High temperature applications require plastic materials that can resist thermal degradation and maintain sufficient strength and stiffness at the required operating temperature.
High temperature applications often require plastics to have good creep resistance, chemical resistance, and friction and wear performance. Dimensional stability can be a concern when plastic components are used in contact with metal parts.
Extremely high temperature creep resistant plastic with excellent friction and wear characteristics.
Fluoropolymer with outstanding mechanical properties and dimensional stability.
Plastic material with excellent mechanical strength, stiffness, and abrasion resistance.
Flexible fluoropolymer with outstanding chemical resistance and electrical properties.
Glass/epoxy composite material with outstanding electrical properties.
A glass reinforced thermoset polyester material with excellent mechanical and electrical properties.
Extremely stong, stiff, dimensionally stable plastic material often used in elevated temperature environments.
Fluoropolymer with outstanding dimensional stability, mechanical properties, and temperature range.
Strong, stiff plastic with outstanding chemical resistance; performs over a wide range of temperatures.
Flexible fluoropolymer that performs well in extreme temperature and harsh chemical environments.
Plastic material with excellent chemical and corrosion resistance at elevated temperatures.
High temperature thermoplastic material with outstanding impact resistance that is autoclavable.
High temperature, semi-transparent plastic material with good mechanical properties.
Low friction engineering plastic with outstanding chemical, high temperature, and weathering resistance.
High purity engineering plastic with excellent chemical, abrasion, and flame resistance.
High strength plastic with outstanding electrical and high service temperature properties.
