With the non-metallic minerals in the field of ultra-fine powder application development in recent years, the demand for downstream enterprises of non-metallic mineral products increasingly higher and higher. In addition ,it have higher requirements for the product fineness. The traditional Raymond existence of these problems have been plaguing mineral processing companies and equipment manufacturers. These problems are mainly reflected in:

1, the product fineness is low, the ordinary grinder fineness generally at 500 mesh or less, these devices can only occupy the lower end of the powder application market;

2, the high rate of mechanical failure, power consumption, noise and pollution emissions;

3, the system efficiency is low, a large amount of fine powder can not be efficiently collect within the system repeating cycle power waste;

4,Host bellows duct design mistakes, could easily lead to traffic jams, no flour or less a powder, affecting the yield.

In order to meet the enterprise on the current needs of the high fineness of grinding equipment, Clirik after years of practice and continuous improvement, and its structure has been increasingly sophisticated, with high efficiency, low energy consumption, accounting for a new generation of ultra-fine grinding equipment .The land area is small, funding fewer and environmental pollution, etc. Which is widely used in the fields of metallurgy, building materials, chemical, mining minerals such as grinding materials processing, suitable for processing Mohs hardness six following, humidity below 6% of non-flammable, non-explosive mineral.