High Tensile And Yield Strength C95400 Aluminum Bronze Plugged Graphite Bushing

Made to order from China C95400 Aluminum Bronze Sliding Bearing C954 Bronze | C95400 Aluminum Bronze Bushes provides high tensile and yield strength, good ductility, weldability and machinability, excellent resistance to wear, fatigue and deformation under shock and load.

VIIPLUS offers various types of bronze wear plates, ranging ... This is acheived by a process of plugging the bronze plate with plugs of graphite.

Sliding layer Solid lubricant surface: app. 25-30% Other commonly used bronze alloys: CuAl10Ni, CuSn12Pb, CuSn7ZnPb

1. Aluminum Bronze Wear Plates

2. SelfLube Mold and Die Products

3. Manganese bronze sliding block

4. Graphite Plugged Bushing Products

VIIPLUS INTERNATIONAL is a professional enterprise specialized in
the production of various sliding bearings. Through years of production and
experience, the enterprise has been committed to the innovation on management
and technology. It is of great importance to the acquisition of experience from its
colleagues from both home and abroad. Meanwhile, it has established ties with
domestic universities and institutions so as to seek development opportunities
based upon quality while led by the science and technology, establishing a strict
quality assurance system. Therefore, the technical level and quality of the products
are constantly improved. Committed to the operational motto of "creating values for
our clients and taking the requirement of the clients as our target in the service, and
winning clients trust is the liability of our work he arm of to provide
the clients with top-class products and service.

Metallic Self-lubricating Maintenance-free Bearings

Oilite Graphite Bush Wholesale, Graphite Bush Suppliers

C95400 Aluminum bronze is the highest strength standard copper based alloy.

Similar or Equivalent Specification

Chemical Composition

Self-lubricating Bushes use high grade
copper alloys as their base material and have
finely finished surface with holes in which a
specially formulated solid lubricant is embedded.
The lubricant cover up to 25-30% of the working
surface. During operation the lubricant film is
deposited automatically over the complete
moving surface.