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Unmanned aerial vehicle field

Applied to the housings and auxiliary structural components of certain civilian drones, this solution can reduce manufacturing costs while meeting basic mechanical performance requirements, making it well-suited for entry-level civilian drone applications.
Unmanned aerial vehicle field

3K carbon fiber woven fabric

It is used for drone fuselages, wing skins, tail assemblies, and other components. It reduces the overall weight of the equipment, optimizes flight endurance and maneuverability, while ensuring fundamental structural stability.

Unidirectional Carbon Fiber Prepreg

It is predominantly used in critical components such as drone wing spars, fuselage load-bearing frames, and landing gear, meeting the equipment’s requirements for high-strength, lightweight structures and ensuring structural reliability during flight.

Carbon Fiber Chopped Prepreg

Suitable for the production of small drone housings and auxiliary structural components. Complex geometries can be formed via compression molding, while simultaneously reducing component weight, thereby meeting the production requirements of a wide range of drone models.

Carbon Fiber Wide-Woven Fabric

It is used for components such as the outer skin of drone airframes and wing skins. It can reduce skin thickness, optimize the aircraft’s weight, enhance surface smoothness, and decrease aerodynamic drag during flight.

Carbon Adhesive (Adhesive Specifically for Carbon Fiber)

This adhesive assembly process is designed for carbon-fiber structural components in UAVs, enabling robust bonding while precisely controlling the weight of the adhesive layer to prevent any adverse impact on overall system performance.

Glass Fiber Prepreg

Applied to the housings and auxiliary structural components of certain civilian drones. It can reduce manufacturing costs while meeting basic mechanical performance requirements, making it well-suited for entry-level civilian drone applications.

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