Description
-Less taper across the bearing face
-Better load distribution across the bearing surface
-A more stable hydrodynamic lubrication regime
-Increases oil passage capacity
-Produces higher oil supply reliability
-Improves bearing spin and fretting prevention
-Better heat transfer
-Reduces bearing and housing distortion
-Better oil wedge formation
-Stable hydrodynamic lubrication regime
-Minimized vibration and wear
-Prevention of oil film “wiping” in high RPM conditions
-Optimal load distribution across bearing surface
-sizes of metal ranges from standard-040
