Material Solutions for Field Equipment Catheter Materials & Medical Tubing 5G Applications

This is a challenge for material performance. And when it comes to ultra- connected society, we are happy to be involved in countless game-changers related to 5G and autonomous driving.  This is how we create materials that matter. 

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.

These advanced materials will help increase speed to market and design flexibility for 5G base station antenna manufacturers. Both materials can help 5G base station antenna manufactures to streamline their design and process development. PolyOne experts will be onsite to discuss 5G materials and solutions at Stand 9-30 at 5G/IoT Network Expo, July 17-19, 2019 in Tokyo.

The global 5G infrastructure market was valued at Material solutions from Example materials from

Electrically conductive materials Thermally conducive materials 5G Applications

Specialty Engineered Materials for Healthcare Catheter Materials & Medical Tubing 5G Applications

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

Electrically conductive materials Thermally conducive materials 5G Applications