High quality Camouflage Carbon Aramid Hybrid Fiber Fabric

✱ Excellent specific strength and specific stiffness:
Inheriting the core advantages of carbon fiber. At a unit mass, its axial tensile strength and stiffness（especially in the direction dominated by carbon fiber）are close to or exceed those of most metal materials, providing strong load-bearing and deformation resistance capabilities for the structure while achieving significant lightweighting.

✱ Extraordinary impact resistance and toughness:
This is an outstanding contribution of aramid fiber. The unique molecular structure and energy absorption mechanism of aramid (molecular chain shear yielding, fibrillation, hydrogen bond breaking and recombination) enable it to effectively absorb and disperse intense impact energy (such as ballistic impact, explosive shock wave, mechanical impact), greatly compensating for the fatal weakness of carbon fiber's high brittleness and fragility. Carbon aramid fiber fabric is less prone to catastrophic overall damage under impact.

1. Aircraft/helicopter structural components: used for secondary or non load bearing structures such as fairings, cabin doors, floors, and internal wall panels, taking into account lightweight, bird strike resistance, debris impact resistance (such as engine debris containment), flame retardancy, and other requirements.

2. Missile/rockets shells/components: Lightweight and high-strength shells reduce launch weight; Impact resistance protection for internal precision instruments; Specific weaving meets electromagnetic compatibility/stealth requirements.

3. UAV structure: Pursuing ultimate lightweight and high impact resistance (such as landing impact and collision).

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