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Thin wall bronze bushings

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Thin wall bronze bushings

BushingOnline Sourcing, Self-lubricating Bearing Solutions & Customized Size Services

Online shopping for Sleeve Bearings – Bushings & Bushed Bearings from a great selection at Industrial & Scientific Store.

Bronze Bushings Manufacturer‎, Self-lubricating bronze backed bearing with PTFE sliding layer.

Triple-layer bearing with PTFE-surface

Description

EASY BUSHING SLEEVE ONLINE SOURCING

Professional Bronze Bushings Suppliers Industrial Equipment & Bronze Bushing Components Industry

Special manufacturing, Metallic & Self-Lubricating Bushings, Polymer Lined Composite Bushing Series

Feature a hardened steel backing with an inner lining of PTFE or POM. Cylindrical, flanged, and thrust bushings forms are available.

Upon request, we can offer inch-sizes, special lengths, bearings acc. to drawing and various PTFE-layers for different areas of use as well as different backings in bronze or stainless steel, etc.

Cross-section of PTFE Composite, PTFE tin bronze copper layer sheet steel backing copper layer tin layer.

An easy way to send your self-lubricating bearings parts size requests and get quotes.

  • Get free quotes
  • Verified sleeve bushing suppliers
  • Quotes comparison and sample request

Characteristics

  • Maintenance-free
  • Low friction coefficient
  • Multiple areas of use
  • Long lifetime

Type of applications

  • Person lifts
  • Packaging machines
  • Pneumatic cylinders
  • Pumps

Design

  • Plain cylindrical bearings
  • flanged bearings
  • thrust washers
  • sliding plates.

Technical information and standard dimensions on the datasheet.

 split-bushing

The nine advantages of oil-free self-lubricating bearings

Self-lubricating bearing is developed on the metal friction surface of the bearing matrix with holes arranged in order and appropriate size, and embedded in molybdenum disulfide, graphite, and other composite self-lubricating block embedded in the metal sleeve, the composite bearing made of solid lubricant friction area up to 25-65%. The solid self – lubricating block can work normally at 280℃.But because of its low mechanical strength, bearing self-lubricating bearing capacity is weak, easy to produce deformation, it can be embedded in the metal hole groove to suppress this defect, the formation of metal part bearing function, self-lubricating block lubrication function. The lubrication mechanism of the self-lubricating bearing is that during the sliding friction process between the shaft and the sleeve, part of the molecular oil-free bearing of the self-lubricating material is transferred to the metal surface of the shaft to fill in the tiny non-plane and form a stable solid lubrication film, which causes the friction between the solid lubrication film and prevents the adhesive wear of the shaft and the sleeve. This rational combination combines the complementary advantages of copper alloy and non-metallic anti-wear materials, which is especially suitable for non-oil, high temperature, high load, low speed, anti-fouling, anti-corrosion, and strong radiation environment, as well as for special working conditions in which lubricating grease cannot be added to water or other solutions.

The area ratio of the self-lubricating block to the surface area of the self-lubricating block is related to the running speed and pressure strength, and the running speed is low. Pressure strength, the metal area should be larger.

The advantages of oil-free self-lubricating bearings are as follows:

1. Oil-free or oil-less lubricated bearings are suitable for places where oil cannot be filled or it is difficult to fill. They can be used without or with little maintenance.

2. Good wear resistance, small friction coefficient, and long service life.

3. There is an appropriate amount of elastoplasticity, which can distribute the stress on a wider contact surface and improve the bearing capacity.

4. The coefficient of static and dynamic friction is similar, which can eliminate the creep at low speed, thus ensuring the working accuracy of the machine.

5. It can reduce vibration, reduce noise, prevent pollution, and improve working conditions.

6. Transfer film can be formed in the operation process to protect the grinding shaft, without biting the shaft.

7. The hardness requirements for the grinding shaft are low, which can be used without adjusting the shaft, thus reducing the processing difficulty of related parts.

8. Thin wall structure, lightweight, can reduce the mechanical volume.

9. The bushing is made of brass and can be used in corrosive media.

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