TAPERED ROLLER BEARING

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One of the most promising suppliers and producers of Tapered Roller Bearings is Balaji Bearings, which offers solutions with great capacity and a firm basis that can be applied with combination loading. We are a reliable distributor of Tapered Roller Bearings and cater to customers in Sri Lanka, South Africa, UAE, Nigeria, Egypt, Indonesia, Thailand and Kuwait. We have a product line based on highly designed tapered roller bearings designed to support both heavy radial and axial loads at the same time.

Essential uses of Tapered roller bearings

• Auto Wheel Hubs: These bearings are standard on the wheel ends of cars, trucks, and trailers. They carry the vehicle weight (radial load) and control the cornering forces (axial/thrust load) in a safe and accurate steering.
• Heavy Truck Axles and Differentials: In all kinds of commercials, such bearings are extremely important to the axles and gearboxes, where they must support the huge total forces caused by engine torque and vehicle mass.
• Industrial Gear Drives: Tapered roller bearings are employed in significant gear reducers and industrial equipment to ensure that shafts and gears are constantly kept in the correct position during heavy loads to facilitate power transfer.
• Conveying Equipment: These bearings carry heavy-duty conveyor systems and construction machinery, the rolls, and the pulleys. They can maintain a high radial weight and resist the sideways force that may take place during the operation.

Features of Tapered Roller Bearings

• Simultaneous Combined Load Capacity: The characteristic is the possibility of the effective transfer of a large fraction of both radial (perpendicular to the shaft) and axial (parallel to the shaft/thrust) load simultaneously. This renders them flexible in numerous and challenging applications.
• True Rolling Motion: All the surfaces of the rollers, raceways and the cone (inner ring) are angled to have the projected apexes of the surfaces converge at a point along the axis of rotation. This guarantees an actual rolling movement, reducing the friction and heat caused by sliding.
• High Stiffness and Rigidity: The huge contact surface of the rollers and tapered shape ensure exceptional rigidity, which is essential in ensuring that the shaft does not deflect because of the high operation loads.
• Separable Design: The bearing follows the design of two separable components: the cone (inner ring and rollers) and the cup (outer ring). This is easier to mount and set the internal clearance or preload during installations, which is critical in ensuring optimised performance.