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Polyimide
Polyimide has the characteristics of high and low temperature resistance, flame retardancy, non-dripping, self-extinguishing when away from fire, and excellent thermal insulation.
High thermal stability, with a long-term usage temperature range of -200 to 300℃.
Can withstand extremely low temperatures, will not become brittle in liquid nitrogen at -269℃.
Has excellent mechanical properties, with the tensile strength of unfilled plastics exceeding 100MPa, and the film of polyimide (Kapton) exceeding 170MPa, while the impact strength of thermoplastic polyimide (TPI) can reach up to 261kJ/m2.
Can withstand extremely low temperatures, will not become brittle in liquid nitrogen at -269℃.
Has excellent mechanical properties, with the tensile strength of unfilled plastics exceeding 100MPa, and the film of polyimide (Kapton) exceeding 170MPa, while the impact strength of thermoplastic polyimide (TPI) can reach up to 261kJ/m2.
High thermal stability, the temperature range for long-term use is -200 to 300℃.
Can withstand extremely low temperatures, will not become brittle in liquid nitrogen at -269℃.
Has excellent mechanical properties, with the tensile strength of unfilled plastics above 100MPa, and the film of polyimide (Kapton) above 170MPa, while the impact strength of thermoplastic polyimide (TPI) can reach up to 261kJ/m2.
Can withstand extremely low temperatures, will not become brittle in liquid nitrogen at -269℃.
Has excellent mechanical properties, with the tensile strength of unfilled plastics above 100MPa, and the film of polyimide (Kapton) above 170MPa, while the impact strength of thermoplastic polyimide (TPI) can reach up to 261kJ/m2.
High thermal stability, with a long-term usage temperature range of -200 to 300℃.
Can withstand extremely low temperatures, will not become brittle in liquid nitrogen at -269℃.
Has excellent mechanical properties, with the tensile strength of unfilled plastics exceeding 100MPa, and the film of polyimide (Kapton) exceeding 170MPa, while the impact strength of thermoplastic polyimide (TPI) can reach up to 261kJ/m2.
Can withstand extremely low temperatures, will not become brittle in liquid nitrogen at -269℃.
Has excellent mechanical properties, with the tensile strength of unfilled plastics exceeding 100MPa, and the film of polyimide (Kapton) exceeding 170MPa, while the impact strength of thermoplastic polyimide (TPI) can reach up to 261kJ/m2.
High thermal stability, with a long-term usage temperature range of -200 to 300℃.
Can withstand extremely low temperatures, will not become brittle in liquid nitrogen at -269℃.
Has excellent mechanical properties, with the tensile strength of unfilled plastics exceeding 100MPa, and the film of polyimide (Kapton) exceeding 170MPa, while the impact strength of thermoplastic polyimide (TPI) reaches up to 261kJ/m2.
Can withstand extremely low temperatures, will not become brittle in liquid nitrogen at -269℃.
Has excellent mechanical properties, with the tensile strength of unfilled plastics exceeding 100MPa, and the film of polyimide (Kapton) exceeding 170MPa, while the impact strength of thermoplastic polyimide (TPI) reaches up to 261kJ/m2.
It has high and low temperature resistance, acid and alkali resistance, solvent resistance, electrical insulation (H grade), radiation protection, and outstanding thermal stability and dielectric properties, making it suitable for applications in the insulation field.
High thermal stability, with a long-term usage temperature range of -200 to 300℃.
Can withstand extremely low temperatures, will not become brittle in liquid nitrogen at -269℃.
Has excellent mechanical properties, with the tensile strength of unfilled plastics exceeding 100MPa, and the film of polyimide (Kapton) exceeding 170MPa, while the impact strength of thermoplastic polyimide (TPI) can reach up to 261kJ/m2.
Can withstand extremely low temperatures, will not become brittle in liquid nitrogen at -269℃.
Has excellent mechanical properties, with the tensile strength of unfilled plastics exceeding 100MPa, and the film of polyimide (Kapton) exceeding 170MPa, while the impact strength of thermoplastic polyimide (TPI) can reach up to 261kJ/m2.
Aramid polyimide blended composite base fabric
It has excellent mechanical properties, high and low temperature resistance (-260-300℃), self-extinguishing properties, radiation resistance, as well as excellent dielectric properties and corrosion resistance.