Support Radial & Axial Loads
Uses Balls to Maintain the Separation Between the Bearing Races
Support Radial & Axial Loads
Reduce Rotational Friction
Enhanced Operational Reliability Even Under Difficult Conditions
Low Friction, Noise & Vibration
Enhanced Operational Reliability Even Under Difficult Conditions
Running-In Period with Reduced Temperature Peaks
Uses Balls to Maintain the Separation Between the Bearing Races
Reduce Rotational Friction
Reduce Rotational Friction
Uses Balls to Maintain the Separation Between the Bearing Races
Uses Balls to Maintain the Separation Between the Bearing Races
Support Radial & Axial Loads
Uses Balls to Maintain the Separation Between the Bearing Races
Reduce Rotational Friction
Radial Internal Clearance
Withstand Heavy Use
They Automatically Compensate for Large Angular Errors (Shaft Misalignments)
They are Usually of the Double Row Design, Both the...
Manufactured as Single Direction or Double Direction Thrust Ball Bearings
Ideal for the Smooth Working of Heavy Types of Machinery
Simple in Design, Non-Separable, Suitable for High Speeds & Are
Applications in Gearbox, Trucks, Trailers, Automobiles, Rolling Mill, Metallurgy &
Ideal for the Smooth Working of Heavy Types of Machinery
Designed to Accommodate Axial Loads Only & Must Not be
Applications in Gearbox, Trucks, Trailers, Automobiles, Rolling Mill, Metallurgy &
Excellent & High Quality
Uses Balls to Maintain the Separation Between the Bearing Races
Support Radial & Axial Loads
Excellent High-Speed Performance
Excellent Low-Speed Performance
Uses Balls to Maintain the Separation Between the Bearing Races
Support Radial & Axial Loads
Support Radial & Axial Loads
Uses Balls to Maintain the Separation Between the Bearing Races