AXIAL DEEP GROOVE BALL BEARING

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Balaji Bearings, the major supplier and manufacturer of the Axial Deep Groove Ball Bearing, offers specialised bearing solutions for pure thrust load applications. We are a reputable distributor whose customers are spread over Sri Lanka, South Africa, the UAE, Nigeria, Egypt, Indonesia, Thailand and Kuwait. We have high-quality axial deep groove ball bearings designed uniquely to take the high axial differentiation in a single direction and allow a smooth and accurate rotational movement.

Primary Uses of the Axial Deep Groove Ball Bearings

• Drilling and Tapping Machines: Found in the main spindle assembly, the bearings receive the large amounts of axial thrust produced during drilling and tapping operations, holding the cutting accuracy and preventing the deflection of the tool.
• Hooks and Swivels in Industry: Hooks and swivels used in heavy-duty cranes depend on these bearings to hold the full weight of the lifted load (pure axial load) but permit easy free rotation.
• Vertical Pumps and Mixers: These bearings take the weight of the motor and shaft and the impeller/ agitator in the vertical mounting systems that carry the large down-axis load when operating continuously.
• Screw Jacks: Axial deep groove ball bearings in screw jack systems are used to make screw systems in lifting and positioning applications carry heavy static and dynamic loads of the screw mechanism.

Features of Deep Groove Ball Bearings on Axials

• Pure Axial Load Capacity: The main characteristic is that they are fabricated to allow high loads acting in a purely axial (thrust) direction. They are not expected to sustain any weighty radial loads.
• Separable Parts: These bearings comprise a shaft, housing washer, ball, and cage assembly. The detachable components can be easily installed and removed, particularly in complicated constructions.
• High-Speed Ability: The design of the ball rolling element types guarantees minimal friction and heat generation, so that these bearings could be used at higher rotational velocities than roller-type thrust bearings.
• Low Axial Cross-Section: Although the design has a high thrust capacity, the design is comparatively thin and compact along the x-axis, which is beneficial when there is limited vertical space.