CPVC ECTFE ETFE Polycarbonate PVC

Methyl Cellosolve Acetate room temperature Acrylonitrile Copolymer Cellulose Acetate Cellulose Acetate Butyrate Cellulose Propionate

7 0 0 0

Methyl Chloride room temperature ABS Acetal Resin Acrylic Resin CPVC ECTFE General Purpose Polystyrene

2 8 2-3 2 8 2

Note: Numbers refer to POL Resistance Ratings (0-9 scale with 9 as highest resistance.)

Section Two

© Plastics Design Library

1011 Chemical Sort with POL Resistance Rating

HOPE Impact Polystyrene lonomer LOPE Nylon 11 Nylon 66 Polyphenylene Sulfide Polypropylene PPE PVC PVOC

5 2 2 5 8 5 8 2-5 5 3 7

elevated temperature ABS CPVC ECTFE ETFE HOPE lonomer LOPE PVC PVOC PVOF

2 2 8 8 3 2 2 3 2 7-8

Methyl Chloroacetate room temperature PVOF

8

Methyl Chloroform elevated temperature PVOF

7-8

Methyl Chloromethyl Ether room temperature PVOF

8

elevated temperature ETFE

8

Methyl Cyanoacetate elevated temperature ETFE

8

Methyl Cyclohexanol room temperature Acrylic Resin

2

Methyl Ether room temperature CTFE

Methyl Ethyl Ketone room temperature

9

(~

50/0)

Polysulfone

8

Methyl Ethyl Ketone (1 0-200k) room temperature Polysulfone

8

Methyl Ethyl Ketone (31-40 0/0) room temperature Polysulfone

1-8

7-9

0 1-6 4 9 1-8 8 7 3 1-8 6-9 3-8 8-9 6 8 9 8-9 1 3 3 5 2 0 0-2 0 8

elevated temperature ABS Acetal Resin Acrylic Resin ASA CPVC CTFE ECTFE ETFE EVOH Fluorinated PE General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE Liquid Crystal Polymer Nylon 11 Nylon 12 Nylon 612 Nylon 66 PFA Polyam ideimide Polycarbonate Polyester - PBT Polyester - PET Polyimide Polymethylpentene Polyolefin/Nylon Alloy Polyphenylene Sulfide Polypropylene Polysulfone PPE PVC PVOC SAN Copolymer

0 7 2 0 2 2 2-8 8-9 1 4 0 2-4 0 5 2 9 1-5 8 8 7 9 9 0-3 5-6 9 8 6 7 8-9 7-8 0

0 3 5 0-1

Methyl Ethyl Silicone room temperature

Methyl Ethyl Ketone room temperature ABS ABS/PU Alloy Acetal Resin Acrylic Resin Acrylonitrile Copolymer Amorphous Nylon ASA Cellulose Acetate Cellulose Acetate Butyrate Cellulose Propionate CPVC CTFE ECTFE General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE LLOPElEVA Nylon 11 Nylon 12 Nylon 46 Nylon 6 Nylon 610 Nylon 612

Nylon 66 PC/ABS Alloy PC/Polyester Alloy PE Foam PEEK PES Polyam ideim ide Polyarylam ide Polycarbonate Polyester - PBT Polyester - PET Polyetherimide Polyimide Polymethylpentene Polyphenylene Sulfide Polyphthalam ide Polypropylene Polysulfone PPE PVC PVOC PVOF Rigid PU SAN Copolymer SMA Copolymer SMNPBT Alloy

0-2 1 6 2-6 2 2-5 0 0 0

0 2 3-9 7-8 0-2 2-8 0-2 6 2 2-4 8 8 8 6-9 6 8

General Purpose Polystyrene Impact Polystyrene SAN Copolymer

pvoc

SAN Copolymer

Cellulose Propionate

PC/Polyester Alloy Polyester - PCT Polyester - PCTG Polyester - PET Polyester - PETG Polypropylene

ABS Acrylonitrile Copolymer ASA Cellulose Acetate Cellulose Acetate Butyrate CPVC ECTFE General Purpose Polystyrene HOPE Impact Polystyrene lonomer Nylon 612 PC/Polyester Alloy Polycarbonate Polyester - PCT Polyester - PCTG Polyester - PET Polyester - PETG Polyphenylene Sulfide Polypropylene

pvc

PVOC PVOF SAN Copolymer

0-2 7 0 1 0 2 8 0-2 8 0-2 6 8 0-2 1 7-9 3-8 5-9 0 8 4-8 3 5 2 0-2

elevated temperature ABS ASA CPVC ECTFE ETFE EVOH Fluorinated PE General Purpose Polystyrene HOPE Impact Polystyrene lonomer Polyolefin/Nylon Alloy Polyphenylene Sulfide Polypropylene

pvc

PVOC SAN Copolymer

0 0 2 2-8 8 5-9 8 0 4-5 0 5 9 8 8 3 5 0-1

Methyl Isopropyl Ketone room temperature

ASA ECTFE General Purpose Polystyrene Impact Polystyrene Nylon 11 SAN Copolymer

2 5 2

Methyl Laurate room temperature

0 6 0-2 0-2 8 0

elevated temperature

ABS

9

Methyl Glycol room temperature HOPE

8-9 9 8 7-9 8-9 6

Methyl Isobutyl Ketone room temperature

2 2 2 5 2

Methyl Formate room temperature CTFE

0

Methyl Isobutyl Carbinol room temperature

ASA ECTFE General Purpose Polystyrene Impact Polystyrene Nylon 11 SAN Copolymer

elevated temperature ABS

8

Methyl Isoamyl Ketone room temperature

8 8 2

Methyl Eugenol room temperature ABS General Purpose Polystyrene Impact Polystyrene PVOC SAN Copolymer

elevated temperature HOPE

8

0 3 0 0 1-5 0

2

Methyl Methacrylate room temperature Acrylonitrile Copolymer ECTFE HOPE PVC

7 8 8 8

Note: Numbers refer to POL Resistance Ratings (0-9 scale with 9 as highest resistance.)

© Plastics Design Library

Section Two

1012

Chemical Sort with POL Resistance Rating

elevated temperature ETFE HOPE PVOF

8 8 8

Methyl Naphthalene 2

Methyl Proprionate room temperature CTFE

6

Methyl Propyl Ketone

0 0 0 5 0 5 0-1

Methyl Salicylate room temperature ABS Acetal Resin Acrylic Resin Acrylonitrile Copolymer ASA General Purpose Polystyrene HOPE Impact Polystyrene Polycarbonate PVC PVOC SAN Copolymer

2 5 2 9 3 2-3 4-8 2-3 2 8 9 2-3 2 3 8 9 3 2-5 3 9 5 8 2-3

Methyl Sulfate (41-500/0) room temperature HOPE

8

elevated temperature HOPE

8

Methyl Sulfate room temperature ECTFE lonomer Nylon 11 PVC

8 8

8 8

elevated temperature ECTFE lonomer PVC

8 8 3

Methyl Sulfuric Acid

pvc elevated temperature ECTFE ETFE HOPE

7

Methyl-2-Pyrrolidone room temperature PES

Methylal room temperature 2 6

Methylamine room temperature Acetal Resin Acrylic Resin ECTFE Nylon 6 Nylon 610 PVC PVOF

8 8 8 4 8 3 2

elevated temperature 2

ECTFE PVC

3

Methylaniline room temperature 4 4

Nylon 6 Nylon 610

elevated temperature 8-9

Methylbenzene room temperature HOPE

elevated temperature HOPE

3

Methylcyclohexane room temperature ABS ASA General Purpose Polystyrene HOPE Impact Polystyrene PVOC SAN Copolymer

7 7 2-3 2-5 2-3 5 7-9

elevated temperature ASS ASA General Purpose Polystyrene HOPE Impact Polystyrene PVOC SAN Copolymer

7 7 3 2-4 3 5 7-9

room temperature Expanded PE Beads Expanded PP Beads

8 8 8 6

8 5

8 8 8 8

8

2 6 2 2 2 0 0 2 3-8 0-2 2-5 0-2 2 2 2 3 6 2-6 2 3 2-8 0-6 3 1 8

7 5 0-2 1-9 0 2-4 5-9 8 8 8 1-9 0 1-3 3

7 2 0-3 0-8

elevated temperature ABS Acrylic Resin CPVC ECTFE ETFE EVOH General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE Liquid Crystal Polymer MOPE Polyester - PBT Polyimide Polyketone Polyphenylene Sulfide Polypropylene PVOC PVOF SAN Copolymer

2 2 2 2 8 1-9 0 2 0 2 2 6-9 2 2

8 9 8 5 3 5

8 2

room temperature 2

8 3 7 2

elevated temperature ASS ECTFE ETFE

ABS Acetal Resin Acrylic Resin Acrylonitrile Copolymer Amorphous Nylon Cellulose Acetate Cellulose Acetate Butyrate CPVC ECTFE General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Nylon 12 Nylon 46 Nylon 6 Nylon 610 Nylon 612 Nylon 66 PC/Polyester Alloy PE Foam PES Polyam ideim ide Polyarylam ide Polybenzim idazole Polycarbonate Polyester - PBT Polyester - PCTG Polyester - PET Polyimide Polymethylpentene Polyphenylene Sulfide Polyphthalam ide Polypropylene Polysulfone PPE PVC PVOC SAN Copolymer SMA Copolymer SMA/PBT Alloy

Methylene Chlorobromide

room temperature ABS ECTFE PVC PVOC SAN Copolymer

8

Methylene Chloride

pvc

Methyle Ethyl Ketone

Methylene Bromide

room temperature ECTFE HOPE lonomer LOPE Polypropylene

room temperature

ABS CTFE

Methylene Chloride (41-500/0)

room temperature

Methyl-2-Pentanone (4-)

ETFE

elevated temperature ABS ASA ETFE Fluorinated PE General Purpose Polystyrene HOPE Impact Polystyrene Polyole'fin/Nylon Alloy PVOC PVOF SAN Copolymer

8 8

HOPE

3 5 8 2

Polyimide

elevated temperature 0 0 1 0-2 8 0-2 5 0-1

elevated temperature ABS ASA General Purpose Polystyrene HOPE Impact Polystyrene PVOC SAN Copolymer

ETFE PVOF

pvc PVOC PVOF SAN Copolymer

room temperature

elevated temperature

HOPE

room ternperature ABS ASA Cellulose Acetate General Purpose Polystyrene HOPE Impact Polystyrene PVOC SAN Copolymer

8 6 8 8 8

Methyl Trichlorosilane

room temperature Acrylic Resin

lonomer LOPE Polypropylene PVC PVOF

ABS PVC PVOC SAN Copolymer

elevated temperature ABS

pvc

2 2 8

2 3 7 2

PVOC SAN Copolymer

2 3 5 2

Note: Numbers refer to POL Resistance Ratings (0-9 scale with 9 as highest resistance.)

Section Two

© Plastics Design Library

1013 Chemical Sort with POL Resistance Rating

SAN Copolymer UHMWPE

Methylene Dianiline room temperature Polycarbonate

8

elevated temperature Polycarbonate

2

Methylene Dichloride room temperature Acrylic Resin Polyetherimide

2 3

Methylene Iodide room temperature ABS PVOC SAN Copolymer

2 7 2

elevated temperature ABS ETFE PVOC SAN Copolymer

2 8 5 2

Methylene Iodine room temperature ECTFE

pvc elevated temperature ECTFE PVC PVOF

8 3 2 3 8

Methylnaphthalene (0.-) room temperature ABS EVOH

2 9

8 8 8 8 6-9

Metoquinone room temperature Acrylic Resin

8

Mil H-5606 room temperature Polysu Ifone

9

elevated temperature Polysulfone

9

Milk room temperature ABS Acetal Resin Acrylic Resin Amorphous Nylon ASA Cellulose Acetate Cellulose Acetate Butyrate ECTFE General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Nylon 11 Nylon 12 Nylon 46 Nylon 6 Nylon 610 Nylon 612 Nylon 66 PES Polycarbonate Polyester - PST Polyester - PET Polymethylpentene Polypropylene Polysulfone PVC PVOC

7 7-9 8 8-9 8 8-9 8 8 8 8 8 8 8 8-9 8 8 8 7-8 7-9 8

Mincemeat room temperature General Purpose Polystyrene Impact Polystyrene

2 2

Mineral Acids room temperature PPE

4-6

Mineral Heating Oils room temperature Polycarbonate

8

4-8 8 8 5 9 9 9 8 5-9 8 4-9 8 8 8 8 8 6 8-9 8 8 8 8 8 8 9 8 8-9 1 8 8

Polybenzim idazole

9

Mineral Oils 8-9 9 5-9 8 6 9 8-9 9 8 8 6-8 8-9 8 5 5 8 8-9 8 8 8 9 8 6 6 8 7-9 3-8 8 8 9 8-9 5

elevated temperature ASS Acetal Resin ECTFE ETFE General Purpose Polystyrene HOPE lonomer LOPE MOPE Nylon 12 Nylon 612 Nylon 66 PFA

9 9 8 4-8 6 8-9 2-7 9 3-9 8 8 7-8 9

Mineral Spirits room temperature ABS ASA Cellulose Acetate Cellulose Acetate Butyrate General Purpose Polystyrene HOPE Impact Polystyrene Polycarbonate Polypropylene SAN Copolymer

8 7 5 6 3 8 3 4-8 7-8 7-8

elevated temperature ASA Fluorinated PE General Purpose Polystyrene HOPE Impact Polystyrene Polycarbonate Polyolefin/Nylon Alloy Polypropylene SAN Copolymer

5 9 3 5-8 3 4-8 9 8 5

Polysulfone

9

elevated temperature Polysulfone

room temperature ABS Acetal Resin Acrylic Resin Amorphous Nylon Cellulose Acetate Cellulose Acetate Butyrate CPVC CTFE ECTFE General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Nylon 12 Nylon 6 Nylon 612 Nylon 66 PES Polyallomer Polyester - PBT Polyester - PCTG Polyester - PETG Polymethylpentene Polypropylene PPE PVC PVOC Rigid PU SAN Copolymer Styrene Butadiene Copolymer

Polyamideimide Polycarbonate Polyester - PBT Polyimide Polymethylpentene Polyphenylene Sulfide Polypropylene Polysulfone PPE PVC PVOC PVOF SAN Copolymer

Mobiltherm 600 room temperature

elevated temperature

elevated temperature HOPE Polyphenylene Sulfide

elevated temperature ABS ASA ECTFE General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Nylon 11 Nylon 12 Nylon 612 Polymethylpentene Polypropylene Polysulfone PVC PVOC PVOF SAN Copolymer UHMWPE

Mineral Oil

Methylpyrrolidone room temperature HOPE Nylon 6 Nylon 610

8-9 8

9 8 8 7-8 8 2-7 6 2 2 8 8 1 8

2

Molasses room temperature 9 8 8 8 9 8 8 8 8 8 9 8 9 8

ABS Acetal Resin ECTFE HOPE Impact Polystyrene lonomer LOPE MOPE Nylon 6 Nylon 610 Polyallomer Polyester - PBT Polypropylene PVC

elevated temperature 8 8 8 8 8 6 9 8 8

ECTFE HOPE lonomer LOPE MOPE Polyallomer Polypropylene PVC PVOF

Mold Releases room temperature HOPE Polycarbonate

8 2-8

elevated temperature HOPE PC/POlyester Alloy Polycarbonate

8 9 2-8

Monofluorodichloromethane room temperature Amorphous Nylon

2

Monofluorotrichloromethane room terTlperature Amorphous Nylon

9

Note: Numbers refer to POL Resistance Ratings (0-9 scale with 9 as highest resistance.)

© Plastics Design Library

Section Two

1014

Chemical Sort with POL Resistance Rating

Morpholine

(~

50/0)

elevated temperature Polysu Ifone

Morpholine room temperature ABS HOPE Polysulfone PVOC PVOF SAN Copolymer

2 8 1 3 8 2

elevated temperature ABS ETFE HOPE liquid Crystal Polymer Nylon 66 Polyamideirnide Polycarbonate Polyphenylene Sulfide Polysulfone PPE PVOC SAN Copolymer

2 8 8 5 8 9 0 6 0 0 2 2

Mortars room temperature Acetal Resin Nylon 6 Nylon 610 Polyester - PBT

8 8 8 8

Moth Balls room terrlperature Nylon 12 Nylon 6 Nylon 612

8 8 8

elevated ternperature Cellulose Acetate Nylon 12 Nylon 612

3 5 5

Moth Flakes room temperature ABS General Purpose Polystyrene

8 5

elevated temperature General Purpose Polystyrene

4

Moth Spray room temperature Acrylic Resin

8

Motor Oil room temperature Polyester - PBT SMA Copolymer SMA/PBT Alloy

8 0 8

Motor Oils room temperature ABS ABS/Nylon Alloy Acetal Resin Acrylic Resin Amorphous Nylon ASA ASA/PVC Alloy Cellulose Acetate Cellulose Acetate Butyrate Cellulose Propionate CPVC CTFE ECTFE ETFE FEP General Purpose Polystyrene HOPE Impact Polystyrene LOPE LLOPElEVA Nylon 12 Nylon 46 Nylon 6 Nylon 610 Nylon 612 Nylon 66

PC/ABS Alloy PC/Polyester Alloy PEEK PES PFA Polycarbonate Polyester - PBT Polyester - PCT Polyester - PCTG Polyester - PET Polyester - PETG Polyetherimide Polymethylpentene Polyphenylene Sulfide Polypropylene Polysulfone PPE PPEINylon Alloy PVC PVOF Rigid PU SAN Copolymer SMA Copolymer SMA/PC Alloy

6 5-9 6-9 8-9 3-9 5-8 8-9 7-9 9 9 7-9 0-9 8 9 8-9 8-9 3-9 8 8-9 6-8 9 4-9 8 8

elevated temperature ABS Acetal Resin ASA ECTFE ETFE FEP Fluorinated PE General Purpose Polystyrene HOPE Impact Polystyrene Liquid Crystal Polymer Nylon 12 Nylon 610 Nylon 612 Nylon 66 PC/Polyester Alloy PEEK PES PFA Polyam ideim ide Polyarylam ide Polybenzim idazole Polycarbonate Polyester - PBT Polyester - PET Polyetherim ide Polyketone Polymethylpentene Polyolefin/Nylon Alloy Polyphenylene Sulfide Polyphthalam ide Polypropylene Polysulfone PPE PVC PVOF SAN Copolymer SMA/PC Alloy

5 9 9 2-9 7-8 3-9 9 5-6 2-9 8 5-9 8 9 8 6-9 6-9 5-9 4-9 3-8 9 9 9 4-9 1-9 8-9 0-9 9 6

9 2-9 9 6-8 8-9 3-9 9 2-8

9 8

Mouthwash 4-9 9 8-9 8 7-9 9 5-8 9 9 9 8-9

9 2-9 9 4-9 2-9 6-9 2-9 7 1-4 8 6-8 8 7 8 5-9

room temperature 4-6 2 7-9

ABS Impact Polystyrene Polyallomer

elevated temperature Polyallomer

5

Mowilith room temperature HOPE

8

elevated temperature HOPE

8

Mud room temperature 1-4

Starch Modified PP

Muriatic Acid room temperature PVC

8

elevated temperature PVC

8

Mustard room temperature ABS AcryliC/PVC Alloy ASA Cellulose Acetate Cellulose Acetate Butyrate General Purpose Polystyrene HOPE Impact Polystyrene Nylon 11 Nylon 12 Nylon 612 Nylon 66 Polyallomer Polycarbonate Polyester - PET Polysulfone PVOC SAN Copolymer

6-9 7 9 5 6 5-8 8 2-8 8 8 8 8 6-9 7-8 9 8 8 8-9

elevated temperature ABS Acrylic/PVC Alloy ASA General Purpose Polystyrene HOPE Impact Polystyrene Polyallomer PVOC SAN Copolymer

7 7 9 5-8 8 8 9 8 7-9

Nail Polish room temperature Acrylic Resin Nylon 12 Nylon 6 Nylon 612 Polyester - PET

2-3 8 8 8 9

elevated temperature HOPE

4

Nail Polish Remover room temperature HOPE Nylon 12 Nylon 6 Nylon 612 Polyester - PET

8 8 8 8 9

elevated temperature HOPE

5

Naphtha room temperature ABS Acetal Resin Acrylic Resin Amorphous Nylon Cellulose Acetate Cellulose Acetate Butyrate CTFE ECTFE General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Nylon 11 Nylon 12 Nylon 6 Nylon 610 Polycarbonate Polyester - PBT Polyetherimide Polypropylene Polysulfone PVC PVOC SAN Copolymer

2-9 8 2-9 7-8 6 5 9 8 2 5-8 2 5 5-8 5 8 8 8 8 4-8 8 8 7-8 1 8 5 8-9

elevated temperature ASS ECTFE ETFE Fluorinated PE HOPE lonomer LOPE MOPE Nylon 11

2 8 8-9 9 1-5 2 2 2 6

Note: Numbers refer to POL Resistance Ratings (0-9 scale with 9 as highest resistance.)

Section Two

© Plastics Design Library

1015 Chemical Sort with POL Resistance Rating

Nylon 612 PFA Polycarbonate Polyolefin/Nylon Alloy Polyphenylene Sulfide Polypropylene PVC PVOC PVOF SAN Copolymer

8 9 4-8 9 8 8 3-8 5 7-8 2-6

Naphthalene room temperature ABS Acetal Resin Acrylic Resin ASA ECTFE General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Nylon 11 Nylon 12 Nylon 6 Nylon 610 Nylon 612 Nylon 66 Polyester - PBT Polypropylene Polysulfone PVC PVOC SAN Copolymer

2 8 5 5-7 8 2-8 5-8 2-8 2 2 2 8 8 8-9 8 8 8 8 8-9 1 3 5 5-9

elevated temperature ABS ASA Cellulose Acetate ECTFE ETFE General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Nylon 11 Nylon 12 Nylon 612 Polyphenylene Sulfide Polypropylene PVC PVOC PVOF SAN Copolymer

2 3 3 8 8 3 2-5 3 2 2 2 5-8 5 5 8 8-9 3 5 7-8 2-6

Naphthalenesulfonic Acid room temperature Acetal Resin Nylon 6 Nylon 610

2 2 2

Naphthenic Acids room temperature Acetal Resin Nylon 6 Nylon 610 Nylon 66 Polyester - PBT

8 8 8 8 8

Naphthol (~-) room temperature ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer

5 5 6 5

elevated temperature ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer

3 3 3 3

Naphthols room temperature Nylon 6 Nylon 610

2 2

PVOC SAN Copolymer

Natural Gas room temperature ABS Acetal Resin Acrylic Resin Cellulose Acetate Butyrate ECTFE HOPE lonomer Nylon 6 Nylon 610 Polyester - PBT PVC PVOC SAN Copolymer

7-9 8 8 7 8 8 6 8 8 8 8-9 8 9

elevated temperature ABS ECTFE ETFE HOPE PVC PVOC PVOF SAN Copolymer

7 8 8 8 8-9 7 8 9

Neats Foot Oil room tem peratu re Acrylic Resin Cellulose Acetate Butyrate General Purpose Polystyrene Impact Polystyrene Polysulfone

8 9 9 9 8

elevated ternperature General Purpose Polystyrene Impact Polystyrene

9 9

Nickel Acetate room temperature ECTFE PVC

8 8

elevated temperature PVOF

8

Nickel Ammonium Sulfate elevated temperature CTFE

9

Nickel Chloride room temperature ABS CPVC ECTFE HOPE lonomer LOPE MOPE Polypropylene PVC PVOC SAN Copolymer

9 8 8 8 8 8 8 8-9 8 7 9

elevated temperature ABS CPVC ECTFE ETFE HOPE lonomer LOPE MOPE Polyphenylene Sulfide Polypropylene PVC PVOC PVOF SAN Copolymer

9 8 8 8 8 8 8 8 8 8-9 8 7 8 9

Nickel Nitrate room temperature ABS ECTFE HOPE lonomer LOPE MOPE Polymethylpentene Polypropylene PVC

7 9

elevated temperature ABS ECTFE ETFE HOPE lonomer LOPE MOPE Polymethylpentene Polypropylene PVC PVOC PVOF SAN Copolymer

9 8 8 8 8 8 8 8 5-9 8 7 8 9

Nickel Salts (S-10%) room temperature Acetal Resin Nylon 6 Nylon 610

8 6 8

Nickel Salts room ternperature HOPE Nylon 12 Nylon 6 Nylon 612 PES

8 8 8 8 7

elevated temperature HOPE Nylon 12 Nylon 612

8 8 8

Nickel Sulfate room temperature ABS ASA CPVC ECTFE General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Nylon 66 Polycarbonate Polymethylpentene Polypropylene PVC PVOC SAN Copolymer

9 9 8 8 9 8 9 8 8 8 8 8 8 8-9 8 7 9

elevated ternperature ABS ASA ECTFE ETFE General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Polymethylpentene Polyphenylene Sulfide Polypropylene PVC PVOC PVOF SAN Copolymer

9 9 8 8 9 8 9 8 8 8 8 8 8-9 8 7 8 9

Nicotine (76-970/0) room temperature PVC

8

Nicotine room temperature 9 8 8 8 8 8 8 8-9 8

ECTFE HOPE lonomer LOPE MOPE PVC PVOF

8 6-8 6 6 6 8 8

elevated temperature ECTFE ETFE

8 8

Note: Numbers refer to POL Resistance Ratings (0-9 scale with 9 as highest resistance.)

© Plastics Design Library

Section Two

1016

Chemical Sort with POL Resistance Rating 6-8 6 6 6 8

HOPE lonomer LOPE MOPE PVC

Nicotine Acid room temperature 8

PVC

elevated temperature 8

PVC

Nicotine Sulfate

(~

5%)

room temperature 9

Acetal Resin

Nicotinic Acid room temperature ECTFE HOPE LOPE

8 8 6

elevated temperature ECTFE HOPE LOPE PVOF

8 8 6 8

Nicotonic Acid elevated temperature ETFE

8

Nitrates (5-100/0) room temperature Nylon 66

8

Nitrating Acid room temperature Acetal Resin Nylon 6 Nylon 610 Polyester - PBT

Nitric Acid

2 2 2 2

(~5%)

room temperature ABS Amorphous Nylon Aromatic Polyam ide Nylon 6 Nylon 610 Nylon 66 Polyester - PBT Polyimide PVOC SAN Copolymer

7 6 6 0-3 4 3 8 7 8-9 7 7 1 4-7 5 3-8 7-8 7

Nitric Acid (5-100/0) room temperature ABS Acetal Resin Acrylic Resin Acrylic/PVC Alloy Acrylonitrile Copolymer Amorphous Nylon Aromatic Polyam ide Cellulose Acetate Cellulose Acetate Butyrate CPVC CTFE ECTFE ETFE Expanded PE Beads Expanded PP Beads FEP lonomer Nylon 12 Nylon 46 Nylon 612 Nylon 66 Nylon MX06 PEEK

9 1-7 4-9 9 9 9 4-9 8 4-8 9 6 0 4-8 8 7 8-9 5-6 8 8 8 5-8 9 6 3-9

ABS ECTFE ETFE FEP lonomer Nylon 12 Nylon 612 Nylon 66 PEEK PES PFA Polyamideimide Polyarylsulfone Polybenzimidazole Polycarbonate Polyester - PBT Polyester - PET Polyetherimide Polyimide Polymethylpentene Polyphenylene Sulfide Polypropylene Polysulfone PPE PVC PVOC PVOF SAN Copolymer Styrene Butadiene Copolymer TFE

3 3-8 4-9 3-9 6 1 1 0 1-8 3-7 3-9 4-9 7-9 2-6 9 1-5 9 0-9 3 8 0-9 4-9 0-9 8-9 3-8 7 4-8 7 7 9

9 1 8-9 8 5 6 1 0 0 8 9 5-8 7-9 8 8 7-9 8 1 2 1 1-2 9 6-8

room temperature ABS Acrylic Resin CPVC General Purpose Polystyrene Impact Polystyrene Polycarbonate Polyetherim ide Polysulfone PVOC SAN Copolymer UHMWPE

8 8 8 5 5 8 7 8-9 7 8 8

elevated temperature General Purpose Polystyrene Polysulfone PVOC SAN Copolymer UHMWPE

4 0-3 7 6 6-8

Nitric Acid (20-300k) room temperature ABS Acrylic/PVC Alloy Acrylonitrile Copolymer Amorphous Nylon

ASA CPVC ECTFE General Purpose Polystyrene HOPE Impact Polystyrene LOPE MOPE

Nylon 12 Nylon 612 Polyimide PVC PVOC SAN Copolymer

1 1 6 8-9 7 7-9

elevated temperature ABS ASA CTFE ECTFE ETFE General Purpose Polystyrene HOPE Impact Polystyrene LOPE MOPE Nylon 12 Nylon 612 PVC PVOC PVOF SAN Copolymer

3 4 9 8 9 5 7-8 5 8 8 1 1 3-8 7 7 3-4

Nitric Acid (31-400/0)

elevated temperature

Nitric Acid (10-200/0)

elevated ternperature ABS Nylon 6 PES Polyimide Polysulfone PVOC SAN Copolymer

PEK PES PFA Polyallomer Polyamideim ide Polyarylsulfone Polybenzimidazole Polycarbonate Polyester - PBT Polyester - PET Polyester - PETG Polyetherim ide Polyimide Polymethylpentene Polyphenylene Sulfide Polypropylene Polysulfone PPE PVC PVOC PVOF SAN Copolymer Styrene Butadiene Copolymer TFE

5-7 8 3 2 7 8 8 8 6-8 5-8 8 8

room temperature ABS Acrylic Resin ECTFE PEEK PEK Polyallomer Polyester - PET Polyester - PETG Polyimide Polysulfone Rigid PU Styrene Butadiene Copolymer TFE

5-7 2-9 8 9 9 8 5 6 8 9 7-8 6 3

elevated temperature ECTFE Polyester - PET Polyphenylene Sulfide Polysulfone PVOF

8 0 6 7 8

Nitric Acid (41-500/0) room temperature Acrylic/PVC Alloy CPVC ECTFE HOPE LOPE Liquid Crystal Polymer MOPE Nylon 12 Nylon 6 Nylon 610 Nylon 612 Polyester - PBT Polymethylpentene Polypropylene PVOC UHMWPE

8 8-9 8 5-8 6-8 5 6 1 0 2 1 8 8 2-9 7 6

elevated temperature CPVC ECTFE ETFE HOPE LOPE Liquid Crystal Polymer MOPE Nylon 12 Nylon 612 Polymethylpentene Polypropylene PVOC PVOF UHMWPE

2-5 2-8 6-8 3-7 5 8-9 5 1 1 8 1 7 8 3

Nitric Acid (51-75%) room temperature ABS Acetal Resin Acrylic Resin Acryl ic/PVC Alloy CTFE ECTFE ETFE General Purpose Polystyrene

3-8 2 2-6 8 9 8 8-9 5

Note: Numbers refer to POL Resistance Ratings (0-9 scale with 9 as highest resistance.)

Section Two

© Plastics Design Library

1017

Chemical Sort with POL Resistance Rating

HOPE Impact Polystyrene LOPE MOPE Nylon MX06 PE Foam Polycarbonate Polyimide Polymethylpentene Polypropylene Polysulfone PVC PVOC SAN Copolymer

7-8 3-5 6-8 6 0 6 5 1-2 8 4-9 0-3 3-9 7 2

elevated temperature ABS CTFE ECTFE ETFE HOPE LOPE Liquid Crystal Polymer MOPE Polyimide Polymethylpentene Polypropylene PVC PVOC PVOF

2 9 2-8 0-9 5 5 4-6 5 1 6 1 3-8 2-5 7-8

Nitric Acid (76-970/0) room temperature CTFE ECTFE Polyester - PETG PPE

9 8 6 3-8

elevated temperature PPE

3-8

Nitric Acid room temperature ABS ASA Cellulose Propionate CTFE ECTFE General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Nylon 11 Nylon 12 Nylon 6 Nylon 66 PEEK PEK PES PFA Polyallomer Polycarbonate Polyester - PBT Polyester - PET Polyester - PETG Polyimide Polymethylpentene Polypropylene PVC PVOF SAN Copolymer Styrene Butadiene Copolymer TFE UHMWPE

2 0 0 9 7-8 2-5 2 2-5 2 2-4 2 1 1 1 4 2-5 1-4 8 9 5 2-5 2 0 1 3 1 1-6 2-9 2-5 0-2 2 3 3

elevated temperature ASS ASA CTFE ECTFE ETFE General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE Liquid Crystal Polymer MOPE Nylon 11 PFA Polyester - PBT

2 0 9 2-8 8 3 2 3 2 2 7 2 1 9 2

Polyester - PET Polymethylpentene Polyphenylene Sulfide Polypropylene PVC PVOF SAN Copolymer TFE UHMWPE

0 1 2-5 1-2 1-7 2-8 0-2 5 3

9 8

elevated temperature

8

Nitro Alcohols room temperature

2

Nitroethane room temperature 8

Nitrogen Acetal Resin Nylon 6 Nylon 610 Nylon 66 Polyester - PBT

8 8 8 8 8

elevated temperature

Nylon 66

ETFE Polybenzim idazole Polyphenylene Sulfide PVOF

Nitrobenzene room temperature 2 6 2 8 3 2 0 2 9 8 3 2-8 3 2 2 2 6-7 6 3-6 5 7 4 1 2 8 7

8 5-9 3 7 7-8 2-3

elevated temperature ABS Acrylic Resin ASA CPVC CTFE ECTFE ETFE FEP General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE Liquid Crystal Polymer MOPE Nylon 12 Nylon 6 Nylon 610 Nylon 612 Nylon 66 PFA Polyam ideimide Polycarbonate Polyimide Polymethylpentene Polyphenylene Sulfide Polypropylene Polysulfone PPE

8

Nitrocellulose Lacquer

room temperature

room temperature

ABS Acetal Resin Acrylic Resin Amorphous Nylon ASA Cellulose Acetate Cellulose Acetate Butyrate CPVC CTFE ECTFE General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Nylon 12 Nylon 46 Nylon 6 Nylon 610 Nylon 612 Nylon 66 PES Polycarbonate Polyester - PBT Polyimide Polymethylpentene Polypropylene PVC PVOC PVOF SAN Copolymer

HOPE

PVOF 9 8

Ni'trilotriethanol Acetal Resin

Nitrocellulose room temperature

Polycarbonate

room temperature

General Purpose Polystyrene Impact Polystyrene

3 5 2-3

room temperature

Nitric Oxide General Purpose Polystyrene Impact Polystyrene

PVC PVOC SAN Copolymer

2 2 3 2 6 2-8 8 7 3 2-5 0 2 2 5-6 2 5 0 0 5 1 7-8 9 0 5-7 6 1-9 5-9 0 0

8 2 8 8

Nitrogen Dioxide room temperature Acrylic Resin

8

elevated temperature ETFE PVOF

8 8

Nitrogen Monoxide room temperature Acrylic Resin

8

Nitrogen Oxide room temperature Acetal Resin Nylon 6 Nylon 610 Nylon 66 Polyester - PBT

2 2-6 2-6 2-6 8

Nitrogen Tetraoxide room temperature CTFE Polyimide

5 3

Nitroglycerin room temperature ABS General Purpose Polystyrene HOPE PVC PVOC SAN Copolymer

7 8 5 3 9 9

elevated temperature ABS HOPE Liquid Crystal Polymer PVC PVOC PVOF SAN Copolymer

2 2 5-6 3 2

8 2

Nitroglycol room temperature PVC

3

elevated temperature PVC

3

Nitromethane room temperature ABS CTFE Nylon 12 Nylon 6 Nylon 610 Nylon 66 PC/Polyester Alloy Polycarbonate Polyester - PCT

2 9 8 4-8 4 8 0-2 4-8 6

Note: Numbers refer to POL Resistance Ratings (0-9 scale with 9 as highest resistance.)

© Plastics Design Library

Section Two

1018 Chemical Sort with POL Resistance Rating

Polyester - PCTG Polyester - PET Polyester - PETG Polypropylene PVOF

3-5 2-3 0 9 7

elevated temperature ETFE EVOH Nylon 66 Polyam ideimide Polycarbonate Polyphenylene Sulfide Polysulfone PPE PVOF

8 5-9 2 9 0-8 4-8 0 3 8

Nitropropane room temperature Polycarbonate

8

pvoc

SAN Copolymer

2 2 2 2 2 2

8

Nitrotoluene (0-) room temperature HOPE

8

elevated temperature HOPE

5

Nitrous Acid (5-10%) room temperature ECTFE

8

elevated temperature ECTFE

8

2 5-9 2 2

elevated temperature ASS ETFE Polypropylene PVOC SAN Copolymer

2 8 7 2 2

Nitrous Oxide room temperature ECTFE General Purpose Polystyrene lonomer PES PVC PVDF

8 8 6 6-9 8 2

elevated temperature General Purpose Polystyrene PVC

6 3

9 9 8-9 8 8-9 7 8-9

elevated temperature ASS ASA

Novocain (~ 5%) room temperature General Purpose Polystyrene Impact Polystyrene General Purpose Polystyrene

Polycarbonate

8 8 8

8

elevated temperature 4-8

8 8 8 8

elevated temperature 7

Nutmeg room temperature Acrylic Resin ASA General Purpose Polystyrene Impact Polystyrene Polycarbonate SAN Copolymer

8 5-7 5-6 5-6 4-8 5-7

elevated temperature ASA General Purpose Polystyrene Impact Polystyrene Polycarbonate SAN Copolymer

ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer

5 3-5 3 4 5

4 3 3 4

elevated temperature ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer

3 3 3 3

Nutmeg Oil room temperature ASS General Purpose Polystyrene Impact Polystyrene Nylon 6 PVDC SAN Copolymer

2 2 2 9 7 2-3 2 7 2

9 7

8

PVC

elevated temperature 8

PVC

Octane room temperature ASS Acetal Resin Acrylic Resin HOPE lonomer

ASS ETFE HOPE lonomer LOPE MOPE Nylon 12 Nylon 612 Polyester - PST PVOC PVOF SAN Copolymer

2 8 8 6 8 8 8 8 8 7 7-8 2

Octanoic Acid room temperature 8

Octanoyl Chloride room temperature ASS

2

Octene elevated temperature ETFE PVOF

8 7-8

Octyl Alcohol room temperature ASS ASA CPVC General Purpose Polystyrene Impact Polystyrene PVOC SAN Copolymer

2 8 5 8 6

2-9 7 4-9 8-9 8-9 8 7-9

elevated temperature ASS ASA CPVC General Purpose Polystyrene Impact Polystyrene PVOC SAN Copolymer

7 7 2-4 8-9 8 8 7-9

Octyl Cresol room temperature ASS HOPE LOPE PVOC SAN Copolymer

2 5 5 5 2

elevated temperature ASS HOPE LOPE PVOC SAN Copolymer

2 3 2 5 2

Oil Additive room temperature 8-9

Polysulfone

elevated temperature ASS PVOC SAN Copolymer

8 8 8 8 8 8 8 8 2

ASS

Nujol room ternperature ASS General Purpose Polystyrene Impact Polystyrene SAN Copolymer

LOPE MOPE Nylon 12 Nylon 6 Nylon 610 Nylon 612 Polyester - PST PVOC SAN Copolymer

elevated temperature 9

Ocenol room temperature

Nonyl Alcohol room temperature ASS ASA General Purpose Polystyrene HOPE Impact Polystyrene PVOC SAN Copolymer

PC/Polyester Alloy

Nutmeg Butter room temperature

Nitrous Acid room temperature ASS Polypropylene PVOC SAN Copolymer

9

elevated temperature

Nylon 66

Nitrotoluene elevated temperature PVOF

PC/Polyester Alloy

Polycarbonate

elevated temperature ASS

Norpar G room temperature

Novocain room temperature

Nitrosyl Ch loride room temperature ASS PVOC SAN Copolymer

'8-9 8 9 7 7-9

elevated temperature 2

Nitropropane (2-) elevated temperature Nylon 66

General Purpose Polystyrene HOPE Impact Polystyrene PVOC SAN Copolymer

elevated temperature 1-8

Polysulfone

Oils room temperature ASS Amorphous Nylon General Purpose Polystyrene HOPE Impact Polystyrene Nylon 11 Nylon 66 Polysulfone PPE SAN Copolymer

9 8-9 2-5 3 2-5 8 8 9 8 8

elevated temperature General Purpose Polystyrene

5

Note: Numbers refer to POL Resistance Ratings (0-9 scale with 9 as highest resistance.)

Section Two

© Plastics Design Library

1019

Chemical Sort with POL Resistance Rating

HOPE Nylon 11 PEEK PPE PVOF SAN Copolymer

3 8 2 8 7 8

Oleic Acid (41-500/0) room temperature ABS

3

Oleic Acid (76-970/0) room temperature Polyallomer

9

Oleic Acid room temperature ABS Acetal Resin Acrylic Resin Acrylic/PVC Alloy Acrylonitrile Copolymer Amorphous Nylon ASA Cellulose Acetate Cellulose Acetate Butyrate Cellulose Propionate CPVC CTFE ECTFE General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE Nylon 11 Nylon 12 Nylon 6 Nylon 610 Nylon 612 Nylon 66 PES Polycarbonate Polyester - PBT Polyester - PCTG Polyimide Polyphenylene Sulfide Polypropylene Polysulfone PPE PVC PVOC SAN Copolymer SMA Copolymer Styrene Butadiene Copolymer UHMWPE

8-9 7-9 9 8 8 8 9 6 6 9 8 9 8 5-8 8 5-9 2 5-6 8 7-8 6-9 6 7 7-8 7 8-9 8 5 7 8 8-9 1-9 8 8 9 2-9 8 2 8

elevated temperature ABS Acetal Resin ASA CPVC ECTFE ETFE General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE Nylon 11 Nylon 12 Nylon 612 Polycarbonate Polyimide Polypropylene PPE PVC PVOC PVOF SAN Copolymer UHMWPE

9 8 5 8 8 8 4-6 5 8 2 2 5-8 3 3 9 7 8 3-8 8 7 7-8 5-6 6-8

Oleum (20-300/0)

elevated temperature ABS Acrylic Resin CPVC ECTFE ETFE HOPE LOPE Nylon 12 Nylon 612 Polyimide Polymethylpentene Polypropylene PVC

2 2 2 2 8 2 2 1 1 1 1 1 3

Olive Oil 9 8-9 9 4 5-8 8 9 8 8 8 8 9 8 8 5 6 8 8-9 8 7 8-9 4 8

elevated temperature ABS ASA CPVC General Purpose Polystyrene HOPE Impact Polystyrene Nylon 12 Nylon 612 Polyester - PBT Polymethylpentene Polypropylene Polysulfone PVOC PVOF SAN Copolymer UHMWPE

9 7 4 5-8 8 8 8 8 8 8 8-9 4 7 8 7-8 8

Olives room temperature SAN Copolymer

8

elevated temperature SAN Copolymer

Polyetherim ide Polysulfone

8

9 9

elevated temperature

room temperature 2 2 2

Polyetherim ide Polysulfone

room temperature Acrylic Resin ASA General Purpose Polystyrene Impact Polystyrene Polycarbonate SAN Copolymer

8 9 9 9 8 8-9

elevated temperature ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer

9 9 9 9

Optical Brighteners room temperature 8

elevated temperature HOPE

8

Orange Drink room temperature Polyallomer

7-9

elevated temperature Polyallomer

5

Orange Emulsion Flavoring room temperature General Purpose Polystyrene Impact Polystyrene

2 2

Orange Extract

room temperature ABS Acrylic Resin ASA CPVC General Purpose Polystyrene HOPE Impact Polystyrene LOPE Nylon 12 Nylon 6 Nylon 612 Polyallomer Polycarbonate Polyester - PBT Polyester - PCTG Polyester - PETG Polymethylpentene Polypropylene Polysulfone PVOC SAN Copolymer Styrene Butadiene Copolymer UHMWPE

Onions

HOPE

room temperature 8

Oleum ABS Acetal Resin Acrylic Resin

2 9 8 2-3 2 1 0-1 0 1 1 1 2 1 1 2 3 2

Omnicide

room temperature ECTFE

CPVC CTFE ECTFE HOPE LOPE Nylon 12 Nylon 6 Nylon 610 Nylon 612 Nylon 66 PES Polyester - PBT Polyimide Polymethylpentene Polypropylene PVC PVOF

6 3

room temperature LOPE

8

elevated terrlperature HOPE LOPE

8 8

Orange Juice room temperature ABS AcryliC/PVC Alloy Amorphous Nylon ASA Cellulose Acetate Cellulose Acetate Butyrate General Purpose Polystyrene HOPE Impact Polystyrene Nylon 12 Nylon 612 Polycarbonate Polyester - PET PVOC SAN Copolymer

8-9 7 8 9 6 7 5-9 8 2-9 8 8 7-8 9 8 7-9

elevated temperature AcryliC/PVC Alloy ASA General Purpose Polystyrene HOPE Impact Polystyrene Nylon 12 Nylon 612 PVOC SAN Copolymer

7 9 6-9 8 9 8 8 8 7-9

Orange Oil room temperature ASA Cellulose Acetate Butyrate General Purpose Polystyrene Impact Polystyrene Nylon 12 Nylon 612 PVOC SAN Copolymer

5 8 0-2 0-2 8 8 7 5-9

elevated temperature ASA General Purpose Polystyrene HOPE Impact Polystyrene Nylon 12 Nylon 612 PVOC SAN Copolymer

4 0 5 0 8 8 7 4-9

Note: Numbers refer to POL Resistance Ratings (0-9 scale with 9 as highest resistance.)

© Plastics Design Library

Section Two

1020 Chemical Sort with POL Resistance Rating

Orange Peel room temperature General Purpose Polystyrene Impact Polystyrene Nylon 12 Nylon 612 Polycarbonate PVOC SAN Copolymer

Oxalic Acid (41-50%) room temperature 2 2 8 8 8 8 8

elevated temperature Nylon 12 Nylon 612 PVOC

8 8 8

8 4-8 8

elevated temperature General Purpose Polystyrene Polycarbonate

6 4-8

Oregano room temperature General Purpose Polystyrene Impact Polystyrene SAN Copolymer

8 8 8

elevated temperature General Purpose Polystyrene

8

Orthochlorobenzaldehyde room temperature ABS

2

Orthochlorophenol room temperature PVDC SAN Copolymer

5 2

elevated temperature PVDC SAN Copolymer

5 2

Orthochlorotoluene room temperature CTFE

9

Orthophenylphenol room temperature ABS PVDC SAN Copolymer

2 7-9 5

elevated temperature ABS ETFE PVOC PVOF SAN Copolymer

2 8 3-5 8 2

Oven Cleaners room temperature Polysulfone

8

Oxalic Acid (5-10%) room temperature Amorphous Nylon General Purpose Polystyrene Impact Polystyrene Nylon 12 Nylon 6 Nylon 66 Polycarbonate Polyester - PBT SAN Copolymer

8 8 6 8 6 4-5 8 8 8 6 4-8 8

Oxalic Acid (10-200/0) room temperature CPVC Polysulfone

ECTFE Polymethylpentene Polypropylene

2 6 7

Oxalic Acid (76-97%) room temperature 8

Oxalic Acid room temperature ABS Acrylic Resin Acrylonitrile Copolymer ASA ECTFE General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Nylon 11 Nylon 12 Nylon 6 Nylon 610 Nylon 612 Nylon 66 PES Polycarbonate Polyimide Polypropylene PVC PVDC SAN Copolymer

7 8 7 9 8 9 6-8 8 8 6-8 6 8 7 3 5 7 8 8 8 7 8 8 8-9 9

elevated temperature ABS Acrylic Resin ASA CTFE ECTFE ETFE General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Nylon 11 Nylon 12 Nylon 612 Polyimide Polyphenylene Sulfide Polypropylene PVC PVOC PVOF SAN Copolymer

7 8 9 9 8 8 9 6-8 8 8 6-8 6 1-5 5 5 7 8 8 8 7 7-8 9

Acetal Resin CTFE ECTFE HOPE lonomer LOPE Nylon 11 Nylon 6 Nylon 610 Nylon 66 Polycarbonate Polyester - PBT Polypropylene PVC

8 8 8 8 6 8 8 2-8 2-8 8 8 8 2-4 8

elevated temperature 8 9

elevated temperature CPVC

elevated temperature

Oxygen room temperature

elevated temperature General Purpose Polystyrene Polycarbonate SAN Copolymer

8 8 8 9

Polyester - PBT

Orange Syrup room temperature General Purpose Polystyrene Polycarbonate SAN Copolymer

CPVC ECTFE Polymethylpentene Polypropylene

8

ECTFE ETFE HOPE lonomer Nylon 11 Polycarbonate Polypropylene

8 8 8 5 1-5 8 2

Polysulfone PVC PVOF

8 8 7-8

Oxymethylfurfurol room temperature ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer

0 0 0 0

elevated temperature ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer

0 0 0 0

Ozone (~5%) room temperature Polycarbonate

2

elevated temperature Polyester - PST

4

Ozone (5-1 00/0) room temperature Nylon 66

2

Ozone room temperature ABS Acetal Resin ASA Cellulose Acetate Butyrate Cellulose Propionate ECTFE General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE Nylon 11 Nylon 12 Nylon 46 Nylon 6 Nylon 610 Nylon 612 Nylon 66 PES Polyester - PBT Polypropylene PVC PVOC SAN Copolymer

7 2 9 9 9 8 8-9 5 6-9 6 5 5 3-8 4 3-8 4 8 6 8 4 2-4 8 9 7-9

elevated temperature ABS ASA Cellulose Acetate Butyrate Cellulose Propionate CTFE ECTFE ETFE General Purpose Polystyrene HOPE Impact Polystyrene LOPE Nylon 11 Polypropylene Polysulfone PVC PVOC PVOF SAN Copolymer

7 9 6 9 9 8 8 9 3-5 8 2 1 2 8 8 9 7-8 7-9

Paint Removers room temperature Cellulose Acetate Cellulose Acetate Butyrate

2 0

Paint Thinners room temperature 2-8

Acrylic Resin

elevated temperature HDPE Polyolefin/Nylon Alloy

1 9

Paints room temperature Acetal Resin Acrylic Resin

8 2-8

Note: Numbers refer to POL Resistance Ratings (0-9 scale with 9 as highest resistance.)

Section Two

© Plastics Design Library

1021

Chemical Sort with POL Resistance Rating

Cellulose Acetate Cellulose Acetate Butyrate General Purpose Polystyrene Impact Polystyrene Nylon 6 Nylon 610 Nylon 66 Polycarbonate Polyester - PBT

5-7 5 8 8 8 8 8 4-8 8

elevated temperature General Purpose Polystyrene Polycarbonate

8 4-8

3 8 8 3

ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer

ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer

3 8 8 3

ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer

3 3 3 2-3 3 3 3 2-3

7 5 5 7

elevated temperature ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer

4 5 5 4

3 3 3 2-3

elevated temperature ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer

3 3 3 2-3

5 6 6 5

8 8

Palm Nut Oil room temperature Nylon 12 Nylon 612

elevated temperature 8 8

Palm Oil room temperature ABS ASA General Purpose Polystyrene HOPE Impact Polystyrene PVOC SAN Copolymer ABS ASA General Purpose Polystyrene HOPE Impact Polystyrene PVOC PVOF SAN Copolymer

9 9 5·8 8 5-9 7 8-9 9 9 5-8 8 9 7 8 8-9

4 5 5

8 2

Palmitic Acid (5-100/0) room temperature

4

ECTFE PVC

8 8

ABS ASA ECTFE ETFE General Purpose Polystyrene HOPE Impact Polystyrene PVOC PVOF SAN Copolymer

9 9 8 8 5·8 8 8 7 7-8 8-9

Palmityl Alcohol room temperature 8

elevated temperature HOPE

8

Paprika room temperature ASA General Purpose Polystyrene Impact Polystyrene Nylon 12 Nylon 612 Polycarbonate SAN Copolymer ASA General Purpose Polystyrene Impact Polystyrene Nylon 12 Nylon 612 Polycarbonate SAN Copolymer

9 9 9 8 8 8 8-9

3-8

9 9 9 8 8 4 9

Para Oil room temperature General Purpose Polystyrene

5

Parachlordine room temperature ABS PVOC SAN Copolymer

5 5 5

elevated temperature ABS PVOC SAN Copolymer

5 5 5

Parachloride room temperature 2 2

Paradichlorobenzene room temperature General Purpose Polystyrene Impact Polystyrene Polypropylene SAN Copolymer

2 0-7 8 2

elevated temperature Polypropylene

8 8

Palmitic Acid (51-750/0) room temperature PVC

9 8 9 8 5-8 8 5-8 8 8 8 8 8-9

elevated temperature

General Purpose Polystyrene Impact Polystyrene

Palmarosa Oil room temperature

ECTFE PVC

ABS Acetal Resin ASA ECTFE General Purpose Polystyrene HOPE Impact Polystyrene Nylon 6 Nylon 610 Polyester· PBT PVOC SAN Copolymer

elevated temperature 8 8

elevated temperature

elevated temperature ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer

HOPE

Cellulose Acetate Cellulose Acetate Butyrate

Palatinol ON room temperature ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer

HOPE

elevated temperature

3

Palmitic Acid room temperature

HOPE 4 5 5 4

elevated temperature

Palatinol C room temperature ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer

5 5 6 5

elevated temperature

Nylon 12 Nylon 612

Palatinol AH room temperature ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer

4 5 5 4

Palm Kernal Oil room temperature

elevated temperature ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer

4 5 5 4

elevated temperature

3 8 8 3

Palatinol A room temperature ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer

3 3 3 3

Palatinol Z room temperature

elevated temperature ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer

ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer

ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer

Palamoll646 room temperature ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer

PVC 3 3 3 3

elevated temperature

3 8 8 3

elevated temperature ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer

ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer

PalatinolO room temperature

Palamoll644 room temperature ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer

elevated temperature

Palatinol M room temperature

8

Paraffin room temperature ABS Acrylic Resin Amorphous Nylon ASA CPVC

8-9 5-8 6-8 9 8

Note: Numbers refer to POL Resistance Ratings (0-9 scale with 9 as highest resistance.)

© Plastics Design Library

Section Two

1022 Chemical Sort with POL Resistance Rating

ECTFE General Purpose Polystyrene HOPE Impact Polystyrene Nylon 12 Nylon 46 Nylon 6 Nylon 612 Nylon 66 PES Polycarbonate Polyester - PBT Polymethylpentene Polypropylene PVC PVOC SAN Copolymer

8 5-9 8 8-9 8 8 8-9 8 4-8 8 8 8 8 8-9 8 7 8-9

elevated temperature ABS ASA ECTFE General Purpose Polystyrene HOPE Impact Polystyrene Nylon 12 Nylon 612 Polyester - PBT Polymethylpentene Polypropylene PVC PVOC PVOF SAN Copolymer

5 7 8 4-8 5-8 8 8 8 8 6 7-8 8 7 8 7-9

Paraffin Ozone room temperature Polymethylpentene

8

8 8

2 6 7 2

elevated temperature 2 4 7 2

Parsley

Peanut Oil

6-8 8 8 8

7

elevated temperature ABS PVOC SAN Copolymer

5 7-8 5

Pentafluorophenol elevated temperature Liquid Crystal Polymer

Penetrating Oils

room temperature ABS ASA General Purpose Polystyrene Impact Polystyrene Polycarbonate SAN Copolymer

2 9 3 3 8 9

Pentanedione (2,4-) room temperature 8-9

Pentasol room temperature Genera.l Purpose Polystyrene Impact Polystyrene

8 8

elevated temperature 6

2

room temperature 9 2

Acrylonitrile Copolymer

9

Pentylamine room temperature

room temperature

ABS

ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer

9 9 9 9

elevated temperature ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer

9 9 9 9

room temperature 8 8

room temperature 7 0

Pentachloroethane room temperature 9

CTFE

(~

Pepper room temperature ABS Acrylic Resin ASA General Purpose Polystyrene HOPE Impact Polystyrene Nylon 12 Nylon 612 Polycarbonate PVOC SAN Copolymer

3 8 9 2-8 8 2-8 8 8 8 8 3-9

elevated temperature 7

PVOC

3 5 3-8 8 3 8 8 4 8 3-5

room temperature 7

PVOC

ABS ASA General Purpose Polystyrene HOPE Impact Polystyrene Nylon 12 Nylon 612 Polycarbonate PVOC SAN Copolymer

Peppermint Oil

5%)

room temperature

Pentach lorophenol (5-100/0) room temperature 7

PVOC

2

elevated temperature 8

Cellulose Acetate Cellulose Acetate Butyrate

Pentachlorophenol

ABS

Pentyl Acetone

Polyester - PET Polyester - PETG

elevated temperature PVDC

2

Pentane

room temperature 9

Pennyroyal

9 8 8 1 8 8-9

7 8 8 8 7-8 7

Pentene

elevated temperature

9 8 9 9 5-8 8 5-8 9 8 8-9

room temperature ABS Nylon 6 Nylon 610 Nylon 66 PVOC SAN Copolymer

General Purpose Polystyrene

General Purpose Polystyrene

elevated temperature ABS General Purpose Polystyrene HOPE Polyallomer PVOC SAN Copolymer

7

Pencil

8

room temperature

Pentachlorophenol

CTFE

ASA General Purpose Polystyrene Impact Polystyrene Nylon 12 Nylon 612 SAN Copolymer

General Purpose Polystyrene Impact Polystyrene

Peanut Butter ABS Acrylic Resin Cellulose Acetate Cellulose Acetate Butyrate Genel'Bl Purpose Polystyrene HOPE Impact Polystyrene Polyallomer PVOC SAN Copolymer

9 8-9 8-9 8 8 9

elevated temperature

8 8 8

elevated temperature General Purpose Polystyrene

room temperature ASA General Purpose Polystyrene Impact Polystyrene Nylon 12 Nylon 612 SAN Copolymer

Penicillin G

room temperature General Purpose Polystyrene Impact Polystyrene SAN Copolymer

Pectin

Penicillin

room temperature

ABS Polymethylpentene PVOC SAN Copolymer

7 4 5-8 8 4-8 8 4-8 8 7

room temperature

Paraldehyde ABS Polymethylpentene PVOC SAN Copolymer

ASA CPVC General Purpose Polystyrene Impact Polystyrene Polycarbonate Polypropylene Polysulfone PVOF SAN Copolymer

Polyester - PET

elevated temperature HOPE

elevated temperature

room temperature

Paraformaldehyde room temperature HOPE

9 4 5-8 5-9 8 8 8 8 8 2-9

8

elevated terrlperature Polymethylpentene

ASA CPVC General Purpose Polystyrene Impact Polystyrene Nylon 12 Nylon 6 Polycarbonate Polypropylene Polysulfone SAN Copolymer

7

ABS ASA General Purpose Polystyrene HOPE Impact Polystyrene Nylon 12 Nylon 6 Nylon 612 PVOC SAN Copolymer

2 3 2-3 5-8 2-3 8 9 8 7 2-3

room temperature Note: Numbers refer to POL Resistance Ratings (0-9 scale with 9 as highest resistance.)

Section Two

© Plastics Design Library

1023

Chemical Sort with POL Resistance Rating

elevated temperature ABS ASA General Purpose Polystyrene HOPE Impact Polystyrene PVOC SAN Copolymer

2 3 3 2-5 3 7 2-3

Peppers room temperature General Purpose Polystyrene Impact Polystyrene

8 8

elevated temperature General Purpose Polystyrene

8

Peracetic Acid (31-40%) room temperature PVC

1-8

elevated temperature PVC

1-3

Perchloric Acid (5-100/0) 8 8 8 3 1-2 8

elevated terrlperature ECTFE ETFE LOPE PVC PVOF

8 8 8 8 8

Perchloric Acid (10-200/0) room temperature HOPE PVC

8 3-8

elevated temperature HOPE

pvc

8 3

PVOF

8 8

room temperature

Perchloric Acid (51-750/0)

CTFE

room temperature

General Purpose Polystyrene

8 8 3 2 3 7-8

Acetal Resin Cellulose Acetate Butyrate HOPE Nylon 12 Nylon 6 Nylon 610 Nylon 612 Polyester - PBT

Perchloric Acid

9

Perfume Alcohol

8 9 8 8 2 3-8

elevated temperature

room temperature 5

Perfumes room temperature 8 1 5 8 8-9 8 8 8

elevated temperature

room temperature

HOPE 7 8 7 9 1 8 9 7

elevated temperature ASS Acrylic Resin CPVC Polyimide

4 4 4

Perfluorotriethylamine

HOPE

ABS Acrylic Resin CPVC CTFE Polyimide Polypropylene PVOC SAN Copolymer

8

room temperature Nylon Nylon 612 Nylon 66

7 8

2 1

4

Perhydrol room temperature ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer

CPVC ECTFE PVC

8 8 8

Persil room temperature Acetal Resin Nylon 6 Nylon 610 Polyester - PBT

8 8 8 8

Petrolatum elevated temperature ETFE PVOF

8 8

Petroleum (76-970/0) room temperature Polyarylam ide

7

Petroleum room temperature Amorphous Nylon HOPE Nylon 11 Nylon 12 Nylon 46 Nylon 6 Nylon 612 Nylon 66

7-9 8 8 8 8 8 8 8

elevated temperature ETFE HOPE Nylon 11 Nylon 12 Nylon 612 PVOF

8 5 6 8 8 8

Petroleum Ether

9 8 8 9

ABS Acrylic Resin Acrylonitrile Copolymer Amorphous Nylon ASA EVOH General Purpose Polystyrene HOPE Impact Polystyrene LOPE Nylon 12 Nylon 6 Nylon 612 Nylon 66 PES Polycarbonate Polymethylpentene Polypropylene SAN Copolymer UHMWPE

8 8 4 8 3 2-5 3 2 8 8 8 8 8 4 4 4

Petroleum Jelly room temperature

room temperature

ABS Acrylic Resin ASA General Purpose Polystyrene

2-4 1-8

8 8 8 8 5 9 3 2-8 3 2 8 8-9 8 8 8 8 4 4-5 5 8

elevated temperature Acetal Resin Acrylic Resin ASA ETFE General Purpose Polystyrene HOPE Impact Polystyrene LOPE Nylon 12 Nylon 6 Nylon 610 Nylon 612 Polyester - PST Polymethylpentene Polypropylene SAN Copolymer

Permatex ASS Polysulfone

1-8

room temperature

Perclene

elevated temperature

ECTFE ETFE HOPE lonomer PVC PVOF

2 3 3 8 4 2-3 2 2 2 9 4-7 2-3 9 8 2 3 7-8 2-6

8

Perchloric Acid (41-500/0) room temperature

Acrylic/PVC Alloy CTFE ECTFE HOPE lonomer PVC

elevated temperature ABS Acetal Resin ECTFE ETFE FEP HOPE lonomer LOPE MOPE PES PFA Polyester - PBT Polyimide Polyphenylene Sulfide Polypropylene PVOC PVOF SAN Copolymer

Polysulfone

room temperature 2 2-6 7 7 2 2-5 2 6 2 2 5 8 6-8 5-6 1-8 7 5 8 2-5 3 7-8

elevated temperature

room temperature

Acrylic/PVC Alloy HOPE

SAN Copolymer

elevated temperature

Perphosphate

room temperature ABS Acrylic Resin Acrylonitrile Copolymer ECTFE General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Nylon 11 Nylon 12 Nylon 6 Nylon 66 PES Polyarylam ide Polyester - PBT Polyimide Polypropylene

Perchloromethylmercaptan

Perchloric Acid (20-300/0) Acrylic/PVC Alloy

7 7

Perch loroethylene

pvoc

room temperature CPVC ECTFE LOPE Nylon 6 Nylon 66 PVC

PVOC SAN Copolymer

7-9 8 9 5-9

Note: Numbers refer to POL Resistance Ratings (0-9 scale with 9 as highest resistance.)

© Plastics Design Library

Section Two

1024

Chemical Sort with POL Resistance Rating

HOPE Impact Polystyrene Nylon 6 Nylon 66 PVOC SAN Copolymer

8 5-9 9 8 8 8-9

elevated temperature ASS ASA General Purpose Polystyrene HOPE Impact Polystyrene PVOC SAN Copolymer

9 9 6-8 8 9 8 9

Petroleum Liquifier room temperature 8

PVC

elevated temperature 8

PVC

room temperature 8 6 8 8

elevated temperature 8 3

ECTFE PVC

Petroleum Spirits 8 7 8 9 8 7·8 8 4 7 8

elevated temperature HOPE Nylon 12 Nylon 612 PES Polymethylpentene Polypropylene UHMWPE

5 8 8 5·7 4 4

6

Phenacetin 9 9 9 9

elevated temperature ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer

9 9 9 9

Phenoil (5-100/0) room temperature 8

Polypropylene

elevated temperature 5-8

Polypropylene

Phenol

(~

5%)

room terrlperature ASS Acetal Resin Acrylic Resin Acrylic/PVC Alloy Cellulose Acetate Cellulose Acetate Butyrate Cellulose Propionate General Purpose Polystyrene LOPE Nylon MX06 PES Polyallomer Polycarbonate Polyester - PET Polyester - PETG Polypropylene

2 9 4 2 9 5 8

Phenol (5-10%) room temperature ASA General Purpose Polystyrene Impact Polystyrene Nylon 6 Polyester· PST SAN Copolymer

4 8 8 3 2 4

ASA ETFE General Purpose Polystyrene Impact Polystyrene Polyester - PST PVOF SAN Copolymer

4 8 6 6 2 7-8 4

Phenol (51-75%) 2 0-1 0 0

Phenol (76-97%) room temperature 2 2 0 0 0

elevated temperature 8 2

HOPE LOPE

Phenol

2 4 2-9 7 0 0 0 5 8 2 1-4 9 2-8 9 2 9

ABS Acrylic Resin Acrylonitrile Copolymer Amorphous Nylon ASA CPVC ECTFE General Purpose Polystyrene HOPE Impact Polystyrene lonomer Nylon 11 Nylon 12 Nylon 46 Nylon 6 Nylon 612 Nylon 66 PES Polycarbonate Polyetherimide Polyimide Polymethylpentene Polypropylene PVC PVOC SAN Copolymer

2 2-3 3 2 3 4 8 5 7-8 5 2 1 1-3 2 3 1 0-4 1 2 3-8 7 8 8-9 3 7 2-3

elevated temperature ABS Acetal Resin Acrylic Resin ASA CPVC ECTFE ETFE EVOH General Purpose Polystyrene

9

Phenol-2-Sulfonic Acid (1-) elevated temperature 8

PVOF

Phenolic Resins room temperature 8

HOPE Polyester - PET

8 4

Phenolsulfonic Acid

room temperature

Acetal Resin LOPE Nylon 6 Nylon 610 Nylon 66

TFE

7-8 3 2 4-5 1 1 1 0 9 0 7 1-6 8 3·9 9 0 0 3 5 7-8 2·3

elevated temperature 3

Acetal Resin Nylon 6 Nylon 610 Nylon 66

HOPE Impact Polystyrene lonomer liquid Crystal Polymer Nylon 11 Nylon 12 Nylon 612 Nylon 66 Polybenzim idazole Polycarbonate Polyimide Polyketone Polymethylpentene Polyphenylene Sulfide Polypropylene Polysulfone PPE PVC PVOC PVOF SAN Copolymer

HOPE

Phenol (41-50%) room temperature

room temperature

room ternperature ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer

elevated temperature ASS CTFE General Purpose Polystyrene Polycarbonate Polyester· PET PVOC PVOF

Impact Polystyrene

room temperature Acrylic Resin HOPE Nylon 12 Nylon 6 Nylon 612 Nylon 66 PES Polymethylpentene Polypropylene UHMWPE

7 1-3 2

elevated temperature

Petroleum Oils ECTFE PES Polycarbonate PVC

PVOC Rigid PU SAN Copolymer

2 1 2 3 2 2-8 8 1-9 3

room temperature 7 9 7

ABS PVOC SAN Copolymer

elevated temperature 7 8 7 7

ABS ETFE PVOC SAN Copolymer

Phenoxyacetic Acid room temperature 9 8 9

ABS PVOC SAN Copolymer

elevated temperature 9 7 9

ABS PVOC SAN Copolymer

Phenoxyethanol (2-) room temperature 2

ASS

Phenyl Ether elevated temperature 8

PVOF

Phenyl Glycine Potassium Salt room temperature 9

PVOC

elevated temperature 9

PVOC

Phenylacetonitrile room temperature 2

ABS

Phenylethanol (2-) room temperature 3 3

Nylon 6 Nylon 610

elevated temperature 0 2

Nylon 6 Nylon 610

Phenylethyl Alcohol room temperature ABS ASA General Purpose Polystyrene HOPE Impact Polystyrene

2 3 2-3 8 2-3

Note: Numbers refer to POL Resistance Ratings (0-9 scale with 9 as highest resistance.)

Section Two

© Plastics Design Library

1025

Chemical Sort with POL Resistance Rating

Nylon 12 Nylon 6 Nylon 66 PVOC SAN Copolymer

3 3-6 6 7 2-3

elevated temperature ABS ASA Genera.l Purpose Polystyrene HOPE Impact Polystyrene PVOC SAN Copolymer

2 3 3 8 3 7 2-3

5 2 8 5 2 3 3 2

elevated temperature

pvc

PVOC PVOF SAN Copolymer

2 2 8

4 2 3 2 7-8 2

Phenylhydrazine Hydrochloride room temperature HOPE lonomer PVC

8 2 3

elevated temperature ETFE HOPE lonomer PVC PVOF

8 3 2 3 8

Phenylphenol (p-) room temperature ABS PVOC SAN Copolymer

5 8 9

elevated temperature ABS PVDC SAN Copolymer

3 8 2

Phenylsulfonate 8

elevated temperature HOPE

8

Phorone room temperature Cellulose Acetate Cellulose Acetate Butyrate

Phosphates HOPE

Acetal Resin Nylon 6 Nylon 610

8

8 8 8

Phosphoric Acid (::; 5%) room temperature ASA Cellulose Acetate Cellulose Acetate Butyrate General Purpose Polystyrene Impact Polystyrene Nylon 6 Nylon 66 SAN Copolymer

9

4 7 9 8 3-6 3 9

elevated temperature ASA General Purpose Polystyrene Impact Polystyrene Nylon 612 SAN Copolymer

7 9 8 2 7

Phosphoric Acid (5-100/0) room temperature ABS Acetal Resin Acrylic Resin Acrylonitrile Copolymer Amorphous Nylon CPVC ECTFE Nylon 12 Nylon 46 Nylon 6 Nylon 610 Nylon 612 Nylon 66 Polycarbonate Polyester - PBT PVC PVOC SAN Copolymer TFE

8 0

ABS Acetal Resin CPVC ECTFE Nylon 12 Nylon 612 PVC PVOC SAN Copolymer

Phosphoric Acid (10-200/0)

room temperature

room temperature

HOPE Polypropylene PVC

Polyester - PBT Polyetherim ide

3 2-5 3-8

elevated temperature 8 2

8 8

Phosphate Esters elevated temperature Acetal Resin Nylon 6 Nylon 610 Polyester - PBT

8

elevated temperature HOPE

7-9

4 8 6 4-6 8 8 3-6 2 1-3 2 3 1 8 8 8 8 7 8

8 8 8

8

8 3-7 7 8 8 8 7-9 8 7 6 7 8 9 8 8 8 8 8 3-7 7 5-8 8 8 7

Phosphoric Acid (31-40 0k) room temperature Polybenzim idazole

6-9

elevated temperature PES Polyam ideimide Polybenzimidazole

9 9 2-9

Phosphoric Acid (41-500/0) room temperature CPVC ECTFE HOPE Impact Polystyrene Nylon 11 Nylon 12 Nylon 6 Nylon 612 Polymethylpentene PPE PVC PVOC SAN Copolymer

8 8 8 9 8 1-3 3 1 8 8 8 9 9

elevated temperature CPVC ECTFE HOPE Nylon 11 Nylon 12 Nylon 612 Polymethylpentene Polysulfone PVOC SAN Copolymer

8 8 8 1 1 1 8 9 8 8 5

Phosphoric Acid (51-750/0) room temperature Cellulose Acetate Cellulose Acetate Butyrate CPVC PPE

pvc

Rigid PU

0 0 8-9 8

8 9

elevated temperature 8 8

CPVC PPE

pvc

5 9

Phosphoric Acid (20-300/0) room temperature ABS Acrylic Resin Acrylonitrile Copolymer ASA Cellulose Acetate Cellulose Acetate Butyrate CPVC General Purpose Polystyrene HOPE Impact Polystyrene

ABS Acrylic Resin ASA CPVC CTFE ETFE General Purpose Polystyrene HOPE Impact Polystyrene LOPE Polycarbonate Polyimide Polypropylene PVC PVOC SAN Copolymer

pvc 7 1 8 8 1 1 8 8 7

elevated temperature Polyester - PBT Polysulfone

LOPE Polycarbonate Polyimide Polypropylene PVC PVOC SAN Copolymer TFE

elevated temperature

room temperature

Phosgene

ETFE Polypropylene PVC PVOF

8 8 8 8

elevated temperature

room temperature HOPE

Acetal Resin Nylon 6 Nylon 610 Polyester - PBT

room temperature

room temperature

ABS CPVC ETFE HOPE lonomer

room temperature

Phosphine

Phenylhydrazine ABS CPVC ECTFE HOPE lonomer PVC PVOC SAN Copolymer

Phosphates (5-10%)

7 8 6 7 5 7

8 8 8 8

8-9

8 8

Phosphoric Acid (76-970/0) room temperature ABS Acrylic Resin ASA ECTFE General Purpose Polystyrene HOPE Impact Polystyrene LOPE Polyimide Polypropylene PVC PVOC

9 2-6 7 8 8 8-9 6-8

8 7 8-9

8 9

Note: Numbers refer to POL Resistance Ratings (0-9 scale with 9 as highest resistance.)

© Plastics Design Library

Section Two

1026

Chemical Sort with POL Resistance Rating

SAN Copolymer UHMWPE

7 8

elevated temperature ABS Aceta.! Resin Acrylic Resin ASA CTFE ECTFE ETFE General Purpose Polystyrene HOPE Impact Polystyrene LOPE Nylon 66 Polycarbonate Polyimide Polyketone Polyphenylene Sulfide Polypropylene Polysulfone PPE PVC PVOC PVOF SAN Copolymer UHMWPE

9 1 5 7

9 8 8 8 4-8 8 2 0

9 7 5-9 7-9 5-9 0-9 9 8 8 7-8 7 8

room temperature 8

3 8 8 6 8 1 1 6 8 8-9 9 8 8 8

elevated temperature CTFE ETFE FEP General Purpose Polystyrene HOPE lonomer Nylon 12 Nylon 612 PFA Polyphenylene Sulfide PVOC PVOF SAN Copolymer

8 8 1 1 9 6-8 8 7 6

room temperature 7 8 7 7 8 7

Phosphoric Oxychloride elevated temperature ETFE

9

Phosphoric Trichloride room ternperature PVC

9 3 8

Phosphorous room temperature ECTFE General Purpose Polystyrene Impact Polystyrene LOPE Polypropylene

room temperature

Phosphorous Oxychloride ABS HOPE PVOC PVOF SAN Copolymer

2 8 2 2-7 2

elevated temperature ABS ETFE HOPE PVOC SAN Copolymer

2 8 5 2 2

Phosphorous Pentachloride room temperature ABS PVOC SAN Copolymer

2 2 2

elevated temperature ABS ETFE PVOC PVOF SAN Copolymer

2 8 2 8 2

Phosphorous Pentoxide

(~

50/0)

room temperature Polycarbonate

8

elevated temperature Polycarbonate

4-8

8 5 4 8 8

Cellulose Acetate Cellulose Acetate Butyrate HOPE lonomer LOPE MOPE Nylon 12 Nylon 612 Polymethylpentene Polypropylene Polysulfone

elevated temperature 4-8

Phosphorous Pentoxide room temperature 8 8 8 3 3 8

elevated temperature 8 8 8 8 1 1 3 8

elevated temperature PVC

8

elevated temperature ECTFE HOPE lonomer LOPE MOPE PVC

8 6-8 8 6-8 6-8 8

Phthalic Acid (41-50%) room temperature HOPE

8

elevated temperature 8

Phthalic Acid

room temperature 2 2 8 8 8 2 2 2 2 2 8 8 5 8 2 7-8 2

(~

5%)

room temperature General Purpose Polystyrene

8 8 6-8 8 6-8 6-8 8 8 8 8

HOPE

ASS CPVC ECTFE HOPE LOPE Polycarbonate PVOC SAN Copolymer

Photographic Developers

8 8 5 6 8 8 8 9 8

room temperature 8

ASS CPVC ECTFE ETFE HOPE Polyphenylene Sulfide PVOC PVOF SAN Copolymer

7 7-8 8 8 8 8 9

room temperature Acetal Resin Acrylic Resin Cellulose Acetate Cellulose Acetate Butyrate Nylon 6 Nylon 610 Polyester - PBT Polysulfone PVC

Acetal Resin ECTFE HOPE lonomer LOPE MOPE Nylon 6 Nylon 610 Polyester - PBT PVC

ECTFE ETFE HOPE LOPE Nylon 12 Nylon 612 PVC PVOF

9 9

Photographic Fixing Baths

room temperature

ECTFE HOPE LDPE Nylon 12 Nylon 612 PVC

3-4 5-6 7-8 8 8 8 5-7 5-7 8

elevated temperature Acetal Resin HOPE lonomer LOPE MOPE Polymethylpentene Polypropylene

Photographic Solutions

Polycarbonate

5

Photographic Developers

Phosphorous Pentoxide (20300/0)

elevated temperature 3

elevated temperature ETFE PVC PVOF

5 3

Phosphorous Trichloride

elevated terrlperature ASS PVOC SAN Copolymer

General Purpose Polystyrene

room temperature

Polycarbonate 9 9 9 6

Phosphoric Anhydride ABS PVOC SAN Copolymer

General Purpose Polystyrene PVC

elevated temperature

8 8

elevated tenlperature

Phosphoric Acid ABS Amorphous Nylon General Purpose Polystyrene HOPE Impact Polystyrene lonomer Nylon 12 Nylon 612 PES Polycarbonate Polypropylene Polysulfone PVOC SAN Copolymer TFE

PVC PVOF

5

room temperature ABS Acetal Resin Acrylic Resin ASA CPVC General Purpose Polystyrene Impact Polystyrene Nylon 46 Nylon 6 Nylon 610 Nylon 66 Polyester - PBT Polyimide Polypropylene SAN Copolymer

6 8 6 9 7 9 9 6 6 6 6 8 7 8 9

elevated temperature ABS Acrylic Resin ASA CPVC ETFE

6 5 9 7 8

Note: Numbers refer to POL Resistance Ratings (0-9 scale with 9 as highest resistance.)

Section Two

© Plastics Design Library

1027 Chemical Sort with POL Resistance Rating

General Purpose Polystyrene Impact Polystyrene Polyimide PVDF SAN Copolymer

9 9 7 7-8 9

Phthalic Acid Ester room temperature HOPE

8

elevated temperature HOPE

7

Phthalic Anhydride room temperature 7 8 7 7

ASS HOPE PVOC SAN Copolymer

elevated temperature ASS ETFE HOPE PVOC SAN Copolymer

7 8 8 7 7

Phthaloyl Chloride 2

elevated temperature ETFE

9

Pickling Baths room temperature General Purpose Polystyrene HOPE Impact Polystyrene LOPE

8 8 8 6

elevated temperature General Purpose Polystyrene HOPE LOPE

8 2-8 6

Pickling Solutions elevated temperature 7-8

HOPE

Picric Acid

ASS ASA General Purpose Polystyrene HOPE Impact Polystyrene Nylon 12 Nylon 6 Nylon 612 Polycarbonate PVOC SAN Copolymer

elevated temperature ASS ASA Fluorinated PE General Purpose Polystyrene HOPE Impact Polystyrene Polyolefin/Nylon Alloy PVOC SAN Copolymer

Pineapple Juice ASA General Purpose Polystyrene HOPE Impact Polystyrene Nylon 12 Nylon 6 SAN Copolymer ASA General Purpose Polystyrene HOPE Impact Polystyrene SAN Copolymer

8 6

Picric Acid room temperature 7 8 2 5 8 3 9 8 9

elevated temperature 7 8 2 1 3 9 9

Pimento

ASS

2-4

4 3 3 4

room temperature ASS/Nylon Alloy

5-7

Plastigen G

Pluronic room temperature Polycarbonate

9 9 9 9

elevated temperature ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer

9 9 9 9

Polyesters room temperature HOPE Nylon 12 Nylon 6

5 8 8

elevated temperature 3

room temperature CPVC Polycarbonate

2-7 8

elevated temperature CPVC Polycarbonate PVOF

2 4-8 8

Polyethylene Glycol Distearate room temperature 8

Polyethylene Glycol Monolaurate room temperature ASS PVOC SAN Copolymer

2 8 8

elevated tem perature PVOC

7

Polyglycols HOPE

pvoc 7-8

SAN Copolymer

8 9 9

elevated temperature

Plastomoll DOA

HOPE

room temperature

pvoc 5 5 5 5

elevated temperature ASA General Purpose Polystyrene

9

room temperature

Plastikator 88

ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer

4-8

Pneumatic Fluids

SAN Copolymer

room temperature ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer

8-9

Polyethylene Glycol 8 7-8 8 8 8 8 8

elevated temperature HOPE

8 8 5-8 8 2-8 6 1 1 4-8 9 8 8

Plumbers Dope

HOPE

Plasticizers

Amorphous Nylon 5 3 3 5

elevated temperature ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer

2 2 9

room temperature

room temperature

ECTFE ETFE HOPE lonomer LOPE MOPE Nylon 12 Nylon 612 Polycarbonate Polypropylene PVC PVOF

room temperature

ASS Acrylic Resin CTFE

8 6-8 8 2-8 6 1-3 1-6 8 1 8 9 8

elevated temperature

Amorphous Nylon

room temperature 7

room temperature ECTFE HOPE lonomer LOPE MOPE Nylon 12 Nylon 6 Nylon 610 Nylon 612 Polycarbonate Polypropylene PVC

Piperidine

Acetal Resin Amorphous Nylon HOPE Nylon 12 Nylon 6 Nylon 610 Polyester - PST

ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer

9 9 8 9 9

5 4

Plating Solutions

room terTlperature

Picric Acid (5-100/0)

ASS ETFE lonomer Nylon 11 PVC PVOC SAN Copolymer

9 5-9 8 5-9 8 8 8-9

elevated temperature

elevated temperature

ASS ECTFE lonomer Nylon 11 Polypropylene PVC PVOC PVOF SAN Copolymer

2 3 9 3 2-5 3 9 7 2-3

room temperature

room temperature

PVOF

2-3 4 2-3 5-8 2-3 8 8 8 8 7 2-4

Plastic Polish

(~5°k)

HOPE LOPE

Impact Polystyrene SAN Copolymer

room temperature

room temperature ASS

Pine Oil room temperature

SAN Copolymer

8 7 9

Polypropylene Adipate room temperature Acrylic Resin

8

4 5

Note: Numbers refer to POL Resistance Ratings (0-9 scale with 9 as highest resistance.)

© Plastics Design Library

Section Two

1028

Chemical Sort with POL Resistance Rating

elevated temperature

Polypropylene Laurate room temperature Acrylic Resin

8

room temperature

room temperature 8

Polysolvan 0 HOPE

8

elevated temperature HOPE

8

Polyvinyl Acetate room temperature

CPVC ECTFE PVC PVOF

8 8 8 8

Polycarbonate

8 8

Potassium Aluminum Chloride (41-500k)

8

room temperature

Polyvinyl Alcohol elevated temperature ETFE PVOF

8 8

Polyvinyl Chloride room temperature Polycarbonate

8

elevated temperature 2

Polycarbonate

Poppy Seeds room temperature General Purpose Polystyrene Impact Polystyrene

8 8

ASS PVOC

9 9

elevated temperature ASS PVOC

9 7

Potassium Aluminum Chloride elevated temperature ETFE PVOF

8 8

Potassium Aluminum Sulfate (41-500/0)

8

room temperature

8

Potassium Aluminum Sulfate

4

Nylon 66

Potash (31-400/0) room temperature Nylon 66

6

Potash

ASS Amorphous Nylon ASA ECTFE General Purpose Polystyrene Impact Polystyrene PVOC SAN Copolymer

9 6 9 8 8-9 8-9 8 8-9

elevated temperature

room ternperature 8 8 8 8-9 8

CPVC ECTFE Nylon 12 Nylon 6 PVC

elevated temperature CPVC ECTFE

8 8 8

pvc

Potash Alum room temperature HOPE

8

9 9 8 6-8 8 7 8-9

8

Potassium Amyl Xanthate

Polypropylene

elevated temperature Polypropylene

9

Potassium room terrlperature PVOF

2

Potassium Acetate (41-50%) room temperature Nylon 6

9

elevated temperature Nylon 6

6

room temperature 8

8-9 4-8

ASS ASA CPVC ECTFE General Purpose Polystyrene HOPE Impact Polystyrene PVC PVOC PVOF SAN Copolymer

ASS Acrylic Resin CPVC

(~

9 7 8 8 5-8 8 8 7-9 8 8 7-9

5%) 8 8 9

elevated temperature HOPE LOPE Polypropylene

8 8 9

Potassium Borate

room temperature 8-9 6 8 8 8 8 8 1 8 9 8 8 8 9

room temperature

9 5 8

9 8 8 8 8 8 9

ASS CPVC ECTFE lonomer PVC PVOC SAN Copolymer

elevated temperature ASS CPVC ECTFE ETFE lonomer

pvc

elevated temperature

room temperature

9 9 8-9 8 5-9 8 9 8-9 8 8-9

elevated temperature

HOPE LOPE Polypropylene

PVOC SAN Copolymer

5 8 6 6 8 5

ASS ASA CPVC ECTFE General Purpose Polystyrene HOPE Impact Polystyrene PVC PVOC SAN Copolymer

3-7

pvc

Potassium Acetate

elevated temperature

PVC

ASS Acrylic Resin CPVC HOPE lonomer LOPE MOPE Polyimide Polymethylpentene Polypropylene PPE

9 8 9 9 8 8 9

ASA ECTFE General Purpose Polystyrene Impact Polystyrene lonomer SAN Copolymer

room temperature

Potassium Bicarbonate 9

room temperature ASA ECTFE General Purpose Polystyrene Impact Polystyrene lonomer Polycarbonate SAN Copolymer

Potassium Borate

)

room temperature

5%) 6

3-9

Nylon 66

(~

Potassium Bichromate

room temperature pvc elevated temperature

Potassium Bicarbonate (51-750/0)

elevated temperature HOPE

ASS ASA ECTFE General Purpose Polystyrene Impact Polystyrene PVOC SAN Copolymer

Potassium Bichromate

room temperature

room temperature

)

pvc

PVOC PVOF SAN Copolymer

Potassium Bisulfate

elevated temperature ETFE

elevated temperature General Purpose Polystyrene

8 8 8 8 8 1 8 9 8 8 8 8 9

Nylon 6

8

elevated temperatu re

ETFE HOPE lonomer LOPE MOPE Polyimide Polymethylpentene Polypropylene PPE

room temperature

room temperature

ETFE PVOF

CPVC Polycarbonate

8 8 8

Potassium Aluminum Alum

Polypropylene

Potassium (5-10%

CPVC ECTFE PVC

elevated temperature

room temperature

Potash (5-10 %

4-8 8

Potassium Alum

Polypropylene Sebacate Acrylic Resin

Polycarbonate PVOF

PVOC PVOF SAN Copolymer

9 8 8 8 8 8 8 8 9

Note: Numbers refer to POL Resistance Ratings (0-9 scale with 9 as highest resistance.)

Section Two

© Plastics Design Library

1029 Chemical Sort with POL Resistance Rating Potassium Bromate (5-100k)

PVOF SAN Copolymer

room temperature 5-7 8 8 9

Amorphous Nylon HOPE LOPE Polypropylene

elevated temperature

Potassium Carbonate (10-200/0) elevated temperature Nylon 612

8

Potassium Carbonate (20-300/0)

HOPE LOPE Polypropylene

8 8 9

room temperature Polyetherimide

8

Potassium Carbonate (51-750/0)

Potassium Bromate

room temperature

room temperature 7 9 8 8-9 8-9 8 8 8 8 9

ABS ASA CPVC General Purpose Polystyrene Impact Polystyrene lonomer Polycarbonate

pvc

PVOC SAN Copolymer

elevated temperature 7 9 8 8-9 9 8 8 8 8 9

ABS ASA ETFE General Purpose Polystyrene Impact Polystyrene lonomer PVC PVOC PVOF SAN Copolymer

Potassium Bromide

8 7-9

(~

5%) 5 8 8-9

elevated temperature PVOC SAN Copolymer

8 8-9

Potassium Bromide (5-10 %) room temperature Acetal Resin Amorphous Nylon Nylon 12 Nylon 6 Nylon 610 Nylon 66 Polyester - PBT

8 6-7 8 4-9 6 8 8

Potassium Bromide room temperature ABS ASA ECTFE General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Polycarbonate Polymethylpentene Polypropylene

pvc

PVOC SAN Copolymer

9 9 8 8 8 8 8 8 8 8 8 8-9 8 7-9 9

elevated temperature ABS ASA ECTFE ETFE General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Polymethylpentene Polyphenylene Sulfide Polypropylene PVC PVOC

7 9 8 8 8 8 8 8 8 8 8 8 8-9 8 7-9

9 8

Potassium Carbonate room temperature ABS Acrylic Resin Amorphous Nylon ASA CPVC ECTFE General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Nylon 12 Nylon 612 Nylon 66 Polyimide Polymethylpentene Polypropylene

pvc

room temperature General Purpose Polystyrene PVOC SAN Copolymer

Nylon 6 Nylon 66

PVOC SAN Copolymer

9 6 8 9 8 8 9 8 9 8 8 8 8 8 8 1 8 8-9 8 8 9 9 5 9 8 8 8 9 8 9 8 8 8 8 8 1 8 8 8-9 8 8 8 9

Potassium Chlorate (~ 5%) room temperature Nylon 12 Nylon 6

6 6

Potassium Chlorate (5-100/0) 3 3

Potassium Chlorate room temperature ABS Acrylic Resin Amorphous Nylon CPVC ECTFE HOPE lonomer LOPE MOPE Nylon 12 Nylon 612 Polymethylpentene Polypropylene PVC

elevated temperature ABS ECTFE ETFE HOPE lonomer LOPE MOPE Nylon 12 Nylon 612 Polymethylpentene Polyphenylene Sulfide Polypropylene PVC PVOC PVOF SAN Copolymer

9 8 8 8 8 8 8

5 5 8 8 5-9 8 8 8 9

Potassium Chloride (5-100/0) room temperature Acetal Resin Cellulose Acetate Cellulose Acetate Butyrate Nylon 6 Nylon 610 Polyester - PBT

8 6

7 8 8 8

elevated temperature Polyester - PBT

8

Potassium Chloride (20-30%) room temperature 9

ABS

Potassium Chloride (41-500/0) elevated temperature Polyphenylene Sulfide

8

room temperature Nylon 6 Nylon 66

9 8

Potassium Chloride room temperature ABS Amorphous Nylon ASA Cellulose Acetate Cellulose Acetate Butyrate CPVC ECTFE General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Nylon 12 Nylon 612 Nylon 66 Polycarbonate Polymethylpentene Polypropylene PVC PVOC SAN Copolymer

8-9 5-7 9 9 9 8-9 8 9 8 9 8 8 8 8 8 5 8 8 8-9 8 8 9

elevated temperature

room temperature Nylon 12 Nylon 6

8 9

Potassium Chloride (76-970/0)

elevated temperature ABS Acrylic Resin ASA CPVC ECTFE ETFE General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Nylon 12 Nylon 612 Polyimide Polymethylpentene Polyphenylene Sulfide Polypropylene PVC PVOC PVOF SAN Copolymer

PVOC SAN Copolymer

9 8 3-5 8 8 8 8 8 8 7 7 8 8-9 8

ABS ASA ECTFE ETFE General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Nylon 12 Nylon 612 Polymethylpentene Polyphenylene Sulfide Polypropylene PVC PVOC PVOF SAN Copolymer

9 9 8 8 9 8 9 8 8 8 8 8 8 8 5-9 8 8 8 9

Note: Numbers refer to POL Resistance Ratings (0-9 scale with 9 as highest resistance.)

© Plastics Design Library

Section Two

1030

Chemical Sort with POL Resistance Rating

Potassium Chloride Sulfate room temperature pvoc SAN Copolymer

8 9

elevated temperature PVOC SAN Copolymer

8 9

Potassium Chromate (31-400/0) room temperature Amorphous Nylon HOPE lonomer LOPE MOPE Polypropylene

6 8 8 8 8 9

elevated temperature HOPE lonomer LOPE MOPE Polypropylene

8 8 8 8 9

9 8 8 9 9 8 8 9

elevated temperature 9 8 8 9 9 8 8 8 9

Potassium Chrome Alum room temperature General Purpose Polystyrene Polycarbonate

8 8

elevated temperature General Purpose Polystyrene

6

Potassium Cyanate room temperature CPVC

8-9

elevated temperature CPVC

8

Potassium Cyanide (5-100/0) room temperature Cellulose Acetate Cellulose Acetate Butyrate

2 7

Potassium Cyanide room temperature ABS Amorphous Nylon Cellulose Acetate Cellulose Acetate Butyrate ECTFE HOPE lonomer LOPE MOPE Polymethylpentene Polypropylene PVC PVOC SAN Copolymer

9 8 4 8 8 8 8 8 8 8 8-9 8 8 9

elevated temperature ABS ECTFE ETFE HOPE lonomer LOPE MOPE Polymethylpentene

pvoc

PVOF SAN Copolymer

Potassium Dichromate

(~

5%)

room temperature Acetal Resin Nylon 6 Nylon 610 Nylon 66 Polyester - PBT

8 6 6 3-4 6

Potassium Dichromate (5-100/0) room temperature Acrylic Resin Polyester - PBT Polypropylene

8 8 9

elevated temperature Polyester - PBT

8

room temperature

room temperature

ASA ECTFE ETFE General Purpose Polystyrene Impact Polystyrene Polymethylpentene PVC PVOF SAN Copolymer

8 8-9 8 8 8 9

Potassium Dichromate (31-400/0)

Potassium Chromate ASA CPVC ECTFE General Purpose Polystyrene Impact Polystyrene Polymethylpentene PVC SAN Copolymer

Polyphenylene Sulfide Polypropylene PVC

9 8 8 8 8 8 8 8

HOPE lonomer LOPE MOPE Polypropylene

8 8 8 8 9

elevated temperature HOPE lonomer LOPE MOPE Polypropylene

8 8 8 8 9

Potassium Dichromate room temperature ABS Acrylic Resin Amorphous Nylon ASA CPVC ECTFE General Purpose Polystyrene HOPE Impact Polystyrene Nylon 12 Nylon 612 Polyimide Polymethylpentene Polypropylene PVC PVOC SAN Copolymer

6 6 4-7 5 8-9 8 6 8 6 5 5 1 8 8 8 9 5-9

elevated temperature ABS Acrylic Resin ASA CPVC CTFE ECTFE ETFE General Purpose Polystyrene HDPE Impact Polystyrene Nylon 12 Nylon 612 Polyimide Polymethylpentene Polyphenylene Sulfide Polypropylene PVC PVOC PVOF SAN Copolymer

5 6 4 8 9 8 8 5 8-9 5 1 1 1 8 8 8 8 8 8 4-9

Potassium Ferricyanide (20-30%) room temperature Nylon 6 Nylon 66 PVOC

6 8 9

elevated temperature PVOC

7

Potassium Ferricyanide room temperature ABS ECTFE General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Polymethylpentene Polypropylene PVC PVOC SAN Copolymer

elevated temperature ABS ECTFE General Purpose Polystyrene HOPE lonomer LOPE MOPE Polymethylpentene Polypropylene PVC PVOC PVOF SAN Copolymer

Nylon 6 Nylon 66

6 8

Potassium Ferrocyanide room temperature ECTFE HDPE lonomer LOPE MOPE Polypropylene PVC

8 8 8 8 8 8-9 8

elevated temperature ECTFE ETFE HOPE lonomer LOPE MOPE Polypropylene PVC PVOF

8 8 8 8 8 8 8-9 8 8

Potassium Fluoride room temperature ASA General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Polymethylpentene Polypropylene PVC SAN Copolymer

elevated temperature

room temperature pvc elevated temperature

3-8

PVC

3-7

ASA ETFE General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Polymethylpentene Polypropylene

room temperature Cellulose Acetate Butyrate

9

7 8 6 8 8 8 8 8 9 8 5-7 8 8-9

Potassium Ferrocyanide (20-300/0) room temperature

Potassium Ethyl Xanthate

Potassium Ferricyanide (5-10%)

7 8 8 8 6 8 8 8 8 9 8 8-9 8-9

9 9 8 9 8 8 8 8 9 8 9 9 8 9 8 9 8 8 8 8 9

Note: Numbers refer to POL Resistance Ratings (0-9 scale with 9 as highest resistance.)

Section Two

© Plastics Design Library

1031 Chemical Sort with POL Resistance Rating pvc

8 8 9

PVOF SAN Copolymer

Potassium Hydroxide (::; 50/0) 8 1-9 1-9 7 7

elevated temperature PVOC SAN Copolymer

7 7

Potassium Hydroxide (5-100/0) room temperature ASS Acetal Resin Acrylonitrile Copolymer Amorphous Nylon ASA CTFE General Purpose Polystyrene Impact Polystyrene Nylon 6 Nylon 66 PES Polycarbonate Polyester - PST Polyetherimide Polyimide Polypropylene PVOC SAN Copolymer

8 8 5 4 7-9 9 8-9 6-9 9 8 8 3 2 7 6 9 7 7-9

elevated temperature Acetal Resin ASA CTFE General Purpose Polystyrene Impact Polystyrene Nylon 6 Nylon 610 Polycarbonate Polyester - PST Polypropylene PVOC PVOF SAN Copolymer TFE

8 7 9 6-8 8 4 6 3 2 9 7 8 5-8 2-7

Potassium Hydroxide (10-200k) room temperature LOPE Polysulfone

8 9

elevated temperature ETFE LOPE Nylon 6 Polysulfone

Potassium Hydroxide (41-500/0)

9 8 3 9

Amorphous Nylon ASA General Purpose Polystyrene Impact Polystyrene Nylon 11 Nylon 12 Nylon 6 Nylon 610 Nylon 66 Polyester - PST Polypropylene PPE PVOC SAN Copolymer ASA ETFE General Purpose Polystyrene Impact Polystyrene liquid Crystal Polymer Nylon 11 Polyphenylene Sulfide Polypropylene PPE PVOC PVOF SAN Copolymer

Potassium Hydroxide (51-750/0) PVOF TFE

room temperature ASS Acrylic Resin ASA CPVC ECTFE General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Nylon 46 Nylon 66 PES Polyimide Polymethylpentene Polypropylene PVC PVOC SAN Copolymer UHMWPE ASS Acrylic Resin ASA CPVC ECTFE General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Polyimide Polymethylpentene Polyphenylene Sulfide Polypropylene PVC PVOC SAN Copolymer UHMWPE

elevated temperature 9 6 8 6 7 8 5

Potassium Hydroxide (31-400/0) room temperature Impact Polystyrene Polyimide Polysulfone

Potassium Iodate room temperature ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer

elevated ternperature ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer

room temperature Nylon 12 Nylon 6

8 8

Potassium Iodide room temperature ASS Amorphous Nylon ASA Cellulose Acetate CPVC ECTFE General Purpose Polystyrene HOPE Impact Polystyrene Nylon 12 Nylon 612 Polypropylene PVOC SAN Copolymer

8-9 5-8 7 8 8 5-8 8 5-8 8 8 8 6 4 8 1 8 8 8 5-7 7-8 8

ASS ASA CPVC ECTFE General Purpose Polystyrene HOPE Impact Polystyrene Nylon 12 Nylon 612 PVOC PVOF SAN Copolymer

7 6-7 9 6 8-9 8 8-9 8 6-8 8 8 8 8 8-9 7 9 8 8 6-8 8 8 8 8 7 8 8-9

Potassium Iron(llI) Cyanide room temperature ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer

9 9 8 9

elevated temperature ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer

9 8 6 9

Potassium Manganate room temperature

9 2 5 8 8 4-6 8 6 8 8 8 1 8 8 8 8 2-7 5-8 8

ASS PVOC SAN Copolymer

7 7 9

Potassium Nitrate (5-100/0) room temperature Acetal Resin Nylon 12 Nylon 46 Nylon 6 Nylon 610 Nylon 66 Polyester - PST

8 8 8 8 8 8 8

Potassium Nitrate room temperature ASS Acrylic Resin Amorphous Nylon ASA CPVC ECTFE General Purpose Polystyrene

8 8

7 8 9

elevated temperature ASS PVOC SAN Copolymer

elevated temperature

9 5 9

9 9 9 9

Potassium Iodide (5-100/0)

Potassium Hypochlorite ETFE PVOF

9 9 9 9

elevated temperature 2 8

Potassium Hydroxide

room temperature

CPVC General Purpose Polystyrene HOPE Nylon 66 PVOC SAN Copolymer TFE

7 8 8 8 8 1 8 9 3-8 5 7 7

room temperature

elevated temperature

8 6 9 8 8 8 7 8 8 8 7

7 9 9 9 8 8 8 8 4 2 9 8 7 9

elevated temperature

Potassium Hydroxide (20-300/0) ASS Acrylonitrile Copolymer CPVC General Purpose Polystyrene HOPE Impact Polystyrene PVOC SAN Copolymer SMA Copolymer SMA/PC Alloy TFE

8-9

room temperature

room temperature Acetal Resin PC/Polyester Alloy Polyester - PST PVOC SAN Copolymer

elevated temperature Polysulfone

7 8 5-7 9 8 8 9

Note: Numbers refer to POL Resistance Ratings (0-9 scale with 9 as highest resistance.)

© Plastics Design Library

Section Two

1032 Chemical Sort with POL Resistance Rating

HOPE Impact Polystyrene lonomer LOPE MOPE Nylon 11 Nylon 12 Nylon 612 Polycarbonate Polyimide Polymethylpentene Polypropylene PVC PVOC SAN Copolymer elevated temperature ABS Acrylic Resin ASA ECTFE ETFE General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Nylon 11 Nylon 12 Nylon 612 Polyimide Polymethylpentene Polyphenylene Sulfide Polypropylene Polysulfone PVC PVOC PVOF SAN Copolymer

8 9 8 8 8 8 8 8 8 7 8 8-9 8 8 9 7 8 9 8 8 9

8 9

8 8 8 1 8

8 7 8 8 8-9 8-9

8 7

Potassium Permanganate (:=;; 5%) room temperature Acetal Resin Nylon 11 Nylon 12 Nylon 6 Nylon 610 Nylon 66 Polyester - PBT Polyester - PET

room temperature CPVC ECTFE HOPE Nylon 6 Polyester - PBT PVC elevated temperature Acetal Resin CPVC ECTFE HOPE Nylon 66 Polyamideimide Polycarbonate Polyester - PBT Polyphenylene Sulfide Polysulfone PPE PVC

8

room temperature HOPE lonomer LOPE MOPE Polypropylene

8

8 8 8 9 8

8 8 8

8 8 8 9 8 8

8

elevated temperature HOPE lonomer LOPE MOPE Polypropylene

room temperature ECTFE PVC elevated temperature ECTFE PVC

room temperature CPVC ECTFE Polycarbonate Polymethylpentene PVC elevated temperature ETFE Polymethylpentene

elevated temperature ABS Acrylic Resin ASA ETFE General Purpose Polystyrene HOPE Impact Polystyrene Nylon 12

elevated temperature HOPE lonomer LOPE MOPE Polypropylene

5 8 8 8 8 9 5-8 8 8 8 9

8 8 8 8 8 8 8

8 6 4-6

8 7 1 9 9 5 9 9 9 8

Nylon 612 Polyimide Polymethylpentene Polyphenylene Sulfide Polypropylene PVOC PVOF SAN Copolymer

1 1 8 8 5

7 8 4-6

Potassium Persulfate room temperature ASA CTFE ECTFE General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Polycarbonate PVC PVOC SAN Copolymer elevated temperature ASA ECTFE ETFE General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE PVC PVOC PVOF SAN Copolymer

9 9 8 9 8 9 8 8 8 8 8

8 9 7 8

8 8 8 6 8 8 8 8 7 8 7-9

Potassium Phosphate 8 8 8 8 9 8 8 8 8 9

room temperature CPVC elevated temperature CPVC

8-9 8

Potassium Sulfate (5-10%) room temperature Cellulose Acetate Cellulose Acetate Butyrate Nylon 12 Nylon 6

6 8 8 8

Potassium Sulfate

8 8 8 3-8

Potassium Permanganate

Potassium Perchlorate

room temperature Amorphous Nylon HOPE lonomer LOPE MOPE Polypropylene

8-9 8 8 3 8

Potassium Permanganate (20-30%)

room temperature ABS Acrylic Resin ASA Cellulose Acetate CTFE General Purpose Polystyrene HOPE Impact Polystyrene Nylon 12 Nylon 612 Polycarbonate Polyimide Polymethylpentene Polypropylene PVOC SAN Copolymer

Potassium Perchlorate (5-10%)

8 1 1 1-2 2 1-4 8 9

Potassium Permanganate (5-10%)

Potassium Permanganate (10-200/0)

Potassium Perchlorate (:=;; 50/0) room temperature HOPE

8 8

8 9

Potassium Perborate room temperature CPvc HOPE lonomer LOPE Polymethylpentene Polypropylene PVC elevated temperature CPVC ETFE HOPE lonomer LOPE Polymethylpentene Polypropylene PVC PVOF

PVC PVOF

7-8 6-8 7

5 9 5-8 8 4-8 3 3 8 1 8 8 7 7-8 5 6 4

8 5-8 8 5 1

room temperature ABS Acrylic Resin ASA Cellulose Acetate Cellulose Acetate Butyrate CPVC ECTFE General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Nylon 11 Nylon 12 Nylon 6 Nylon 612 Nylon 66 Polyimide Polymethylpentene Polypropylene PVC PVOC SAN Copolymer elevated temperature ABS Acrylic Resin ASA CPVC ECTFE ETFE General Purpose Polystyrene HOPE Impact Polystyrene 'onomer

7 8 9 9 9 8-9 8 8-9 8 8-9 8 8 8 8 8 9 8 8 7 8 8-9 8 8 8-9 7 8 9 8 8 8 8-9 8 9 8

Note: Numbers refer to POL Resistance Ratings (0-9 scale with 9 as highest resistance.)

Section Two

© Plastics Design Library

1033

Chemical Sort with POL Resistance Rating

LOPE MOPE Nylon 11 Nylon 12 Nylon 612 Polyimide Polymethylpentene Polyphenylene Sulfide Polypropylene PVC PVOC PVOF SAN Copolymer

8 8 8 8 8 7 8 8 8-9 8 8 8 8-9

Potassium Sulfide (76-970/0) room temperature 8

HOPE

room temperature 7 9 8-9 8 8-9 8 8 8 8 8-9 8 8-9

HOPE

Potato Salad room temperature Nylon 12 Nylon 612

8 8

elevated temperature Nylon 12 Nylon 612

8 8

room terrlperature 8 8

elevated temperature Nylon 12 Nylon 612

8 8

7 9 8 8-9 8 9 8 8 8 8 8-9 8 8 8-9

8 8

elevated temperature General Purpose Polystyrene

8

Power Steering Fluid Nylon 66 PC/Polyester Alloy Polyester - PST Polyester - PET PPEINylon Alloy Nylon 66 PC/Polyester Alloy Polyester - PST Polyester - PET Polyphthalam ide

HOPE lonomer LOPE MOPE Polymethylpentene Polypropylene

8 8 8 8 8 9

Potassium Tetracyanocuprate room temperature HOPE

8

elevated temperature HOPE

8

room temperature 2 2

Potassium Thiosulfate room temperature HOPE

8

elevated temperature HOPE

8

Potasssium Bromate (5-100/o) room temperature 8

elevated temperature 8

ASS ECTFE ETFE HOPE lonomer Nylon 11 Nylon 12 Nylon 612 PVC PVOC PVOF SAN Copolymer

Propargyl Alcohol (5-100/0) room temperature HOPE

8

Prontosil 9 9 9 9

Propadrine

PVOC SAN Copolymer

5 6-8 5 6 6 8 8 7 5

elevated temperature ABS HOPE lonomer LOPE MOPE PVC PVOC SAN Copolymer

Acetal Resin Nylon 6 Nylon 610 Polyester - PST

2 6-8 4 6 6 3-8 7 2

8 8 8 8

Propionic Acid (5-100/0) Acetal Resin Nylon 6 Nylon 610 Polyester - PBT

6 2 2 8

Propionic Acid (10-200/0) Polycarbonate

8

Propionic Acid (41-500/0)

Propane (41-50%)

room temperature

room temperature 7

Propane ASS Acetal Resin ASA Cellulose Acetate Cellulose Acetate Butyrate Cellulose Propionate ECTFE General Purpose Polystyrene HOPE Impact Polystyrene lonomer Nylon 11 Nylon 12 Nylon 46 Nylon 6 Nylon 610 Nylon 612 Nylon 66 Polybenzim idazole

room temperature ASS HOPE lonomer LOPE MOPE Polycarbonate

room temperature

room temperature General Purpose Polystyrene

PES

8

room temperature

room temperature ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer

8

elevated temperature

room temperature 9

room temperature ASS

7 8 8 8 2 8 8 8 8 7 7-8 9

Propionic Acid (S; 50/0)

room temperature

Acetal Resin Nylon 6 Nylon 610

2 2 2

Propionic Acid

room temperature

Potassium Thiocyanate Nylon 6 Nylon 610

9 9 9 8-9 9

Presoak Solution

Process Oil

elevated temperature

elevated temperature

pvc 8 9 9 9 8

elevated temperature

room temperature 8 8 8 8 8 9

SAN Copolymer

8 8-9 8 9

Propargyl Alcohol

room temperature General Purpose Polystyrene Impact Polystyrene

Potassium Sulfite HOPE lonomer LOPE MOPE Polymethylpentene Polypropylene

pvoc

HOPE

Poultry Seasoning

Polyester - PST

HOPE

8

room temperature

elevated temperature

HOPE

8

elevated temperature

Nylon 12 Nylon 612

Potassium Sulfide

ASS ASA ETFE General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Polymethylpentene Polypropylene PVOC PVOF SAN Copolymer

room temperature

Potatoes

Nylon 66

ASS ASA General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Polymethylpentene Polypropylene PVOC SAN Copolymer

Polyester - PST PVC

Potasssium Sulfide

7 8 9 6-8 5-8 9 8 2-5 8 2-5 2 8 8 8 8-9 8 8 8 9

room temperature ASS HOPE Polycarbonate

2 8 2

elevated temperature ETFE HOPE

8 8

Propyl Acetate room temperature CTFE

8

elevated temperature Cellulose Acetate Butyrate

0

Propyl Acetate (2-) room temperature ASA General Purpose Polystyrene

0 0

Note: Numbers refer to POL Resistance Ratings (0-9 scale with 9 as highest resistance.)

© Plastics Design Library

Section Two

1034

Chemical Sort with POL Resistance Rating

Impact Polystyrene SAN Copolymer

0 0

elevated temperature ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer

0 0 0 0

Propyl Alcohol

pvc

PVOC SAN Copolymer UHMWPE

7 8 1 7 3 2 8 8-9 6-8 8 4 6 6 6 4-8 4

5 7 8 8 8-9 8 7 7-8 8

elevated temperature ASS ASA ECTFE ETFE EVOH General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Nylon 6 Nylon 610 Polyester - PST Polyphenylene Sulfide Polypropylene PVC PVOC PVOF SAN Copolymer UHMWPE

elevated temperature

room temperature

ABS ASA CPVC EVOH General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE PES PVOC PVOF SAN Copolymer

CTFE

9

Propylamine room temperature PVOF

2

Propylene

room temperature ABS Acetal Resin Amorphous Nylon ASA Cellulose Acetate Cellulose Acetate Butyrate ECTFE General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Nylon 12 Nylon 6 Nylon 610 Nylon 66 Polyarylam ide Polycarbonate Polyester - PST Polypropylene

Propyl Propionate

2 4 8 8 1-9 6-8 6-8 8 2 6 6 0 0 2 8 8-9 3-8 7 7-8 2-6 8

room temperature Acrylic Resin PES

8 9

Propylene Chloride room temperature ASA Cellulose Acetate Cellulose Acetate Butyrate CTFE General Purpose Polystyrene Impact Polystyrene SAN Copolymer

elevated temperature ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer

elevated temperature Polyphenylene Sulfide

6

Propylene Dibromide room temperature 2 7 2

ABS PVOC SAN Copolymer

elevated temperature 2

ASS ETFE PVOC PVOF SAN Copolymer

B 3 8 2

Propylene Dichloride room temperature

Propyl Alcohol (2-) room temperature

elevated temperature 9 7 9 8 7

elevated temperature ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer

3

B B 3

2 3 2

elevated temperature 2 3 2

Propyl Ether room temperature CTFE

9

Propyl Formate room temperature CTFE

5 2 0 2 8 2 2 2 3 3 8 2

9

ABS Acrylonitrile Copolymer Amorphous Nylon ASA Cellulose Acetate Cellulose Acetate Butyrate CPVC General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE PES Polyetherim ide PVOC SAN Copolymer

room temperature ASA General Purpose Polystyrene Impact Polystyrene PVOC SAN Copolymer

3 3 3 7 2-3

ASA ETFE General Purpose Polystyrene Impact Polystyrene PVOC SAN Copolymer

3 8 3 3

5 2-3

Propylene Oxide room temperature ASS ASA CPVC ECTFE General Purpose Polystyrene HOPE Impact Polystyrene PVC PVOC PVOF SAN Copolymer

2 3 2 2-3 3 8 3 3

5 2 2-3

elevated temperature ABS ASA CPVC ETFE General Purpose Polystyrene HOPE Impact Polystyrene PVC PVOC SAN Copolymer

2 3 2

B 3 8 3 3 3 2-3

Propylene Oxide (1,2-) room temperature General Purpose Polystyrene Impact Polystyrene SAN Copolymer

2 2 2

Propylhexedrine room temperature Acrylonitrile Copolymer

Protargol

(~

8

50/0)

room temperature General Purpose Polystyrene

8

elevated temperature General Purpose Polystyrene

room temperature

room temperature

ABS PVOC SAN Copolymer

0 2 2 2-3 2 2 2 2 3

Propylene Glycol

Propyl Dichloride ASS PVOC SAN Copolymer

ABS CPVC ETFE lonomer LOPE MOPE PVC PVOC PVOF SAN Copolymer

Propylene Glycol Methyl Ether

elevated temperature 0 0 0 0

Propylene Chlorohydrin

ASS CPVC General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE PVC PVOC SAN Copolymer

Acrylic Resin ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer

0 2 0 9 0 0 0

7 7 4 1-9 8-9 6-8 8 4 6 6 9 7 8 7-9

4-8 7 4-6 9 9 9 4-8 8-9 6-8 6-9

5 6 6 3-8 8 8 8-9

6

Prune Juice room temperature 7

Acrylic/PVC Alloy

elevated temperature 7 7

Acryl ic/PVC Alloy HOPE

Pseudocumene room temperature 5

HOPE

elevated temperature 5

HOPE

PTFCE Oil 3 elevated temperature PVOF

7

Note: Numbers refer to POL Resistance Ratings (0-9 scale with 9 as highest resistance.)

Section Two

© Plastics Design Library

1035

Chemical Sort with POL Resistance Rating

Pudding room temperature Nylon 12 Nylon 612

8 8

elevated temperature Nylon 12 Nylon 612

8 8

Pumpkin Pie Spice room temperature General Purpose Polystyrene

8

elevated temperature General Purpose Polystyrene

6

Pydraul 2

elevated temperature Polycarbonate

2

Pydraul 150A room temperature Amorphous Nylon

6 8 8

room temperature 2

elevated temperature 2

5 9 8 8 6 6 3-8 7-8

5

5

Pyridine

Nylon 6 Nylon 610

8 8

Pyruvic Acid (5-10%)

room temperature 6 2-3 2 0 2 7-9 2 1-9 0 7-8 0 8 7 7

5 8 8 8-9 8 8 6-8 1 0 8 6 8-9 3 2 0

elevated temperature

5 0 2 1

8 8 8 9 6 8

Quinine Sulfate 9 9 9

elevated temperature ABS PVOC SAN Copolymer

9 8 9

Radiator Sealant room temperature 9

Rapeseed Oil room temperature Polycarbonate

8

Rayon Coagulating Bath room temperature HOPE LOPE PVC

Red Oil ABS SAN Copolymer

8 8

elevated temperature SAN Copolymer

6

room temperature Acetal Resin Nylon 6 Nylon 610 Polyester - PBT

8 8-9 8 8

elevated temperature Acetal Resin Nylon 6 Nylon 610 Nylon 66/6 Polyester - PBT

8 8 8 7-8 8

Relish room temperature Polyester - PET

9

Resorcin room temperature ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer

5 8 8

5

ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer

(~

4 6 6 4

50/0)

room temperature General Purpose Polystyrene Impact Polystyrene PVOC

8 8 8

General Purpose Polystyrene PVOC

6 8

Resorcinol (31-400/0) Nylon 6 Nylon 610 Nylon 66 Polyester - PBT

0 0 0 2

Resorcinol (41-500/0)

room temperature ABS PVOC SAN Copolymer

8

5 5

room temperature

elevated temperature Cellulose Acetate General Purpose Polystyrene HOPE

ABS General Purpose Polystyrene Impact Polystyrene

elevated temperature

room temperature

Cellulose Propionate 3 0 2 1 8 1-9 0

6 8 8

Quinine General Purpose Polystyrene HOPE Impact Polystyrene

Red Copper Oxide room temperature

Resorcinol

room temperature Nylon 6 Nylon 610 Polyester - PBT

8 6 8

elevated temperature

room temperature

room temperature

Acetal Resin ASA CPVC CTFE ETFE EVOH General Purpose Polystyrene HOPE Impact Polystyrene lonomer Nylon 11

7 8 8 8 8-9 7

Pyrrolidone

Pyrethrum

Acetal Resin Acrylic Resin Amorphous Nylon ASA CPVC CTFE ECTFE EVOH General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Nylon 11 Nylon 12 Nylon 46 Nylon 6 Nylon 610 Nylon 612 Nylon 66 PES Polycarbonate Polyimide Polymethylpentene Polypropylene PVC PVDF SAN Copolymer

3

5

elevated temperature ASA CTFE ECTFE ETFE General Purpose Polystyrene Impact Polystyrene PVC PVOF SAN Copolymer

HOPE LOPE PVC

Refrigerants

room temperature Cellulose Acetate Cellulose Acetate Butyrate

8

Pyranol 1470

General Purpose Polystyrene

50/0)

room temperature

elevated temperature

Polycarbonate

(~

ASA ECTFE General Purpose Polystyrene Impact Polystyrene PVC SAN Copolymer

Pyranol

Polycarbonate

2 2

Pyrogallic Acid

room temperature

Cellulose Acetate Cellulose Acetate Butyrate Polyester - PET

room temperature

Pyrogallic Acid

elevated temperature

room temperature

Pyrocatechol (5-100/0)

8

Pydraul 230A Amorphous Nylon

3 3 4 1 0 6 8 8 0 0 3 0

Nylon 6 Nylon 610

room temperature Polycarbonate

Nylon 6 Nylon 610 Nylon 66 Polyam ideim ide Polycarbonate Polymethylpentene Polyphenylene Sulfide Polypropylene Polysulfone PPE PVC SAN Copolymer

8 6 8

room temperature Nylon 6 Nylon 610 Polyester - PBT

0 0 2

Resorcinol room temperature ABS General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Nylon 12 Nylon 46 Nylon 6 Nylon 66 Polymethylpentene PVOC SAN Copolymer

9 8 8 8 8 8 8 1 2 1-3 0-4 8 8 2-9

elevated ternperature ABS

9

Note: Numbers refer to POL Resistance Ratings (0-9 scale with 9 as highest resistance.)

© Plastics Design Library

Section Two

1036

Chemical Sort with POL Resistance Rating

General Purpose Polystyrene HOPE lonomer LOPE MOPE Polymethylpentene PVOC SAN Copolymer

8 8 8 8 8 8 8 9

Resorcinol Formaldehyde room temperature Polycarbonate

8 8

8 7

8

elevated temperature HOPE

8

Rochelle Salts room temperature PVC

8

elevated temperature PVC

8

Rongalit room temperature ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer

9 9 9 9

elevated temperature ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer

7 8 8 7

Root Beer 8 8 8

elevated temperature General Purpose Polystyrene

8

8 8 6

Rose Geranium Oil room terrlperature General Purpose Polystyrene Impact Polystyrene

2 2 9 8

8 8

elevated temperature General Purpose Polystyrene

8

7 3-8 3-8 8 8 8 8 8 7

elevated temperature Nylon 12 Nylon 612 Polymethylpentene

8 8 8

Salicylic Acid (41-500k) elevated temperature 7

Salicylic Acid room temperature ASS Acetal Resin ASA ECTFE General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Nylon 12 Nylon 46 Nylon 6 Nylon 610 Nylon 66 Polyester - PST PVC PVOC SAN Copolymer

Rykon 2EP

elevated temperature

room temperature

ASS ASA CTFE ECTFE ETFE General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE

8

PPE

elevated temperature 8

PPE

Saccholactic Acid (76-970/0) room temperature 6

Amorphous Nylon

Sachet Powder elevated temperature

pvc

9

Sage room temperature General Purpose Polystyrene Impact Polystyrene Polycarbonate

8 8 8 8 4

Sagrotan room temperature 5 5

HOPE

8

5

HOPE

Salicylic Aldehyde elevated temperature 7

Saline Solutions (5-100/0) room temperature 9

ASS

5 5 5

HOPE Nylon 12 Nylon 612

Salad Dressings room temperature 4 8

ASS Acrylic Resin

Salad Oil room temperature 8 9 8 3-9 0-9

ASS EVOH Polycarbonate PPE PVC

Salt Brine elevated temperature 8

5 5

Salicylaldehyde room temperature ASS ECTFE PVOC

Salt Herrings room temperature 8 8

Nylon 12 Nylon 612

Salts (5-100/0) room temperature 8

Polycarbonate

Salts (10-20%) room temperature PC/Polyester Alloy

9

Acetal Resin

7-9 7 9 8 8 6-8 8 8 8 8 8 7-8 8 8 7-8

Salicylic Acid Methyl Ester room temperature

PVOF 8

HOPE Nylon 12 Nylon 612

PVOC PVOF SAN Copolymer

7-9 2 9 8 8-9 8 6-9 8 8 8 8 8 8-9 8 8 6 8-9 8-9 8-9

elevated temperature

elevated temperature

Rotenone Resinoid room temperature General Purpose Polystyrene Impact Polystyrene

Rum room temperature ASA General Purpose Polystyrene Impact Polystyrene Nylon 12 Nylon 6 Nylon 612 Polycarbonate Polymethylpentene SAN Copolymer

0 2 8 7 8 2

ETFE

Rosemary room temperature General Purpose Polystyrene Impact Polystyrene

8

elevated temperature 2 2

Rose Oil room temperature General Purpose Polystyrene Impact Polystyrene Nylon 6 Nylon 66

8

General Purpose Polystyrene Polycarbonate

elevated temperature General Purpose Polystyrene

Polycarbonate

ASS ECTFE ETFE PVOC PVOF SAN Copolymer

PVOF

Rubbing Alcohols room temperature

elevated temperature

Root Beer Syrup room temperature General Purpose Polystyrene SAN Copolymer

8 8 8

Cellulose Propionate

room temperature ASS General Purpose Polystyrene Impact Polystyrene

General Purpose Polystyrene HOPE

Po/ycarbonate

Roasting Gases room temperature HOPE

Rubbers room temperature

elevated temperature

elevated temperature AcryliC/PVC Alloy

9

HOPE

Rinso Blue room temperature Acrylic/PVC Alloy

HOPE

2

elevated temperature

elevated temperature

elevated temperature Polycarbonate

SAN Copolymer

Rouge elevated temperature

0-2 8 7

9

Salts room temperature Acetal Resin ASA General Purpose Polystyrene HOPE

8 9 9 8

Note: Numbers refer to POL Resistance Ratings (0-9 scale with 9 as highest resistance.)

Section Two

© Plastics Design Library

1037 Chemical Sort with POL Resistance Rating

Impact Polystyrene Nylon 12 Nylon 6 Nylon 610 Nylon 612 Nylon 66 Polycarbonate Polyester - PST SAN Copolymer

9 8 8 8 8 8 8 8 9

elevated temperature ASA General Purpose Polystyrene HOPE Impact Polystyrene Nylon 12 Nylon 612 Polyimide SAN Copolymer

9 9 8-9 9 8 8 5 9

Sandalwood Oil room temperature General Purpose Polystyrene Impact Polystyrene

3 3 3 3

3

9

9

9

Santolube 31 room temperature CTFE

9

Saponified Oil room temperature General Purpose Polystyrene Impact Polystyrene

5

5

Sarine (dl-) room temperature SAN Copolymer

9

elevated temperature SAN Copolymer

9

Sassafras Oil room temperature ASS ASA General Purpose Polystyrene Impact Polystyrene PVOC SAN Copolymer

2 3 2-3 2-3 7 2-3

elevated temperature ASS ASA General Purpose Polystyrene Impact Polystyrene PVOC SAN Copolymer

2 3 3 3 7 2-3

Sauerkraut room temperature HOPE Nylon 12 Nylon 612

Nylon 12 Nylon 612

General Purpose Polystyrene Impact Polystyrene General Purpose Polystyrene

8 8

ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer

8

9

7

8

8

8 8

pvc

7

Selenic Acid room temperature HOPE lonomer LOPE MOPE PVC

8 8 8 8 8

elevated temperature HOPE lonomer LOPE MOPE PVC PVOF

8 8 8 8 8 8

General Purpose Polystyrene Impact Polystyrene

2-3 2-3

elevated temperature 8 5 9 8 8 9 8 9 8 5-8 8 8 8 8 8-9 8 8 8 7 8 6-8 8 8 9 6-8 7-8 8

elevated temperature Acetal Resin ASA CPVC ECTFE ETFE General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Nylon 11 Nylon 12 Nylon 6 Nylon 610 Nylon 612 Polyester - PST Polyphenylene Sulfide

0 0 0 0

Selenium Chloride room temperature

Sea Water room temperature

Rigid PU SAN Copolymer Starch Modified LOPE Starch Modified PP UHMWPE

3 3 3 3

8

Sea Water (41-500/0) elevated temperature

Acetal Resin Amorphous Nylon ASA CPVC ECTFE General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Nylon 11 Nylon 12 Nylon 46 Nylon 6 Nylon 610 Nylon 612 Nylon 66 PES Polyester - PST Polypropylene

8

elevated temperature

Scotch Protective Cleaner room temperature

Polycarbonate

8 7-8 9 8

Sebacic Acid Dibutyl Ester room temperature ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer

Scotch Brand 5200 room temperature

PPE

Acrylic Resin

8 8

Savory room temperature

PVOF

Santicizer M17 room temperature CTFE

elevated temperature

Polycarbonate 9

Santicizer E15 room ternperature CTFE

5 5 8 8

elevated temperature

Santicizer B16 room temperature CTFE

General Purpose Polystyrene Impact Polystyrene Nylon 12 Nylon 612

PVOF SAN Copolymer UHMWPE

Sebacic Acid room temperature

Scotch Tape room temperature

Santicizer 8 room temperature CTFE

8 8 8

Sausage room temperature

ASS

Santicizer room temperature PVC

HOPE Nylon 12 Nylon 612

elevated temperature 2 2

SantalOil room temperature ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer

pvc

elevated temperature

8 9 8 8 8 9 8 9 8 8 8 8

8 6 6 8 6 8

General Purpose Polystyrene Impact Polystyrene

3 3

Semolina Pudding room temperature Nylon 12 Nylon 612

8 8

elevated temperature Nylon 12 Nylon 612

8 8

Sesame Oil room temperature ASS General Purpose Polystyrene Impact Polystyrene PVOC SAN Copolymer

9 5-6 5-6 9 9

elevated temperature ASS

pvoc SAN Copolymer

9 7 7

Seven Up Beverage room temperature ASS

9

Sewage room temperature ECTFE lonomer PVC

8 8 8

elevated temperature ECTFE ETFE lonomer PVC PVOF

8 8 8 8 8

Shampoos room temperature ASS Nylon 12 Nylon 612 Polycarbonate SAN Copolymer

4-8 8 8 4-8 8

Note: Numbers refer to POL Resistance Ratings (0-9 scale with 9 as highest resistance.)

© Plastics Design Library

Section Two

1038 Chemical Sort with POL Resistance Rating

elevated temperature Acetal Resin HOPE Nylon 12 Nylon 612 Polycarbonate

7-9 7 8 8 4-8

9

Shaving Lotion room temperature 8

elevated temperature HOPE

6

Shellac room temperature Polypropylene

8

4-8 8 8 8 8 9

elevated temperature 5 8 8 5

Shortening room ternperature HOPE lonomer LOPE MOPE

6-8 8 6 6

elevated ternperature HOPE lonomer LOPE MOPE

6-8 8 6 6

Shrimp room ternperature General Purpose Polystyrene Impact Polystyrene General Purpose Polystyrene

Silastic 140 room temperature 8

Silicate Esters elevated temperature Polyphenylene Sulfide

8

Silicic Acid room temperature CPVC ECTFE HOPE lonomer LOPE PVC

8 8 8 8 8 8

elevated temperature HOPE lonomer LOPE PVC

Silicone Adhesives elevated temperature 4-8 8

Silicone Grease room temperature Polycarbonate

8

elevated temperature Acetal Resin Polycarbonate Polysulfone

8 4-8 8

ABS/Nylon Alloy

8

room temperature 7 8 8 9 8 8-9 8 8 8 9 8 8 8-9 8 8 9 8 8 8-9 9 7-8 9 9 6 8 9 5 8 2-8 8 8 3-9 8 8 3 8 8-9 7-8 9

Silicone Resin elevated temperature 1-6

Polyester - PET 8 8 8 8

8 8 8 8 8 8 8

PVOF

room temperature 6 7

Silver Nitrate (5-10%) room temperature Amorphous Nylon Nylon 46

8 8

Si Iver Nitrate room temperature ABS ASA CPVC ECTFE General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Nylon 6 Nylon 66 PES Polycarbonate Polypropylene PVC PVOC SAN Copolymer

7 7 8 8 8 8 8 8 8 8 9 8 8 8 8 8 8-9 7-9

elevated temperature ABS ASA ECTFE ETFE General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Polyphenylene Sulfide Polypropylene PVC PVOC PVOF SAN Copolymer

5 7 8 8 6-8 8 6 8 8 8 8 8 8 8-9 8 5-7

Silver Protein Acrylic Resin

room temperature 2-5

Acrylic Resin

8

Silver Salts room temperature

room temperature

Silver Acetate 2 8 8 1 8

elevated temperature Polyimide Polysulfone PPE

elevated temperature CPVC ECTFE ETFE lonomer Polypropylene

room temperature

Silicones

Silicon ABS Nylon 66 PES Polysulfone PPE

8 8 8 8 8

Cellulose Acetate Cellulose Acetate Butyrate

Silicone Oils

Acetal Resin ASA CTFE General Purpose Polystyrene HOPE Impact Polystyrene Liquid Crystal Polymer Nylon 12 Nylon 6 Nylon 610 Nylon 612 Nylon 66 Polycarbonate Polyester - PBT Polyester - PET Polymethylpentene Polypropylene PVOF SAN Copolymer

room temperature CPVC ECTFE lonomer Polypropylene PVC

Silver Nitrate (~ 50/0)

elevated temperature

ABS Acrylic Resin Amorphous Nylon ASA Cellulose Acetate Butyrate CPVC ECTFE General Purpose Polystyrene HOPE Impact Polystyrene Nylon 12 Nylon 46 Nylon 6 Nylon 612 Nylon 66 PES Polycarbonate Polymethylpentene Polypropylene SAN Copolymer

8

Silver Cyanide

pvc

9

Polysulfone

9

ETFE 8

Polycarbonate Polysulfone

Polyamideimide

Silver Chloride elevated temperature

elevated temperature 5 5

elevated ternperature

Polysulfone

8-9 8

room temperature

room temperature

HOPE Nylon 12 Nylon 612 Polyallomer

ETFE PVOF

Silicone Lubricants

Shoe Polish ABS Cellulose Acetate Nylon 12 Nylon 6 Nylon 612 Polyallomer

elevated temperature

Polycarbonate

room temperature

SMA/PC Alloy

Silver Chloride (5-100/0)

elevated temperature

room temperature

Shaving Cream Cellulose Acetate

Silicon Tetrachloride

4-7 1-8 8

room temperature ABS PVOC SAN Copolymer

9 8 9

elevated temperature ABS PVOC SAN Copolymer

9 8 9

HOPE Nylon 12 Nylon 6 Nylon 612

8 8 8 8

elevated temperature HOPE Nylon 12 Nylon 612

8 8 8

Note: Numbers refer to POL Resistance Ratings (0-9 scale with 9 as highest resistance.)

Section Two

© Plastics Design Library

1039

Chemical Sort with POL Resistance Rating

Cellulose Acetate Polyester - PBT

Silver Sulfate room temperature CPVC ECTFE lonomer PVC

8 8 8 8

elevated temperature CPVC ECTFE lonomer PVC PVOF

8 8 8 8 8

SiLube 400 elevated temperature Polysulfone

4-8

Skelly Solvent room temperature PVOC

8

elevated temperature PVOC

7

Skydrol room temperature Cellulose Acetate Cellulose Acetate Butyrate Polycarbonate Polyester - PBT

8 0 2 8

elevated temperature ETFE Liquid Crystal Polymer

7 5

Skydrol500 room temperature Cellulose Acetate Cellulose Acetate Butyrate

7 0

Skydrol 500A room temperature Amorphous Nylon Polysulfone

6 1-9

elevated temperature Polysulfone

0

Skydrol 500B room ternperature Amorphous Nylon Polyester - PST Polyetherimide

8 7-8 9

Skydrol 7000 room temperature Amorphous Nylon

8

Skydrol B elevated temperature Polybenzimidazole

9

7-9

Soap (~5%) room temperature Acrylic Resin HOPE Polyallomer Polycarbonate Polyester - PST Polyester - PCTG Polyester - PETG

7-9 7 9 9 7-9 5-6 6 8 7-9

Soap (5-100/0) room temperature Nylon 12 Nylon 6 Polyester - PBT

elevated temperature

9 8-9 9 8 8 6-8 8 6 6 8 8 6 8-9 8 8 8 8 8 9 7 8 8 6

elevated temperature Acetal Resin CPVC ECTFE HOPE lonomer LOPE MOPE Nylon 12 Nylon 6 Nylon 610 Nylon 612 Polycarbonate Polyester - PBT Polymethylpentene Polyphenylene Sulfide Polypropylene

pvc

Styrene Butadiene Copolymer

8 8 8 6-8 8 6 6 8 8 8 8 4-8 8 8 8 9 8 7

Acrylic Resin ASA General Purpose Polystyrene HOPE Impact Polystyrene SAN Copolymer

7 8 8 8 7

Soda Lye (~ SOk) room temperature 7

Soda Lye (41-500/0) room temperature

7 9 8 8 8 6-8 8 8 8 8 8 8 8 8-9 8 8 8 8-9

Sodium Alum room temperature CPVC ECTFE PVC

8 8 8

elevated temperature CPVC ECTFE PVC

Cellulose Acetate Butyrate HOPE PVOC SAN Copolymer

8 8 8

7 8 8 9

elevated temperature HOPE PVOC SAN Copolymer

8 8 9

Sodium Amalgam room temperature PVOF

CPVC

ETFE

9

HOPE lonomer LOPE MOPE

8 2

elevated temperature

Sodium Acetate (41-S00/0) room temperature 6

(S1-7S o/0)

Sodium Acetate room temperature Nylon 66

elevated temperature ABS ASA CPVC ECTFE ETFE General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Polymethylpentene Polyphenylene Sulfide Polypropylene PVC PVOC PVOF SAN Copolymer

2

8-9

8

Sodium Benzoate (31-400/0) room temperature

Sodium room temperature General Purpose Polystyrene PVOF

7 9 8-9 8 8 8 8 8 8 8 8 8-9 8 8 8-9

Sodium Benzenesulfonate elevated temperature 7

Amorphous Nylon

ABS ASA CPVC ECTFE General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Polymethylpentene Polypropylene PVC PVOC SAN Copolymer

Sodium Arsenate room temperature

Soda Lye (S-10%) room temperature

Nylon 6 8 8 8

8 9 9 8 9 9

elevated temperature ASA General Purpose Polystyrene HOPE Impact Polystyrene SAN Copolymer

Sodium Acetate room temperature

Sodium Aluminum Sulfate room temperature

room tem peratu re

Amorphous Nylon

elevated temperature Acetal Resin HOPE

ABS Acrylic Resin Cellulose Propionate CPVC ECTFE HOPE lonomer LOPE MOPE Nylon 11 Nylon 12 Nylon 46 Nylon 6 Nylon 612 Nylon 66 PES Polycarbonate Polymethylpentene Polypropylene PPE PVC SAN Copolymer Styrene Butadiene Copolymer

Amorphous Nylon

Skydrol LD4 elevated temperature Polyketone

Soap room temperature

Soda 8-9 9 3-8

elevated temperature PEEK Polyamideim ide Polyester - PBT

2 5

8

HOPE lonomer LOPE MOPE

8 8 8 8 8 8 8 8

Sodium Benzoate room temperature ABS ASA CPVC ECTFE

9 9 8-9 8

Note: Numbers refer to POL Resistance Ratings (0-9 scale with 9 as highest resistance.)

© Plastics Design Library

Section Two

1040

Chemical Sort with POL Resistance Rating

8-9 8 6-8 8 8 8 8 8-9

General Purpose Polystyrene HOPE Impact Polystyrene Nylon 66 Polypropylene PVC PVOC SAN Copolymer

elevated temperature 7 9 8 8 8-9 8 8 8 8 8 8 8-9

ABS ASA ECTFE ETFE General Purpose Polystyrene HOPE Impact Polystyrene Polypropylene PVC PVOC PVOF SAN Copolymer

Sodium Bicarbonate

(~

7

room temperature Acrylonitrile Copolymer

elevated temperature 5 9 9 9 9 9

Sodium Bicarbonate (41-50O/o) room temperature

9

room temperature CPVC ECTFE General Purpose Polystyrene Impact Polystyrene PVC

8 8

5 4 8-9

elevated temperature ECTFE PVC

8 7-8

Sodium Bisulfate

(~

5%)

room temperature Acetal Resin

9

Sodium Bisulfate (5-10%) 8

Sodium Bisulfate ABS CPVC ECTFE HOPE lonomer LOPE MOPE Polycarbonate Polypropylene PVC PVOC SAN Copolymer

9 8-9 8 8 8 8 8 8 8-9 8 8 9

elevated temperature 8

Sodium Bicarbonate room temperature 8-9 6 8 6 8 8 8 8 6 8 8 8 8 8 8 8 8 1 8 8-9 8 8 8 8-9

elevated temperature ASS Acrylic Resin CPVC ECTFE ETFE General Purpose Polystyrene HOPE lonomer LOPE MOPE Nylon 12 Nylon 612 Polyimide Polymethylpentene Polyphenylene Sulfide Polypropylene PPE PVC PVOC PVOF SAN Copolymer

Nylon 6

Sodium Bichromate

room temperature

Sodium Bicarbonate (5-100/0)

ABS Acrylic Resin Amorphous Nylon Cellulose Acetate CPVC ECTFE General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Nylon 12 Nylon 6 Nylon 612 Nylon 66 Polycarbonate Polyimide Polymethylpentene Polypropylene PPE PVC PVOC SAN Copolymer

50/0)

Nylon 66

Cellulose Acetate Butyrate

Nylon 66

(~

room temperature

room temperature

50/0)

room temperature

Nylon 66 Polyamideimide Polycarbonate Polyphenylene Sulfide Polysulfone PPE

Sodium Bichromate

9

5 8 8 8 8 8 8 8 8 8 8 1 8 8 8-9 8 8 8 8 8-9

ABS ECTFE ETFE HOPE lonomer LOPE MOPE Polyphenylene Sulfide Polypropylene PVC PVOC PVOF SAN Copolymer

9 8 8 8 8 8 8 8 8-9 8 8 8 9

Sodium Bisulfite

(~

50/0)

room temperature 1 8

Acetal Resin PVOC

elevated temperature 8

PVOC

Sodium Bisulfite (5-10%) room temperature Acrylonitrile Copolymer Nylon 12 Nylon 6 Nylon 66 Polyester - PBT

5 8 8-9 8 8

elevated temperature Polyester - PBT

8

Sodium Bisulfite (10-200/0) 6

Sodium Borate

(~

9 8 8 8

5 8 8 8

5 5 8 8-9 8 8 8 8-9

5%)

room temperature Cellulose Acetate Cellulose Acetate Butyrate

6

7

Sodium Borate room temperature ABS ASA CPVC General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Polymethylpentene Polypropylene PVOC SAN Copolymer

9 9 8-9 8-9 8 6-9 8 8 8 8 8-9 8 8-9

elevated temperature ABS ASA CPVC CTFE ETFE General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Polymethylpentene Polypropylene PVOC SAN Copolymer

9 9 8 9 8 6-8 8 8 8 8 8 8 9 8 8-9

Sodium Bromate (5-10%) room temperature PVOC

8

elevated temperature 8

PVOC

6

Acetal Resin

Sodium Bromate room temperature

room temperature 8

Sodium Bisulfite room temperature ABS CPVC ECTFE General Purpose Polystyrene HOPE Impact Polystyrene

elevated temperature ABS CTFE ECTFE ETFE General Purpose Polystyrene HOPE lonomer LOPE Nylon 12 Nylon 612 Polymethylpentene Polypropylene PVC PVOC PVOF SAN Copolymer

room temperature 5

Sodium Bisulfite (41-500k) Impact Polystyrene

8 8 8 8 8 8 8-9 8 8 8-9

Sodium Bromate (10-20%)

room temperature Cellulose Acetate Cellulose Acetate Butyrate

lonomer LOPE Nylon 12 Nylon 612 Polycarbonate Polymethylpentene Polypropylene PVC PVOC SAN Copolymer

8-9 8 8

5 8 4

ABS ASA General Purpose Polystyrene Impact Polystyrene PVOC SAN Copolymer

9 9 9 9 8 9

elevated ternperature ABS ASA General Purpose Polystyrene Impact Polystyrene PVOC

9 9 9 9 8

Note: Numbers refer to POL Resistance Ratings (0-9 scale with 9 as highest resistance.)

Section Two

© Plastics Design Library

1041

Chemical Sort with POL Resistance Rating

PVOF SAN Copolymer

Sodium Bromide

8 9

(~

50/0) 9

Sodium Bromide (5-100/0) room temperature Nylon 12 Nylon 6

9 9 8

Sodium Carbonate (10-200/0)

room temperature Acetal Resin

Polysulfone PPE PVOC

6 6

room temperature Acrylic Resin Acrylonitrile Copolymer Polyallomer Polyester - PETG PVOC Styrene Butadiene Copolymer

Sodium Bromide

elevated temperature

room temperature

Acetal Resin PVOC Styrene Butadiene Copolymer

ABS ASA CPVC ECTFE General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Nylon 66 Polypropylene PVC PVOC SAN Copolymer

7 9 8 8 8-9 8 8-9 8 8 8 8 8-9 8 7-8 8-9

elevated temperature ABS ASA CPVC ECTFE ETFE General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Polypropylene PVC PVOC PVOF SAN Copolymer

7 9 8 8 8 6-8 8 9 8 8 8 8-9 8 7-8 8 7-9

Sodium Carbonate (~ 50/0) room temperature ABS Acetal Resin Acrylic Resin Acrylic/PVC Alloy Cellulose Acetate Cellulose Acetate Butyrate Cellulose Propionate CTFE LOPE Polyallomer Polyester - PCTG Polyester - PETG Polypropylene PVOC Styrene Butadiene Copolymer

9 8 7-9 8

3 7 9 9 9 9 6-7 6 8 8 7

elevated temperature Acetal Resin Polysulfone PVOC Styrene Butadiene Copolymer

9 8 8 9

Sodium Carbonate (5-100/0) room temperature Acetal Resin Acrylonitrile Copolymer Cellulose Acetate Butyrate Nylon 12 Nylon 46 Nylon 6 Nylon 610 Nylon 66 Polyester - PBT PVOC

8 5 9 8 8 4-8 6 8 8 8

elevated temperature Nylon 66 Polyamideim ide Polybenzim idazole Polycarbonate Polyester - PBT Polyphenylene Sulfide

1 9 9 9 8 9

7-9 6 9 6 8 7 9 8 9

Sodium Chlorate (5-100/0) room temperature Acetal Resin Nylon 6 Nylon 610 Polyester - PBT

Sodium Chlorate (20-300/0) room temperature Nylon 12 Nylon 612

elevated temperature

room temperature ABS Acrylic Resin CPVC ECTFE HOPE lonomer LOPE MOPE Nylon 66 Polycarbonate Polymethylpentene Polypropylene PVC PVOC SAN Copolymer

elevated temperature Nylon 6

Sodium Carbonate (31-400/0) elevated temperature PVOF

8

Sodium Carbonate (41-500/0) room temperature Nylon 66

8

Sodium Carbonate room temperature

9 8 8 8 8 8 8 8 8 8 8 8-9 8 8 9

elevated temperature

ABS Acrylic Resin Amorphous Nylon ASA Cellulose Acetate CPVC ECTFE General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Nylon 11 Nylon 12 Nylon 612 Nylon 66 Polyarylam ide Polycarbonate Polyimide Polymethylpentene Polypropylene PVC PVOC SAN Copolymer UHMWPE

(~

ABS ECTFE ETFE HOPE lonomer LOPE MOPE Polymethylpentene Polyphenylene Sulfide Polypropylene PVC PVOC PVOF SAN Copolymer

7-9 5 7 8 8 8 5-8 8 8 8 8 8 1-5 8 8 1 8 8 8-9 8 8-9 8 7-9 8

Sodium Chloride (5-100/0)

5%)

room temperature Acetal Resin

9 8 8 8 8 8 8 8 8 5-9

7-9 6-8 8 9 9 8-9 8 5-9 8 4-9 8 8 8 8 8 8 8 7 8 1 8 8-9 8 8-9 8-9 8

elevated temperature ABS Acrylic Resin ASA CPVC ECTFE ETFE General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Nylon 11 Nylon 12 Nylon 612 Polyimide Polymethylpentene Polyphenylene Sulfide Polypropylene PVC PVOC PVOF SAN Copolymer UHMWPE

Sodium Chlorate

5 5

Sodium Chlorate

room temperature 6

7 7

Nylon 12 Nylon 612

Sodium Carbonate (20-300/0) Nylon 6

8 6 6 8

9

Sodium Chloride

3 8 8 9

(~

5%)

room temperature Cellulose Acetate Butyrate Nylon 12 Nylon 612 PC/Polyester Alloy PVOC

9 7 7 7-9 8

elevated temperature Nylon 12 Nylon 612 PVOC

5 5 8

room temperature Acetal Resin Acrylic Resin Acrylic/PVC Alloy Acrylonitrile Copolymer Cellulose Acetate Cellulose Acetate Butyrate Cellulose Propionate CTFE LOPE Nylon 6 Nylon 66 Polyallomer Polyester - PBT Polyester - PET Polyester - PETG Polyphthalamide Polypropylene Rigid PU Styrene Butadiene Copolymer

8 8-9 8 5 6 7 9 9 9 6 4-8 9 4-9 9 6 8 9 8-9 8

elevated temperature Acetal Resin Nylon 66 Polyamideim ide Polycarbonate Polyester - PBT Polyphenylene Sulfide

8-9 9 9 9 8 9

Note: Numbers refer to POL Resistance Ratings (0-9 scale with 9 as highest resistance.)

© Plastics Design Library

Section Two

1042

Chemical Sort with POL Resistance Rating

Polysulfone PPE Styrene Butadiene Copolymer

9 9 8

Polypropylene

room temperature 9

8

8 9

elevated temperature Polymethylpentene Polypropylene

Sodium Chloride room temperature ABS Acrylic Resin Amorphous Nylon ASA Cellulose Acetate Cellulose Acetate Butyrate CPVC ECTFE General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Nylon 11 Nylon 12 Nylon 6 Nylon 612 Nylon 66 PES Polycarbonate Polyimide Polymethylpentene Polypropylene PPE

pvc

PVOC SAN Copolymer UHMWPE

8-9 8 8 9 7 8 8 8 5-9 8 5-9 8 8 8 8 8 8 8 4 6-8 8 7 8 8-9 8 8 8 8-9 8

elevated temperature ABS Acrylic Resin ASA Cellulose Acetate Cellulose Acetate Butyrate CPVC CTFE ECTFE ETFE General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Nylon 11 Nylon 12 Nylon 6 Nylon 612 Polyimide Polymethylpentene Polyphenylene Sulfide Polypropylene PPE PVC PVOC SAN Copolymer UHMWPE

9 8 9 7 7 8 9 8 8 5-9 8 9 8 8 8 8 8 6 8 7 8 8 5-9 8 8 8 8-9 8

room temperature 8

PVOC

elevated temperature 8

PVOC

(~

5%)

room temperature Nylon 12 Nylon 6 Polypropylene

3 3 9

elevated temperature Polypropylene

Sodium Chlorite (5-100/0)

8 9

Sodium Chlorite (41-50%) room temperature HOPE

8

Sodium Chlorite CPVC PVC

3

elevated temperature 2

3 2-8

Sodium Chloroacetate room temperature 9 8 9

ABS PVOC SAN Copolymer

elevated temperature ABS PVOC SAN Copolymer

9

8-9 8

elevated temperature ABS Acrylic Resin CPVC ECTFE ETFE HOPE lonomer LOPE MOPE Polyimide Polymethylpentene Polyphenylene Sulfide Polypropylene PVC PVOF

9 8 9

Nylon 6 Nylon 610 Polyester - PBT

6 8 6

Sodium Dichromate room temperature ABS ECTFE HOPE lonomer LOPE MOPE Polymethylpentene Polypropylene PVC PVOC SAN Copolymer

Sodium Chromate (5-100/0)

elevated temperature

elevated temperature

ABS ECTFE ETFE HOPE lonomer LOPE MOPE Polymethylpentene Polypropylene

2 9 9 9 9 9

Nylon 66 Polyamideimide Polycarbonate Polyphenylene Sulfide Polysulfone PPE

Sodium Chromate (10-200/0)

pvc

elevated temperature Polyphenylene Sulfide

8

Sodium Chromate room temperature ASA Cellulose Acetate Butyrate General Purpose Polystyrene HOPE Impact Polystyrene SAN Copolymer

9 9 9 8 9 9

elevated temperature ASA ETFE General Purpose Polystyrene HOPE Impact Polystyrene Polyphenylene Sulfide PVOF SAN Copolymer

7 8 9 8 8 8 8 7

Sodium Cyanide (5-100/0) room temperature 2 8

Sodium Cyanide room temperature ABS Acrylic Resin Cellulose Acetate Cellulose Acetate Butyrate CPVC ECTFE HOPE lonomer LOPE MOPE Nylon 66 Polyimide Polymethylpentene

8 6 7 8 8 8 8 8 8 7 8 8 8-9 8 8

room temperature 2

CPVC PVC PVOF

Polypropylene PVC

Sodium Dichromate (5-10%)

room temperature

Cellulose Acetate Cellulose Acetate Butyrate

Sodium Chloride Sulfate

room temperature

Sodium Chlorite (10-200/0) Polymethylpentene Polypropylene

room temperature

Sodium Chlorite

9

room temperature

Sodium Chloride (76-970/0) Nylon 66

4 4 9

elevated temperature

Sodium Chloride (20-30%) ABS

Nylon 6 Nylon 610 Polypropylene

8 6 4 9 7-8 8 8 8 8 8 8 7 8

PVOC PVOF SAN Copolymer

9 8 8 8 8 8 8 9 8 8 9 7-9 8 8 8 8 8 8 8 9 8 8 8 9

Sodium Dodecylbenzenesulfonate room temperature 8 8 8 8 8 8

Acetal Resin HOPE Nylon 6 Nylon 610 Nylon 66 Polyester - PBT

elevated temperature HOPE

8

Sodium Ferricyanide room temperature ABS Acrylic Resin CPVC HOPE lonomer LOPE MOPE Polyimide Polymethylpentene Polypropylene PVC PVOC SAN Copolymer

9 6 8 8 8 8 8 7 8 9 8 8

9

elevated temperature ABS Acrylic Resin CPVC ETFE HOPE lonomer LOPE MOPE

9 6 8 8 8 8 8 8

Note: Numbers refer to POL Resistance Ratings (0-9 scale with 9 as highest resistance.)

Section Two

© Plastics Design Library

1043

Chemical Sort with POL Resistance Rating

Polyimide Polymethylpentene Polypropylene PVC PVOC PVOF SAN Copolymer

7 8 9 8 8 8 9

Sodium Ferrocyanide 9 8 7 8 8 8 8 8 8

elevated temperature ETFE HOPE lonomer LOPE MOPE Polymethylpentene PVC PVOF

Sodium Fluoride

8 8 8 8 8 8 8 8

(~

50/0)

room terrlperature Cellulose Acetate Cellulose Acetate Butyrate

6 6

Sodium Fluoride 9 9 8 8 5-8 8 5-9 8 8 8 8 8-9 8 8-9 8-9 9 9 8 8 5-8 8 9 8 8 8 8 8-9 8 8 8 8-9

Sodium Fluorosilicate elevated temperature PVOF

8

Sodium Formate room temperature CPVC

8-9

elevated temperature CPVC

9 9 9 9

elevated temperature ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer

9 9 9 9

Sodium Hydrogen Phosphate elevated temperature PVOF

8

Sodium Hydrogen Sulfate (5-100/0) room temperature Acetal Resin Nylon 6 Nylon 610 Polyester - PBT

2 4 8 8

Sodium Hydrogen Sulfite (~ 50/0)

room temperature Nylon 6 Nylon 610 Polyester - PBT

ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer

9 9 9 9

elevated temperature ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer

room temperature

pvoc

PVOF Styrene Butadiene Copolymer 8

3-7 9 1-9 8-9 8 6 7-8 0 3 0 8 9 5-8 8 8 9 7 9 5-9 9 4 8 8 4-8 9 7 1-9 8 5-8 9 9 2 1-9 3-5 4-9 0-8 3-8 8 8 6-9 7-8 7-8 7 2-8 9 7 8 9

PVOF Rigid PU SAN Copolymer Styrene Butadiene Copolymer TFE

elevated temperature 7 8 8 7

Sodium Hydroxide (~ 5%) Acetal Resin Acrylic Resin Acrylic/PVC Alloy Cellulose Acetate Cellulose Acetate Butyrate Cellulose Propionate CTFE LOPE Liquid Crystal Polymer Nylon 6 Nylon 66 Polyallomer Polyester - PBT Polyester - PET Polyester - PETG Polyimide Polypropylene Polysulfone PVOC Styrene Butadiene Copolymer

ABS ABS/PU Alloy Acetal Resin Acrylic Resin Acrylic/PVC Alloy Acrylonitrile Copolymer ASA Cellulose Acetate Cellulose Acetate Butyrate Cellulose Propionate CPVC CTFE EVOH Expanded PE Beads Expanded PP Beads FEP Impact Polystyrene LOPE Liquid Crystal Polymer LLOPElEVA Nylon 46 Nylon 6 Nylon 610 Nylon 66 Nylon MX06 PC/ABS Alloy PC/Polyester Alloy PE Foam PES PFA Polyallomer Polycarbonate Polyester - PBT Polyester - PCT Polyester - PCTG Polyester - PET Polyester - PETG Polyetherim ide Polyimide Polypropylene PPE

pvc pvoc

room temperature

8

room temperature

8 8 8

Sodium Hydrosulfite

Liquid Crystal Polymer PES Polyester - PBT Polyester - PET

Sodium Hexacyanoferrate

9

Sodium Hydrogen Sulfite (5-100/0)

elevated temperature

elevated temperature

HOPE

8 8 8 8

room temperature ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer

8

Sodium Glutamate ETFE

Acetal Resin Nylon 6 Nylon 610 Polyester - PBT

Nylon 6

elevated temperature ABS ASA ECTFE ETFE General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Polymethylpentene Polypropylene PVC PVOC PVOF SAN Copolymer

room temperature

room temperature

room temperature ABS ASA CPVC ECTFE General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Polymethylpentene Polypropylene PVC PVOC SAN Copolymer

Sodium Hydroxide (5-100/0)

Sodium Hydrogen Carbonate

room temperature Cellulose Acetate Cellulose Acetate Butyrate Cellulose Propionate HOPE lonomer LOPE MOPE Polymethylpentene PVC

Sodium Hydrogen Carbonate (5-100/0) room temperature

9 8-9 8 5 8 9 9 9 8-9 2 4 9 4-6 9 6 1-2 9 9 7 7 5-9 9 3 6 7 2-8 9

7 8 8 8 9 2-6 2 2 2-4 9 2 0 9 0 8 8 7 2-8 7 9 9

ABS Acetal Resin CPVC ETFE FEP Liquid Crystal Polymer Nylon 6 Nylon 610 Nylon 66 PFA Polyester - PBT Polyester - PET Polypropylene Polysulfone PPE PVC PVOC PVOF SAN Copolymer Styrene Butadiene Copolymer TFE

Sodium Hydroxide (10-20%

)

room temperature ECTFE Rigid PU

8 9

elevated temperature ECTFE Liquid Crystal Polymer Nylon 66 Polyamideimide Polybenzim idazole Polycarbonate Polyphenylene Sulfide Polysulfone PPE

8 0 3 1 4-9 9 8-9 9 9

elevated temperature HOPE

8

Note: Numbers refer to POL Resistance Ratings (0-9 scale with 9 as highest resistance.)

© Plastics Design Library

Section Two

1044

Chemical Sort with POL Resistance Rating Sodium Hydroxide (20-300k)

elevated temperature

room temperature ABS Acrylonitrile Copolymer Aromatic Polyamide CPVC ECTFE HOPE PVC PVOC

9 8 1 8-9 8 9 8 7

elevated temperature CPVC CTFE ECTFE HOPE Liquid Crystal Polymer Nylon 66 Polyamideim ide Polycarbonate Polyketone Polyphenylene Sulfide Polysulfone PPE PVC PVOC TFE

8 6 8 8 2 7 1 1 5-9 3-9 2-9 9 8 7 2-4

Sodium Hydroxide (31-400/0) 7 9 8 8 6 7

elevated temperature Polybenzim idazole PVOC TFE

4 7 5

Sodium Hydroxide (41-500/0) room temperature ABS Acetal Resin CPVC CTFE ECTFE HOPE Nylon 11 Nylon 6 Nylon 610 Nylon 66 PEEK PEK Polyester - PBT Polymethylpentene Polypropylene PPE PVC PVOC

9 8 8-9 9 8 9 8 2 8 4-7 9 9 8 8 9 8 8-9 7

elevated temperature ABS CPVC ECTFE ETFE FEP HOPE Liquid Crystal Polymer Nylon 11 PFA Polymethylpentene Polyphenylene Sulfide Polypropylene Polysulfone PPE PVC PVOC PVOF TFE

9 8-9 8 8 9 7-9 5 1 9 8 8 9 2-9 8 7-8 5 2-8 9

Sodium Hydroxide (51-750/0) room temperature Acrylic Resin ECTFE Polyester - PET PVOF Styrene Butadiene Copolymer TFE

9 8 7

9 8 0 2 7 8

ABS ASA General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE Liquid Crystal Polymer MOPE Nylon 12 Nylon 612 Polycarbonate Polyimide Polyphenylene Sulfide Polypropylene PPE PVOC PVOF SAN Copolymer UHMWPE

8-9 8 9 5-9 8 5-9 8 8 8 8 8 4-8 7 7-9 3 2 8-9 8 7 7-9 8 9 7 5-8 8 8 8 8 7 8 8 8 3 1 8 8 3-8 7 8 7-8 8

Sodium Hydroxide (N,N-) room temperature Polyimide

4

Sodium Hypochloride (~ 50/0) room temperature Nylon 66

6

elevated temperature Polyphenylene Sulfide Polysulfone

3-9 9

Sodium Hypochloride (5-100/0) elevated temperature Nylon 66 Polycarbonate Polyphenylene Sulfide Polysulfone PPE

1 9 6 9 9

Sodium Hypochloride room temperature Polycarbonate

8

Sodium Hypochlorite (~5%) room temperature 1 9 8 5 9 6-7 3 7 8 5-6 6

Acetal Resin Acrylic Resin Amorphous Nylon Cellulose Acetate LOPE Nylon 12 Nylon 6 Nylon 612 PolyaJlomer Polyester - PCTG Polyester - PETG

elevated temperature Nylon 12 Nylon 612

6-9 9 8 8

room temperature

room temperature ABS Acrylic Resin ASA General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Nylon 12 Nylon 612 Nylon 66 PEEK PES Polycarbonate Polyimide Polypropylene PPE PVOC SAN Copolymer UHMWPE

Polybenzim idazole Polyphenylene Sulfide Polysulfone PVOF

Sodium Hypochlorite (5-10%)

Sodium Hydroxide

elevated temperature

room temperature ABS Impact Polystyrene Nylon 12 Nylon 6 Polyimide PVOC

Acetal Resin ECTFE PVOF

3

Acetal Resin Acrylic Resin Acrylonitrile Copolymer CPVC Nylon 6 Nylon 610 PC/Polyester Alloy Polycarbonate Polyester - PBT Polyester - PCTG

2 8 5 9 4 6 8 8 6 8

elevated temperature Polyamideim ide

9

Sodium Hypochlorite (10-20%) room temperature ABS CPVC Polypropylene PVOC

7 8-9 9 9

elevated temperature ABS CPVC Liquid Crystal Polymer Polypropylene PVOC PVOF

7 8-9 6 4-7 7 8

Sodium Hypochlorite (20-30%) room temperature Cellulose Acetate Butyrate

6

elevated temperature PES

8

Sodium Hypochlorite (41-500/0) room temperature PES

8

Sodium Hypochlorite room temperature ABS Acetal Resin Acrylic Resin ASA CTFE ECTFE General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Nylon 6 Nylon 66 PEK PES Polyetherimide Polyimide Polymethylpentene Polypropylene PVC PVOC SAN Copolymer Styrene Butadiene Copolymer UHMWPE

7 7 8 9 9 8 8 6-8 6-8 6 6-8 6 3 1 9 6-8 9 1 8 9 8 7 8-9 8 8

elevated temperature ABS ASA ECTFE ETFE General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE Liquid Crystal Polymer MOPE Polyimide Polymethylpentene Polyphenylene Sulfide PVOC SAN Copolymer

5 7 8 8 6-8 3-8 6 5 6-8 9 6 1 8 5-8 7 7-9

3 Note: Numbers refer to POL Resistance Ratings (0-9 scale with 9 as highest resistance.)

Section Two

© Plastics Design Library

1045 Chemical Sort with POL Resistance Rating

Styrene Butadiene Copolymer UHMWPE

9 8

Sodium Hypophosphite (5-100/0) room ternperature Acetal Resin Nylon 6 Nylon 610 Polyester - PBT

8 8 8 8

Sodium Hyposulfite elevated temperature ETFE

8

Sodium Iodide room ternperature ECTFE elevated temperature ECTFE ETFE PVOF

8 8 8 8

Sodium Lactate (S1-7S%) room temperature Nylon 6 Nylon 610

6 8

Sodium Lauryl Sulfate (20-300/0) room temperature Acetal Resin Nylon 6 Nylon 610 Nylon 66

8 8 8 8

Sodium Lignosulfonate room temperature Acetal Resin Nylon 6 Nylon 610 Polyester - PBT elevated ternperature ETFE

8 8 8 8 8

Sodium Metabisulfite room temperature ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer elevated temperature ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer

9 8 8 9 9 6 6 9

Sodium Metaphosphate room temperature ECTFE Polypropylene elevated temperature ECTFE

8 8 8

Sodium Metasilicate elevated temperature ETFE (~ room temperature Nylon 66

Sodium Nitrate

8

SOk) 8

Sodium Nitrate (S-100/0) room temperature Cellulose Acetate Cellulose Acetate Butyrate Nylon 12 Nylon 6 Polycarbonate

6 8 8 8-9 4

Sodium Nitrate (41-S00/0) room ternperature Nylon 66

8

Sodium Nitrate room temperature ABS Acrylic Resin ASA

7 8 9

Cellulose Acetate Cellulose Acetate Butyrate CPVC ECTFE General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Nylon 12 Nylon 612 Polyimide Polymethylpentene Polypropylene PVC pvoc SAN Copolymer elevated temperature ABS Acrylic Resin ASA CPVC ECTFE ETFE General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Nylon 12 Nylon 612 Polyimide Polymethylpentene Polyphenylene Sulfide Polypropylene PVC PVOC PVOF SAN Copolymer

7-9 8-9 8-9 8 9 8 9 8 8 8 8 8 7 8 8-9 8 8 8-9 7 8 9 8 8 8 9 8 9 8 8 8 8 8 7 8 8 9 8 8 8 8-9

Sodium Nitrilotriacetate (S-100/0) room temperature Acetal Resin Nylon 6 Nylon 610 Polyester - PBT

(~ room temperature Nylon 12 Nylon 6

Sodium Nitrite

8 8 8 8

5%) 6 3

Sodium Nitrite (5-100/0) room temperature Nylon 46

8

Sodium Nitrite room temperature ABS ASA Cellulose Acetate CPvc ECTFE General Purpose Polystyrene HOPE Impact Polystyrene lonomer Nylon 12 Nylon 612 Polymethylpentene Polypropylene PVC PVOC SAN Copolymer elevated temperature ABS ASA ECTFE ETFE General Purpose Polystyrene HOPE Impact Polystyrene lonomer Nylon 12 Nylon 612 Polymethylpentene Polypropylene PVC

9 9 8-9 9 8 9 8 9 8 7 7 8 9 8 8 9 9 7 8 8 8 8 8 8 5 5 8 9 8

PVOC PVOF SAN Copolymer

8 8 7-9

Sodium Oleate room temperature Acetal Resin Nylon 6 Nylon 610 Polyester - PBT

8 8 8 8

Sodium Palmitate elevated temperature PVOF

Sodium Perborate

(~

8

S%)

room temperature Nylon 12 Nylon 6

8 6

Sodium Perborate (S-10%) room temperature Acetal Resin Polyester - PBT

8 6

Sodium Perborate room temperature ABS ASA CPVC General Purpose Polystyrene HOPE Impact Polystyrene Nylon 12 Nylon 612 Nylon 66 Polypropylene PVOC SAN Copolymer elevated temperature ABS ASA ETFE General Purpose Polystyrene HOPE Impact Polystyrene Nylon 12 Nylon 612 PVOC SAN Copolymer

7 9 8-9 8-9 8 6-9 8 8 6 8 8 7-9 7 7 8 6-8 5-8 6 5 5 8 7-8

Sodium Perchlorate room temperature ECTFE HOPE PVC elevated temperature ETFE HOPE PVC PVOF

8 8 8-9 8 8 8-9 8

Sodium Peroxide (S-100/0) room temperature HOPE elevated temperature HOPE

8 8

Sodium Peroxide room temperature ECTFE HOPE lonomer PVC elevated temperature ECTFE ETFE PVC PVOF

8 5 6 8 8 8 8 8

Sodium Persulfate elevated temperature ETFE

8

Sodium Petraborate room temperature General Purpose Polystyrene Impact Polystyrene

8 8

Note: Numbers refer to POL Resistance Ratings (0-9 scale with 9 as highest resistance.)

© Plastics Design Library

Section Two

1046

Chemical Sort with POL Resistance Rating

elevated temperature

Sodium Silicate 6

General Purpose Polystyrene

Sodium Phosphate (5-100k)

Polysulfone

room temperature

Sodium Silicate 8 8

Nylon 12 Nylon 6

Sodium Phosphate room temperature 7

ABS CPVC ECTFE HOPE Nylon 12 Nylon 612 Nylon 66 Polypropylene PVOC SAN Copolymer

8-9 8 8 8

8 8 8 8 9

elevated temperature

5%) 4-8

room temperature ASS ASA Cellulose Acetate Cellulose Acetate Butyrate ECTFE General Purpose Polystyrene HOPE Impact Polystyrene Nylon 6 Nylon 66 Polymethylpentene Polypropylene PVOC SAN Copolymer

7 8 9 8 8 8 8

8 8 8 9

Sodium Phosphate (sec-) room temperature 9 9 9 9

ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer

elevated temperature 9 9 9 9

ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer

Sodium Phosphate (tert-) 9 9 9 9

elevated temperature 9 8 9 9

ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer

(~

ABS ASA ECTFE ETFE General Purpose Polystyrene HOPE Impact Polystyrene Polymethylpentene Polyphenylene Sulfide Polypropylene Polysulfone PVOC SAN Copolymer

ETFE

12 46 6 66

8

8 8-9 8

5%)

5

Nylon 66 Polyamideimide Polycarbonate Polyphenylene Sulfide Polysulfone PPE

9 9 9 9 9

Sodium Pyrosulfite (5-10%) room temperature 8 8

Sodium Salicylate room terTI peratu re 7 8 9

elevated temperature 7 8 9

room temperature 8

Sodium Sulfate

pvc

Sodium Salts (5-100/0)

PVOC SAN Copolymer

room temperature 8 8 8 8

Sodium Salts room temperature 7

8-9 8 9 8-9 8 9 8 9 8 8 8 8 8 8

7 8 8-9 8 8-9 8-9

elevated temperature ABS Acrylic Resin ASA CPVC ECTFE ETFE General Purpose Polystyrene HOPE Impact Polystyrene

7 8 8 8-9 8 8 8-9

(~

5%)

room temperature Acetal Resin Nylon 6 Polyester - PET

9 9 8

elevated temperature Polyester - PET

4

Sodium Sulfide (5-100/0) room temperature 8 8

Nylon 12 Nylon 6

elevated temperature Nylon 66 Polyamideimide Polycarbonate Polyphenylene Sulfide Polysulfone PPE

1 9 9 9 9 9

Sodium Sul'fide (20-30%) HOPE LOPE Polymethylpentene Polypropylene

HOPE LOPE Polymethylpentene Polypropylene PVOC

8

8 8 9 8 8 8 8 9 8

Sodium Sulfide (76-970/0) room temperature 8

Nylon 66

Sodium Sulfide room temperature

Sodium Sulfate (76-970/0) Nylon 66

Sodium Sulfide

8 8 8 8 8

pvoc elevated temperature

room temperature Nylon Nylon Nylon Nylon

lonomer LOPE MOPE Nylon 12 Nylon 612 Polyimide Polymethylpentene Polyphenylene Sulfide Polypropylene PVC PVOC SAN Copolymer

room temperature 8

room temperature

PES

9

Sodium Sulfate (5-10%)

ABS Acrylic Resin ASA CPVC ECTFE General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Nylon 12 Nylon 612 Polycarbonate Polyimide Polymethylpentene Polypropylene

Acetal Resin Nylon 6 Nylon 610 Polyester - PST

8

elevated temperature

Amorphous Nylon

ABS PVOC SAN Copolymer

7 9 8 8 9 8 9 8 8 9 4-8

Sodium Silicofluoride

room terTlperature

ABS PVOC SAN Copolymer

9 4-6 8-9 8 9 8 9 9 8 8 8-9 8 9

elevated temperature

room terTlperature ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer

Nylon 6 Nylon 610

7

elevated temperature

ABS CPVC CTFE ECTFE ETFE HOPE Nylon 12 Nylon 612 PVOC PVOF SAN Copolymer

Sodium Polyphosphate

(~

elevated temperature

9

8 9 8 8 8 9 8 9

ABS ASA CPVC ECTFE General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Nylon 11 Nylon 12 Nylon 612 Polycarbonate Polypropylene PVC PVOC SAN Copolymer

9 9 8 8 8-9 8 8-9 8

8 8 8 8 8 2 8 8

8 9

elevated temperature ASS ASA CPVC ECTFE ETFE General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Nylon 11 Nylon 12 Nylon 612 Polyphenylene Sulfide PVC PVOC

9 9 8-9 8

8 6-9 8 9

8 8 8

5 8 8 8

8 8

Note: Numbers refer to POL Resistance Ratings (0-9 scale with 9 as highest resistance.)

Section Two

© Plastics Design Library

1047 Chemical Sort with POL Resistance Rating

SAN Copolymer

9

Sodium Sulfite (:5 SOlo) room temperature Acetal Resin

9

Sodium Sulfite (5-100/0) room temperature Cellulose Acetate Butyrate Nylon 12 Nylon 6

6 8 8

elevated temperature Polyamideimide

9

Sodium Sulfite room temperature ABS ASA CPVC ECTFE General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Nylon 12 Nylon 612 Polymethylpentene Polypropylene PVC PVOC SAN Copolymer

9 9 8-9 8 9 8 8 8 8 8 8 8 8 8-9 8 8-9 8-9

elevated temperature ABS ASA CPVC ECTFE ETFE General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Nylon 12 Nylon 612 Polymethylpentene Polypropylene PVC PVOC SAN Copolymer

9 9 8 8 8 8 8 8 8 8 8 8 8 8 8-9 8 8-9 8-9

Sodium Tetraborate 7-9 4-6 8 9 7-9 8 9

Sodium Thiocyanate elevated temperature PVOF

8

room temperature ABS Nylon 6 Nylon 66

9 9 8

elevated temperature 1 9

Nylon 66 Polycarbonate

S'odium Thiosulfate (10-200/0)

9 9 8-9 8 8-9 8 6-8 8 8 8 8 8 8 8-9 8-9

elevated temperature ABS ASA ECTFE ETFE General Purpose Polystyrene HOPE Impact Polystyrene Nylon 12 Nylon 612 Polyphenylene Sulfide PVC PVOC PVOF SAN Copolymer

9 9 8 8 8-9 8 8 8 8 8 8 8 8 8-9

Sodium Thiosulfite (5-100/0) elevated temperature Polyphenylene Sulfide Polysulfone PPE

9 9 9

Sodium Thiosulfite room temperature Nylon 12 Nylon 6

8 8

Soil Burial

ABS Acrylic Resin Polysulfone

2-8 8 8 8 8 1

9 8 8

2 2 6 8

ETFE

elevated temperature 5-8

8

8 8

8

ABS PVOC SAN Copolymer

9 9 6-9

8 9 8 8 7 8 8-9

Spearmint room temperature ABS Cellulose Acetate Cellulose Acetate Butyrate General Purpose Polystyrene Impact Polystyrene PVOC SAN Copolymer

2 9 0 2-8 2-8 7 2

ABS General Purpose Polystyrene PVOC SAN Copolymer

2 8 7

2

Sperm Oil room temperature ABS ASA General Purpose Polystyrene Impact Polystyrene PVOC SAN Copolymer

9 7 8 8 7 7-9 9

3 9 7 9

ABS General Purpose Polystyrene HOPE Impact Polystyrene PVOC

9 5 8 5 8

elevated temperature ABS General Purpose Polystyrene HOPE PVOC

9 5 5 8

Spinach room temperature Polyester - PET

9

Spindle Oil

Sorbitol

room temperature

room temperature

Sodium Thiosulfate (31-400k) room temperature

elevated temperature ABS ASA General Purpose Polystyrene HOPE Impact Polystyrene Nylon 12 Nylon 612 PVOC PVOF SAN Copolymer

room temperature 9 2 2 8 2 8

elevated temperature

Polysulfone

9 8 9 8-9 8 8-9 8 8 8 8 7 8-9

Spermaceti

Solvents

elevated temperature

Sodium Thiosulfate (20-30%)

room temperature ABS Acrylic Resin ASA General Purpose Polystyrene HOPE Impact Polystyrene Nylon 12 Nylon 6 Nylon 612 Polypropylene PVOC SAN Copolymer

elevated temperature

SAN Copolymer

5-9 9

Soybean Oil

ABS Cellulose Acetate Cellulose Acetate Butyrate PVOC SAN Copolymer

room temperature 7

Cellulose Acetate Butyrate

elevated temperature Liquid Crystal Polymer Polybenzim idazole

room temperature

ABS/Nylon Alloy General Purpose Polystyrene Impact Polystyrene PEEK Polycarbonate SAN Copolymer

9

Sour Gas

Soldering Fluid Acetal Resin Nylon 6 Nylon 610 Polyester - PBT

9

8

elevated temperature

room temperature Acetal Resin Nylon 6 Nylon 610 Nylon 66 Polyester - PBT Starch Modified Resin

Sorbic Acid

room temperature

Acrylic Resin

ABS ASA CPVC ECTFE General Purpose Polystyrene HOPE Impact Polystyrene Nylon 12 Nylon 612 Nylon 66 Polycarbonate Polypropylene PVC PVOC SAN Copolymer

room temperature

Sodium Thiosulfate (5-10%)

Acetal Resin

ABS PVOC SAN Copolymer

room temperature

elevated temperature ABS PVOC SAN Copolymer

elevated temperature

room temperature

Solder Flux

room temperature ABS Amorphous Nylon PVOC SAN Copolymer

Sodium Thiosulfate

9 8 9

HOPE Polycarbonate

7 8

Note: Numbers refer to POL Resistance Ratings (0-9 scala with 9 as highest resistance.)

© Plastics Design Library

Section Two

1048

Chemical Sort with POL Resistance Rating

elevated temperature HOPE

Stannic Sulfate (S-100/0) 5

Nylon 6 Nylon 66

Spirits room temperature HOPE Nylon 6 Polyester - PBT

8 4

8

elevated temperature HOPE

8

9

room temperature Nylon 66

room temperature 3-9 3-9

elevated temperature 3 3-4

pvc

PVOC SAN Copolymer

2 8 8 7 2

elevated temperature 2 7 2

room temperature 8-9 7

elevated temperature HOPE

5

room temperature General Purpose Polystyrene Impact Polystyrene

room temperature 7 8 9 8 8 8 8 8 8 8 4 7 8 8-9 8 8 9

elevated temperature ABS Acrylic Resin CTFE ECTFE ETFE HOPE lonomer LOPE MOPE Polyimide Polymethylpentene Polyphenylene Sulfide Polypropylene PVC PVOC PVOF SAN Copolymer

8 8 8 8-9 8 8 9

elevated temperature ABS ECTFE ETFE HOPE lonomer LOPE MOPE Polypropylene

7 8 8

8 8 8 8 8-9 8 8 8 9

PVOC PVOF SAN Copolymer

7 8 9 8 8 8 8 8 8 7 8 8 8-9

8 8 8 9

8

room temperature ABS Acetal Resin ASA Cellulose Acetate Cellulose Acetate Butyrate CPVC ECTFE General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Nylon 11 Nylon 12 Nylon 6 Nylon 610 Nylon 612 Nylon 66 Polyester - PBT Polypropylene PVC PVOC SAN Copolymer

Stannous Fluoride

elevated temperature

elevated temperature

ABS ASA ECTFE ETFE General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Nylon 11 Nylon 12 Nylon 612 PVC PVOC PVOF SAN Copolymer

8

room temperature CPVC

8-9

room temperature 2

Stannic Chloride ABS Acrylic Resin CTFE ECTFE General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Nylon 66 Polyimide Polymethylpentene Polypropylene PVC PVDC SAN Copolymer

8

Starch

room temperature

CPVC ECTFE HOPE lonomer LOPE MOPE Nylon 12 Nylon 6 Nylon 612 Nylon 66 Polypropylene PVC

8 8 6-8 8 6 6 8

8 8 8 8-9 8

CPVC ECTFE HOPE lonomer LOPE MOPE Nylon 12 Nylon 612 Polypropylene PVC PVOF

8 8 6-8 8 6 6 8 8 8-9 8 8

Steak Sauce room temperature ASS General Purpose Polystyrene Polyester - PET

7 8 9

elevated temperature General Purpose Polystyrene

8

Steam room temperature 8

HOPE

7 8 9 9 9 8 8 8-9 6-8 8-9 8 6 6 8 7 8 8 7 8 8 8

8 9 8-9 5 7 8 8 6-8 5-9 8 8 6 6 5-8 3 3 8 9 7-8 5-7

Stearin room temperature Nylon 11

8

elevated temperature

elevated temperature

elevated temperature Aromatic Polyam ide

8

Stearic Acid

Stannous Sulfate 2 2

Stannic Chloride (S-100/0) Nylon 66

Nylon 66

8

ETFE

Stanisol

8 4-5 3-4 4 5 6 2 4-9 5

Stearates

7 8

pvc

Stain Removers ABS/Nylon Alloy HOPE

50/0)

HOPE liquid Crystal Polymer Nylon 6 Nylon 610 Nylon 66 Polybenzimidazole Polyester - PBT Polyester - PET Polyimide Polyphenylene Sulfide

room temperature

ABS ECTFE HOPE lonomer LOPE MOPE Polycarbonate Polypropylene

room temperature

ABS PVOC SAN Copolymer

(~

Stannous Chloride

Spruce Oil ABS Nylon 12 Nylon 612 PVOC SAN Copolymer

4

Stannous Chloride

room temperature

Sporicidin

Polyetherim ide Polysulfone

Stannic Sulfate

Acetal Resin

room temperature

Polyetherimide Polysulfone

3 2

room temperature

Sporicidin (S-100/0) Polyetherimide

room temperature

4

Nylon 11

8

Stilbene elevated temperature PVOF

8

Stoddard Solvents room temperature ASS Cellulose Acetate Cellulose Acetate Butyrate ECTFE General Purpose Polystyrene Impact Polystyrene lonomer PE Foam Polysulfone

pvc

SAN Copolymer

4-8 9 9 8 2 2 6 4 4-8 3 8

elevated temperature ECTFE ETFE lonomer Nylon 66 Polyamideimide

8 8 5 7 9

Note: Numbers refer to POL Resistance Ratings (0-9 scale with 9 as highest resistance.)

Section Two

© Plastics Design Library

1049

Chemical Sort with POL Resistance Rating

Polycarbonate Polyphenylene Sulfide Polysulfone PPE PVC SAN Copolymer

9 8-9 9 0 3 8

STP Oil Treatment ABS

Succinic Acid (41-500/0) room temperature HOPE

room temperature

elevated temperature 8 8

elevated temperature General Purpose Polystyrene

6

Stripper Solution elevated temperature ETFE

8

Strontium Bromide 9 9 8-9 8-9 8 9

elevated temperature ASS ASA General Purpose Polystyrene Impact Polystyrene

pvoc

SAN Copolymer

9 9 8-9 9 8 9

8-9

9 8 9

elevated temperature 7-9 8 9

Strychnine 9 8-9 6-9 9

elevated temperature ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer

9 8-9 9 9

Styrene 8

5

Polypropylene

8 8 8 8

ETFE Polymethylpentene Polypropylene

8 3-4

8 3 8 8 8

8

elevated temperature 9 1 9

5

8

HOPE

elevated temperature 8 6

5%)

room temperature 8

room temperature 9

Sugar elevated temperature 9

room temperature

room temperature ECTFE

8 8

PVC

8

pvc elevated temperature

Sulfochromic Acid elevated temperature PVDF

8

Sulfolane room temperature Acetal Resin Nylon 6 Nylon 610 Polyester - PBT

8 7 8 8

Nylon 6 Nylon 610 Nylon 66 Polyamideimide Polycarbonate Polyphenylene Sulfide Polysulfone PPE

0 0 7 9 0 8-9 0 9

Sulfonates elevated temperature

8 8

Sulfonic p-Hydroxybenzene

PVOF

8

elevated temperature PVOF

Sugars (20-30%)

8

Sulfonic p-Toluene

room temperature 9 9 9 9

elevated temperature PVDF

8

Sulfonitric Acid (31-40%) elevated temperature

elevated temperature ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer

8

Sulfite Liquors

8 8

elevated temperature

ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer

Polyphenylene Sulfide

elevated temperature

Sufuric Acid (20-300/0)

Nylon 12 Nylon 612

8

Sulfinol

9 8 9

Nylon 12 Nylon 612

8 8

elevated temperature

9 8 8 9

Acrylic Resin

8 8 8-9

Sulfates

8

room temperature

ABS PVOC SAN Copolymer

8 8-9

room temperature

Sucrose ABS Polypropylene PVOC SAN Copolymer

room temperature Polymethylpentene Polypropylene

ECTFE HOPE

elevated temperature General Purpose Polystyrene

4

elevated temperature

Sucrose (20-30%)

Sugar Beet

8 8 8-9 8 8 2 8

room temperature General Purpose Polystyrene

Sulfamic Acid

room temperature

HOPE

8 8 9 8

Sulfadiazine

General Purpose Polystyrene

Sucrose (10-20%)

(~

Nylon 12 Nylon 612 Polypropylene PVOF

8 7 7 8 8

elevated temperature ECTFE ETFE PVC PVOF

5

STP Gas Treatment Fluorinated PE HOPE Polyolefin/Nylon Alloy

ECTFE Nylon 12 Nylon 612 Polypropylene PVC

Sufuric Acid

8 8 8 8 9

elevated temperature

Succinic Acid

0

elevated temperature Acetal Resin Acrylonitrile Copolymer ETFE HOPE Nylon 6 Nylon 610 Polyester - PST PVOF

7-8

Acrylic Resin

room temperature Acetal Resin Acrylonitrile Copolymer Cellulose Acetate Butyrate HOPE Nylon 11 Nylon 12 Nylon 6 Nylon 610 Nylon 66 Polycarbonate Polyester - PBT

8-9

elevated temperature pvc

elevated temperature

room temperature ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer

room temperature PVC

General Purpose Polystyrene

room temperature

ABS PVOC SAN Copolymer

Succinic Acid (51-75%)

room temperature

Strontium Salicylate

Amorphous Nylon Nylon 12 Nylon 6 Nylon 612 Polypropylene

elevated temperature 8

Polypropylene

room temperature

ABS PVOC SAN Copolymer

HOPE

elevated temperature

Strontium Chloride CPVC

8

room ternperature

room temperature ABS ASA General Purpose Polystyrene Impact Polystyrene PVOC SAN Copolymer

room temperature 7

Strawberry Syrup General Purpose Polystyrene SAN Copolymer

Sugars

room temperature

7

PVOF

8 8

Sulfur

7

7

room temperature ABS ASA Cellulose Acetate Butyrate

7 9 9

Note: Numbers refer to POL Resistance Ratings (0-9 scale with 9 as highest resistance.)

© Plastics Design Library

Section Two

1050

Chemical Sort with POL Resistance Rating

CPvc ECTFE General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE Nylon 11 Nylon 12 Nylon 6 Nylon 610 Nylon 612 Nylon 66 Polycarbonate Polyester - PBT Polypropylene PVC PVOC SAN Copolymer

8 8 8 8 8-9 8 8 8 8 8-9 8 8 8 8 8 8-9 8 9 9

elevated temperature ASS ASA ECTFE ETFE General Purpose Polystyrene HOPE Impact Polystyrene lonomer Polypropylene PVC PVOC PVOF SAN Copolymer

7 7 8 8 8 8 8 8 9 8 8 7-8 7

Sulfur Chloride room temperature ASS ECTFE Polypropylene PVOC PVOF SAN Copolymer

2 8 8 3 8 2

elevated temperature ABS PVOC SAN Copolymer

2 2 2

Sulfur Dichloride

(~ room temperature Nylon 12 Nylon 6

8 6 8 8 8 7 8 3-8 5-9 8 5

Sulfur Hexafluoride room temperature Acetal Resin ASA General Purpose Polystyrene Impact Polystyrene Nylon 6 Nylon 610 PES Polycarbonate Polyester - PST Polyester - PET SAN Copolymer

8 7 6 8 8 8 9 8 8 9 7

elevated temperature Polycarbonate

8

Sulfur Trioxide room temperature ASS ETFE HOPE LOPE Nylon 11 PVC PVOC PVOF SAN Copolymer

7 8 3 8 5 8 7 2 9

elevated temperature ASS LOPE Nylon 11 PVC PVOC SAN Copolymer

7 8 1 8 7 9

Sulfuric Acid (:=;; 5%)

room temperature PVOF

Sulfur Dioxide

HOPE lonomer LOPE Nylon 12 Nylon 612 Polyimide Polyphenylene Sulfide PVC PVOC PVOF SAN Copolymer

8

5%) 6 3

Sulfur Dioxide (20-300/0) elevated temperature Polyphenylene Sulfide

8

Sulfur Dioxide room temperature ABS Acetal Resin Acrylic Resin Cellulose Acetate Cellulose Acetate Butyrate CTFE ECTFE HOPE lonomer LOPE Nylon 12 Nylon 6 Nylon 610 Nylon 612 Nylon 66 PES Polycarbonate Polyimide Polypropylene PVC PVOC SAN Copolymer

2-7 2 2-8 1 1 9 8 8 8 8 8 6-8 8 8 4 1-7 8 7 8 3-8 7-9 5

elevated ten1perature ASS Acrylic Resin ECTFE ETFE

2-7 8 8 8

room temperature ASS ABS/PU Alloy Acetal Resin Acrylic Resin AcryliC/PVC Alloy Amorphous Nylon Cellulose Acetate Cellulose Acetate Butyrate Cellulose Propionate CTFE LOPE Nylon 11 Nylon 12 Nylon 6 Nylon 610 Nylon 66 PC/ASS Alloy PC/Polyester Alloy PEEK Polyallomer Polyester - PST Polyester - PET Polyester - PETG Polypropylene PVC Styrene Butadiene Copolymer

9 9 2-9 8-9 8 3 3 6 9 9 9 8 6 1-3 4 1-4 8 9 8 9 8-9 9 6 8-9 8 8

elevated temperature Nylon 11 Polyester - PST Polyester - PET Polyimide Polypropylene Polysulfone PVC Styrene Butadiene Copolymer

1-5 7-8 9 3 9 8 8 9

Sulfuric Acid (5-10%) room temperature ABS Acrylic Resin

5-9 8

Acrylonitrile Copolymer Amorphous Nylon Aromatic Polyamide ASA Cellulose Acetate Cellulose Acetate Butyrate ECTFE ETFE Expanded PE Beads Expanded PP Beads FEP General Purpose Polystyrene HOPE Impact Polystyrene Nylon 11 Nylon 12 Nylon 46 Nylon 6 Nylon 610 Nylon 612 Nylon 66 PC/Polyester Alloy PEEK PES PFA Polyamideimide Polyarylsulfone Polycarbonate Polyester - PBT Polyester - PCTG Polyester - PET Polyetherimide Polyimide Polymethylpentene Polyphenylene Sulfide Polypropylene Polysulfone PPE PVC PVOC PVOF SAN Copolymer

5 7 1-8 9 0 7 3-8 6-9 8 8 3-9 3-9 6-7 6-9 8 6-7 2 1 6 7 2-8 7-9 7-8 3-8 3-9 9 9 6-9 3-9 8 8 0 4-8 8 6-7 8-9 5-8 8-9 7-9 9 6-8 6-9

elevated temperature ASS Acrylic Resin ASA ECTFE ETFE FEP General Purpose Polystyrene Impact Polystyrene Nylon 11 Nylon 12 Nylon 612 PEEK PES PFA Polyam ideim ide Polyarylsulfone Polyester - PBT Polyetherimide Polyimide Polymethylpentene Polyphenylene Sulfide Polypropylene Polysulfone PPE PVC PVOC PVOF SAN Copolymer

7 6 9 1-8 4-9 3-9 9 9 1 1 1 2-7 1-7 3-9 2-7 7-9 2-5 0-7 2-7 8 1-8 8-9 1-7 8 8 7 2-7 7-9

Sulfuric Acid (10-200/0) room temperature Acrylic Resin Cellulose Acetate Cellulose Acetate Butyrate CPVC CTFE PC/Polyester Alloy Polyester - PCT Polyester - PCTG Polyester - PET Polyester - PETG Polyetherimide Polypropylene pvc PVOC Rigid PU

8 0 5 8-9 9 9 9 7-9 6-7 9 8 9 8 8-9 9

Note: Numbers refer to POL Resistance Ratings (0-9 scale with 9 as highest resistance.)

Section Two

© Plastics Design Library

1051

Chemical Sort with POL Resistance Rating pvc

elevated temperature CPVC Polybenzim idazole Polyimide Polysulfone PVC PVOC

8 2 6 8 8 7

Sulfuric Acid (20-300/0) room temperature ABS Acetal Resin Acrylic Resin Acrylic/PVC Alloy Acrylonitrile Copolymer Cellulose Propionate CTFE ECTFE EVOH FEP Impact Polystyrene lonomer LOPE Nylon 12 Nylon 6 Nylon 612 Nylon 66 Nylon MX06 PEEK PEK PFA Polyallomer Polybenzim idazole Polycarbonate Polyester - PET Polyester - PETG Polymethylpentene Polypropylene PVOC Rigid PU SAN Copolymer Styrene Butadiene Copolymer TFE

7-8 1 8-9 8 6 5 9 8 4-8 9 9 8 9 3-5 1 5 2 9 8 9 9 9 6-9 7 9 6 8 8-9 9 9 9 8 9 7 9 8 9 8 1 1 0 8-9 9 9 2-9 7-9 9 8 3-9 9 9 7 9 9

Sulfuric Acid (31-400/0) room temperature Amorphous Nylon ASA General Purpose Polystyrene Impact Polystyrene PC/Polyester Alloy Polycarbonate Polyester - PBT Polyester - PET Polyimide PVC PVOC SAN Copolymer

7 9 9 9 6-9 8 5-9 8 8 8 8 9

elevated temperature ASA General Purpose Polystyrene Impact Polystyrene PC/POlyester Alloy PES Polycarbonate Polyester - PBT Polyketone Polysulfone

7 8 8 6-9 8 8 1-9 3-7 8

8 7 7-9

Sulfuric Acid (41-500/0) room temperature ABS ASA CPVC ECTFE General Purpose Polystyrene HOPE Impact Polystyrene LOPE MOPE Nylon 12 Nylon 612 PEEK PEK Polycarbonate Polypropylene PVC PVOC SAN Copolymer UHMWPE

7 9 8-9 8 9 6-8 9 8 8 1 1 9 9 8 4-9 3-8 8 9 8

elevated temperature ASS ASA CPVC CTFE ECTFE General Purpose Polystyrene HOPE Impact Polystyrene LOPE Liquid Crystal Polymer MOPE Nylon 12 Nylon 612 PEEK PES Polyphenylene Sulfide Polypropylene

pvc

elevated temperature ABS CTFE ECTFE FEP lonomer Nylon 12 Nylon 612 Nylon 66 PES PFA Polyamideimide Polybenzim idazole Polycarbonate Polyester - PET Polymethylpentene Polyphenylene Sulfide Polysulfone PPE PVOC SAN Copolymer TFE

PVOC SAN Copolymer

PVOC PVOF SAN Copolymer TFE UHMWPE

7 7 8 9 8 8 8 8 8 9 8 1 1 9 9 8 1-8 1-8 7 7-8 7 9 8

Sulfuric Acid (51-750/0) room temperature ECTFE HOPE LOPE MOPE Polycarbonate Polymethylpentene Polyphenylene Sulfide Polypropylene PPE PVC PVOC UHMWPE

8 8 6-8 6 7 8 8 9 8 8-9 8-9 8

elevated temperature ECTFE ETFE HOPE LOPE Liquid Crystal Polymer MOPE Polymethylpentene Polypropylene Polysulfone PPE PVC PVOC PVOF UHMWPE

8 8 5-8 5 2-6 5 8 7 0-8 3-8 8-9 7 8 6

Sulfuric Acid (76-970/0) room temperature ABS Acetal Resin Acrylic Resin Amorphous Nylon Cellulose Acetate Butyrate CPVC ECTFE HOPE

3-5 2 2 1 0 8-9 8 5-8

LOPE Liquid Crystal Polymer LLOPElEVA MOPE Nylon 12 Nylon 46 Nylon 6 Nylon 610 Nylon 612 Polyester - PST Polyimide Polypropylene Polysulfone PPE PVC PVOC PVOF

5-8 2-4 9 5-6 1 0 0 0 1 2 1-5 7 0 3-8 1-9 5-7 8

elevated temperature ABS Acrylic Resin CPVC CTFE ECTFE HOPE LOPE Liquid Crystal Polymer MOPE Nylon 12 Nylon 612 Polyimide Polysulfone PPE PVC PVOC PVOF

3-5 2 2-4 9 8 2-8 2 2-5 2 1 1 1-5 8 3-8 1-8 3-5 2-8

Sulfuric Acid room temperature ABS Acrylic Resin ASA ECTFE General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE Liquid Crystal Polymer MOPE Nylon 12 Nylon 6 Nylon 66 Nylon MX06 PEEK PFA Polyallomer Polycarbonate Polyester - PBT Polyester - PETG Polyimide Polymethylpentene Polypropylene PPE PVC PVOC PVOF Rigid PU SAN Copolymer SMA Copolymer SMA/PC Alloy Styrene Butadiene Copolymer UHMWPE

2-8 0-9 3 8 2-8 2-5 2-4 2 2-6 5-9 2-5 1-3 1 0-4 0 0 9 8 0-5 2 1 8 8 1-9 3-8 8 5-8 2-8 0 2-8 3-8 8 2 8

elevated temperature ABS ASA ECTFE ETFE General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE PFA Polyester - PST Polymethylpentene Polyphenylene Sulfide Polypropylene PPE PVC

2 3 8 8-9 4-6 2-3 3 2 2-5 2 9 2 6 6 1-5 8 8

Note: Numbers refer to POL Resistance Ratings (0-9 scale with 9 as highest resistance.)

© Plastics Design Library

Section Two

1052

Chemical Sort with POL Resistance Rating

pvoc PVOF SAN Copolymer UHMWPE

2-8 2-8 2-8 3

room temperature HOPE elevated temperature HOPE

(~ room temperature Acrylic Resin pvoc

7 5

50/0)

elevated temperature pvoc

8 7

5

Sulfurous Acid (5-10%) room temperature ASS Amorphous Nylon Nylon 66 pvoc elevated temperature ASS pvoc

8

5 3-5 1-8 7 5 5

5 2 5-6 8 8 8 8 8 6 8 1 8 8 8 5 7 5 8 8 8 8 8 8 8 8 2 7

2 3 2 2 2-7 2 2 6 4 4-6 2 8 2

Sulfuryl Fluoride room temperature PVOF

8

Suntan Lotion room temperature ABS Acrylic/PVC Alloy elevated temperature Acrylic/PVC Alloy HOPE

room temperature Acetal Resin Nylon 6 Nylon 610 Nylon 66 Polyester - PST

4 8 7 8

2 2 8 8-9 8 8-9

Tannic Acid (5-100/0) 8 8 8 8 8 8

8 8 8 8 8

Syl (0-) (~ 5%) room temperature Polyetherimide

SUlfuryl Chloride room temperature ASS HOPE Polycarbonate PVOC PVOF SAN Copolymer elevated temperature ABS ETFE FEP PFA PVOC PVOF SAN Copolymer

8 6-8 8 8

Sweat

Sulfurous Acid room temperature ASS Acetal Resin Acrylic Resin ECTFE HOPE lonomer LOPE MOPE Nylon 6 Nylon 610 PES Polyester - PBT Polypropylene PVC PVOC SAN Copolymer elevated temperature ABS ECTFE ETFE HOPE lonomer LOPE MOPE Polyphenylene Sulfide PVC PVOC SAN Copolymer

room temperature Acetal Resin Nylon 6 Nylon 610 Polyester - PST elevated temperature Acetal Resin Nylon 6 Nylon 610 Nylon 66 Polyester - PST PVOF

(~ 5%) room temperature General Purpose Polystyrene Impact Polystyrene pvoc SAN Copolymer elevated temperature pvoc SAN Copolymer

Tannic Acid

Surfactants

Su Ifuric Ether

Sulfurous Acid

(~ 50/0) elevated temperature Polysulfone

Surfactants

3-9

room temperature HOPE LOPE Polypropylene elevated temperature Cellulose Acetate HOPE LOPE Polypropylene

8 6 8 3 8 6 8

Tannic Acid (10-20%) room temperature pvoc SAN Copolymer elevated temperature PVDC SAN Copolymer

8 7 8 7

Tannic Acid (20-30%)

Syl (0-) room temperature Polyetherim ide

3-9

room temperature CPvc

8-9

Tannic Acid

Syrups room temperature ABS HOPE Polycarbonate Polypropylene elevated temperature HOPE Polycarbonate Polypropylene

8 8 3 9 8 3 9

Talcum Powder room temperature ABS Cellulose Acetate Butyrate

9 5

Tall Oil room temperature Acetal Resin CPVC ECTFE Nylon 6 Nylon 610 Polyester - PBT pvc

8 8 8 8 8 8 8

elevated temperature CPVC ECTFE ETFE pvc PVOF

8 8 8 8 8

Tallow room temperature Acetal Resin HOPE lonomer LOPE MOPE Nylon 12 Nylon 6 Nylon 610 Nylon 66 Polyester - PBT Polypropylene elevated temperature HOPE lonomer LOPE MOPE Polypropylene PVOF

8 6-8 6 6-8 6 8 8-9 8 8 8 9 8 5 5 5 9 8

room temperature ABS Acrylic Resin ASA ECTFE General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Polyimide Polymethylpentene Polypropylene PVC PVOC SAN Copolymer elevated temperature ABS Acrylic Resin ASA ECTFE ETFE General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Polyimide Polymethylpentene Polyphenylene Sulfide Polypropylene pvc PVOC PVOF SAN Copolymer

7-9 8 9 8 2-9 6 2-8 8 6 6 7 8 8-9 8 8-9 8-9 5-9 8 9 8 8 4-9 6 8 8 6 6 7 8 8 9 8 8 8 7-9

Tannin room temperature General Purpose Polystyrene Impact Polystyrene elevated temperature General Purpose Polystyrene Impact Polystyrene

6 6 6 5

Tanning Solutions room temperature ECTFE lonomer LOPE PVC

8 8 6 8

Note: Numbers refer to POL Resistance Ratings (0-9 scale with 9 as highest resistance.)

Section Two

© Plastics Design Library

1053

Chemical Sort with POL Resistance Rating

elevated temperature ECTFE lonomer LOPE PVC

8 8 6 8

Tapping Oil room temperature Polycarbonate Polyester - PETG elevated temperature Polycarbonate

8 7 4-8

Tar room temperature Acetal Resin ECTFE Nylon 12 Nylon 6 Nylon 610 Nylon 612 Nylon 66 PES Polyester - PBT elevated temperature ECTFE Nylon 12 Nylon 6 Nylon 610 Nylon 612 PVOF

8 8 8 6-8 8 8 6 7 8 8 8 6 6 8 8

Tar and Bug Remover

6 8 8 7 7 8 8-9 8 8 8-9 9 8 9 8 8 8 6-8 8 8 8 2 5-8 5 5 7 8 8 9 8 8 7-8 8-9

Tea

room temperature ASA PC/Polyester Alloy PPE PPElNylon Alloy

6-7 3-9 8-9 4

(~ 50/0) room temperature Acetal Resin

Tartaric Acid

9

Tartaric Acid (5-100/0) room temperature Acetal Resin Amorphous Nylon LOPE Nylon 12 Nylon 6 Nylon 610 Nylon 66 TFE elevated terrlperature LOPE

Tartaric Acid (20-30

Nylon 6 Nylon 612 Nylon 66 PES Polyimide Polymethylpentene Polypropylene PVC PVOC SAN Copolymer elevated temperature ABS Acrylic Resin ASA CPVC ECTFE ETFE General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE Nylon 11 Nylon 12 Nylon 612 Polyimide Polymethylpentene Polyphenylene Sulfide Polypropylene PVC PVOC PVOF SAN Copolymer

%

8 5-7 8 8 4-8 5 6 8 8 )

room temperature Impact Polystyrene Nylon 66 Polycarbonate TFE

6 7 8 8

3 5

Tartaric Acid (51-750/0) room terrlperature TFE

7-9 7 7-9 6-9 8 6-9 8 8 8 7-9

room temperature Polycarbonate elevated temperature Polycarbonate

4-8 2

Tenite 8

Tartaric Acid room temperature ABS Acrylic Resin Amorphous Nylon ASA Cellulose Acetate CPVC ECTFE General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE Nylon 11 Nylon 12

9 5-6 7 9 6 7 8-9 8 8-9 8 8 8 7 7 8 7-9

Tear Gas

Tartaric Acid (41-500/0) room temperature Nylon 6 Nylon 610

room temperature ABS Acrylic Resin Acrylic/PVC Alloy ASA Cellulose Acetate Cellulose Acetate Butyrate General Purpose Polystyrene HOPE Impact Polystyrene Nylon 12 Nylon 6 Nylon 612 Polycarbonate Polyester - PET PVOC SAN Copolymer elevated temperature ABS Acrylic/PVC Alloy ASA General Purpose Polystyrene HOPE Impact Polystyrene Nylon 12 Nylon 612 PVOC SAN Copolymer

9 8 5-6 9 6 8 8 8-9 8 6-9 8 2 8 8

room temperature General Purpose Polystyrene Impact Polystyrene

8 8

Tergiquat (~ 50/0) room temperature Polyetherimide

5-9

Tergiquat room temperature Polyetherimide

6-9

Tergitol 7 room temperature Polysulfone

9

Tergitol15S12 room temperature Polysulfone

4

Terpineol room temperature Cellulose Acetate Cellulose Acetate Butyrate Polycarbonate

9 8 4-8

Tetra(2-Ethylbutyl) Silicate elevated temperature Cellulose Acetate Cellulose Acetate Butyrate

6 9

Tetrabromoethane room temperature HOPE elevated temperature HOPE

4 3

Tetrabromoethane (1,1,2,2-) elevated temperature PVOF

8

Tetrabromoethane (sec-) room temperature Cellulose Acetate Cellulose Acetate Butyrate

3 2

Tetrachlorodifluoroethane room temperature Polysulfone

4-8

Tetrach loroethane room temperature ABS ASA Cellulose Acetate Cellulose Acetate Butyrate CTFE General Purpose Polystyrene HOPE Impact Polystyrene Polyimide PVOC SAN Copolymer elevated temperature ABS ASA EVOH General Purpose Polystyrene HOPE Impact Polystyrene PVOC SAN Copolymer

2 3 0 0 9 0-2 3-4 0-2 8 5 2-3 2 0 1-9 0 3 0 3 0-2

Tetrachloroethane (1,1,2,2-) elevated temperature PVOF

8

Tetrachloroethylene room temperature ABS Acetal Resin Acrylonitrile Copolymer Amorphous Nylon ASA Cellulose Acetate Cellulose Acetate Butyrate CTFE General Purpose Polystyrene Impact Polystyrene Nylon 6 Nylon 610 Nylon 66 Polyester - PBT Polyetherimide SAN Copolymer elevated temperature Acetal Resin ASA General Purpose Polystyrene Impact Polystyrene Nylon 6 Nylon 610 Polyester - PBT

2 8 7 8 5 9 2 7 0-2 0-2 5 5 8 6 8 2-5 6 4 0 0 2 2 2

Note: Numbers refer to POL Resistance Ratings (0-9 scale with 9 as highest resistance.)

© Plastics Design Library

Section Two

1054 Chemical Sort with POL Resistance Rating

PVOF SAN Copolymer

7 4

Te'lrachloromethane room temperature ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer

3 0 0 3

elevated temperature ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer

Tetrachlorophenol (2,3,4,S-) room temperature pvoc SAN Copolymer

0 0 0 0

9 7

elevated temperature ETFE PVDC PVOF SAN Copolymer

8 5 8 2

Tetraethyllead room temperature ECTFE HOPE LOPE Nylon 11 Nylon 6 Nylon 610 Nylon 66 PEEK PVC

8 8 8 8 2 2 8 9 8

elevated temperature ECTFE ETFE PVC PVOF

8 8 3 8

8 8 8

0 2

8

Tetrahydrofuran room temperature ASS Acetal Resin Acrylic Resin Acrylonitrile Copolymer Amorphous Nylon ASA CPVC CTFE ECTFE EVOH Fluorinated PE General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE Liquid Crystal Polymer MOPE Nylon 12 Nylon 46 Nylon 6 Nylon 610 Nylon 612 Nylon 66 PES Polyarylam ide Polybenzim idazole Polyester - PBT

0 9 0 2 1 3 6-8 1-9 0 2-5 0 2 2 2 3 3

7 8 9 0 2 4 5-8 4-5 0 0 3 0-1

TetrahydrofurfuroI room temperature ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer

Cellulose Acetate Cellulose Acetate Butyrate

0 6-7 2 2 2 0 2 1 2-3 3-9 1 0-2 1-5 0-2 2 2 5 2 7-8 8 5-9 5 7 8 1 7 9 2-6

Acrylonitrile Copolymer General Purpose Polystyrene Impact Polystyrene SAN Copolymer

3 3 3 3 3 3 3 3

4 0

8 2 2 2

3

elevated temperature 2

PVOC

Tetrahydronaphthalene room temperature 2 8 8 8 2

Acrylic Resin HOPE Nylon 12 Nylon 612 Polycarbonate

elevated temperature 3 5 5

HOPE Nylon 12 Nylon 612

Tetralin room temperature ASS Acetal Resin ASA General Purpose Polystyrene HOPE Impact Polystyrene Nylon 12

6-9 6 8 8 4-5 2 2-3

elevated temperature ASS ASA General Purpose Polystyrene HOPE Impact Polystyrene Polypropylene PVOC SAN Copolymer

0 3 0 2-3 0 4-5 2 2-3

Tetramethylammonium Hydroxide (5-100k) elevated temperature PVOF

8

Tetramethylammonium Hydroxide (41-50%) elevated temperature ETFE

8

Tetramethylurea room temperature PVOF

2

Tetrasodium Pyrophosphate room temperature PVC

8

elevated temperature PVC

8

PVOF

8

Thioglycolic Acid room temperature 7

ABS HOPE PVOC SAN Copolymer

8 8 9

elevated temperature ASS HOPE PVOC PVOF SAN Copolymer

7 8 8 8 9

Thionyl Chloride room temperature

Tetrahydrofurn roon, temperature PVDC

Nylon 6 Nylon 610 Nylon 66 Polyester - PBT Polypropylene PVOC SAN Copolymer

Thioglycol room temperature

Tetrahydrofurfuryl Alcohol room temperature

Tetrahydrofuran (5-10%) room temperature Nylon 66

elevated temperature ABS Acetal Resin ASA CPVC CTFE ECTFE ETFE EVOH General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Nylon 12 Nylon 612 Nylon 66 PFA Polyam ideimide Polycarbonate Polyester - PST Polymethylpentene Polyphenylene Sulfide Polypropylene Polysulfone PPE PVC SAN Copolymer

Tetrahydrofurfuryl room temperature

Te'lra'fluoropropanol room temperature Nylon 6 Nylon 610

9 4 9 4-8 3 2 0 0-2

elevated temperature

Tetrafluoromethane room temperature Acetal Resin Nylon 6 Nylon 610

Polyester - PET Polymethylpentene Polyolefin/Nylon Alloy Polypropylene PVC PVOF Rigid PU SAN Copolymer

0

8 3 0-2 2-8 0-2

ASS ASA CPVC ECTFE General Purpose Polystyrene HOPE Impact Polystyrene lonomer Nylon 12 Nylon 6 Nylon 66 PVC PVOC PVOF SAN Copolymer

2 0 2 8 0-2 3 0-2 2 1 1-3 1 3 3 2-7 0

elevated temperature ASS ASA CPVC CTFE ECTFE ETFE General Purpose Polystyrene Impact Polystyrene lonomer PVC PVOC PVOF SAN Copolymer

2 0 2 1

8 8 0 0 2 3 2

8 0

8

Note: Numbers refer to POL Resistance Ratings (0-9 scale with 9 as highest resistance.)

Section Two

© Plastics Design Library

1055 Chemical Sort with POL Resistance Rating

Nylon 612 SAN Copolymer

Thiophene room temperature ASA General Purpose Polystyrene HOPE Impact Polystyrene Nylon 12 Nylon 612 Polycarbonate SAN Copolymer

3 0 5 0 8 8 2 3

elevated temperature ASA General Purpose Polystyrene HOPE Impact Polystyrene Nylon 12 Nylon 612 SAN Copolymer

3 0 3 0 5 5 3

Tin (II) Salts (5-100/0) Acetal Resin Nylon 6 Nylon 610 Nylon 66

room temperature

elevated terrlperature ETFE

room ternperature

elevated temperature

room temperature

ETFE

elevated temperature PVOF

8

Thyme room temperature General Purpose Polystyrene Impact Polystyrene Polycarbonate

8 8 8

elevated temperature General Purpose Polystyrene Polycarbonate

8 4

Thyme Oil room temperature Cellulose Acetate Cellulose Acetate Butyrate

9 0

Thymol room temperature ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer

3 2-5 2-3 3

elevated temperature ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer

3 3 3 3

Tigu (10-200/0) 5

Tin ( 3 3 3 3

elevated temperature ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer

3 3 3 3

Tin (II) Chloride room temperature ASA General Purpose Polystyrene HOPE Impact Polystyrene Nylon 12 Nylon 612 SAN Copolymer

9 9 8 9 8 8 9

elevated temperature ASA General Purpose Polystyrene HOPE Impact Polystyrene Nylon 12

room ternperature Amorphous Nylon ASA Cellulose Acetate Cellulose Acetate Butyrate General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Polycarbonate PVC PVOC SAN Copolymer

8 3 2 2 2-3 2 2-3 2 2 2 8 8 3 3

elevated temperature ASA CTFE ETFE General Purpose Polystyrene Impact Polystyrene lonomer LOPE MOPE Polycarbonate PVC PVOC PVOF SAN Copolymer

0 4 8 0 0 2 2 2 2 3 2 7-8 0

room temperature Cellulose Acetate Butyrate

6

Tobacco Tars

room temperature ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer

8

Titanium Tetrachloride

TNT

room temperature Amorphous Nylon

8

Titanium Dioxide

Thread Cutting Oils 8

8

Tirpineol PVC

PVC

8

Tin Tetrachloride

room temperature 2

8 5 8 5

Tin Chloride (5-100/0) Polyetherim ide

9 8 8 9 8

room temperature General Purpose Polystyrene Impact Polystyrene

8 8

Toluene (~ 50/0) room temperature Polysulfone

2

Toluene (10-200/0) room temperature Nylon 66 PES Polyester - PBT Polyetherimide Polyphenylene Sulfide

7-9 1-9 8-9 1-7 5-8

elevated temperature Nylon 66 PES Polyester - PBT Polyetherim ide Polyphenylene Sulfide

8-9 1-8 5 1 3-6

Toluene (51-750/0) room temperature SAN Copolymer

Toluene (76-970/0) room temperature Polyester - PET

room temperature

Thiophosphoryl Chloride PVOF

8 9

2

4

Toluene room temperature ABS Acetal Resin Acrylic Resin AcryliC/PVC Alloy Amorphous Nylon ASA Cellulose Acetate Cellulose Acetate Butyrate Cellulose Propionate CPVC CTFE ECTFE Expanded PE Beads Expanded PP Beads FEP General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Nylon Nylon 11 Nylon 12 Nylon 46 Nylon 6 Nylon 610 Nylon 612 Nylon 66 Nylon MX06 PC/ABS Alloy PC/Acrylic Alloy PC/Polyester Alloy PC/SEBS Alloy PC/SEPAIIOY PE Foam PEEK PES PFA Polyallomer Polyamideimide Polyarylamide Polyarylsulfone Polycarbonate PC/LLOPE Alloy Polyester - PBT Polyester - PCT Polyester - PCTG Polyester - PET Polyester - PETG Polyetherim ide Polyimide Polymethylpentene Polyphenylene Sulfide Polyphthalam ide Polypropylene Polysulfone PPE PVC PVOC Rigid PU SAN Copolymer SMA Copolymer Styrene Butadiene Copolymer SMA/PBT Alloy TFE UHMWPE

0-4 4-8 0-9 2 8 0 2 2 2 2 4-9 8 5 5 9 0-2 2-5 0-2 2 2-3 2 7 8 8 8 8-9 8 7-8 6-9 9 1 1 0-9 1 1 4 8-9 1-8 9 2 8-9 7 6-7 0-3 1 4-9 6 1-4 4-9 0-2 3-8 6-9 4 6-8 9 2-4 0-1 3-9 3 5 8-9 0-2 0-5 0 0-9 9

6

elevated temperature ABS Acetal Resin Acrylic Resin ASA CPVC CTFE ECTFE ETFE EVOH FEP Fluorinated PE General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE

0 4-8 2 0 2 2 2-8 8 1-9

8 9 0 1-5 0 2 2

Note: Numbers refer to POL Resistance Ratings (0-9 scale with 9 as highest resistance.)

© Plastics Design Library

Section Two

1056 Chemical Sort with POL Resistance Rating

Liquid Crystal Polymer MOPE Nylon 11 Nylon 12 Nylon 6 Nylon 610 Nylon 612 Nylon 66 PES PFA Polyamideim ide Polyarylsulfone Polycarbonate Polyester - PBT Polyester - PET Polyimide Polymethylpentene Polyolefin/Nylon Alloy Polyphenylene Sulfide Polypropylene Polysulfone PPE PVC PVOC PVOF SAN Copolymer TFE UHMWPE

5 2 5 7 8 8 7 5-7 0-5 7-8 9 1-6 0-3 0-3 9 2-9 4 9 1-9 2-4 0 0 3 5 7-8 0-2 8 3

Toluene Diisocyanate room temperature CTFE elevated temperature PVOF

9 7

Toluenesulfonyl Chloride elevated temperature PVOF

8

Tolylene Diisocyanate room temperature Acetal Resin

8

Tomato Concentrate room temperature Polycarbonate

8

Tomato Juice room temperature ABS Acrylic/PVC Alloy Amorphous Nylon ASA Cellulose Acetate Cellulose Acetate Butyrate ECTFE General Purpose Polystyrene HOPE Impact Polystyrene Nylon 12 Nylon 612 Polyallomer Polycarbonate Polyester - PET Polysulfone PVOC SAN Copolymer elevated temperature ABS Acrylic/PVC Alloy ASA ECTFE General Purpose Polystyrene HOPE Impact Polystyrene Nylon 12 Nylon 612 Polyallomer Polyphenylene Sulfide PVOC PVOF SAN Copolymer

7-8 7 8 9 6 6 8 8-9 8 8-9 8 8 7-9 8 9 8 8 7-9 7 7 7 8 6-8 7-8 8 8 8 5 8 8 8 7-8

Toothpaste room temperature ABS General Purpose Polystyrene Impact Polystyrene Nylon 12

2 8 8 8

Nylon 6 Nylon 612 elevated temperature General Purpose Polystyrene Nylon 12 Nylon 612

8 8 8 8 8

Traffic elevated temperature PC/Polyester Alloy

9

Transformer Oils room temperature Acetal Resin Acrylic Resin ASA ECTFE General Purpose Polystyrene HOPE Impact Polystyrene LOPE Nylon 12 Nylon 46 Nylon 6 Nylon 610 Nylon 612 Nylon 66 PES Polyallomer Polycarbonate Polyester - PBT Polyester - PETG Polymethylpentene Polyphenylene Sulfide Polypropylene pvc SAN Copolymer Styrene Butadiene Copolymer elevated temperature Acetal Resin Aromatic Polyam ide ASA Cellulose Acetate Cellulose Acetate Butyrate ECTFE General Purpose Polystyrene HOPE Impact Polystyrene LOPE Nylon 12 Nylon 6 Nylon 610 Nylon 612 Polycarbonate Polyester - PST Polymethylpentene Polyphenylene Sulfide Polypropylene PVC SAN Copolymer

8 7-9 9 8 8 8 8 5 8 8 8-9 8 8 8 8-9 6 8 8 5 8 9 7-9 8-9 9 1 8 9 5 6-7 8 8 3 5-6 6 2 8 8 8 8 4-8 8 4 9 4 7-9 5

Transmission Fluid room temperature Acrylic Resin ASA ASA/PVC Alloy ECTFE ETFE FEP Nylon 66 PC/Polyester Alloy PEEK PES PFA Polycarbonate Polyester - PBT Polyester - PCT Polyester - PCTG Polyester - PET Polyester - PETG Polyetherimide Polyphenylene Sulfide Polypropylene Polysulfone PPE PVOF Rigid PU SMA Copolymer SMA/PC Alloy

8 9 8 1-9 9 3-9 6-9 4-9 9 9 5-8 8-9 9 9 8-9 6-8 9 0-9 7-9 9 8-9 3-9 6-8 9 8 8

elevated temperature Acetal Resin ECTFE ETFE FEP Liquid Crystal Polymer Nylon 66 PC/Polyester Alloy PEEK PES PFA Polyamideimide Polycarbonate Polyester - PBT Polyester - PET Polyetherimide Polyketone Polyphenylene Sulfide Polyphthalam ide Polysulfone PPE PVOF SMA/PC Alloy

9 1-9 9 3-9 6-9 1-9 1-9 6-9 7-9 3-8 9 2-8 1-9 7-9 0-8 8-9 1-8 9 6-8 3-8 4-8 8

Tribromoethylbenzene room temperature ABS PVOC

2 9

elevated temperature ABS PVDC

2 5

Tributyl Citrate room temperature PVC

8

Tributyl Phosphate room temperature CPvc ECTFE HOPE lonomer Nylon 11 Polypropylene PVC PVOF elevated temperature CPVC ECTFE ETFE FEP lonomer Nylon 11 PFA Polypropylene PVC PVDF

2 8 8 5 8 8 3 8 2 2 8 5 5 5-8 5-7 5 3 7

Tributylamine elevated temperature ETFE

Trichloroacetic Acid room temperature Cellulose Acetate Butyrate

6-9

(~

5%) 2-7

Trichloroacetic Acid (5-100/0) room temperature Amorphous Nylon HOPE Polymethylpentene Polypropylene elevated temperature HOPE Polymethylpentene Polypropylene PVOF

8 8 8 9 8 8 9 8

Trichloroacetic Acid (10-200/0) room temperature Polycarbonate

8

Trichloroacetic Acid (41-50%) room temperature Acetal Resin HOPE

2 8

Note: Numbers refer to POL Resistance Ratings (0-9 scale with 9 as highest resistance.)

Section Two

© Plastics Design Library

1057

Chemical Sort with POL Resistance Rating elevated terrlperature HOPE PVOF

8 7-8

Trichloroacetic Acid room temperature ABS Cellulose Acetate ECTFE HOPE Nylon 6 Nylon 610 Nylon 66 Polyester - PBT Polypropylene PVC PVOC SAN Copolymer

2 0 8 8 2 2 2 2 8 8 7 2

elevated temperature 2 9 2-8 7-9 4 7 8 8 3 7-8 2

ABS CTFE ECTFE ETFE HOPE PFA Polyphenylene Sulfide Polypropylene PVOC PVOF SAN Copolymer

Polyester - PET Polyphthalam ide Polysulfone PVOC SAN Copolymer SMA Copolymer SMA/PC Alloy

elevated temperature ABS Acetal Resin ASA ECTFE ETFE Fluorinated PE General Purpose Polystyrene HOPE Impact Polystyrene Liquid Crystal Polymer Nylon 6 Nylon 610 Nylon 66 Polyester - PBT Polyketone Polyolefin/Nylon Alloy PVOC SAN Copolymer

room temperature

Trichloroacetyl Chloride room temperature

elevated temperature

PVOF

PVOF

8

room temperature

room temperature ASA General Purpose Polystyrene HOPE Impact Polystyrene SAN Copolymer

0 0 3 0 0-2

elevated temperature (

ASA General Purpose Polystyrene HOPE Impact Polystyrene SAN Copolymer

0 0 3 0 0

Trichlorobenzene (1,2,4-) room temperature 2 5 2

ABS

pvoc

SAN Copolymer

elevated terrlperature 2 4 5 8 2

ABS PEEK PVOC PVOF SAN Copolymer

(~

6 8-9 3

Trichloroethanol

Trichlorobenzene

Trichloroethane

0 8 0 2-8 8 8 0 4 0 5-6 8 8 8 8 9 9 5 0-2

Trichloroethane (1,1,2-) Acrylonitrile Copolymer CTFE Polyetherimide

7

7-8 9 1-7 5 2-3 3 3

50/0)

room temperature Polysulfone

1-4

Trichloroethane room temperature ABS ABS/PU Alloy Acrylic Resin Acrylonitrile Copolymer Amorphous Nylon ASA CTFE ECTFE General Purpose Polystyrene Impact Polystyrene Nylon 11 Nylon 6 Nylon 610 Nylon 66 Nylon MX06 PC/ABS Alloy PC/Polyester Alloy PEEK PES Polyamideim ide Polycarbonate Polyester - PBT

0 1 2-8 7 8 3 9 8 0-2 0-2 5 7 7 6-9 9 0 1-9 8 1-8 8 0-4 7

Nylon 6 Nylon 610 Polyester - PBT

Trichloroethylene (41-50%

0 2 2

PVOC PVOF SAN Copolymer TFE UHMWPE

0 2 2 8 0 2 1 3-8 8 1-9 0 2-3 0 2 2 9 2 3 2-7 1-7 3 7 2-4 6-9 1-6 1-2 9 1-8 4 2-6 2-5 3 2 7-8 0-1 9 3

Trich lorofluoroethane room temperature 8

Trichlorofl uoromethane 8

elevated temperature PVOF

Trichloroethylene

7

Trichloromethane

room temperature ABS Acetal Resin Acrylic Resin Acrylic/PVC Alloy Acrylonitrile Copolymer Amorphous Nylon ASA Cellulose Acetate Cellulose Acetate Butyrate CPVC CTFE ECTFE General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Nylon 11 Nylon 12 Nylon 6 Nylon 610 Nylon 612 Nylon 66 PC/Polyester Alloy PE Foam PEEK PES Polyamideimide Polyarylamide Polyarylsulfone Polyester - PBT Polyester - PET Polyimide Polymethylpentene Polyphenylene Sulfide Polypropylene Polysulfone PPElNylon Alloy PVC PVOC SAN Copolymer UHMWPE

pvc

Polysulfone

)

room temperature Polyimide

elevated temperature ABS Acetal Resin Acrylic Resin Aromatic Polyam ide ASA CPVC CTFE ECTFE ETFE EVOH General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE Liquid Crystal Polymer MOPE Nylon 12 Nylon 6 Nylon 610 Nylon 612 Nylon 66 PES Polyamideim ide Polyarylsu Ifone Polyester - PBT Polyester - PET Polyimide Polymethylpentene Polyphenylene Sulfide Polypropylene

0-2 2 2 2 5 9 0 2 2 2 2-4 3-8 0-2 2-7 0-2 2 2 2 5 5-6 4-6 2 5 5-6 6 0 8 1-8 9 7 8-9 2-8 8 4-8 4 3-5 2-5 0-1 1 3 2 0-2 6

elevated temperature ETFE PVOF

8 7

Trichlorophenol room temperature ASA General Purpose Polystyrene Impact Polystyrene PVOC SAN Copolymer

0 0 0 7-9 0

elevated temperature ASA General Purpose Polystyrene Impact Polystyrene PVOC SAN Copolymer

0 0 0 7 0

Trichlorophenol (2,4,5-) room temperature ABS PVOC SAN Copolymer

2 2 2

elevated temperature ABS ETFE PVOC PVOF SAN Copolymer

2 8 2 8 2

Trichloropropane (1,2,3-) room temperature CTFE

9

Trichloropropene room temperature ABS

2

Trichlorotrifluoroethane room temperature CTFE

4

Note: Numbers refer to POL Resistance Ratings (0-9 scale with 9 as highest resistance.)

© Plastics Design Library

Section Two

1058

Chemical Sort with POL Resistance Rating

PES Polyetherim ide

8 8

Trichopropanolamine room temperature SAN Copolymer

8

elevated temperature SAN Copolymer

8

Tricresyl Phosphate room temperature ASS Acrylic Resin Amorphous Nylon ASA CTFE General Purpose Polystyrene HOPE Impact Polystyrene Nylon 11 Nylon 12 Nylon 612 Polyester - PET Polypropylene PVOC PVOF Rigid PU SAN Copolymer

7 2-8 8 3 9 3 8 3 8 8 8 9 8 8 2 9 3-9

elevated temperature ABS ASA CTFE General Purpose Polystyrene HOPE Impact Polystyrene Nylon 11 Polyester - PET Polyimide Polypropylene PVOC SAN Copolymer

7 3 9 3 8 3 5-8 9 6 8 8 3-9

Triethanolamine 8-9 8 9 2 8 8-9 8 5-9 8 8-9 8 8 8 5-9 8 7 8-9

elevated temperature ASS ASA ECTFE ETFE General Purpose Polystyrene HOPE Impact Polystyrene LOPE Polyphenylene Sulfide Polypropylene PVC

pvoc

PVOF SAN Copolymer

3-8 9 2

elevated temperature 8

Acetal Resin ECTFE ETFE PVOF

3 2-8 8 8

Triethylene Glycol room temperature ABS ASA Cellulose Acetate Cellulose Acetate Butyrate General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE PVOC SAN Copolymer

8-9 9 1 2 8-9 7-8 9 6 7 7 8 8-9

elevated temperature ASS ASA General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Polybenzim idazole PVOC SAN Copolymer

9 9 8-9 7-8 8 5 7 7 2-9 7 8-9

Triethylene Glycol Pelagonate room temperature 8

Triethylenetetramine room temperature ASS General Purpose Polystyrene PVOC SAN Copolymer

7 5 7 7

elevated temperature 7 5 7

ABS PVOC SAN Copolymer

Trifluoroacetic Acid (41-500/0) elevated temperature PVOF

8

Trifluoroacetic Acid

8 3

elevated temperature HOPE

8 3

TrUon A (5-10%) room temperature Acetal Resin Nylon 6 Nylon 610 Polyester - PBT

8 8 8 8

Trilon B (5-10%) room temperature Acetal Resin

8

Trim 5050 room temperature PPE

8

elevated temperature PPE

8

Trimethyl Borate room temperature HOPE

8

elevated temperature HOPE

4

Trimethyl Propane room temperature PVC

8

elevated temperature PVC

3-8

Trimethylamine room temperature Acetal Resin Nylon 6 Nylon 610 PVC

8 8 8 3-9

elevated temperature PVC PVOF

2-5 8

Trimethylbenzylammonium Chloride (~ 5%) room temperature Cellulose Acetate Cellulose Acetate Butyrate

8

room temperature

room temperature

room temperature

HOPE 5 5

elevated temperature 4 4

ASA SAN Copolymer

Trigol Acetate room temperature ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer

3 3 3 3

ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer

0 0 0 0

Trilene (5-10%)

2 7

Trimethylolpropane

Trifl uorotrichloroethane ASA SAN Copolymer

6 8

Trimethylbenzylammonium Hydroxide (~ 5%) Cellulose Acetate Cellulose Acetate Butyrate

elevated temperature

PES

room temperature

HOPE PVC

pvc

elevated temperature

room temperature

Triethylaluminum CTFE

8 9 9 8

elevated temperature

room temperature

Polyphenylene Sulfide

room temperature

Acrylic Resin Acrylonitrile Copolymer CTFE ECTFE

PVOF 9 9 2 8 8-9 7 8 2 8 5-9 3 5 8 8-9

Triethyl Phosphate Polyetherim ide Polypropylene PVOF

TrUon

room temperature

Amorphous Nylon

room temperature ASS Acetal Resin ASA Cellulose Acetate ECTFE General Purpose Polystyrene HOPE Impact Polystyrene LOPE Nylon 6 Nylon 610 Nylon 66 Polyester - PBT Polypropylene PVC PVOC SAN Copolymer

Triethylamine

8

elevated temperature HOPE

8

Trioctyl Phosphate room temperature Amorphous Nylon HOPE Nylon 12 Nylon 612

9 8 8 8

elevated temperature 5

HOPE

Triphen~Phosph~e

elevated temperature Nylon 66 Polyamideimide Polycarbonate Polyphenylene Sulfide Polysulfone PPE

6 9 1 9 5 0

8

7

Note: Numbers refer to POL Resistance Ratings (0-9 scale with 9 as highest resistance.)

Section Two

© Plastics Design Library

1059

Chemical Sort with POL Resistance Rating

Impact Polystyrene SAN Copolymer

Tripropylene Glycol room temperature ABS PVOC SAN Copolymer

7 8 9

elevated temperature ABS PVOC SAN Copolymer

7 7 9

Tripropylene Glycol Methyl Ether room temperature pvoc 5 elevated temperature PVOC

5

Trisodium Phosphate (76-970/0) room temperature Nylon 6

6

Trisodium Phosphate room temperature ABS Acrylic Resin CPVC ECTFE HOPE lonomer LOPE MOPE Nylon 11 Polycarbonate Polyimide Polypropylene PVC PVOC SAN Copolymer

7-9 6-8 8 8 8 8 8 8 8 8 1 8 8 8-9 8-9

elevated temperature ABS Acrylic Resin CPVC ECTFE ETFE HOPE lonomer LOPE MOPE Nylon 11 Polyimide Polyphenylene Sulfide Polypropylene PVC PVOC SAN Copolymer

5-9 5 8 8 8 8 8 8 8 8 1 8 8 8 8-9 8-9

Tritolyl Phosphate room temperature Acetal Resin Nylon 6 Nylon 610 Polyester - PBT

8 8 8 8

Triton X1 00 (~ 5%) room temperature PVOF

2-8

Trixylenyl Phosphate room temperature Acrylic Resin

2

Trypaflavin room temperature ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer

9 9 9 9

ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer

9 9 9 9

elevated temperature ASA General Purpose Polystyrene

Turkey Red Oil room temperature General Purpose Polystyrene Impact Polystyrene PVOC SAN Copolymer

pvoc

SAN Copolymer

9 9

8 8 7 8-9 8 7 8-9

Turpentine room temperature ABS Acetal Resin Acrylic Resin Amorphous Nylon ASA Cellulose Acetate Cellulose Acetate Butyrate Cellulose Propionate ECTFE General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Nylon 11 Nylon 12 Nylon 6 Nylon 610 Nylon 612 Nylon 66 PES Polyallomer Polycarbonate Polyester - PBT Polyester - PETG Polymethylpentene Polypropylene Polysulfone PVC PVOC SAN Copolymer Styrene Butadiene Copolymer

2-8 8 2-8 8 5-9 8 1 9 8 3-5 2-7 3-5 5 2-8 2 8 8 7-8 8 8 8 8 2 2-8 8-9 6 4 2-8 1 3-8 9 5-9 0

elevated temperature ABS ASA ECTFE ETFE Fluorinated PE General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Nylon 11 Nylon 12 Nylon 612 Polyester - PBT Polymethylpentene Polyolefin/Nylon Alloy Polyphenylene Sulfide Polypropylene PVC PVOC PVOF SAN Copolymer

2 4-5 8 8 9 3-5 2-5 3-5 2 2 2 6 5 5 8 4 9 8 4-5 3-8 7 7-8 3-5

Tutogen U room temperature HOPE

8

elevated temperature 8

Tween 20 room temperature HOPE

General Purpose Polystyrene Impact Polystyrene Nylon 12 Nylon 6 Nylon 612

3

8 8 8 8 8

elevated temperature General Purpose Polystyrene Nylon 12 Nylon 612

8 8 8

Tyrosine (dl-) room temperature ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer

9 9 9 9

elevated temperature ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer

9 9 9 9

Ucon 50HB280X elevated temperature PEEK

3

Ucon 660 room temperature PPE

8

elevated temperature PPE

8

UDMH elevated temperature ETFE

8

Undecyl Alcohol room temperature ABS ASA General Purpose Polystyrene Impact Polystyrene PVOC SAN Copolymer

9 9 5-9 5-9 7 9

elevated temperature ABS ASA General Purpose Polystyrene Impact Polystyrene PVOC SAN Copolymer

9 7 8 9 7 7-9

Urea (~ 50/0) room temperature Acetal Resin

9

Urea (5-100/0) room temperature Amorphous Nylon Nylon 66

4-5

8

Urea (10-20%) room temperature Acetal Resin Nylon 12 Nylon 6 Nylon 610 Polyester - PBT

8 8 8 8 8

Urea (20-30%) room temperature HOPE lonomer LOPE MOPE

elevated temperature

3

HOPE lonomer LOPE MOPE

Tween 80 room temperature HOPE

HOPE

8

elevated temperature HOPE

elevated temperature

Typewriter 011 room temperature

elevated temperature General Purpose Polystyrene

HOPE

Tryptophan (dl-) room temperature

9 9

8 8 6-8 8

8 8 6-8 8

8

Note: Numbers refer to POL Resistance Ratings (0-9 scale with 9 as highest resistance.)

© Plastics Design Library

Section Two

1060

Chemical Sort with POL Resistance Rating Urea (31-400k) room temperature HOPE

Polypropylene

8

elevated temperature HOPE

8

Urea (41-500/0) elevated temperature ETFE Liquid Crystal Polymer

8 2-4

Urea 7 9 5-7 9 8 8 9 8 9 8 8 9 8 8 8-9 8 7 7-9 7 9 8 8 9 8 8 5 8 8 8 8-9 8 5 8 7-9

Urethane Coating room temperature Polycarbonate

4-8

elevated temperature Polycarbonate

4-8

Uric Acid (5-100/0) room temperature Acetal Resin Nylon 6 Nylon 610 Polyester - PBT

8 8 8 8

Uric Acid room temperature ABS HOPE Nylon 11 Nylon 66

8 8 8 8

elevated temperature HOPE Nylon 11

8 5-8

Urine 8 8 8 8 5 8 5 8 8 8 8 8 8

ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer

4-8 4-8 8

Varsol room temperature General Purpose Polystyrene Impact Polystyrene Polycarbonate Polysulfone ETFE PVOF

9 8 9 9

elevated temperature ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer

9 8 9 9

v-a Juice

2 2 8 1-8

7

Vacuum Pump Oil room temperature Polycarbonate

8

Valerian Drops room temperature ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer

7 6 6 7

Valine (dl-) room temperature 9

SAN Copolymer

elevated temperature SAN Copolymer

9

Vanilla room temperature ABS Cellulose Acetate Butyrate General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Nylon 12 Nylon 612 Polycarbonate PVOC SAN Copolymer

7-8 3 5-8 6-8 5 5 6 6 8 8 8 8 7-8

elevated temperature ABS General Purpose Polystyrene HOPE lonomer LOPE MOPE Nylon 12 Nylon 612 Polycarbonate PVOC SAN Copolymer

5 8 6-8 4 6 6 8 8 4-8 8 5-6

room temperature General Purpose Polystyrene SAN Copolymer

8 8

elevated temperature General Purpose Polystyrene

6

Varsol2 room temperature Cellulose Acetate Cellulose Acetate Butyrate Polycarbonate

7 7 8

elevated temperature Polycarbonate

4-8

room temperature ABS Acetal Resin ECTFE HOPE Nylon 12 Nylon 46 Nylon 6 Nylon 610 Nylon 612 Nylon 66 PES Polyester - PBT Polymethylpentene PPE PVC PVOC SAN Copolymer

room temperature 4-8

Varnish room temperature 8 2-8

9 8 8 7-8 8 8 8 8 8 8 7 8 8 8 3 9 9

elevated temperature ABS ECTFE HOPE Nylon 12 Nylon 612 Polymethylpentene PPE PVC PVOC SAN Copolymer

9 8 5-8 8 8 8 3-8 3 9 9

Veedol ATF 3433 elevated temperature PES

9

Vegetable Dyes room temperature 9

Polyester - PET

elevated temperature HOPE

8

Vegetable Oils room temperature Acetal Resin Acrylic Resin CPVC ECTFE HOPE Nylon 6 Nylon 610 Nylon 66 PES Polyester - PBT Polyester - PET Polypropylene Polysulfone

8 5-6 4 8 8 8 8 8 8 8 9 9 4-8 8

CPVC ECTFE HOPE Polyester - PBT Polyphenylene Sulfide

4 8 6-7 8 8

pvc elevated temperature

Vanillin Polycarbonate

8 8

Vaseline

room temperature

ABS

PES Polycarbonate

elevated temperature Polycarbonate Polyester - PET PVOF

elevated temperature

Vanilla Syrup

room temperature Acetal Resin Cellulose Acetate Butyrate CPVC ECTFE General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE Nylon 6 Nylon 610 Nylon 66 Polyester - PBT

8 8 4 8 8 8 8-9 8

room temperature

elevated temperature ABS ASA CPVC ECTFE General Purpose Polystyrene HOPE Impact Polystyrene Nylon 11 Nylon 12 Nylon 612 Polyphenylene Sulfide Polypropylene PVC PVOC PVOF SAN Copolymer

CPVC ECTFE General Purpose Polystyrene HOPE lonomer LOPE Polypropylene PVC

8-9 8

Urotropin

room temperature ABS Acrylonitrile Copolymer Amorphous Nylon ASA CPVC ECTFE General Purpose Polystyrene HOPE Impact Polystyrene Nylon 11 Nylon 12 Nylon 6 Nylon 612 Nylon 66 Polypropylene PVC PVOC SAN Copolymer

pvc elevated temperature

Note: Numbers refer to POL Resistance Ratings (0-9 scale with 9 as highest resistance.)

Section Two

© Plastics Design Library

1061

Chemical Sort with POL Resistance Rating

Polysulfone PVOF

4 8

Vegetables room temperature Nylon 12 Nylon 612

8 8

elevated temperature Nylon 12 Nylon 612

8 8

Verbena Oil room ternperature ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer

0 0 0 0

Vicks elevated temperature Cellulose Acetate Butyrate Cellulose Propionate

Vinegar

(~

9 7 8 8 5-8 7-8 8 8 8 8 8 1-3 1-3 8 8 8 8 8 7-9

Vinyl Acetate room temperature 2 8 8

5 3

elevated temperature CPVC ECTFE ETFE HOPE PVC PVOF

2 8 8 8 3 8

PC/Polyester Alloy

8 8 8 8

2 9 2 2 9 8 2

Violet Oil room temperature Nylon 6 Nylon 66

9 8

Viscose Spinning Solution room temperature HOPE

8

elevated temperature HOPE

8

Vitamin C room temperature HOPE

8

elevated temperature HOPE

8

Vitamin Preparations room temperature HOPE

8

elevated temperature HOPE

8

Vodka room temperature Polycarbonate Polymethylpentene

8 8

elevated temperature Polymethylpentene

8

Vulcanization elevated temperature Acetal Resin Nylon 6 Nylon 610 Polyester - PBT

6 8 8 2

Walnut Oil room temperature ABS General Purpose Polystyrene HOPE Impact Polystyrene PVOC SAN Copolymer

9 6 8 6 8 9

elevated temperature ABS General Purpose Polystyrene HOPE PVOC SAN Copolymer

9 6

5 8 9

8

PVOF

7

Water room temperature

ABS PVOC PVOF SAN Copolymer

8

elevated temperature

ABS ABS/PU Alloy Acetal Resin Acrylic Resin Acrylic/PVC Alloy Acrylonitrile Copolymer Amorphous Nylon Aromatic Polyamide ASA Cellulose Acetate Cellulose Acetate Butyrate Cellulose Propionate CPVC ECTFE ETFE FEP General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Nylon 11 Nylon 12 Nylon 6 Nylon 610 Nylon 612 Nylon 66 Nylon MX06 PC/ABS Alloy PC/Polyester Alloy PEEK PES PFA Polyallomer Polyamideimide Polyarylam ide Polyarylsu Ifone Polycarbonate Polyester - PBT Polyester - PCT Polyester - PCTG Polyester - PET Polyester - PETG Polyetherimide Polyimide Polymethylpentene Polyphenylene Sulfide Polypropylene Polysulfone PPE PPE/Nylon Alloy PVC PVOC PVOF Rigid PU SAN Copolymer SMA/PC Alloy Styrene Butadiene Copolymer UHMWPE

elevated temperature

elevated temperature

HOPE

Water (41-S0%)

elevated temperature Acetal Resin Nylon 6 Nylon 610 Polyester - PBT

8

elevated temperature

Vinyl Halides

9

8-9 8 9 8 8 5-8 8 5-9 8 8 8 8 1-8 6 1-8 4-8 7 8 9 8 8 8 8 8-9

HOPE

room temperature 2 8 9 8 2

room temperature

room temperature

CPVC ECTFE HOPE lonomer PVC

room temperature 2 9 8 9 2

elevated temperature ABS ETFE PVOC PVOF SAN Copolymer

ABS PVOC SAN Copolymer

Vinegar

ABS ASA CPVC ECTFE General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Nylon 11 Nylon 12 Nylon 612 Polymethylpentene Polyphenylene Sulfide PVC PVOC PVOF SAN Copolymer

ABS Nylon 6 Nylon 66 PVOC SAN Copolymer

Vinylidene Chloride

room temperature

ABS Acrylic Resin ASA CPVC ECTFE General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Nylon 11 Nylon 12 Nylon 6 Nylon 612 Nylon 66 PES Polycarbonate Polyester - PET Polymethylpentene Polypropylene PVC PVOC SAN Copolymer

Waste Gases

room temperature

2 3

SOlo)

ABS

Vinyl Chloride

6-9 8 6-9 8-9 8 5 5-8 9 9 5 7 9 8-9 3-9 9 5-9 2-9 8-9 8-9 8 8-9 8 8 8 1-8 8 3-9 1-8 6-9 9 4-9 8-9 4-9 6-9 9 9 2-9 9 1-9 5-9 7-9 5-9 6-9 6-9 0-9 7-8 8 9 6-9 7-9 6-9 7 8-9 8-9 5-7 8-9 8-9 8 9 8

elevated temperature ABS ABS/PU Alloy Acetal Resin AcryliC/PVC Alloy Amorphous Nylon Aromatic Polyamide ASA CPVC CTFE ECTFE ETFE EVOH FEP General Purpose Polystyrene

7-9 8 1-9 7 1-4 8-9 9 7-8 9 1-8 3-9 1-9 2-9 1-9

Note: Numbers refer to POL Resistance Ratings (0-9 scale with 9 as highest resistance.)

© Plastics Design Library

Section Two

1062 Chemical Sort with POL Resistance Rating

HOPE Impact Polystyrene lonomer LOPE Liquid Crystal Polymer MOPE Nylon 11 Nylon 12 Nylon 6 Nylon 610 Nylon 612 Nylon 66 PC/ABS Alloy PC/Polyester Alloy PEEK PES PFA Polyamideimide Polyarylsulfone Polybenzim idazole Polycarbonate Polyester - PBT Polyester - PET Polyetherimide Polyimide Polyketone Polymethylpentene Polyphenylene SUl'fide Polyphthalam ide Polypropylene Polysulfone PPE PVC PVOC PVOF Rigid PU SAN Copolymer SMA/PC Alloy Styrene Butadiene Copolymer UHMWPE

2-8 9 8 8 4-9 8 8 8 5-9 1 8 1-9 5 6 2-9 1-8 3-9 9 7-9 6-9 1-9 1-9 5-9 0-9 1-9 3-7 8 1-9 5 1-9 2-9 1-9 1-9 7-8 3-8 8 1-9 8 9 8

9 9 9 9

elevated temperature ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer

9 9 9 9

Water Conditioner (~ 50/0) room temperature Amorphous Nylon

3-5

Water Conditioner (5-100/0) room temperature Amorphous Nylon

3-5

Water Conditioner (20-30%) room temperature Water Glass room temperature 8 8 8 8-9 8 8 8 8

elevated temperature General Purpose Polystyrene Nylon 12 Nylon 612

6 8 8

Water Pump Lubricant (~ 5%) elevated temperature Polysulfone

elevated temperature Polyetherimide Polysulfone

6 3-4

Waxes room temperature ABS Acetal Resin Acrylic Resin Acrylic/PVC Alloy ASA Cellulose Acetate Butyrate General Purpose Polystyrene HOPE Impact Polystyrene Nylon 12 Nylon 6 Nylon 610 Nylon 612 Nylon 66 PES Polyester - PBT Polymethylpentene Polypropylene Polysulfone PVOC SAN Copolymer Acetal Resin Acrylic/PVC Alloy ASA ETFE General Purpose Polystyrene HOPE Impact Polystyrene Nylon 12 Nylon 6 Nylon 610 Nylon 612 Polyester - PBT Polymethylpentene Polypropylene Polysulfone PVOC SAN Copolymer

2-8 8 5-6 7 9 4 8-9 5-8 8-9 8 8-9 8-9 8 8 7 8 8 9 8 8 8-9

7 7 8 9

Weed Killer room temperature 5 1 8 6

Wetting Agents room temperature

9

8 8

Whiskey room temperature ABS ASA ECTFE General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Nylon 12 Nylon 612 Polycarbonate Polymethylpentene Polypropylene PVC PVOC SAN Copolymer

5-8 7 8 5-8 6-8 5-8 5 6 6 8 8 7 8 8-9 8 8 5-8

elevated temperature ABS ECTFE HOPE lonomer LOPE MOPE Polymethylpentene Polypropylene PVC PVOC PVOF SAN Copolymer

5 8 6-8 4 6 6 8 8-9 8 8 8 5

White Iodine room temperature General Purpose Polystyrene Impact Polystyrene

8 8

White Liquor room temperature CPVC ECTFE PVC

8 8 8

elevated temperature CPVC ECTFE PVC

7-8 8 8

White Oil room temperature ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer

9 9 9 9

6-8 8 6 6

9 8 9 9

Whitewash room temperature Acrylic Resin

6-8 8 6 6 4-8 9

HOPE lonomer LOPE MOPE Polycarbonate Polysulfone

HOPE

elevated temperature

elevated temperature General Purpose Polystyrene

HOPE lonomer LOPE MOPE

8

8 7 7-9 8 6-9 4-8 8-9 8 8 8 8 8 8 9 1 8 7-9

WD40 room temperature

Cellulose Acetate Cellulose Acetate Butyrate General Purpose Polystyrene

9

HOPE 9 9

elevated temperature

elevated temperature Acetal Resin

Polyetherimide Polysulfone

ABS

Whey room temperature elevated temperature

Wavecide-01 room temperature

4

Water Softener room temperature Polyester - PBT

4-8 3-6 4-7 4-7 8-9

ABS ABS/PU Alloy Acrylic Resin PC/ASS Alloy

Amorphous Nylon

Acetal Resin General Purpose Polystyrene Nylon 12 Nylon 6 Nylon 610 Nylon 612 Nylon 66 Polyester - PBT

HOPE LOPE LLOPE MOPE Polyester - PBT

Whale Oil room temperature

elevated temperature

Water Colors room temperature ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer

Waterproofing Cable Jelly elevated temperature

8

Windshield Washer Fluid (41-500/0) room temperature Polyester - PET

8

Windshield Washer Fluid room temperature ASA ASA/PVC Alloy PC/Polyester Alloy Polyester - PET PPE PPElNylon Alloy

8-9 7-8 6-9 8 7-9 6

Note: Numbers refer to POL Resistance Ratings (0-9 scale with 9 as highest resistance.)

Section Two

© Plastics Design Library

1063

Chemical Sort with POL Resistance Rating elevated temperature PPE

3-8

Wines room temperature Acetal Resin Acrylic Resin Cellulose Acetate Butyrate ECTFE HOPE lonomer LOPE MOPE Nylon 11 Nylon 12 Nylon 6 Nylon 610 Nylon 612 Nylon 66 PES Polycarbonate Polyester - PBT Polymethylpentene Polypropylene PVC UHMWPE

8 8 4 8 7-8 6 7-8 7 8 8 4-8 5 8 6-8 7 7-8 8 8 8-9 8 8

elevated temperature ECTFE HOPE lonomer LOPE MOPE Nylon 12 Nylon 612 Polymethylpentene Polypropylene PVC PVOF UHMWPE

8 7-8 5 7-8 7 8 8 8 8-9 8 8 8

Wintergreen Oil room temperature ASA Cellulose Acetate Cellulose Acetate Butyrate General Purpose Polystyrene Impact Polystyrene SAN Copolymer

3 4 0 2-3 2-3 3

elevated temperature ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer

3 3 3 3

Witch Hazel room temperature General Purpose Polystyrene Polycarbonate

8 8

elevated temperature General Purpose Polystyrene Polycarbonate

6 4

Witco Punshield 20 room temperature ABS

9

8

elevated temperature HOPE

7

Xylene room temperature ABS ABS/PU Alloy Acetal Resin Acrylic Resin Acrylonitrile Copolymer Amorphous Nylon ASA Cellulose Acetate Cellulose Acetate Butyrate Cellulose Propionate CPVC CTFE ECTFE EVOH

0-2 2-5 0-2 6 2-3 2 8 8 8-9 8 8 8 1 2-7 9 1-9 2 5-6 3-8 4 3-8 1 3 0-2 6

elevated temperature Acetal Resin ASA CPVC CTFE ECTFE ETFE EVOH Fluorinated PE General Purpose Polystyrene HOPE Impact Polystyrene 'onomer LOPE Liquid Crystal Polymer MOPE Nylon 11 Nylon 12 Nylon 6 Nylon 610 Nylon 612 Nylon 66 Polyam ideimide Polycarbonate Polyester - PBT Polyketone Polymethylpentene Polyolefin/Nylon Alloy Polyphenylene Sulfide Polypropylene Polysulfone PPE PVC PVOF SAN Copolymer UHMWPE

8 0 2 1 8 8 1-9 9 0 1-5 0 6 2 9 2 5 7 8 8 7 8 9 0 2-8 9 4 9 8-9 2-5 0 0 3 7-8 0 3-6

Xylene (0-) room temperature ABS PVOC SAN Copolymer

0 7 2

elevated temperature

Wood Stains room temperature HOPE

General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Nylon 11 Nylon 12 Nylon 6 Nylon 610 Nylon 612 Nylon 66 PC/ABS Alloy PC/Polyester Alloy PEEK PES Polycarbonate Polyester - PBT Polyetherimide Polymethylpentene Polypropylene Polysulfone PVC SAN Copolymer UHMWPE

ABS PVOC SAN Copolymer

0 5 2

Xylenol room temperature

PVOC SAN Copolymer

8 9

elevated temperature PVOC SAN Copolymer

8 5

Zerex (31-400/0) elevated temperature Nylon 66

4

Zinc room temperature Nylon 6 Nylon 610 Nylon 66 Polyester - PBT

8 8 8 8

Zi nc Acetate room temperature CPVC

8-9

elevated temperature CPVC ETFE PVOF

7-8 8 8

Zinc Bromide room temperature ABS ASA General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE PVOC SAN Copolymer

7 9 8-9 8 8-9 8 8 8 8 7-9

elevated temperature ABS ASA General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE PVOC PVOF SAN Copolymer

7 9 8-9 8 9 8 8 8 8 8 7-9

Zinc Carbonate room temperature ABS ASA General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE SAN Copolymer

9 9 8-9 8 9 8 8 8 8 8-9

elevated temperature

Yeast room temperature ABS Acetal Resin HOPE lonomer LOPE MOPE Nylon 6 Nylon 610 Polyester - PBT Polypropylene PVOC SAN Copolymer

9 8-9 8 8 8 8-9 8 9

Zephiran Chloride room temperature

pvoc

Nylon 66 2 1 8 2-3 7 9 0 5 2 2 2 9 8 7-9

elevated temperature ABS HOPE lonomer LOPE MOPE Polypropylene PVOC SAN Copolymer

9 8 8 8 8 8 8 8 8 8-9 8 9

ABS ASA General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE PVOC SAN Copolymer

9 9 6-9 8 9 8 8 8 8 8-9

Note: Numbers refer to POL Resistance Ratings (0-9 scale with 9 as highest resistance.)

© Plastics Design Library

Section Two

1064

Chemical Sort with POL Resistance Rating

Zinc Chloride (5-100/0) room temperature Acetal Resin Nylon 12 Nylon 46 Nylon 6 Nylon 610 Nylon 66 PC/Polyester Alloy Polyester - PBT Polyester - PET Polyetherimide

8 8 2 6 8 5 7-9 5-9 8 7

Zinc Chloride (20-300/0) room temperature ECTFE

8

elevated temperature ECTFE ETFE FEP PFA

8 9 9 9

Zinc Chloride (31-40%) room temperature Nylon 6 Nylon 610

2 8

Zinc Chloride (41-50%) room temperature Polyester - PET PPE/Nylon Alloy PVOC Rigid PU SAN Copolymer

9

3 8 9 9

elevated temperature Nylon 66 Polyester - PET Polyphthalam ide PVOC SAN Copolymer

1 6 5 8 9

Zinc Chloride room temperature ABS ABS/PU Alloy Acrylic Resin Acrylonitrile Copolymer Amorphous Nylon ASA Cellulose Acetate Cellulose Acetate Butyrate CPVC ECTFE General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Nylon 66 PC/ABSAlloy PC/Polyester Alloy Polycarbonate Polyimide Polymethylpentene Polypropylene PVC PVOC SAN Copolymer UHMWPE

9 8 8 7 8 9 0-8 6-8 8-9 8 8-9 8 6-9 8 8 8 2-6 9 9 8 7 8 8-9 8 8 8-9 8

elevated temperature ABS Acrylic Resin ASA CPVC ECTFE ETFE General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Polyimide Polymethylpentene Polyphenylene Sulfide Polypropylene Polysulfone PVC

9

8 9 8 8 8 8-9 8 8 8 8 8 7 8 8 8-9 8-9 8

PVOC PVOF SAN Copolymer UHMWPE

8 8 8-9 8

Zinc Hydrosulfite (5-10%) room temperature ABS PVOC SAN Copolymer

9 9 9

elevated temperature ABS ETFE PVOC SAN Copolymer

9 8 5 9

Zinc Nitrate room temperature ASA CPVC ECTFE General Purpose Polystyrene Impact Polystyrene lonomer

pvc

SAN Copolymer

9 8-9 8 9 8 8 8 9

elevated temperature ASA CPVC ECTFE ETFE General Purpose Polystyrene Impact Polystyrene lonomer PVC PVOF SAN Copolymer

9 8 8 8 9 6 8 8 8 9

Zinc Ointment room temperature ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer

9 9 9 9

elevated temperature ASA General Purpose Polystyrene Impact Polystyrene SAN Copolymer

9 9 8 9

Zinc Oxide room temperature ABS ASA Cellulose Acetate Butyrate General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Nylon 6 Nylon 66 Polymethylpentene Polypropylene PVOC SAN Copolymer

9 9 8-9 8 9 8 8 8 8 8-9 8 8-9

Zinc Oxide Ointment room temperature PVOC

9

elevated temperature PVOC

Nylon 6 Nylon 610

2 2

Zinc Salts room temperature HOPE Nylon 12 Nylon 612 PES

8 8 8 7

elevated temperature HOPE Nylon 12 Nylon 612

8 8

8

Zinc Sludge room temperature HOPE

8

elevated temperature HOPE

8

Zinc Stearate room temperature ABS ASA General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Polycarbonate PVOC SAN Copolymer

8

7 9 8-9 8 6-9 8 8 8 8 8 8-9

elevated temperature ABS ASA General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Polycarbonate PVOC SAN Copolymer

7 9 8-9 8 8 8 8 8 8 8 8-9

Zinc Sulfacarbolate room temperature General Purpose Polystyrene

9 9 9 8-9 8 6-9 8 8 8 9 8 8 8-9 8 8-9

elevated temperature ABS ASA General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Polymethylpentene Polypropylene PVOC SAN Copolymer

Zinc Salts (20-300/0) room temperature

8

elevated temperature General Purpose Polystyrene

6

Zinc Sulfate room temperature ABS Acrylic Resin Amorphous Nylon ASA CPVC ECTFE General Purpose Polystyrene HOPE Impact Polystyrene lonomer LOPE MOPE Nylon 66 Polycarbonate Polyimide Polymethylpentene Polypropylene PVC PVOC SAN Copolymer

9

8 8 9 8 8 8-9 8 9 8 8 8 8 8 7 8 8-9 8 8 8-9

elevated temperature ABS Acrylic Resin ASA CPVC CTFE ECTFE ETFE General Purpose Polystyrene HOPE Impact Polystyrene lonomer

9 8 9 8 9 8 8 8-9 8 9 8

Note: Numbers refer to POL Resistance Ratings (0-9 scale with 9 as highest resistance.)

Section Two

© Plastics Design Library

1065 Chemical Sort with POL Resistance Rating

LOPE MOPE Polyimide Polymethylpentene Polyphenylene Sulfide Polypropylene PVC PVOC PVDF SAN Copolymer

8 8 7 8 8 8-9

8 8 8 7-9

Zinc Sulfide elevated temperature ETFE

8

Note: Numbers refer to POL Resistance Ratings (0-9 scale with 9 as highest resistance.)

© Plastics Design Library

Section Two

1066

CAS Registry Numbers - Chemical Sort

Abietic Acid Acetaldehyde

514-10-3 75-07-0

Alum inum Oxalate

814-87-9

Alum inum Oxide

1344-28-1

Alum inum Oxychloride

1327-41-9

Alum inum Phosphate

7784-30-7

10124-31-9 10361-65-6

Acetanilide

60-35-5 103-84-4

Acetate Acetic Acid

71-50-1 64-19-7

98499-64-0 10043-67-1

Ammonium Salicylate

Alum inum Potassium Sulfate

528-94-9 31295-34-8

123-86-4 141-78-6

Alum inum Potassium Sulfide

15007-61-1 68993-61-3

Ammonium Sulfamate Ammonium Sulfate

7773-06-0 7783-20-2

Acetic Anhydride

108-24-7

Alum inum Sodium Sulfate

10024-42-7

Ammonium Sulfide

12135-76-1

Acetoacetic Acid

541-50-4

Alum inum Sulfate

10043-01-3

Ammonium Sulfite

10196-04-0

Acetamide

Acetic Acid Butyl Ester Acetic Acid Ethyl Ester

Acetol

50-78-2

Aluminum Trichloride

7446-70-0

116-09-6

Am idol

137-09-7

8028-98-6

Ammonium Picrate Ammonium Polysulfide

Ammonium Tartrate

131-74-8 9080-17-5

3164-29-2 14307-43-8

Amines

63231-48-1

Am mon ium Th iocyanate

1762-95-4

Acetone

67-64-1

Amino Acids

65072-01-7

Ammonium Thioglycolate

5421-46-5

Acetone Cyanohydrin

75-86-5

Am ino Phenol

27598-85-2

Ammonium Thiosulfate

7783-18-8

Acetonitrile

75-05-8

Am inoacetic Acid

Ammonium Tungstate

11140-77-5

Acetophenetidin

62-44-2

Am inoanthraqu inone

Acetophenone

98-86-2

Am inobenzene

Ammonium Valerate

42739-38-8

Acetotolu idide

27985-75-7

Acetyl Brom ide Acetyl Chloride Acetyl Nitrite

506-96-7 75-36-5 5813-49-0

Am inobenzenesuIfonic Acid Am inobenzoic Acid Am inobenzoic Acid (p-) Am inoethanol (2-)

25620-59-1 62-53-3 30179-49-8 1321-11-5 150-13-0 141-43-5

15855-70-6 Amyl Acetate

628-63-7

Amyl Acid Phosphate Am yl Alcohol

12789-46-7 71-41-0

Amyl Alcohol (sec-)

584-02-1

62-57-7

6032-29-7

74-86-2

Am inopyridine

26445-05-6

26635-63-2

Acetylene Tetrabromide

79-27-6

Am inosalicylic Acid

28088-64-4

Acetylene Tetrachloride

79-34-5

Am inosalicylic Acid (p-)

Acetylacetone Acetylene

Acetylsalicylic Acid

123-54-6

50-78-2

Am inoisobutyric Acid (2-)

56-40-6

Ammonia

Aclar22

9010-75-7

Ammonium

Aclar22A

9002-83-9

Ammonium Acetate

Aclar33C

9002-83-9

Ammonium Alum

Aconitic Acid Acridine Acriflavine Acrolein Acrylamide

499-12-7 260-94-6 65589-70-0

Ammonium Aluminum Sulfate Ammonium Arsenate

65-49-6 7664-41-7 14798-03-9 631-61-8

75-85-4

Amyl Chloride

543-59-9

Amyl Chloronaphthalene Amyl Cinnamaldehyde Amyl Laurate

7784-25-0

Am yl Mercaptan

7784-26-1

Amyl Naphthalene

7784-25-0

Amyl Nitrate

Ammonium Benzoate

1863-63-4

Ammonium Bicarbonate

1066-33-7

1320-31-6 122-40-7 5350-03-8 110-66-7 1320-27-0 1002-16-0

127795-79-3

79-06-1

107-02-8

Amyl Alcohol (tert-)

8015-63-2 Am yl Nitrite

110-46-3 463-04-7

79-10-7

Ammonium Bifluoride

1341-49-7

Amyl Phenol

140-88-5

Ammonium Bisulfate

7803-63-6

Amyl Phthalate

131-18-0

Acrylic Anhydride

2051-76-5

Ammonium Bisulfide

12124-99-1

Amyl Propionate

624-54-4

Acrylite

9011-14-7

Ammonium Bisulfite

10192-30-0

Anethole

Acrylite H-12

9011-14-7

Ammonium Bromate

13843-59-9

Angelica Seed Oil

Acrylite H-15

75757-07-2

Ammonium Bromide

12124-97-9

Acrylic Acid Acrylic Acid Ethyl Ester

Acrylonitrile Adipic Acid Adrenalin Adrenalin Hydrochloride Aktivin

107-13-1 124-04-9

Ammonium Carbamate Ammonium Carbonate

51-43-4

Ammonium Chloride

55-31-2

Ammonium Citrate

1111-78-0 506-87-6

1322-06-1

104-46-1 8015-64-3

Aniline

62-53-3

Aniline Hydrochloride Aniline Sulfate

12125-02-9

142-04-1 542-16-5 20305-50-4

3012-65-5

Anise Oil

8007-70-3

127-65-1

3458-72-8

Aniseed Oil

8007-70-3

112098-60-9

7632-50-0

Anisole Anisoyl Chloride

Alcryn ALR-6386

120249-93-6

Ammonium Dichromate

7789-09-5

Alcryn ALR-6387

120249-94-7

Am mon ium Diphosphate

22690-73-9

100-66-3 100-07-2 1300-64-7

Allyl Acetate

591-87-7

Ammonium Fluoride

12125-01-8

Anon

108-94-1

Allyl Alcohol

107-18-6

Ammonium Fluosilicate

16919-19-0

Anthracene

120-12-7

Allyl Chloride

107-05-1

Ammonium Formate

Anthranilic Acid

118-92-3

Allyl Methacrylate

96-05-9

Ammonium Glycolate

Allyl Mustard Oil

57-06-7

Ammonium Hydrogen Carbonate

Allylidene Diacetate Almond Oil Aloin Alum Alum inum Acetate

869-29-4

Ammonium Hydrogen Fluoride

540-69-2 35249-89-9 1066-33-7

Anthraquinone

84-65-1

Anthraquinonesulfonic Acid

30637-95-7

1341-49-7

Antimony Pentachloride

7647-18-9

12124-99-1

Antimony Pentafluoride

7783-70-2

8007-69-0

Am mon ium Hydrosulfide

1415-73-2

Ammonium Hydroxide

1336-21-6

Antimony Tribromide

7789-61-9

8015-61-0

Ammonium Iodide

12027-06-4

Antimony Trichloride

10025-91-9

Ammonium Iron Sulfate

7783-56-4

10045-89-3

Antimony Trifluoride

10043-67-1

10138-04-2

Antimony Trioxide

1309-64-4

139-12-8

10402-23-0

Aqua Regia

8007-56-5

10043-01-3

Alum inum Alum

10043-01-3

Am mon ium Lactate

Aluminum Ammonium Sulfate

15710-63-1

Ammonium Lauryl Sulfate

515-98-0

Arachidic Acid

2235-54-3

Arcel

506-30-9 122782-45-0 25639-68-3

Aluminum Bromide

7727-15-3

Am mon ium Lignosulfonate

8061-53-8

Alum inum Chlorate

154n-33-5

Ammonium Metaphosphate

13446-46-3

Ardel D100 Argon

Aluminum Chloride

7446-70-0

Ammonium Molybdate

11098-84-3

Armeen

Alum inum Chlorohydrate

1327-41-9

13106-76-8

Aroclor 1242

53469-21-9

Ammonium Nitrate

6484-52-2

Aroclor 1248

12672-29-6

Ammonium Nitrite

13446-48-5

Aroclor 1254

11097-69-1

10124-31-9

Aroclor 1260

11096-82-5

Alum inum Citrate

31142-56-0

Alum inum Ethylate

555-75-9

Alum inum Fluoride

7784-18-1

Am monium Orthophosphate

7360-53-4

7440-37-1 7058-14-2

Ammonium Oxalate

1113-38-8

Aroclor 5442

12642-23-8

Alum inum Hydroxide Alum inum Linoleate

21645-51-2 645-17-0

Ammonium Perchlorate Ammonium Persulfate

7790-98-9 7727-54-0

Aropol7240 Arsenic

62229-36-1

Aluminum Nitrate

13473-90-0

Ammonium Phosphate

7722-76-1

Arsenic Acid

7778-39-4

Alum inum Formate

Abietic Acid - Arsenic Acid

7440-38-2

© Plastics Design Library

1067 CAS Registry Numbers - Chemical Sort

Arsen ic Oxide Arsenic Trichloride

12777-38-7 7784-34-1

Benzylam ine Benzylic Alcohol

Arsenic Trioxide

60646-36-8 1327-53-3

Arsenic Trisulfide Arsine Ascorbic Acid Askarel Aspartic Acid

1303-33-9 7784-42-1 50-81-7 134010-07-4 56-84-8 6899-03-2

100-46-9 100-51-6

Butyl Alcohol Butyl Alcohol (sec-)

71-36-3 78-92-2

Benzyltrimethylammonium Chloride Beryllium Chloride

56-93-9 7787-47-5

Butyl Alcohol (tert-) Butyl Benzoate

75-65-0 136-60-7

Beryllium Fluoride Beryllium Oxide

7787-49-7

Butyl Benzyl Phthalate Butyl Brom ide

85-68-7 109-65-9 109-21-7

1304-56-9

Beryllium Sulfate

13510-49-1

Butyl Butyrate

Betadine

25655-41-8

Butyl Carb~ol

BioborJF Bis(2-Ethylhexyl) Sebacate

8063-89-6 122-62-3

112-34-5

Butyl Carb~ol Acetate Butyl Catechol (tert-)

124-17-4 27213-78-1 111-76-2 112-07-2

Aspirin Astrel360

50-78-2 24991-14-8

Bismuth Carbonate

Atlac 382

60649-28-7

Bismuth Chloride

Atlac 4010

58798-93-9

Atlac 580

72711-12-7

Bism uth Nitrate

Atlac711

55353-07-6

Bismuth Oxychloride

Atropine Sulfate Avimid K

55-48-1 94148-82-0

Bisulfite

Axion Azobenzene

66676-34-4

Bitter Almond Oil

8013-76-1

Butyl Laurate

106-18-3

103-33-3

Bitumen

8052-42-4

Butyl Mercaptan

109-79-5

bis (2-Ethylhexyl) Phthalate Barbitol

117-81-7 74564-77-5

Bone Oil Boric Acid

8001-85-2 10043-35-3

Butyl Mercaptan (tert-) Butyl Methacrylate

11113-50-1 Boric Acid Methyl Ester

37210-98-3

Butyl Methyl Ether (tert-) Butyl Oleate

1634-04-4 142-77-8

Butyl Oxalate Butyl Peroxide (di-tert-)

2050-60-4 110-05-4

Barex 210 Barium Acetate

108771-80-8 543-80-6

Barium Bromide

10553-31-8

Barium Carbonate Barium Chlorate Barium Chloride

513-77-9 13477-00-4 10361-37-2 542-62-1

Bism uth Subnitrate

Boric Oxide Borneol

13718-50-8

Boron Hydride

Barium Nitrate

10022-31-8

Barium Sulfite Bayblend T-85MN

50864-67-0 7727-43-7 21109-95-5 7787-39-5 136958-86-6

Butyl Glycol

109-69-3 142-96-1

7787-59-9

Butyl Glycolate

111-76-2 7397-62-8

1304-85-4

Butyl Hypoch lor~e Butyl Lactate

5923-22-8 138-22-7

15181-46-1

1303-86-2 507-70-0

Butyl Stearate Butylaldehyde

Barium Iodide

Barium Sulfate Barium Sulfide

10361-44-1

7492-41-3 16940-66-2

Bornyl Formate Borol

Barium Polysulfide

56452-11-0

Butyl Cellosolve Acetate Butyl Chloride Butyl Ether

7787-60-2

76-49-3 464-41-5

17194-00-2

1304-28-5 1304-29-6

Butyl Cellosolve

Bornyl Acetate Bornyl Ch loride

Barium Cyanide Barium Hydroxide

Barium Oxide Barium Peroxide

16508-95-5 18400-34-5

Butyl Phenol Butyl Phthalate

75-66-1 97-88-1

28805-86-9 84-74-2 123-95-5 123-72-8

11129-13-8

Butylarn ine

13283-31-3

Butylamine (sec-)

13952-84-6

Boron Phosphate Boron Tribrom ide

13308-51-5 10294-33-4

Butylam ine (tert-) Butylated Hydroxyanisole Butylated Hydroxytoluene Butylbenzoic Acid

75-64-9 25013-16-5 128-37-0

Boron Trich loride

10294-34-5

Boron Trifluoride Boron Trioxide

7637-07-2 1303-86-2

Bromic Acid

7789-31-3

Bromine

7726-95-6

109-73-9

Butylbenzyl Phthalate

31627-70-0 85-68-7

Butylene Butylene Glycol

25167-67-3 107-88-0

Baydur

39319-93-2

Bromine Pentafluoride

7789-30-2

110-63-4

Baydur 724

98824-21-6

Bromine Trifluoride

7787-71-5

25265-75-2

Baydur 726

87805-55-8

Bromoacetic Acid Bromobenzene

Beer Benzaldehyde Benzalkon ium Ch loride Benzamide Benzanthrone

8029-31-0 100-52-7 8001-54-5

Benzene Benzene Hexachloride

71-43-2

Bromoethane

58-89-9

Bromoform

Benzene Hexachloride (y-)

58-89-9

Bromohexane

Benzenesulfonic Acid Benzidine

98-11-3 92-87-5

Bromomethane Bromosalicylic Acid (5-)

55-21-0 82-05-3

Bromobenzylphenyl Ether (p-) Bromobutane Bromobutyric Acid (2-) Bromochlorom ethane

Bromotoluene

Benzil Benzilic Acid

134-81-6 76-93-7

Benzoic Acid Benzoin

65-85-0 119-53-9

Benzon itrile

100-47-0

Butadiene (1,3-)

Benzophenone

119-61-9

Benzotrich loride Benzotrifluoride Benzoyl

98-07-7 98-08-8

Butane Butanediol Butanediol (1,3-) Butanediol (1,4-)

Brucine Sulfate Butadiene

79-08-3 108-86-1 20600-22-0 26602-89-1 80-58-0 74-97-5 74-96-4 75-25-2 25495-91-4 74-83-9 89-55-4 28807-97-8

Cadmium Cyanide

542-83-6

Cadmium Nitrate Cadm ium Oxide Cadmium Stearate

10325-94-7 1306-19-0

Butanetriol

1319-74-0

100-51-6

Butanone

120-51-4

Butanone (2-) Butene Butoxyethanol (2-) Butoxyethoxyethanol (2,2-)

Benzyl Salicylate

© Plastics Design Library

3089-55-2 1322-51-6 118-58-1

Butyl Acetate (sec-) Butyl Acetyl Ricinoleate Butyl Acrylate

141-75-3 104521-01-9

Butyryl Chloride C-Flex

106-97-8

Benzyl Alcohol

Benzyl Octyl Adipate Benzyl Phenol

106-31-0 96-48-0

107-92-6

25265-75-2 107-88-0 110-63-4

Butanethiol

Butter Butyl Acetate

Butyric Anhydride Butyrolactone

106-99-0

140-11-4

100-39-0 4121-13-5 85-68-7 100-44-7 103-50-4

123-72-8

7789-42-6 10108-64-2

Benzyl Acetate Benzoate Bromide Butyl Adipate Butyl Phthalate Chloride Ether

Butyraldehyde Butyric Acid

Cadmium Bromide Cadmium Chloride

513-85-9 109-79-5

Benzyl Benzyl Benzyl Benzyl Benzyl Benzyl

Butynediol

99-71-8 98-54-4 110-65-6 11070-67-0

7440-43-9

25339-57-5

Butanediol (2,3-)

Butylphenol (p-sec-) Butylphenol (p-tert-)

26249-20-7 89-72-5

Cadmium Cadmium Acetate

4845-99-2 106-99-0

2652-65-5 98-88-4 94-36-0

Benzoyl Ch loride Benzoyl Peroxide

Butylene Oxide Butylphenol (o-sec-)

78-93-3 78-93-3 25167-67-3 111-76-2 112-34-5 8029-34-3 123-86-4 105-46-4 140-04-5 141-32-2

543-90-8

Cadmium Sulfate Cadmium Sulfide

2223-93-0 10124-36-4 1306-23-6

Cadon Caffeine

63428-84-2 58-08-2

Caffeine C~rate Calcium Acetate Calcium Arsenate Calcium Benzoate Calcium Bicarbonate Calcium Bisulfate Calcium Bisulfite Calcium Brom ide Calcium Carbide

69-22-7 62-54-4 7778-44-1 2090-05-3 3983-19-5 23276-62-2 13780-03-5 7789-41-5 75-20-7

Arsenic Oxide - Calcium Carbide

1068 CAS Registry Numbers - Chemical Sort

Calcium Carbonate Calcium Chlorate

471-34-1 10137-74-3

Catechol

Calcium Calcium Calcium Calcium

10043-52-4 13765-19-0

Caustic Potash Caustic Soda

1310-58-3 1310-73-2

Cedar Leaf Oil Cedar Wood Oil

8007-20-3 8000-27-9

Chloride Chromate Cyanamide Cyanide

156-62-7 592-01-8 10124-37-5 10124-37-5

Calcium Dinitrate Calcium Fluoride

58-89-9

Ch loron itropropane Chlorophenol Chlorophenol (p-) Chloropicrin Ch loroprene Ch loropropane

24968-12-5

Ch loropropane (2-) Chloropropionic Acid

37809-02-2 25167-80-0 106-48-9 76-06-2 126-99-8 26446-76-4 75-29-6 28554-00-9

7789-75-5 299-28-5

Celanex 3210 Celanex 3300

24968-12-5 24968-12-5

Chloropyridine Chlorosulfonic Acid

7789-78-8 57308-10-8

Celcon M25 Celcon M270

52276-51-4 24969-25-3

Chlorotoluene Chlorotoluene (p-)

125544-53-8 12133-28-7

Celcon M90 Cellophane

95327-43-8 9005-81-6

Ch lorotrifluoroethylene Chlorotrifluorom ethane

79-38-9 75-72-9

Ch lorotrimethylsilane Ch loroxylenol

88-04-0

Calcium Gluconate Calcium Hydride

Calcium Hydrosulfide

Celanex

120-80-9 154-23-4

Calcium Hypochlorite

1305-62-0 7778-54-3

Cellosolve Acetate

Calcium Hypophosphite Calcium Lactate

7789-79-9 814-80-2

Cellulose Acetate

9004-35-7

Cellulose Acetate Butyrate

9004-36-8

Calcium Hydroxide

Calcium Nitrate

10124-37-5

Calcium Nitrite

13780-06-8

Calcium Oxide Calcium Permanganate

1305-78-8 10118-76-0

Cellosolve

Cellulose Nitrate

110-80-5 111-15-9

29154-12-9 7790-94-5 25168-05-2 106-43-4

75-77-4 1321-23-9

Cholesterol

57-88-5

Cellulose Tripropionate

9004-70-0 39320-19-9

Chrome Alum Chromic Acid

10141-00-1 13530-68-2

Cellulube 220 Ceresin

17269-77-1 8001-75-0

Chrom ic Anhydride Chromic Chloride

1333-82-0 10025-73-7

1305-79-9

Cerous Chloride

7790-86-5

Chromic Hydroxide

1308-14-1

127-83-3

Cerous Fluoride

7758-88-5

Chrom ic Oxide

1308-38-9

Calcium Phosphate

1300-41-0 7758-87-4

Cesium Bromide

Calcium Propionate Calcium Salicylate Calcium Silicate

10103-46-5 4075-81-4 824-35-1 1344-95-2

Calcium Stearate Calcium Sulfamate

1592-23-0

Cherry Juice

13770-92-8

Cherry Syrup

Calcium Peroxide Calcium Phenolsulfonate

Calcium Sulfate

7778-18-9

Calcium Sulfide

20548-54-3

Calcium Sulfite

10257-55-3

Calcium Thiocyanate

2092-16-2 7790-75-2

Calcium Tungstate Calgon

Cerous Nitrate Cetane Cetavlon Cetyl Alcohol Chaulmoogric Acid

Chloral

10108-73-3 7787-69-1

Chrom ic Phosphate

544-76-3 8044-71-1 36653-82-4 29106-32-9

Chrom ium Nitrate

8012-99-5 8013-32-9

Chrom ium Sulfate

Chromium Potassium Sulfate

14489-25-9

12789-03-6

Chloric Acid Chloride

16887-00-6

Cidex 7

111-30-8

7782-50-5 10049-04-4 7790-91-2

Cineol Cinnamaldehyde

470-82-6 104-55-2

Cinnamic Acid Cinnamic Alcohol

621-82-9 104-54-1

Cinnamic Aldehyde Cinnamon Oil

8007-80-5 8015-91-6 616-02-4

Chlorine Ch lorine Dioxide

7790-93-4

Chrom ium Trioxide Chromous Sulfate

1333-82-0 13825-86-0

Chromyl Chloride

149n-61-8

Calgonit S

Chlorine Trifluoride Chloro-4-phenylphenol (2-)

Calibre 300-6 Calibre 302-6

24936-68-3 130213-40-0

Chloro-p-Toluidine (2-) Ch loroacetaldehyde

92-04-6 615-65-6 107-20-0

Chloroacetic Acid Chloroacetic Acid Ethyl Ester

79-11-8 105-39-5

Citraconic Anhydride Citric Acid Citronellol

Camphene Camphor

79-92-5 76-22-2

Camphoric Acid Cane Sugar

5394-83-2 57-50-1

Ch loroacetone Ch loroacetophenone

78-95-5 532-27-4

Capric Acid CaproaIdehyde

334-48-5 66-25-1

Chloroacetyl Chloride

1341-24-8 79-04-9

Caproic Acid

142-62-1

Caproic Aldehyde Caprolactam Capron Caprylic Acid Caramel

66-25-1 105-60-2 25038-54-4 124-07-2 8028-89-5

Chloroaniline

27134-26-5

Ch lorobenzaldehyde

35913-09-8

Ch lorobenzene Ch lorobenzenesulfon ic Acid

108-90-7 41237-22-3 74-97-5

Ch lorobromomethane Chlorobutane

109-69-3 39437-98-4

111-90-0

Chlorobutene

Carbitol Acetate Carbolic Acid

112-15-2 108-95-2

Chlorocarbonic Acid

8007-65-6 7440-44-0

Clorox Coal Tar

7681-52-9 8007-45-2

Cobalt Chloride

1332-82-7 7646-79-9

Cobalt Citrate Cobalt Nitrate

866-81-9 10141-05-6 14216-74-1

Cobalt Octoate Cobaltous Acetate

25497-29-4

Coba~ous Chloride Cobaltous Sulfate

7646-79-9 10124-43-3

Ch lorododecane Ch loroethane

28519-07-5 75-00-3

Ch loroethanol Chloroethanol (2-)

Carbon Tetrabrom ide Carbon Tetrachloride

558-13-4 56-23-5

Ch loroethylbenzene Ch loroethylene

Carbonic Acid Carbowax

463-79-6

Chloroform Chlorohexanol (6-)

75-45-6

107-07-3 107-07-3 1331-31-3 75-01-4 67-66-3 2009-83-8

CarboxyethYI Cellulose Carboxymethyl Cellulose

9004-42-6 9000-11-7

Ch lorohydrin Ch lorom ethane

96-24-2 74-87-3

Cassia Oil

9004-32-4 8007-80-5

Chloromethyl Methyl Ether Ch loron itrobenzene

107-30-2 25167-93-5

Castor Oil

8001-79-4

Ch loron itroethane

30283-93-3

Cobalt Salts

136-52-7

28519-06-4

630-08-0

Calcium Carbonate - Copper Chloride

8068-44-8 11096-99-4

Chlorodecane

Carbon Disulfide Carbon Monoxide

25322-68-3

77-92-9 106-22-9

Chlorodifluoroethane Ch lorodifluorom ethane

75-15-0 124-38-9

463-73-0

104-55-2

14751-87-2 71-48-7

Carbon Bisulfide Carbon Dioxide

75-15-0

Clophen A50 Clophen A60

25154-42-1

86-74-8

Carbazole Carbitol

Carbolineum Carbon

10101-53-8

Chloral Hydrate Chlordane

59299-44-4 68915-31-1 149315-46-8 149315-47-9

Calgonit D

13548-38-4 17135-66-9 10141-00-1 10279-63-7 13825-86-0

75-87-6 302-17-0

7789-04-0 10101-53-8

Chromic Sulfate

Cocoa Butter Coconut Oil

8002-31-1 8001-31-8

Cod Liver Oil Cold Cream Colloidal Sulfur

8001-69-2 8050-76-8

Coolanol25 Coolanol35 Copper Acetate

7704-34-9 78-13-7 56690-31-4 142-71-2

Copper Carbonate

4180-12-5 1184-64-1

Copper Chloride

7492-68-4 1344-67-8 7447-39-4

© Plastics Design Library

1069 CAS Registry Numbers - Chemical Sort

7758-89-6 Copper Cyan ide Copper Fluoride

Dekalin

91-17-8

Dichlorotoluene (2,4-)

95-73-8

Delrin

66455-31-0

Dichlorotoluene (3,4-)

95-75-0

39377-49-6

Delrin 100

94947-58-7

Dicyclohexylam ine

11113-59-0

Delrin 500

37273-87-3

Dicyclohexylam mon ium Nitrate

544-92-3

Copper Gluconate

13005-35-1

Delrin 500F

Copper Hypochlorite

16789-31-4

Delrin 900

Copper Naphthenate Copper Nitrate Copper Oxide

101-83-7 3882-06-2

126039-37-0

Dicyclopentadiene

n-73-6

61673-52-7

Didecyl Phthalate

84-77-5

1338-02-9

Derakane 411

51848-31-8

Dieldrin

10402-29-6

Derakane 470

51653-08-8

Diethanolamine

60-57-1 111-42-2

1317-38-0

Derakane 51 ON

72231-10-8

Diethyl Benzene

1317-39-1

Derakane 8084

111744-64-0

Diethyl Carbitol

112-36-7

1344-70-3

Dextrin

Diethyl Carbonate

105-58-8

Copper Sulfate

7758-98-7

Dextrose

Diethyl Cellosolve

629-14-1

Com Oil

8001-30-7

DFD-6005

Com Starch

9005-25-8

DHDA--7704

Com Sugar

50-99-7

Com Syrup

8029-43-4

Cosmic Cottonseed Oil Coumarin Cream of Tartar Creosote Cresol

59694-78-9 8001-29-4 91-64-5 868-14-4 8001-58-9 1319-77-3

Diacetone Alcohol

9004-53-9 50-99-7 9002-88-4 149983-93-7

25340-17-4

Diethyl Ether

60-29-7 96-22-0

Diethyl Ketone

123-42-2

Diethyl Malonate

Diakon

9011-14-7

Diethyl Phthalate

105-53-3 84-66-2

Dialanine

1948-31-8

Diethyl Sebacate

110-40-7

Diallyl Ether

557-40-4

Diethyl Sulfate

64-67-5

Diallyl Phthalate

131-17-9

Diethyl-m-Toluidine (N,N-)

91-67-8

107-15-3

Diethylamine

109-89-7

Diethylaniline Diethylene Glycol

111-46-6

Diaminoethane (1,2-) Diammonium Phosphate Diamyl Phthalate

7783-28-0 131-18-0

Diamylam ine

91-66-7

Cresol (m-)

108-39-4

2050-92-2

Diethylene Glycol Butyl Ether

112-34-5

Cresol (0-)

95-48-7

Diazinon

333-41-5

Diethylene Glycol Ethyl Ether

111-90-0

Cresol (p-)

106-44-5

Dibenzyl

103-29-7

Diethylene Glycol Methyl Ether

111-77-3

Dibenzyl Ether

103-50-4

Diethylenetriam ine

111-40-0

Diethylformam ide

617-84-5

Cresotinic Acid (0-) Cresyldiphenyl Phosphate

83-40-9 26444-49-5

Diborane

Cresylic Acid

1319-77-3

Dibromobenzene (p-)

19287-45-7 106-37-6

Crotonaldehyde

4170-30-3

Dibromoethane

25620-62-6

Crotonic Acid Cryolite Cumaldehyde Cumene Cumene Hydroperoxide Cumylphenol (p-)

3724-65-0 15096-52-3 122-03-2 98-82-8

Dibromoethane (1,2-) Dibromophenol Dibromopropane (1,2-) Dibutyl Ether

106-93-4

Diethylhexyl Sebacate (2-)

122-62-3

Diethylmaleate

141-05-9

Difluoroch lorom ethane

75-45-6

28514-45-6

Difluorodibromomethane

75-61-6

78-75-1

Difluorodich lorom ethane

75-71-8

80-15-9

Dibutyl Phthalate

599-64-4

Dibutyl Sebacate

109-43-3

Diglycolic Acid

110-99-6

111-92-2

Diglyme

111-96-6

31291-60-8

Dihexyl Phthalate

26746-38-3

Dihydroxydiphenylsulfone

Cupric Chloride

7447-39-4

Cupric Fluoride

7789-19-7

Dibutylam ine Dibutylphenol (sec-)

Cupric Sulfate

7758-98-7

Dibutylphenol (tert-)

Cuprous Chloride

7758-89-6

Dichloroacetic Acid

Cuprous Oxide

1317-39-1

Dichloroacetic Acid Methyl Ester

Cyanamide

420-04-2

Dich loroani1ine

Cyanoacetic Acid

372-09-8

Dichloroaniline (3,4-)

Cyanogen

460-19-5

Dich lorobenzene

79-43-6

Difluoroethane Difluoroethylene

25497-28-3

142-96-1 84-74-2

1320-41-8

84-75-3

Dihydroxypropane (1,2-)

25641-61-6 57-55-6

116-54-1

Diisobutyl Adipate

141-04-8

27134-27-6

Diisobutyl Ketone

108-83-8

95-76-1 25321-22-6

Diisobutyl Phthalate

84-69-5 108-82-7

Diisobutylcarbinol

2074-87-5

Dichlorobenzene (1,2-)

95-50-1

Diisobutylene

25167-70-8

Cyanogen Ch loride

506-77-4

Dichlorobenzene (1,4-)

106-46-7

Diisodecyl Phthalate

26761-40-0

Diisononyl Adipate Diisononyl Phthalate

33703-08-1 28553-12-0

Cyanuric Chloride

108-77-0

Dichlorobenzene (0-)

95-50-1

Cyclohexane

110-82-7

Dichlorobenzene (p-)

106-46-7

Cyclohexanone

108-94-1

Dichlorobutane

Cyclohexene

110-83-8

Dichlorobutane (1,2-)

Cyclohexyl Acetate

622-45-7

Dichlorobutene

11069-19-5

Diisopropanolam ine

Cyclohexyl Alcohol

108-93-0

Dichlorodiethyl Ether

27753-54-4

Diisopropyl Benzene

108-91-8

26761-81-9

Diisooctyl Phthalate

117-81-7 27554-26-3

616-21-7

110-97-4 25321-09-9

Dich lorodifluorom ethane

75-71-8

Diisopropyl Ether

108-20-3

Cyclohexylam ine Carbonate

20227-92-3

Dichlorodimethylsilane

75-78-5

Diisopropyl Ketone

565-80-0

Cyclohexylam ine Lau rate

15890-18-3 542-92-7

Dich lorodiphenyldich loroethane

72-54-8

Diisopropylidene Acetone

Cyclohexylam ine

Cyclopentadiene Cyclopentane Cyclopentanone Cyclopropane

Dich loroethane

287-92-3

Dichloroethane (1,2-)

120-92-3

Dich loroethylene

75-19-4

Dichloroethylene (1,2-)

1300-21-6 107-06-2

Dimethionine Dimethyl Acetamide (N,N-)

504-20-1 7349-78-2 127-19-5

25323-30-2

Dimethyl Carbinol

67-63-0

540-59-0

Dimethyl Disulfide

624-92-0

Dimethyl Ether

115-10-6

75-43-4

Cycolac

9003-56-9

Dich lorofluorom ethane

Cycolac KJB

9003-56-9

Dich lorohexafluorocyclobutane (1,2-)

Cycolac KJM

9003-56-9

Dichloroisopropyl Ether

Cycolac KJU

9003-56-9

Dich 10rom ethane

Cycolac L

9003-56-9

Dichlorophenol

Cycolac T

9003-56-9 99-87-6

Dichlorophenoxyacetic Acid

94-75-7

Dimethyl Sulfate

n-78-1

Dichlorophenoxyacetic Acid (2,4-)

94-75-7

Dimethyl Sulfide

75-18-3

Cymene (p-) DDT Decahydronaphthalene Decalin

50-29-3 91-17-8

Decyl Alcohol Dehydroacetic Acid

75-09-2 25167-81-1

26638-19-7 78-87-5

67-64-1

Dimethyl Phenyl Carbinol

617-94-7

Dimethyl Phenyl Methanol

617-94-7

Dimethyl Phthalate

131-11-3

Dimethyl Sulfoxide Dimethyl Terephthalate

67-68-5 120-61-6 19351-18-9

Dich loropropene

26952-23-8

Dimethyl Thiazolidine (2,2-)

26445-02-3

Dimethyl-1 ,5-Hexadiene (2,5-)

627-58-7

124-18-5 112-30-1

Dichloropropionic Acid (2,2-) Dich loropropylene

75-99-0 26952-23-8

Dimethyl-4-Heptanol (2,6-) Dimethyl-4-Heptanone (2,6-)

108-82-7 108-83-8

520-45-6 771-03-9

Dich lorosilane Dich lorotetrafluoroethane

Dimethylacetamide Dimethylam ine

127-19-5 124-40-3

Dimethylan iline

121-69-7

16807-48-0

© Plastics Design Library

63283-80-7

Dimethyl Formaldehyde

Dichloropropionic Acid

91-17-8 14727-56-1

Decane

Dich loropropane Dichloropropane (1,2-)

356-18-3

Dich lorotoluene

4109-96-0 1320-37-2 29797-40-8

Copper Cyanide - Dimethylaniline

1070 CAS Registry Numbers - Chemical Sort

Dimethylaniline (N,N-)

121-69-7

Dimethyldichlorovinyl Phosphate

62-73-7

Dimethylformam ide

68-12-2 68-12-2

Dimethylformamide (N,N-) Dimethylhydrazine Dimethylsilane Din itroch lorobenzene

30260-66-3 1111-74-6 97-00-7

Electrosol Elon Ephedrine Hydrochloride Ephedrine Sulfate Epich lorohydrin Epon 828

25567-67-3

Epsom Salts

10544-72-6

Erucic Acid

Dinitrotoluene

25321-14-6

Ethane

Dioctyl Adipate

84-76-4

Ethanethiol

103-23-1

Ethanolam ine

123-79-5

Ethereal Oil

50-98-6

Ethyleneimine

151-56-4

Ethylhexyl Adipate (Di-2-)

103-23-1

Ethylhexyl Alcohol (2-)

104-76-7

Ethylhexyl Orthophosphoric Acid (Di-2-)

298-07-7

134-72-5

Ethylhexyl Phosphate (Di-2-)

298-07-7

106-89-8

Ethylmorpholine Ethylsulfuric Acid

540-82-9

25068-38-6 7487-88-9 112-86-7

100-74-3

Eucalyptus Oil

8000-48-4

Eugenol

97-53-0

74-84-0

Eval

25067-34-9

75-08-1

Eval EP-E

25067-34-9

141-43-5

Eval EP-F

25067-34-9

F60

25085-50-1

8013-03-4

Ethoxyethyl Acetate (2-)

111-15-9

Ferric Acetate

Dioctyl Phthalate

117-81-7

Ethyl Acetate

141-78-6

Ferric Ammonium Sulfate

117-84-0

Ethyl Acetoacetate

141-97-9

Ferric Chloride

Dioctyl Sebacate

122-62-3

Ethyl Acrylate

140-88-5

Ferric Ferrocyanide Ferric Hydroxide

14038-43-8

Dioctyl Phosphate

3115-39-7

55-55-0 37325-37-4

Dinitrogen Tetroxide Dinonyl Phthalate

92091-76-4

1834-30-6 10138-04-2 7705-08-0

2432-87-3

Ethyl Alcohol

1120-48-5 123-91-1

Ethyl Aluminum Dichloride

563-43-9

Ferric Nitrate

10421-48-4

Ethyl Benzene

100-41-4

Ferric Phosphate

10045-86-0

Dioxane (1,4-)

123-91-1

Ethyl Benzoate

Dioxane (p-)

123-91-1

Ethyl Bromide

93-89-0 74-96-4

Dioxolane

646-06-0

Ethyl Bromoacetate

Dipentene

138-86-3

Ethyl Butyrate

92-52-4

Ethyl Cellosolve

110-80-5

Ferrous Carbonate

101-84-8

Ethyl Cellulose

Dioctylamine Dioxane

Diphenyl Diphenyl Ether

64-17-5

1309-33-7

Ferric Sulfate

10028-22-5

Ferric Sulfide

12063-27-3

105-36-2

Ferrous Am mon ium Citrate

25378-33-0

105-54-4

Ferrous Ammonium Sulfate

10045-89-3

9004-57-3

563-71-3

Ferrous Chloride

7758-94-3

Diphenyl Oxide

101-84-8

Ethyl Chloride

Diphenylam ine

122-39-4

Ethyl Chloroacetate

105-39-5

Ferrous Iodide

7783-86-0

Diphenylcarbonate

102-09-0

Ethyl Chlorocarbonate

541-41-3

Ferrous Nitrate

14013-86-6

Diphenylene Oxide

75-00-3

Ferrous HydrOXide

18624-44-7

132-64-9

Ethyl Chloroformate

541-41-3

Ferrous Sulfate

Diphenylen imine

86-74-8

Ethyl Cyanoacetate

105-56-6

Ferrous Sulfite

Diphenylpropane

25167-94-6

Ethyl Digol

111-90-0

Ferrous Tartrate

7758-11-4

Ethyl Ether

Fiberite FM-4065-50

146701-81-7

Flexel1010

145269-10-9

Dipropylene Glycol

25265-71-8

Ethyl Formate

60-29-7 109-94-4

Dipropylene Glycol Methyl Ether

34590-94-8

Ethyl Lactate

97-64-3 75-08-1

Dipotassium Phosphate

Disodium Phosphate

7558-79-4

Ethyl Mercaptan

Disodium Sulfate

7757-82-6

Ethyl Methacrylate

97-63-2

7720-78-7 50820-24-1 2944-65-2

Flit

37262-48-9 56748-27-7

Fluon

9002-84-0

980-21-2

Ethyl Nitrite

109-95-5

Fluon VG15

9002-84-0

Divinylbenzene

1321-74-0

Ethyl Oleate

111-62-6

Fluon VG25

9077-21-8

DMA4

2008-39-1 94-75-7

Ethyl Oxalate

95-92-1

Fluorine

7782-41-4

Dityrosine

DMA6 Dodecene Dodecyl Alcohol Dodecylbenzene

25378-22-7 112-53-8 123-01-3

Ethyl Propionate Ethyl Pyridine Ethyl Salicylate Ethyl Silicate

105-37-3 28631-77-8 118-61-6 11099-06-2

Fluorinert FC 70

338-84-1

Fluorobenzene

462-06-6

Fluorophosphoric Acid

13537-32-1

Fluosilicic Acid

16961-83-4

Dodecylbenzenesu Ifon ic Acid

27176-87-0

Ethyl Stearate

111-61-5

Fluosulfonic Acid

Dow Corning 710

63148-58-3

Ethyl Sulfate

Fluothane

Dow Corning FS1265

63148-56-1

64-67-5 540-82-9

Foraflon

7789-21-1 151-67-7 24937-79-9

Dowanol DB

112-34-5

Ethyl Trich loroacetate

515-84-4

Form aldehyde

50-00-0

Dowanol EB

111-76-2

Ethyl Valerate

539-82-2

Formam ide

75-12-7

Dowanol PM

1320-67-8

Ethyl-1.3-Hexanediol (2-)

94-96-2

Formic Acid

Ethylamine

75-04-7

Fortilene

103-69-5

Fortran

88-09-5

Freon 11

Dowfax 2A1

12626-49-2

Dowicide

132-27-4

Ethylaniline

Dowicide G

131-52-2

Ethylbutyric Acid (2-)

Dowtherm Dowtherm 209 Dowtherm A DOP

8004-13-5 107-98-2 8004-13-5 117-81-7

Ethylcyclopentane Ethylene Ethylene Brom ide Ethylene Carbonate

64-18-6 9003-07-0 120299-91-4 75-69-4

1640-89-7

Freon 112

76-12-0

74-85-1

Freon 113

76-13-1

106-93-4

Freon 114

96-49-1

Freon 114B2

Dual

51218-45-2

Ethylene Chloride

107-06-2

Freon 115

Dutral CO

61789-00-2

Ethylene Chloroform ate

124-05-0

Freon 116

76-14-2 124-73-2 76-15-3 76-16-4 75-71-8

Dylark 132

9011-13-6

Ethylene Chlorohydrin

107-07-3

Freon 12

Dylark 332

9011-13-6

Ethylene Cyanohydrin

109-78-4

Freon 12B1

353-59-3

Dylark 350

88161-21-1

Ethylene Dibromide

106-93-4

Freon 12B2

75-61-6

9011-13-6

Ethylene Dichloride

107-06-2

Freon 13

75-72-9

107-21-1

Freon 13B1

75-63-8

137-05-3

Ethylene Glycol Ethylene Glycol Butyl Ether

111-76-2

Freon 14

75-73-0

125053-40-9

Ethylene Glycol Ethyl Ether

110-80-5

Freon 142B

75-68-3 75-43-4

Dylark 378P20 Dylark 700 Eastman 910 Ecolan ECA 34 EktarGN001 Ektasolve DB

86675-35-6

9017-80-5

Ethylene Glycol Methyl Ether

109-86-4

Freon 21

25640-14-6 112-34-5

Ethylene Glycol Phenyl Ether

122-99-6

Freon 218

76-19-7

Ethylene Nitrate

628-96-6

Freon 22

75-45-6

Ektasolve DE

111-90-0

Ethylene Oxide

Ektasolve DM

111-77-3

Ethylene Sulfate

Ektasolve EB

111-76-2

Ethylene Trichloride

Ektasolve EE

110-80-5

Ethylened iam ine

Ektasolve EM

109-86-4

Ethylenediaminetetraacetic Acid

Dimethylaniline - Freon BIF

75-21-8

Freon 23

75-46-7

1072-53-3

Freon 31

593-70-4

79-01-6

Freon 32

75-10-5

107-15-3

Freon 502

39432-81-0

60-00-4

Freon BF

37380-64-6

© Plastics Design Library

1071 CAS Registry Numbers - Chemical Sort

Freon C318 Freon MF Freon TA Freon TC

115-25-3 75-69-4

Heptanoic Acid Heptyl Alcohol

111-14-8 111-70-6

58481-78-0 58481-77-9

Heptyl Alcohol (2-) Hercoflex 600

543-49-7 66525-75-5

Freon TE

57762-33-1

Hercules 8551-7A

146908-75-0

Freon TES

57158-54-0

Hetron 197

Freon TF

76-13-1

Freon TM

57762-32-0

Freon TMC Freon TMS

57762-31-9 59316-88-0

Freon TWD602 Fructose

Furaldehyde (2-) Furan Furfural Furfuryl Alcohol Furoic Acid

98-00-0 26447-28-9

Fyrquel150

1330-78-5

Fyrquel220 Fyrquel GT

55957-10-3 55818-86-5

Galecron

6164-98-3

Gallic Acid Geloy 1120

149-91-7 108554-70-7

Genal 4300 Genetron 11

53241-37-5 75-69-4

Genetron 113 Genetron 12 Genetron 22

76-13-1 75-71-8 75-45-6

Genklene Gentian Violet Geon 85856 Geon 8700A

100919-09-3 548-62-9 98444-09-8 9002-86-2

Gluconic Acid

133-42-6 526-95-4

Glucose Glutamic Acid

50-99-7 56-86-0

Hydroxyacetic Acid

79-14-1

62229-52-1

Hydroxylam ine Hydroch loride

Hetron 700C Hetron 72 Hetron 92

72146-92-0

Hydroxylam ine Sulfate

10039-54-0

74315-78-9 27837-76-9

Hylene T Hypalon

39392-92-2 9008-08-6

Hypalon 40

9008-08-6 14380-61-1

Hetron 922

98-01-1

123-31-9 14844-07-6

Hetron 700

Hetron 980

110-00-9 98-01-1

Hydroquinone Hydrosulfite Hydroxylam ine

57-48-7 110-17-8

10034-85-2 100215-18-7

30944-53-7

118606-46-5 30237-26-4

Fumaric Acid

Hydroiodic Acid Hydrolubric 120B

Hetron 99P Hetron FR992 Hexachloro-1,3-Butadiene Hexach loroacetone Hexach lorobenzene Hexach lorobutadiene Hexach lorobutene Hexach lorocyclohexane Hexach lorocyclopentadiene Hexach loroethane Hexach lorophene Hexadecyl Alcohol Hexaethyl Tetraphosphate Hexafluoroethane Hexafluoroisopropyl Alcohol Hexafluorouranium Hexafluoroxylene Hexaldehyde Hexamethylene Hexamethylene Diammonium Adipate Hexamethylenediam ine Hexamethylenetetram ine Hexamethylphosphoric Triam ide Hexane Hexanetriol Hexene

7803-49-8 5470-11-1

95507-65-6 113979-69-4

Hypochlorite

125053-67-0 113979-70-7

Hypoch lorous Acid

7790-92-3

Hypophosphorous Acid

6303-21-5

87-68-3

14332-09-3

116-16-5

Indene

95-13-6

118-74-1 87-68-3

Indole Insulin

120-72-9 9004-10-8

56631-01-7

lodic Acid

58-89-9

Iodide

77-47-4

Iodine Iodine Pentafluoride

67-72-1 70-30-4 36653-82-4

7782-68-5 20461-54-5 7553-56-2 7783-66-6

757-58-4 76-16-4

Iodine Potassium Iodide Iodoform Iron (II) Chloride Iron (II) Sulfate

12298-68-9 75-47-8 7758-94-3 7720-78-7

920-66-1 7783-81-5

Iron (III) Chloride Iron Ammonium Sulfate

7705-08-0 10402-23-0

Iron Chloride

7705-08-0 12040-57-2

Iron Nitrate

14013-86-6 14104-77-9 7705-08-0 10124-49-9 123-92-2

26545-61-9 66-25-1 110-82-7 3323-53-3 124-09-4 100-97-0 680-31-9

Iron Perchloride Iron Sulfate Isoamyl Acetate

110-54-3 25323-24-4

Isoamyl Alcohol Isoamyl Butyrate

123-51-3 106-27-4

592-41-6 25264-93-1

Isoamyl Ether Isoamyl Valerate

2050-09-1

544-01-4 75-28-5

6899-05-4

79390-45-7

Isobutane

Glutaraldehyde

111-30-8

81624-06-8

Isobutyl Acetate

110-19-0

Glutaric Acid Glycerin

110-94-1 56-81-5

Hexone Hexyl Acetate

108-10-1 142-92-7

Isobutyl Alcohol Isobutyl Ketone

Glycerol Glycerol Triacetate

56-81-5 102-76-1

Hexyl Alcohol Hexyl Alcohol (tert-)

78-83-1 108-83-8 108-10-1 2466-73-1 115-11-7 78-84-2

Glycerophosphoric Acid Glyceryl Phosphate

57-03-4 57-03-4 27082-31-1

Glycidol Glycine Glycol ic Acid

556-52-5 56-40-6 79-14-1

Hexyl Ether Hexylene Glycol Hexylresorcinol HiFax Hostalen GUR Hostapal

Glycolic Acid Butyl Ester Glyoxal

7397-62-8 107-22-2

HRSN 8907 Humic Acids

Goodrite K702 Goodrite K732

9003-01-4 9003-01-4

HyComp 400 Hydrazine

Graphite Green Liquor Green Soap

7782-42-5 68131-30-6

Grilon GTX910 Gum Acacia Gum Tragacanth

8026-70-8 25038-54-4 104042-68-4 9000-01-5 9000-65-1

Gypsum

13397-24-5

Halar

25101-45-5

Halar 300 Halar 500 Halothane Halowax 1000 Helium Heptachlor Heptach lorobutene Heptaldehyde Heptane Heptane (n-)

© Plastics Design Library

110872-65-6 110872-65-6 151-67-7 58718-66-4 7440-59-7 76-44-8 116188-72-8 111-71-7 142-82-5 142-82-5

Hydrazine Dihydrochloride Hydrazine Hydrate Hydriodic Acid Hydrobrom ic Acid

111-27-3 26401-20-7

Isobutyl Methyl Ketone Isobutyl Phosphate

112-58-3 107-41-5

Isobutylene Isobutyraldehyde

136-77-6 9002-88-4

Isobutyric Acid Isobutyronitrile Isocrotyl Chloride

9002-88-4 75432-60-9 9002-88-4 1415-93-6 147881-85-4 302-01-2 5341-61-7 7803-57-8 10217-52-4 10034-85-2

Hydrochloric Acid

10035-10-6 7647-01-0

Hydrocyanic Acid Hydrofluoric Acid

7664-39-3

74-90-8

Hydrofluosilicic Acid Hydrogen

56977-47-0

Hydrogen Bromide Hydrogen Chloride Hydrogen Cyanide Hydrogen Fluoride Hydrogen Iodide Hydrogen Peroxide Hydrogen Phosphide Hydrogen Selenide Hydrogen Sulfide

10035-10-6 7647-01-0 74-90-8 7664-39-3

1333-74-0

10034-85-2 7722-84-1 7803-51-2 7783-07-5 7783-06-4

79-31-2 78-82-0

Isocyanate

513-37-1 71000-82-3

Isodecyl Alcohol Isododecane

25339-17-7 31807-55-3

Isoeugenol Isonel31

97-54-1 111517-73-8

Isooctane

27458-94-2 540-84-1

Isooctyl Alcohol

26635-64-3 26952-21-6

Isononyl Alcohol

Isopar G Isopar H Isopentane Isophorone Isophthalic Acid Isoplast 101 LGF40 Isoplast 201 Isoplast 202 Isoplast 202LGF40 Isopropyl Acetate Isopropyl Alcohol Isopropyl Amine Isopropyl Benzene Isopropyl Chloride Isopropyl Ether

90622-57-4 90622-57-4 78-78-4 78-59-1 121-91-5 146586-22-3 113979-72-9 146586-21-2 146586-23-4 108-21-4 67-63-0 75-31-0 98-82-8 75-29-6 108-20-3

Freon C318 - Isopropyl Ether

1072 CAS Registry Numbers - Chemical Sort

Isopropyl Myristate

110-27-0

Isopropyl Nitrate Isopropyl Palmitate

1712-64-7 142-91-6 108-10-1

Isopropylacetone Isopropylam ine Isopropylphenol (0-) Isopropylphenol (p-) Isovaleric Acid

75-31-0 88-69-7 99-89-8 503-74-2 97-65-4

Lead Sulfate

32849-69-7 7446-14-2

Manganese Dioxide Manganese Gluconate

Lexan Lexan 100 Lexan 101 Lexan 141

15739-80-7 123-76-2 24936-68-3 24936-68-3 24936-68-3 24936-68-3

Manganese Manganese Manganese Manganese

90803-58-0 24936-68-3

Manganous Sulfate

Levulinic Acid

lupiace AH60

106255-03-2

Lexan 153 Lexan 303

lupiace AV60 lup~al F20-02

133136-65-9 105521-79-7

Ligroin Lime Chloride

Ixef 1022 Johnsons Wax 111

117079-63-7 8002-74-2

Jojoba Oil K Resin KR01

Hypophosphite Linoleate Naphthenate Sulfate

Manganous Chloride

1313-13-9 6485-39-8 10043-84-2 6904-78-5 1336-93-2 7785-87-7 10124-55-7 7773-01-5

Mann~ol

7785-87-7 69-65-8

8032-32-4 7778-54-3

Marlipal MG

87-78-5 9002-92-0

Lime Sulfur Lime water

1344-81-6 1305-62-0

Marlophen 810 Marlophen 83

9016-45-9 9016-45-9

61789-91-1 106107-54-4

Limonene (d-) Lindane

5989-27-5 58-89-9

Marlophen 89 Mater-Bi

Kadel E-1000 Kadel E-1140

146358-94-3 32033-80-0

Lindol Linoleic Acid

1330-78-5 60-33-3

MDI Menthanol

Kalwall Sunlite Kamax T-150

70816-49-8 141615-57-8

Linseed Oil Lithium Bromide

8001-26-1 7550-35-8

Menthol

KamaxT-240 KamaxT-260

143550-29-2 123611-48-3

Lith ium Carbonate Lithium Chloride

554-13-2 7447-41-8

Mercaptoacetic Acid Mercaptobenzoth iazole

25036-53-7

Lithium Chromate

14307-35-8

Itaconic Acid

Kapton HN Kel-F81

9002-83-9

L~hium C~rate

Lithium Hydroxide Lith ium Hypochlorite

Kevlar29 Kinel

24938-64-5 37265-60-4

Kinel4525 Kinel5504

113552-63-9 26140-67-0

Kinel5505 Kinel5511

52683-08-6 52683-10-0

Lithium Perchlorate Lithium Salicylate

Kinel5514 Kodar 6763

52683-11-1 25640-14-6

Lithium Sulfate Lithopone

Korad Korsolin

77323-44-5 78244-98-1 53148-95-1

Loctite LPH Lubricomp OCL-4036

50-21-5

Lubricomp OFL-4036 Lustrex Lutidine (2,4-)

Kydex 100 Lactic Acid Lactic Acid Butyl Ester

138-22-7

Lanolin

63-42-3 16984-38-6 8006-54-0

Lasso

15972-60-8

Lactose

1600-27-7

Mercuric Chloride

7487-94-7

13840-33-0

Mercuric Cyanide

Lithium N~rite

13568-33-7

10045-94-0

7791-03-9 552-38-5

Mercuric Sulfate Mercurochrome

7783-35-9 129-16-8

Mercurous Chloride

7546-30-7 10112-91-1

53858-53-0 64664-26-2 146909-05-9

Mercurous Nitrate Mercury Mercury (II) Chloride

10415-75-5 7439-97-6 7487-94-7

146909-06-0 9003-53-6 108-47-4

Mercury Chloride

10377-48-7 1345-05-7

532-27-4 2090-64-4 13774-25-9 7789-48-2 546-93-0

Magnesium Bromide Magnesium Carbonate

Lauryl Alcohol Lauryl Chloride

112-53-8 112-52-7

Magnesium Chloride Magnesium Chlorite

7786-30-3 17188-11-3

Lauryl Mercaptan Lauryl Sulfate Lavender Oil Lead Lead Acetate

112-55-0 151-41-7

Magnesium Citrate

144-23-0 3344-18-1 7779-25-1 16949-65-8

Lead Arsenate

Lead Azide Lead Bromide

301-04-2 15347-57-6 3687-31-8 7645-25-2 7784-40-9 13424-46-9 10031-22-8 12646-11-6

Magnesium Hydroxide Magnesium Iodide

1309-42-8

Magnesium Sulfate Magnesium Sulfite

10377-58-9 10377-60-3 10043-83-1 7487-88-9 7757-88-2

Magnesium Trisilicate Magnifloc 837A

14987-04-3 75602-80-1

Magnesium Nitrate Magnesium Phosphate

592-04-1 7774-29-0

Mercuric Iodide Mercuric Nitrate

143-07-7 112-16-3

Magnesium Fluosilicate

27157-85-3

1310-65-2

Lauric Acid Lauroyl Chloride

8000-28-0 7439-92-1

89-78-1 1490-04-6 68-11-1 149-30-4

Mercuric Acetate

7790-69-4

Magnesium Bicarbonate Magnesium Bisulfite

101-68-8 30350-73-3

919-16-4

L~hium N~rate

Mace

9016-45-9 146479-85-8

7487-94-7 51312-24-4 628-86-4 24936-68-3 54-64-8

Mercury Fulminate Merion M60 Merthiolate Mesityl Oxide

141-79-7 108-62-3 9002-91-9

Metaldehyde

Methacrylate Methacrylic Acid Methacrylon itrile Methallyl Chloride Methane Methanesulfonic Acid Methoxychlor Methoxyethanol (2-) Methoxyethyl Acetate (2-) Methoxyethyl Oleate Methyl Abietate Methyl Acetate Methyl Acetoacetate

37273-91-9 18358-13-9 79-41-4 126-98-7 563-47-3 74-82-8 75-75-2 72-43-5 109-86-4 110-49-6 111-10-4 127-25-3 79-20-9 105-45-3 96-33-3 79-41-4

13701-91-2

Magnum

50641-63-9

Methyl Acrylate

598-63-0

Makrolon

24936-68-3

Methyl Acrylic Acid

13427-42-4 25510-11-6

Makrolon 2608 Makrolon 2800

24936-68-3 24936-68-3

Methyl Alcohol Methyl Amyl Alcohol

67-56-1 54972-97-3

Lead Chloride

7758-95-4 12612-47-4

Makrolon 3200 Malathion

24936-68-3 121-75-5

Methyl Amyl Ketone Methyl Anthran ilate

110-43-0 134-20-3

Lead Chromate

7758-97-6 11119-70-3

Maleic Acid Maleic Anhydride

Lead Dioxide Lead Linoleate

1309-60-0 16996-51-3

Malic Acid Malonic Acid

Lead Nitrate

10099-74-8 1309-60-0

Mandel ic Acid Manganese Acetate

1314-41-6 1317-36-8

Manganese Carbonate

Lead Carbonate

Lead Oxide

Lead Stearate Lead Sulfamate

Isopropyl Myristate - Methyl Chloride

1335-25-7 1072-35-1 13767-78-7

Manganese Chloride

110-16-7 108-31-6 6915-15-7 141-82-2 90-64-2 638-38-0 2180-18-9 598-62-9 17375-37-0 7773-01-5 11132-78-8

93-58-3 74-83-9

Methyl Benzoate Methyl Bromide Methyl Bromoacetate Methyl Butyl Ketone

96-32-2 591-78-6

Methyl Butyrate Methyl Carbitol

623-42-7 111-77-3

Methyl Carbonate Methyl Cellosolve Methyl Cellosolve Acetate Methyl Cellulose Methyl Ch loride

616-38-6 109-86-4 110-49-6 9004-67-5 74-87-3

© Plastics Design Library

1073 CAS Registry Numbers - Chemical Sort

Methyl Chloroacetate

96-34-4

Mylar

25038-59-9

Methyl Chloroform

71-55-6

Mylar 92A

74913-57-8

Methyl Chloroformate Methyl Chloromethyl Ether Methyl Cyanide

79-22-1 107-30-2 75-05-8

Methyl Cyanoacetate

105-34-0

Methyl Cyclohexanol

25639-42-3

Methyl Cyclohexanone Methyl Cyclopentane Methyl Ether Methyl Ethyl Ketone Methyl Ethyl Ketone Peroxide

1331-22-2

Myristic Acid Naphtha Naphthalene Naphthalenesulfonic Acid Naphthol (~-)

111-65-9 124-07-2

115-10-6

NAS30

25034-86-0

78-93-3 1338-23-4

Neats Foot Oil Neoprene

69028-37-1 69028-37-1

Methyl Glycol Acetate

110-49-6

Nickel Chloride

Methyl Hexyl Ketone

111-13-7

7718-54-9

Octyl Acetate

112-14-1 Octyl Alcohol

111-87-5

Octyl Chloride Octyl Phthalate

117-81-7

111-85-3 117-84-0

37211-05-5 Octylamine

111-86-4

110-12-3

Nickel Sulfate

7786-81-4

Oleic Acid

112-80-1

108-11-2 Nicotinam ide

Methyl Isopropyl Ketone

563-80-4

Nicotinam ide Hydrochloride

Methyl Lactate

547-64-8

Methyl Laurate

111-82-0

Methyl Methacrylate

80-62-6

Methyl Naphthalene

1321-94-4

15905-81-4

77-78-1 75-93-4 1634-04-4 75-79-6

25334-23-0

Oleyl Alcohol

34612-78-7

Oxygen

7782-44-7

Ozone

10028-15-6

Palamo" 644 Palamoll646

27084-37-3 24936-97-8

6505-86-8 Nicotinic Acid Nitric Acid Nitrilotriethanol Nitro-2-Methylpropanol (2-) Nitroan iline Nitroaniline (p-) Nitrobenzene Nitrobenzoic Acid Nitrobenzoic Acid (p-) Nitrobutanol (2-)

59-67-6 7681-38-1 7697-37-2 10102-43-9 102-71-6 76-39-1

Palatinol M

100-01-6

PalatinolO

131-11-3 2055-00-7

Palatinol Z

26761-40-0

98-95-3 62-23-7

Palm Oil Palmarosa Oil

609-31-4

Palmitic Acid

27178-83-2

76-06-2

Paradichlorobenzene

Nitroethane

79-24-3

Paraformaldehyde

9004-70-0

7727-37-9

8002-75-3 8014-19-5 57-10-3 36653-82-4

Palmityl Alcohol

Nitrochloroform

26915-12-8

28553-12-0

29757-24-2

108-10-1

Methylaniline

84-74-2

Palatinol C

109-87-5

Nitrogen

117-81-7

Palatinol DN

Methylal

74-89-5

84-66-2

Palatinol A

Methyl-2-Pentanone (4-)

100-61-8

31533-76-3 144-62-7

Palatinol AH

Nitrocellulose

Methylaniline

143-28-2

54-11-5

624-24-8

Methylamine

8014-95-7

65-30-5

Nitric Oxide

75-93-4

37220-82-9

Nicotine

107-87-9 119-36-8

25013-15-4

Olein Oleum

Nicotine Sulfate

Niter Cake

98-83-9

98-92-0

OS 124 Oxalic Acid

112-62-9 101-41-7

1319-73-9

Methyl Valerate

103-09-3

13138-45-9

108-10-1

Methyl Trichlorosilane

15699-18-0

25377-83-7

Nickel Nitrate

Methyl Isobutyl Carbinol

Methyl Tertiary Butyl Ether

373-02-4

111-64-8

Octene

74-88-4

Methyl Isobutyl Ketone

Methyl Sulfuric Acid

8002-64-0

Neoprene W Nickel Ammonium Sulfate

Methyl Sulfate

112-92-5

Octanoic Acid Octanoyl Chloride

109-86-4

Methyl Styrene

Octadecyl Alcohol

25034-86-0

Methyl Glycol

Methyl Propyl Ketone

143-28-2 593-45-3

NAS10

Nickel Acetate

Methyl Salicylate

135-19-3

Ocenol Octadecane

96-37-7

107-31-3

Methyl Oleate

91-20-3 25155-19-5

8008-45-5 64726-60-9

O-Syl

Octane

Methyl Formate

Methyl Phenylacetate

544-63-8 8030-30-6

25168-10-9

93-15-2

Methyl Isoamyl Ketone

8007-12-3 8007-12-3

Naphthylam ine

Methyl Eugenol

Methyl Iodide

Nutmeg Butter Nutmeg Oil

106-46-7 30525-89-4 123-63-7

Paraldehyde

Nitrogen Dioxide

10102-44-0

Parathion

Nitrogen Monoxide

10102-43-9

Pebax 6312

56-38-2 113055-64-4

Methylbenzene

108-88-3

Nitrogen Oxide

11104-93-1

Pectin

9000-69-5

Methylcyclohexane

108-87-2

Nitrogen Peroxide

10102-44-0

Penicillin

1406-05-9 61-33-6

Methylene Blue

61-73-4

Nitrogen Tetraoxide

10544-72-6

Penicillin G

Methylene Brom ide

74-95-3

Nitrogen Tetroxide

10544-72-6

Pentach lorobenzam ide

Methylene Chloride

75-09-2

Nitrogen Trifluoride

7783-54-2

Pentach loroethane

Methylene Dianiline

101-77-9

Nitroglycerin

55-63-0

Pentachlorophenol

75-09-2

NitrogIycerol

55-63-0

Pentaerythritol

Methylene Iodide

75-11-6

Nitroglycol

Methylformam ide

123-39-7

Methylene Dichloride

Methylhydrazine

60-34-4

Methylisocyanate

624-83-9

Nitromethane Nitrophenol Nitrophenol (p-)

628-96-6 75-52-5 25154-55-6 100-02-7

29956-85-2 76-01-7 87-86-5 115-77-5

Pentaerythritol Tetran itrate

78-11-5

Pentafluorophenol

771-61-9

Pentane Pentanedione (2,4-)

123-54-6

109-66-0

Pentasodium Triphosphate

7758-29-4

Methylisovalerate

556-24-1

Methylpyrrolidone

51013-18-4

Nitropropane (2-)

79-46-9

Pentene

25377-72-4

Metolachlor

51218-45-2

Nitrosyl Ch loride

2696-92-6

Pentoxol

141-73-1

Nitrosylsulfuric Acid

7782-78-7

Pentoxone

Nitrotoluene

1321-12-6

Pentyl Pentanoate

Metoquinone Molasses

622-91-3 68476-78-8

Nitropropane

Molybdenum Disulfide

1317-33-5

Nitrotoluene (0-)

Molybdenum Oxide

1313-27-5

Nitrous Acid

11098-99-0

Nitrous Oxide

18868-43-4

25322-01-4

88-72-2

107-70-0 2173-56-0 110-58-7

Pentylamine

7782-77-6

Peracetic Acid

79-21-0

10024-97-2

Perchloric Acid

7601-90-3 67-72-1

Nonane

111-84-2

Perchloroethane

Molybdenum Trioxide

1313-27-5

Nonyl Alcohol

143-08-8

Perchloroethylene

Molybdic Acid Monofluorodichloromethane

7782-91-4

Noryl

52439-05-1

Perchlorom ethylmercaptan

75-69-4 110-91-8

39316-43-3 53126-04-8

Perchloryl Fluoride

Monofluorotrich loromethane Morpholine

Noryl731 NorylGFN2 NorylGFN3

79586-58-6

Perclene Perfl uorotriethylam ine

Noryl N190

64060-06-6

Perfl uoroxylene

Mowilith MR-13031 Muriatic Acid

75-43-4

9077-36-5 26951-08-6 7647-01-0

Noryl SE1 Noryl SE100

Mustard

505-60-2

Novocain

Mustard Gas

505-60-2

Nujol

© Plastics Design Library

9062-88-8 39316-44-4 51-05-8 8012-95-1

Perhydrol Permanganic Acid Persulfuric Acid

127-18-4 594-42-3 7616-94-6 127-18-4 359-70-6 27135-80-4 7722-84-1 13465-41-3 7722-86-3 13445-49-3

Chloroacetate - Persulfuric Acid

1074 CAS Registry Numbers - Chemical Sort

Petrothene

Petrolatum

8009-03-8 9002-88-4

Phenacetin Phenol

62-44-2 108-95-2

Phenolsulfonic Acid Phenoxyacetic Acid Phenoxyethanol (2-) Phenyl Acetate

1333-39-7 122-59-8 122-99-6 122-79-2

Phenyl Benzene

7631-42-7 92-52-4 101-84-8

Phenyl Ether Phenylacetic Acid Phenylacetonitrile Phenylenediam ine Phenylethanol (2-) Phenylethyl Alcohol

Potassium Acid Sulfate

7646-93-7 10043-67-1

Propionitrile

107-12-0

Potassium Alum

Propyl Acetate

109-60-4

Potassium Alum inum Alum Potassium Alum inum Sulfate

10043-67-1 10043-67-1

Propyl Acetate (2-) Propyl Alcohol

108-21-4 71-23-8

Potassium Amyl Xanthate

15007-61-1 2720-73-2

Propyl Alcohol (2-) Propyl Ether

67-63-0 111-43-3

Potassium Antimonate Potassium Bicarbonate

1333-78-4 298-14-6

Propyl Formate Propyl Nitrate

110-74-7 627-13-4

Potassium Bichromate Potassium Bifluoride

7778-50-9 7789-29-9 7646-93-7

103-82-2

Potassium Bisulfate Potassium Bisulfite

Propyl Propionate Propylam ine Propylbenzene

140-29-4 25265-76-3

Potassium Bitartrate Potassium Borate

7773-03-7 868-14-4 1332-77-0

Propylene Propylene Chloride Propylene Chlorohydrin

106-36-5 107-10-8 103-65-1 115-07-1 78-87-5 78-89-7

60-12-8 60-12-8

12712-38-8 126755-38-2

Propylene Dibrom ide Propylene Dich loride

Phenylethyl Ether

103-73-1

Potassium Bromate

7758-01-2

Propylene Glycol

Phenylhydrazine

100-63-0

Potassium Bromide

7758-02-3

Propylene Glycol Methyl Ether

57-55-6

Phenylhydrazine Hydroch loride

59-88-1

Potassium Carbonate

Phenylmercuric Acetate

62-38-4

Potassium Chlorate

3811-04-9

Propylene Oxide (1,2-)

92-69-3

Potassium Chloride

7447-40-7 7789-00-6

Propylhexedrine Protargol

Phenylphenol (p-) Phorone Phosgene Phosphine

504-20-1 75-44-5

Potassium Chromate Potassium Citrate

7803-51-2 12768-82-0

Phosphoric Acid Phosphoric Anhydride Phosphoric Trich loride Phosphorous Acid Phosphorous Trichloride Phthalic Acid

Potassium Cyanate

1314-56-3

Potassium Cyanide Potassium Dichromate

Phthalic Anhydride Phthaloyl Chloride

85-44-9 88-95-9

Picric Acid

88-89-1

Potassium Diphosphate Potassium Ethyl Xanthate Potassium Ferricyanide Potassium Ferrocyanide

Pyruvic Acid Quinidine

127-17-3

Potassium Oxalate

583-52-8 10043-22-8

Quinine

130-95-0

Quinine Bisulfate

549-56-4

Potassium Perborate Potassium Perchlorate

12653-78-0 7778-74-7

Quinine Hydrochloride

7722-64-7 17014-71-0

Quinine Sulfate Quinizarin

9011-14-7 9011-14-7

Potassium Permanganate Potassium Peroxide

Plexiglas V052 Plexiglas V811

9011-14-7 9011-14-7

Potassium Persulfate

Polysolvan 0 Polystyrene Polystyrol 168N Polyvinyl Acetate Polyvinyl Alcohol Polyvinyl Chloride Potash

Potassium Acetate

Petrolatum · Rynite 555

Potassium Phosphate

9011-14-7 Potassium Pyrophosphate Potassium Pyrosulfate Potassium Silicate

7758-09-0

7727-21-1 7778-53-2 16068-46-5 7320-34-5 7790-62-7 1312-76-1

56-54-2

130-89-2 7549-43-1 804-63-7 81-64-1

Quinoline

91-22-5

Quinone

106-51-4

R 502 Rapeseed Oil Red Copper Oxide Red Oil

39432-81-0 8002-13-9 1317-39-1 8002-33-3

9011-14-7 27791-72-6

Potassium Silicofluoride Potassium Sodium Tartrate

16871-90-2 304-59-6

Reny 1002

68002-84-6 119574-49-1

25322-68-3

Potassium Stannate Potassium Stearate

12142-33-5

9005-08-7

Reny 1022 Resorcin

25805-74-7 108-46-3

9004-81-3

Potassium Sulfate

7778-80-5

Resorcinol

25618-55-7

Potassium Sulfide

1312-73-8

Rhodium

27941-08-8

Potassium Sulfite

37248-34-3 10117-38-1

26222-20-8 7397-62-8

Potassium Tartrate Potassium Th iocyanate

40968-90-9 333-20-0

9003-53-6

Potassium Thiosulfate Prevex

25101-03-5

9003-53-6 9003-20-7 9002-89-5 9002-86-2 584-08-7 1310-58-3

Potash Alum Potassium

87-66-1 7783-05-3 7791-27-7

7757-79-1

Plexiglas V Plexiglas V044

Polypropylene Sebacate

120-80-9

Potassium Nitrate Potassium Nitrite

14338-82-0 103-23-1

Polypropylene Adipate

34521-19-2

109-97-7 616-45-5

53801-28-8

Polyglycerol

543-54-4 34114-35-7

Pyrrole Pyrrolidone

Plastikator 88 Plastomoll DOA

Polyethylene Glycol Monolaurate

Pyridine Sulfate

10294-64-1 10006-28-7

Piperidine Plastigen G

Polyethylene Glycol Polyethylene Glycol Distearate

13746-66-2 13943-58-3

52673-62-8 110-86-1

Pyrosulfuric Acid Pyrosulfuryl Chloride

142-64-3 6094-40-2

Polycast

39346-05-9 26914-33-0

Pyralene 1498 Pyranol Pyridine

7758-05-6 7681-11-0

Piperazine Hydrochloride

9003-05-8

Pydrau I A200

7778-50-9 7778-77-0 140-89-6

7778-66-7

Potassium Manganate Potassium Metasilicate

Polyacrylam ide

66594-32-9 66594-31-8

Pydraul50E

Pyrocatechol Pyrogallic Acid

Potassium Iodide

Pluronic

Pydraul115E

590-28-3 151-50-8

95-63-6

Pyridine Sulfonic Acid

1330-16-1 110-85-0

53148-92-8 106392-12-5

62887-81-4

1310-58-3

Pine Tar

Plexiglas V920 Plexiglas VM

Pseudocum ene Purifloc C41

7789-23-3

Pinene Piperazine

110-89-4

866-83-1

Potassium Fluoride

Potassium Iodate

75-56-9 75-56-9 101-40-6 9015-51-4

Potassium Hydroxide Potassium Hypochlorite

8002-09-3 8011-48-1

Pine Oil

Propylene Oxide

1320-67-8

866-84-2 7778-49-6

7664-38-2 10025-87-3 10294-56-1 13598-36-2 7719-12-2 88-99-3

584-08-7

78-75-1 78-87-5

Prevex PQA Pro-Fax Pro-Fax PD-701 Prontosil

12136-45-7

Propadrine Propane

10043-67-1 7440-09-7

Propargyl Alcohol Propionaldehyde

127-08-2

Propionic Acid

593-29-3

10294-66-3 112871-57-5 119314-84-0 9003-07-0

Riboflavin Ricinoleic Acid Rongalit Rose Oil

83-88-5 141-22-0 149-44-0 8007-01-0

Rosin

8050-09-7 85026-55-7

Rouge RP 1

1309-37-1 7500-55-2 52932-53-3 131274-04-9

9003-07-0 103-12-8 14838-15-4 74-98-6

108-46-3 7440-16-6

Rulon J RX

81458-53-9 107120-21-8

107-19-7 123-38-6

Rynite 530 Rynite 545

25038-59-9 25038-59-9

79-09-4

Rynite 555

25038-59-9

© Plastics Design Library

1075 CAS Registry Numbers - Chemical Sort

Rynite 935

86338-40-1

Sodium Aluminum Sulfate

10102-71-3

Sodium Oleate

Ryton

25212-74-2

Sodium Amalgam

11110-52-4

Sodium Oxalate

Ryton R-10 7006A

25212-74-2

Sodium Antimonate

11112-10-0

Sodium Palmitate

Ryton R-4

25212-74-2

15593-75-6

Sodium Perborate

Ryton R-8

25212-74-2

Sodium Arsenate

7631-89-2

133137-09-4

Sodium Arsenite

7784-46-5

Ryton S Saccharin

81-07-2

143-19-1 62-76-0 408-35-5 7632-04-4 11138-47-9

Sodium Percarbonate

13464-37-4

3313-92-6 4452-58-8

Sagrotan

61840-52-6

Sodium Benzenesulfonate

515-42-4

Sal Ammoniac

12125-02-9

Sodium Benzoate

532-32-1

Sodium Perchlorate

144-55-8

Sodium Peroxide

1313-60-6

Sodium Persulfate

7775-27-1

15630-89-4 7601-89-0

Salicylaldehyde

90-02-8

Sodium Bicarbonate

Salicylanilide

87-17-2

Sodium Bifluoride

69-72-7

Sodium Bisulfate

7681-38-1

15593-29-0

119-36-8

16721-80-5 7631-90-5

28831-12-1 Sodium Phenolate

526-94-3

Sodium Phenoxide

139-02-6

1333-73-9

Sodium Phosphate

7601-54-9

Salicylic Acid

90-02-8

Sodium Bisulfide Sodium Bisulfite

Sandalwood Oil

8006-87-9

Sodium Bitartrate

SantalOil

8006-87-9

Sodium Borate

Salicylic Acid Methyl Ester Salicylic Aldehyde

Santicizer 141

1241-94-7

Santicizer 8

8047-99-2

1333-83-1

139-02-6

13840-56-7 Sodium Borohydride

16940-66-2

7632-05-5 Sodium Plumbite

12034-30-9

Santicizer B16

85-70-1

Sodium Bromate

7789-38-0

Sodium Polyacrylate

9003-04-7

Santicizer E15

84-72-0

Sodium Brom ide

7647-15-6

Sodium Pyrosulfite

7681-57-4

Santicizer M 17

85-71-2

Sodium Butyl Xanthate

141-33-3 497-19-8

61790-51-0 54-21-7

Sodium Resinate Sodium Salicylate

Santoprene 101-55

121273-97-0

Sodium Carbonate

Santoprene 101-64

121273-98-1

Sodium Chlorate

7775-09-9

Sodium Sesquisilicate

Santoprene 101-73

121273-99-2

Sodium Chloride

7647-14-5

Sodium Silicate

Santoprene 201-55

121274-00-8

Sodium Chloride Sulfate

Santoprene 201-64

124632-34-4

Sodium Chlorite

7758-19-2

Sodium Sulfate

12058-66-1 7757-82-6

Santoprene 201-73

123138-94-3

Sodium Chloroacetate

3926-62-3

Sodium Sulfhydrate

16721-80-5

Santoprene 203-50

121274-01-9

Sodium Chromate

7775-11-3

Sodium Sulfide

1313-82-2

8006-80-2

Sodium Chromate Sodium Citrate

12680-48-7

Sodium Sulfite Sodium Sulfocyanide

7757-83-7 540-72-7

Sassafras Oil Sebacic Acid

111-20-6

Sebacic Acid Dibutyl Ester

109-43-3

SelarRB

119792-38-0

129195-70-6

68-04-2 994-36-5

Sodium Cyanamide

1344-09-8

Sodium Stannate

868-18-8

Sodium Tartrate

14475-11-7

19981-17-0

Selenic Acid

7783-08-6

Sodium Cyanate

917-61-3

Sodium Tetraborate

Selenious Acid

7783-00-8

Sodium Cyanide

143-33-9

Sodium Tetraphosphate

10026-03-6

Sodium Diacetate

126-96-5

Sodium Tetrasulfide

37299-88-0

Sodium Diphosphate

Selenium Chloride

7722-88-5

1344-09-8

1330-43-4 7727-67-5 12034-39-8 126220-07-3

Sodium Thioarsenate

126220-08-4

Sesame Oil

8008-74-0

Sodium Disilicate

13870-28-5

Shellac

9000-59-3

Sodium Dithionite

7775-14-6

126220-09-5

Silane

7803-62-5

Sodium Dodecylbenzenesu Ifonate

25155-30-0

127734-48-9

Silastic

63394-02-5

Sodium Ethyl Xanthate

140-90-9

Sodium Thiocyanate

Silicate

12627-13-3

Sodium Ethylate

141-52-6

Sodium Thiosulfate

Silicic Acid

1343-98-2 10193-36-9

Sodium Ferrocyanide Sodium Fluoride

Silicon

7440-21-3

Sodium Fluorosilicate

Silicon Fluoride

7783-61-1

Sodium Formate

39384-00-4 Silicon Tetrachloride Silicon Tetrafluoride Silicones Silver Acetate

Sodium Glutamate

10026-04-7 7783-61-1 63148-53-8 563-63-3

Sodium Hexametaphosphate Sodium Hydride Sodium Hydrogen Carbonate

13601-19-9 7681-49-4 16893-85-9 141-53-7 142-47-2

650-51-1 7758-29-4

Sodium Triphosphate Sodium Tripolyphosphate Sodium Xylene Sulfonate

13573-18-7 7758-29-4 1300-72-7

Solvesso 100

63231-51-6

68915-31-1

Solvesso 150

63231-51-6

7646-69-7 144-55-8

Sorbic Acid Sorbitol

110-44-1 50-70-4

7681-38-1

Soy Sauce

8031-68-3

7631-90-5

Soybean Oil

8001-22-7

Sperm Oil

8002-24-2

7775-14-6

Spermaceti

8002-23-1

Sodium Hydroxide

1310-73-2

Sporicidin

Sodium Hypochlorite

7681-52-9

SR10

7785-23-1

Sodium Hydrogen Sulfate

Silver Chloride

7783-90-6

Sodium Hydrogen Sulfite

Silver Nitrate

7761-88-8

Sodium Hydrosu Ifide

16721-80-5

Silver Sulfate

10294-26-5

Sodium Hydrosulfite

Skydrol

95660-51-8 120038-15-5

Sodium Trichloroacetate

16177-21-2

Silver Bromide

Skydrol500

540-72-7 7772-98-7

111-30-8 11109-50-5 118478-10-7

Skydrol 500B

50815-84-4

Sodium Hypophosphate

15537-82-3

Skydrol 500B4

50815-84-4

Sodium Hypophosphite

Skydrol LD4

55962-27-1

Sodium Hyposulfite

7681-53-0 7772-98-7

Stannic Sulfate

Soamol D

25067-34-9

7775-14-6

Stannic Tetrachloride

Soamol DC

25067-34-9

Sodium Iodide

7681-82-5

Stannous Brom ide

10031-24-0

25067-34-9

Sodium Lactate

72-17-3

Stannous Chloride

7772-99-8

151-21-3

Stannous Fluoride

7783-47-3

Soamol DT Soamol E Soamol ET Soda

Stannic Chloride

7646-78-8 19307-28-9 7646-78-8

128282-74-6

Sodium Lauryl Sulfate

25067-34-9

Sodium Lignosulfonate

8061-51-6

Stannous Sulfate

Sodium Metabisulfite

7681-57-4

Stanyl

50327-22-5

7757-74-6

Stanyl TW300

7785-84-4

Stearic Acid

50327-22-5 57-11-4

144-55-8 497-19-8 7542-12-3

Sodium Metaphosphate

7488-55-3

Soda Ash Sodium

497-19-8

10361-03-2

Stearin

7440-23-5

50813-16-6

Stilbene

11099-07-3 588-59-0

Sodium Acetate Sodium Acid Sulfate

127-09-3 7681-38-1

Strontium Acetate Strontium Brom ide

543-94-2 10476-81-0

Sodium Alum Sodium Alum inate

10102-71-3 1302-42-7 11138-49-1

© Plastics Design Library

Sodium Metasilicate Sodium Methylate Sodium Nitrate Sodium Nitrilotriacetate Sodium Nitrite

6834-92-0 124-41-4

14519-13-2

7631-99-4 10042-84-9 7632-00-0

Strontium Carbonate Strontium Chloride

1633-05-2 10476-85-4

Rynite 935 - Strontium Chloride

1076

CAS Registry Numbers - Chemical Sort

Strontium Hydroxide

18480-07-4

Strontium Nitrate

10042-76-9

Strontium Salicylate Strychnine

526-26-1 57-24-9

Styrene

100-42-5

Styrolux

9003-53-6 9003-53-6

Styron Styron 484

9003-53-6

Succinic Acid

9003-53-6 110-15-6

Succinon itrile

110-61-2

Styron 6850

Tetrach lorom ethane Tetrach loropentane

12407-98-6

Tetrach lorophenol (2,3,4,6-) Tetrach loropyridine

33752-16-8 78-00-2

Tetrafluoromethane

75-73-0

Tetrafluoropropanol Tetrahydrofuran

28106-65-2

Tetrahydrofurfuryl Alcohol

75-69-4

Tetraphosphoric Acid Tetrapotassium Pyrophosphate Tetrasodium Pyrophosphate Texin 480AR

7791-25-5

Textone

Sulfur

7704-34-9

Therminol55

Sulfur Dichloride

10025-67-9

Therminol66

10545-99-0

Thermocom p EF-1006

12771-08-3

Thiodiacetic Acid

10545-99-0

75-59-2 109111-55-9 632-22-4 13813-62-2 7722-88-5

Trich lorophenylsi lane Trich loropropane

126041-06-3 7758-19-2 69522-75-4 54578-28-8 115682-41-2

7719-09-7

Sulfuric Acid

7664-93-9

Th iophosphoryl Ch loride

Sulfuric Anhydride Sulfuric Ether

7446-11-9

Thiourea

Sulfurous Acid

7782-99-2

Thyme Oil

Sulfuryl Chloride

7791-25-5

Thymol

SUlfuryl Fluoride

2699-79-8

Tin (II) Chloride

Sunflower Oil

8001-21-6

Tin Chloride

Surlyn

9078-96-0

Thorium Nitrate

Tin Tetrachloride Titan ic Acid

110-02-1 3982-91-0 62-56-6 13823-29-5 8007-46-3 89-83-8

Triethylalum inum

121-44-8

Triethylborane Triethylene Glycol

97-94-9 112-27-6

Triethylenetetram ine

112-24-3

Trifluoroacetic Acid

76-05-1

7772-99-8

Trifluorochloroethylene

79-38-9

1344-13-4

Trifluoromethane

7772-99-8

Trifluorotrich loroethane

7646-78-8

Trifluorovinylch loride

12026-28-7 12738-89-5

Trilene TriionA Trilon B Trimethyl Borate

91722-33-7

Titan ium Dioxide

13463-67-7

101316-83-0

Titanium Sulfate

13693-11-3 18130-44-4

26471-62-5

TNT

Technyl A 216

32131-17-2

Tobias Acid

Tedlar

24981-14-4

Toluene

Teflon

9002-84-0 9002-84-0 25067-11-2

Toluene Diisocyanate Toluene-2,4-diisocyanate Toluenesulfonic Acid

118-96-7 81-16-3 108-88-3 26471-62-5 584-84-9 104-15-4 25231-46-3

Teflon FEP 160

25067-11-2

Teflon PFA

26655-00-5

Toluenesulfonic Acid (p-)

Teflon PFA 350

26655-00-5

Toluenesulfonyl Chloride

Tefzel

25038-71-5

Tefzel HT2004

56731-13-6 114602-77-6

7550-45-0

104-15-4

75-46-7

1582-09-8 79-01-6 5064-31-3 64-02-8 121-43-7

Trimethyl Propane Trimethylam ine

38719-68-5 75-50-3

Trimethylam ine Hydrochloride Trimethylbenzene

56-93-9

Trimethylbenzylammonium Hydroxide

100-85-6

Trimethylene Chlorobrom ide Trimethylolpropane

109-70-6 77-99-6

Trimethylpentane

29222-48-8 78-42-2

Trioctyl Phosphate

98-59-9

1806-54-8

26763-71-3

Trioxane

Toluidine Tolylaldehyde

26915-12-8

Triphenyl Phosphate

115-86-6

Triphenyl Phosphite

101-02-0

Tolylene Diisocyanate Torlon

26471-62-5

Tripotassium Phosphate

61970-49-8

Tripropylene Glycol

24800-44-0 25498-49-1

1334-78-7

110-88-3

9003-07-0 9010-79-1

Tenite 9902

25038-59-9

Torlon 4203

27084-44-2

Tripropylene Glycol Methyl Ether

25038-59-9

Torlon 4203L

84683-57-8

Trisodium Phosphate

9004-36-8

Torlon 4275

70896-05-8

Tritium

Ten ite Butyrate

593-81-7 25551-13-7

Trimethylbenzylammonium Chloride

Tenite 5020

Tenite 4231

26523-64-8 79-38-9

Trifluralin

20338-08-3

Titanium Tetrachloride

97-93-8

Triethylamine

8007-45-2

87-69-4

123-02-4

Triethyl Phosphate

69912-81-8

526-83-0

1330-78-5 102-71-6

Thiophene

Tellus 33

26523-64-8

139-96-8 78-40-0

Thionyl Chloride

Teflon 340 Teflon FEP

Trich lorotrifluoroethane Tricresyl Phosphate

Triethanolam ine Lauryl Sulfate

7446-11-9

TDI

35175-85-0

Triethanolam ine

2551-62-4

Tartaric Acid

96-18-4

Trichloropropene

75-08-1

Sulfur Trioxide

Tar

98-13-5 25735-29-9

Th ioethanol

Sulfur Hexafluoride

8002-26-4

95-95-4 93-76-5

Tridecylbenzene

68-11-1

61789-97-7

Trichloropropane (1 ,2,3-)

76-06-2 25167-82-2

123-93-3

Thioglycolic Acid

Tallow

Trich lorophenol (2,4,5-) Trichlorophenoxyacetic Acid (2,4,5-)

7446-09-5

Tal/Oil

Trich loron itromethane Trich lorophenol

7320-34-5

Sulfur Dioxide

60-29-7

79-01-6 27154-33-2 67-66-3

Sulfonyl Chloride Sulfur Chloride

Trich loroethylene

79-00-5 115-20-8

Trichloromethane

Tetramethylurea

126-33-0

Trich loroethane (1, 1,2-) Trich loroethanol

Trichlorofluoromethane

Tetramethyldihydropyridine

63665-16-7

79-00-5 25323-89-1

119-64-2

57-50-1

Sul'finol Sulfolane

71-55-6

Tetralin

68-35-9 121-57-3

120-82-1

Trich lorofluoroethane

Sulfadiazine

5329-14-6

97-99-4

Trichlorobenzene (1,2,4-) Trich loroethane

76-02-8 12002-48-1

119-64-2

Sugar Su Ifam ic Acid

109-99-9

Trichloroacetyl Chloride Trich lorobenzene

Tetrahydronaphthalene Tetramethylammonium HydrOXide

Sulfanilic Acid

58-90-2

Tetraethyllead

57-50-1

Sucrose

56-23-5

7778-53-2

7601-54-9 10028-17-8

100-21-0

Torlon 4301

59030-14-7

Tritolyl Phosphate

1330-78-5

Tergitol7

3282-85-7

Torlon 5030

72993-99-8

Triton

9083-53-8

Terpineol

8000-41-7

Torlon 7130

109191-06-2

12597-72-7

Terpinyl Acetate Tetra{2-Ethylbutyl) Silicate

8007-35-0

Toyolac 900 TPX

25053-09-2

68012-64-6

Terephthalic Acid

Tetrabrom cethane Tetrabromoethane (1,1,2,2-) Tetrabrom omethane Tetrabutyl Titanate Tetrach lorodifluoroethane Tetrach loroethane Tetrachloroethane (1, 1,2,2-) Tetrach loroethylene

Strontium HydrOXide - Tungstic Acid

78-13-7 25167-20-8 79-27-6 558-13-4 5593-70-4 28605-74-5 79-34-5 25322-20-7 79-34-5 127-18-4

136753-44-1

25068-26-2 Triton X100

9002-93-1

Triacetin

1582-09-8 102-76-1

Tribromomethylbenzene

2489-03-4

Trogamid T

9071-17-4

77-94-1

Trypaflavin

65431-33-6

Treflan

Tributyl Citrate

25155-23-1

Trixylenyl Phosphate

54-12-6

Tributyl Phosphate

126-73-8

Tryptophan (dl-)

Tributylam ine

102-82-9

Tung Oil

8001-20-5

Tributylphosphate Trich loroacetaldehyde

126-73-8 75-87-6

Tungsten Hexafluoride

7783-82-6

Trichloroacetic Acid

76-03-9

Tungstic Acid

1314-35-8 7783-03-1

© Plastics Design Library

1077 CAS Registry Numbers - Chemical Sort

11105-11-6

Vestamid

Turkey Red Oil

8002-33-3

Victrex 220G

Tween 20

9005-64-5

Victrex 41 OOG

25667-42-9

Tween 80

9005-65-6

Victrex 41 ooP

25667-42-9

Tydex 12

9002-98-6

Victrex 450G

31694-16-3

Tyril

9003-54-7

Victrex 450GL30

31694-16-3

Tyril1000B

9003-54-7

Victrex 4800G

25667-42-9

556-03-6

Victrex 4800P

25667-42-9 25667-42-9

Tyrosine (dl-)

24937-16-4 27380-27-4

Ucon 50HB100

9038-95-3

Ucon 50HB260

9038-95-3

Victrex PES 41000 Vidden 0

Ucon 50HB5100

9038-95-3

Vinyl Acetate

108-05-4

Ucon 50HB55

9038-95-3

Vinyl Acetylene

689-97-4 100-42-5

8003-19-8

Ucon 50HB660

9038-95-3

Vinyl Benzene

Ucon LB1145

9003-13-8

Vinyl Chloride

75-01-4

54847-90-4

Vinyl Fluoride

75-02-5

Udel UDMH Ultem

57-14-7 61128-24-3

Vinyl Methacrylate Vinyl Toluene

4245-37-8 25013-15-4

Ultem 1000

61128-24-3

Vinylidene Chloride

Ultraform

58033-98-0

Vinylpyridine

1337-81-1 8024-07-5

75-35-4

Ultraform N2320

25214-85-1

Violet Oil

Ultramid A

32131-17-2

Vitamin C

Ultramid A3

32131-17-2

Viton

64706-30-5

Ultramid A3WG7 Ultramid B

32131-17-2

Voranol P 400

25038-54-4

Walnut Oil

74870-00-1 8024-09-7

25038-54-4

Water

Ultramid B3G

25038-54-4

Water Glass

Ultramid B3G6

25038-54-4

WD40

UItram id B3K

25038-54-4

Whale Oil

UItram id B3S

25038-54-4

Whey

50-81-7

7732-18-5 1344-09-8 83764-86-7 136202-90-9 92129-90-3 119-36-8

Ultramid S

9008-66-6

Wintergreen Oil

9008-66-6

Xenon

Ultrason E

25667-42-9

Xenoy 1102

142369-04-8

151127-83-2

Xenoy 6120

112628-05-4 39325-18-3

Ultrason E 2010 Ultrason S Ultrawet Undecyl Alcohol Undecylic Acid

25135-51-7

XT

85389-70-4

37345-43-0 112-42-5

XT250

112-37-8

XT375

Upilex R

26615-45-2

XTX800RG

Upilex S

32197-39-0

Xydar

Uran

15978-77-5

Xylene

95752-18-4

Xylene (m-)

Uranium

7440-61-1

Xylene (0-)

Uranium Hexafluoride

7783-81-5

Xylenol

Urea Uric Acid Urotropin Uvex

7440-63-3

55353-89-4 9010-94-0 146105-10-4 31072-56-7 1330-20-7 108-38-3 95-47-6 1300-71-6

57-13-6

Xylidine

1300-73-8

69-93-2

Zephiran Chloride

8001-54-5

100-97-0 9004-36-8

Zerex Zinc

107-21-1 7440-66-6

Valeric Acid

109-52-4

Zinc Acetate

557-34-6

Valine (dl-)

516-06-3

Zinc Brom ide

7699-45-8

Va lox

24968-12-5

Zinc Carbonate

3486-35-9

Valox 325

24968-12-5

Zinc Chloride

7646-85-7

Valox 420

24968-12-5

Zinc Chromate

Valox DR-48

24968-12-5

Zinc Cyanide

Vanadium Oxide Vanadium Pentoxide

13530-65-9 557-21-1 14324-55-1

1314-62-1

Zinc Diethyldithiocarbamate

11099-11-9

Zinc Dihydrogen Phosphate

13598-37-3

Zinc Fluorosilicate

16871-71-9

1314-62-1

Zinc Hydrosulfite

7779-86-4

85797-85-9

Zinc Naphthenate

12001-85-3

Vectra A515

81843-52-9

Zinc Nitrate

Vectra A625

116440-01-8

VectraA950

81843-52-9

Vectra B130

138362-27-3

Zinc Silicofluoride

Vectra 8950

116440-02-9

Zinc Stearate

Vectra C130

115453-56-0

Zinc Sulfate Zinc Sulfide

Vanillin VectraA130

121-33-5

Vectra C810

144114-03-4

Vectra C950

81843-52-9

Verbena Oil Vernam Versene

Zinc Phenolsulfonate Zinc Phosphate

7779-88-6 127-82-2 7779-90-0 16871-71-9 557-05-1 7733-02-0 1314-98-3

Zirconium Nitrate

13746-89-9

8024-12-2

Zytel101

32131-17-2

1929-77-7

Zytel122L

32131-17-2

Zytel151

24936-74-1

60-00-4

Versilube F50 Vespel

63148-53-8

Zytel151L

24936-74-1

25036-53-7

Zytel158L

24936-74-1

Vespel SP1 Vespel SP21

25036-53-7 25036-53-7

32131-17-2

Vespel SP22

25036-53-7

Zytel408 Zytel 7OO33HRL Zytel 7OO33L Zytel ST 801

© Plastics Design Library

32131-17-2 32131-17-2 89127-09-3

Turkey Red Oil - Zytel ST 801

1078 CAS Registry Numbers - Numeric Sort

Nitroaniline (p-)

100-01-6 100-02-7

Nitrophenol (p-) An isoyl Ch loride

101-84-8

Diphenyl Oxide Phenyl Ether

104-46-1 104-54-1

Anethole Cinnamic Alcohol

10101-53-8

Chromic Sulfate Chromium Sulfate

104-55-2

Cinnamaldehyde Cinnam ic Aldehyde

100-07-2 100-21-0

Terephthalic Acid

100-39-0 100-41-4

Benzyl Bromide Ethyl Benzene

10102-43-9

Nitric Oxide Nitrogen Monoxide

100-42-5

Styrene Vinyl Benzene

10102-44-0

Nitrogen Dioxide Nitrogen Peroxide

100-44-7 100-46-9

Benzyl Chloride Benzylamine

10102-71-3

Sodium Alum Sodium Aluminum Sulfate

10402-29-6 104042-68-4 10415-75-5

100-47-0 100-51-6

Benzonitrile Benzyl Alcohol

10103-46-5 10108-64-2

Calcium Phosphate Cadmium Chloride

10421-48-4 104521-01-9

Benzylic Alcohol

10108-73-3 10112-91-1

Cerous Nitrate Mercurous Chloride

10476-81-0 10476-85-4

Benzaldehyde

100-52-7 100-61-8

Methylan i1ine

10117-38-1

100-63-0

Phenylhydrazine

10118-76-0

Potassium Sulfite Calcium Permanganate

100-66-3

10124-31-9

Ammon ium Orthophosphate

100-74-3

Anisole Ethylmorpholine

100-85-6 100-97-0

Trimethylbenzylammonium Hydroxide Hexam ethylenetetram ine

10124-36-4 10124-37-5

10006-28-7 1002-16-0 100215-18-7 10022-31-8

Urotropin Potassium Metasilicate

Iron Ammonium Sulfate Copper Nitrate GTX910 Mercurous Nitrate Ferric Nitrate C-Flex Strontium Brom ide Strontium Chloride

105-34-0

Methyl Cyanoacetate

105-36-2

Ethyl Bromoacetate

Ammonium Phosphate

105-37-3 105-39-5

Ethyl Propionate Chloroacetic Acid Ethyl Ester

Cadmium Sulfate Calcium Dinitrate

105-45-3

Calcium Dinitrate Calcium Nitrate

105-46-4 105-53-3

Methyl Acetoacetate Butyl Acetate (sec-) Diethyl Malonate

Ethyl Chloroacetate

Amyl Nitrate

10124-43-3

Cobaltous Sulfate

105-54-4

Ethyl Butyrate

10124-49-9

Iron Sulfate

105-56-6

Ethyl Cyanoacetate

10124-55-7

Manganese Sulfate

105-58-8

Diethyl Carbonate

Tar Calcium Chlorate

105-60-2

Caprolactam Dinitrogen Tetroxide Nitrogen Tetraoxide

Barium Nitrate Aluminum Sodium Sulfate

10024-97-2 10025-67-9

Nitrous Oxide Sulfur Chloride

10025-73-7

Chromic Chloride

10025-87-3

Phosphoric Trichloride

10025-91-9

Antimony Trichloride

10026-03-6 10026-04-7 10028-15-6 10028-17-8

101316-83-0 10137-74-3 10138-04-2 10141-00-1

Chrome Alum

Selenium Chloride

10141-05-6

Chromium Potassium Sulfate Cobalt Nitrate

Silicon Tetrachloride

10192-30-0 10193-36-9

Ozone Tritium

10196-04-0

Ammonium Bisulfite Silicic Acid Ammonium Sulfite

10028-22-5

Ferric Sulfate

102-09-0

Lead Bromide

102-71-6

Diphenylcarbonate Nitrilotriethanol

10031-24-0

Stannous Bromide

10034-85-2

Hydriodic Acid

102-76-1

Hydrogen Iodide Hydroiodic Acid

102-82-9

106-36-5 106-37-6

Dibromobenzene (p-)

Triacetin Tributylamine

106-43-4 106-44-5

Chlorotoluene (p-) Cresol, (p-)

106-46-7

Dichlorobenzene (1,4-) Dichlorobenzene (p-)

10039-54-0 10042-76-9

Hydroxylam ine Sulfate Strontium Nitrate

10279-63-7

Chromium Potassium Sulfate Silver Sulfate

10042-84-9

Sodium Nitrilotriacetate Alum

10294-33-4 10294-34-5

Boron Tribrom ide Boron Trichloride

Alum inum Alum Aluminum Sulfate

10294-56-1 10294-64-1

Phosphorous Acid Potassium Manganate

10043-22-8 10043-35-3

Potassium Oxalate Boric Acid

10294-66-3 103-09-3

10043-52-4 10043-67-1

Calcium Chloride Alum

Potassium Thiosulfate Octyl Acetate Prontosil Ethylhexyl Adipate (Di-2-) Dioctyl Adipate

Potassium Aluminum Sulfate

103-50-4

Ammonium Iron Sulfate

106-99-0

1066-33-7

Benzyl Ether Dibenzyl Ether

103-73-1 103-82-2

106-97-8

lupiace AH60

Azobenzene

Ferrous Ammonium Sulfate

Ethylene Bromide Ethylene Dibrom ide Butane Butadiene (1,3-) Butadiene

106392-12-5

103-33-3

103-65-1 103-69-5

Quinone Epichlorohydrin Dibromoethane (1,2-)

K Resin KR01

Potassium Alum inum Alum

Ferric Phosphate

106-51-4 106-89-8 106-93-4

106255-03-2

Dibenzyl

Manganese Hypophosphite

Paradich lorobenzene Chlorophenol (p-)

106107-54-4

103-29-7

10043-84-2

106-48-9

Propyl Propionate

Plastomoll DOA

Potassium Alum

10045-86-0

Butyl Laurate Citronellol

Glycerol Triacetate

Hydrazine Hydrate Calcium SUlfite

Magnesium Phosphate

106-22-9

Barium Brom ide

Isoamyl Butyrate

10217-52-4 10257-55-3

10043-83-1

10553-31-8 106-18-3

Sulfur Dichloride lupital F20-02

Butyric Anhydride

Hydrobrom ic Acid Hydrogen Bromide

Alum inum Potassium Sulfate Potash Alum

105521-79-7

Nitrogen Tetroxide Sulfur Chloride

106-27-4

10035-10-6

103-12-8 103-23-1

10545-99-0

106-31-0

Triethanolamine

10294-26-5

10544-72-6

Ammonium Iron Sulfate Ferric Ammonium Sulfate

10031-22-8

10045-89-3

Ethylhexyl Alcohol (2-) Ammonium Iron Sulfate

Hydrolubric 120B

10024-42-7

10043-01-3

104-76-7 10402-23-0

107-02-8

Propylbenzene

107-05-1

Ethylaniline

107-06-2

Pluronic Am mon ium Bicarbonate Ammonium Hydrogen Carbonate Acrolein Allyl Chloride Dichloroethane (1,2-) Ethylene Chloride Ethylene Dichloride

Phenylethyl Ether Phenylacetic Acid

103-84-4 10325-94-7

Acetanilide Cadmium Nitrate

10361-03-2 10361-37-2 10361-44-1 10361-65-6

Sodium Metaphosphate Barium Chloride

101-02-0 101-40-6

Genklene Lead Nitrate Triphenyl Phosphite Propylhexedrine

107-13-1

Ethylene Chlorohydrin Propylam ine Propionitrile Acrylonitrile

101-41-7 101-68-8

Methyl Phenylacetate MDI

10377-48-7 10377-58-9

Lithium Sulfate Magnesium Iodide

107-15-3

Diaminoethane (1,2-)

101-77-9 101-83-7

Methylene Dianiline Dicyclohexylam ine

10377-60-3

Magnesium Nitrate Toluenesulfonic Acid (p-)

107-18-6 107-19-7

Propargyl Alcohol

101-84-8

Diphenyl Ether

Toluenesulfonic Acid

107-20-0

Ch loroacetaldehyde

10049-04-4 100919-09-3 10099-74-8

100-01-6 to 107-20-0

104-15-4

Bismuth Nitrate Ammonium Phosphate

107-07-3

Ch loroethanol (2-) Ch loroethanol

Mercuric Nitrate Chlorine Dioxide

10045-94-0

107-10-8 107-12-0

Ethylenediam ine Allyl Alcohol

© Plastics Design Library

1079

CAS Registry Numbers - Numeric Sort

107-21-1

Ethylene Glycol

109-89-7

Diethylamine

111-64-8

Zerex

109-94-4

Ethyl Formate

111-65-9

Octane

107-22-2

Glyoxal

109-95-5

Ethyl Nitrite

111-70-6

Heptyl Alcohol

107-30-2

Chloromethyl Methyl Ether

109-97-7

Pyrrole

111-71-7

HeptaIdehyde

Methyl Chloromethyl Ether

109-99-9

111-76-2

Butoxyethanol (2-)

Octanoyl Chloride

107-31-3

Methyl Formate

109111-55-9

Tetrahydrofuran Tetramethyldihydropyridine

107-41-5

Hexylene Glycol

109191-06-2

Torlon 7130

Butyl Glycol

107-70-0

Pentoxone

Furan

Dowanol EB

107-87-9

Methyl Propyl Ketone

110-02-1

Thiophene

Ektasolve EB

107-88-0

Butanediol (1 ,3-)

110-05-4

di-tert-Butyl Peroxide

Ethylene Glycol Butyl Ether

110-00-9

Butyl Cellosolve

Butylene Glycol

110-12-3

Methyl Isoamyl Ketone

10'4-92-6

Butyric Acid

110-15-6

Succinic Acid

Ektasolve DM

107-98-2

Dowtherm 209

110-16-7

Maleic Acid

Methyl Carbitol

107120-21-8

111-77-3

Diethylene Glycol Methyl Ether

RX

110-17-8

Fumaric Acid

111-82-0

1072-35-1

Lead Stearate

110-19-0

Isobutyl Acetate

111-84-2

Nonane

1072-53-3

Ethylene Sulfate

110-27-0

Isopropyl Myristate

111-85-3

Octyl Chloride

108-05-4

Vinyl Acetate

110-40-7

Diethyl Sebacate

111-86-4

Octylamine

108-10-1

Methyl-2-Pentanone (4-)

110-43-0

Methyl Amyl Ketone

111-87-5

Octyl Alcohol

111-90-0

Methyl Laurate

Hexone

110-44-1

Sorbic Acid

Isobutyl Methyl Ketone

110-46-3

Amyl Nitrite

Diethylene Glycol Ethyl Ether

Isopropylacetone

110-49-6

Methoxyethyl Acetate (2-)

Ektasolve DE Ethyl Digol

Methyl Isobutyl Ketone

Methyl Cellosolve Acetate

108-11-2

Methyl Isobutyl Carbinol

108-20-3

Diisopropyl Ether

110-54-3

Isopropyl Ether

110-58-7

Pentylam ine

11104-93-1

108-21-4

Propyl Acetate (2-)

110-61-2

Succinon itrile

11105-11-6

Isopropyl Acetate

110-63-4

Butanediol (1,4-)

11109-50-5

108-24-7

Acetic Anhydride

Methyl Glycol Acetate Hexane

Butylene Glycol

111-92-2 111-96-6

Carbitol

Dibutylam ine Diglyme Nitrogen Oxide Tungstic Acid SR10

1111-74-6

Dimethylsilane

1111-78-0

Ammonium Carbamate

108-31-6

Maleic Anhydride

110-65-6

Butynediol

108-38-3

Xylene (m-)

110-66-7

Amyl Mercaptan

11110-52-4

Sodium Amalgam

108-39-4

Cresol (m-)

110-74-7

Propyl Formate

11112-10-0

108-46-3

Resorcin

110-80-5

108-47-4

Resorcinol Lutidine (2,4-)

108-62-3

Metaldehyde

108-77-0

Cyanuric Chloride

108-82-7

Dimethyl-4-Heptanol (2,6-)

Cellosolve

11113-50-1

Sodium Antimonate Boric Acid

Ektasolve EE Ethyl Cellosolve

11113-59-0 11119-70-3

Copper Fluoride Lead Chromate

Ethylene Glycol Ethyl Ether 110-82-7

Cyclohexane

11129-13-8 1113-38-8

Boron Hydride Ammonium Oxalate

Hexam ethylene

11132-78-8

Manganese Chloride

Diisobutylcarbinol

110-83-8

Cyclohexene

11138-47-9

Dimethyl-4-Heptanone (2,6-)

110-85-0

Piperazine

11138-49-1

Sodium Perborate Sodium Aluminate

Diisobutyl Ketone

110-86-1

Pyridine

11140-77-5

Ammonium Tungstate

Isobutyl Ketone

110-88-3

Trioxane

111517-73-8

Isonel31

108-86-1

Bromobenzene

110-89-4

Piperidine

111744-64-0

Derakane 8084

108-87-2

Methylcyclohexane

110-91-8

Morpholine

112-07-2

108-88-3

Methylbenzene

110-94-1

Glutaric Acid

112-14-1

Octyl Acetate

Toluene

110-97-4

Diisopropanolamine

112-15-2

Carbitol Acetate

108-90-7

Ch lorobenzene

110-99-6

Diglycolic Acid

112-16-3

Lauroyl Chloride

108-91-8

Cyclohexylam ine

11069-19-5

Dichlorobutene

112-24-3

Triethylenetetram ine

108-93-0

Cyclohexyl Alcohol

11070-67-0

Butynediol

112-27-6

Triethylene Glycol

108-94-1

Anon

110872-65-6

Halar 300

112-30-1

Decyl Alcohol

Halar 500

112-34-5

Butoxyethoxyethanol (2,2-)

108-83-8

Cyclohexanone 108-95-2

Butyl Cellosolve Acetate

Carbol ic Acid

11096-82-5

Aroclor 1260

Butyl Carbitol

Phenol

11096-99-4

Clophen A60

Diethylene Glycol Butyl Ether

108554-70-7

Geloy 1120

11097-69-1

Aroclor 1254

Dowanol DB

108771-80-8

Barex 210

11098-84-3

Ektasolve DB 112-36-7

109-21-7

Butyl Butyrate

11098-99-0

Ammonium Molybdate Molybdenum Oxide

109-43-3

Dibutyl Sebacate

11099-06-2

Ethyl Silicate

112-37-8

Undecylic Acid

Sebacic Acid Dibutyl Ester

11099-07-3

Stearin

112-42-5

Undecyl Alcohol

Diethyl Carbitol

109-52-4

Valerie Acid

Vanadium Oxide

112-52-7

Lauryl Chloride

109-60-4

Propyl Acetate

111-10-4

Methoxyethyl Oleate

112-53-8

Dodecyl Alcohol

109-65-9

Butyl Bromide Pentane

111-13-7

Methyl Hexyl Ketone

109-66-0

111-14-8

Heptanoic Acid

112-55-0

Lauryl Mercaptan

109-69-3

Butyl Ch loride

111-15-9

Ethoxyethyl Acetate (2-)

112-58-3

Hexyl Ether

Cellosolve Acetate

112-62-9

Methyl Oleate

11099-11-9

Ch lorobutane

Lauryl Alcohol

Sebacic Acid

112-80-1

Oleic Acid

Hexyl Alcohol

112-86-7

Erucic Acid

Cidex 7

112-92-5

Octadecyl Alcohol Dioctylamine

109-70-6

Trimethylene Chlorobromide

109-73-9

Butylamine

111-20-6 111-27-3

109-78-4

Ethylene Cyanohydrin

111-30-8

109-79-5

Butaneth iol

Sporicidin

112098-60-9

Aktivin

109-86-4

Methoxyethanol (2-)

111-40-0

Diethylenetriam ine

112628-05-4

Xenoy 6120

Glutaraldehyde

Butyl Mercaptan

1120-48-5

Ektasolve EM

111-42-2

Ethylene Glycol Methyl Ether

111-43-3

Diethanolamine Propyl Ether

112871-57-5 113055-64-4

Methyl Cellosolve Methyl Glycol

111-46-6 111-61-5

Diethylene Glycol Ethyl Stearate

113552-63-9 113979-69-4

Prevex Pebax 6312 Kinel4525 Hetron 980

Methylal

111-62-6

Ethyl Oleate

113979-70-7

Hetron FR992

109-87-5

© Plastics Design Library

107-21-1 to 113979-70-7

1080

CAS Registry Numbers - Numeric Sort

12124-97-9 12124-99-1

115-10-6

Isoplast 201 Tellus 33 Propylene Dimethyl Ether

115-11-7

Methyl Ether Isobutylene

113979-72-9 114602-77-6 115-07-1

Ammonium Bromide Ammonium Bisulfide Ammonium Hydrosulfide Ammonium Fluoride

126-99-8 126039-37-0 126041-06-3 12612-47-4

Chloroprene Delrin 500F Texin 480AR Lead Chloride

12125-02-9

Ammonium Chloride Sal Ammoniac

126220-07-3 126220-08-4

Sodium Thioarsenate Sodium Thioarsenate Sodium Thioarsenate Dowfax 2A1

12125-01-8

115-20-8 115-25-3

Trichloroethanol Freon C318

121273-97-0 121273-98-1

Santoprene 101-55 Santoprene 101-64

126220-09-5 12626-49-2

115-77-5 115-86-6

Pentaerythritol Triphenyl Phosphate

121273-99-2 121274-00-8

Sa.ntoprene 101-73 Santoprene 201-55

12627-13-3 12642-23-8

Silicate Aroclor 5442

121274-01-9

Santoprene 203-50 Calcium Hydrosulfide

12646-11-6 12653-78-0

Lead Brom ide Potassium Perborate

115453-56-0 115682-41-2

Vectra C130 Thermocomp EF-1006

116-09-6 116-16-5

Acetol Hexach loroacetone

116-54-1 116188-72~8

Dichloroacetic Acid Methyl Ester Heptachlorobutene

116440-01~8

Vectra A625

116440-02~9

117-81-7

12133-28-7 12135-76-1

118-61-6 118-74-1

Aroclor 1248 Potassium Borate

12680-48-7 127-08-2

Potassium Acetate

12142-33-5 122-03-2

Potassium Stannate Cumaldehyde

Vectra B950

122-39-4 122-40-7

Diphenylamine Amyl Cinnamaldehyde

127-09-3 127-17-3

Sodium Acetate Pyruvic Acid

bis(2-Ethylhexyl) Phthalate

122-59-8

Phenoxyacetic Acid

127-18-4

Perch loroethylene

Diisooctyl Phthalate

122-62-3

Diethylhexyl Sebacate (2-)

Perclene

Bis(2-Ethylhexyl) Sebacate Dioctyl Sebacate

127-19-5

Tetrach loroethylene Dimethylacetamide

Phenyl Acetate Phenoxyethanol (2-)

127-25-3

Methyl Abietate

Arcel

127-65-1 127-82-2

Aktivin Zinc Phenolsulfonate

Iodine Potassium Iodide

127-83-3

Calcium Phenolsulfonate

DOP

117079-63-7 118-58-1

12672-29-6 126755-38-2

Potash

Dioctyl Phthalate

117-84-0

Ammonium Sulfide

12136-45-7

Octyl Phthalate

122-79-2

Palatinol AH

122-99-6

Dioctyl Phthalate Octyl Phthalate

122782-45-0

Ixef 1022 Benzyl Salicylate

12298-68-9 123-01-3

Ethyl Salicylate

Ethylene Glycol Phenyl Ether

Dimethyl Acetamide (N,N-)

12712-38-8

123-02-4 123-31-9

Dodecylbenzene Tridecylbenzene Hydroquinone

12738-89-5 12768-82-0

118-92-3

Hexach lorobenzene Anthranilic Acid

118-96-7

TNT

123-38-6 123-39-7

Propiona Idehyde Methylform amide

12771-08-3 127734-48-9

Copper Carbonate SR 10

123-42-2 123-51-3

12777-38-7 127795-79-3

Freon TWD602

123-54-6

Diacetone Alcohol Isoamyl Alcohol Pentanedione (2,4-)

1184-64-1 118478-10-7 118606-46-5 119-36-8

Acetylacetone

Methyl Salicylate

12789-46-7

Arsenic Oxide Ammonium Arsenate Chlordane Amyl Acid Phosphate Butylated Hydroxytoluene

Paraldehyde

Wintergreen Oil

123-72-8

Butylaldehyde Butyraldehyde

128282-74-6 129-16-8

Mercurochrome

Levulinic Acid Dioctyl Adipate Acetic Acid Butyl Ester Butyl Acetate Dioxane (1,4-)

129195-70-6 130-89-2

Sodium Chloride Sulfate Quinine Hydrochloride

119-61-9 119-64-2

Benzophenone Tetrahydronaphthalene

123-76-2 123-79-5

Tetralin Prevex PQA Reny 1002

123-86-4 123-91-1

Dioxane

Selar RB

130-95-0 1300-21-6

Soarnol E

Quinine

1300-41-0 1300-64-7

Dich loroethane Calcium Phenolsulfonate An isoyl Chloride Xylenol Sodium Xylene Sulfonate

120-51-4

Anthracene Benzyl Benzoate

123-92-2

Isoamyl Acetate

1300-71-6 1300-72-7

120-61-6 120-72-9

Dimethyl Terephthalate Indole

123-93-3 123-95-5

Thiodiacetic Acid Butyl Stearate

1300-73-8 13005-35-1

Copper Gluconate

120-80-9

Catechol Pyrocatechol Trichlorobenzene (1,2,4-)

1302-42-7 130213-40-0

Sodium Aluminate Calibre 302-6

120-82-1 120-92-3

Cyclopentanone

12001-85-3 12002-48-1

Zinc Naphthenate Trich lorobenzene

120038-15-5 120249-93-6

Skydrol500 Alcryn ALR-6386

120249-94-7

Dioxane (p-)

128-37-0

Sulfur Chloride Sodium Thioarsenate

123-63-7

Benzoin

119574-49-1 119792-38-0 120-12-7

12789-03-6

Potassium Borate Titanic Acid Phosphine

Salicylic Acid Methyl Ester 119-53-9

119314-84-0

Sodium Chromate

123138-94-3 123611-48-3

Santoprene 201-73 KamaxT-260

1303-33-9 1303-86-2

Xylidine

124-04-9 124-05-0 124-07-2

Adipic Acid Ethylene Chloroformate Caprylic Acid Octanoic Acid

1304-28-5

Barium Oxide

124-09-4 124-17-4

Hexam ethylenediam ine Butyl Carbitol Acetate

1304-29-6 1304-56-9

Barium Peroxide Beryllium Oxide

Arsenic Trisulfide Boric Oxide Boron Trioxide

Alcryn ALR-6387

124-18-5

Decane

1304-85-4

Bismuth Subnitrate

12026-28-7

Titanic Acid

124-38-9

1305-62-0

Calcium Hydroxide

12027-06-4

Ammonium Iodide

124-40-3

Carbon Dioxide Dimethylamine

Fortron

124-41-4

Sodium Methylate

1305-78-8

Lime Water Calcium Oxide

12034-30-9 12034-39-8

Sodium Plum bite Sodium Tetrasulfide

124-73-2

Freon 114B2

1305-79-9 1306-19-0

Calcium Peroxide

12040-57-2 12058-66-1

Iron Chloride Sodium Stannate

124632-34-4

1306-23-6 1308-14-1

Cadm ium Sulfide Chromic Hydroxide

12063-27-3 121-33-5

Ferric Sulfide Vanillin

125053-40-9

Ecolan

125053-67-0 125544-53-8 12597-72-7

Hetron 99P Calcium Hydride Triton

1308-38-9 1309-33-7

Chromic Oxide Ferric Hydroxide

1309-37-1 1309-42-8

Rouge Magnesium Hydroxide

Sulfolane Tributyl Phosphate

1309-60-0

Tributylphosphate Sodium Diacetate

1309-64-4 131-11-3

Lead Dioxide Lead Oxide Antimony Trioxide Dimethyl Phthalate

120299-91-4

12407-98-6 1241-94-7

121-43-7 121-44-8

Trimethyl Borate Triethylamine

121-57-3 121-69-7

Sulfanilic Acid Dimethylan iline Dimethylaniline (N,N-)

126-33-0 126-73-8

121-75-5

Malathion

121-91-5

Isophthalic Acid

126-96-5 126-98-7

113979-72-9 to 131-11-3

Tetrach loropentane Santicizer 141 Santoprene 201-64

Methacrylon itrile

Cadm ium Oxide

Palatinol M

© Plastics Design Library

1081

CAS Registry Numbers - Numeric Sort

131-17-9 131-18-0

1334-78-7 1335-25-7

Chrom ium Trioxide Sodium Bifluoride Tolylaldehyde Lead Oxide

13840-33-0 13840-56-7

Potash Potassium Hydroxide

1336-21-6 1336-93-2

Ammonium Hydroxide Manganese Naphthenate

Lithium Hydroxide Caustic Soda

1337-81-1

139-02-6

1338-02-9

Vinylpyridine Copper Naphthenate

Sodium Phenolate Sodium Phenoxide

Sodium Hydroxide

1338-23-4

Methyl Ethyl Ketone Peroxide

139-12-8 139-96-8

Aluminum Acetate Triethanolam ine Lauryl Sulfate

1310-65-2 1310-73-2

Ammonium Molybdate

1312-73-8 1312-76-1 131274-04-9

Potassium Sulfide

13397-24-5 134-20-3

Potassium Silicate

134-72-5 134-81-6 134010-07-4

Molybdenum Oxide

1341-24-8

Molybdenum Trioxide

1341-49-7

1313-27-5 1313-60-6 1313-82-2

1314-62-1

1333-83-1

RP 1 Manganese Dioxide

1313-13-9

1314-56-3

Am monium Picrate Caustic Potash

13823-29-5 13825-86-0

1310-58-3

13138-45-9 1314-35-8 1314-41-6

1333-78-4 1333-82-0

Potassium Antimonate Chrom ic Anhydride

131-52-2 131-74-8

13106-76-8

Diallyl Phthalate Amyl Phthalate Diamyl Phthalate Dowicide G

Sodium Peroxide Sodium Sulfide Nickel Nitrate Tungstic Acid Lead Oxide Phosphoric Anhydride Vanadium Oxide Vanadium Pentoxide

13424-46-9 13427-42-4 1343-98-2 1344-09-8

Gypsum Methyl Anthranilate Ephedrine Sulfate

138362-27-3

13843-59-9 13870-28-5

13943-58-3 13952-84-6

Thorium Nitrate Chromium Sulfate Chromous Sulfate Vectra B130 Lithium Hypochlorite Sodium Borate Ammonium Bromate Sodium Disilicate

Potassium Ferrocyanide Butylamine (sec-)

Benzil Askarel

140-04-5 140-11-4

Ch loroacetophenone Am monium Bifluoride

140-29-4

Phenylaceton itrile

140-88-5

Acrylic Acid Ethyl Ester

140-89-6

Ethyl Acrylate Potassium Ethyl Xanthate

Ammonium Hydrogen Fluoride Lead Azide Lead Carbonate Silicic Acid Sodium Sesquisilicate Sodium Silicate

1344-13-4

Water Glass Tin Chloride Aluminum Oxide Copper Chloride Copper Oxide Lime Sulfur

140-90-9 14013-86-6 14038-43-8 1406-05-9 141-04-8

Sodium Ethyl Xanthate Ferrous Nitrate Iron Nitrate Ferric Ferrocyanide Penicillin Diisobutyl Adipate

1314-98-3 1317-33-5

Zinc Sulfide Molybdenum Disulfide

1317-36-8 1317-38-0

Lead Oxide Copper Oxide

1344-28-1 1344-67-8 1344-70-3 1344-81-6

1317-39-1

Copper Oxide Cuprous Oxide

1344-95-2 13445-49-3

Red Copper Oxide Methyl Styrene Butanetriol Cresol Cresylic Acid

13446-46-3 13446-48-5

132-27-4 132-64-9

Dowicide Diphenylene Oxide

1320-27-0

Amyl Naphthalene

1320-31-6

Amyl Chloronaphthalene

1320-37-2

Dich lorotetrafluoroethane

13510-49-1

Beryllium Sulfate

1320-41-8

Difluoroethylene Dowanol PM

13530-65-9 13530-68-2

Zinc Chromate Chromic Acid

Propylene Glycol Methyl Ether

13537-32-1 13548-38-4 13568-33-7 13573-18-7

Fluorophosphoric Acid Chromium Nitrate Lithium Nitrite Sodium Triphosphate

13598-36-2

Phosphorous Acid

142-62-1 142-64-3

Humic Acids KamaxT-150 Aniline Hydrochloride Sodium Glutamate Caproic Acid Piperazine Hydroch loride

13598-37-3

Zinc Dihydrogen Phosphate

142-71-2

Copper Acetate

Cobalt Octoate

142-77-8

Butyl Oleate

Butyl Benzoate Hexylresorcinol Sodium Ferrocyan ide Whale Oil Triton

142-82-5

Heptane Heptane (n-)

142-91-6 142-92-7

Isopropyl Palmitate Hexyl Acetate Butyl Ether Dibutyl Ether

1319-73-9 1319-74-0 1319-77-3

1320-67-8 1321-11-5 1321-12-6

Am inobenzoic Acid Nitrotoluene

1321-23-9 1321-74-0

Ch loroxylenol Divinylbenzene

1321-94-4 1322-06-1

Methyl Naphthalene Amyl Phenol

1322-51-6 1327-41-9

Benzyl Phenol Aluminum Chlorohydrate

1327-53-3 13283-31-3 133-42-6

Alum inum Oxychloride Arsenic Trioxide Boron Hydride Gluconic Acid

141-79-7

13477-00-4

Barium Chlorate

141-82-2

Malonic Acid

Naphthol (13-)

141-97-9

Ethyl Acetoacetate

135-19-3

136-52-7 136-60-7 136-77-6 13601-19-9 136202-90-9 136753-44-1 13693-11-3 136958-86-6

1330-43-4 1330-78-5

Sodium Tetraborate Fyrquel150

13308-51-5

Lindol Tricresyl Phosphate Tritolyl Phosphate Boron Phosphate

© Plastics Design Library

Aminoethanol (2-) Ethanolamine Sodium Ethylate Sodium Formate Pentoxol Butyryl Chloride Acetic Acid Ethyl Ester Ethyl Acetate Mesityl Oxide

Permanganic Acid Aluminum Nitrate

137-05-3 137-09-7

1333-39-7 1333-73-9 1333-74-0

Butyl Acrylate Sodium Butyl Xanthate

13465-41-3 13473-90-0

Xylene

133136-65-9 133137-09-4 1332-77-0 1332-82-7

141-43-5

Diethylmaleate Ricinoleic Acid

Titanium Dioxide Sodium Arsenite

1345-05-7 13463-67-7 13464-37-4

Pinene

13701-91-2 13718-50-8 13746-66-2

Potassium Borate Cobalt Chloride

13746-89-9 13765-19-0 13767-78-7 13770-92-8 13774-25-9 13780-03-5 13780-06-8 138-22-7

Phenolsulfonic Acid Sodium Borate Hydrogen

138-86-3 13813-62-2

Methyl Cyclohexanone Ch loroethylbenzene lupiace AV60 Ryton S

141-22-0 141-32-2 141-33-3

141-52-6 141-53-7 141-73-1 141-75-3 141-78-6

1330-16-1 1330-20-7

1331-22-2 1331-31-3

Calcium Silicate Persulfuric Acid Ammonium Metaphosphate Am mon ium Nitrite Lithopone

141-05-9

Butyl Acetyl Ricinoleate Benzyl Acetate

Titanium Sulfate Bayblend T-85MN Eastman 910 Am idol Lead Brom ide Barium Iodide Potassium Ferricyanide Zirconium Nitrate Calcium Chromate

14104-77-9 1415-73-2 1415-93-6 141615-57-8 142-04-1 142-47-2

142-96-1 14216-74-1 142369-04-8 143-07-7 143-08-8 143-19-1 143-28-2 143-33-9

Lead Sulfamate Calcium Sulfamate

14307-35-8 14307-43-8

Magnesium Bisulfite Calcium Bisulfite Calcium Nitrite Butyl Lactate

14324-55-1 14332-09-3 14338-82-0 143550-29-2

Lactic Acid Butyl Ester Dipentene Tetraphosphoric Acid

14380-61-1 144-23-0 144-55-8

Iron Nitrate Aloin

Cobalt Nitrate Xenoy 1102 Lauric Acid Nonyl Alcohol Sodium Oleate Ocenol Oleyl Alcohol Sodium Cyanide Lithium Chromate Ammonium Tartrate Zinc Diethyldithiocarbamate Hypophosphorous Acid Plastikator 88 KamaxT-240 Hypochlorite Magnesium Citrate Soda

131-17-9 to 144-55-8

1082

CAS Registry Numbers - Numeric Sort

144-55-8

Sodium Bicarbonate

16721-80-5 16789-31-4

Sodium SUlfhydrate

24936-68-3

Makrolon 2608 Makrolon 2800

Sodium Hydrogen Carbonate Oxalic Acid Vectra C810

16807-48-0 16871-71-9

Copper Hypochlorite Dehydroacetic Acid Zinc Fluorosilicate

14475-11-7 14489-25-9

Sodium Tartrate Chromium Sulfate

16871-90-2

Zinc Silicofluoride Potassium Silicofluoride

14519-13-2 145269-10-9

Strontium Bromide Flexel1010

16887-00-6 16893-85-9

Chloride Sodium Fluorosilicate

24936-97-8

Zytel158L Palamoll646

XTX800RG

16919-19-0 16940-66-2

Ammonium Fluosilicate Borol

24937-16-4 24937-79-9

Vestamid Foraflon

Sodium Borohydride 16949-65-8

146586-22-3 146586-23-4

Isoplast 101 LGF40 Isoplast 202LGF40

16961-83-4 16984-38-6

Magnesium Fluosilicate Fluosilicic Acid

24938-64-5 24968-12-5

Kevlar 29

Isoplast 202

146701-81-7 146908-75-0

Fiberite FM-4065-50 Hercules 8551-7A

16996-51-3 17014-71-0

146909-05-9

Lubricomp OCL-4036

1712-64-7

146909-06-0

Lubricomp OFL-4036

17135-66-9

Isopropyl Nitrate Chromium Nitrate

144-62-7 144114-03-4

146105-10-4 146358-94-3 146479-85-8 146586-21-2

Kadel E-1000 Mater-Bi

24936-74-1

Lactose Lead Linoleate Potassium Peroxide

Makrolon 3200 Merion M60 Zytel151 Zytel151L

Celanex Celanex 3210 Celanex 3300 Valox Valox 325 Valox 420 Valox DR-48

14727-56-1 14751-87-2

Decalin

17188-11-3

Magnesium Chlorite

17194-00-2

Barium Hydroxide

24969-25-3 24981-14-4

Celcon M270

Cobalt Salts

147881-85-4 14798-03-9

HyComp400 Ammonium

17269-77-1 17375-37-0

Cellulube 220 Manganese Carbonate

24991-14-8 25013-15-4

Astrel360 Methyl Styrene

14838-15-4

Propadrine Hydrosu Ifite

1762-95-4 1806-54-8

Ammonium Thiocyanate Trioctyl Phosphate

25013-16-5

Vinyl Toluene Butylated Hydroxyanisole

Titanium Sulfate

25034-86-0

14844-07-6 149-30-4 149-44-0

Mercaptobenzothiazole Rongalit

18130-44-4 1834-30-6

149-91-7 1490-04-6

Gallic Acid Menthol

18358-13-9 18400-34-5

149315-46-8 149315-47-9

Calgonit D Calgonit S

18480-07-4 18624-44-7

14977-61-8 14987-04-3 149983-93-7 150-13-0

Chromyl Ch loride Magnesium Trisilicate DHDA--7704

Methacrylate

25036-53-7

Bism uth Carbonate Strontium Hydroxide Ferrous Hydroxide Ammonium Benzoate

18868-43-4

Molybdenum Oxide

NAS10 NAS30 Kapton HN Vespel Vespel SP1 Vespel SP21

25038-54-4

Vespel SP22 Capron

19287-45-7

Diborane

Grilon

Vernam

Ultramid B

15007-61-1

Alum inum Potassium Sulfate

1929-77-7 19307-28-9

Stannic Sulfate

Ultramid B3G

15096-52-3

Potassium Aluminum Sulfate Cryolite

19351-18-9 1948-31-8

Dimethyl Thiazolidine (2,2-) Dialanine

Ultramid B3G6 Ultramid B3K

151-21-3 151-41-7

Sodium Lauryl Sulfate Lauryl Sulfate

19981-17-0 2008-39-1

Sodium Cyanamide DMA4

Ultram id B3S Ultramid B

151-50-8 151-56-4

Potassium Cyanide Ethyleneimine

2009-83-8 20227-92-3

Chlorohexanol (6-) Cyclohexylam ine Carbonate

Fluothane

20305-50-4 20338-08-3

Aniline Sulfate Titan ic Acid

Rynite 555

20461-54-5 2050-09-1

Iodide Isoamyl Valerate

Tenite 9902

151-67-7

Aminobenzoic Acid (p-)

1863-63-4

Ferric Acetate

Tedlar

Halothane 151127-83-2 15181-46-1 15347-57-6 154-23-4 15477-33-5 15537-82-3

Ultrason E 2010 Bisulfite Lead Acetate Catechol Aluminum Chlorate Sodium Hypophosphate

2050-60-4 2050-92-2 2051-76-5 20548-54-3

Sodium Persulfate Sodium Antimonate

2055-00-7

15699-18-0 15710-63-1

Calcium Cyanamide Sodium Percarbonate Nickel Ammonium Sulfate Aluminum Ammonium Sulfate

2074-87-5 2090-05-3 2090-64-4 2092-16-2

15739-80-7 1582-09-8

Lead Sulfate Treflan Trifluralin

15855-70-6

Ammonium Tungstate

15890-18-3

Cyclohexylamine Laurate

15593-29-0 15593-75-6 156-62-7 15630-89-4

15905-81-4 1592-23-0

Nickel Sulfate Calcium Stearate

15972-60-8

Lasso

15978-77-5 1600-27-7

Uran Mercuric Acetate

16068-46-5 16177-21-2

Potassium Phosphate

20600-22-0

21109-95-5 21645-51-2

Tenite 9902 25038-71-5 25053-09-2

Acrylic Anhydride Calcium Sulfide

25067-11-2

PalatinolO Bromobenzylphenyl Ether (p-)

25067-34-9

Cyanogen Calcium Benzoate Magnesium Bicarbonate Calcium Thiocyanate

Tefzel Toyolac 900 Teflon FEP Teflon FEP 160 EvaI Eval EP-E Eval EP-F Soamol D Soamol DC SoarnolDT

Barium Sulfide Aluminum Hydroxide

25068-26-2

Soamol ET TPX

2173-56-0

Pentyl Pentanoate

25068-38-6

Epon 828

2180-18-9

Manganese Acetate

25085-50-1

F60

2223-93-0 2235-54-3

Cadm ium Stearate Ammonium Lauryl Sulfate

25101-03-5

Polypropylene Adipate

25101-45-5

Halar

22690-73-9 23276-62-2

Ammonium Diphosphate Calcium Bisulfate

25135-51-7 25154-42-1

Ultrason S

Dioctyl Sebacate Isobutyl Phosphate

25154-55-6 25155-19-5

Tripropylene Glycol Tribromomethylbenzene

25155-23-1

2432-87-3 2466-73-1 24800-44-0 2489-03-4

1633-05-2 1634-04-4 1640-89-7

Butyl Methyl Ether (tert-) Ethylcyclopentane

Lexan Lexan 100 Lexan 101

Bism uth Carbonate Sodium Bisulfide

Lexan 141 Lexan 303

Sodium Hydrosulfide

Makrolon

144-55-8 to 25167-82-2

Mylar Rynite 530 Rynite 545

Butyl Oxalate Diamylamine

Sodium Glutamate Strontium Carbonate Methyl Tertiary Butyl Ether

16508-95-5 16721-80-5

25038-59-9

24936-68-3

Calibre 300-6

25155-30-0 25167-20-8 25167-67-3 25167-70-8 25167-80-0 25167-81-1 25167-82-2

Ch lorobutane Nitrophenol Naphthalenesulfonic Acid Trixylenyl Phosphate Sodium Dodecylbenzenesulfonate Tetrabromoethane Butene Butylene Diisobutylene Chlorophenol Dichlorophenol Trichlorophenol

© Plastics Design Library

1083 CAS Registry Numbers - Numeric Sort

25167-93-5 25167-94-6

Ch loron itrobenzene Diphenylpropane

26545-61-9 26602-89-1

Hexafluoroxylene Bromobutane

25168-05-2 25168-10-9

Chlorotoluene Naphthylamine

26615-45-2 26635-63-2

25212-74-2

Ryton Ryton R-10 7006A Ryton R-4

Upilex R Amyl Alcohol (sec-)

30260-66-3 30283-93-3 30350-73-3 304-59-6

Menthanol Potassium Sodium Tartrate

26635-64-3 26638-19-7

Isooctane Dichloropropane

30525-89-4 30637-95-7

Paraformaldehyde Anth raqu inonesuIfonic Acid

26655-00-5

Teflon PFA Teflon PFA 350

3089-55-2 30944-53-7

Benzyl Oetyl Adipate Hetron 197

31072-56-7 31142-56-0

Xydar Alum inurn Citrate

Ryton R-8

Dimethylhydrazine Chloron itroethane

25214-85-1

UItraform N2320

26746-38-3

Dibutylphenol (tert-)

25231-46-3

Toluenesulfonic Acid

26761-40-0

Diisodecyl Phthalate

26761-81-9

Dich lorobutane

31291-60-8

Dibutylphenol (sec-) Ammonium Salicylate

25264-93-1

Hexene

25265-71-8

Dipropylene Glycol

25265-75-2

Palatinol Z

3115-39-7

Dioctyl Phosphate

Butanediol

26763-71-3 26914-33-0

Toluenesulfonyl Chloride Pyralene 1498

31295-34-8

Butylene Glycol

31533-76-3

OS 124

25265-76-3 25321-09-9

Phenylened iam ine Diisopropyl Benzene

26915-12-8

Methylaniline

Butylbenzoic Acid

Toluidine

31627-70-0 3164-29-2

25321-14-6 25321-22-6

Dinitrotoluene Dich lorobenzene

26951-08-6

MR-13031

31694-16-3

26952-21-6

Isooctyl Alcohol

Victrex 450G Victrex 450GL30

25322-01-4

Nitropropane Tetrachloroethane

26952-23-8

Dich loropropene Dich loropropylene

31807-55-3 32033-80-0

Isododecane Kadel E-1140

Nitrosyl Ch loride Sulfuryl Fluoride

32131-17-2

25322-20-7 25322-68-3

Carbowax Polyethylene Glycol

2696-92-6

Ammonium Tartrate

25323-24-4 25323-30-2

Hexanetriol Dich loroethylene

27082-31-1 27084-37-3

GIyceryl Phosphate Palamoll644

Technyl A 216 UltramidA UitramidA3 Ultramid A3WG7

25323-89-1 25334-23-0

Trich loroethane Nicotinamide Hydrochloride

27084-44-2 27134-26-5

Torlon 4203 Ch loroan iline

Zytel101 Zytel122L

25339-17-7

Isodecyl Alcohol Butadiene

27134-27-6 27135-80-4

Dich 10 roan iline Perfluoroxylene

25377-72-4

Diethyl Benzene Pentene

27154-33-2 27157-85-3

Trich lorofluoroethane Mercaptobenzothiazole

25377-83-7 25378-22-7

Octene Dodecene

27176-87-0

Dodecylbenzenesulfonic Acid

27178-83-2

Nitrobenzoic Acid

25378-33-0 25495-91-4 25497-28-3 25497-29-4 25498-49-1

Ferrous Ammonium Citrate Bromohexane Difluoroethane Ch lorodifluoroethane Tripropylene Glycol Methyl Ether

2720-73-2 27213-78-1 27380-27-4

Potassium Amyl Xanthate Butyl Catechol (tert-) Victrex 220G

27458-94-2 27554-26-3

Isononyl Alcohol Diisooctyl Phthalate

2551-62-4 25510-11-6

Sulfur Hexafluoride Lead Carbonate

27598-85-2 27753-54-4

Am ina Phenol Dichlorodiethyl Ether

3344-18-1 33703-08-1

Magnesium Citrate Diisononyl Adipate Tetrach loropyridine

25339-57-5 25340-17-4

2699-79-8

Zytel408 Zytel7OG33HRL Zytel70G33L 32197-39-0

Upilex S

3282-85-7 32849-69-7

Tergitol7 Lead Sulfamate

3313-92-6 3323-53-3 333-20-0 333-41-5 334-48-5

Sodium Percarbonate Hexamethylene Diammonium Adipate Potassium Thiocyanate Diazinon Capric Acid

25551-13-7

Trimethylbenzene

27791-72-6

Dinitrochlorobenzene

27837-76-9

Polycast Hetron 92

33752-16-8

25567-67-3 25618-55-7

Polyglycerol

27941-08-8

Polypropylene Adipate

34114-35-7

Pyridine Sulfate

25620-59-1

Am inoanthraquinone

27985-75-7

Acetotoluidide

34521-19-2

Pyridine Sulfonic Acid

25620-62-6

Dibromoethane

28088-64-4

25639-42-3

Methyl Cyclohexanol

28106-65-2

Am inosalicylic Acid Tetrafluoropropanol

25639-68-3 25640-14-6

ArdelD100 Ektar GN001

28514-45-6 28519-06-4

25641-61-6

Kodar 6763 Dihydroxyd iphenylsulfone

338-84-1

3458-72-8

Fluorinert Fe 70

Ammonium Citrate

34590-94-8

Dipropylene Glycol Methyl Ether

Dibromophenol Ch lorodecane

34612-78-7 3486-35-9

Nicotinamide Hydrochloride Zinc Carbonate

28519-07-5 28553-12-0

Ch lorododecane Diisononyl Phthalate

35175-85-0 35249-89-9

Trich loropropene Ammonium Glycolate

Betadine Ultrason E Victrex 4100G

28554-00-9

Chloropropionic Acid

28605-74-5

Victrex 41 OOP

28631-77-8

Tetrach lorodifluoroethane Ethyl Pyridine

359-70-6 35913-09-8

Victrex 4800G Victrex 4800P

287-92-3 28805-86-9

Cyclopentane Butyl Phenol

36653-82-4

Victrex PES 4100G Trich loropropane

28807-97-8 28831-12-1

Bromotoluene Sodium Persulfate

3687-31-8

Reny 1022

29106-32-9 29154-12-9

Chaulmoogric Acid Ch loropyridine

37210-98-3

Cyanoacetic Acid Boric Acid Methyl Ester

37211-05-5

Nickel Chloride

37220-82-9

25735-29-9 25805-74-7 260-94-6

Acridine

Palatinol ON

Freon 1281 Dich lorohexafluorocyclobutane (1,2-)

25655-41-8 25667-42-9

26140-67-0

Kinel5504

26222-20-8

Polypropylene Sebacate

29222-48-8 2944-65-2

Trimethylpentane Ferrous Tartrate

26249-20-7 26401-20-7

Butylene Oxide

29757-24-2

Nitroaniline

26444-49-5 26445-02-3

Hexyl Alcohol (tert-)

26445-05-6 26446-76-4

Cresyldiphenyl Phosphate Dichloropropionic Acid Am inopyridine Ch loropropane

26447-28-9 26471-62-5

Furoic Acid TDI

2652-65-5 26523-64-8

Toluene Diisocyanate Tolylene Diisocyanate Benzoyl Trichlorotrifluoroethane Trifluorotrich loroethane

© Plastics Design Library

353-59-3 356-18-3

372-09-8

3724-65-0

Dich lorotoluene

37248-34-3 37262-48-9 37265-60-4

29956-85-2 301-04-2 3012-65-5 30179-49-8 302-01-2 302-17-0

Pentach lorobenzam ide Lead Acetate Ammonium Citrate Am inobenzenesulfonic Acid

37299-88-0 373-02-4

Hydrazine Chloral Hydrate

37380-64-6 37809-02-2

30237-26-4

Fructose

298-14-6 299-28-5

Cetyl Alcohol Hexadecyl Alcohol

Ethylhexyl Orthophosphoric Acid (Di-2-) Ethylhexyl Phosphate (Di-2-) Potassium Bicarbonate Calcium Gluconate

29797-40-8 298-07-7

Perfluorotriethylam ine Chlorobenzaldehyde

37273-87-3 37273-91-9 ~..

37325-37-4 37345-43-0

3811-04-9

Palmityl Alcohol Lead Arsenate

Olein Crotonic Acid Potassium Sulfide Flit Kinel Delrin 500 Metaldehyde Selenium Chloride Nickel Acetate Elon Ultrawet Freon BF Chloronitropropane Potassium Chlorate

25167-93-5 to 3811-04-9

1084 CAS Registry Numbers - Numeric Sort

51-05-8 51-43-4

38719-68-5 3882-06-2

Trimethyl Propane Dicyclohexylammonium Nitrate

3926-62-3 39316-43-3

Sodium Chloroacetate Noryl731

39316-44-4 39319-93-2 39320-19-9

Noryl SE100 Baydur Cellulose Tripropionate

39325-18-3

XT

39346-05-9 39377-49-6

Pydraul A200 Copper Cyanide

514-10-3

39384-00-4

Silicon Fluoride Hylene T

515-42-4 515-84-4

Freon 502 R 502

515-98-0 516-06-3

Ammonium Lactate Valine (dl-)

39392-92-2 39432-81-0

51013-18-4 51218-45-2

Novocain Adrenalin Methylpyrrol idone Dual

513-37-1

Metolachlor Isocrotyl Chloride

513-77-9 513-85-9

Barium Carbonate Butanediol (2,3-)

51312-24-4

Chlorobutene

51653-08-8

3982-91-0

Thiophosphoryl Chloride

51848-31-8

3983-19-5 4075-81-4

Calcium Bicarbonate

39437-98-4

408-35-5 40968-90-9 4109-96-0 4121-13-5

Calcium Propionate

52276-51-4

Sodium Palmitate

52439-05-1

Potassium Tartrate

526-26-1

Dich lorosilane Benzyl Butyl Adipate

526-94-3

4170-30-3

Ctl lorobenzenesu Ifon ic Acid Crotonaldehyde

4180-12-5

Copper Acetate

41237-22-3

420-04-2 4245-37-8 42739-38-8

520-45-6

Cyanamide Vinyl Methacrylate Ammonium Valerate

526-83-0 526-95-4 52673-62-8

546-93-0 547-64-8 5470-11-1 548-62-9 54847-90-4 549-56-4 54972-97-3 55-21-0

Benzamide

Abietic Acid

Adrenalin Hydrochloride Atropine SUlfate

Sodium Benzenesu Ifonate Ethyl Trich loroacetate

55-55-0 55-63-0

Elon Nitroglycerin

Derakane 470 Derakane 411

552-38-5 55353-07-6 55353-89-4

Noryl Strontium Salicylate

556-03-6 556-24-1

Methylisovalerate

Ta~aric Acid Sodium Bitartrate

556-52-5 557-05-1

Glycidol Zinc Stearate

Gluconic Acid Pyranol

557-21-1 557-34-6

Zinc Cyanide Zinc Acetate

Kinel5505

557-40-4

Diallyl Ether

Kinel5511

558-13-4

Carbon Tetrabrom ide

52683-11-1

Kinel5514 Ammonium Salicylate

55818-86-5

Tetrabrom omethane Fyrquel GT Tetrabutyl Titanate Fyrquel220

528-94-9

Fluorobenzene Amyl Nitrite

53148-92-8 53148-95-1

Plexiglas VM Kydex 100

55962-27-1

463-73-0 463-79-6 464-41-5

Chlorocarbonic Acid Carbon ic Acid

532-27-4

Ch loroacetophenone

Bornyl Chloride

532-32-1

Mace Sodium Benzoate

470-82-6 471-34-1

Cineol

499-12-7 50-00-0

Glycine Quinidine

5329-14-6

Sulfamic Acid

56-54-2

5341-61-7

Hydrazine Dihydrochloride

56-81-5

Glycerin

56-84-8 56-86-0

Aconitic Acid Formaldehyde

53858-53-0 539-82-2

Loctite Ethyl Valerate

56-93-9

Benzyltrimethylammonium Chloride

Cam phoric Acid Nicotine

563-43-9 563-47-3

Trimethylbenzylammonium Chloride Ethyl Aluminum Dichloride Methallyl Chloride

Tryptophan (dl-) Sodium Salicylate Merthiolate Dichloroethylene (1,2-)

563-63-3 563-71-3 563-80-4 56452-11-0

Methyl Isopropyl Ketone Bismuth Chloride

540-72-7

Ammonium Formate Sodium Sulfocyanide

565-80-0 56631-01-7

Diisopropyl Ketone Hexach lorobutene

Ephedrine Hydrochloride Corn Sugar Dextrose

540-82-9

Sodium Thiocyanate Ethyl Sulfate

56690-31-4 56731-13-6

Glucose

540-84-1

Ethylsulfuric Acid Isooctane

56748-27-7 56977-47-0

Coolanol35 Tefzel HT2004 Flit

Isovaleric Acid

541-41-3

Ethyl Chlorocarbonate

Stanyl Stanyl TW300

541-50-4 542-16-5 542-62-1 542-83-6

Ascorbic Acid Vitamin C

Diisopropylidene Acetone Phorone

506-30-9

Mustard Gas Arachidic Acid

5394-83-2 54-11-5 54-12-6 54-21-7 54-64-8 540-59-0 540-69-2

Glycerol

Hydrofluosilicic Acid

Acetoacetic Acid

57-06-7

Allyl Mustard Oil

Aniline Sulfate

57-10-3

Palmitic Acid

Barium Cyan ide Cadmium Cyanide

Stearic Acid Urea

Am mon ium Ttl ioglycolate

57-11-4 57-13-6 57-14-7 57-24-9 57-48-7 57-50-1

Fructose Cane Sugar

Cyclopentadiene

543-49-7 543-54-4

Heptyl Alcohol (2-) Pyridine Sulfate

Acetyl Bromide TrilonA

543-59-9 543-80-6

Amyl Chloride Barium Acetate

50641-63-9 507-70-0

Magnum Borneol

543-90-8 543-94-2

Cadm ium Acetate Strontium Acetate

50813-16-6 50815-84-4

Sodium Metaphosphate Skydrol 500B

544-01-4 544-63-8

Isoamyl Ether Myristic Acid

50820-24-1

Skydrol 500B4 Ferrous Sulfite

544-76-3 544-92-3

50864-67-0

Barium Polysulfide

54578-28-8

Silver Acetate Ferrous Carbonate

Glycerophosphoric Acid Glyceryl Phosphate

Ethyl Chloroformate

542-92-7 5421-46-5

Aspartic Acid Glutamic Acid

57-03-4

Cyanogen Chloride Ammonium Carbonate

38719-68-5 to 57762-32-0

Am inoacetic Acid

Plastigen G

Mustard

506-n-4

56-40-6

Genal 4300

Amyl Laurate

505-60-2

506-87-6 506-96-7 5064-31-3

Tetrach loromethane Parathion

5350-03-8 53801-28-8

Sorbitol Acetol Acetylsalicylic Acid Aspirin

504-20-1

56-38-2

Aroclor 1242

50-70-4 50-78-2

503-74-2 50327-22-5

Carbon Tetrach loride

53469-21-9

Lactic Acid DDT

50-98-6 50-99-7

53241-37-5

Skydrol LD4

56-23-5

Soda Soda Ash Sodium Carbonate

50-21-5 50-29-3

50-81-7

Tyrosine (dl-)

52683-08-6 52683-10-0

462-06-6 463-04-7

Brucine Sulfate

XT250 Lith ium Carbonate Aluminum Ethylate

5593-70-4 55957-10-3

4845-99-2

Atlac711

554-13-2 555-75-9

RP 1 Noryl GFN2

497-19-8

Nitroglycerol Lith ium Salicylate

Dehydroacetic Acid Celcon M25

52932-53-3 53126-04-8

Calcium Carbonate

Udel Quinine Bisulfate Methyl Am yl Alcohol

55-31-2 55-48-1

Mercury Chloride

Sodium Percarbonate Cyanogen

4452-58-8 460-19-5

Magnesium Carbonate Methyl Lactate Hydroxylam ine Hydroch loride Gentian Violet

UDMH Strychnine

Sucrose Sugar 57-55-6

Dihydroxypropane (1,2-) Propylene Glycol

57-88-5 57158-54-0

Cholesterol Freon TES

Cetane Copper Cyanide

57308-10-8 57762-31-9

Calcium Hydride Freon TMC

Therm inol 66

57762-32-0

Freon TM

© Plastics Design Library

1085 CAS Registry Numbers - Numeric Sort

57762-33-1

Freon TE

61789-97-7

Tallow

58-08-2

Caffeine

61790-51-0

Sodium Resinate

66455-31-0

Delrin

58-89-9

Benzene Hexachloride

61840-52-6

Sagrotan

66525-75-5

Hercoflex 600

Benzene Hexachloride (y-)

61970-49-8

Torlon

66594-31-8

Pydraul50E

Nitrobenzoic Acid (p-)

66594-32-9

Pydrau I 115E

Lindane

62-38-4

Phenylmercuric Acetate

Celanex

62-44-2

Acetophenetidin

67-56-1

Methyl Alcohol

Phenacetin

67-63-0

Propyl Alcohol (2-)

62-53-3

Aminobenzene

Tetrachlorophenol (2.3,4,6-)

58033-98-0

Ultraform

5813-49-0

66676-34-4

583-52-8

Potassium Oxalate

62-54-4

Calcium Acetate

584-02-1

Amyl Alcohol (sec-)

62-56-6

Thiourea

Potash

62-57-7

Aminoisobutyric Acid (2-)

Potassium Carbonate

62-73-7

Dimethyldich lorovinyl Phosphate

Toluene-2,4-diisocyanate

62-76-0

Axion

Dimethyl Carbinol

Aniline

Acetyl Nitrite

584-08-7

Hexaldehyde

62-23-7

Hexach lorocyclohexane

58-90-2

66-25-1

Isopropyl Alcohol 67-64-1

Acetone Dimethyl Formaldehyde

67-66-3

Chloroform Trichloromethane

Sodium Oxalate

67-68-5

Dimethyl Sulfoxide

58481-77-9

Freon TC

621-82-9

Cinnam ic Acid

67-72-1

Hexach loroethane

58481-78-0

Freon TA

622-45-7

Cyclohexyl Acetate

58718-66-4

Halowax 1000

622-91-3

Metoquinone

68-04-2

Sodium Citrate

58798-93-9

Atlac 4010

Aropol7240

68-11-1

Mercaptoacetic Acid

68-12-2

Dimethylform am ide Dimethylformamide (N,N-)

584-84-9

Stilbene

588-59-0

62229-36-1 62229-52-1

Perchloroethane

Hetron 700

Thioglycolic Acid

59-67-6

Nicotinic Acid

623-42-7

59-88-1

Phenylhydrazine Hydroch loride

624-24-8

Methyl Valerate

Potassium Cyanate

624-54-4

Amyl Propionate

Torlon 4301

624-83-9

Methylisocyanate

591-78-6

Methyl Butyl Ketone

624-92-0

Dimethyl Disulfide

68002-84-6

591-87-7

Allyl Acetate

627-13-4

Propyl N ~rate

68012-64-6 68131-30-6

590-28-3 59030-14-7

Methyl Butyrate

68-35-9 680-31-9

592-01-8

Calcium Cyanide

627-58-7

Dimethyl-1 ,5-Hexadiene (2,5-)

592-04-1

Mercuric Cyanide

628-63-7

Amyl Acetate

592-41-6

Hexene Butyl Hypochlorite

628-86-4 628-96-6

Mercury Fulminate Ethylene Nitrate

68476-78-8 689-97-4

Nitroglycol Purifloc C41

68915-31-1

5923-22-8

Calgon

59299-44-4 593-29-3

Potassium Stearate

593-45-3 593-70-4

Octadecane

593-81-7

Trimethylamine Hydrochloride

Freon 31

59316-88-0 594-42-3

Freon TMS Perch loromethylmercaptan

59694-78-9

Cosmic

62887-81-4 629-14-1 63-42-3 630-08-0

Diethyl Cellosolve Lactose Carbon Monoxide

6899-03-2 6899-05-4 68993-61-3

Mannitol

69-72-7

Versilube F50

69-93-2

Salicylic Acid Uric Acid

Limonene (d-)

63148-58-3

Dow Corning 710

69028-37-1

Tetramethylurea

6904-78-5

63231-48-1

Amines

6915-15-7

Versene

63231-51-6

Solvesso 100

Diethyl Ether

63283-80-7 63394-02-5

Dichloroisopropyl Ether Silastic

Ethyl Ether

63428-84-2

Cadon

70816-49-8

Sulfuric Ether

63665-16-7

Sulfinol

70896-05-8

632-22-4

Solvesso 150

Phenylethanol (2-)

638-38-0

Manganese Acetate

Caffeine Citrate

Neoprene Neoprene W

Ethylenediaminetetraacetic Acid

60-29-7

Alum inum Potassium Sulfide

Silicones Dow Corning FS1265

Phenylethyl Alcohol

Aspartic Acid Glutamic Acid

63148-53-8 63148-56-1

60-12-8

Calgon Sodium Hexametaphosphate

69-65-8

Lead Carbonate Cumylphenol (p-)

Molasses Vinyl Acetylene

Am mon ium Acetate

631-61-8

Manganese Carbonate

599-64-4

Green Liquor Sodium Metasilicate

69-22-7

598-63-0

60-00-4

Red Oil Triton

Hypophosphorous Acid

6303-21-5

598-62-9 5989-27-5

6834-92-0

Sulfadiazine Hexamethylphosphoric Triam ide

69522-75-4 69912-81-8 70-30-4 7058-14-2

71-23-8

Manganese Linoleate Malic Acid Therm inol 55 Tar Hexach lorophene Armeen Kalwall Sunlite Torlon 4275 Propyl Alcohol

60-33-3

Linoleic Acid

60-34-4

Methylhydrazine

64-02-8

Trilon B

71-36-3

Butyl Alcohol

60-35-5

Acetamide

64-17-5

Ethyl Alcohol

71-41-0

Amyl Alcohol

Dieldrin

64-18-6

Formic Acid

71-43-2

Benzene

6032-29-7

Amyl Alcohol (sec-)

64-19-7

Acetic Acid

71-48-7

60646-36-8

Arsenic Trichloride

64-67-5

Diethyl Sulfate

71-50-1

Cobaltous Acetate Acetate

60649-28-7

Atlac 382

Ethyl Sulfate

71-55-6

Methyl Chloroform

60-57-1

Nitrobutanol (2-)

609-31-4 6094-40-2

645-17-0

Alum inum Linoleate

Penicillin G

646-06-0

Dioxolane

616-21-7

72-17-3

Isocyanate Sodium Lactate

64664-26-2

LPH

72-43-5

Methoxychlor

Ultem

64706-30-5

Viton

72-54-8

Dich lorodiphenyldich loroethane

Ultem 1000 Chloro-p-Toluidine (2-)

64726-60-9

O-Syl

72146-92-0

Hetron 700C

6484-52-2

Ammonium Nitrate

72231-10-8

Derakane 51 ON

6485-39-8

Citraconic Anhydride Dichlorobutane (1,2-)

Manganese G luconate

72711-12-7

Atlac 580

65-30-5

Nicotine Sulfate

72993-99-8

Torlon 5030

Methyl Carbonate Pyrrolidone

65-49-6

Aminosalicylic Acid (p-) Benzoic Acid

7320-34-5

Potassium Pyrophosphate

65-85-0

Sodium Trichloroacetate Nicotine Sulfate

7349-78-2

Tetrapotassium Pyrophosphate Dimethionine

7360-53-4

Aluminum Formate

65072-01-7 65431-33-6

Amino Acids Trypaflavin

7397-62-8

Butyl Glycolate Glycolic Acid Butyl Ester

65589-70-0 66-25-1

Caproaldehyde

74-82-8

Polysolvan 0 Methane

Caproic Aldehyde

74-83-9

Brom omethane

616-38-6 616-45-5

Galecron Delrin 900

6164-98-3 61673-52-7 617-84-5 617-94-7

71000-82-3

Methylene Blue

61128-24-3

616-02-4

Trich loroethane

Noryl N190

Piperazine Hydroch loride

61-33-6 61-73-4

615-65-6

64060-06-6

Diethylformamide Dimethyl Phenyl Carbinol Dimethyl Phenyl Methanol

61789-00-2

Dutral CO

61789-91-1

Jojoba Oil

© Plastics Design Library

650-51-1 6505-86-8

Acriflavine

57762-33-1 to 74-83-9

1086

CAS Registry Numbers - Numeric Sort

74-83-9 74-84-0

Methyl Bromide Ethane

75-20-7 75-21-8

Calcium Carbide Ethylene Oxide

76-06-2

74-85-1 74-86-2

Ethylene Acetylene

75-25-2 75-28-5

76-12-0 76-13-1

74-87-3

Ch 10 rom ethane Methyl Chloride

75-29-6

74-88-4 74-89-5 74-90-8

Methyl Iodide Methylamine

75-31-0

Bromoform Isobutane Ch loropropane (2-) Isopropyl Chloride Isopropyl Am ine Isopropylamine

Hydrocyanic Acid Hydrogen Cyanide

75-35-4 75-36-5

Vinylidene Chloride Acetyl Chloride

76-16-4

Methylene Bromide

75-43-4

Dichlorofluoromethane

76-14-2 76-15-3

Bromoethane

Freon 21

76-19-7 76-22-2

74-97-5

Ethyl Bromide Bromochloromethane

Monofluorod ich loromethane Phosgene

76-39-1 76-44-8

74-98-6

Chlorobromomethane Propane

74-95-3 74-96-4

74315-78-9 7439-92-1

75-44-5 75-45-6

Hetron 72 Lead Mercury

75-46-7

Iodoform Trimethylamine

7616-94-6 7631-42-7

Perch loryl Fluoride Phenyl Acetate

75-52-5 75-56-9

Nitromethane Propylene Oxide (1 ,2-)

7631-89-2

Sodium Arsenate

7631-90-5

7440-38-2

Arsenic

7440-43-9

Cadmium

75-59-2

7440-44-0

Carbon

75-61-6

7440-59-7

Helium Uranium

Propylene Oxide Tetramethylammonium Hydroxide Difluorodibromomethane

7631-99-4

Sodium Nitrate

Freon 12B2

Sodium Nitrite Sodium Perborate

Xenon

75-63-8 75-64-9

Freon 13B1 Butylam ine (tert-)

7632-05-5 7632-50-0

Sodium Phosphate Ammonium Citrate

Zinc Sulfur Dioxide

75-65-0 75-66-1

7637-07-2 7645-25-2

Sulfur Trioxide Sulfuric Anhydride

75-68-3 75-69-4

Butyl Alcohol (tert-) Butyl Mercaptan (tert-) Freon 142B

Boron Trifluoride Lead Arsenate Sodium Hydride Stannic Chloride Stannic Tetrachloride

Freon 11 Freon MF

Lead Sulfate Aluminum Chloride

Genetron 11

Aluminum Trichloride

Monofluorotrich loromethane

Copper Chloride Cupric Chloride

Trich lorofluoromethane Dich lorodifluoromethane

75-71-8

Difluorod ich loromethane Freon 12

Potassium Chloride Lithium Chloride 75-72-9

Genetron 12 Chlorotrifluoromethane

7487-94-7

Magnesium Sulfate Mercuric Chloride

75-73-0

Freon 13 Freon 14

74870-00-1 7488-55-3 74913-57-8 7492-41-3

Mercury (II) Chloride Mercury Chloride Voranol P 400 Stannous Sulfate Mylar92A Bornyl Formate

75-79-6 75-85-4

Copper Carbonate Chloroethane Ethyl Ch loride Ch loroethylene

75-01-4

Sodium Brom ide Antimony Pentachloride Phosphoric Acid Hydrofluoric Acid

Amyl Alcohol (tert-)

7664-41-7

75-86-5 75-87-6

Acetone Cyanohydrin Chloral

7664-93-9 7681-11-0

Trich loroacetaldehyde Methyl Sulfate

7681-38-1

75-93-4

Ethylamine

7500-55-2

Acetonitrile

7542-12-3

Soda

75-07-0

Methyl Cyanide Acetaldehyde

75432-60-9 7546-30-7

Ethanethiol Ethyl Mercaptan

7549-43-1 7550-35-8

Quinine Hydrochloride Lithium Bromide

7550-45-0 7553-56-2 7558-79-4 75602-80-1 757-58-4 75757-07-2 76-01-7

Titanium Tetrach loride Iodine Disodium Phosphate Magnifloc 837A

75-10-5 75-11-6

Th ioethanol Dich 10rom ethane Methylene Chloride Methylene Dichloride Freon 32 Methylene Iodide

75-12-7 75-15-0

Form amide Carbon Bisulfide

75-18-3 75-19-4

Carbon Disulfide Dimethyl Sulfide Cyclopropane

74-83-9 to 7704-34-9

7647-01-0

7647-15-6 7647-18-9 7664-38-2 7664-39-3

75-04-7

75-09-2

7646-85-7 7646-93-7

Cobalt Chloride Cobaltous Chloride Zinc Chloride Potassium Acid Sulfate Potassium Bisulfate Hydrochloric Acid Hydrogen Chloride

Tetrafluoromethane Methanesulfonic Acid Chlorotrimethylsilane Dichlorodimethylsilane Methyl Trichlorosilane

75-75-2 75-77-4 75-78-5

75-05-8

75-08-1

Tin Tetrach loride 7646-79-9

Muriatic Acid Sodium Chloride

Methyl Sulfuric Acid Dichloropropionic Acid (2,2-) RP 1

Vinyl Fluoride

7646-69-7 7646-78-8

7647-14-5

Vinyl Chloride 75-02-5

Sodium Bisulfite Sodium Hydrogen Sulfite

7632-00-0 7632-04-4

Barbitol Epsom Salts

7492-68-4 75-00-3

Sodium Phosphate Trisodium Phosphate

75-47-8 75-50-3

Sodium Argon

7447-40-7 7447-41-8 74564-77-5 7487-88-9

Bornyl Acetate Benzilic Acid

Sodium Perchlorate Perch loric Acid

7440-23-5 7440-37-1

7447-39-4

Camphor Nitro-2-Methylpropanol (2-) Heptachlor

7601-90-3

Rhodium Silicon

7446-70-0

Freon 218

7601-89-0

7440-16-6 7440-21-3

7446-14-2

Freon TF Genetron 113 Freon 114 Freon 115 Freon 116 Hexafluoroethane

Freon 23 Trifluoromethane

Potassium

7440-66-6 7446-09-5 7446-11-9

76-49-3 76-93-7 7601-54-9

Genetron 22

7439-97-6 7440-09-7

7440-61-1 7440-63-3

Ch lorodifluoromethane Difluoroch loromethane Freon 22

Nitrochloroform Trich loron itromethane Freon 112 Freon 113

75-99-0

76-02-8 76-03-9 76-05-1 76-06-2

Hostapal Mercurous Chloride

Hexaethyl Tetraphosphate Acrylite H-15

Hydrogen Fluoride

Sodium Acid Sulfate Sodium Bisulfate Sodium Hydrogen Sulfate 7681-49-4 7681-52-9 7681-53-0 7681-57-4

Sodium Fluoride Clorox Sodium Hypochlorite Sodium Hypophosphite Sodium Metabisulfite Sodium Pyrosulfite

7681-82-5 7697-37-2

Sodium Iodide Nitric Acid

7699-45-8 77-47-4

Zinc Brom ide Hexachlorocyclopentadiene

77-73-6 77-78-1

Pentachloroethane Trich loroacetyl Ch loride Trichloroacetic Acid Trifluoroacetic Acid Chloropicrin

Ammonia Sulfuric Acid Potassium Iodide Niter Cake

77-92-9 77-94-1 77-99-6 7704-34-9

Dicyclopen~adiene

Dimethyl Sulfate Methyl Sulfate Citric Acid Tributyl Citrate Trimethylolpropane Colloidal Sulfur

© Plastics Design Library

1087 CAS Registry Numbers - Numeric Sort

7704-34-9 7705-08-0

Sulfur Ferric Chloride

7778-44-1 7778-49-6

Calcium Arsenate Potassium Citrate

7789-23-3 7789-29-9

Potassium Fluoride Potassium Bifluoride

Iron (III) Chloride

7778-50-9

Potassium Bichromate Potassium Dichromate

7789-30-2 7789-31-3

Brom ine Pentafluoride Bromic Acid

Potassium Phosphate

7789-38-0 7789-41-5

Sodium Bromate Calcium Bromide

Lime Chloride

7789-42-6 7789-48-2

Cadmium Bromide Magnesium Bromide Antimony Tribrom ide

Iron Chloride Iron Perchloride

7778-53-2

771-03-9

Dehydroacetic Acid

771-61-9

Pentafluorophenol Nickel Chloride

7778-54-3

7719-12-2

Thionyl Chloride Phosphorous Trichloride

7778-66-7 7778-74-7

Potassium Hypochlorite Potassium Perchlorate

7789-61-9 7789-75-5

7720-78-7

Ferrous Sulfate

7778-77-0

Potassium Diphosphate

7789-78-8

Calcium Hydride

Iron (II) Sulfate

7778-80-5

Potassium Sulfate

7789-79-9

Calcium Hypophosphite

Magnesium Citrate Zinc Hydrosulfite

7790-62-7

Potassium Pyrosulfate

7790-69-4

Lith ium Nitrate

7790-75-2 7790-86-5

Calcium Tungstate Cerous Chloride

7790-91-2 7790-92-3

Chlorine Trifluoride Hypochlorous Acid

7718-54-9 7719-09-7

Tripotassium Phosphate Calcium Hypochlorite

7722-64-7 7722-76-1

Potassium Permanganate

7779-25-1

Ammonium Phosphate

7779-86-4

7722-84-1

Hydrogen Peroxide Perhydrol

7779-88-6 7779-90-0

7722-86-3

Persulfuric Acid Sodium Diphosphate

7782-41-4

Fluorine

7782-42-5

Graphite

7722-88-5

Zinc Nitrate Zinc Phosphate

Calcium Fluoride

Tetrasodium Pyrophosphate

7782-44-7

Oxygen

7790-93-4

Ch loric Acid

Bromine

7782-50-5

Chlorine

7790-94-5

Chlorosulfonic Acid

7790-98-9 7791-03-9

Ammonium Perchlorate Lithium Perchlorate

7726-95-6 7727-15-3

Alum inurn Brom ide

7782-68-5

lodic Acid

7727-21-1

Potassium Persulfate

7782-77-6

Nitrous Acid

7727-37-9

Nitrogen

7782-78-7

Barium Sulfate

7782-91-4

Nitrosylsulfuric Acid Molybdic Acid

7791-25-5

7727-43-7

Sulfonyl Chloride Sulfuryl Chloride

7727-54-0 7727-67-5

Ammonium Persulfate Sodium Tetraphosphate

7782-99-2 7783-00-8

Sulfurous Acid Selenious Acid

7791-27-7 78-00-2

Pyrosulfuryl Chloride Tetraethyllead

Water Korad

7783-03-1 7783-05-3

Tungstic Acid Pyrosulfuric Acid

78-11-5 78-13-7

Pentaerythritol Tetranitrate Coolanol25

7757-74-6

Zinc Sulfate Sodium Metabisulfite

7783-06-4 7783-07-5

Hydrogen Sulfide Hydrogen Selenide

78-40-0

Tetra(2-Ethylbutyl) Silicate Triethyl Phosphate

7757-79-1 7757-82-6

Potassium Nitrate Disodium Sulfate

Selenic Acid Ammonium Thiosulfate

78-42-2 78-59-1 78-75-1

7732-18-5 77323-44-5 7733-02-0

7757-83-7 7757-88-2

Sodium Sulfate Sodium Sulfite

7783-08-6 7783-18-8 7783-20-2 7783-28-0

Magnesium Sulfite

7783-35-9

Ammonium Sulfate Diammonium Phosphate Mercuric Sulfate

7758-01-2 7758-02-3

Potassium Bromate Potassium Bromide

7783-47-3 7783-54-2

Stannous Fluoride Nitrogen Trifluoride

7758-05-6

Potassium Iodate Potassium Nitrite

7783-56-4 7783-61-1

Antimony Trifluoride

7758-09-0 7758-11-4

Dipotassium Phosphate

Silicon Tetrafluoride

Propylene Chloride

7758-19-2

Sodium Chlorite

7783-66-6

Iodine Pentafluoride

Propylene Dichloride

7758-29-4

Textone Pentasodium Triphosphate

7783-70-2 7783-81-5

Antimony Pentafluoride Hexafluorouranium

Sodium Triphosphate Sodium Tripolyphosphate

7783-82-6

Uranium Hexafluoride Tungsten Hexafluoride

7758-87-4 7758-88-5

Calcium Phosphate Cerous Fluoride

7783-86-0 7783-90-6

Ferrous Iodide Silver Chloride

7758-89-6

Copper Chloride

7784-18-1

Cuprous Chloride

7784-25-0

Aluminum Fluoride Ammonium Alum

Ferrous Chloride Iron (II) Chloride

7784-26-1

Ammonium Aluminum Sulfate Ammonium Alum

Lead Chromate

7784-30-7 7784-34-1

Alum inurn Phosphate Arsenic Trichloride

7758-98-7

Copper Sulfate Cupric Sulfate

7784-40-9 7784-42-1

Lead Arsenate Arsine

7761-88-8 7772-98-7

Silver Nitrate Sodium Hyposulfite

7784-46-5 7785-23-1

Sodium Arsenite Silver Bromide

7772-99-8

Sodium Th iosu Ifate Stannous Chloride

7785-84-4 7785-87-7

Sodium Metaphosphate Manganese Sulfate

Tin (II) Chloride Tin Chloride

7786-30-3

Manganous Sulfate Magnesium Chloride

79-04-9 79-06-1

Chloroacetyl Chloride Acrylamide

7758-94-3

Lead Chloride

7758-95-4 7758-97-6

Silicon Fluoride

78-78-4 78-82-0

Trioctyl Phosphate Isophorone Dibromopropane (1,2-) Propylene Dibromide Isopentane

78-83-1

Isobutyronitrile Isobutyl Alcohol

78-84-2 78-87-5

Isobutyraldehyde Dichloropropane (1,2-)

78-92-2

Propylene Chlorohydrin Butyl Alcohol (sec-)

78-93-3

Butanone (2-)

78-95-5

Methyl Ethyl Ketone Ch loroacetone

78-89-7

Butanone

7803-49-8

Hydroxylam ine

7803-51-2 7803-57-8

Hydrogen Phosphide Phosphine Hydrazine Hydrate

7803-62-5 7803-63-6

Silane Ammonium Bisulfate

78244-98-1 79-00-5 79-01-6

Korsolin Trichloroethane (1,1,2-) Trich loroethane Ethylene Trichloride Trich loroethylene Trilene

Manganese Chloride

7786-81-4

Nickel Sulfate

79-08-3

Manganous Chloride

7787-39-5

Barium Sulfite

79-09-4

Bromoacetic Acid Propionic Acid

7773-03-7

Potassium Bisulfite

7773-06-0 7774-29-0 7775-09-9 7775-11-3 7775-14-6

Ammonium Sulfamate

7787-47-5 7787-49-7

Beryllium Ch loride Beryllium Fluoride

79-10-7 79-11-8

Chloroacetic Acid

Mercuric Iodide Sodium Chlorate Sodium Chromate Sodium Dithionite

7787-59-9 7787-60-2 7787-69-1 7787-71-5

Bismuth Oxychloride Bismuth Chloride Cesium Bromide Bromine Trifluoride

79-14-1

Sodium Hydrosulfite Sodium Hyposulfite

7789-00-6 7789-04-0

Potassium Chromate Chrom ic Phosphate

7775-27-1 7778-18-9

Sodium Persu Ifate Calcium Sulfate

7789-09-5 7789-19-7

Ammonium Dichromate Cupric Fluoride

79-27-6

Tetrabromoethane (1,1,2,2-) Acetylene Tetrabromide

7778-39-4

Arsenic Acid

7789-21-1

Fluosulfonic Acid

79-31-2

Isobutyric Acid

7773-01-5

© Plastics Design Library

79-20-9 79-21-0 79-22-1 79-24-3

Acrylic Acid Glycolic Acid Hydroxyacetic Acid Methyl Acetate Peracetic Acid Methyl Chloroformate Nitroethane

7704-34-9 to 79-31-2

1088 CAS Registry Numbers - Numeric Sort

79-34-5

Tetrachloroethane (1,1,2,2-)

8013-32-9

Cherry Syrup

868-14-4

Acetylene Tetrachloride

8013-76-1

Bitter Almond Oil

868-18-8

Sodium Tartrate

Tetrach loroethane

Palmarosa Oil

869-29-4 87-17-2

Allylidene Diacetate Salicylanilide

Potassium Bitartrate

Ch lorotrifluoroethylene

8014-19-5 8014-95-7

Trifluoroch loroethylene Trifluorovinylch loride

8015-61-0 8015-63-2

Aloin

87-66-1

Amyl Nitrate

87-68-3

Methacrylic Acid Methyl Acrylic Acid

8015-64-3

Angelica Seed Oil

8015-91-6

Cinnamon Oil

87-69-4

8024-07-5

Violet Oil

87-78-5

Mannitol

79-46-9

Dichloroacetic Acid Nitropropane (2-)

8024-09-7

Walnut Oil

87-86-5

Pentachlorophenol

79-92-5

Camphene

8024-12-2

Verbena Oil

Hexene

8026-70-8

Green Soap

79-38-9

79-41-4 79-43-6

79390-45-7 79586-58-6

Oleum

Pyrogallic Acid Hexachloro-1,3-Butadiene Hexach lorobutadiene

87805-55-8 88-04-0

Tartaric Acid

Baydur 726 Ch loroxylenol

Noryl GFN3

8028-89-5

Caramel

88-09-5

Ethylbutyric Acid (2-)

80-15-9

Cumene Hydroperoxide

8028-98-6

Acetol

88-69-7

Isopropylphenol (0-)

80-58-0

Bromobutyric Acid (2-)

8029-31-0

Beer

88-72-2

Nitrotoluene (0-)

80-62-6

Methyl Methacrylate

8029-34-3

Butter

88-89-1

Picric Acid

8000-27-9

Cedar Wood Oil

8029-43-4

Corn Syrup

88-95-9

Phthaloyl Chloride

8000-28-0

Lavender Oil

8030-30-6

Naphtha

88-99-3

Phthalic Acid

8000-41-7

Terpineol

8031-68-3

Soy Sauce

8000-48-4

Eucalyptus Oil

8032-32-4

Ligroin

89-55-4

Bromosalicylic Acid (5-)

8001-20-5 8001-21-6

Tung Oil

804-63-7 8044-71-1

Quinine Sulfate

89-72-5

Butylphenol (o-sec-)

Sunflower Oil

Cetavlon

89-78-1

Menthol

8001-22-7

Soybean Oil

8047-99-2

Santicizer 8

89-83-8

8001-26-1

Linseed Oil

8050-09-7

Rosin

8001-29-4

Cottonseed Oil

8001-30-7

Corn Oil

8050-76-8 8052-42-4

Cold Cream Bitumen

88161-21-1

89127-09-3 90-02-8

Dylark 350

Thymol Zytel ST 801 Salicylaldehyde Salicylic Aldehyde

8001-31-8

Coconut Oil

8061-51-6

Sodium Lignosulfonate

8001-54-5

Benzalkonium Chloride

8061-53-8

Ammonium Lignosulfonate

9000-01-5

Gum Acacia

Zephiran Chloride

8063-89-6 8068-44-8

BioborJF Clophen A50

9000-11-7 9000-59-3

Carboxymethyl Cellulose Shellac Gum Tragacanth

90-64-2

Mandelic Acid

8001-58-9

Creosote

8001-69-2

Cod Liver Oil

81-07-2

Saccharin

9000-65-1

8001-75-0

Ceresin

81-16-3

Tobias Acid

9000-69-5

Pectin

8001-79-4

Castor Oil

81-64-1

Quinizarin

9002-83-9

Aclar 22A

8001-85-2

Bone Oil

814-80-2

Calcium Lactate

8002-09-3

Pine Oil

814-87-9

Aluminum Oxalate

8002-13-9

Rapeseed Oil

81458-53-9

Rulon J

8002-23-1

Spermaceti

81624-06-8

Hexene

81843-52-9

8002-24-2

Sperm Oil

8002-26-4

Tall Oil

8002-31-1 8002-33-3

Cocoa Butter Red Oil

82-05-3

Aclar33C Kel-F81 9002-84-0

Fluon Fluon VG15

Vectra A515

Teflon

Vectra A950

Teflon 340

Vectra C950 Benzanthrone

9002-86-2 9002-88-4

Polyvinyl Chloride Geon 8700A DFD-6005

Turkey Red Oil

824-35-1

8002-64-0

Neats Foot Oil

83-40-9

Calcium Salicylate Cresotinic Acid (0-)

8002-74-2

Johnsons Wax 111

83-88-5

Riboflavin

HiFax

8002-75-3

Palm Oil

WD40

Hostalen GUR

83764-86-7

8003-19-8

Vidden D

84-65-1

Anthraquinone

8004-13-5

Dowtherm

84-66-2

Diethyl Phthalate

8006-54-0

Dowtherm A Lanolin

84-69-5 84-72-0 84-74-2

8006-80-2 8006-87-9

Sassafras Oil Sandalwood Oil SantalOil

HRSN 8907

Petrothene 9002-89-5

Polyvinyl Alcohol

Palatinol A

9002-91-9

Metaldehyde

Diisobutyl Phthalate

9002-92-0

Marlipal MG

Santicizer E15

9002-93-1

Triton X100

Butyl Phthalate

9002-98-6

Tydex 12

Dibutyl Phthalate

9003-01-4

Goodrite K702

8007-01-0

Rose Oil

8007-12-3

Nutmeg Butter Nutmeg Oil

84-75-3

Dihexyl Phthalate

9003-04-7

Sodium Polyacrylate

84-76-4

Dinonyl Phthalate

9003-05-8

Polyacrylam ide

8007-20-3

Cedar Leaf Oil

84-77-5

Didecyl Phthalate

9003-07-0

8007-35-0

Terpinyl Acetate

Torlon 4203L

Fortilene Pro-Fax

8007-45-2

Coal Tar

85-44-9

Phthalic Anhydride

Pro-Fax PD-701

Tar

85-68-7

Benzyl Butyl Phthalate

8007-46-3

Aqua Regia

8007-65-6 8007-69-0

Carbolineum Almond Oil

8007-70-3

Anise Oil

8007-80-5

84683-57-8

Thyme Oil

8007-56-5

Goodrite K732

Palatinol C

85-70-1 85-71-2 85026-55-7

Tenite 4231

Butyl Benzyl Phthalate

9003-13-8

Ucon LB1145

Butylbenzyl Phtha.late

9003-20-7

Polyvinyl Acetate

Santicizer B16 Santicizer M17

9003-53-6

Polystyrene Lustrex

Rosin

Polystyrol 168N Styrolux

Aniseed Oil

85389-70-4

XT

Cassia Oil

85797-85-9

Vectra A130

Styron

Carbazole

Styron 484

Cinnamon Oil

86-74-8

Diphenylenim ine

Sesame Oil

8009-03-8

Petrolatum

866-81-9

Coba~ Citrate

8011-48-1

Pine Tar

866-83-1

Potassium Citrate

8012-95-1

Nujol

866-84-2

Potassium Citrate

Cycolac KJB

8012-99-5

Cherry Juice

Dylark 700

Cycolac KJM

8013-03-4

Ethereal Oil

Cream of Tartar

Cycolac KJU

79-34-5 to 9003-56-9

Nutmeg Oil

Styron 685D Tyril

8008-45-5 8008-74-0

86338-40-1

86675-35-6 868-14-4

Rynite 935

9003-54-7

Tyril1000B 9003-56-9

Cycolac

© Plastics Design Library

1089 CAS Registry Numbers - Numeric Sort

9003-56-9

Cycolac L

92-87-5

Cycolac T

920-66-1

Benzidine Hexafluoroisopropyl Alcohol

9004-10-8

Insulin

92091-76-4

9004-32-4

Carboxym ethyl Cellulose

92129-90-3

9004-35-7

Cellulose Acetate

9004-36-8

Cellulose Acetate Butyrate

93-58-3

Methyl Benzoate

Tenite Butyrate

93-76-5

Trichlorophenoxyacetic Acid (2,4,5-)

Uvex

93-89-0

Ethyl Benzoate

Carboxyethyl Cellulose

94-36-0 94-75-7

Benzoyl Peroxide

9004-42-6

93-15-2

Electrosol Whey Methyl Eugenol

9004-53-9

Dextrin

9004-57-3

Ethyl Cellulose

Dichlorophenoxyacetic Acid (2,4-)

9004-67-5

Methyl Cellulose

9004-70-0

Cellulose Nitrate Nitrocellu lose

94148-82-0

Avimid K

9004-81-3

Polyethylene Glycol Monolaurate

94947-58-7

Delrin 100

9005-08-7

Polyethylene Glycol Distearate

95-13-6

Indene

9005-25-8

Corn Starch

95-47-6

Xylene (0-)

Dichlorophenoxyacetic Acid DMA6 94-96-2

Ethyl-1,3-Hexanediol (2-)

9005-64-5

Tween 20

95-48-7

Cresol (0-)

9005-65-6

Tween 80

95-50-1

Dichlorobenzene (1,2-)

9005-81-6

Cellophane

9008-08-6

Hypalon

95-63-6

Hypalon 40

95-73-8

Pseudocumene Dichlorotoluene (2,4-)

Ultramid S

95-75-0

Dichlorotoluene (3,4-)

Ultramid S

95-76-1

Dichloroaniline (3,4-)

9010-75-7

Aclar22

95-92-1

Ethyl Oxalate

9010-79-1

Tenite 5020

95-95-4

Trichlorophenol (2,4,5-)

9008-66-6

Dichlorobenzene (0-)

9010-94-0

XT375

95327-43-8

Celcon M90

9011-13-6

Dylark 132

95507-65-6

Hetron 922

Dylark 332

95660-51-8

Skydrol

Dylark 378P20

95752-18-4

Uran

96-05-9

Allyl Methacrylate

Acrylite H-12

96-18-4

Trichloropropane (1,2,3-)

Diakon

96-22-0

Diethyl Ketone

Plexiglas V

96-24-2

Chlorohydrin

Plexiglas V044

96-32-2

Methyl Bromoacetate

Plexiglas V052

96-33-3

Methyl Acrylate

Plexiglas V811

96-34-4

Methyl Chloroacetate

Plexiglas V920

96-37-7

Methyl Cyclopentane

Polycast

96-48-0

Butyrolactone

9015-51-4

Protargol

96-49-1

Ethylene Carbonate

9016-45-9

Marlophen 810

97-00-7

Din itroch lorobenzene

Marlophen 83

97-53-0

Eugenol

Marlophen 89

97-54-1

Isoeugenol

9011-14-7

Acrylite

9017-80-5

ECR34

97-63-2

Ethyl Methacrylate

9038-95-3

Ucon 50H B100

97-64-3

Ethyl Lactate

Ucon 50HB260

97-65-4

Itaconic Acid

Ucon 50HB5100

97-88-1

Butyl Methacrylate

Ucon 50HB55

97-93-8

Ucon 50H B660

97-94-9

Triethylalum inum Triethylborane

Noryl SE1

97-99-4

Tetrahydrofurfuryl Alcohol

Isopar G

98-00-0

Furfuryl Alcohol

Isopar H

98-01-1

Furaldehyde (2-) Benzotrich loride

9062-88-8 90622-57-4

Furfural

9071-17-4

Trogamid T

9077-21-8

Fluon VG25

98-07-7

9077-36-5

Mowilith

98-08-8

Benzotrifluoride

9078-96-0

Surlyn

98-11-3

Benzenesulfonic Acid

9080-17-5

Ammonium Polysulfide

98-13-5

Trich lorophenylsilane

Lexan 153 Triton

98-54-4

Butylphenol (p-tert-)

98-59-9

Toluenesulfonyl Chloride

Decahydronaphthalene

98-82-8

90803-58-0 9083-53-8 91-17-8

Cumene Isopropyl Benzene

Decalin

Methyl Styrene

Dekalin

98-83-9

91-20-3

Naphthalene

98-86-2

Acetophenone

91-22-5

Quinoline

98-88-4

Benzoyl Chloride

91-64-5

Coumarin

91-66-7 91-67-8

Diethylaniline Diethyl-m-Toluidine (N,N-)

917-61-3 91722-33-7 919-16-4 92-04-6

92-69-3

© Plastics Design Library

Nicotinamide Nitrobenzene Dityrosine

Sodium Cyanate Tar

98444-09-8 98499-64-0

Geon 85856 Alum inum Phosphate

Lithium Citrate

98824-21-6 99-71-8

Baydur 724 Butylphenol (p-sec-)

Chloro-4-phenylphenol (2-)

92-52-4

98-92-0 98-95-3 980-21-2

Diphenyl

99-87-6

Cymene (p-)

Phenyl Benzene

99-89-8

Isopropylphenol (p-)

Phenylphenol (p-)

994-36-5

Sodium Citrate

90003-56-9 to 994-36-5

1090 Abbreviations used in this book absorp

absorption

elong

accep

acceptable

ESC

acrylon. copol.

oxid Parker Han

oxidizer Parker Hannifin

exc

excellent

part

expos

exposure

perm

permeability

Amoco Performance Products

ext

extensive

perm

permeation

amor

amorphous

GE

applic

applications

gen.purp

Allied Sig Amoco

arom. pOlyam AEC AS-4 ·fib BF Good bideg BIP

acrylonitrile copolymer

elongation Renvironmental stress crack resistance

Allied Signal

aromatic polyamide aromatic polyester estercarbonate AS-4 fiber BF Goodrich biodegradeable BIP Chemicals

bl.pig

black pigment

black

blackened

blist. BP Chem

blistered BP Chemicals

carb.bl.

carbon black

carbofib

carbon fiber

carb.lgl.fib

carbon fiber / glass fiber

carb.rrFE

carbon fiber / TFE fiber

carb.lcloth

carbon fiber / woven cloth

CA CAB CP chalk chg

Cellulose Acetate Cellulose Acetate Butyrate Cellulose Propionate chalking change

GE Plastics general purpose

plast. polyal.

partially

plasticizer polyallomer

gener

generally

PC

polycarbonate

gl.fib

glass fiber

PE

polyethylene

gl.fib.lmisc

glass fiber / complex 'filler

polyol.

polyolefin

gl.fib.lmin

glass fiber / mineral filler

poss

possible

gl./min

glass fiber / mineral filler

prop

property

gl.fib./TFE gl.fil. graph.lfluoro graph.fil. hard Hoechst CeL Huls Huls America

glass fiber / TFE fiber

recommended

graphite / fluorocarbon

resist.

resistant

graphite filler hardness Hoechst Celanese Huls AG Huls IM-6 fiber

Lenzing

Lenzing AG

LLDPE LNP Ing.gl. Ing.gl.fib

comm

commercial

max

comp

compatibility

questionable

recom

IM-6 fib

Igt.

question

glass filler

ret. retard Rhone Pou rot.mold signif sl. soft

retained retardant Rhone Poulenc rotational mol~ing significant slight soften ing

light

solin

solution

linear low density polyethylene

stab

stabilized

LNP Engineering Plastics long glass long glass fiber maximum

stain SEBS SEP sup.tgh

staining styrene-ethylene/butylene-styrene styrene-ethylene/propylene super tough

med

medium

surf

surface

condit.

condition

MF

melt flow

swell.

swelling

condit

conditions

MI

melt index

synth

synthetic

consid

considerable

methyl methacrylate butadiene styrene

temp

copol.

copolymer

craz

crazing

cryst.

crystalline

cel.fib

CTMP aspen cellulosic fiber

dark degrad diam dimen

MBS AASC

methyl methacyrlate n-butylacrylate

tens.str

mil.gl.

milled glass

terpol.

mineral

mineral filler

Ti02lfluoro

gl./min

mineral filler / glass fiber

Toray

darkened

Mitsubishi

Mitsubishi Gas Chemical

UTS

degradation

Mitsui Toa

Mitsui Toatsu Chemicals

Union Car

diameter dimension

gl.fib moder

mixed glass fiber moderate

temperature tensile strength terpolymer Ti02 / fluorocarbon Toray Industries ultimate tensile strength Union Carbide

misc

unknown filler

unsatisf

unsatisfactory

discolor

discoloration

mod

modified

var

variable

disint.

disintegrates

mol.

molecular

VA

vinyl alcohol

dissolv

dissolving

distort

distortion

Dow DuPont Can Eastman elev

Abbreviations

mol.wgt. mths

Dow Chem ical

Network Pol.

DuPont Canada

Nippon Goh

molecu lar weight months Network Polymers Nippon Gohsei

Eastman Performance Plastics

Novacor

Novacor Chem icals

elevated

Occiden

Occidental

wgt. w/ eel.fib yrs

weight with wood flour fiber years.

© Plastics Design Library

1091

Trade Name Index Aelar (Allied Sig.) CTFE

Cyeolae (GE) 186 - 195

Aerylite (Cyro) Acrylic Resin

68 - 105

493 - 557

383

650 - 651

68 - 105

Acrylic Resin

68 - 105

LDPE LLDPE

Dylark (Arco)

930 - 931

Expanded PE Beads ....... 650 - 651

Eeolan (Porvair)

Arpro (A reo)

Ektar FB (Eastman)

Polyaryl~ulfone

736 - 737

Aurum (Mitsui Toa.) Polyimide

474 - 482

474 - 482

Acrylonitrile Copolymer .... 106 - 110

913

349 - 379

827 - 829

385 - 406

301 - 322

424 - 451

LLDPE/EVA

TFE

PVDF

Polybenzimidazole .......... 483 - 485

Celeon (Hoechst Cel.)

HDPE MDPE

Crystalor (Phillips) Polymethylpentene ......... 605 - 613

Polypropylene

HDPE

493 - 557

Rigid PU

772 - 775

lupiaee (Mitsubishi) 240 - 259

lupital (Mitsubishi) Acetal Resin

31 - 48

Ixef (Solvay) 381 - 382

K Resin (Phillips) Styrene Butadiene Copolymer

825 - 826

Polyketone

486 - 492

Acrylic Resin

68 - 105

Polyimide

474 - 482

Kel·F (3M) 558 - 585

CTFE

186 - 195

Kevlar (DuPont) 196 - 200

Aromatic Polyamide

384

Kodapak (Eastman) 201 - 223

Polyester - PET

452 - 458

Kodar (Eastman) 493 - 557 586 - 597

Polyester - PCTG Polyester - PETG

418 - 420 421 - 423

Kydex (Kleerdex)

Forti lene (Solvay) 31 - 48

598 - 601

Kapton (DuPont) 844 - 874

Fortiflex (Solvay)

Celazole (Hoechst Cel.)

© Plastics Design Library

PVC

UHMWPE

Kamax (Rohm & Haas) 126 - 133

For~flon (Atochem)

Celanex (Hoechst Cel.)

Acetal Resin

EVOH

134 - 157

Kadel (Amoco) 906 - 907

Fluon (ICI)

Capron (Allied Sig.)

Polyester - PBT

ABS/Nylon Alloy

Flexomer (Union Car.)

Calibre (Dow)

Nylon 6

452 - 458

Fiberloe (BF Good.)

Cadon (Monsanto)

Polycarbonate

Polyester - PET

ECTFE

Polyarylamide 914 - 926

Eval (Eval)

Beetle (BI P)

SMA Copolymer

420 458 417 649

Elemid (GE)

Bayblend (Miles)

Nylon 66

-

Ektar PET (Eastman)

Barex (BP Chern.)

PC/ABS Alloy

PC/Polyester Alloy

Halar (Ausimont)

PPE 418 452 416 614

Ektar MB (Eastman)

Avimid K (DuPont) Polyimide

Polyester - PCTG Polyester - PET Polyester-PCT Polypropylene

240 - 259

Isoplast (Dow) 418 - 420 421 - 423

Expanded PP Beads ....... 650 - 651

Astrel (3M)

GTX (GE)

Hostalen HMW (Hoechst Cel.) 932

Ektar (Eastman) Polyester - PCTG Polyester - PETG

301 - 322

Hostalen GUR (Hoechst Cel.) 827 - 829

Starch Modified PU

Arpak (Arco)

279 - 297

Grilon (Emser)

PPE 558 - 585 558 - 585

844 - 874

Grilamid (Emser)

Nylon 6 912

49 - 67 911

Geon (BF Good.)

Nylon 12

PPElNylon Alloy

SMA Copolymer

Arloy (Arco) SMA/PC Alloy

31 - 48

Dowlex (Dow)

Aristeeh (Aristech) Acrylic Resin

Acetal Resin

ASA ASA/PVC Alloy

PVC

Dimension (Allied Sig.)

Areel (Arco) PE Copolymer

68 - 105

Diakon (ICI)

Amodel (Amoco) Polyphthalamide

Acrylic Resin

Delrin (DuPont)

Alathon (Occiden.) HDPE

1 - 30

Cyrolite (Cyro) 68 - 105

Aerysteel (Aristech) Acrylic Resin

Geloy (GE)

ABS

614 - 649

Fortron (Hoechst Cel.) Polyphenylene Sulfide..... 652 - 669

Acrylic/PVC Alloy

909 - 910

Kynar (Atochem) PVDF

201 - 223

Trade Name Index

1092 Trade Name Index Lenzing (Lenzing) Polyimide Lexan (GE) Polycarbonate

474 - 482

385 - 406

LLDPE MDPE

Plexiglas (Rohm & Haas) Acrylic Resin

Lubricomp (LNP) Polyphenylene SuUide .... 652 - 669

Pocan (Bayer) Polyester - PST

Luran (BASF) SAN Copolymer

Polyfine (Network Pol.) Polypropylene

Luran S (BASF) ASA Lustran (Monsanto) ASS SAN Copolymer Lustrex (Monsanto) General Purpose Polystyrene Impact Polystyrene Magnum (Dow) ASS Makroblend (Miles) PC/POlyester Alloy Makrolon (Miles) PC/Acrylic Alloy PC/LLDPE Alloy PC/SESS Alloy PC/SEP Alloy Polycarbonate Maranyl (LNP) Nylon 66 Marlex (Phillips) HDPE Polypropylene Mater-Bi (Novamont) Starch Modified Resin Minion (DUPont) Nylon 66 Mylar (DuPont) Polyester - PET NAS 10 (Novacor) Acrylic Resin NAS 30 (Novacor) Acrylic Resin

776 - 824

49 - 67

1 - 30 776 - 824

671 - 706 707 - 735

1 - 30

914 - 926

927 927 927 927 927

348 - 379

493 - 557 614 - 649

932

348 - 379

452 - 458

68 - 105

68 - 105

Noryl (GE) PPE

240 - 259

Nylon (Hoechst Cel.) Nylon 66

348 - 379

Petrothene (Quantum) HMW LDPE LDPE

558 - 585 558 - 585

Trade Name Index

558 - 585 558 - 585

68 - 105

424 - 451

614 - 649

Stanyl (DSM) Nylon 46

298 - 300

Styron (Dow) General Purpose Polystyrene Impact Polystyrene

671 - 706 707 - 735

Supec (GE) Polyphenylene Sulfide ..... 652 - 669 Surlyn (DUPont) lonomer

224 - 239

Technyl (Rhone Pou.) Nylon 66

348 • 379

908

Teflon FEP (DUPont) FEP

172 - 177

Prevex (GE) PPE

240 - 259

Teflon PFA (DuPont) PFA

178 - 185

Pro-Fax (Himont) Polypropylene

614 - 649

Teflon PTFE (Du Pont) TFE

196 - 200

Pulse (Dow) PC/ASS Alloy

913

Tefzel (DuPont) ETFE

158 - 171

TempRite (Geon Compsny) CPVC

830 - 843

Tenite (Eastman) LDPE Polya.llomer Polyester - PET Polypropylene

558 603 452 614

Polystyrol (SASF) General Purpose Polystyrene Impact Polystyrene Prevail (Dow) ASS/PU Alloy

Radel (Amoco) Polyarylsulfone Reny (Mitsubishi) Nylon MXD6

671 - 706 707 - 735

736 - 737

380

- 585 - 604 - 458 - 640

Rilsan B (Atochem) Nylon 11

270 - 278

Rulon (Furon) TFE

196 - 200

Tenite Acetate (Eastman) Cellulose Acetate

111 - 125

Rynite (DuPont) Polyester - PET

452 - 458

Tenite Butyrate (Eastman) Cellulose Acetate Butyrate

111 - 125

Ryton (Phillips) Polyphenylene Sulfide..... 652 - 669 Ryton S (Phillips) Polyphenylene Sulfide Sulfone .670 Sabre (Dow) PC/POlyester Alloy .......... 914 - 926 Saran (Dow) PVDC

875 - 905

Sclair (DuPont Can.) HDPE LDPE MDPE

493 - 557 558 - 585 586 - 597

Selar RB (DuPont) Polyolefin/Nylon Alloy Soarnol (Nippon Goh.) EVOH SP (Chevron) EMAC

928

126 - 133

Tenite Propionate (Eastman) Cellulose Propionate ........ 111 - 125 Thermocomp (LNP) Aceta.l Resin Polyester - PBT Polyetherimide

31 - 49 424 - 451 463 • 473

Torlon (Amoco) Polyamideimide

459 - 462

Toyolac (Toray) ABS

1 - 30

Toyolac Parel (Toray) ABS

1 - 30

TPX (MitSUi) Polymethylpentene .......... 605 - 613 Trogamid T (Huls) Amorphous Nylon

260 - 269

298 - 300

© Plas tics Design Library

1093

Trade Name Index Tyril (Dow) SAN Copolymer

Zylar 90 (Novacor) 776 - 824

Tyvek (DuPont) HOPE

68 - 105

Zytel (Du Pont) 493 - 557

Udel (Amoco) Polysulfone

Acrylic Resin

Nylon 612 Nylon 66

334 - 347 348 - 379

757 - 771

Ultem (GE) Polyetherimide

463 - 473

Ultradur (BASF) Polyester - PBT

424 - 451

Ultraform (BASF) Acetal Resin

31 - 48

Ultramid (BASF) Nylon 6 Nylon 610 Nylon 66

301 - 322 323 - 333 348 - 379

Ultramid B (BASF) Nylon 6

301 - 322

Ultramid S (BASF) Nylon 610

323 - 333

Ultrason E (BASF) PES

738 - 756

Ultrason S (BASF) Polysulfone

757 - 771

Valox (GE) Polyester - PBT

424 - 451

Vectra (Hoechst Cel.) Liquid Crystal Polymer .... 407 - 415 Verton (LNP) Nylon 66 Polyphenylene Sulfide

348 - 379 652 - 669

Vespel (Ou Pont) Polyimide

474 - 482

Vestamid (Huls) Nylon 12 Nylon 612

279 - 297 334 - 347

Vestodur (Huls) Polyester - PBT

424 - 451

Victrex (LN P) PEEK PEK PES

486 - 492 486 - 492 738 - 757

Xenoy (GE) PC/Polyester Alloy

914 - 926

XT (Cyro) Acrylic Resin

68 - 105

Xydar (Amoco) Liquid Crystal Polymer .... 407 - 415

© Plastics Design Library

Trade Name Index

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