Classification and models of conventional bearings

　　Conventional bearings are mechanical components used to support bearings, typically consisting of an inner ring, an outer ring, rolling elements, and a cage. Conventional bearings can be classified into many different types based on their structure and purpose. The following are some common classification models of conventional bearings:

　　Deep groove ball bearing: a bearing used to withstand radial and axial loads, suitable for high-speed rotation and low-noise requirements.

　　Angular contact ball bearings: capable of withstanding greater axial loads, suitable for high-speed rotation and high-precision requirements.

　　Cylindrical roller bearings: mainly used to withstand large radial loads, suitable for medium speed and high load requirements.

　　Conical roller bearings: capable of withstanding large radial and axial loads, suitable for heavy-duty machinery and high-speed rotating applications.

　　Self aligning roller bearings: with automatic centering function, suitable for situations with eccentricity and large displacement.

　　Cylindrical needle roller bearings: suitable for situations with limited space and high load requirements.

　　Angular contact roller bearings: with higher stiffness and load bearing capacity, suitable for high-speed rotation and high-precision requirements.

　　Self centering ball bearings: with automatic centering function, suitable for situations with large eccentricity and displacement.

　　Slender roller bearings: suitable for situations with limited space and high precision requirements.

　　Cold rolled steel pipe bearings: manufactured using cold rolling technology, with high strength and wear resistance.

　　The above are some common classification models of conventional bearings. Different types of bearings are suitable for different occasions and requirements. Choosing the appropriate bearing type can improve the performance and service life of the equipment.