RS PRO 1in Bore Plain Bearing, 1.25in O.D

The RS Pro Plain Bearing is made from metal alloys with pores that channel lubricants between the bearing and the shaft. It is impregnated with highly refined mineral oil to ISO VG (SAE 30), containing anti-oxidant, anti-rust, and defoamant additives. The lubricant used is Shell Tellus S2 MX68. It operates efficiently within a temperature range of -15°C to +75°C. The oil-retaining tin bronze material provides an excellent balance of strength, wear resistance, conformability, and durability, making it ideal for applications requiring long-term self-lubrication.

The RS Pro Plain Bearing is made from metal alloys with pores that channel lubricants between the bearing and the shaft. It is impregnated with highly refined mineral oil to ISO VG (SAE 30), containing anti-oxidant, anti-rust, and defoamant additives. The lubricant used is Shell Tellus S2 MX68. It operates efficiently within a temperature range of -15°C to +75°C. The oil-retaining tin bronze material provides an excellent balance of strength, wear resistance, conformability, and durability, making it ideal for applications requiring long-term self-lubrication.

Impregnated with highly refined mineral oil to ISO VG (SAE 30) having a high viscosity index and containing anti-oxidant and defoamant additivesWide range of lubricants are available to meet specific requirements within a temperature range of -60°C to 200°CGives a good balance between wear resistance and durability in operationIdeal in a wide variety of applications where self-lubricating properties are required over a long period of time

Impregnated with highly refined mineral oil to ISO VG (SAE 30) having a high viscosity index and containing anti-oxidant and defoamant additivesWide range of lubricants are available to meet specific requirements within a temperature range of -60°C to 200°CGives a good balance between wear resistance and durability in operationIdeal in a wide variety of applications where self-lubricating properties are required over a long period of time