Plastic friction additives are widely used in the following fields:

1. Automotive industry: used to manufacture automotive interior parts, engine parts, transmission system parts, etc., to reduce friction and wear between components, improve service life and performance.

2. Electronic appliances: In wire and cable, connectors, electrical housing and other products, enhance the wear resistance 

of plastics to ensure that they maintain good performance in long-term use.

3. Mechanical manufacturing: For example, bearings, gears, sliders and other mechanical parts, the use of plastics added with 

friction resistance can reduce the coefficient of friction, reduce energy loss and wear.

4. Aerospace: Some parts inside the aircraft, as well as some structural parts in the spacecraft, need to have good wear resistance 

to adapt to complex working environments.

5. Medical devices: such as artificial joints, catheters, etc., require materials with low friction and good biocompatibility.

6. Sports equipment: such as skis, bicycle parts, etc., plastic friction additives help to improve the durability and performance of 

the equipment.

7. Packaging industry: Especially in some packaging materials that require frequent friction, such as conveyor belts, sliding parts, etc.

8. Household items: such as sliding parts of furniture, contact surfaces of kitchen utensils, etc.