Product description
Material & Process:
- Constructed with a three-layer composite material: the outer layer is high-quality low-carbon steel for high strength and impact resistance; the middle layer is sintered bronze powder to enhance thermal conductivity and load capacity; the inner layer is a modified PTFE mixture, forming a low-friction, wear-resistant self-lubricating surface.
- Manufactured by rolling process with a split design, facilitating installation and preload compensation to adapt to different shaft diameters.
- Surface can be copper, tin or zinc plated to improve rust and corrosion resistance, meeting environmental requirements of different working conditions.
- Precision sized, shaped and surface-finished to ensure roundness, dimensional tolerances and inner bore smoothness, guaranteeing fitting accuracy with the shaft.
Application:
This bushing is primarily used as a plain bearing in various mechanical equipment, enabling oil-free or low-oil operation through the inner self-lubricating material without additional lubrication. It is widely used in hydraulic and pneumatic components, construction machinery, automotive parts, textile machinery, printing equipment and automated production lines. Suitable for medium-low speed, high load, impact or oil-inconvenient conditions, it effectively reduces friction coefficient, wear and noise, improves the stability and service life of moving parts, while simplifying equipment maintenance procedures and lowering maintenance costs.
This bushing is primarily used as a plain bearing in various mechanical equipment, enabling oil-free or low-oil operation through the inner self-lubricating material without additional lubrication. It is widely used in hydraulic and pneumatic components, construction machinery, automotive parts, textile machinery, printing equipment and automated production lines. Suitable for medium-low speed, high load, impact or oil-inconvenient conditions, it effectively reduces friction coefficient, wear and noise, improves the stability and service life of moving parts, while simplifying equipment maintenance procedures and lowering maintenance costs.
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