The gear bearing housing is seriously worn. Can you serve it carefully

The wear of the gear bearing housing has been encountered by the equipment management personnel of many enterprises. The slight wear may not directly affect the normal use, but it will be used for a long time without timely and careful service, making the wear more serious, thus affecting the normal production of enterprises. Let's take an example to see how to carefully service the wear of the gear bearing housing in a timely and effective manner

During the maintenance of a paper mill, it was found that the bearing chamber of the oven fine gear was worn, uneven and severely worn locally, with the depth of Z being about 10mm, with an average of about 3mm. Relevant instrument parameters: bearing model 22313, bearing and shaft combination, rotating speed 745r/min. When the company encountered the problem of serious wear of the meticulous gear bearing housing, it chose Sorey's carbon nano-polymer material technology for online service. Before understanding this technology, please take a look at the site map of the wear of the gear bearing housing carefully and carefully

There are several wear service technologies for gear bearing housing. Why did the company choose Sorey's carbon nano-polymer material technology. What are the advantages of this technology

1. This technology can realize online attentive service and careful wear of gear bearing housing without a large number of disassembly and assembly equipment. It can not only disassemble and assemble the attentive service parts, but also reduce the labor intensity of workers and unsafe factors in construction, shorten the downtime of enterprises and reduce the resulting losses

2. This technology does not produce high temperature during the online attentive service process, which protects the device body from damage, and is not limited by the unilateral wear of the bearing chamber during the attentive service process

3. The metal materials have good comprehensive mechanical properties and do not have good "yielding" metal fatigue wear characteristics and plastic deformation. Due to fatigue wear and fracture during long-term use, there is no gap due to surface wear and fatigue during long-term operation of the protected equipment