How is the particle size of a ball mill?

　　The work efficiency of the ball mill has a great impact on the production efficiency of the entire mineral production. The determination of ore size directly affects subsequent mineral mineralization operations, and the passage of abrasive particle size is independent of the particle size of the ore. Below we ask the technicians of the Hengchang Mechanical Technology Department to introduce the relationship between ore size and ball mill, as well as the suitable ore size of the ball mill.

　　When the fineness requirements of the grinding product are the same, if the ore size is large, the ball mill has low production capacity; if the ore size is small, the ball mill has high production capacity. This phenomenon is mainly due to small supply of ore, and the ore stay time is short. What should be noted here is that when the grinding product is required to be more rough, the productivity of the grinder will vary with the size of the ore, and when the grinding product is required to be fine, the abrasive product will not be significant as the ore size. . The ore feed of the milling operation is the product of the crushing operation. Reduce the grain size of the grinder means that the crushing operation should produce a finer product, which will inevitably increase the total crushing ratio of the crushing operation, and the process is complex and expensive. increase. In contrast, although the crushing cost is low, the grinding cost is increased, the particle size of the mill is increased. Therefore, when determining the particle size of the rolling mill, the total cost of pulverizing and grinding should be considering. This will achieve the desired production results. Thus, in general, when determining the appropriate size of the ball mill feed, mainly consider the size of the mineral size, consider factors such as the type of crushing process used in device performance and crushing operations. After the above introduction, I believe everyone has a detailed understanding of the "fitness of the ball mill", I hope to help everyone.