Premium Polyimide Solutions for Demanding Applications

Polyimide (PI) raw material represents the pinnacle of high-temperature polymer technology, engineered to withstand extreme conditions while maintaining structural integrity. Our PI powder formulations – including virgin PI, glass fiber reinforced (PI+GF), and 30% carbon fiber reinforced (PI+CF30) variants – deliver unmatched performance for mission-critical applications across aerospace, electronics, and industrial sectors.

Material Advantages

• Thermal Endurance: Continuous service up to 300°C with short-term peaks at 400°C
• Chemical Immunity: Resists acids, solvents, and hydrocarbon exposure
• Mechanical Superiority: Tensile strength exceeding 100 MPa in virgin form
• Dimensional Stability: Coefficient of thermal expansion below 50 ppm/°C
• Electrical Properties: Dielectric strength over 100 kV/mm

Specialized Formulations

PI Virgin Raw Material

The pure polymer foundation for applications requiring maximum chemical purity and electrical insulation properties. Ideal for semiconductor wafer carriers and high-voltage components.

PI+GF Composite

Glass fiber reinforcement enhances stiffness and creep resistance by 40% compared to virgin PI, making it perfect for precision bearings and thermal management components.

PI+CF30 Material

30% carbon fiber loading delivers exceptional strength-to-weight ratios for aerospace fasteners and drone structural elements, with thermal conductivity improvements up to 300%.

Industry Applications

Our PI raw materials serve as enabling technologies for:

1. Jet engine components (seals, washers, bushings)
2. 3D printing of high-temp tooling and fixtures
3. Downhole oilfield equipment insulation
4. Spacecraft thermal protection systems
5. Automotive electrification components

Technical Specifications

Material Selection Guidance

For applications prioritizing electrical properties and chemical purity, PI virgin material delivers optimal performance. When structural reinforcement is paramount, PI+GF offers excellent stiffness at moderate cost. The PI+CF30 variant provides aerospace-grade performance where weight savings and thermal management are critical.