Our graphite bearing performance meets the needs of our customers who seek trouble-free machinery operation while cutting overall operating costs.
Design custom solutions by leveraging graphite bearing technology and expertise to drive innovation and address non-standard self-lubricating bearings in new ways.
Steel And Copper Inlaid Bearing
Quality inspection and life evaluation of self-lubricating bearings
Precision Oilless Bearings
Flat Head Bolt Type Oilless Bearing
Oilless Graphite Bearing Manufacturer
Metallic Oilless Bearing Products.
Self-Lubricating Graphite Bushings Are Often Used In Long-Term Maintenance-Free Working Conditions, Such As Harsh Working Conditions, Lubricating Oil-Prone To Deterioration Or Depletion, And General Sliding Bearings Prone To Early Ablation Wear, Etc., It Can Play A Huge Role. The Base Material And Solid Lubricating Material Can Be Used According To The Actual Working Environment. It Is The Trend To Improve The Development Of Lubrication Performance.
Oilless Graphite Bushings Materials Will Be More And More Widely Used In Various Industries. Find A Comprehensive Range Of Oilless Graphite Bearing Bushings And Suitable Material For Your Application At Bronzeoilless.Com.
Self-lubricated oilless bearings.
The Metal Matrix To Bear Most Of The Load Through Friction By The Self-Lubricating Graphite Bearing Material In The Friction Surface Transfer Or Counter-Transfer To Form A Solid And Uniform Solid Transfer Film To Avoid Contact Between The Friction Surface To Reduce Frictional Wear. With The Friction Of The Embedded Materials Continues To Provide Solid Lubricants To The Friction Surface So That The Friction Surface Always Ensures The Integrity Of The Transfer Film, Significantly Extending The Life Of The Equipment. Its Impact Resistance, Good Vibration Performance, Strong Adaptability To Dust, Corrosive Gases And Radiation, And Other Harsh Environments, Wear Resistance, And Long Life. It Can Be Used Alone To Achieve Oil-Free Lubrication, And Can Also Be Used In Conjunction With Grease.