Bearings can be divided into the following categories based on their structure and working principles:
1. Deep Groove Ball Bearing: This is a widely used type of bearing, consisting of inner and outer rings, rolling elements (steel balls), and cages, suitable for high-speed and light load applications.
2. Self Aligning Ball Bearing: This type of bearing has self-adjusting ability and is suitable for applications with misaligned or slightly deviated shafts and races. It can operate normally under vibration and deflection conditions.
ndrical roller bearings: They have a large load-bearing capacity and high rigidity, making them suitable for applications that can withstand large radial loads.
Angular Contact Ball Bearing: This type of bearing can withstand both radial and axial loads and is suitable for applications with both radial and axial loads, such as machine tool spindles.
5. Tapered Roller Bearings: They are composed of tapered rollers and inner and outer rings, capable of withstanding large radial and axial loads, and are suitable for heavy-duty and extrusion applications, such as automotive differentials.
6. Bearing Units: Bearing units include bearings and bearing seats, widely used in various mechanical equipment to simplify installation and integration.
7. Spherical Roller Bearing: This type of bearing has high load bearing capacity and adaptive ability, suitable for applications under eccentric loads and large vibration conditions.
In addition, there are other special types of bearings, such as thrust bearings, needle roller bearings with inner rings, ceramic bearings, etc. Each type of bearing has its own specific working conditions and load requirements, and it is necessary to choose the appropriate bearing type based on the actual application
