The metallurgical industry is demanding on equipment because of its harsh operating environment - equipment is often operated in dirty, abrasive conditions where maintenance is impractical or impossible. We clearly know this and design bearings for this purpose, to ensure that your equipment can run under performance for a long time, without regular maintenance or maintenance is crucial.
Even in harsh steel mill or foundry environments, self-lubricating, maintenance-free bearings have a longer service life and good performance. The engineering solutions are designed to extend the life of bearings and extend the service life of industrial equipment, and can be customized for the following applications: pressure filters, lifting devices, milling cutters, quenching machine slide plates, drive rolls, ladle cover manipulators, casting cylinder locking devices, casting cylinder locking devices, etc.
Self-lubricating surface engineering solutions for metallurgical metal industry applications are tailored to meet your specific requirements and significantly reduce, mitigate or even prevent downtime.
Under normal circumstances, the bearing arrangement in steel mill needs to bear extremely high load, and in most cases, the working temperature is very high and the environment is seriously polluted. Therefore, in addition to the use of standard rolling bearings, it is also necessary to use some special bearings suitable for these working conditions.
In order to bear large radial load on rolling mill, double row or four row cylindrical roller bearings are often used as thrust bearings. At the same time, thrust deep groove ball bearings, angular contact ball bearings, double row tapered roller bearings, thrust tapered roller bearings or thrust aligning roller bearings are used as thrust bearings. If double-row or four-row tapered roller bearings are used, no additional thrust bearings are usually required. Self-aligning roller bearings are usually used in situations where axial guidance accuracy is not high and speed is low.
2020-03-06
