YOCH Bearing

The property of preventing adhesion and boundary lubrication when the shaft and the bearing are in direct contact. The material factors that affect the friction compatibility of the friction pair are: (1) The metallurgical difficulty of the pair materials to form an alloy. (2) The affinity between the material and the lubricant. (3) The friction coefficient of the pair materials in the unlubricated state. (4) The microstructure of the material. (5) The thermal conductivity of the material. (6) The size of the material surface energy and the characteristics of the oxide film.

Bearing cage (also known as bearing retainer) refers to a bearing part that partially wraps all or part of the rolling elements and moves with them, isolating the rolling elements, and usually guiding the rolling elements and keeping them in the bearing.

The high-temperature bearing shaft support system requires both high rigidity and as light a mass as possible. To overcome this contradiction, measures such as reducing surface roughness and improving surface strengthening can be taken to improve support rigidity, and hollow shafts can be used to reduce system mass.

When the IKO bearing rotates, the raceway surfaces of the inner and outer rings of the thrust ball bearing are in rolling contact with the rolling elements, so the running track is dark. It is not abnormal for the running track to be attached to the raceway surface. From this, the load conditions can be known. Therefore, when disassembling the bearing, please pay close attention and observe the running track of the raceway surface.

Oil-free lubrication or low-oil lubrication is suitable for places where refueling is impossible or difficult, and can be used without maintenance or with little maintenance.

Self-lubricating bearings are now mainly divided into two series, oil-free lubricated bearing series and boundary lubricated bearing series. So what are the main characteristics and advantages of self-lubricating bearings during use?

Approximately 25% of all premature koyo bearing failures are caused by improper installation or incorrect use. Various applications may require heating, mechanical or hydraulic installation methods to properly and efficiently install automotive wheel hub bearings. Selecting the right installation method for the application will help extend the life of the bearing and reduce the cost of premature bearing failure and potential damage to the application.

In the past, most of the wheel hub bearings for cars were used in pairs of single-row tapered rollers or ball bearings. With the development of technology, car hub units have been widely used in cars. The scope and amount of use of wheel hub bearing units are increasing day by day, and they have now developed to the third generation: the first generation is composed of double-row angular contact bearings. The second generation has a flange on the outer raceway for fixing the bearing, which can simply be put on the axle and fixed with nuts. This makes the maintenance of the car easier. The third generation of wheel hub bearing units uses a bearing unit and an anti-lock brake system. The wheel hub unit is designed with an inner flange and an outer flange. The inner flange is bolted to the drive shaft, and the outer flange installs the entire bearing together.

The inspection of TIMKEN bearings should be carried out under a diffuse light, and the appearance, cracks and other parts of the TIMKEN bearings should be carefully observed.