Post-consumer recycled containing resins supporting the environmentally-friendly trend in plastics
Trinseo is a global chemical materials solutions provider and manufacturer of plastics, latex binders, and synthetic rubber.
Trinseo focuses on delivering innovative and sustainable solutions to help their customers create products that are intrinsic to how we live – products that touch lives every day across a wide range of end markets.
They are passionately dedicated to helping their customers meet their most complex materials challenges – whether they are creating electronics that are thinner and lighter… or cars that weigh less and use less fuel. Trinseo plastics enable manufacturers to create LED lighting that is brighter and cooler and reduces energy consumption… and medical devices that are impervious to the harsh chemical cleansers used in sterilization. Their synthetic rubber allows tire manufacturers to make high-performance tires with low rolling resistance and improved wet grip for greater fuel efficiency. And, latex binders enable manufacturers to deliver tailored solutions that enhance packaging materials and help highway infrastructure last longer.
No matter the industry, Trinseo brings its vast experience, technical expertise, and out-of-the-box thinking to every product they touch.
TRINSEO | CONNECTING IDEAS WITH SOLUTIONS
Related Product & Tech Guides
Trinseo MAGNUM™ ABS is available in a wide range of high-performance grades offering high gloss, low gloss, high heat resistance, and high and medium impact performance. MAGNUM™ ABS is known for its excellent clear and white natural color and lot-to-lot consistency, making coloring-at-the-machine easy, consistent and lower cost. Let MAGNUM™ ABS deliver cost, color, and performance for your next project!
Trinseo PULSE ™ PC/ABS is a high-performance engineering resin that offers high heat resistance, excellent toughness and impact, and excellent processability. PULSE™ is the perfect material choice when your applications require high temperature resistance along with high impact performance, even at cold temperatures.