Robot Reducer Made Of PEEK-FE20% Wear-Resistant Material

A Korean ball bearing manufacturer with more than 20 years of professional experience in the production and supply of special bearings uses this PEEK material with 20% teflon added as a highly wear-resistant material for robot reducer components. Typical reducers include internal gears. , external gear and output unit. External gears are required to be particularly strong and elastic to prevent damage caused by prolonged rotation.

Reducers made of stainless steel have a uniform tooth profile, but the elasticity decreases with use. Reducers made of PEEK polymer have excellent performance and higher elasticity, provide a good interface between the internal and external gears, and have the following six advantages:

1. Excellent wear resistance: Compared with metal materials, PEEK has excellent wear resistance and can significantly reduce gear wear. In addition, its friction coefficient is also very low, further reducing friction losses.

2. Good chemical stability: PEEK has excellent corrosion resistance and can be used in various corrosive environments without being affected by chemical reactions.

3. Excellent dimensional stability: Because the shrinkage rate of PEEK is very low, the reducer has high dimensional accuracy and can maintain long-term stability.

4. Excellent mechanical properties: PEEK has a high flexural modulus, allowing it to maintain good rigidity when bearing large loads. In addition, its excellent mechanical properties can meet the needs of various high-strength applications.

5. Excellent impact resistance: The reducer will encounter various impacts and vibrations during operation, and PEEK has excellent impact resistance, which can effectively absorb impact energy and improve the durability of the equipment.

6. Excellent high temperature resistance: PEEK has excellent heat resistance, high thermal deformation temperature, and can operate stably for a long time in high temperature environments. This gives it unique advantages in some high-temperature application scenarios.