Our continuous ceramic fiber textiles are engineered for extreme aerospace environments — where heat, vibration, and material fatigue converge. Whether it’s missile exhaust shielding, high-altitude propulsion, or next-generation thermal protection systems, our alumina-based tapes, yarns, and weaves give your composite or blanket systems the structural and thermal edge they need.
Alumina fiber textiles are ideal for insulating bleed air duct systems, offering high-temperature resistance and structural integrity. They help maintain system efficiency and safety in critical aircraft operations.
Our textiles provide exceptional thermal insulation for Auxiliary Power Unit (APU) and exhaust systems, ensuring protection against extreme temperatures and enhancing overall aircraft performance.
Alumina fiber textiles offer high-temperature stability and durability, making them suitable for insulating nacelles and thrust reversers, thereby contributing to engine efficiency and safety.
Our braided alumina fiber sleeves protect wiring and cabling in high-temperature zones, ensuring electrical integrity and safety in aerospace applications.
Alumina fiber textiles are used in flexible thermal blankets and panels, providing lightweight and effective insulation solutions for various aerospace components.
Incorporating alumina fiber textiles into ballistic and blast-resistant structures enhances their thermal resistance and structural strength, offering protection in extreme conditions.
Alumina fiber textiles contribute to cabin comfort by providing acoustic dampening and thermal insulation, ensuring a quieter and more temperature-controlled environment for passengers and crew.
Our textiles serve as effective fire barriers in engine compartments, resisting high temperatures and preventing the spread of flames, thus enhancing aircraft safety.
Alumina fiber textiles are integrated into composite structures to provide fire protection, maintaining structural integrity under high-temperature conditions and complying with stringent aerospace safety standards.
We use cookies to analyze website traffic and optimize your website experience. By accepting our use of cookies, your data will be aggregated with all other user data.