Wire & cable manufacturer WIRE & CABLE MANUFACTURER A E R O N A U T I C D A T A T R A N S M I S S I O N C A B L E S • Permanent contrast marking meeting aerospace industry standards SAE AS4373F and EN-3475-706 • Benign marking that, compared to infrared (IR) laser marking, will not damage the jacket surface • Elevated temperature performance in corrosive environments, maintaining dielectric properties under continuous service • No vital optical fiber or data transmission cable interference • Demonstrated fluorinated ethylene propylene (FEP) application expertise incorporating laser marks • Provided formulation expertise in PTFE alternatives • Delivered a high-quality product with no clumping during the extrusion process • Offered a proven array of specific aeronautic colors • Provided commercial, technical, and operational support KEY REQUIREMENTS APPEARANCE + PERFORMANCE WHY AVIENT?

Glass-filled PA6 & PA66 test bars dissolved within one day, while the glass-filled PK samples remained stable after 20 days. If the material is allowed to stay in an injection molding machine or extruder (profile, sheet, etc.) too long, the material will start to discolor and brown ‘freckles’ may appear. 

Glass-filled PA6 & PA66 test bars dissolved within one day, while the glass-filled PK samples remained stable after 20 days. If the material is allowed to stay in an injection molding machine or extruder (profile, sheet, etc.) too long, the material will start to discolor and brown ‘freckles’ may appear. 

This broad line of additives includes Mevopur chemical foaming agents that can help reduce material use by up to 20 percent, providing another way to increase sustainability in healthcare packaging products. They are offered in pre-colored or concentrate form in a range of vivid opaque and transparent colors that are fully bio-compatible per ISO 10993 standards to provide ultra-high-heat resistance and performance without compromising safety.

With thermally conductive polymers, it is possible to reach thermal conductivities up to 20 W/m⋅K (in-plane). Engine control, power electronics, infotainment, active safety systems, and other electronic systems are standard for modern vehicles.

With thermally conductive polymers, it is possible to reach thermal conductivities up to 20 W/m⋅K (in-plane). Engine control, power electronics, infotainment, active safety systems, and other electronic systems are standard for modern vehicles.

With thermally conductive polymers, it is possible to reach thermal conductivities up to 20 W/m⋅K (in-plane). Engine control, power electronics, infotainment, active safety systems, and other electronic systems are standard for modern vehicles.

Polystrand composite panels are made with continuous fiber reinforced thermoplastic face sheets thermally bonded or adhered to traditional core materials such as honeycomb, foam, aluminum, and nonwovens as reinforcement.

Technical Data Sheets Safety Data Sheets Safety Data Sheets

Technical Data Sheets Safety Data Sheets Safety Data Sheets