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Self-Lubricating Bearing
Make the most of its strengths and unique qualities.
Low Friction
The lubricating particles are released to separate the two directly contacting friction surfaces, thereby reducing the friction coefficient and saving energy loss.
Self-Lubricating
The material itself has a lubricating effect and there is no need to add lubricating oil, saving your repair, maintenance and upkeep time.
Light weight
Lighter than metal.
Excellent Performance
More than 50% of metal bearing failures are caused by lubrication problems; self-lubricating bearings have good lubricity and the core shaft’s moving efficiency is improved.
Low Cost
Self-lubricating bearings require no oiling or maintenance, and are moderately priced with a high CP value.
Chip tolerance
Metal bearings have dust and dirt attached to the oil film on the surface, causing damage to the spindle mold; composite bearings do not need to add lubricating oil, can accommodate dust and debris, are clean, and are suitable for dust-free environments.
Self-lubricating bearings automatically release particles to form a protective film during operation, providing continuous lubrication. This design helps reduce friction, wear and heat generation, thereby extending the service life of the bearing and improving efficiency. This makes self-lubricating bearings particularly suitable for equipment that requires long-term operation and is difficult to maintain, and can maintain good performance in various harsh environments.
Where is it used
When rotation and sliding motion are required
Commonly Used Products
Self-lubricating bearings / Engineering plastics / Self-Lubricating materials / Polymer composite materials
Sleeve Bearings
The most common shape, suitable for most people, with simple structural design and low manufacturing cost.
It can be customized according to customer needs and matched with the base hole and mandrel to increase lubrication and extend the life of the mandrel, etc.
Flange bearings
Composed of a flange and a bushing, it is more stable and simple during installation, and can be easily fixed on the mounting surface of mechanical equipment, reducing installation time and complexity.
Flange bearings prevent movement or dislodging during operation, especially in high-vibration or high-load applications, which helps maintain the stability and reliability of the system.
Thrust Bearing
It is specifically designed to withstand axial loads, that is, forces along the axial direction, rather than radial loads, and is mostly circular.
Thrust bearings can also absorb mechanical vibration and shock, protect mechanical equipment, and reduce noise and wear.