What material is Torlon?
Torlon® (Polyamide-imide) Torlon® is a high performance thermoplastic that has exceptional impact, dielectric and compressive strength. It carries high loads over a wide temperature range and withstands impact loading and abrasive wear, making it a good choice for structural components and wear applications.
Is Torlon plastic?
PAI (polyamide-imide) is a melt-processable plastic that has exceptional physical and chemical properties. It performs well under severe stress conditions at continuous temperatures as high as 500° F.
What is torlon used for?
Torlon is used frequently as a seal ring in transmissions due to its high strength and resistance to deformation. It’s commonly found in automotive transmissions as a replacement for metal rings, which would score mating surfaces. It also has excellent insulating properties for use in electrical service.
What plastic can withstand high temperatures?
The Four Most Popular Heat Resistant Plastics:
- Vespel ® Without a doubt Vespel ® can take the heat.
- Torlon® (Polyamidep-imide) Torlon®, a polyamide-imide, offers Nylon 6/6’s room temperature properties at 204° C, with exceptional long-term strength and stiffness up to a continuous 260° C.
- Ryton ® (PPS)
- Noryl (PPO)
What type of plastic doesn’t melt?
Polypropylene plastic can withstand high temperatures without melting.
Which material does not burn in fire?
Wool is comparatively flame-retardant. If ignited, it usually has a low burning rate and may self-extinguish. Glass fibers and modacrylic are almost flame-resistant. These synthetic fibers are designed and manufactured to possess flame-retardant properties.
What is the most fire resistant material?
Researchers have discovered that tantalum carbide and hafnium carbide materials can withstand scorching temperatures of nearly 4000 degrees Celsius.
What are the properties of Torlon?
High-strength grades of TORLON retain their toughness, high strength and high stiffness up to 275°C. This and its impressive wear resistance allow TORLON to endure in hostile thermal, chemical and stress conditions considered too severe for other thermoplastics.
Can Torlon be extruded into shapes?
Torlon can be extruded into shapes and injection molded into custom geometries. With a 500°F heat distortion temperature (softening temperature) and a 500°F continuous service temperature, Torlon offers unmatched strength at elevated temperatures. It is stronger at 400°F than other engineering resins at room temperature.
What is Torlon and why is it so popular?
This and its impressive wear resistance allow TORLON to endure in hostile thermal, chemical and stress conditions considered too severe for other thermoplastics. TORLON is also resistant to automotive and aviation fluids, making it a favorite of aerospace and automotive engineers.
What are Torlon® Pai polymers used for?
Parts made from Torlon® PAI polymers perform under conditions generally considered too severe for thermoplastics. Typical applications include aircraft hardware and fasteners, automotive transmission and powertrain components, and oil & gas exploration and recovery equipment.