HIFORMER™ Liquid-Cast and Blown Film Polymer Hiformer™ Liquid Polymer Processing Aid provided sustainability and production benefits for packaging film supplier Discover how Avient custom polymer formulations make the difference for 5G base station antenna phase shifts (Chinese language version)

Watch to learn how Cesa™ Unify™ A4R helps bring incompatible polymers, such as PP and PE, together by forming them into a homogenous polymer mixture that increases mechanical properties based on polymer modification. Nymax™ Polymer Formulations Design Guide

List with examples of polymer additives and colorants that are suitable for PET resins Learn how polymers can improve heat management, reduce weight, and expand design freedom Polymer Heat Sinks for LED Lighting

List with examples of polymer additives and colorants that are suitable for PET resins Learn how polymers can improve heat management, reduce weight, and expand design freedom Polymer Heat Sinks for LED Lighting

Chemically Resistant Polymers for Next Generation Devices Avient Healthcare Polymer Colorant and Additive Solutions - Video Delivered durable and aesthetically pleasing specialty polymer with the added benefit of processing flexibility without retooling

Learn how OnColor Brilliant Metallic Colorants produce a striking look for polymer parts (Chinese language version) Read about our polymer solutions for outdoor gear and equipment Polymer colorants formulated specifically for healthcare product applications

Consider replacing metal heat sinks and housings with our specialty polymer solutions to reduce weight, increase design options, manage heat, and boost your manufacturing efficiency. Our polymer portfolio features corrosion-resistant PVC, CPVC and glass-filled vinyl composites that will more than meet your needs.  Specialty polymer solutions from Avient help you design functional power management devices that meet relevant standards and support your goals for sustainability, safety and dependability. 

Home // Creating Circular Composites: Challenges and Opportunities for Polymer Materials Engineers In pyrolysis, the polymer matrix is oxidized at temperatures >500°C, recovering energy plus the fibers. In solvolysis, the chain length of matrix polymers is reduced toward monomers while removing the matrix from the fibers so that both the fibers and matrix chemical products can be recovered.

Home // Creating Circular Composites: Challenges and Opportunities for Polymer Materials Engineers In pyrolysis, the polymer matrix is oxidized at temperatures >500°C, recovering energy plus the fibers. In solvolysis, the chain length of matrix polymers is reduced toward monomers while removing the matrix from the fibers so that both the fibers and matrix chemical products can be recovered.

Home // Creating Circular Composites: Challenges and Opportunities for Polymer Materials Engineers In pyrolysis, the polymer matrix is oxidized at temperatures >500°C, recovering energy plus the fibers. In solvolysis, the chain length of matrix polymers is reduced toward monomers while removing the matrix from the fibers so that both the fibers and matrix chemical products can be recovered.