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In real-world applications, however, thrust loads can vary and may exceed the rated load capacity of the bearings

ball bearing thrust load. To address this, various techniques can be employed to mitigate the effects of thrust loads on ball bearings. One common approach is to use multiple bearings arranged in a tandem or back-to-back configuration, which distributes the load among the bearings and reduces the overall thrust load on each bearing.

The rolling elements within these bearings are typically spherical or cylindrical rollers, which offer superior load capacity compared to ball bearings. The larger contact patch between the rollers and races further enhances the bearing's ability to handle heavy loads while minimizing friction and wear The larger contact patch between the rollers and races further enhances the bearing's ability to handle heavy loads while minimizing friction and wear The larger contact patch between the rollers and races further enhances the bearing's ability to handle heavy loads while minimizing friction and wear The larger contact patch between the rollers and races further enhances the bearing's ability to handle heavy loads while minimizing friction and weartaper rolling bearing supports. This makes taper rolling bearing supports particularly well-suited for applications where high static or dynamic loads are common, such as in gearboxes, pumps, and conveyance systems.