The PTFE Composite Self-Lubricating Plain Bearing with Sintered Bronze offers a unique blend of durability, lubrication efficiency, and wear resistance, making it a highly desirable choice for various industrial applications.

The sintered bronze layer of this bearing provides excellent structural integrity and load-bearing capacity. It ensures stability and rigidity, enabling the bearing to handle heavy loads and demanding operating conditions.

The PTFE composite material, on the other hand, is renowned for its exceptional lubrication properties. PTFE exhibits a low coefficient of friction, ensuring smooth and efficient operation even under high loads and speeds. This self-lubricating feature significantly reduces the need for external lubrication, thus minimizing maintenance costs and downtime.

The combination of sintered bronze and PTFE composite creates a bearing that is not only strong and durable but also highly wear-resistant. It can withstand the abrasive effects of particles and contaminants, ensuring longer bearing life and improved operational efficiency.

Our PTFE Composite Self-Lubricating Plain Bearing with Sintered Bronze is manufactured using precision engineering techniques and strict quality control procedures. We ensure that each bearing meets the highest standards of performance and reliability, providing you with a robust and efficient solution for your industrial needs.

Whether you are upgrading existing equipment or designing new machinery, our PTFE Composite Self-Lubricating Plain Bearing with Sintered Bronze can provide you with a superior bearing solution that meets your specific requirements. Contact us today to learn more about our products and how we can help you achieve exceptional performance in your industrial operations.

Self-Lubricating Steel Backed PTFE Composite Bearing Bushing

High Temperature, Corrosion Resistance, High Quality.

We also offer customized bearings services based on client's need. Get your quote for more details.

High Quality Steel Backed Bronze Bushings With Competitive Price. Quality China Products. Self-Lubricating Bearings Suppliers

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Designed to be self-lubricating bushings they are rolled bushings composed of a steel backing, for structural strength, with bonded layers of sintered bronze and PTFE for a maintenance free bearing surface.

The thin wall bearing design, excellent performance features, and low cost make this product one of the most popular self lubricating bearings in the industrial global marketplace.
 

They are available from stock in a wide range of sizes in both inch and metric specifications. Standard stock items are produced in sleeve bearing, flange bearing, and washer designs.

Lubrication Free with Excellent Wear Resistance

Steel Backed Composite Bushings CSB-12/12EC Feature

CSB-12 is designed for light weight and thin wall bearing, the thicker PTFE layer is suitable for the calibration process after the bearing is assembled.

This material also provides low friction and low noise features.

CSB-12EC is optimized based on CSB-12 with special additives to achieve the electrical conductivity of the material.

Steel Backed Composite Bushings CSB-12/12EC Material Structure

1. PTFE Tape Layer, provides self-lubricating feature.

Steel Backed Composite Bushings CSB-12/12EC Technical Data

Steel Backed Composite Bushings CSB-12/12EC Application

The material has good wear resistance and self-lubricating feature and is suitable for the applications of chemical equipment, medical equipment, food industry, textile industry, OA machinery and door hinges, trunk hinges, hood hinges and seat recliners.

Self-lubricating bushings have always been a challenge for car seats to reduce noise in the application of car seats.

Reliable PTFE Slide bearings Solution Supplier - Choose Your Proper Metal-ploymer Comsposite Bushings Online

PTFE composite flanged bushing maintenance-free steel backing

Offering superior anti-friction and wear resistance properties, metal-polymer bearings can run dry or with external lubrication, delivering superior performance thanks to its unique composite structure.