Complēt™ Moisture Resistant Nylons

Like other polyketone-based Complēt PKE products, these new fire-retardant formulations offer high-impact performance, excellent chemical resistance, and low moisture uptake.

It also allows us to deliver good moldability and resistance to sterilization.

Royalite™ flame retardant, UL- listed sheet materials provide the chemical resistance, formability and impact strength needed for large medical and electronic housings. 

In thermal aging tests at up to 130°C for 1,000 hours, products made with OnColor durable orange nylon colorants achieved improved results compared to similar orange colorants against long-term fading resistance while meeting customer requirements of no migration and low volatility.

This helps balance impact resistance and density with environmental responsibility and allows for greater design flexibility and efficient processing through standard injection molding methods.  

This material portfolio also delivers excellent flame, chemical, and UV light resistance, making it a cost-effective replacement for various engineered polymers and metal in applications such as laundry consoles, circuit board housings, medical equipment, and LED lighting.

High-Temperature Resistance: Effective across a range of high-temperature polymers with a maximum service temperature exceeding 150°C, this additive meets the rigorous demands of various manufacturing environments

reSound™ OM bio-based TPEs: Based on biopolymers derived from sugarcane, all grades utilize 35 to 50 percent bio-based content, and are formulated to deliver varying hardness levels, favorable property retention, and UV resistance comparable to traditional TPEs.

Customer success story with a medical device company using Avient’s Colorant Chromatics™ Transcend™ Bio-compatible Premier Healthcare Colorants: Intended specifically for medical applications, the pre-colored solutions that are fully bio-compatible per ISO 10993 standards helped provide a customer that manufactures medical devices with ultra-high-heat resistance and performance for its orthopedic instruments without compromising safety.