December 5, 2006
Kraton Introduces New UV Reactive Technology for Low Density Foamed Adhesive Systems
Kraton Polymers LLC (Kraton), a leading global performance polymer producer, today announced the successful introduction of highly reactive adhesive polymers that can be cross-linked with UV radiation, and subsequently expanded into low density foamed adhesive systems. This new innovation has been catalyzed by a highly cross-linkable SBS grade, allowing for new application development and market opportunities.
This new SBS grade specifically targets technically demanding applications, such as automotive. Applications include use in sprayable foamed adhesives, the preparation of gaskets and sealants having the ability to expand in place, and potentially in acoustical and vibration damping applications."Kraton is committed to developing technological breakthroughs that can be quickly translated into meaningful advances in the adhesives industry," said Jim Smith, global vice president and general manager for Kraton Adhesives, Sealants and Coatings. "We have a large, dedicated research and development team focused on adhesive technology that works collaboratively with our innovation partners to bring new solutions to market with world class speed."
Facilitated by the highly cross-linkable SBS grade (patent application #: WO2006/100210), Kraton has produced reactive adhesive systems which can be easily processed and then cross-linked by exposure to UV radiation. This new polymer technology is extremely advantageous as it couples the inherent processability and functional advantages of SBCs with a number of performance properties typically associated with thermoset polyurethane (TPU) and natural rubber adhesive systems. The end result expands the capabilities of SBC adhesive systems to higher service temperature ranges and improved solvent and chemical resistance.
Through continued research and development efforts, Kraton has further expanded the UV reactive technology into low density foamed adhesive systems. With Kraton's new technology, the polymer system can now be UV cross-linked and then expanded via heat activation to achieve density reductions in excess of 65 percent.
"Kraton has designed these polymers systems in such a way that both the tack and adhesion of low density adhesives can be customized to fit the precise needs of a given application," said Dr. George Gumulka, technology manager for Kraton's Adhesives, Sealants and Coatings. "Another competitive advantage is that these foamed adhesives bring the advantage of lower weight and often reduced total system costs."
For more information about Kraton, please visit the website at www.kraton.com or send an e-mail to email@example.com.
Kraton is a leading global performance polymer company and is the world's largest producer of styrenic block copolymers (SBCs), a family of products whose chemistry we pioneered more than forty years ago. SBCs are highly-engineered thermoplastic elastomers, which enhance the performance of numerous products by delivering a variety of attributes, including: greater flexibility, resilience, strength, durability and processability. Kraton polymers are used in a wide range of applications including adhesives, coatings, consumer and personal care products, sealants, lubricants, medical, packaging, automotive, paving, roofing, and footwear products. Kraton has the leading position in nearly all of its core markets and is the only producer of SBCs with global manufacturing capability. Its production facilities are located in the United States, The Netherlands, Germany, France, Brazil, and Japan.
Kraton, the Kraton logo and design are trademarks of Kraton Polymers LLC.
This press release may include "forward-looking statements" which are statements other than statements of historical fact and are often characterized by the use of words such as "believes,""expects,""estimates,""projects,""may,""will,""intends,""plans" or "anticipates," or by discussions of strategy, plans or intentions. All forward-looking statements in this press release are made based on management's current expectations and estimates, which involve risks, uncertainties and other factors that could cause results to differ materially from those expressed in forward-looking statements. Readers are cautioned not to place undue reliance on forward-looking statements. We assume no obligation to update such information.