Aerospace
Lighten the Mass, Strengthen the Mission, Expand the boundaries
Why ZYPEEK for Aerospace
ZYPEEK is increasingly used in aerospace applications, including cabin systems, propulsion and powertrain, energy storage, avionics and electronics, structural components, and precision hardware. Its high thermal performance, cryogenic resistance, chemical and salt spray resistance, hydrolytic stability, low weight, and inherent flame retardancy make it ideal for demanding aerospace environments and precision-molded components.
ZYPEEK materials deliver exceptional tensile and flexural strength, creep resistance, and toughness, ensuring reliable performance under cyclic loading. Excellent wear and fatigue resistance further enhance durability and service life in demanding aerospace applications.
Highly stable under high-temperature, high-pressure steam or hot water conditions with minimal degradation. Low coefficient of thermal expansion, extremely low moisture absorption, and negligible dimensional variation with temperature and humidity fluctuations ensure exceptional dimensional integrity.
Operating continuously from -40°C to 260°C with maintained dimensional stability at temperatures up to 300°C for short-term exposure. Inherently self-extinguishing to UL 94 V-0 without added flame retardants. Extremely low smoke emission. Halogen-free by molecular design. No toxic or corrosive gas generation upon combustion.
Highly resistant to acids, bases, salts, oils, hydrocarbons, and various organic solvents—with the exception of concentrated sulfuric acid. Capable of withstanding high doses of γ and X-ray radiation, suitable for precision components and nuclear energy applications.
ZYPEEK materials maintain stable dielectric performance under high temperatures, high voltages, and high humidity. High dielectric strength, low dielectric loss, and excellent breakdown resistance ensure reliable insulation for demanding aerospace electronics and electrical components.
ZYPEEK materials combine low density with excellent processability, enabling lightweight, space-saving aerospace components. Direct extrusion simplifies manufacturing, improves production efficiency, and supports flexible component design.
The Future of Aerospace Materials
Fuel efficiency standards, carbon emission regulations, and intense global competition are driving aircraft design to weight-saving extremes—measured gram by gram. To meet ICAO's 2050 net-zero target and the projected delivery of over 40,000 new aircraft in the next two decades, aerospace manufacturers must reduce structural weight, enhance reliability in extreme environments, and shorten final assembly cycles—while maintaining strict cost discipline. Our answer is advanced materials. For two decades, we have deeply invested in aerospace innovation, replacing metals and traditional composites in engines, airframes, and critical components with our high-performance engineering polymers.
Our systems approach—lightweight, fuel and hydraulic fluid resistant, precision moldable—is already proven on multiple commercial aircraft, helicopters, and unmanned aerial vehicles. Working alongside manufacturers, we accelerate the journey from drawing board to blue sky, enabling lower operational emissions, more efficient precision manufacturing, and a clear flight path to next-generation sustainable aviation.
ZYPEEK Applications by Aerospace System
Through advanced PEEK technology and products, we deliver comprehensive solutions for critical aerospace systems—spanning design, material qualification, performance optimization, and dedicated technical support.
We look forward to partnering with aerospace engineering teams to co-design the next generation of aerospace platforms.
ZYPEEK Grades Recommended for Aerospace Applications
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