Homepage // News Center // Avient Expands 5G RF Material Portfolio with PREPERM™ Low-Loss Dielectric Thermoplastics The devices, in turn, rely on materials that limit signal loss at high-band 5G frequencies (mmWave). These dielectrically tuned materials are a perfect complement to our current portfolio of 5G solutions that meet this dynamic industry’s needs.”

Trendwatch™ Overcoming 5G Component Challenges (English) Understanding TPE Performance for Enabling 5G Technologies Material Selection for Four Healthcare Environments - White Paper

Vehicle Control Materials Thermally conductive materials 5G Applications

OnForce™ LFT long fiber materials Long fiber composite materials 5G Applications

Trendwatch™ Overcoming 5G Component Challenges (English) Understanding TPE Performance for Enabling 5G Technologies Introduction to TPEs that universally bond to non-polar substrates such as polypropylene

Not enough material Incompatible materials Material degradation

This is especially true for long, thin parts or parts where the substrate is thinner than the overmold or if a low modulus substrate material is used. Use a higher modulus substrate material Provide a spring-loaded area if the inserted substrate is a metal or other non-compressible material.

Lightweight Materials for Airplanes & Rail Cars Catheter Materials & Medical Tubing 5G Applications

Lightweight Composite Material Solutions Catheter Materials & Medical Tubing 5G Applications

Lightweight, Rugged Material Solutions for Trucks Catheter Materials & Medical Tubing 5G Applications