The bearing capacity of thin-walled deep groove ball bearing is the key to bear the axial load

Thin wall deep groove ball bearing is a common kind in our daily life. The key of thin-wall deep groove ball bearing is composed of a pair of rings, which is composed of a group of ball bearings and a group of bearing steel balls. The utility model has the advantages of simple structure, convenient installation and operation, convenient application and very general production process. It is widely used in all provinces of China.
How much do you know about the bearing capacity and friction of thin-walled deep groove ball bearings? Bearing durability and sliding friction are very important for bearing application, so please try to master them before application.
Bearing capacity of thin-walled deep groove ball bearing: the bearing capacity of thin-walled deep groove ball bearing is the key to bear axial load. However, it can also bear a certain amount of radial load in any direction. When the axial clearance of the bearing is raised within a certain range, this kind of bearing has the characteristics of angular contact ball bearing, and can also bear a large radial load.
Sliding friction of thin-walled deep groove ball bearing: compared with other types of bearings of the same specification, the friction loss of thin-walled deep groove ball bearing is small, the limit speed ratio is high, and the thrust ball bearing is not suitable for a higher level. Speed. In such cases, this type of bearing can be used to bear pure radial load. If the manufacturing precision is improved and the solid cages of bakelite, brass, carbon tool steel and other raw materials are applied, the speed ratio can also be improved.
After mastering the bearing capacity of thin-walled deep groove ball bearings, we can understand that thin-walled deep groove ball bearings are better used and more harmonious in application. The sliding friction information of thin-walled deep groove ball bearing tells you the speed that the bearing can bear during operation. Only a comprehensive grasp of the bearing can better apply the bearing and give full play to the stronger bearing characteristics.