Plastic Film Bearing

Plastic film bearings are bearings that use plastic film materials as friction pairs. They have the advantages of self-lubrication, corrosion resistance, light weight and low noise. They are usually made of a composite of plastic film and a metal matrix. They are suitable for low load and medium and low speed conditions and are widely used in household appliances, office equipment, automotive parts and light industrial machinery. The design of plastic film bearings enables them to maintain good performance even in insufficient lubrication conditions or dry running environments, and they are easy to maintain and have a long service life.

1.What Are Plastic Film Bearing?

Plastic Film Bearing are special bearings that use high-performance plastic film materials as sliding surfaces. They combine the excellent self-lubricity of plastics with the strength of metal substrates, and can achieve stable operation under oil-free or low-oil lubrication conditions.

2.Product Features

Low friction coefficient
The surface of the plastic film has good self-lubricating properties, which significantly reduces friction and wear.
Strong corrosion resistance
It has good resistance to a variety of chemicals and moisture, and is suitable for use in harsh environments.
Light weight
The use of plastic materials reduces the overall weight of the equipment and improves operating efficiency.
Low noise operation
The surface of the plastic film reduces friction noise and ensures quiet operation of the equipment.
Maintenance-free or low maintenance
No need to frequently refuel or change lubricants, reducing maintenance costs.
Good wear resistance
Extends the service life of bearings and equipment.
Compact structure and easy installation
Flexible design, can adapt to the space requirements of various equipment.
Environmental protection and energy saving
Reduce the use of lubricating oil, in line with green environmental protection requirements.

3.Applications

(1) Packaging machinery: used for conveying and transmission parts to ensure smooth and low-noise operation.
(2) Printing equipment: provides high-precision support, reduces friction and wear, and improves printing quality.
(3) Textile machinery: reduces friction in high-speed running parts and extends equipment life.
(4) Food machinery: suitable for food processing environments due to its corrosion resistance and oil-free nature.
(5) Electronic equipment: used for precision moving parts to ensure quiet and stable performance.
(6) Automotive industry: used in door rails, seat adjustments and other parts to improve comfort and durability.
(7) Household appliances: reduces friction and noise in products such as fans and power tools.

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