Tapered Roller Bearings

Tapered Roller Bearings from ABS are designed to support large radial and axial thrust loads, offering superior performance in heavy-duty applications. These bearings feature tapered inner and outer ring raceways and tapered rollers, allowing them to manage both radial and axial loads efficiently. When installed in pairs, they can be configured in back-to-back or face-to-face arrangements to handle thrust loads in both directions, or in a tandem arrangement to increase one-directional axial load capacity.

The axial load-carrying capacity of Tapered Roller Bearings increases with a larger contact angle, making them highly adaptable to varying operational demands. Ideal for applications that require high load-bearing capabilities and durability, these bearings ensure reliable performance in industries such as automotive, mining, and heavy machinery.

Key features

• High load capacity: Supports both large radial and axial loads for demanding applications.
• Flexible configurations: Can be installed in back-to-back, face-to-face, or tandem arrangements to handle thrust loads in multiple directions.
• Enhanced axial load capacity: The axial load capacity increases with the contact angle, providing greater adaptability.
• Durable design: Tapered raceways and rollers ensure smooth operation and extended service life under heavy loads.

Industrial Applications

• Automotive Industry: Essential for wheel hubs, transmissions, and gearboxes, providing reliable performance under radial and axial loads.
• Mining Equipment: Handles heavy loads and stress in machinery such as conveyors and crushers.
• Steel and Cement Manufacturing: Ideal for rolling mills and material handling systems that operate under heavy loads.
• Sugar Industry: Provides stability and load-bearing support in large-scale sugar processing equipment, handling both radial and thrust loads.
• Wind Energy: Applied in wind turbine systems, where the ability to manage combined radial and axial loads ensures reliable operation under varying environmental conditions.