Product Specification

Fox  Bushing Cylindrical Bushings, Tin or Copper Plated, RoHS Compliant, are precision-engineered components that provide superior performance in a wide range of applications. These bushings are made of polytetrafluoroethylene (), a material known for its excellent lubricity, low friction coefficient, and chemical resistance.

The tin or copper plating on the bushings further enhances their durability and wear resistance. The plating also helps protect the material from abrasion and corrosion, extending the bushings' lifespan.

Moreover, these bushings are RoHS compliant, ensuring that they meet the environmental standards for the restriction of hazardous substances in electrical and electronic equipment. This makes them a safe and reliable choice for various industries.

The cylindrical design of the bushings allows for a precise and snug fit in their respective applications. They are commonly used in bearings, slides, guides, and other mechanical components where smooth and reliable operation is crucial.

The Fox  Bushing Cylindrical Bushings, Tin or Copper Plated, RoHS Compliant, are suitable for a wide range of applications, including but not limited to:

Automotive and aerospace industries: These bushings are ideal for precision components in vehicles and aircraft that require low friction and smooth operation.

Machine tools and industrial equipment: Their excellent wear resistance and lubricity make them suitable for use in machine tools, conveyors, and other industrial equipment.

Chemical processing and medical industries: The chemical resistance of ensures that these bushings can handle harsh environments and chemicals, making them suitable for use in chemical processing plants and medical equipment.

In summary, Fox  Bushing Cylindrical Bushings, Tin or Copper Plated, RoHS Compliant, offer a combination of superior performance, durability, and environmental compliance that makes them an excellent choice for various demanding applications.

Self Lubricating Plain Bearing, Fox  bushing replacement!

Cylindrical bushings

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Steel Red Cylindrical Bushes Tin Or Copper Plated Flanged & Thrust Washers
the Sliding bushings consists of a specially developed surface sliding layer
and is particularly suited to applications with high PV ratings, such as
transmission oil pumps. The sleeve bushing RED bearing is particularly suitable for linear or axial movements. This type of bearing is particularly wear-resistant and can retain lubricant well, even if it has a long service life. It also simultaneously protects the mating surfaces from wear and tear. This type of bearing is generally used as a piston ring in shock absorbers for cars and motorcycles and for various hydraulic cylinders, hydraulic motors, and pneumatic components.

Steel Red Sleeve Bushes consists of a steel backing and a porous bronze intermediate layer and overlaid with red modified . This product has a low friction coefficient, good wear resistance, and self-lubrication. The steel back was plated with tin, zinc or copper to increase the corrosion protection. This product is RoHS compliant and is widely applied in printing, textile, tobacco, fitness and shock absorber
machines, etc.

BUSHING & BEARINGS TYPE

• Cylindrical Bushes
• Flanged Bushes
• Thrust Washers
• Sliding Plate

Normal  Metric  Bushings

What is composite bearing?

Composite dry sliding bearings are primarily used for bearing arrangements where heavy loads have to be supported and where rotational or oscillating movements are relatively slow.
 

Where to use composite bearing?

• Because of their good sliding properties and compact design, these plain bearings are particularly suitable for bearing arrangements where:
• Maintenance-free operation is a prerequisite
• There is a risk of lubricant starvation
• Lubricants cannot be used or are forbidden
• Space is limited.

Why choose composite bearing?

• Maintenance-free operation
• No lubrication required ( composite)
• Initial lubrication required (POM composite)
• Minimum wall thickness, minimum space requirements
• Accommodation of heavy loads
• Wide range of temperatures
• Good sliding properties
• Virtually no stick-slip
• High wear resistance
• Less sensitive to edge loading (POM composite)
• No machining required.