|Place of Origin:||China|
|Brand Name:||TOB Wrapped Bronze Bearings|
|Minimum Order Quantity:||negotiated|
|Packaging Details:||Cartons or Pallets|
|Material:||Tin-Bronze CuSn8P||Types:||Wrapped Bushes, Flanged Bearing, Thrust Washer|
|Application:||Agricultural, Building And Engineering Machines, Etc.||Max. Load Pressure:||100 N/mm²|
|Max. Working Temperature:||150℃||Hardness:||HB 90~150|
Tin-Bronze CuSn8P Wrapped Bearings
Tin-Bronze CuSn8P Wrapped Bearings is made of Tin-bronze CuSn8P with its surface punched with diamond or ball shape oil sockets which are preserved for oil saving. Tin-Bronze CuSn8P Wrapped Bearings has good anti-fatigue and load, anti-erosion and abrasion capacity. Tin-Bronze CuSn8P Wrapped Bearings are widely applied in conditions of heavier load but low running velocity, such as on agricultural, building and engineering machines, etc.
Tin-Bronze CuSn8P Wrapped Bearings is made of high density copper alloy with special formulations, rolled it is made of high quality low-carbon steel strip, rolled and sintered with lozenge or spherical oil indentations on surface. Tin-Bronze CuSn8P Wrapped Bearings is with high density, good load capacity and wear-resistance. It is used in lifting machinery, construction machinery and mining machinery etc.
|Product NO.||Chemical Compositions|
Physical and Mechanical Performance
|Performance Index||Data||Performance Index||Data|
|Max. Load Pressure||100N/mm²||Mating Axis||Hardness||≥50 HRC|
|Max. Linear Velocity||2 m/s||Roughness||Ra=0.4~1.0|
|Max. PV value||2.8N/mm²·m/s||Max. Working Temperature||150℃|
|Tensile Strength||460N/mm²||Friction Coefficient||μ 0.05~0.20|
|Yield Strength||260N/mm²||Heat Conducting Coefficient||58 W/(m*k)|
|Hardness||HB 90~150||Heat Expansion Coefficient||18.5 10^-6k^-|
Material: Tin-Bronze CuSn8Pfills with special solid lubricant in the sockets
Types: Wrapped bushes, Thrust washer
Application: in conditions of heavier load but mediate running velocity, such as on engineering machines, gearbox, and clutch on the automotive vehicles, etc.
Heat Conducting Coefficient: 58 W/(m*k)