Overview

Technical Parameter

 

This product is made of high-quality low-carbon steel plate as the substrate, and the surface is rolled with special technology to produce aluminum tin alloy. It has moderate fatigue strength and load-bearing capacity, good corrosion resistance, and good bearing surface performance.

 

Material Sarbon steel/Steel+AlSn20Cu
Applications The product is suitable for bearings of internal combustion engine spindles and connecting rods, bearings for air compressors, and bearings for refrigeration machines
Maximum dynamic load P 90N/mm²
Maximum linear velocity V -
Fluid Lubrication 15m/s
Maximum PV value -
Fluid Lubrication 8N/mm²·m/s
Coefficient of friction u -
Fluid Lubrication 0.04~0.12
Maximum temperature Grease 150℃
Fluid Lubrication 250℃
Matching shaft diameter Hardness HRC ≥270
Roughness 0.16~0.63
Alloy layer hardness HB 30~40
Thermal conductivity 47W/mk
Linear expansion coefficient (axial) 18×10-6/K

 

Overview

Technical Parameter

 

This product is made of high-quality low-carbon steel plate as the substrate, and the surface is rolled with special technology to produce aluminum tin alloy. It has moderate fatigue strength and load-bearing capacity, good corrosion resistance, and good bearing surface performance.

 

Material Sarbon steel/Steel+AlSn20Cu
Applications The product is suitable for bearings of internal combustion engine spindles and connecting rods, bearings for air compressors, and bearings for refrigeration machines
Maximum dynamic load P 90N/mm²
Maximum linear velocity V -
Fluid Lubrication 15m/s
Maximum PV value -
Fluid Lubrication 8N/mm²·m/s
Coefficient of friction u -
Fluid Lubrication 0.04~0.12
Maximum temperature Grease 150℃
Fluid Lubrication 250℃
Matching shaft diameter Hardness HRC ≥270
Roughness 0.16~0.63
Alloy layer hardness HB 30~40
Thermal conductivity 47W/mk
Linear expansion coefficient (axial) 18×10-6/K