How long does it take for tungsten carbide spray coating to be used in lithium battery production lines?

How long can tungsten carbide spraying be used for lithium battery material production line equipment? At present, there are significant differences in the processing technology of tungsten carbide spraying between domestic and foreign countries. Domestic tungsten carbide spraying can be used for lithium battery material production line equipment for 3 months to 1 year. Foreign tungsten carbide spraying can be used for lithium battery material production line equipment and can be used within 1-3 years. Why is there such a difference? Let's take a look together.

Equipment management personnel must pay attention to the uneven wear and tear of lithium battery processing equipment caused by uneven wear and tear. For example, there is significant wear on the blade and screw shaft, and some parts of the switch valve wall are also worn. Or at the bottom of the wall. The total area of all mechanical equipment is 5 square meters, of which 0.1 square meters of tungsten carbide coating is partially worn, but the other 4.9 square meters of coating seem to be "unscathed". At this point, it does pose a threat to the quality of lithium battery materials. If production is stopped, the tungsten carbide spraying cycle system takes about 20 days. If the repair coating not only relies on mid to late stage iron removal agents, but also removes some metal material dirt, it almost does not meet the specified transportation requirements, but sometimes the specifications are too high.

The repair of tungsten carbide spray coating will seriously delay the manufacturing progress. If there is no construction, there is a risk of return for consumers. In this case, the nano coating requires strong application. The nano coating is KN1000 coating, which is a lithium battery material production line equipment that has undergone years of research and development, design, production, application, working temperature, wear, erosion, and non-metallic material spraying. KN1000 nano coating has heat-resistant, wear-resistant, and non-metallic material composition, which can meet the production requirements of lithium battery materials. In addition, the wear cycle of nano coatings is 5-10 times that of tungsten carbide coatings and can be applied on-site. The construction period is 2 square meters per day, further improving production efficiency.

For tungsten carbide spraying on metal surfaces, we need to find more professional technicians. Throughout the process, true, more technical, and professional people feel safer when doing this kind of thing, so we should proactively understand the main content and be able to care about them. For everyone, the specific level is better.

If they choose a more specialized technical field, they must have more powerful mechanical equipment. They should also be more careful in all their work and throughout the entire process. Only by ensuring these two levels can we benefit the overall effect in the future. When we want to do this, we must find a more suitable method before we can achieve stronger results, otherwise it will have a negative impact on ourselves.