How does the ball mill make the particle distribution curve in the operation process?

　　The ball mill is widely used in cement, silicate products, new building materials, refractory materials, fertilizers, black and non-ferrous metallic mineralization and glass ceramics such as various ore and other wear materials to dry or wet. The ball mill material does not appear in the grinding process, 40% of the particles in the abrasive particles less than 10 microns, 20% particle diameter is less than 2 microns, and the percentage of fine particles is relatively high, in abrasive Two peaks that are not conducive to use. We call this phenomenon as a double peak.

　　Particles having less than 10 microns of particle diameter are not conducive to transitioning into a product, and it is easy to cause blocked and lake mills during production.

　　Therefore, a certain amount of molcher should be added during production, but it also controls the amount of good tolerant agent to avoid waste. Fine particles having less than 2 microns can affect the production of downstream manufacturers, improve the amount of ball mills to the particles, and will reduce the production efficiency of the manufacturer.

　　The new process of heavy calcium fine powder ensures that the particle distribution curve does not appear in a double peak. After the new process is put into use, we found that the fine particles in the back exhibition will significantly reduce, and can reduce the amount of the grinding material cassette to protect the mill, which not only saves the production cost and reduces the cycle load of the system to 201. Compared to traditional processes, it is largely improved production efficiency. At the same time, the product particle size processed by the process is appropriate, and the product quality has been further improved.