Characteristics of tapered roller bearings
Release time:
2025-01-10
High temperature resistance: Made of high temperature resistant materials and lubricating grease, it can operate stably in high temperature environments and is suitable for hot rolling mills, hot forging machines, and heat treatment equipment.
Conical roller bearings have the following main characteristics:
High load capacity: Conical roller bearings can operate stably under heavy loads and impact loads, making them particularly suitable for applications that can withstand heavy loads, such as
rolling mills, cranes, and mining equipment.
Self centering performance: This type of bearing has good self centering performance, which can automatically adjust the axis deviation, make the shaft bear uniform force, reduce wear and
fatigue, and extend the service life.
High temperature resistance: Made of high temperature resistant materials and lubricating grease, it can operate stably in high temperature environments and is suitable for hot rolling mills, hot
forging machines, and heat treatment equipment.
Strong adaptability: Suitable for various types of mechanical transmission systems, such as rotation, sliding, rolling, etc., as well as various installation methods, such as face-to-face, back-to-
back, series, etc.
High reliability: Adopting precision machining and strict quality control, it has good reliability and stability, reducing failure and maintenance costs.
Easy maintenance: The design makes maintenance and replacement simple and convenient, and most tapered roller bearings can be installed and disassembled through the side or end face.
Application areas: Conical roller bearings are widely used in various fields such as automobiles, machine tools, motors, metallurgical equipment, and heavy machinery. In automotive
transmission systems, they can withstand a large amount of axial and radial loads, ensuring the stability and reliability of the transmission system. In addition, they are also used in aerospace
equipment, mining machinery and other fields to meet harsh working conditions.
Working principle: Conical roller bearings work based on the principle of rolling friction. When the bearing rotates, the tapered roller rolls on the raceway of the inner and outer rings, converting
sliding friction into rolling friction, thereby reducing the friction coefficient and improving mechanical efficiency.
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