In industrial production, gear transmission is a widely used transmission form in mechanical transmission. Therefore, gear spindle wear is a common problem in equipment management and maintenance in enterprises. The damage to gears directly delays the process of industrial production and may even affect the economic benefits of enterprises.

The reasons for its wear and tear can be analyzed as follows:

1. The equipment is not installed properly;

2. Poor lubrication;

3. Delayed maintenance;

4. Running fatigue;

5. Manufacturing quality;

6. Others.

Traditional solutions:

For a long time, there have been several techniques for repairing gear spindle wear, such as welding, spraying, brush plating, and other deposition techniques. However, these technologies are often limited by complex process conditions and on-site environments, especially in the face of equipment problems such as sudden emergencies, large equipment, and complex dismantling. These processes are obviously more than capable.

New process for repairing gear spindle wear:

With the development of technology and progress, there are constantly new materials and technologies emerging, which greatly compensate for the shortcomings of these traditional repair processes. For example, the Sore carbon nanopolymer material repair technology is one of the representative technologies in online repair of axial wear. Especially in the context of high automation and continuous production requirements in modern production enterprises, it has demonstrated obvious advantages in timeliness, speed, low cost, and environmental protection.