Chemical Name:

Applications & Uses:

• Solar arrays for aerospace applications, ensuring lightness and thermal stability.
• Compactly stored satellite arrays for launch, ensuring flexibility and durability.
• High Altitude Platform Stations (HAPS) requiring lightweight and flexible structures.
• ROSA (Roll Out Solar Array) substrate applications for Satellite.
• Heat-resistant insulation and release films.

Benefits:

• Ultra-Lightweight Design: Reduces weight by up to 99% compared to conventional glass substrates (0.8mm thick)and 70% compared to film substrates (50µm thick), significantly lowering mass for space applications.
• Superior Process Stability & Thin Film Compatibility: Maintains shape with no warping during cell manufacturing process, enabling the use of thinner films while delivering performance equal to conventional film substrates.
• Exceptional Thermal Resistance & Dimensional Stability: Withstands extreme temperatures from -170℃ to 150℃ and no warpage up to 450℃, with a glass-equivalent CTE to ensure reliable dimensional stability.
• Flexible, Compact, and Space-Efficient: Ideal for deployable systems like ROSA (Roll Out Solar Array), offering easy handling, compact storage, and stable performance during extreme 90-minute temperature cycles (-170℃ to 150℃).
• Long-Term Durability & Radiation Tolerance: Resists high-energy radiation, vacuum conditions, micrometeorites, and repeated thermal stress—ensuring durability in harsh space environments.

Performance Attributes:

• Low CTE equivalent to a glass plate
• Low heat shrinkage at high temperatures
• No warpage at 450°C
• Surface flatness comparable to glass (Ra ≃ 0.5nm)

Brand Description:

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