GBT 4604.1-2012 Rolling Bearing Clearances Part 1: Radial Clearances of Radial Bearings

2022/11/03

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Leaders of Bearing Association visited our company

2022/10/21

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Bearing cleaning method

Bearing is an important part of mechanical equipment, which is mainly used to support mechanical rotators and is widely used in industrial production. However, bearings also need to be cleaned frequently to ensure grease removal and performance. Maybe many people don't know how to clean the bearing. Now let's briefly introduce the cleaning method of the bearing to help you clean the bearing quickly and effectively.

2022/08/05

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Fault identification method of bearing

It is very important to improve productivity and economy that bearing faults in operation can be identified or predicted without disassembly inspection. The main identification is as follows:

2022/07/27

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Application standard of bearing

With the general improvement of people's consumption ability, the choice of transportation tools has also begun to diversify. The increase in the introduction of factory mechanized equipment and the improvement of the consumption ability of many users have expanded the application scope of bearings year by year. The popularization and circulation of mechanized projects have promoted the development of the bearing industry. In order to adapt to professional production, the importance of bearings is self-evident. The economic manufacturing method can obtain accurate coordination, and the lubricant is input during the operation process to achieve good work efficiency.

2022/08/18

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Function and application of tapered roller bearing

Tapered roller bearings have tapered inner ring and outer ring raceways, with tapered rollers arranged between them. The projection lines of all conical surfaces meet at the same point of the bearing axis. This design makes tapered roller bearings particularly suitable for bearing complex (radial and axial) loads. The axial load capacity of bearing is mainly determined by contact angle α Determined; α The greater the angle, the higher the axial load capacity. The angle is expressed by the calculation coefficient e; The larger the e value is, the larger the contact angle is, and the greater the applicability of bearing to bear axial load is.

2022/07/15

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