Thermoplastic Elastomers Knowledge Base Home // Resources // Knowledge Base // Technical Bulletins This TPE Tip can help you achieve: •    Conventional, opaque colors •    High visibility, fluorescent, bright colors •    Transparent, translucent, or pearlescent colors •    Thermochromic colors for color change based on temperature    

Thermoplastic Elastomers Knowledge Base Home // Resources // Knowledge Base // Overmolding Guide The GLS™ TPE Overmolding Guide is a compilation of more than 25 years of experience in the development, design and processing of overmolding TPEs, based on contributions from a variety of Avient and industry sources.

Avient Launches Nymax™ BIO Low Water Absorption and Bio-Based Polyamides Caption: Avient Launches NymaxTM BIO Low-Water-Absorption and Bio-Based Polyamides To download a high-resolution image, please click here: FOR MEDIA Avient Launches Long Fiber Composites Based on Nylon Reclaimed from End-of-Life Fishing Nets

Home // Resources // Knowledge Base // Can Polyketone (PK) Materials Provide an Alternative to Polyoxymethylene (POM)? Fortunately, polymers based on polyketone (PK) offer a strong potential to replace POM by delivering equivalent performance and avoiding the toxicity issues of formaldehyde.

Home // Resources // Knowledge Base // Can Polyketone (PK) Materials Provide an Alternative to Polyoxymethylene (POM)? Fortunately, polymers based on polyketone (PK) offer a strong potential to replace POM by delivering equivalent performance and avoiding the toxicity issues of formaldehyde.

Home // Resources // Knowledge Base // Can Polyketone (PK) Materials Provide an Alternative to Polyoxymethylene (POM)? Fortunately, polymers based on polyketone (PK) offer a strong potential to replace POM by delivering equivalent performance and avoiding the toxicity issues of formaldehyde.

Home // Resources // Knowledge Base // Can Polyketone (PK) Materials Provide an Alternative to Polyoxymethylene (POM)? Fortunately, polymers based on polyketone (PK) offer a strong potential to replace POM by delivering equivalent performance and avoiding the toxicity issues of formaldehyde.

Home // Resources // Knowledge Base // Enhance Electric Vehicle Battery Design and Performance Furthermore, the lighter weight of polymer-based batteries contributes to improved energy efficiency, reducing greenhouse gas emissions during vehicle operation.  Using engineered polymers in electric vehicle batteries presents numerous advantages over traditional metal-based materials.

Home // Resources // Knowledge Base // Enhance Electric Vehicle Battery Design and Performance Furthermore, the lighter weight of polymer-based batteries contributes to improved energy efficiency, reducing greenhouse gas emissions during vehicle operation.  Using engineered polymers in electric vehicle batteries presents numerous advantages over traditional metal-based materials.

Home // Resources // Knowledge Base // Enhance Electric Vehicle Battery Design and Performance Furthermore, the lighter weight of polymer-based batteries contributes to improved energy efficiency, reducing greenhouse gas emissions during vehicle operation.  Using engineered polymers in electric vehicle batteries presents numerous advantages over traditional metal-based materials.