split plain bearing Structure: sliding layer( PTFE ) porous bronze sinter layer steel backing tin plated/copper plated

split plain bearing

Features: 

split plain bearing material has very good wear and friction performance over a wide range of loads, 

speeds and temperature conditions.

split plain bearing material also performs well with lubrication.

Possible Applications: 

Automotive:

McPherson struts and shock absorbers, doors, bonnets and tailgate hinges, steering columns, clutches, 

gearbox selector fork guides, wiper arms, power steering pumps, pedal bushes, ABS equipment, etc.

Industrial:

Aerospace, agricultural equipment, construction equipment, material handling equipment, forming machines-metal, plastic and rubber, office equipment, medical and scientific equipment, packaging equipment, pneumatic 

and hydraulic cylinders, pumps and motors, railroad and ramways, textile machinery, valves, etc.

A vailable Forms

Cylindrical bush Flanged bush Thrust washer Flanged washer Strip

Usage

dry good oil lubricated good grease lubricated fair water lubricated fair process fluid lubricated fair

Physical and Mechanical Properties

Value Unit Thermal Conductivity λ 40 W/mK Maximum Operating Temperature Tmax +280 °C Minimum Operating Temperature Tmin -200 °C Compressive Yield Strength σc 350 N/mm2 Maximum Static Load Psta,max 250 N/mm2 Maximum Dynamic Load Pdyn,max 140 N/mm2 Maximum Sliding Speed V-dry 2.5 m/s Maximum PV Factor-dry, continuous operation 1.8 N/mm2 * m/s Maximum PV Factor-dry, intermittent operation 3.5 N/mm2 * m/s Coefficient of friction f-dry 0.02-0.25 Coefficient of friction f-oil lubricated 0.02-0.12

split plain bearing