Drone PEEK propeller blades

Product name: PEEK impeller customization/injection molding/machining, PEEK blade customization/injection molding/machining

Product material: PEEK and series modified materials (materials are recommended according to actual working conditions)

Material features: low density, light weight, high strength, wear resistance, corrosion resistance, high temperature resistance (normal use 260 degrees, short-term use temperature 300 degrees), dimensional stability, etc.

Development trend: can gradually replace traditional metal materials

Application scope: aviation, aerospace and other fields

Application areas: temperature control facilities, steering systems, UAV power systems, etc.

With the progress of society and the development of science and technology, the application areas and user groups of drones are expanding, and drone software systems and hardware materials are also constantly improving. Composite materials with better performance are the cornerstone for drones to achieve industrial explosion and expansion of application areas.

Among them, UAV propeller blades are an important component with high technical content, complex manufacturing process and stringent material performance requirements. The choice of blade material affects whether the UAV flight mission can be successfully completed and whether the flight is stable and long-lasting.

PEEK material has good comprehensive properties. Its application in UAV blades is characterized by:

1. Weight reduction and noise reduction: After using PEEK and short fiber composite materials, the weight can be reduced while maintaining the excellent performance of the fuselage material, improving the strength of the blade itself, better dynamic balance, and more silent and noise reduction effects. With.

2High strength: Compared with traditional metal materials, it has the characteristics of high specific strength and specific stiffness. If it encounters collision with other foreign objects during flight, the special material of the blades will make the blades less likely to be damaged and can maintain the normal flight of the drone.

3. Good flight stability: PEEK and its composite materials have a small thermal expansion coefficient, strong fatigue resistance and vibration resistance, and can be used normally in harsh environments. The blades are not easily deformed by the external environment and have a long service life.