ATCORP, ATC-311 Bimetal bearing material is a sliding bushing with steel Backing and a CuSn10Bi3 surface sliding layer. It is ELV, ROHS Compliance material.Suitable for fat or oil lubrication, lower friction factor, Shock and vibration resistance, good lubricity and wear resistance. Oil holes, oil holes or oil tanks can be set The sliding layer can be refined to improve the matching accuracy. Suitable for high load and medium speed conditions.These sliding bushings are used in applications with high Loads and medium speeds .Steel Backing provides strength to Bimetal structure while soft Sliding layer of CuSn10Bi3 helps to improve lubrication with strong wear resistant properties. Can be set in oil holes, grease indents or oil pockets.ATC-311 Material comes with three options like tin flash, copper flash or Zn Flashing also to avoid rusting of steel during transit /storage
Performance Index
Units
Oil Lubricated
Grease Lubricated
Max Dynamic Load
Mpa
140
140
Working Temperature
°C
- 40 - + 250
-40 - +150
Max Linear Velocity
m/s
5
2.5
Max Pv Values
m/s x Mpa
10
2.8
Coefficient of Friction
0.06 -0.16
0.08 – 0.18
Max Alloy Layer Hardness
HB
60
60
Max Mating Axis Hardness
HRC
50
50
Benefits of ATC311
The Steel+CuSn10Bi3 combination ensures high strength, wear resistance, and fatigue strength suitable for high loads and varying temperatures.
The CuSn10Bi3 alloy can replace traditional lead-containing bearing bush base layers, removing polluting metals and ensuring cleaner production and utilization.
These bushings find widespread application in various industries including automotive, construction and heavy machinery, metallurgical equipment, and marine industries, due to their strength, wear resistance, and durability under demanding conditions.
Sliding Layer of CuSn10Bi3 offers inherent lubricating properties.
Steel+CuSn10Bi bushings are a reliable and cost-effective choice for demanding applications requiring strong, wear-resistant bearings, especially when considering the need for periodic lubrication and proper installation.