Polyimide (PI) is a high-performance polymer of imide monomers that contains two acyl groups (C=O) bonded to nitrogen (N). These polymers are known for their high-temperature performance in the 400-500°C range, as well as their chemical resistance.
In many industrial applications, they are used to replace the traditional uses of glass, metal and even steel.
Polyimide has excellent mechanical properties, so it can be used in applications that require strong organic materials, such as:
High-temperature fuel cells.
Flat panel displays.
Aerospace applications.
Chemical and environmental protection industry.
and a variety of military applications.
They are used as plastics, films, laminating resins, insulating coatings, and high-temperature structural adhesives.
Polyimide comes in two forms: thermoset and thermoplastic.
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Specializing in national defense electronics, aerospace, shipbuilding, petroleum exploration, nuclear energy, high-speed rail, special vehicles, weapons, industrial control and other fields of wear resistance and high surface hardness, can greatly reduce the amount of particlesUltra-high purity and low outgassing, which can avoid contamination, so as to achieve high process yield;High temperature resistance, no need to cool down between processes, thus improving process efficiency;Chemical resistance. 1. Applicable conductor: single core, integrated core, braided core. 2. Applicable conductor wire diameter: 001mm～10.0mm copper wire or core wire sheath extruded, covered thickness: 003～0.50mm；3. Insulation material: PEEK polyetheretherketone polyimide cable, TPI, PEI, PAEK