FAG tapered roller bearings can withstand high radial and axial loads. They have a wide range of speeds. Because of the large effective distance between bearings, they are very effective in terms of support force and ensure an accurate and rigid shaft guidance system. Tapered roller bearings can be adjusted and removed to make installation easier.
Tapered roller bearings of X-life quality - reliable, energy-saving, high load-bearing capacity
A wide range of FAG tapered roller bearings with X-life quality are available. In order to meet the requirements of X-life, the geometry, surface, dimension and running accuracy as well as the material and heat treatment process were optimized. X-life mass FAG tapered roller bearings improve the overall efficiency of machines and equipment.
The rigid thrust tapered roller bearings provided by Schafler can withstand very high axial and impact loads while requiring * small axial mounting space. They act both as one-way bearings and as two-way bearings? Bearing manufacturing. Schafler also manufactures full axial tapered roller bearings for pressure spindles in the mill frame. Schafler offers different variants (steel or brass holders) depending on the application
Four-row tapered roller bearings are used in rolling mills in the steel and non-ferrous metal industries. These bearings are designed for extremely high radial and axial loads as well as high speed and impact loads and for extremely adverse environmental conditions such as high temperatures, water and contamination. With the new Performance series for rolling mills, significant cost reductions can be achieved from the TCO perspective.
Double row tapered roller bearings are designed to withstand radial and axial loads (bi-directional) and are available in metric or imperial sizes. The axial clearance of the bearing pair is determined during the production of the bearing. There are many applications in industry and automotive.
Single row tapered roller bearings can withstand radial and axial loads (in one direction). For technical reasons, they are always arranged in a mirror against the second tapered roller bearing.
