Is the particle size thicker, is they being worn?

The airflow crusher is widely used in chemical plants, coal, wear -resistant materials, refractory insulation materials, lithium battery materials, metallurgy industry, decorative building materials, pharmaceutical industries, porcelain, food, fertilizer, fine feed, new materials, environmental environment The manufacturing industries such as protection and various types of raw materials are super crushed, sprinkled, and particulate plastic surgery. As the airflow crusher is put into use more and more, the problems encountered during use may increase. Sometimes users may be able to solve them by themselves, and some may require manufacturers' technical support to solve.

Powder equipment display diagram

Today we say that the parts that may be worn frequently in the airflow crusher, and how to solve it. One of the cases that may occur after using the air flow crusher for a period of time is that the particle size becomes thicker. So what should I do if I encounter this situation? The particle size becomes thicker, which means that the production volume may decline. The cause of this may include the wear of the blades, lining and other components. These common components require daily maintenance. At the same time, it also needs to be checked frequently. If the wear is severe, please replace it immediately. Otherwise, the particle size will become thicker. The better the daily maintenance of the airflow crusher, the longer the service life, the longer the service life, and the higher the value it creates for you. The air flow crusher can also be customized according to customer requirements. The materials are divided into two types: carbon steel and stainless steel plate. It can also be customized according to the production volume of different sizes. For some flammable and explosive materials, the epoxy materials can be broken in closed circuit with rare gases, the rare gas circulation system is used, and the loss is extremely low, and the resources are reasonable.