These new TPEs contain 25 percent post-consumer recycled (PCR) content from PVB reclaimed from broken automotive windshields and laminated architectural glass. Their performance properties also fit automotive applications that could benefit from vibration damping, such as door mats, door damping and glove boxes. These material developments create an opportunity to help divert mountains of valuable resources from the waste stream and upcycle them into new products.

These new TPEs contain 25 percent post-consumer recycled (PCR) content from PVB reclaimed from broken automotive windshields and laminated architectural glass. Their performance properties also fit automotive applications that could benefit from vibration damping, such as door mats, door damping and glove boxes. These material developments create an opportunity to help divert mountains of valuable resources from the waste stream and upcycle them into new products.

These new TPEs contain 25 percent post-consumer recycled (PCR) content from PVB reclaimed from broken automotive windshields and laminated architectural glass. Their performance properties also fit automotive applications that could benefit from vibration damping, such as door mats, door damping and glove boxes. These material developments create an opportunity to help divert mountains of valuable resources from the waste stream and upcycle them into new products.

Gaskets and stoppers can benefit from our Versaflex™ HC TPEs, which feature no coring and high resealability for dynamic and static seals and stoppers. Tubing made from thermoplastic elastomers  traditional medical tubing materials. Films, bags and bottles made from TPEs maintainexceptional clarity, high performance and are autoclavable.

These new TPEs contain 25 percent post-consumer recycled (PCR) content from PVB reclaimed from broken automotive windshields and laminated architectural glass. Their performance properties also fit automotive applications that could benefit from vibration damping, such as door mats, door damping and glove boxes. These material developments create an opportunity to help divert mountains of valuable resources from the waste stream and upcycle them into new products.

These new TPEs contain 25 percent post-consumer recycled (PCR) content from PVB reclaimed from broken automotive windshields and laminated architectural glass. Their performance properties also fit automotive applications that could benefit from vibration damping, such as door mats, door damping and glove boxes. These material developments create an opportunity to help divert mountains of valuable resources from the waste stream and upcycle them into new products.

These new TPEs contain 25 percent post-consumer recycled (PCR) content from PVB reclaimed from broken automotive windshields and laminated architectural glass. Their performance properties also fit automotive applications that could benefit from vibration damping, such as door mats, door damping and glove boxes. These material developments create an opportunity to help divert mountains of valuable resources from the waste stream and upcycle them into new products.

APR Recognizes OnColor™ NIR Sortable Colorants from Avient as Preferred for Recyclability New Technology from Avient Helps Trace Origin of Fibers in Polyester and Polyamide Textiles New Details on Specialty, Sustainable Technologies and Services from Avient Featured at K 2022

Groundbreaking New Portable Emergency Oxygen Device from Rapid Oxygen Relies on PolyOne Healthcare Expertise Cosmetic Packaging Reimagined with Versaflex™ PKG Thermoplastic Elastomers from PolyOne Beyond Acrylic: New Resilience™ LS Materials from PolyOne Boost LED Lens Performance

to Work® certification from the Net income from continuing operations Net proceeds from divestiture