Load capacity of ceramic bearings
The load capacity of ceramic bearings depends on multiple factors, including material strength, geometric design, lubrication status, etc. The following are some key factors that affect the load-bearing capacity of ceramic shafts:
1. Material strength: Ceramic bearings are usually made of ceramic materials such as alumina, which have high hardness and rigidity. Ceramic materials enable ceramic bearings to withstand large load forces.
2. Geometric design: The design geometry of ceramic bearings plays an important role in their load capacity. Optimized geometric design can improve the load distribution and bearing capacity of bearings.
3. Bearing types and structures: There are various types of ceramic bearings, such as deep groove ball bearings, angular contact ball bearings, and cylindrical roller bearings. Bearings of different types and structures have different load capacities.
In application, in order to determine the appropriate load capacity of ceramic bearings, it is necessary to consider actual working conditions and design requirements. Usually, Shanghai Anding Yitai provides detailed data and curves on the load capacity of ceramic bearings to assist users in selecting suitable bearings.
It should be noted that reasonable control and avoidance of exceeding the rated load range of ceramic bearings are important factors to ensure normal operation and extend service life. Overloading can increase the stress and risk of damage to bearings, so suitable bearings should be selected based on the actual situation and follow the load capacity guidance and recommendations provided by Shanghai Anding Yitai 136-2180-8094.
