Why use it:

• Outstanding toughness → very high abrasion, cut-through, and wear resistance.
• Lightweight with strong thin-wall capability.
• Good chemical resistance and electrical insulation.
• A strong fit for aerospace customers looking for durable, lightweight protection in high-wear environments.

Typical use case:

Aircraft wire harness protection, cable insulation, and lightweight tubing where durability is a key buying factor.

Why use it:

• Extreme temperature resistance.
• Excellent chemical resistance.
• Very low friction → useful where smooth flow or easy cable movement matters.
• Strong electrical insulation performance.

Commercial value:

A premium option for aerospace programs where performance and reliability outweigh material cost.

Typical use case:

High-temperature aerospace tubing, liners, and demanding insulation applications.

Why use it:

• More flexible and transparent than PTFE.
• Very good chemical resistance.
• Good dielectric properties.
• Melt-processable, which supports precision extrusion and thin-wall tubing.

Commercial value:

A versatile option for customers seeking a balance of performance, manufacturability, and design flexibility.

Typical use case:

Lightweight tubing, cable insulation, and applications where flexibility or visibility adds value.

Why use it:

• Excellent strength-to-weight ratio.
• High temperature capability.
• Very strong abrasion and wear resistance.
• Suitable where aerospace applications need both structural and environmental performance.

Commercial value:

A high-end material for specialized aerospace applications where customers are prepared to invest in performance-critical solutions.

Typical use case:

Advanced aerospace components, high-performance wire coatings, and demanding technical tubing.