 |
| Quantity: | |||||||||
|---|---|---|---|---|---|---|---|---|---|
| Polyimide rod, long-term use temperature range of -269~300℃, Short-term usage temperature can reach up to 400℃. | |||||||||
JUTAIPI®NA is a Polyimide (PI) profile. This material is made from a robust polyimide substrate and is suitable for demanding applications requiring excellent heat resistance, low wear and friction, strength, and impact resistance.
JUTAIPI®NA possesses properties that help overcome challenges in sealing, friction, and wear. It can withstand high temperatures and endure harsh operating environments in aerospace, transportation, and industrial applications.
Product Features:
Maintains long-term thermal stability at a continuous use temperature of 300°C (with short-term exposure up to 400°C).
High heat resistance, with a maximum
service temperature of up to 470°C (HDT/A).
Good low-temperature performance, effective down to -270°C.
Retains high strength, high modulus, and high stiffness above 260°C.
Outstanding heat resistance and electrical insulation.
Exhibits high purity and low outgassing under vacuum conditions. Good machinability.
Inherent flame retardancy.
JUTAIPI®NA is a Polyimide (PI) profile. This material is made from a robust polyimide substrate and is suitable for demanding applications requiring excellent heat resistance, low wear and friction, strength, and impact resistance.
JUTAIPI®NA possesses properties that help overcome challenges in sealing, friction, and wear. It can withstand high temperatures and endure harsh operating environments in aerospace, transportation, and industrial applications.
Product Features:
Maintains long-term thermal stability at a continuous use temperature of 300°C (with short-term exposure up to 400°C).
High heat resistance, with a maximum
service temperature of up to 470°C (HDT/A).
Good low-temperature performance, effective down to -270°C.
Retains high strength, high modulus, and high stiffness above 260°C.
Outstanding heat resistance and electrical insulation.
Exhibits high purity and low outgassing under vacuum conditions. Good machinability.
Inherent flame retardancy.
