Material Solutions for Satellite Communications These applications demand reliable solutions with low loss dielectric performance that are light weight and offer design freedom for complex shapes. Catheter Materials & Medical Tubing

A look at processing and coloring these high-performance materials The material was found to be very slippery, resistant to high heat, and chemically inert. The high-speed manufacture of thin-wall wire jacketing would require a distinctly different formulation compared to the extrusion of a large cross-section stock shape such as a rod.

A look at processing and coloring these high-performance materials The material was found to be very slippery, resistant to high heat, and chemically inert. The high-speed manufacture of thin-wall wire jacketing would require a distinctly different formulation compared to the extrusion of a large cross-section stock shape such as a rod.

A look at processing and coloring these high-performance materials The material was found to be very slippery, resistant to high heat, and chemically inert. The high-speed manufacture of thin-wall wire jacketing would require a distinctly different formulation compared to the extrusion of a large cross-section stock shape such as a rod.

A look at processing and coloring these high-performance materials The material was found to be very slippery, resistant to high heat, and chemically inert. The high-speed manufacture of thin-wall wire jacketing would require a distinctly different formulation compared to the extrusion of a large cross-section stock shape such as a rod.

A look at processing and coloring these high-performance materials The material was found to be very slippery, resistant to high heat, and chemically inert. The high-speed manufacture of thin-wall wire jacketing would require a distinctly different formulation compared to the extrusion of a large cross-section stock shape such as a rod.

Creates new PolyOne Advanced Composites platform within Specialty Engineered Materials The second acquired business, Polystrand, operates on the leading edge of continuous reinforced thermoplastic composite technology, a next generation material science that delivers the high strength and lightweight characteristics of composites, further enhanced with the design flexibility to form more complex shapes. Current application usage includes materials for the aerospace, transportation, outdoor and security and protection markets.  

Advanced polymer technologies are shaping the materials landscape, from CPAP tubing, cuffs, and housings to inhalers and nasal cannulas. Catheter Materials & Medical Tubing Explore our traditional and customizable material solutions for common and specialty medical tubing uses.

Highlights of some key benefits of advanced composites and trends shaping the market Material technologies and services for next generation designs SMART DESIGN™ The Design - Materials Connection - eBook

Specialty Engineered & Sustainable Materials  If you can dream it, we can give you the materials you need to make it. Click here to find the right material for your application.