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For the choice of miners, the work efficiency of the ball mill is an important aspect of its operational efficiency. The qualification of the grinding granularity directly affects the subsequent mineralization operation, and the qualification rate of the grinding particle size is inseparable from the ore particle size, which is small below Composition is to introduce the relationship between the granularity and the ball mill.
In the case of the same requirements of the milling product, the particle size is large, and the ball mill is low; the particle size is small, and the ball mill has high production capacity. This phenomenon is mainly because the granular particles are small, the ore stays short in the mill, and the speed is faster. It is important to note that when the grinding product is required, the grinding product rate will be more obvious to the mineral granularity, and when the milling product is fine, the productivity of the mill is not high. .
When the granular particle size is small, the mill is easier to achieve. However, the fineness and productivity are more contradictory. When the granularity of the ore is the same as the mine, the production capacity of the mill is lowered as the milling product is improved. The details the requirements of the milling product, the more productivity is lowered. However, for the rough grinding process, the metastasis of the milling product is not fine to mill the productivity of the mill.
In summary, every selection in actual production should be based on the size of the factory and the ore properties, and the most suitable mill gives mineral size. The following is a small comparison of various different information, summarizing the more suitable gave granularity, for reference only.
