February 2011 • Volume 18, Issue 2 • www.adhesivesmag.com
Green
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❯ Polyether-Based Formulations
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INNOVATION = VALUE COATINGS: Go ‘green’ with innovative binder and additive technologies.
ADHESIVES & SEALANTS:
Conserve energy in production and product use.
ELASTOMERS:
Formulate with alternative raw materials, and do it competitively.
YOUR CUSTOMERS DEMAND ENVIRONMENTALLY-FRIENDLY PRODUCTS. LET UNIVAR SHOW YOU HOW YOU CAN GO GREEN. Univar supplies the CASE industry with much more than a comprehensive line of sustainable ingredients — we can provide you with an innovative approach to your green formulation challenges, offering you technical expertise from concept to production. Consider Univar your partner in sustainable product development. We connect you to the latest materials and technologies, and help you bring environmentally-friendly products to market. Innovation, sustainability, expertise — it all adds up to value.
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IN THIS ISSUE ADHESIVES & SEALANTS INDUSTRY, VOLUME 18, NUMBER 2
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DEPARTMENTS
Q&A ABOUT POLYURETHANE Scientists from the Business Development Group of Bayer MaterialScience LLC answer readers’ questions.
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Editor’s Memo
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Company News
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People
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Calendar
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Advancing Adhesives: Franklin Adhesives & Polymers
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Advancing Adhesives: Troy Corp.
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Focus On: The Dow Chemical Co.
More U.S. building contractors are switching to polyether-based sealants and adhesives for performance, safety, and low VOCs.
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What’s New
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Product and Literature Showcase
POLLUTION PREVENTION
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Services Marketplace
An innovative hard surface composite paving system uses post-consumer recycled glass.
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Classifieds
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Ask Dr. Dave
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Ad Index
INITIATIVE SUPPORTS DIVERSITY, DRIVES EFFICIENCY Kraft Foods will request both up- and down-stream vendors to attain sustainable social, economic, and environmental objectives.
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TURBOCHARGING GREEN INTO PACKAGING ADHESIVES A new technology in packaging adhesives reduces overall consumption and improves efficiency.
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30 35 37
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A NEW BUILDING STANDARD
GREEN IT LIKE YOU MEAN IT By following the examples set by others, companies can implement their own green initiatives.
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RENEWABLE ENERGY SNAPSHOT The global wind and solar energy markets are both expected to expand. February 2011 • Volume 18, Issue 2 • www.adhesivesmag.com
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GREEN MATERIAL PROFILES
Green
The Green Material Profiles includes green raw materials and formulated adhesives and sealants.
Chemistry & Formulation
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Cover.indd 1
1/11/11 10:03 AM
ON THE COVER: Cover design by Lindsay Leusby.
FOR SUBSCRIPTION INFORMATION OR QUESTIONS, CONTACT: Customer Service: (847) 763-9534 ADHESIVES & SEALANTS INDUSTRY (ISSN 1070-9592) is published 12 times annually, monthly, by BNP Media, 2401 W. Big Beaver Rd., Suite 700, Troy, MI 48084-3333. Telephone: (248) 362-3700, Fax: (248) 362-0317. No charge for subscriptions to qualified individuals. Annual rate for subscriptions to nonqualified individuals in the U.S.A.: $178.00 USD. Annual rate for subscriptions to nonqualified individuals in Canada: $216.00 USD (includes GST & postage); all other countries: $228.00 (Int’l mail) payable in U.S. funds. Printed in the U.S.A. Copyright 2011, by BNP Media. All rights reserved. The contents of this publication may not be reproduced in whole or in part without the consent of the publisher. The publisher is not responsible for product claims and representations. Periodicals Postage Paid at Troy, MI and at additional mailing offices. POSTMASTER: Send address changes to: ADHESIVES & SEALANTS INDUSTRY, P.O. Box 2148, Skokie, IL 60076. Canada Post: Publications Mail Agreement #40612608. GST account: 131263923. Send returns (Canada) to Pitney Bowes, P.O. Box 25542, London, ON, N6C 6B2. Change of address: Send old address label along with new address to ADHESIVES & SEALANTS INDUSTRY, P.O. Box 2148, Skokie, IL 60076. For single copies or back issues: contact Ann Kalb at (248) 244-6499 or
[email protected].
February 2011
Adhesives & Sealants Industry
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®
EDITOR'S MEMO
GREEN FROM THE GROUND UP
www.adhesivesmag.com 6075 B Glick Rd., Powell, OH 43065 • 614-789-1880
PUBLISHING STAFF John Schrei, Publishing Director — 248-786-1637,
[email protected]
Someone joked with me recently that it’s difficult to concentrate on green when there’s so much white outside. I’m located in Ohio, and my daughter’s school used up all of its snow days before Christmas—yet the flaky stuff just keeps coming down, and I know that other regions have been hit even harder. Luckily, green development programs and other sustainability-related efforts aren’t actually restricted by the weather! In fact, I feel privileged to be working with an industry that is actively involved in making the environment safer for future generations. Green chemicals and formulations provide the foundation that helps ensure that our products adhere to increasingly strict regulations while meeting sustainability goals and providing additional benefits to boot. For example, a new additive provides optimum performance characteristics while being volatile organic compound (VOC)-, hazardous air pollutant (HAP)- and alkyl phenol ethoxylate (APE)-free. Learn more in “A Green Substrate Wetting Alternative” on pp. 17-19. Polyether-based sealants and adhesives are becoming increasingly popular with architects and contractors due to their low VOC content. These no-solvent products eliminate shrinkage while helping building projects meet various regulations. Additional details are available in “A New Building Standard,” pp. 28-29. In this issue, we also spotlight programs and applications that help the environment. For example, Kraft Foods’ new agreement with Henkel and Adhesives Systems Inc. is expected to result in multiple social, economic, and environmental benefits. Read “Initiative Supports Diversity, Drives Efficiency” on pp. 21-24 to find out more. And “Pollution Prevention” (pp. 30-34) details a new hard surface composite paving system that uses post-consumer recycled glass to address the multiple environmental problems that can be caused by stormwater runoff. We’re always interested in hearing about your green developments. Please feel free to contact me at (330) 336-4098 or
[email protected] to share your story.
Tom Esposito, Senior Group Publisher — 610-436-4220,
[email protected] Amy Vallance, Publisher — 281-550-5855,
[email protected] Susan Sutton, Editor-in-Chief, Integrated Media — 330-336-4098,
[email protected] Teresa McPherson, Managing Editor — 734-332-0541,
[email protected] Kelsey Seidler, Associate Editor — 614-789-1881,
[email protected] Lindsay Leusby, Art Director — 248-244-1735,
[email protected] Karen Talan, Production Manager — 248-244-6246,
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SALES STAFF Amy Vallance, Sales Representative, U.S., Canada, and Latin America 281-550-5855,
[email protected] Patrick Connolly, Sales Representative, Europe Patco Media-London, 99 Kings Road, Westcliff on Sea, Essex SSO 8PH, England 44-1702-477341, FAX 44-1702-477559 Peg Van Winkle, Inside Sales 614-760-4222,
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CONTRIBUTING EDITORS Dave Dunn, bms North America Dan Murad, The ChemQuest Group Inc. David P. Nick, DPNA International Inc.
EDITORIAL ADVISORY BOARD Steven Gailbreath, Arizona Chemical Richard P. Muny, Chemsultants International Network Larry Owen, Franklin International Lex Reynolds, Reynolds Glue Deborah Chrzanowski, Intertape Polymer Group and
Susan Sutton is Editor-in-Chief, Integrated Media for Adhesives & Sealants Industry and Ceramic Industry magazines. If you wish to send a letter to the editor, please e-mail
[email protected]. Letters must include the sender’s address, phone number and e-mail address, when possible. Letters may be edited for space and clarity.
PSTC Technical Steering Committee Chair
AUDIENCE DEVELOPMENT Jill Buchowski, Audience Development Manager Kelly Carlson, Multimedia Specialist Carolyn M. Alexander, Audience Audit Coordinator
THIS MONTH ON www.adhesivesmag.com... Online Exclusive: Green Manufacturing Expo We take an inside look at the upcoming Green Manufacturing Expo in Anaheim, CA. Green Opportunities Our new e-newsletter, Green Opportunities, provides a roundup of the latest news and issues in sustainability, renewable energy, and all things green. Visit our website to subscribe today! Digital Edition ASI’s digital editions are easy to read, search and download. This month’s edition is sponsored by Mettler-Toledo Inc.
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CORPORATE DIRECTORS Publishing: Timothy A. Fausch
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February 2011
2011 SPRING CONVENTION & EXPO APRIL 17-19 | TAMPA MARRIOTT WATERSIDE HOTEL & MARINA | TAMPA, FLORIDA
Featuring These Dynamic Keynote Speakers:
DR. KEN MAYLAND President, ClearView Economics, LLC As the recovery approaches its second birthday (June 2011), economic growth can at best be described as tepid. What headwinds have slowed the bounce back of business, and will they lighten up in the future, allowing for a more vigorous expansion? Will last year’s new stimulus package be offset and negated by spending cuts? How will all this shake out for production (by industry), pricing and foreign trade? All good questions— but you must attend to hear the answers!
MAURY ZIMRING Manager, Corporate Responsibility and Sustainability, Coca-Cola Refreshments Coca-Cola has been a leader in the environmental sustainability space, focusing on carbon reductions, water stewardship and sustainable packaging. The program will review the environmental sustainability agenda Coca-Cola has been pursuing in North America. It will highlight the work to-date, case studies of new technologies and processes and plans for the future.
DR. DAVID CROWE Chief Economist, National Association of Home Builders Hear what NAHB’s chief economist and forecaster thinks about the outlook for the housing industry, one of the largest market segments ASC members sell into. This session will drill down into this critical sector and complement the macroeconomic overview presented in Monday’s keynote session.
TIMELY EDUCATIONAL SESSIONS WILL ADDRESS THESE KEY INDUSTRY TOPICS: • • • • •
Feedstock Trends and Raw Materials Advancements in Formulation Research & Testing Small Business Issues Adhesives & Sealants in a Global Marketplace
• Wind Energy • Examination of Industry Market Segments, including • Transportation • Paper Board & Related Products • Building & Construction
THE SPRING CONVENTION PRELIMINARY PROGRAM IS AVAILABLE ONLINE NOW! VISIT WWW.ASCOUNCIL.ORG TO VIEW THE PROGRAM AND REGISTER. Another signature industry event brought to you by:
News for the Industry February 2011 ADDITIVES 101 WEBINAR SERIES BEGINS FEBRUARY 16 On February 16, 23 and March 9, ASC is offering a three-part webinar series entitled “Additives & Formulating 101.” ASC has assembled a panel of additives experts to provide a thorough review of the raw materials that go into today’s additives. However, this is more than just a condensed version of the technical short course. An exciting new segment has been added to enhance the practical application. The last session will explore the basics of formulating and how to design an effective and efficient experiment protocol. Learn more and register at www.ascouncil.org.
ASC LAUNCHES NEW MEMBER DIRECTORY ON ADHESIVES.ORG To better connect the design-engineering community with ASC member companies, an improved, interactive member directory was launched in January. The new, consolidated directory is a significant enhancement over the previous manufacturer and supplier directories, and now includes all categories of ASC members. The designengineering community will benefit from user-friendly site navigation, based on market segments and product types, as well as a new search function. ASC member companies benefit from more exposure to end users looking for adhesive and sealant solutions. Visit Adhesives.org today to explore the new ASC member directory.
DISCOVER HOT MELTS IN ASC’S SHORT COURSE Hot-melt adhesives are often unique formulations created to meet specific customer needs with respect to handling, performance and application methods. As a result, many options and variations exist. ASC’s Hot Melts Short Course provides an in depth examination of these adhesives, making it an essential tool for chemists, engineers and other technical personnel as well as sales and marketing professionals who want to better answer customer questions and offer custom-tailored solutions. The Hot Melts Short Course will be co-located at the ASC 2011 Spring Convention & EXPO in Tampa on April 17 and 18. Complete details and registration information can be found on ASC’s website.
BACK BY POPULAR DEMAND: ADHESIVES 101 RETURNS MAY 11 To help nontechnical individuals build a good foundation of adhesive knowledge, The ChemQuest Group and ASC are once again offering the Adhesives 101 webinar series. Based on the North American Adhesive Bonding Professional Training Course, this three-part webinar will be held on May 11, 18 and 25. The course will cover adhesive markets, the science of adhesion, surface treatment, structural and nonstructural adhesives and proper joint design. Participants will better understand the science behind different adhesive technologies and the benefits adhesives bring to specific applications. Learn how to maximize the many advantages adhesives offer by attending the 2011 Adhesives 101 course.
SCALED BACK CALIFORNIA GREEN CHEMISTRY INITIATIVE GOES INTO EFFECT With the passage of the January 1 deadline, it appears that the California Green Chemistry Initiative (GCI) has gone into effect under a significantly narrowed scope from its original proposal, which is good news for the adhesive and sealant industry. The California Department of Toxic Substances’ (DTSC) final proposal (November 2010) aided adhesive and sealant manufacturers by narrowing the definition of a consumer product. For the next five years, DTSC will focus on personal care and cleaning products as well as products used by children under the age of 12. However, after January 1, 2016, there will be no limitation or specification of the type of product that could be identified as a priority product. Other areas of revision included a more limited definition for de minimis, with the recognition that 0.1% is an appropriate and necessary default value. In effect, this eliminated nano materials from consideration under the rule. For the latest regulatory information, visit the “Government Relations” area of the ASC website.
JOIN ASC IN CHICAGO TO DEFINE “GREEN” Sustainability is a continually-emerging trend in the adhesive and sealant industry. On this important issue, ASC stands ready to guide and support the industry it serves, but it will take the collective efforts of many individuals to come together to fully define what green means for the entire adhesive and sealant supply chain. To facilitate the exchange of information on this topic, ASC will be hosting a Sustainability Summit on July 26 and 27 at the Hyatt Regency O’Hare in Rosemont, IL. This event will convene industry stakeholders to discuss sustainability trends and open a dialogue about “What defines green?” in order to begin to establish metrics. It will take an industrywide effort to find answers to that question and position the industry for future growth, so mark your calendars to attend the inaugural Sustainability Summit. Visit www.ascouncil.org in the coming months for updates.
ABOUT ASC The Adhesive and Sealant Council (ASC) is a North American trade association dedicated to representing the adhesive and sealant industry. The Council is comprised of 114 adhesive and sealant manufacturers, raw material and equipment suppliers, distributors and industry consultants, representing more than 75% of the U.S. industry with operations around the world. Offering education, legislative advocacy, professional networking and business growth solutions for its members, the ASC is the center of knowledge and catalyst for industry growth on a global basis for manufacturers, suppliers and end-users. For more information about ASC, visit www.ascouncil.org.
THE ADHESIVE AND SEALANT COUNCIL, INC. 7101 Wisconsin Avenue, Suite 990 • Bethesda, MD 20814 • T (301) 986-9700 • F (301) 986-9795 www.ascouncil.org • www.adhesives.org
COMPANY NEWS ACQUISITIONS ACCUMETRIC LLC has acquired POL LUX LABS INC., Hobe Sound, FL, a manufacturer and packager of cyanoacrylate and anaerobic adhesives and sealants. The acquisition expands Accumetric’s manufacturing and packaging capabilities in the U.S. and worldwide, as well as its distribution and presence throughout Latin America, the Caribbean, and the southeastern U.S. Pol Lux will remain in Hobe Sound and operate as the Pol Lux Division of Accumetric LLC. Ron Costello has been named general manager of the division. Visit www.accumetricinc.com for more information. ADCO GLOBAL , through its Michiganbased operating subsidiary ADCO Products, has acquired ETERNABOND ®, Mundelein, IL. EternaBond offers highperformance sealants and tapes for OEM and repair applications. “The acquisition of EternaBond strengthens ADCO Global’s leadership in adhesive, tape and sealant systems in the global roofing, transportation, and construction markets,” said John Knox, president and CEO of ADCO Global. “EternaBond is a well-established and respected brand with exceptionally strong customer loyalty and preference. EternaBond’s rapid growth and adoption in markets currently served by ADCO Global present a unique opportunity to expand our offering of advanced product and application solutions to customers.” For additional details, visit www.adco global.com or www.EternaBond.com. ARKEMA has announced plans to acquire the Coatings Resins (Cray Valley and Cook Composite Polymers) and Photocure Resins (Sartomer) businesses of TOTAL’S Specialty Chemicals activities for a @550 million (~ $767 million) enterprise value. In line with its strategy to bolster its specialty product activities, the project would establish Arkema as a leader in the global coatings resins market. In addition, it would further increase the downstream integration of its acrylics chain while offering the potential for growth and synergies. Businesses involved in the transaction include the coatings resins (paint, adhesives, etc.) of Cray Valley, which operates February 2011
ANNOUNCEMENT HENKEL’S TOLENO ELECTED TO SMTA BOARD OF DIRECTORS Electronics industry members have nominated and elected Brian Toleno, Ph.D., of Henkel to the Surface Mount Technology Association’s (SMTA) Board of Directors. Toleno’s term will span three years, during which time he will serve on the association’s planning and globalization committee. “Even though Brian has just now been elected to our Board of Directors, his work with and support of the SMTA for well over a decade has been invaluable,” said JoAnn Stromberg, executive administrator, SMTA. “I’m delighted that his peers have now officially elected him to serve on our board and I’m personally looking forward to working with him.” “To be nominated and then elected to the SMTA Board by your peers is a humbling and very gratifying experience,” Toleno said. “I have seen the excellent work the SMTA has done to promote education, foster industry communities and further the advance of the electronics assembly industry. I’m honored to be part of the Board of Directors and to be working with the other board members to help extend the SMTA’s successful endeavors.” For further information, visit www.henkelna.com or www.smta.org.
in Europe, Asia and South Africa; U.S.based Cook Composite Polymers; and the photocure resins of Sartomer, which operates in Europe, the U.S. and Asia). With this expanded range of products, Arkema would be in a position to serve its customers throughout the world as a leading material supplier to the coatings market. In addition, by acquiring Sartomer, Arkema would become a leader in photocure resins. For more information, visit www. arkema.com or www.total.com. A R S E N A L C A P I TA L PA R T N E R S h a s announced its acquisition of PARA-CHEM SOUTHERN , a leading provider of specialty adhesives, coatings and polymers. Concurrent with the transaction, ParaChem will be merged with Arsenal’s platform investment, Royal Adhesives and Sealants LLC, which was recently announced. “Para-Chem has a long history of innovation providing great solutions and service to its diverse customers,” said John Televantos, partner, Arsenal Capital. “The acquisition of Para-Chem and merger with Royal represents an important milestone in our strategy to further build a leading adhesives, sealants, and coatings business offering customized and proprietary solutions.” “The acquisition of Para-Chem strengthens Royal’s technical expertise and approach of providing customers with specialty formulated products,” said Ted Clark, CEO of Royal Adhesives and Sealants. “Royal’s experienced management team will partner with Para-Chem to accelerate global growth and expand the platform into new technologies and geog-
raphies. We are excited about Arsenal’s backing and are confident that their experienced team will serve as exceptional partners to Royal.” “We are delighted to become an integral part of Royal Adhesives and Sealants,” said Bill Ward, CEO, Para-Chem, and president, Royal. “Para-Chem’s technical capabilities will enhance Royal’s customized product offerings and together, we believe this positions the newly combined company to better address customer demands for flexible, high performance and quality products.” Visit www.arsenalcapital.com, www. parachem.com or www.royaladhesives.com for additional details. EMERALD PERFORMANCE MATERIALS LLC has acquired the business and assets of DSM SPECIAL PRODUCTS BV (DSP), a European manufacturer of benzoic acid, sodium benzoate, benzaldehyde and benzyl alcohol. As part of the acquisition agreement, DSP will become a part of the Emerald Kalama Chemical business unit, which manufactures and markets products and technologies targeted to food and beverage, consumer, and industrial applications. DSP is known for its toluene oxidation technology, as well as benzyl alcohol and benzaldehyde. These materials function as high-purity preservatives, antimicrobials, flavor, and fragrance ingredients for household products, coatings, agrochemical, and more. “The acquisition of DSP is yet another strong sign of Emerald Kalama Chemical’s commitment to operate as a world-class organization focused on toluene oxidation chemistry in support of our customers worldwide,” said Edward T. Gotch, Adhesives & Sealants Industry
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COMPANY NEWS president, Emerald Kalama Chemical. “The DSP acquisition provides Emerald with a significant manufacturing presence in Europe and a great base from which to serve Emerald’s existing business in Europe, as well as support our growth in that region. We are very enthusiastic about this acquisition, as we feel that DSP’s technologies, expertise and reputation in the market closely parallel those of Emerald Kalama Chemical and our company as a whole.” For more information, visit www.emerald materials.com or www.dsm.com/en_US/ html/dsp/homepage.htm. LANXESS and Dutch company ROYAL DSM N.V. have reached an agreement in principle involving the sale of DSM Elastomers to LANXESS for @310 million (~ $432 million) on a cash and debt-free basis. DSM Elastomers produces the synthetic rubber ethylene propylene diene monomer (EPDM) under the brand name Keltan. The transaction contracts will be finalized after a consultation process with the employees’ representatives of DSM in the Netherlands has been completed. The transaction is subject to approval from antitrust authorities. Closing is expected early this year. “We look forward to welcoming DSM’s professional EPDM team, as well as its impressive assets to our core synthetic rubber activities,” said Axel C. Heitmann, CEO of LANXESS. “The transaction will also be an important step toward our goal of achieving roughly @1.4 billion (~ $1 billion) EBITDA pre-exceptionals in 2015.” “The sale of DSM Elastomers completes our Vision 2010 strategy to become a focused life sciences and materials sciences company,” said Feike Sijbesma, CEO/ chairman, DSM Managing Board. For additional details, visit www. lanxess.com or www.dsm.com. MOMENTIVE SPECIALTY CHEMICALS INC. has signed a definitive agreement to sell its global Ink & Adhesive Resins (IAR) business to HARIMA CHEMICALS INC., a producer of pine-based products. The transaction is subject to customary conditions, including governmental reviews. Closing is anticipated to occur in the first quarter of this year. With 2009 annual revenues of $278 million, IAR is a leading supplier of resins and additives to the graphics arts, adhesives, aroma chemical, synthetic rubber, and spe10
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ANNOUNCEMENT SOCMA ANNOUNCES BOARD APPOINTMENTS The Society of Chemical Manufacturers and Affiliates (SOCMA) announced that Larry Brotherton, Ph.D., president and CEO of Ortec Inc., was re-elected as chairman of SOCMA’s Board of Governors during the association’s 89th annual membership meeting in December. Brotherton was first appointed chairman in December 2009. “I welcome the opportunity to again serve SOCMA as board chairman and continue the important work of creating greater value for our members by strengthening existing programs and developing new services,” said Brotherton. SOCMA members also re-elected the following slate of officers to the Board of Governors for one-year terms: • Vice chairman: Nicholas Shackley, BASF Corp. • Vice chairman: David Hurder, McGean Inc. • Treasurer: David DeCuir, Albemarle Corp. • Secretary: Steel Hutchinson, GFS Chemicals Inc. • Immediate past chair: Charles Hinnant, Optima Chemical Group LLC In addition, the following SOCMA members were elected to serve one- to three-year terms: • Walter Adams, Baker Hughes, Inc. • Charles Bennett, Dixie Chemical Co. Inc. • Brian Denison, Emerald Performance Materials LLC • Charles Gavin, MFG Chemical Inc. • Charles Hinton, Ethox Chemicals LLC • Aslam Malik, AMPAC Fine Chemicals • Graham Merfield, Rhodia Inc./Novecare • Stephen Munk, Ash Stevens Inc. For additional details, visit www.socma.com.
cialty coating industries. Harima will purchase the complete business, including 11 manufacturing facilities on five continents and the IAR global product portfolio. It is anticipated that the IAR management team and approximately 650 global associates will join Harima at closing. “This business, much of which is based on pine chemicals technology, is a great fit with our existing company and will further extend our global presence in this sector,” said Yoshihiro Hasegawa, president of Harima. “This investment highlights our continuing focus on environmentally suitable technologies and products.” For additional details, visit www. momentive.com or www.harima.co.jp/en/ index.html. OMNOVA SOLUTIONS has completed its acquisition of specialty chemicals manufacturer ELIOKEM INTERNATIONAL from AXA Private Equity. OMNOVA paid @ 227.5 million (~ $302 million) for ELIOKEM before subtracting ELIOKEM’s net debt and subject to working capital and capital expenditure adjustments. “This combination creates a significantly enhanced, more diversified Performance Chemicals business that is well-positioned to serve customers on a global basis,” said Kevin McMullen, chairman and CEO of OMNOVA. “It contributes to all three
of our company’s strategic objectives by providing entry into several new higher growth markets, expanding our portfolio of value-added technology solutions, and significantly broadening our global manufacturing footprint. Additionally, synergies are expected to provide savings in manufacturing, logistics, purchasing and SG&A by leveraging the resources of an integrated global team.” While 75% of ELIOKEM’s sales are in product markets that OMNOVA has not previously served, ELIOKEM’s business model is similar to OMNOVA’s. Focusing on the same basic emulsion polymerization process, the acquisition adds a number of new acrylic, styrene butadiene and nitrile chemistries and applications, as well as complementary products for oil field and specialty latex applications. For more information, visit www. omnova.com or www.eliokem.com.
COMPANY NEWS BASF SE, Ludwigshafen, Germany, and INEOS INDUSTRIES HOLDINGS LTD. , Lyndhurst, UK, have announced their intention to combine their global business activities in styrene monomers (SM), polystyrene (PS), acrylonitrile butadiene styrene (ABS), styrene-butadiene block copolymers (SBC), and other styrene-based copolymers (SAN, February 2011
AMSAN, ASA, MABS), as well as copolymer blends into a new joint venture called Styrolution. A letter of intent was signed by the two companies on November 29, 2010. The establishment of the joint venture is subject to approval by the appropriate antitrust authorities. Expandable polystyrene is not part of the transaction; BASF and INEOS will retain their expandable polystyrene businesses. The SM/PS capacities in Ludwigshafen used to produce foam will also remain with BASF, as well as the SM/ PS business of BASF-YPC Co. Ltd. in Nanjing, China. Styrolution will have a global presence and will offer benefits to its customers in the styrenics industry through enhanced efficiency, reduced costs, and excellent service. For further details, visit www.basf.com or www.ineos.com. BAYER recently announced plans to significantly expand its capacities for the production of high-grade materials in China by 2016, with investments of approximately @ 1 billion (~ $1,395 billion) planned at its Shanghai site.
Capacities for the polyurethane raw material MDI are planned to be more than doubled to 1 million metric tons a year and for high-performance polycarbonate to 500,000 t/y. In addition, the company intends to significantly strengthen its research and development activities there. Moreover, the headquarters of the Polycarbonates Business Unit will be relocated from the main Leverkusen site to Shanghai, thus allowing greater proximity to the booming polycarbonates market in Asia. “The expansion of our capacities in China is an important step in strengthening our presence in the emerging economies,” said Marijn Dekkers, Ph.D., Management Board chairman. “We want to increase group sales in greater China to around @5 billion (~ $6.9 billion) by 2015. MaterialScience is expected to contribute at least half of this amount.” For additional details, visit www.bayer. com. THE DOW CHEMICAL CO. has increased its monopropylene glycol (MPG) capacity by 15%, an additional 35 kilotons per year (KTA), in the Stade, Germany, plant
after completion of an advanced energy improvement and technology optimization project. “The investment in our Stade Propylene Glycol (PG) unit exemplifies Dow’s commitment to innovative technology and continued growth in reliable, high-quality PG manufacturing to help meet our customers’ evolving needs,” said John Smith, Propylene Oxide/Propylene Glycols global business director. “This capacity provides Dow with greater flexibility and reliability in meeting the demand growth of our strategic customers in Europe and across the globe.” The Stade expansion was completed in August 2010 during planned maintenance and raises the plant’s propylene glycol nameplate capacity to approximately 270 KTA. For more information, visit www.dow. com. DOW BRAZIL has announced plans for a new Technology and Market Development Center for Polyurethanes and Formulated Systems in the city of Jundiaí, near São Paulo. With investments of $2 million and the official open-
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COMPANY NEWS ing scheduled for January 2011, the lab extends over a 1,200 m2 area and will provide a number of services, including chemical and physical chemical analyses, equipment to simulate production of PU applications, characterization of physical properties, and sample preparation for customers. “The new technology center will be focused on the development of customized polyurethane solutions and formulations for our customers,” said Marco Fay, director of Formulated Systems, Dow Brazil. “In addition to state-of-the-art machinery, the center will count on a technical team of skilled professionals engaged in market and technological trends. It is important to highlight that the center will be able to simulate the production of foams, a process to be followed up by Dow’s customers with a view to expediting the development of new solutions.” Visit www.dowpolyurethanes.com for further details. DOW ELECTRONIC MATERIALS , a business unit of The Dow Chemical Co., has broken ground on its new eastern China manufacturing facility. The new facility is located at the company’s Zhangjiagang site in JiangSu province, approximately 98 km from Shanghai. It will meet the growing demand for materials for printed circuit board (PCB), electronic and industrial finishing, and photovoltaic (PV) markets in Asia. Startup is planned for late 2011. For additional details, visit www.dow.com. EVONIK INDUSTRIES has announced plans to construct a new production plant for isophorone and isophorone diamine. A suitable site is being sought, and production is scheduled to start in 2013.
“Isophorone chemistry is a core business for Evonik,” said Klaus Engel, chairman of the Executive Board. “The market for isophorone and its derivatives is growing steadily and proved to be robust even during the economic crisis. That’s why we want to sustainably strengthen our market and technological leadership by capacity expansion.” For further information, visit www.evonik.com. RESINALL CORP. recently announced its plans to construct a hydrogenated hydrocarbon resin unit at its Hattiesburg, MS, manufacturing site. The new unit will produce low-molecular-weight thermoplastic resins that offer elastomer and plastic compatibility. The facility will use a modular design to facilitate increases in capacity and keep pace with market growth and product demand. Phase I is targeted for completion and startup in 2012, and will be capable of producing multiple resin grades. Products will be available in both solid and molten form. For additional details, visit www.resinall.com. TESA TAPE INC. has been named as an “official supplier” to the U.S. Bobsled/Skeleton Federation Team. The agreement, which was finalized by both parties in late 2010, names the company as the sole adhesive tape provider to the team. tesa tape will provide the team with specialized adhesive tapes to optimize the team’s equipment. According to Tuffy Latour, U.S. skeleton head coach, “tesa tape is an integral part of our sleds, as it holds the padding to the pod of the sled and helps the aerodynamic flow around the sled. Our athletes also use tesa tape on helmets and any open areas to cut down on aerodynamic drag, which can help us gain valuable hundredths of a second to get onto the podium. The adhesion of this tape is second to none and is the world leader in adhesive tapes.” For further information, visit www.tesatape.com. UNIVAR has announced plans for a European coatings laboratory, to be established by upgrading and extending the services, scope and reach of the company’s existing UK facility in Middlesbrough. In the new laboratory, technicians will create product concept samples for customers throughout Europe, the Middle East and Africa (EMEA), with ingredients from the company’s coatings product portfolio. Technicians will also evaluate raw materials, test specific coating-related problems and enable customers to see products in their finished state ahead of full production. These services will significantly cut testing and product development time for customers and enable them to develop the optimal product mix, saving time and money. Visit www.univar.com for more information.
PEOPLE Nordson ASYMTEK announced that STEVEN J. ADAMSON, marketing specialist, has received the International Microelectronics and Packaging Society’s (IMAPS) 2010 President’s Award. The award is given for dedicated efforts in ensuring a successful reorganization of the IMAPS Microelectronics Foundation and increasing its financial resources. “Steve has a passion for the society, for the success of the society and for the proliferation of the society (IMAPS),” said Howard Imhof, Advanced Coatings Division manager, Metalor Technologies USA, and 2010 IMAPS president. “Following a recently completed three-year sequential term as president elect, president, and first past 12
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February 2011
president—each with separate but significant responsibilities to a 4,000+ international membership—Steve volunteered to chair the IMAPS Educational Foundation in 2010, which raises and distributes funds for university/college students to pursue microelectronic packaging and interconnect education and careers.” Chemsultants International has promoted BERRY DECKER, PH.D., to Technical Project manager and CHERYL SAQQA to Testing Project leader. Decker began her career at Chemsultants in 2007 in the area of fuel cell membrane development. She has also made significant contributions to projects in medical and industrial product applications, from the idea stage to full commercialization. In her new role, Decker will work with and lead other Chemsultants development staff to manage all product development projects. Saqqa joined Chemsultants in 1991 as a laboratory technician. She has worked on product testing projects, including custom test method development, and collaborated on product development projects, contract manufacturing QA, and the transition of
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new products from the Chemsultants lab through pilot scale-up to manufacturing. In her new role, Saqqa will be responsible for planning, resource allocation and completion of testing projects, as well as testing support for new product development projects. The Pressure Sensitive Tape Council (PSTC) h a s n a m e d PAT R I C K DECONINCK as its new president. Deconinck was elected during PSTC’s DECONINCK annual fall meeting in Fijardo, Puerto Rico. Deconinck is vice president and general manager of the Industrial Adhesives and Tapes Division for 3M, and has served on the PSTC Board of Directors since 2006. In addition, he helped champion PSTC’s marketing mission to help “Grow the PSA Tape Industry.” Henkel Corp. has named JOSEPH D. DEBIASE senior vice president of its North American General Industry business. Based at the company’s Rocky Hill, CT, headquarters, DeBiase will lead the U.S. and Canada business, which provides
adhesives, sealants, lubricants, coatings, dispensing and curing equipment, and metal pretreatments to a variety of industrial markets. DeBiase previously served as senior vice president of Global Sales for Henkel’s Electronics business. He joined the company in 1999 in the Emerson & Cuming division of National Starch, which was acquired by Henkel in 2008. Before coming to Henkel, DeBiase held engineering, marketing and sales roles at EnthoneOMI; United Technologies Corp.–Norden Systems; and Raytheon.
Interested in Green News? Visit www. adhesivesmag.com to subscribe to ASI’s new Green Opportunities e-newsletter!
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COMPANY NEWS CALENDAR FEBRUARY
MARCH
7-10 Medical Design & Manufacturing (MD&M) West; Anaheim, CA; www.canontradeshows.com
7-10 InformEx 2011; Charlotte Convention Center; Charlotte, NC; www.informex.com
8-11 Green Manufacturing Expo; Anaheim, CA; www. canontradeshows.com/expo/gmx11/ana_event. html
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13-16 Adhesion Society Meeting & Expo 2011; Savannah, GA; www.adhesionsociety.org/Meeting/ meeting.htm
RadTech uv.eb West; Santa Clara, CA; www.radtech.org
13-18 Pittcon 2011; Georgia World Congress Center; Atlanta, GA; www.pittcon.org 14-17 Coverings; Sands Expo and Convention Center; Las Vegas, NV; www.coverings.com/coverings2011/public/enter.aspx
16-17 Green Manufacturing Expo; Orlando, FL; www. canontradeshows.com/expo/gmx11/ana_event. html 29-31 European Coatings Show; Nuremberg, Germany; www.european-coatings-show.com/en/default.ashx
APRIL 5-7
AeroDef Manufacturing 2011; Anaheim Convention Center; Anaheim, CA; http://aerodef. sme.org
17-19 ASC Spring Convention and Expo; Tampa, FL; www.ascouncil.org
A word from our customers: "Merlin's flexibility is remarkable. They stock our material and can turn on a dime when our requirements change. They always ship quickly, and more than once have responded to emergencies with next-day delivery. Nice people that are easy to work with. Overall, Merlin is an excellent supplier." B. S. Specialty polymer supplier Merlin customer for 9 years
"Merlin is extremely qualityconscious, with fast delivery and excellent attention to detail. They've given us the opportunity to be competitive on smaller orders by downpacking drums into custom cartridges. Our sales have grown steadily, thanks in no small part to Merlin Packaging." Eric Watson Purchasing Supervisor Rudolph Brothers & Co. Merlin customer for 10 years Merlin provides accurate filling of dual cartridges, syringes, pouches, mixed frozen, and many other packaging options. For fast delivery of big or small orders of quality custom packaging, call Merlin Packaging Technologies today.
MAY 3-5
Chemspec USA 2011; Pennsylvania Convention Center; Philadelphia; www.chemspecevents.com/usa/
9-13 PSTC Week of Learning; Hyatt Regency Grand Cypress; Orlando, FL; www.pstc.org 30-6/1 13th European PLACE Conference; Festpielhaus on Lake Constance; Bregenz, Austria; www.tappi.org
JUNE 7-9
Green Manufacturing Expo; New York City; www. canontradeshows.com/expo/gmx11/ana_event. html
19-21 Forest Products Society’s 65th International Convention; Portland, OR; www.forestprod.org/ ic65/overview.html 21-23 Green Manufacturing Expo; Toronto, Ont.; www. canontradeshows.com/expo/gmx11/tor_event.html
SEPTEMBER 15-16 FEICA Conference; Valencia, Spain; www.feica.eu 20-22 Green Manufacturing Expo; Rosemont (Chicago), IL; www.canontradeshows.com/expo/gmx11/ ana_event.html 20-22 Assembly and Automation Technology Expo; Rosemont (Chicago), IL; www.aatexpo.com 26-28 CPP Expo; Las Vegas Convention Center: Las Vegas; www.cppexpo.com/
OCTOBER 6-8
TURKCOAT COATINGS SHOW; Istanbul Expo Center; Istanbul, Turkey; www.turkcoat.com
16-18 ASC 2011 Fall Convention; Indianapolis, IN; www.ascouncil.org
NOVEMBER 1-3
2011 CHEM SHOW; Jacob K. Javits Convention Center; www.chemshow.com
21-23 Abrafati 2011; Sao Paolo, Brazil; www.abrafati 2011.com.br/index_engl.html
861 Taylor Road, Suite E
Gahanna, OH 43230 Toll-free: 888-648-7878
[email protected] www.merlinpackaging.com
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MAY 2012 7-10 American Coatings Show 2012; Indianapolis, IN; www.american-coatings-show.com/en/default.ashx For a more detailed listing, visit www.adhesivesmag.com.
February 2011
QA &
About Polyurethane
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A LOT OF RECENT DISCUSSION HAS FOCUSED ON MAKING CONSTRUCTION ADHESIVES AND & SEALANTS GREEN BY ELIMINATING FORMALDEHYDE, PLASTICIZERS OR SOLVENTS. ARE THERE SIMILAR ALTERNATIVES FOR THE COATINGS THAT ARE OFTEN PLACED ON TOP OF THESE TYPES OF PRODUCTS? Green alternatives do exist for coatings as well. Building decision-makers often investigate the sustainability of macrocomponents of the built environment such as concrete, metal, wood and lighting. However, many intelligent methods are available that enable minor components such as coatings to greatly impact the overall sustainability of a structure by improving the indoor environmental quality, lighting efficiency, renewable content, graffiti resistance or long-term durability of major design components. Waterborne coatings products and plant-derived natural oil resins have gained in popularity due to increased environmental awareness and the polymer industry’s efforts to quantify the carbon footprint of many ubiquitous industrial, building, and construction products. For example, early water-based polyurethane coatings required the end user to compromise on physical properties, as compared to solventborne technologies. Now, high-performance, twocomponent waterborne (2K WB) polyurethane coatings are offered that meet or exceed the durability and weatherability of their old solventborne analogs while touting less than 10 g/L in volatile organic compounds (VOCs) and very low odor. Similarly, many natural oil polyol (NOP) resins or additives were used to supplant their petroleum counterparts but often compromised at least some of the desirable traits needed for the final end-use application. Current NOP-based floor coating technologies are being commercially installed that have > 35% renewable content, high durability, no VOCs or solvents, low odor, and no plasticizers or heavy metal catalysts. These types of coatings can contribute to a winning hand when an architect, engineer or building owner is designing with a focus on sustainability and green building practices. – Steven Reinstadtler
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OUR COMPANY FILLS EXPANSION JOINTS IN CONCRETE FLOORS WITH AN EPOXY CAULK BEFORE & APPLYING A FLOOR COATING. THE EPOXY CAULK MUST BE HEATED WITH A TORCH BEFORE CUTTING THE MATERIAL FLUSH WITH THE CONCRETE. WE HAVE HEARD THAT POLYUREA SEALANTS DO NOT REQUIRE PREHEATING BEFORE CUTTING. CAN YOU EXPLAIN THE ADVANTAGES AND DISADVANTAGES OF THE DIFFERENT TECHNOLOGIES?
Expansion joints in concrete are often filled with a moderately hard resin to reinforce the edge of the joint, to create a flat surface for subsequent coating, to prevent liquids from draining into the joint, and to improve safety. Many years ago, these joints were filled with a two-component epoxy resin system. The epoxy resin had a long gel time and cured to a very hard, brittle, lowelongation material. Because of the epoxy system’s long gel time, the excess resin was often cut flush with the concrete the next day. Heating of the epoxy resin with a torch was often required to soften the material before cutting. The epoxy resin’s cure rate also varies depending on the ambient temperature. Today, polyurea sealants are often used to fill joints in concrete. The two-component (1:1 by volume ratio) polyurea technology has many processing and productivity advantages, including fast cure rate, fast gel time, moisture insensitivity, and the ability to cure at a low temperature. The fast gel time and fast cure rate allow polyurea sealants to be cut flush with the concrete in around 20 minutes. Polyurea technology is also used in low-temperature applications where other technologies will not cure. Cured polyurea sealants feature exceptional physical properties. Polyurea sealants have the required hardness and strength to protect the joint, but they also incorporate flexibility, high elongation and good adhesion to concrete. The original versions of the polyurea sealants are based on aromatic diphenyl methane diisocyanate (MDI). These aromatic resins typically discolor over time. Newer versions of the sealants use low-monomer-content aliphatic diisocyanate prepolymers and have dramatically improved UV resistance. – Jay A. Johnston, Ph.D.
ABOUT THE AUTHORS Steven Reinstadtler is a member of the Industrial Marketing group at Bayer MaterialScience LLC and focuses on construction applications. Jay A. Johnston, Ph.D., is a member of the Business Development group at Bayer MaterialScience LLC and is currently responsible for applications development in adhesive and sealant markets. For additional information on the topics addressed or to ask another question, e-mail
[email protected] with the subject line “Polyurethane Q&A.” Any views or opinions expressed in this column are those of the author and do not represent those of Adhesives & Sealants Industry, its staff, Editorial Advisory Board or BNP Media.
February 2011
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ADVANCING ADHESIVES Soy is a renewable resource that reduces reliability on petrochemicals, extends open times, is free of formaldehyde and offers physical flexibility.
meets ANSI-HPVA HP-1-2004 Type II and ANSI/HPVA EF 2009 testing for water resistance on most wood species. Soy extends the open time of this adhesive, making it ideal for use in prepress operations. Multibond MX-100 can go from the prepress to the hot press without the need for special mixing equipment. The parts come out of the prepress very tacky with the product. Multibond MX-100 also has demonstrated easy handling in a variety of climate conditions. Multibond MX-200 performs well in immediate (direct-feed) hot press laminating operations that do not have a prepress. Like MX-100, it cannot be cold pressed. Formulated with bleedthrough resistance, it is a fast, easy-to-use adhesive.
GREEN DEVELOPMENT
FRANKLIN LAUNCHES BIO-MODIFIED ADHESIVES New high-performance, bio-modified adhesives have been developed for use in the manufacture of engineered hardwood flooring.
Franklin Adhesives & Polymers has been active in the development of environmentally safe products for decades, and offers a full line of adhesives to meet CARB and other global formaldehyde emissions standards. The division pursued soybean research because it is a renewable resource that reduces reliability on petrochemicals, extends open times, is free of formaldehyde and offers physical flexibility. “We are grateful to the USB for its role in supporting research that led to the development of these adhesives and future products that use soy,” said Michelle Tobbe, wood adhesives technical director. “I think our customers will agree that we have developed the ideal blend of synthetic and natural materials to create environmentally friendly, cost-effective adhesives that are easy to use and perform very well.” For more information, phone Franklin Adhesives & Polymers at (800) 877-4583, e-mail
[email protected] or visit www.franklinadhesivesandpolymers.com.
ABOUT FRANKLIN INTERNATIONAL Based in Columbus, OH, Franklin International was established in 1935 and is among the largest privately held manufacturers of adhesives, sealants, and polymers for commercial and industrial applications. Franklin integrates its core competency—emulsion polymerization—into a broad product offering, including glues, adhesives, binders, films, sizing compounds and more. These products are distributed across six continents for use in construction, furniture manufacturing, millwork, filters, pressure-sensitive paper products and fiberglass reinforcement.
hrough research made possible via a grant from the United Soybean Board (USB), Franklin Adhesives & Polymers has developed two bio-modified adhesives. The Franklin International division incorporated a soy derivative into polyvinyl acetate (PVA) to create high-performance, bio-modified adhesives for use in the manufacture of engineered hardwood flooring (hardwood plywood).
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ABOUT THE UNITED SOYBEAN BOARD (USB) The USB comprises 68 farmer-directors who oversee the investments of the soybean checkoff on behalf of all U.S. soybean farmers. Checkoff funds are invested in the areas of animal, human, and industrial usage; industry relations; and market access and supply. As stipulated in the Soybean Promotion, Research and Consumer Information Act, the U.S. Department of Agriculture’s Agricultural
CHARACTERISTICS
M a rke t i n g S e r v i c e h a s ov e r s i g h t
Franklin first developed Multibond MX-100, which uses the renewable resource soy to create an environmentally friendly adhesive. The bio-modified crosslinking PVA adhesive contains no added formaldehyde and meets California’s CARB Phase 2 limits on formaldehyde emissions. At the same time, Multibond MX-100 brings superior performance and ease of use to wood flooring manufacturers. This one-part adhesive requires no mixing, which helps speed up production at the plant. It also offers good tack and a high percentage of solids (47-50%) for faster set times. In addition, it
responsibilities for the USB and the soybean
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checkoff. Visit www.soynewuses.org for more information.
The new bio-modified crosslinking PVA adhesives contain no added formaldehyde and meet California’s CARB Phase 2 limits on formaldehyde emissions. February 2011
ADVANCING ADHESIVES
A GREEN SUBSTRATE WETTING ALTERNATIVE A new additive offers optimum substrate wetting performance while enabling the formulation of low-VOC aqueous adhesives products.
By Peter Sheridan, Director–Performance Additives, Troy Corp.
r o y C o r p . ’s m u l t i f u n c t i o n a l Troysol™ LAC provides excellent wetting of low-energy and contaminated surfaces, resulting in strong adhesive bonding. However, due to government regulations and consumer demand for environmentally compliant, green products, the c o m p a n y h a s i n t r o d u c e d Tr o y s o l ZLAC to fill the gap. ZLAC is a zerovolatile organic compound (VO C), hazardous air pollutants (HAPs)free, alkyl phenol ethoxylate (APE)free version of the traditional LAC product. ZLAC offers the same optimum substrate wetting performance as traditional LAC, but also enables the formulation of low-VOC aqueous adhesives products.
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Figure 1. Troysol ZLAC Enables Complete Wetting over Low-Energy Substrates
ENHANCING PERFORMANCE Complete substrate wetting must occur in order to obtain a strong adhesive bond. Effective wetting additives reduce the surface tension of the adhesive, enabling complete coverage of the substrate. Effective wetting additives are especially important for lowenergy surfaces, which would otherwise resist coverage. In addition, if a substrate is contaminated, low-energy contaminant particles repel the adhesive, resulting in surface defects and a weakened bond. When an effective wetting additive is present, adhesives will wet any contaminants and/or low-energy substrates, thus creating a strong, unimpeded bond. February 2011
Figure 2. Troysol ZLAC Effectively Reduces the Surface Tension of Water
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REDUCING SURFACE TENSION High surface tension makes water inherently poor at wetting most substrates. A good example of this high surface tension is when a metal pin floats on the surface of water. Troysol ZLAC was first evaluated for its ability to reduce surface tension, which is essential to enable complete wetting over low-energy substrates. Figure 1 (p. 17) shows how ZLAC was able to reduce the surface tension of water with use levels as low as 0.1%. Table 1 lists the surface tension values of typical solvents used in adhesives formulations. Conventional adhesive technology is based on solvents with l o w s u r f a c e t e n s i o n s . C o n v e r s e l y, aqueous adhesives require wetting additives to reduce the surface tension. The use of wetting additives enhances the coverage of substrates with low surface energy (see Table 2). An adhesive with a high surface tension in the liquid phase will have poor wetting over low-energy substrates, resulting in craters and/ or severe crawling. Troysol ZLAC, h o w e v e r, e f f e c t i v e l y r e d u c e s t h e surface tension of water to 25 dynes/ cm, enabling aqueous adhesives to spread over low-energy substrates. Figure 2 (p. 17) shows a wetting test over a siliconized film. The formulation containing ZLAC provides complete coverage, while another formulation containing ethoxylated acetylenic diol, a commonly used wetting additive, showed severe crawling at equal concentrations.
FORMULATIONS A: Tackified Acrylic Copolymer Pressure-Sensitive Adhesive % by Weight 79.0 15.0 0.2 0.3 5.5
Flexbond® 165 Aquatac® 6085 Mergal® K10N (preservative) Troykyd® D11 (defoamer) Water
B: Tackified Acrylic Copolymer Pressure-Sensitive Adhesive with Urethane Thickener % by Weight Synthebond™ E 2050 83.7 Tacolyn™ 3179 H-C 14.6 Acrysol™ 2020NPR 1.2 Mergal K10N (preservative) 0.2 Troykyd D11 (defoamer) 0.3 C: Acrylic Copolymer Pressure-Sensitive Adhesive % by Weight 98.3 1.2 0.2 0.3
Acronal® A 220 Collacral® VAL Mergal K10N (preservative) Troykyd D11 (defoamer)
Table 1. Surface Tension of Common Solvents Surface Tension (dyne/cm)
Water Ethylene glycol Propylene glycol Xylene Dipropylene glycol monomethyl ether Toluene Propylene glycol n-butyl ether Butanol
72.7 48.4 40.1 36.0 29.0 28.4 26.3 24.6
PEEL STRENGTH TEST Peel strength tests are valuable for determining the strength of the adhesive bond between two materials. In order to evaluate the adhesive strength imparted by the wetting performance of Troysol ZLAC and LAC, peel strength tests were performed using three typical pressure-sensitive adhesive (PSA) formulations (see sidebar). The following procedure was used for peel strength evaluation (180˚ Peel by PSTC 101 Test Method D): 18
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Table 2. Surface Energy of Common Substrates Surface Energy (dyne/cm)
Polyester Polyester, treated Polyvinyl chloride Polyethylene Polyethylene, treated Oriented PP Oriented PP, treated
48 54 42 32 42 30 38
February 2011
• Apply the adhesive over untreated polyethylene terephthalate (PET) substrate • Apply the coated substrate on stainless steel panels after 24 hours of dwell time • Use ChemInstruments TT-1000 tensile tester to measure peel strength Tr o y s o l Z L A C w a s e v a l u a t e d alongside LAC in formulations A and B. ZLAC was also evaluated separately at very low use levels, from 0.05-0.2% (weight additive based on total formulation), in formulations A, B, and C to determine the lowest concentrations at which maximum peel strength was obtained.
Figure 3. 180° Peel Strength of PSA Formulation A
RESULTS AND CONCLUSIONS Test data show that substrate wetting imparted by Troysol ZLAC increases the peel strength in PSAs, and is the equivalent of the optimized performance offered by the traditional LAC product (see Figures 3 and 4). Both additives enhanced substrate wetting and increased peel strength, thereby imparting greater adhesive bonding and better film integrity. In addition, concentrations as low as 0.05-0.1% ZLAC provided a substantial increase in adhesion for formulations A, B and C (see Figure 5). The use of zero-VOC Troysol ZLAC wetting additive has shown excellent substrate wetting efficacy equivalent to that of Troysol LAC when used in PSAs applied over low-energy substrates. ZLAC can help formulators achieve defect-free films with excellent surface appearance and optimum adhesion performance, without VOC contribution.
Figure 4. 180° Peel Strength of PSA Formulation B
Figure 5. 180° Peel Strength of PSA Formulations A, B and C
For more information, visit www.troycorp.com. Robert Miller, Dale Lyman and Sheila Belding of Troy Corp. contributed to this article. Editor’s note: Flexbond ® is a trademark of Ashland Inc.; Aquatac ® is a trademark of Arizona Chemical; Synthebond ® is a trademark of Hexion; Tacolyn ® is a trademark of Eastman; Acrysol ® is a trademark of The Dow Chemical Co.; Acronol ® and Collacral ® are trademarks of BASF Corp; and Troysol™, Mergal ® and Troykyd ® are trademarks of Troy Technology.
February 2011
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FOCUS ON
DOW NAMED RESEARCH PARTNER FOR U.S.-CHINA CLEAN ENERGY CONSORTIUM he Dow Chemical Co. has been selected by Lawrence Berkeley National Laboratories (LBNL) as a research partner for the new U.S.-China Clean Energy Research Center (CERC) Consortium on Building Energy Efficiency. In addition, Dow will chair the CERC Industrial Advisory Board. The U.S. Department of Energy (DOE) formally approved and awarded the proposal submitted by LBNL, leader of the consortium, to develop and implement energy-efficiency technologies for residential and commercial buildings. Dow will contribute funding to the CERC Building Energy Efficiency Consortium, as well as in-kind research support and practical commercialization expertise through Dow Building and Construction, a business unit of Dow. “Together, the dynamic economies of the U.S. and China lead the world in energy consumption and greenhouse gas emissions, which are directly linked to significant energy inefficiencies in the building sectors in each country,” said William Jackson, Global Research and Development director, Dow Building and Construction, and chair of the CERC Industrial Advisory Board. “The CERC Consortium’s mission is to identify and implement new, affordable solutions to improve energy efficiency in homes and buildings. “This initiative is critical, timely, and full of potential for China, the U.S., and the world. Dow’s selection as an industrial research partner is not only a great honor, but an exceptional opportunity to help us fulfill the Dow 2015 Sustainability Goals relating to energy efficiency, climate change, sustainable chemistry, and breakthroughs to world challenges.” In October 2010, the CERC Consortium for Building Energy Efficiency was granted $12.5 million from the DOE over five years, and another $12.5 million in matching funds will come from consortium partners in the U.S. Chinese counterparts, currently being finalized, will contribute an additional $25 million. In addition to LBNL, the consortium includes seven U.S. research partners: Oak Ridge National Laboratory, Natural Resources Defense Council (Beijing branch), ICF International (Beijing branch), National Association of State Energy Offices, Association of State Energy Research and Technology Transfer Institutions, Massachusetts Institute of Technology and University of California-Davis. “As a major corporate citizen of China and the U.S., Dow is very proud to play a prominent role in the consortium’s mission of helping both countries become residential and commercial building energy efficiency leaders,” said Peter Sykes, president, Dow China. “The joint U.S.-China CERC Consortium for Building Energy Efficiency will help conserve energy and reduce greenhouse gas emissions while creating new business opportunities for both countries.” CERC was established last year in Beijing in a joint announcement by presidents Barack Obama and Hu Jintao. A protocol launching the center was signed by U.S. Secretary
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of Energy Steven Chu, Chinese Minister of Science and Technology Wan Gang and Chinese National Energy Administrator Zhang Guobao. Secretary Chu announced the first two consortia in late 2010—one led by the University of Michigan to advance technologies for clean vehicles, and another led by West Virginia University to focus on the next generation of clean coal technologies. Total funding for JACKSON CERC, including private and public investments in both countries, will be at least $150 million over the five-year program. “As a leading supplier of insulation wall systems and related energy-efficiency construction materials in both China and the United States, Dow Building and Construction is in a unique position to help guide the research work of the new CERC Consortium on Building Energy Efficiency,” said Karen Carter, general manager, Asia Pacific and India, Dow Building and Construction. “We understand the technology and, equally important, the practical commercial factors for developing successful marketplace solutions in both countries.”
ABOUT DOW BUILDING AND CONSTRUCTION A business group within Dow’s Advanced Material Division, Dow Building and Construction is comprised of two business units, Dow Building Solutions and Dow Construction Chemicals, each of which offer strengths in channel management, branding, technology development/support, and demand creation. The two business units collectively employ about 1,700 people worldwide and generate almost $2 billion of revenue while operating more than 30 plants worldwide. Through its strong sales support, customer service and building science expertise, the Building and Construction business units provide meaningful solutions for customers today, while also addressing the industry’s emerging needs and demands with advanced industry knowledge.
ABOUT DOW Dow combines the power of science and technology with the “Human Element” to passionately innovate what is essential to human progress. The company connects chemistry and innovation with the principles of sustainability to help address many of the world’s most challenging problems, such as renewable energy generation and conservation, and increasing agricultural productivity. Dow’s diversified portfolio of specialty chemical, advanced materials, agrosciences and plastics businesses delivers a range of technology-based products and solutions to customers in approximately 160 countries and in high growth sectors such as electronics, energy, coatings, and agriculture. In 2009, Dow had annual sales of $45 billion and employed approximately 52,000 people worldwide. The company’s more than 5,000 products are manufactured at 214 sites in 37 countries across the globe. For additional details, visit www.blue4greendesign.com.
February 2011
Kraft Foods will request both up- and down-stream vendors to attain sustainable social, economic, and environmental objectives. he consumer packaged goods industry is buzzing with news of a major commitment by Kraft Foods to support minority-owned suppliers. That commitment is based on a farreaching joint initiative by Adhesives Systems Inc. (ASI), Henkel and Kraft. Kraft Foods has committed to source the majority of the adhesives used to package its food products in North America from minority-owned and operated adhesive manufacturer ASI and global adhesive technologies provider Henkel. The arrangement is unique because Kraft Foods will request both up- and down-stream vendors to attain sustainable social, economic, and environmental objectives. Not only does the initiative support a diverse work environment, it is expected to enhance efficiency within Kraft Foods’ supply chain, improve procurement processes and deliver cost savings.
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MULTIPLE BENEFITS The ASI-Henkel alliance was originally formed in 2008 to better serve the increasing demand for an adhesives supplier that could provide innovative technologies, cost savings, and February 2011
George Hill
Jerry Perkins
sustainable products while reflecting the diversity of the marketplace. The partnership was inspired not only by each company’s commitment to making diversity a priority, but also by a strong customer desire to make diversity in the supply chain more of a priority as well. Adhesives & Sealants Industry
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INITIATIVE SUPPORTS DIVERSITY, DRIVES EFFICIENCY
Biju Phillip, ASI Quality Assurance chemist, checks a recently manufactured batch of adhesives.
Querag Cho, senior chemist at ASI, tests the structural integrity of a new product on an Instron tester.
“The alliance was formed to provide the best of both organizations to companies like Kraft that want to increase their spending with minority-owned companies while at the same time accessing a broad range of adhesive products, highlevel technical support and a footprint that would serve them wherever they have plants,” explains Jerry Perkins, senior vice president and general manager of Henkel’s Industrial Adhesives business. “The combination of our two companies created that kind of offering.” According to George Hill, chairman and CEO of ASI, “We both have technology and laboratories, and create products. We’re two separate companies, each with our own portfolio of products and each with our own R&D efforts. But it’s a collaborative effort. Henkel has more products than we do, and we needed a global partner.” The Henkel-ASI alliance includes established protocols for entering into distribution, license and other agreements that will enable ASI to manufacture and/or distribute certain Henkel products while receiving technical and other support from Henkel. Hill says that the alliance is exciting because it allows ASI to expand its reach in terms of products and geography. “There is no question that to be aligned with Henkel with their capabilities in terms of products, leverage, size and experience is almost a perfect synergistic relationship,” he says. “Their size and reach coupled with our agility and innovation is a perfect marriage.” Hill and Perkins both point out that ASI is and remains a competitor of Henkel and its predecessor, National Starch and Chemical. “We had customers who knew what both companies were capable of,” says Hill. “What many didn’t know was the scope, scale and vision that this alliance could have.”
RECOGNIZING THE POTENTIAL “Kraft has a strategic interest in growing their diversity spend and improving their purchasing and supply chain activities, and all three companies realized that the alliance was a good fit,” Perkins says. 22
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Hill agrees. “The value system embodied in this initiative is a loop in which all parties have a philosophy and experience with diversity that contributes,” he says. “The relationship between the three companies has developed with time and trust.” The scale of the proposed agreement with Kraft Foods will be significant and is expected to go well beyond simple diversity spend to deliver significant procurement and production efficiencies. “One of the things ASI and Henkel do in serving our customers is to help them simplify the portfolio of adhesives they buy,” Perkins says. “When you consider the diversity of packages, it’s an enormous sea of packaging concepts. There is a lot of innovation, a lot of development, and lot of new demands on the components that go into the packaging, whether it is films and different paper substrates or the adhesives themselves. So the adhesive category is very fragmented, and some of our customers buy far too many adhesives. Their adhesive portfolio is too complex. Most of our customers are very keen on having us help them technically reduce that complexity.” “Not only will we reduce the complexity of their supply chain, we will reduce the number of adhesives they use,” says Hill. “Kraft Foods probably uses 80 or 100 adhesives, and we are confident we can reduce that by 70-80%.”
COMBINING CONSISTENCY AND INNOVATION Perkins points out that implementing a harmonized and simplified adhesive product line will provide additional benefits. “Kraft Foods will get consistency and enhanced quality,” he says. “A second dimension is innovation. Kraft Foods wants ongoing innovation for their packaging, and they want an adhesive supplier that can support their objectives in that area. We will deliver innovative new adhesive technologies that allow Kraft Foods to introduce new packages that are stronger in terms of consumer convenience, functionality and waste reduction. A lot of the technology we will implement for Kraft, such as our lower temperature adhesives, consume far less energy, and that too has great appeal to Kraft.” February 2011
Of course, Kraft Foods has very stringent demands with respect to the packages it produces, which represent its brands prominently on the shelf. “Kraft demands that its packages maintain or enhance the equity of its brands,” says Perkins. “We can help them with a strong technical adhesive alliance in taking an overly complex adhesive portfolio and paring it down to exactly what they need. When we do that, they will reap all kinds of efficiencies.” According to Hill, that is only the beginning. “The initiative opens an entire array of additional opportunities for Kraft, Henkel and ASI,” he says. “We will be involved with Kraft business units in a way that will bring great value to their supply chain.” Hill pointed out that adhesives are normally the last consideration in the packaging process, and they are the least expensive in terms of percentage expenditure on the package itself. “But just think what happens when you coordinate the corrugated suppliers and the carton suppliers and the contract manufacturers and the suppliers upstream doing work on flexible packaging and pressure-sensitive applications. The synergy between adhesives and all the other factors—the equipment, the substrates, the carton and packaging suppliers—becomes dynamic.” “Of all the supply chain partners, we are the last thing that goes in the package before it goes out the door,” Hill continues. “So our involvement and insight into all those factors is invaluable in reducing costs and improving e f f i c i e n c i e s . We ’ r e t a l k i n g a b o u t innovations in developing new products, productivity in terms of the number of cases and cartons, cans of coffee, bars of candy, or whatever coming through the system. Certainly we’ll reduce simple transaction costs and suppliers, but it’s a much bigger picture than that.”
THE STRENGTH TO IMPLEMENT CHANGE Implementing such far-reaching change takes technical expertise and global strength. Kraft Foods’ machinery will have to be factored in, because, depending on the packaging type and the plant, a variety of machines will be running. “It’s not a simple challenge to take one adhesive and implement it in multiple plants, multiple packaging formats,” says Perkins. “We have to be very competent technically, and that’s one of the things Kraft Foods is expecting from the alliFebruary 2011
ance. We have to do a detailed technical assessment up front to ensure that when we tell Kraft a particular adhesive will run on this line or in that plant, it will. They know we have a lot of feet on the street, a competent technical organization, and the ability to assist their plants in simplifying their processes around the adhesives they use. Equally important, they know we can do it seamlessly without any impact on their operation.”
For Kraft Foods, the proposed agreement will support multiple strategic objectives. “Kraft Foods is committed to doing its part to ensure that we have a diverse workforce and supplier base, be a good steward of the environment, improve our communities, and deliver value to shareholders,” says Julia Brown, senior vice president of Procurement at Kraft Foods. “We believe this initiative with ASI and Henkel will deliver significantly against these commitments.”
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INITIATIVE SUPPORTS DIVERSITY, DRIVES EFFICIENCY The incremental volume from the project with Kraft Foods in North America will allow the ASI-Henkel alliance to bring capital investments and jobs (both technical and administrative) to the Detroit metro area, the hard-hit labor surplus area where ASI is located. “The impact on our company and our community will be substantial,” says Hill. “We will make capital investments and investment in hiring people. We’ll put on a third shift, buy more equipment.
We will create employment in a city that sorely needs it.” In fact, ASI has already invested about $350,000-400,000 to expand production levels in their adhesive plant and will expand it even further. “I think it’s safe to say that over the next several years, our investment will be seven figures,” said Hill.
A MODEL FOR CORPORATE AMERICA “The alliance and the Kraft Foods initiative alone won’t solve the employment
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problem in Michigan,” continues Hill. “But it does present an answer in terms of the way partnerships can come about and the impact they can have on the community. Our hope is that other companies will see value in this model.” According to Perkins, “The commitment to diversity was one of the key drivers behind the 2008 formation of the ASI-Henkel alliance. The alliance has already been well-received by a number of major consumer-goods companies, and this commitment from Kraft Foods demonstrates the value that ASI and Henkel can bring to the market. At Henkel, we are very excited about the opportunity to work with the Kraft Foods team to bring this grand vision to reality.” The scope of this project is a testament to Kraft Foods’ broader commitment to diversity, as the company has invested in supplier diversity for more than 25 years. It is likely that other consumer product manufacturers will support the ASIHenkel alliance and further affirm the industry’s commitment to diversity. Hill says that, when it comes to a bold vision that accomplishes great value for the customer and an incredible level of diverse supplier development, Kraft Foods is clearly a change agent. “By harnessing the agility and experience of a 15-year minority supplier like ASI and the scale and technology of a global supplier like Henkel, they have formed a strategic alliance that will have an enormous impact.” According to Perkins, the decision of global food giant Kraft Foods to join forces with the alliance is a pioneering step. “Although they are not the first company to partner with our alliance, Kraft Foods is the first company to take the alliance to the level in which we are aligned with their strategic objectives. We anticipate that they will be the first of several consumer packaged goods manufacturers to benefit from this kind of commitment.” “We know it will work because it’s already working,” adds Hill. “The initiative between Kraft Foods, ASI and Henkel means growth and jobs in an ethnically diverse community. And it sets an example that corporate America can repeat across other kinds of products in other minority companies.” For additional details, visit the companies’ websites at www.kraftfoodscompany.com, www. diversifiedchemicalinc.com/adhesive.html or www. henkel.com.
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February 2011
TURBOCHARGING GREEN INTO PACKAGING ADHESIVES A new technology in packaging adhesives reduces overall consumption and improves efficiency. By Mike Jorgenson, President, Liquid Polymer
reating greener adhesives is a hot topic in today’s industry. Many manufacturers are taking action to improve the sustainability of their products and lower their environmental impact. Reduction in consumption—whether through improved fuel mileage in our vehicles, improved adhesive mileage in our packaging systems, or the use of energysaving devices—is the most obvious and sustainable gain our society can strive to achieve. Adhesives manufacturers have approached this issue by modifying chemical structures and additives, while equipment manufacturers have sought to reduce consumption with complex stitching, swirl patterns, and foaming devices. To circumvent the challenges associated with hot-melt technology, cool-on-delivery/hot-on-demand Liquamelt ® technology aims to create greener alternatives in packaging adhesive technology. It targets a > 70% reduction of the carbon footprint while maintaining the same or better performance characteristics by combining: • Improved mileage obtained as a result of a water-blown, foamed adhesive process • An adhesive formulation manufactured with greater than 40% renewable raw materials • Delivery-point processing
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THE ADHESIVE MECHANISM When Liquamelt was first commercially introduced in 2008, it offered customers a different method for packaging adhesives delivery: processing adhesive on demand, as required by the application. This technology produced a safe, room-temperature liquid that could replace traditional hot-melt delivery methods (which require extensive equipment, tanks, and hoses in order to heat large quantities of adhesive and maintain proper temperature). Instead of processing chemicals in large February 2011
Mileage is improved due to the waterblown, foamed adhesive process.
factories, shipping the solid pellets and remelting them, the TurboActivator™ serves as a “mini-factory” for processing the Liquamelt at the delivery point—where it is activated to form the working adhesive. See Figure 1 (p. 26). Meeting the adhesives and sealants industry’s goals of safety, convenience, and efficiency required the development of an adhesive with properties that allowed it to be a stable liquid at room temperature and rapidly transform into a thermoplastic on demand. Based on these criteria, this technology would ultimately require three essential components: • A liquid carrier component compatible with the adhesive system • A sponge component to soak up the liquid carrier when activated • A backbone component capable of creating superior structural integrity and adhesion This selection of components provided a product that is liquid, and—when activated by the TurboActivator—capable of bonding at speeds in the range of 0.3 seconds. It can also be applied to a variety of substrates. Adhesives & Sealants Industry
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TURBOCHARGING GREEN INTO PACKAGING ADHESIVES The bonding mechanism in the Liquamelt system, which is used as the piece moves out of the compression stage, is very different from either hot melt or cold glue. Instead of sacrificing liquid in the bonding process (which is followed by subsequent crystallization), the parts are initially held together through viscoelastic forces, which then set up in a matter of seconds. Products held together out of the compression stage will gain strength and reliability over time as these bonds relax in fluctuations of temperature and humidity, thus virtually eliminating environmental pop-open problems that are experienced by other thermoplastic systems.
Figure 1. Liquamelt Process Overview
INCREASING THE GREEN FACTOR In addition to providing a 50% reduction in adhesive consumption, Liquamelt also replaces more than 40% of the raw materials with vegetable oils, reduces overall energy consumption, and minimizes handling costs. The result is a step-change improvement in the carbon footprint, producing a reduction of greater than 70%. Adhesive reduction is brought about by the use of foamed adhesives. The surface area covered by the adhesive bonding the two materials is generally proportional to the load-bearing properties of the assembled part. The most effective means of creating the greatest surface area is to develop a simple foamed adhesive system. This goal can be achieved by capitalizing on the properties of cool-on-delivery technology, which allows the Liquamelt to be formulated with an environmentally friendly blowing agent (i.e., water) and combined with hoton-demand delivery (i.e., TurboActivator) to simultaneously activate the blowing agent and adhesive. The combination of these technologies provides a low-density, high-surface-area adhesive at the point of application, resulting in an adhesive system capable of expanding up to 10 times its original volume, thus reducing adhesive consumption by half in a variety of sealing applications. The three components—liquid carrier, sponge and backbone—were evaluated for initial substitution with renewable raw materials. Since the liquid carrier was the largest component by percentage of weight, it was targeted as the first component to be converted. What was once based on petroleum-derived mineral oils could be converted to vegetable oil liquid carriers. This results in an adhesive that now comprises more than 40% sustainable materials. 26
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Table 1. Sustainablility Characteristics Goal
Liquamelt
Cold Glue
Hot Melt
Carbon footprint
Minimize Usage
>50%
0-20%
0-20%
Green formulation
100%
>40%
50-100%
0-20%
Application energy
Minimize
Low-Medium
Low
High
Production energy
Minimize
Low
Moderate
High
Table 2. Performance Characteristics Goal Speed/efficiency
Liquamelt
Cold Glue
Hot Melt
High
High
Low
High
Environmental resistance High
High
High
Moderate
Substrate breadth
Broad
Broad
Broad
Moderate
Clean-up
Easy
Easy
Moderate
Difficult
Safety
High
High
High
Moderate
Total costs
Low
Low
Medium
High
Less packaging means easier transport. The cool-on-delivery technology allows the material to be transferred in 5-gal bag-in-box systems, drums and/or totes. The reduction of adhesive consumption obtained in the foaming process translates into environmental and cost benefits such as less packaging; lower weights for transport; and less handling, since a 50% increase in mileage means that 50% less material exists at each stage of the process. U s i n g t h i s t e c h n o l o g y, e n e r g y consumption is reduced on multiple levels. Instead of converting chemicals to hot melts in energy-intensive manufacturing scenarios, transporting twice as much material to the customers, and remelting
the pellets for dispensing, Liquamelt can be delivered, processed, and dispensed on demand, saving energy at each step. Depending on the customer’s operating protocol, the cool-on-delivery/hot-ondemand technology reduces the amount of energy consumed by more than 70% while eliminating the moving parts, heated tanks, and hoses needed in traditional hotmelt technology. The TurboActivator simultaneously serves as a high-efficiency heat exchanger and static mixer. It is enclosed in three layers of insulation, and its thermal cartridge heater is located in the center of the device. In this way, all of the energy transfers efficiently to the activation of the February 2011
Figure 2. Energy Conservation Depends on Operational Stage
Figure 3. Potential Applications
adhesive, producing energy savings from the point of manufacturing to the point of application. In addition, cool-on-delivery adhesives are capable of starting up in 3-10 minutes (vs. 30-60 minutes required by a hot-melt system). Moreover, the system’s ability to hibernate when inactive, as well as its low-energy delivery systems, provides additional savings in energy, depending on the mode of operation (see Figure 2).
PERFORMANCE ANALYSIS As in any industry, the challenge of creating greener packaging adhesives is to create alternatives that are not only environmentally sustainable but also capable of meeting the industry’s high standards. In the case of Liquamelt, the cool-ondelivery model is successfully operating in a variety of manual hand gun and highly automated systems. Because it is applied as a foam, zero- or reduced-cavity modules are generally the dispensing technology used for automatic systems. These liquid bulk feed systems eliminate the need for vacuum systems and can be located remotely, thus reducing the need for floor space, constant monitoring, and February 2011
refilling. Liquamelt is delivered at room temperature to the point of application via a standard hydraulic piston pump and hoses. This allows operations to feed multiple dispensing heads on multiple lines from a centralized adhesive source. Each system can be expanded from one to four channels by adding modular temperature controllers and TurboActivators. A fourchannel unit is capable of processing 35 lbs per hour, which equates to 70 lbs per hour of hot melt. Converting hot melt and hot melt/cold glue lines requires only the replacement of existing hot hoses and guns with TurboActivator and gun assemblies. The Liquamelt system can be up and running within 10 minutes of installation. Applications range from point-of-purchase, case and tray systems running at 30-70 units/minute to high-speed carton lines running as fast as 250 cartons/minute. Adhesive weights as low as 0.02 g have been obtained with a throughput capacity of 5-7 lbs per hour per channel. The use of the foamed adhesive technology has allowed these applications to realize mileage improvements of 30-70%.
With its HMIS rating of H:1 F:0 S:0 and its non-reactive composition, Liquamelt can be cleaned up with soap and water. Operators have discovered that the characteristics of the foamed polymer make post-activation cleanup easier than hot melt or cold glue. Instead of scraping or scrubbing packaging equipment, as is done for conventional lines, extraneous activated adhesive can be blown off with air or vacuumed up because it only adheres to targeted substrates. This feature has been shown to minimize maintenance and optimize line efficiency. Hot-melt systems are known for their potential to cause burns. Liquamelt only adheres to targeted substrates, making skin contact less hazardous. While it is strongly recommended that the same precautions taken for hot melts are also followed for activated Liquamelt, it has been discovered that serious burns can be avoided by rapidly brushing the adhesive from the contacted skin. Because the system is an adhesive foam expanded with steam, the latent heat in the bead allows it to have several seconds of open time while having sealing characteristics in tenths of seconds as the bubbles are compressed— releasing and condensing the steam. This characteristic has led to unusual application characteristics where the typical open time and bond time paradigms are broken, enabling Liquamelt to penetrate plastic and foam applications that often require more complex pressure-sensitive adhesives with elaborate swirl patterns to avoid melting the substrate foam and/or plastics. Figure 3 illustrates applications of the technology. The three-component adhesive system leads to a polymer structure that behaves like more advanced polymers, creating very strong bonds capable of withstanding temperature latitudes ranging from -40140°F. This allows customers to use a single adhesive for products that will experience both high- and low-temperature environments.
A GREEN FUTURE Despite hot melts’ stronghold on the packaging adhesive market, the outlook for alternatives such as cool-on-delivery/hoton-demand adhesives is bright. Driving the demand for greener packaging adhesives are end users’ needs for reduced costs, greater efficiency and optimum sustainability. For additional information, contact Liquid Polymer at 1909 N. Ridge Rd., East Lorain, OH 44055; (440) 277-5100; e-mail
[email protected]; or visit www.liquamelt.com.
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More U.S. building contractors are switching to polyether-based sealants and adhesives for performance, safety, and low VOCs.
Polyether-based sealants and adhesives are safer to use and better for the environment.
olyether-based sealants and adhesives, the advanced formulation polymers that have overtaken urethane and silicone products in Japan and Europe, are now becoming the new standard among U.S. architects and contractors for use throughout the entire building envelope—from foundation to roof. In the past year, the use of polyether-based sealants has nearly doubled for both new construction and repair work. The driving forces behind this increased popularity are the superior performance and environmental compliance characteristics of polyether-based sealants and adhesives, compared to many urethane- and silicone-type products. “Polyether-based adhesives and sealants are water-cured and contain no solvents,” explains engineering consultant Richard Boone, president of Construction Support Services in Centennial, CO. “Therefore, they have no shrinkage, possess excellent adhesion properties, and are very durable yet retain excellent flexibility.” Because these advanced sealants and adhesives contain no solvents, they produce very few volatile organic compounds (VOCs). In addition to the environmental benefit, this also makes polyether-based products compliant with increasingly stringent local and state VOC regulations. (VOCs are substances that evaporate into the atmosphere, contributing to climate change, chronic respiratory disorders and cancer. In
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addition, many sealants that produce VOCs are flammable, produce irritating odors and tend to degrade over time.)
REWRITING THE BOOK Boone, a longtime engineer, specifier and compounder, chairs the committee that was chartered to develop an ASTM International standard for polyether-based sealing materials. He says that, although the initial acceptance of polyether-based adhesives and sealants was based on roof work, these products are now increasingly popular for joints, seams or laminations (including wall panels, windows, doors, pavements and countertops). “The polyether backbone, which is a long-chain hydrocarbon, is very stable,” explains Boone. “The long chain makes it inherently resistant to the effects of weather, so you don’t need to mix in a lot of other stabilizing chemicals to make it durable. The water-based cure system creates a very strong bond, so these polyether sealants and adhesives will adhere to virtually all surfaces. That property enables them to hold tight and makes them applicable to seams and joints throughout construction and repair projects.” Once a polyether-based sealant or adhesive is applied, it reacts with moisture in the air and crosslinks to form a February 2011
Once a polyether-based sealant or adhesive is applied, it reacts with moisture in the air and crosslinks to form a tough, longlasting, flexible chain.
tough, long-lasting, flexible chain. It cures rapidly, adheres to a wide range of materials, meets the toughest standards for joint movement, won’t shrink and won’t suntan. Boone cites the work of Chem Link Advanced Architectural Products (Schoolcraft, MI) in developing and popularizing the use of polyether compounds throughout the U.S. Chem Link has developed of a variety of products that address assorted adhesive and sealant requirements throughout the building envelope. “Chem Link has taken a polymer that is known for having an excellent basis for adhesives and sealants and then created formulas that allow you to do an enormous amount of different tasks very well,” Boone explains. “By careful compounding and blending of different ingredients, the company has virtually rewritten the book, developing a range of products that offer distinct advantages for applications involving seams throughout the building structure.”
NO MORE SHRINKAGE “Our initial interest in polyether-based adhesives and sealants was the fact that they don’t shrink, as many solvent-based urethane and silicone products do,” says
Paul Graham of manufacturers’ rep firm Moore Graham Sales, Inc. in Granbury, TX. “If they shrink, they leak, because water simply runs behind the material. Of course, that causes major damage and other problems.” Polyether-based adhesives and sealants are cured by water they draw from the air, so there are no solvents to evaporate and cause shrinkage. Because these products cure from the top down and the bottom up, they are watertight and fairly durable within 10-20 minutes, though they typically take two to three weeks to completely cure. At this point, as Graham notes, they become hard as a hockey puck but remain “remarkably” flexible. “The material is also easy to work with, seals better, and lasts longer. We
have not had a single callback, which is notable in our industry,” he says.
THE POWER OF GREEN Graham adds that, although the polyether adhesives and sealants were initially popular because of their superior performance properties, the no-solvent chemistry has more recently added to sales. “The green aspect of the polyetherbased, one-part pro duct wasn’t so important in the past, but it is important now,” confirms Boone. “In the case of the Chem Link products, you’re using material that is 100% solid. You are dealing with no solvent release, almost no VOCs and no objectionable odors. You can safely work with these materials inside the building as well as outside.” Boone a dds tha t in using t hes e p r o d u c t s , c o n t r a c t o r s d o n ’t h a v e to worry about confined spaces, flammability or whether they will contaminate some other material. “These polyether-based materials are very safe for the person in the work environment, and they are ultimately safe for the building occupants both during and after construction,” he says. For more information, contact Chem Link at 353 E. Lyons St., Schoolcraft, MI 49087; phone (269) 679-4440; fax (269) 679-4448; e-mail
[email protected]; or visit www.chemlink.com.
Polyether-based adhesives and sealants include no solvents to evaporate and cause shrinkage. February 2011
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An innovative hard surface composite paving system uses post-consumer recycled glass. By Steven Hicks, Market Development Manager, Urethane Specialties Business Group, BASF Corp.; David K. Bower, Senior Research Chemist, Urethanes R&D, BASF Corp.; and William G. Handlos, Business Director, Presto Products Co.
illions of gallons of untreated stormwater pollute our lakes, rivers and oceans every year. Conventional concrete and asphalt pavements concentrate these pollutants at the storm drains. Whether it is through a combined sanitary sewer system or a local detention pond, treatment is expensive. In most areas, the stormwater remains untreated, allowing the pollutants to flow directly into our waterways. The next time you walk across a street or through a parking lot, take a closer look around. You’ll probably see some solid waste like paper, food, bird droppings or animal feces, or possibly some fertilizer from a neighboring lawn. More than likely, there will be some stains from cars that have leaked oil, brake fluid, transmission fluid or antifreeze. What do you think will happen to these materials during the next rain? In all probability, they will end up in a storm drain that is discharged directly into a local lake, river or ocean. Recent studies have found that urban rainwater and snowmelt rivals (and in some cases exceeds) sewage plants and large factories as a source of damaging pollutants. 1 Storm water washing over impervious surfaces can pick up toxic chemicals, diseasecausing organisms, dirt and trash. Conventional hard-surface pavements concentrate these pollutants at the storm drains, thereby creating what the U.S. Environmental Protection Agency (EPA) considers a point source emission of pollutants. In most cases, stormwater is not treated because it is too expensive or impractical. A Filterpave ® porous pavement system can reduce or eliminate stormwater runoff from many areas and provides some unique benefits compared to impervious pavement or even other types of porous pavement. It is appropriate for parking areas, driveways, walkways, patios, golf cart paths and other light- to medium-duty traffic areas.
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THE NEED Two hundred years of unmanaged urban stormwater have contributed to public health problems and expensive natural resource losses in the U.S. Left unregulated and uncontrolled, urban stormwater may: • Pollute drinking water sources, clogging reservoirs with silt and oxygen-depleting nutrients • Fill in navigable waterways with contaminated sediment, increasing dredging and disposal costs • Close or reduce lucrative rockfish, shad, flounder, crab, oyster, and other commercial fisheries due to chemical contamination and/or oxygen starvation resulting in loss of habitat • Foul beaches and other recreational waters, causing losses in revenues from declines in boating, fishing, water fowl hunting, and coastal tourism • Scour smaller stream channels and dump excessive gravel and silt loads that may affect fish and amphibian habitats • Change the hydrology of streams, springs and wetlands, affecting sources of clean surface and ground water • Damage homes and businesses during flash floods, which are more common where stormwater is left uncontrolled Each of these problems carries a significant cost, such as increased spending for health care, higher insurance or drinking water rates, declining stocks of commercial fish, and loss of tourism revenue.1 The most common ways of treating stormwater, either with a combined sanitary sewer system or the use of a detention pond, are expensive or can be problematic. In the case of a combined sanitary sewer system, an overloaded system during a heavy storm may send raw sewage directly into a local waterway. In other cases, it may cause untreated February 2011
waste water to flood homeowners’ basements. Each year in the U.S., thousands of homes are flooded in this manner, causing exposure to potentially deadly pathogens and creating conditions that could promote the growth of toxic black mold. Detention ponds use up valuable land resources and—if not managed properly—can become an eyesore, create nuisance odors, or become a breeding ground for insects. In response to these storm water management issues, local and state governments are creating new regulations to limit the amount of impervious area in new developments or preventing impervious expansion of buildings or hardscape in existing developments.
Figure 1. The Effect of Treating Glass Particles with Aminosilane on Compressive Strength of Filterpave
SYSTEM FEATURES Filterpave porous pavement system uses post-consumer recycled glass as the open-graded aggregate. According to the Container Recycling Institute (CRI), only 27.8% of glass bottles were recycled in the U.S. in 2006.2 Considering the number of municipal recycling programs around the country, and the fact that industry experts claim up to 70% recycled glass can be used to manufacture new containers (thus saving energy and improving efficiency), this is a surprising statistic. The problem lies with sorting glass from other solid waste materials and sorting the crushed glass cullet based on color. Glass manufacturing can only tolerate a small percentage of foreign matter or glass of the wrong color. Right now, almost all the glass people think they are recycling ends up in a landfill. Filterpave requires some additional processing of the glass cullet to make it suitable for use as the aggregate in the porous pavement. The cullet is tumbled or vibrated over screens to reduce or eliminate sharp edges. The material is sieved to obtain the correct particle size (approximately 0.12-0.25 in. in diameter). Then the glass is treated with a dilute solution of hydrolyzed aminosilane in water to develop a reactive surface on the glass for the polyurethane binder. The final steps are to dry and package the open-graded aggregate in waterproof super sacks to be used on the construction site. Figure 1 shows the improvement in compressive strength (approximately 40%) achieved by pretreating the glass with the aminosilane solution. In addition, it makes the composite pavement much more stable to environmental forces, such as heat and humidity, which could potentially reduce its strength and eventually cause failure of the pavement. Thermal cycling in high-humidity conditions shows little or no loss in compressive strength after 75 cycles between -10°C and 25°C. The two-component, MDI-based polyurethane (PUR) binder used for the Filterpave composite is a strong, elastic and extremely hydrophobic thermoset plastic. Table 1 (p. 33) shows the typical physical properties of the neat elastomer. The polyurethane contains over 50% renewable resource content in the form of natural oil-based components, which imparts the desired hydrophobicity that is often necessary for field applications. The chemical components of Filterpave PUR are similar to those of Elastocoast PUR, which has a proven track record for field use.3 The PUR provides consistent physical properties for the composite over a wide range of temperatures, as shown by the dynamic mechanical analysis (DMA) of the cured elastomer provided in Figure 2. The Filterpave PUR can be pigmented with a variety of colors, but five base colors were chosen (sapphire blue, jade green, sedona red, amber brown and topaz brown) to limit complexity within the supply chain (see Figure 3). February 2011
Figure 2. Filterpave Polyurethane Dynamic Mechanical Analysis (DMA)
Figure 3. Filterpave Color Palette
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POLLUTION PREVENTION Figure 4. Stress-Strain Curve of Filterpave Composite
a standard white (reflectance 0.80, emittance 0.90) is 100. For example, the standard black has a temperature rise of 90°F (50°C) in full sun, and the standard white has a temperature rise of 14.6°F (8.1°C). Once the maximum temperature rise of a given material has been determined, the SRI can be computed by interpolating between the values for white and black.
SYSTEM BENEFITS
Filterpave pavement is open pore, which allows air and water to flow directly through the composite. Even though the pavement uses much smaller aggregate than more common porous pavements (i.e., pervious concrete and porous asphalt), the composite maintains over 35% void volume. This allows the material to accept very large volumes of water in a short period of time. Testing at the University of Central Florida indicates that the pavement can accept 1,600 in. of water per hour. Also, the void volume makes the maintenance of the open structure easier, because sediment deposited in the pores can be removed with little effort. Air flow through the material allows it to release heat through convection much more quickly than conventional pavements, so the pavement cools down in a much shorter period of time (compared to its alternatives) after a heat source is removed. The Solar Reflective Index (SRI) for the five colors of Filterpave is provided in Table 2 (ASTM E 1980 test method), along with some generally accepted values for concrete and asphalt. SRI is a measure of a surface’s ability to reject solar heat, as shown by a small temperature rise. It is defined so that a standard black (reflectance 0.05, emittance 0.90) is zero, and
The Filterpave porous pavement system mimics the natural filtration process that occurs when water flows through the ground. Organic contaminants that are deposited on the pavement can be trapped in the storage layer under the wearing course and decomposed by bacteria. This allows the local aquifer to be recharged with clean, filtered water. It also reduces the amount of impervious surface on a given site so that the land use can be more efficient in new developments. It may reduce the size of a detention pond or eliminate it all together. For developed real estate, porous pavement will reduce the amount of storm water that is sent to the local treatment facility, thereby alleviating stress on the system, or it may eliminate a potential point source emission for the untreated discharge to a local waterway. As long as the porosity is maintained in the pavement, it is very stable to freeze-thaw cycles. Ice will freeze through the composite to the point of least resistance. Consider the following analogy: if a capped glass-bottled beverage is placed in a freezer, the bottle will burst when it freezes; if the bottle is uncapped, the liquid will freeze and will move out of the opening as it expands—leaving the bottle intact. Thermal cycling from -10°C-25°C, both with the sample totally submerged and with only a small amount of water present in the composite, indicates no significant loss in compressive strength after 75 cycles. Another potential benefit of the Filterpave system in a cold weather climate is that it should not require salt for ice removal. In general, ice on pavement develops from snow melting and then refreezing. In the case of Filterpave and other porous pavement, if the porosity is maintained, the water from snow melt moves through the composite and does not refreeze on the surface. Snow removal from a Filterpave surface is the same as that for conventional pavement, except that a flexible blade tip should be used for plows or snow blowers to prevent gouging of the surface. Power brushes may be used without modification. When properly installed, Filterpave pavement will remain remarkably stable. The thermoset polyurethane binder provides stability over a wide temperature range that will not
Figure 5. Modified Volumetric Concrete Mixer for Processing Filterpave Composite
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February 2011
soften significantly at high temperatures to allow rutting. A properly installed base for the pavement should be very stable, but if there is settling or partial washout of the base, Filterpave pavement can bridge substantial gaps. If it does begin to fail, the failure may not be catastrophic, because the material maintains a resistance to stress even after the peak stress level is reached (see Figure 4). Eventually, the material fails catastrophically, but not until a substantial deformation of the sample occurs. Another reason the pavement remains stable is that plant roots will have less of a tendency to crack or break up the pavement, because the porous composite allows water and nutrients through to any roots that infiltrate the base. Filterpave pavement can also help reduce the urban heat island effect. All five color variants of the pavement have an SRI substantially greater than 29, which is the minimum requirement to achieve a Leadership in Energy and Environmental Design (LEED) credit for the reduction of heat island effect for non-roof structures. In addition, the porosity of the pavement allows it to cool more quickly than many alternatives because of heat loss due to convection and possibly evaporative cooling from any water within the structure. Filterpave pavement is easy to install using conventional concrete equipment. It is formed and finished similar to low-slump concrete. The material can be mixed in a batch process on a small scale using a concrete or mortar mixer. The PUR is mixed and added to the aggregate in the mixer, blended for a few minutes, and then placed into the forms. The mixed PUR and glass aggregate has a working time of 30-45 minutes. A vibratory screed is often used to provide a slight compaction/settling of the material in the forms. A smooth finish is achieved by working the surface with a bull float (Fresno blade) or a power trowel, and the edges around the forms are finished with a ¼-in. radius edge trowel. Depending on weather conditions, the material is tack-free within four to six hours, can be walked on in 24 hours and has achieved 95% of its final hardness within 72 hours. If the surface is to be driven on, it can typically withstand the force of vehicle traffic after four days. February 2011
POTENTIAL LEED CREDITS Sustainable Sites Credit 5.1—Site Development: Protect or Restore Habitat (1 point) Credit 6.1—Stormwater Design: Quantity Control (1 point) Credit 6.2—Stormwater Design: Quality Control (1 point) Credit 7.1—Heat Island Effect: Non-Roof (1 point) Materials & Resources Credit 4.1—Recycled Content: 10% (1 point), 20% (1 point) Credit 5.1—Extracted, Processed & Manufactured Regionally: 10% (1 point), 20% (1 point)
POTENTIAL NAHB GREEN POINTS Section 1, Lot Design, Preparation, and Development 1.3.5 Storm Water Management Plan (8 points possible) • Minimize concentrated flows and seek to mimic natural hydrology • Minimize impervious surfaces and use permeable materials for driveways parking areas, walkways and patios
Table 1. Typical Physical Properties of Filterpave Polyurethane Property
Value
Test Method
66
ASTM D 1622
Hardness (Instant, Shore “D”)
56
ASTM D 2240
Hardness (Dwell, Shore “D”)
45
ASTM D 2240
Density (lbs/ft3)
Tensile Strength (psi)
2500
ASTM D 412
Elongation (% at break)
50
ASTM D 412
Tear Strength (pli)
600
ASTM D 624
Table 2. Filterpave Pavement Sun Reflective Index (SRI) Pavement Sample Filterpave, Sapphire Blue Filterpave, Topaz Brown Filterpave, Sedona Red Filterpave, Amber Brown Filterpave, Jade Green Filterpave, Unpigmented New Asphalt Old Asphalt New Concrete Old Concrete An aliphatic PUR surface coating is sprayed or rolled on after the material is tack-free to ensure a wearing surface that is very stable to torsional forces from tires turning upon it. Also, sand can be broadcast over the curing topcoat to provide an anti-skid surface on slopes or areas with high foot traffic. For large-scale operations, the material can be mixed continuously or on demand with a slightly modified volumetric concrete mixer (see Figure 5).
SRI 49 51 53 61 62 69 0 6 38-52 19-32 A two-component polyurethane machine with a static mixer is attached to the auger mixer and calibrated to the flow of aggregate. This configuration is capable of mixing 10-50 yards of material in an hour. Colored Filterpave pavement can provide an aesthetic quality to pavement not achievable by other means. The glass sparkles in the sunlight, and different colors can be used for various effects and patterns. It can provide Adhesives & Sealants Industry
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POLLUTION PREVENTION Figure 6. Cross-Section Diagram of Filterpave Porous Pavement System
open graded choker course (0.25-0.5 in. diameter) is installed and compacted. Finally, the wearing course of Filterpave is installed: 3½ in. thick (2 x 4 in. forms) for driving surfaces and 2½ in. for other areas. In the last two years, the pavement has been used in a variety of applications. Over 40 different installations have been completed, including residential driveways, walkways, patios, commercial parking areas, and golf cart paths. Figure 7 provides some examples of these installations.
CONCLUSION
Figure 7. Examples of Filterpave Porous Pavement Installations
The next time you walk across a dirtylooking parking lot, imagine how much mores aesthetically and environmentally pleasing it would be if it were made with a porous pavement. Filterpave can help manage stormwater by reducing or eliminating runoff, and it allows rain water to flow through the structure and naturally filters out many pollutants before the water replenishes the local aquifer. Filterpave pavement is stable to freeze-thaw cycles, reduces urban heat island effect and is easy to install. It can be used for light- and medium-duty traffic areas such as driveways, parking areas, cart paths, walkways, and patios. Using post-consumer recycled glass aggregate and a pigmented thermoset polyurethane, the pavement provides an aesthetic quality that cannot be achieved with other pavements, and it contributes to LEED credits or NAHB Green Points. For more information, contact BASF Corp. at 1609 Biddle Ave., Wyandotte, MI 48192; phone (734) 324-6660; fax (734) 324-5549; or visit www.basf.com. Editor’s note: This article is based on a paper given at the Center for the Polyurethanes Industry’s (CPI) Polyurethanes 2010 Technical Conference, September 2010.
architects with additional options and unique site design alternatives. In addition, Filterpave porous pavement can contribute to credits and points through LEED and/or the National Association of Home Builders (NAHB), the two leading “green” certification systems for commercial and residential construction, respectively (see sidebar for additional details).
APPLICATIONS Filterpave porous pavement system is 34
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appropriate for light- to medium-duty traffic areas. Figure 6 shows a cross-section diagram of a typical porous pavement installation using the Filterpave system. The native soil is excavated to a depth appropriate for the regional weather conditions and how the soil drains. In some northern climates, this could be as much as 24 in. The area is then lined with a geotextile, and the storage layer, consisting of 0.38-0.75 in. diameter open-graded aggregate, is installed and compacted. A 2-in.-thick
REFERENCES 1. National Resources Defense Council, The Problem of Urban Stormwater Pollution, November 2000, www.nrdc. org/water/pollution/fstorm.asp. 2. Container Recycling Institute, Recycling Rates by Material and Class, 2006, updated 2007, www.container-recycling. org/facts/all/data/recrates-depnon-3mats.htm. 3. Ibid. 4. Hicks, S., Bower, D.K., and Leberfinger, M., “Elastomeric Revetments—An Innovative Solution for Coastal Protection and Erosion Control,” presented at the Polyurethanes 2008 Technical Conference, September 29-October 1, 2008.
February 2011
By following the examples set by others, companies can implement their own green initiatives. By Michelle LaBrosse, Founder, Cheetah Learning and Cheetah Power; and Erica Edmond, CAPM, Cheetah Green Team
nce upon a time, the act of saving the environment seemed to be limited to a yearly celebration called Earth Day during which, as on New Year’s, people made resolutions that they wouldn’t necessarily keep. Saving the environment and contributing to a healthier world has seemed like a great idea for decades, but everyone has always had an excuse; it is either too big a task for one individual, or it is a terribly time-consuming activity that could cut into potential money-making time. Then things started to change at work, school and home. From unthinkable gas prices and a tough job market to skyrocketing health care costs, many folks have come to a similar conclusion: it is time to become more resourceful and live better. For example, there has been a rise in eating locally. Not only does locally grown food taste better than grocery store products, but buying locally and eating what is in season saves money and conserves the necessary resources that are used to transport food to one-stop shopping nationwide. Businesses are looking more closely at their waste, too. Is it really necessary to throw dollars away on everything from the energy needed to power an office 24/7 to disposable coffee cups and plastic packaging for products? Many methods are available to jumpstart your green initiative and operate your business in an eco-friendly and sustainable way. The best way to discover these methods is to observe how other businesses are doing it.
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HOW TO SUCCEED AT GREEN To get your juices flowing, here are six businesses that are successfully initiating the green movement. These multinational businesses received Natural Health Magazine’s Green Choice Awards in 2009 for their excellence in leading by example across the globe. Wal-Mart. Although many have been skeptical of this retailer’s green practices in the past, Wal-Mart now has a very large-scale environmental plan of action to power each of its stores with 100% renewable energy. Wal-Mart plans to set aside $500 million a year to increase fuel efficiency within its truck fleet, decrease solid wastes and energy consumption in its stores, and implement a number of other environmental endeavors. Starbucks. With a “bean-to-cup” motto and approach to business, Starbucks uses environmentally savvy methods at each stage of production. Made from post-consumer goods, Starbucks’ recycled cup sleeves saved more than 78,000 trees in 2006. Verizon. Its HopeLine initiative saved more than 5.6 million cell phones from ending up in landfills; instead, they were used to fund more than $6.3 million in cash grants to domestic violence agencies. Verizon has played a leadership role in encouraging customers and shareholders to choose paperless options. In addition, Verizon Wireless has signed agreements to deploy smart power grids and has continued Adhesives & Sealants Industry
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to upgrade its fiber-optic network with equipment that performs four times more efficiently while reducing cooling costs. This is equivalent to keeping as many as 16,000 cars off the road annually. Whole Foods. This organic and natural food chain was the first company to buy enough wind energy credits to compensate for 100% of the electricity it consumes. Whole Foods has eliminated its use of disposable plastic bags and replaced them with reusable bags (made from recycled plastic bottles) for customers. Av e d a . This natural beauty product manuf a c t u r e r u s e s p r i m a rily organic materials in its products. Aveda also employs wind power in its manufacturing facility to reduce electricity consumption, and it uses 100% recycled packing materials. In addition, Aveda funds wildlife preservations. Since 1999, the company has raised $8 million for environmental causes. Discovery Channel. This company is not only eco-conscious in the information that is communicated via its many environmentally focused television shows, but also through its corporate actions and practices. The Discovery Channel has compensated for CO 2 emissions by making equal contributions to environmental projects and using energy-efficient lighting, architecture, and water systems in its company headquarters. In August 2010, Discovery Channel took over a leading environmental lifestyle website, treehugger.com, as part of the company’s initiatives to inform people about important environmental issues. The company has also set aside $50 million to create green television programming and introduced a new show, “Ways to Save the Planet.”
SMALL STEPS FOR A LARGE FEAT People often talk about the enormity of implementing a green initiative, but anything is possible with a project plan; the right plan can break the most mon36
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collectively produce about 1 billion tons of CO 2 through their electricity requirements. Outdated computer equipment, mobile phones and electronic gadgets, which make up 5% of the world’s garbage, also contribute to global pollution. If one considers the continued demand for the latest and greatest in multitasking phones and so on, the number of products to be tossed aside yearly could escalate to an alarming amount. Office Supplies Do you have a printer that can print on both sides? If you don’t, consider investing in one when the lease for the existing printer is up for renewal or the printer needs to be replaced.
strous goals down into doable and realistic parts. Develop a Green Business Checklist to get your company thinking about ways it can behave in a greener and more sustainable manner. Here are a few areas to consider: Energy, Water and Heat Do you make use of natural light by keeping windows and skylights clean and clear? Don’t turn lights on in the middle of the day if you have sufficient natural light coming into your office. Do you regularly check and fix any leaking taps? Over the long term, a leaking tap can waste a significant amount of water. Do you keep radiators free of office furniture? Make sure that furniture does not block the radiators, which wastes heat. Environmental Policy Have you set up a Green Team in your company? Employees will feel valued if they are part of the greening process. Housekeeping Do you have a collection point for aluminum, glass, plastic or paper? Information Communication Technology Do you have a green IT infrastructure? Over 1.1 billion computers are now in operation worldwide; these computers
Travel and Transportation Rather than traveling to meetings, have you invested in suitable technology for conference calls? It is worthwhile to investigate alternatives such as iChat or Skype for meetings that require face time. Wildlife and Biodiversity Have you created a wildlife area around your office? Even if you only have a concrete courtyard, you can still create a wildlife area by planting some native plants and flowers in planters. This will be beneficial to the planet and much easier on the eyes than sterile office files.
GET WHAT YOU NEED Aunt Bee Taylor on “The Andy Griffith Show” says, “Opie, you haven’t finished your milk. We can’t put it back in the cow, you know.” Taking only what you need or making use of what you have is an easy place to begin your journey to contributing to a greener world. How do you see your organization becoming more resourceful with materials and money? How will you continue to evaluate its progress? Keep aiming for an eco-friendly company that you can be proud of. Take a small step toward this victory, and then another step, and then another. For more information, contact Cheetah Learning at (519) 826-5755 or visit www.cheetahpower.net.
February 2011
RENEWABLE ENERGY SNAPSHOT
The global wind and solar energy markets are both expected to expand. ccording to BCC Research, the value of the global market for renewable energy was nearly $225 billion in 2010 and is expected to increase at a compound annual growth rate (CAGR) of 8.1% to $331 billion by 2015. The largest segment of the market, wind energy, is projected to increase at a CAGR of 6% to $87 billion in 2015, after being valued at an estimated $65 billion in 2010. The solar energy segment is expected to see the highest rate of growth over the next five years, with a CAGR of 17.1%, rising from an estimated $44 billion in value in 2010 to $97 billion by 2015.
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WIND ENERGY Wind could meet 12% of global power demand by 2020 and up to 22% by 2030, according to the Global Wind Energy Council (GWEC) and Greenpeace International. The Global Wind Energy Outlook 2010 finds that wind power could play a key role in satisfying the world’s increasing power demand while simultaneously achieving major greenhouse gas emissions reductions. The 1,000 GW of wind power capacity projected to be installed by 2020 would save as much as 1.5 billion tons of CO2 every year. These reductions would represent 50-75% of the cumulative emissions reductions that industrialized countries committed to in their 2020 Copenhagen pledges. By 2030, a total of 34 billion tons of CO2 would be saved by 2,300 GW of wind power capacity. “Wind power can make a massive contribution to global electricity production and to decarbonizing the power sector, February 2011
but we need political commitment to make this happen,” said Steve Sawyer, secretary general of the GWEC. “Wind power technology provides governments with a viable option for truly tackling the challenges of our time and for being part of the energy revolution our planet needs.” In addition to environmental benefits, wind energy is becoming a substantial factor in economic development, providing more than 600,000 “green collar” jobs today both in direct and indirect employment. By 2030, the number of jobs is projected to increase to over 3 million. “In 2010, the 600,000 workers of the wind industry put up a new wind turbine every 30 minutes—one in three of those turbines was erected in China,” said Sven Teske, senior energy expert with Greenpeace International. “By 2030, the market could be three times bigger than today, leading to a @202 billion (~ $280.9 billion) investment. A new turbine every seven minutes—that’s our goal.” According to a report from Research and Markets, high initial costs and the huge structure of large wind turbines have given rise to the less costly small wind turbine market. Small wind turbines, which have a power rating of 100 KW or less, are lightweight, allowing them to function with light wind. In addition, they can be mounted on rooftops like television antennae and they produce little noise. The most commonly used technology for these turbines is the horizontal axis wind turbine, but other technologies like loopwing turbines are also available. Adhesives & Sealants Industry
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RENEWABLE ENERGY SNAPSHOT In previous years, small wind turbines were used to generate power to charge batteries; now, technical developments have allowed these turbines to be used to power homes and businesses. Government support and awareness for renewable energy will likely help the market for small wind turbines to grow rapidly. Technological advances have allowed wind turbine blades to become lighter and smaller, yet more efficient. Similarly, the rotor speeds have been slowed down to decrease noise, and vibration isolators have been introduced. Self-protecting technologies that help the wind turbine to protect itself in case of high wind speeds, along with active pitch controls to capture energy at these high speeds, have been introduced. In addition, some small wind turbines feature wireless connectivity, allowing owners to control the turbine dynamics from a distant location.
SOLAR ENERGY The solar energy industry experienced the proverbial “perfect storm” of marketchanging events in 2009 that redefined the rules of the game, according to Pike Research, thereby altering the competitive landscape as well. Starting in late 2008, the solar market shifted from supplyconstricted to demand-driven within a few quarters, due to the plunging price of crystalline silicon cells and modules spurred by falling polysilicon cost, constrained availability of credit, Spain’s dramatic demand decline, and the growth of thin film supply and market share. “The solar market is now faced with a gross oversupply of modules,” said Dave Cavanaugh, senior analyst. “The industry is currently supplied by more than 190 cell and module manufacturers, making consolidation of weaker competitors an inevitable outcome.” A few of Pike Research’s other key forecasts and findings about the new solar market include: • Worldwide solar demand, driven by lower costs and greater availability of credit, was anticipated to increase to 10.1 gigawatts (GW) in 2010, a yearover-year increase of almost 43%. • Solar market demand will exceed 19 GW by 2013, a 25% CAGR from 2010; this growth will be driven by demand from the U.S., Italy, and China, in addition to steady demand from Germany and demand growth in a number of smaller countries. 38
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• Excess module supply could easily reach 8.3 GW in 2010, even accounting for reasonable usage rates and moderate capacity growth. As a global superpower, the U.S. represents a fast-growing and potentially strong photovoltaic (PV) industry, according to a report from Research and Markets. Increasing budget expenditures on crude oil, gas and coal; high grid installation and expansion costs; and increasing carbon emissions have triggered PV industry growth in the U.S. over the past few years. The total PV and concentrating solar power (CSP) capacities surpassed 2 GW in 2009, with a significant increase in industry revenue. According to the report, the U.S. government continued its support and substantially increased the solar energy technology budget. Out of the total $271 million in solar energy investments, 182 solar projects had received
Treasury grants of $81 million (as of early February 2010). With the help of notable government efforts and active participation of venture capitalists, the industry was expected to add around 0.87 GW of annual PV installations in 2010. The non-residential segment has shown the highest growth potential. In 2010, the impact of federal stimulus funds reached full effect, and installations suddenly rebounded with easy credit facilities and various state government tax-incentive programs. Another trend seen in the non-residential segment was the usage of power purchase agreements (PPAs). Various companies have now begun signing PPAs to make these installations more profitable and viable for the long term. For additional details, visit www.bccresearch.com, www. gwec.net, www.researchandmarkets.com and www. pikeresearch.com.
February 2011
Green Material Profiles The Green Material Profiles is a comprehensive listing of green raw materials and formulated adhesives and sealants. Use this guide throughout the year to find and formulate sustainable, green materials from renewable ingredients. To be included in the next edition, contact Managing Editor Teresa McPherson at
[email protected].
ACIMA SPECIALTY CHEMICALS Catalyst This company, a business unit of The Dow Chemical Co., now offers Metatin Katalysator 1230 Catalyst, a dimethyltin catalyst that was developed as a new option for companies using dibutyltin and dioctylin catalysts. The new catalyst offers excellent reactivity and ease of formulation in products ranging from polyurethanes to polysilicones. It can replace dioctyltin catalysts and dibutyltin catalysts, according to the company. Metatin Katalysator 1230 is self classified as CMR Cat 3, pending ECHA review. “When compared to the performance benefits of other organometallic compounds, Metatin Katalysator 1230 Catalyst performs better than existing dibutyltin catalysts,” said Cord Manegold, marketing manager. “The key benefit is a fast and reliable response, as well as having one of the more favorable regulatory profiles among organotin catalysts.” Visit www.dow.com.
FRANKLIN ADHESIVES & POLYMERS APE-Free PSAs This company, a division of Franklin International, offers a technology that enables the production of permanent pressure-sensitive adhesives (PSAs) that are free of alkylphenol ethoxylates (APEs). APEs, which can be damaging to aquatic environments, are used in the manufacture of many common consumer products and often end up in wastewater treatment plants. Sludge from treated wastewater streams is used for agricultural applications and can travel into streams and rivers, where APEs degrade into toxic chemicals that can damage the health and reproduction of birds, fish, and mammals. February 2011
Franklin Adhesives & Polymers’ APE-free PSAs are offered under the Covinax®, Micronax® and Acrynax® families. Phone (800) 877-4583 or visit www.franklinadhesivesand polymers.com.
GREENGUARD ENVIRONMENTAL INSTITUTE Website The GREENGUARD Environmental Institute has announced the launch of its new website. Improvements include: •Redesigned Site Structure and Navigation. New site structure features four distinct sections custom-designed for key audiences: manufacturers; architects/designers; owners/builders; and consumers. • Upgraded GREENGUARD Product Guide. The new GREENGUARD website offers a search interface that is faster and more intuitive. An additional search option allows users to search by credits in LEED, CHPS, Green Guide for Heathcare, ASHRAE 189.1 or Green Star. • Additional Resources. The new Technical Center offers an assortment of additional resources that provide information on indoor air quality and GREENGUARD testing procedures and certification criteria. • Communication Tools. Share favorite content instantly Adhesives & Sealants Industry
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GREEN MATERIAL PROFILES via e-mail, Twitter, Facebook or a number of other social media by simply clicking on the share button found at the bottom of each page. Visit www.greenguard.org.
H.B. FULLER CO. Solventless Adhesive System The new FlextraSLFast™ solventless adhesive system allows converters to laminate at up to 1,800 ft/min, slit in as few as six hours and PAA decay in as few as two days. The system enables a package to be laminated, slit, pouched and shipped, and then filled and shipped with finished goods in as few as three days. “To support our customers with their challenges in the rapidly growing area of flexible packaging converting, we continually enlist our formulating knowledge and experience to develop innovative adhesive formulations that meet their evolving needs,” said Bill Bricker, business development manager. “H.B. Fuller’s new FlextraSL Fast solventless adhesive system addresses some rigorous demands from end-users for innovative flexible packaging laminations.” The new adhesives meet many processing needs with one formulation. The system’s chemistry allows for excellent appearance and adhesion to many substrates, including typical cellophane, nylon, OPP, PET, and high-slip sealant films. The adhesives are compatible with most water-based inks, even on PET. Visit www.hbfuller.com.
HENKEL Sustainable Tote-Recovery Brochure A new brochure from Henkel explains the company’s tote recovery program, including details of what customers need to know to participate. Henkel has partnered with National Container Group (NCG) to provide Henkel customers with a quick, simple way to return empty, serviceable plastic totes after use, according to Isabelle Valois, Channel Marketing and Development manager of Henkel Corp. “In this sustainable packaging recovery program, NCG picks up totes from our customers, washes them and reintroduces them into the supply chain.” “By cleaning and reusing the plastic 275-gal totes instead of discarding them, the Tote Return Program eliminates the production of 2.3 million lbs of virgin resin a year,” said Stephanie Learman, Henkel Purchasing director. “Because the steel cages that hold the totes are also reused, production of 4.5 million lbs of new steel is eliminated as well.” Visit www.naturallyhenkel.com.
MAPEI U.S. Website Updated for Green MAPEI has retooled its U.S. website to meet the needs of contractors and architects. The company has added information on green initiatives, including a tutorial for understanding the components of the Leadership in Energy and Environmental Design (LEED) building rating and certification system. The Building Information Modeling (BIM) system is being used more frequently by architects in designing buildings and by contractors in bidding for projects from those designs. MAPEI’s 40
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“Tools for Architects” links to ARCAT and other systems where complete MAPEI systems can be located in BIM format to add to designs. In addition, new non-proprietary CAD drawings and specifications following the TCNA 2011 Handbook for Ceramic, Glass and Stone Tile Installations have been placed in this section of the website. “MAPEI products play an important role in flooring installations and concrete restoration,” said Steven Day, manager of Operational Marketing for MAPEI. “We are always working to make our products easier for the construction community to specify and use, and we feel that our new U.S. website features will put those benefits at their fingertips.” Visit www.mapei.us.
SEAL BOND Sausage Filling Capacity This company has installed a new sausage filling machine that will enable it to fill 10- and 20-oz sausages, as well as custom sizes. Sausage containers are environmentally friendly and take up less than 1/10th the landfill space as cartridges. Phone (800) 252-4144 or visit www.seal-bond.com. February 2011
WHAT’S NEW RAW MATERIALS CVC THERMOSET SPECIALTIES GLYCIDYL ESTERS
This company, an Emerald Performance Materials company, has introduced a new glycidyl ester product line. The patent-pending technology addresses a need in the marketplace for impact modifiers that deliver both high peel strength and high impact strength while maintaining a high Tg in the epoxy matrix. The new products can provide effective alternatives to traditional core-shell and high-molecular-weight non-epoxy type polyols used as impact modifiers, which may offer either high impact or high peel adhesion but typically are not delivered optimally. New products include Hypro 1300X63 ETBN, Hypro 1300X68 ETBN, and Hypro 2000X174 ETB. The first two are diglycidyl esters of low-molecular-weight butadieneacrylonitrile copolymer; the third is a diglycidyl ester of a low-molecular-weight butadiene homopolymer. Web: www.cvc.emeraldmaterials.com
DSM SOMOS RESIN
Somos® NeXt is an advanced resin for approaching true thermoplastic performance. The material can produce parts that demonstrate an unprecedented combination of stiffness and toughness, yet offer the high feature detail, dimensional accuracy, and aesthetics provided by stereolithography. Applicable market segments for the material include aerospace, automotive, consumer products and electronics. It is also compatible for producing functional end-use performance prototypes including snap-fit designs, impellers, duct work, connectors, electronic covers, automotive housings, dashboard assemblies, packaging and sporting goods. Web: www.dsm.com
According to the company, the adhesive offers high adhesion (up to 3,500 psi) on plastic, metal and glass substrates, and is ideal for use on parts that feature inherent blue fluorescing agents. This single-component, gel viscosity adhesive offers excellent performance on vertical or porous surfaces as it will not drip, run or migrate. Curing to depths greater than 0.25 in., 3979 is ISO-10993 biocompatible and can be used for bonding or sealing a range of medical devices, including medical tubing and fluid/respiratory devices. Web: www.henkel.com
EQUIPMENT
CHARLES ROSS & SON CO. MACTAC
BENCH-TOP HIGH-SHEAR ROTOR/STATOR MIXER
MEDICAL ADHESIVES
A new bench-top model of this company’s line of high-shear rotor/stator mixers is now available. The high-shear mixers can be used for dispersion, emulsification, homogenization and particle size reduction. The new LCI-V model has many standard features, including: 1-HP variable-speed drive for operation up to 10,000 rpm; 316 stainless steel wetted parts; four stator heads (slotted, square hole, fine screen and round hole); a temperature probe to monitor batch temperature; vacuum and jacketed mix vessel; raw material addition ports in cover; and various controls (tachometer, timer, speed, and power draw and automated raise/lower). Phone: (800) 243-ROSS Web: www.mixers.com
A new line of medical adhesives can be used for diagnostic laboratory, patient identification and prescription labeling applications. The medical adhesive solutions for labeling applications are available in medium- to high-sensitivity bright white direct thermal and thermal transfer facestocks, and are topcoated for high performance. These facestocks are available in two adhesive options that are protected by a semibleached, calendered kraft liner for excellent die cutting and stripping. For medical vial, test tube and specimen containers labeling, the facestocks are paired with XT-99, a permanent acrylic emulsion adhesive that offers good open time and outstanding mandrel hold and adhesion to curved surfaces and various substrates, including corrugated, glass, and plastic. For a variety of barcode, laboratory files and patient tracking healthcare labeling applications, the facestocks are paired with ST95, a permanent acrylic emulsion adhesive that offers excellent ultimate adhesion, good open time and latex glovefriendly attributes. Web: www.mactac.com
PRES-ON
P R O D U C T & L I T E R AT U R E
Showcase METTLER TOLEDO offers thermal analysis solutions for the analysis / troubleshooting of resins and adhesives for quality control. Perform DMA curing measurements from liquid to solid in a single experiment. ment.
MASKING FILM
FORMULATED ADHESIVES HENKEL LIGHT-CURE ADHESIVE
Loctite® 3979™ light-cure adhesive is a translucent, non-sagging gel formulation designed to fill moderate gaps without migrating beyond its intended location. The adhesive cures in seconds upon exposure to UV/visible light, and fluoresces red for easy on-part detection prior to or following cure. February 2011
PBWMF-4 white masking film is a 3-mil polyolefin film coated with a removable acrylic adhesive that can prevent damage to glass, auto trim, clear-coated aluminum, and other highly polished finishes. The adhesive does not build over time and can remove cleanly from most surfaces up to one year after application. The adhesive delivers a cling-like low initial grab, which allows for clean repositioning to find the perfect fit while providing environmental resistance (-20-150°F) and aging properties. Phone: (800) 690-8025 Web: www.pres-on.com
Contact: Michael Zemo Market Manager – Thermal Analysis Phone: 614-438-4686 E-Mail:
[email protected] www.mt.com/ta-applications
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WHAT’S NEW METTLER TOLEDO
UNION PROCESS INC.
FLASH DIFFERENTIAL SCANNING CALORIMETER
ATTRITOR
The new flash differential scanning calorimeter (FDSC) offers extremely high cooling (-4,000ºC/ sec) and heating (40,000ºC/sec) rates, allowing for the study of crystallization and reorganization processes of materials that were not previously possible. In addition, the unit features a wide temperature range (from -95-450ºC in one measurement) and an ergonomic design. Web: www.mt.com
The new C-20 continuous attritor, which uses 1/8-3/8in. grinding media, is designed for applications that require continuous production of large quantities of material. It is a low-maintenance, high-efficiency mill designed for processing ceramics, coatings, agricultural products, metal oxides, and other materials. It was engineered with a “swivel head,” allowing for easy access to the top of the grinding chamber. The unit also comes equipped with a 60-hp variable frequency drive, tangential inlet assembly, media charging port and media discharge plug. Web: www.unionprocess.com
NORDSON CORP. CUP GUN KIT
A cup gun kit is now available for this company’s Encore manual powder spray gun, providing users with the ability to achieve full-scale production results in laboratory and field test trials of various powder formulations and colors. In its cup gun configuration, the Encore manual gun achieves transfer efficiency, part coverage and cured-finish results similar to that of a production Encore system spraying from a more typical capacity hopper or vibratory box feeder. Designed for efficient, small-scale testing with results that correlate to production coating operations, the cup gun kit can be used to evaluate new powder formulation types and colors by powder manufacturers and end users. Web: www.nordson.com
Market Research • Opportunity analysis • Customer surveys • Mergers and acquisitions • New developments • Market analysis • Industry structure • Competitive intelligence • Key trends
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MIXER BROCHURES
BASF
DIAPHRAGMS
TECHNICAL BULLETIN
Full-stroke polytetrafluoroethylene (PTFE, Teflon®) diaphragms are now available for use on this com-
A new technical bulletin from BASF Wall Systems describes a key test and two acceptance criteria that should be considered when evaluating air/water-resistive barriers. The purpose and procedures of each qualification are outlined. Results of tests conducted on BASF’s Enershield air/water-resistive barriers are also included, as well as summary discussions of the meaning of the results. Web: www.enershield.basf.com
Technology Focus • Anaerobics • Cyanoacrylates • Reactive acrylics • Epoxies • Hot melts • Gasketing Market Focus • Industrial • Automotive OEM • Automotive aftermarket • Medical • Construction Management Consulting Innovation can be planned and managed to meet the strategic goals of a company. We have concentrated on integrating the R&D functions of companies into their strategic plans and putting systems in place to continuously measure the effectiveness of investments in R&D.
www.adhesivesmag.com
ARDE BARINCO INC.
WILDEN
Adhesives and Sealants-Technology, Applications and Markets
Technical Consulting • Formulation advice • Sourcing information • New developments • Application development • Application troubleshooting • Problem solving
RESOURCES This company, a Pratt and Whitney Rocketdyne Co. division of United Technologies, offers technical brochures on its laboratory and pilot plant equipment. Brochures are available on the model CJ-2A reversible homogenizer, the larger model CJ-4E reversible homogenizer and the economical pilot plant model CJ-20 series. All laboratory and pilot plant mixers can be scaledup to full production capacity. Web: www.abmixer.com
CONSULTING BY “DR. DAVE” Dr. Dave Dunn writes the monthly “Questions and Answers” column in Adhesives & Sealants Industry magazine, and is a unique source of both technical and management consulting for the adhesives and sealants industry.
pany’s air-operated double diaphragm (AODD) pump lines. The full-stroke design of these diaphragms results in improved pump performance due to increased product displacement per stroke, translating into greater flow rates and higher efficiencies than those found in pumps that operate with reduced-stroke PTFE diaphragms. Web: www.wildenpump.com
About the principal… Dr. Dave Dunn is President of F.L.D. Enterprises, which is located near Akron, Ohio, USA. He is a former Vice President and Director of Loctite Corporation and has consulted for many adhesives and sealants manufacturers and users in both North America and Europe. He is the author of several books and many articles, including the recent book Adhesives and Sealants-Technology, Applications and Markets, published by Rapra Technology Ltd. (www.polymer-books.com). F.L.D. Enterprises Inc. 242 Trails End Aurora OH 44202 Tel. 330-562-2930 FAX 330-247-1690 e-mail
[email protected] web site www.fldenterprises.com
DYMAX KOREAN WEBSITE
This company has launched www.dymax. co.kr, a new website for its Korean location. The website was configured to match the design and style of the company’s corporate website. The new site provides product information and events featured in a rotating slideshow, as well as detailed web pages with information on the company’s products, downloadable selector guides, technical bulletins, and application videos. Web: www.dymax.com February 2011
SERVICES MARKETPLACE L A B O R AT O R Y & T E S T I N G S E R V I C E S
C O N S U LT I N G S E R V I C E S Haas Technical Consulting ........................................................................... 43
D I S T R I B U T I O N S E RV I C E S Heigl Technologies ...................................................................................... 43
L A B O R AT O R Y & T E S T I N G S E R V I C E S Chemsultants International Network ............................................................ 43
M A N U FA C T U R I N G & P R O C E S S I N G S E R V I C E S ChemLink.................................................................................................... 44 Polymeric Systems, Inc. ............................................................................... 44 Resin Lab .................................................................................................... 44
P R I VAT E L A B E L I N G S E R V I C E S
C O N S U LT I N G S E R V I C E S
The Ruscoe Company .................................................................................. 43 This index is a feature maintained for the convenience of the advertiser. It is not part of the advertiser’s contract, and ASI assumes no responsibility for its accuracy.
P R I VAT E L A B E L I N G S E R V I C E S
Haas Technical Consulting Are you a small to medium adhesives/sealants company? Need to find and implement new sales and savings opportunities? Need senior technology management skills but not the full-time costs? Need mentoring for a solid but green technical manager or group? Profit from over 25 years of experience $$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$
IMPROVE YOUR BOTTOM LINE We’ll private label our premium line of VOC compliant sealants and adhesives, or, we’ll custom package your materials for you. We’ve been at this business for over 60 years and we’ve gotten very, very proficient (cost effective) at both manufacturing and packaging while simultaneously ensuring critical quality control. For a completely confidential review of your specific requirements, please contact Paul Michalec, President, The Ruscoe Company, at 330.253.8148 or on the web at Ruscoe.com.
Adhesives & Sealants
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and Sealant expertise in: Capital projects Industrial Outsourcing Packaging Insourcing Raw Material Options Product Line Analysis
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D I S T R I B U T I O N S E RV I C E S
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CUSTOM DISTRIBUTION SERVICES
Heigl Adhesives will provide distribution services tailored to your manufacturing needs. *Epoxies *Hot Melts *Cyanacrylates *Anaerobics *Urethanes *Silicones
*PUR Hotmelt *Methacrylates *Dispensing *Needles and Syringes *UV’s *Potting Compounds
Please call for a proposal today! p.800.401.1441 www.heigladhesive.com f.952.943.1255
[email protected]
February 2011
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9/7/10 10:28:37 AM
SERVICES MARKETPLACE M A N U FA C T U R I N G & P R O C E S S I N G S E R V I C E S
Do You Have Discontinued Raw Materials or High Minimums? We specialize in Custom Formulation of Encapsulants & Adhesives for electronic assembly & packaging as well as for general product assembly. • Protection of your intellectual • Toll Blending, Modi¿cations property is guaranteed. & QA Testing if you already have speci¿ed a formula or product. • FREE Initial Samples often available within 5 business • Polymer Analytical Lab fully days. staffed with quali¿ed Chemists & Technicians. • FREE Consulting & Testing services for our Resin Customers.
• Many Specialty Packaging options available.
ISO9001:2000 CERTIFIED
www.resinlab.com • 866-322-8322 N186 W11687 Morse Drive, Germantown, WI 53022
Seeking Private Label Business
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• Seeking new Private Label/toll manufacturing for solvent-free adhesives, sealants/coatings. • Leader in North American polyether technology • Multiple packaging configurations • Standard and custom formulations • Excellent turnaround w/newly expanded capacities • Dedicated R&D facility
[email protected] 800-826-1681 • www.chemlinkinc.com
CUSTOM REPRINTS
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If your company was mentioned in ASI, reprints of that article are a great sales tool!
Why Reprints? Distribute them at tradeshows. Mail them to your prospects. Use them in sales presentations.
Call Peg at 614-760-4222 or email:
[email protected]
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Promote Your Services to the Adhesives and Sealants Industry Be included in all 12 issues for one economical charge. Contact Peg Van Winkle at 614-760-4222 or
[email protected] for more information regarding advertising in ASI 's Services Marketplace.
February 2011
CLASSIFIEDS FOR SALE
Research & Lab Technician
Northeast Sales Representative
Premier Industrial Supply, a manufacture of sealants & adhesives, is looking for an introductory position for the development of formulations to support the growth of Premier’s latex, silicone & sealant materials in Canton, Ohio. In this role, the successful candidate will be expected to work closely with the President, Project manager, sales and marketing, equipment suppliers, and vendors to support the development and commercialization of next generation high performance sealants. Experience in latex caulking, silicone, ms polymer materials with knowledge of physical properties and formulation is required. This is an introductory position to the company requiring an aptitude and passion for quality hands on laboratory work, creativity and new product innovation; as well as good communication skills. This role includes the opportunity to work in a fast, changing environment. For consideration, please email your resume to
[email protected].
Premier Industrial Supply, a nationwide sealant and adhesive manufacturer in Canton, Ohio is seeking an Eastern Sales Manager responsible for the New England markets. We are looking for an aggressive, high energy sales professional with at least three years of direct outside sales experience who resides in Philadelphia, New York, or New Jersey. Excellent communication and presentation skills are required. You will manage and expand sales through an existing customer base, yet your main emphasis will be on developing new accounts. As an innovative industry leader, we offer top benefits including: • a competitive base salary and com mission program • a bonus program • healthcare benefits • extensive training opportunities • company vehicle allowance • an environment which promotes growth • For consideration please email your resume to
[email protected].
EXECUTIVE SEARCH
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SALES REPS WANTED asi0211class-Premier2.indd 1/3/11 9:20 AM Our company is1 looking for experienced adhesive
sales people. Several territories available. E-mail resumes to
[email protected] www.heigladhesive.com
Can represent non-competing product lines. Rep. the best specialty PSA manufacturer in the U.S. www.heartlandadhesives.com Contact Andy Friesch- 262-255-9171 ext. 102
[email protected]
January 2011
18, • Volume
sivesm www.adhe Issue 1 •
Specializing in adhesives/sealants industry. Seeking passionate, high-impact professionals for nationwide positions. Send your resume in confidence to: Spencer M. Hermann 28052 Camino Capistrano, Suite 209 Laguna Niguel, CA 92677 (949) 429-8813 •
[email protected]
Reps. Wanted in West, South and East
Submit Classified Ads Online Visit www.adhesivesmag.com and click on “Classified Ads” to place your ad today!
SUBSCRIBE
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A leader in the grinding and dispersion industries
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February 2011
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ASK
AD INDEX
DR.DAVE
QUESTION: I am researching gluing products and production methods for a customer. I will be bonding polypropylene, polycarbonate, polyethylene or polymethylmethacrylate plastics to a coated aluminum foil. The plastic pieces will cover small compartments containing the customer’s product, and I need to be able to peel away the plastic piece, taking the entire foil piece to which it has been glued without any possibility of failure. I need to obtain around 20 N/cm². I cannot have temperatures over 50°C during the gluing procedure, and I need the adhesive to have FDA approval. What do you recommend? ANSWER: I might have recommended a high-performance hot melt for your application, but since you don’t want to exceed 50°C as your application temperature, I think you should look at a cyanoacrylate adhesive. Several FDA-approved cyanoacrylates are available. However, if you choose to use the polypropylene or polyethylene as your substrate, you will need to treat the surface (e.g., plasma treatment or a special polyolefin primer with the adhesive). QUESTION: We want to adhere PVC to PVC and EVA to PVC without using a cyanoacrylate adhesive. What is the solution?
Several FDA-
ASK
ANSWER: PVC can often be approved a difficult substrate to bond, particularly if it is flexible. Adhesives that give a good cyanoacrylates are initial bond often degrade over time because of plasticizer available. migration from the PVC. Assuming that you don’t want to handle a solvent-containing adhesive, I would recommend that you look at a tough acrylic adhesive for the application. These adhesives are available as either two-component mixable systems or as a system comprising a low-viscosity primer applied to one surface and the adhesive to the other surface.
DR.DAVE
Adhesive & Sealant Council, Inc.
www.ascouncil.org
7
Adhesive & Sealant Council, Inc.
www.ascouncil.org
8
Conn & Co.
www.connblade.com
Connolly Bove Lodge & Hutz LLP
www.cblh.com
Emerald Performance Materials
www.emeraldmaterials.com
ExxonMobil Chemical Co.
www.escorez.com
F.L.D. Enterprises
[email protected]
42
Green Manufacturing Expo
www.GreenMfgExpo.com
24
Imass, Inc.
www.imass.com
12
MasoSine
www.masosine.com
11
Merlin Packaging Technologies Inc.
www.merlinpackaging.com
14
Tech ManufactureXPO
www.TechManufactureXPO.com
IBC
Univar USA Inc.
[email protected]
4
Wacker Polymers
www.wacker.com/move
23
3
13
IFC
Do You Have a Question for Dr. Dave?
Visit www.adhesivesmag.com and click on Ask Dr. Dave in the left-hand column. Dr. Dave Dunn is a former vice president and director of Loctite Corp. and has
BC
spent many years troubleshooting adhesive and sealant problems in the adhesives, sealants, specialty rubbers, and plastics fields. Questions for publication should be directed to him at 242 Trails End, Aurora, OH 44202; (330) 562-2930; FAX (330) 247-1690; e-mail
[email protected]; or visit www.fldenterprises.com. Any views or opinions expressed in this column are those of the author and do not represent
This index is a feature maintained for the convenience of the advertiser. It is not part of the advertiser’s contract, and ASI assumes no responsibility for its accuracy.
those of Adhesives & Sealants Industry, its staff, Editorial Advisory Board or BNP Media.
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February 2011
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CREATING TOMORROW’S SOLUTIONS
MAKE THE MOVE TO GREATER COST-EFFICIENCY
VINNAPAS® EP 1400 enables you to formulate adhesives that are more eco-friendly and offer superior wet tack, setting speeds, adhesion and water resistance. You can reduce your costs by replacing many additives and eliminating production steps. Move up to VAE grades and bring your inventory and production costs down. Find out more at www.wacker.com/move