thrust roller bearing
Thrust roller bearings for main shaft axial load, radial joint load, but the radial load shall not exceed 55% of axial load. Thrust roller bearings other than the low friction coefficient of such bearings, high speed and with self-aligning properties. 29000 non-stick type bearings spherical roller symmetrical type, can reduce the roller and raceway relative sliding at work, and the roller length, diameter, and the number of multi-roller, high load capacity, usually in oil lubrication, Grease can be used for individual low-speed situations. Selection in the design when
Preference should be given; 80000 Thrust cylindrical roller bearings, 90000 Thrust tapered roller bearings and thrust needle bearing AXK type, can withstand a one-way axial load, thrust ball bearings than the axial load capacity of a much larger and rigidity, occupying a small axial space. Thrust cylindrical roller bearings and thrust needle roller bearings suitable for low speed situations, thrust tapered roller bearings speed slightly higher than the thrust cylindrical roller bearings.
Send product request
Other supplier products
 |
self aligning roller bearing | Self-aligning roller bearing has two rows of spherical rollers, the outer race is provided with a common concave spherical raceway, while the inner... |
 |
angular contact ball bearing | The speed limit higher in angular contact ball bearings can support radial load and axial load, and can also be subject to pure axial load, axial l... |
 |
deep groove ball bearing | It‘s are used in a particularly wide variety of applications. They are non-separable and require little attention or maintenance in service, ... |
 |
cylindrical roller bearing | Cylindrical roller bearings are separable, and it is easy to be installed and disassembled. The linear contact between cylindrical rollers and race... |
|
|
thrust roller bearing | Thrust roller bearings for main shaft axial load, radial joint load, but the radial load shall not exceed 55% of axial load. Thrust roller bearings... |
