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The ball mill is crucial throughout the mineral, and the ball mill is a link in electricity consumption in the entire mineral economy. The ball mill is the main equipment of the mill, which is very powerful. The energy consumption in the mine is large. How to reduce the energy consumption of ball mill is controlling the cost of mineralization, improve the efficiency of enterprise benefits, as a domestic professional ball mill manufacturer, and the Sing Ding machine is rich in controlling the cost of ball milling machine, reducing the production cost of ball milling machine. Experience.
How to reduce the production cost of the ball mill1, more broken and less mill, the ore crusher is much lower than the ball mill, so it will break less as much as possible, if it can be reached If you choose, you don't need milling, which is effective, but in actual production, it is generally difficult to achieve such an ideal state, so as much as possible is a very necessary step.
2, as fine as possible, the ore is fine as possible in the crushing process, and the ore particle size of the ball mill is largely reduced, the smaller the ore particle size, the higher the ball mill grinding efficiency, the effect is more Ok, the power consumption consumption is smaller, which is not the attention of the majority of mining people.
3, strengthen the classification classification, classify the ore, the taste can be divided into one, so that the colne recovery rate will increase, which is also reduced to the murder. Effective measures for consumption.
4, using a energy-saving ball mill, the energy-saving ball mill is a new generation of milling equipment developed by the Hengchang Mechanical Technology Department, and can significantly achieve energy saving and reduction comparison with other ball mills. The key to the energy saving of Zhongding energy-saving ball mill is to use the rolling bearing for the rolling bearing support, which can save about 10-20% in the same condition.
Mining is an important parameter affecting the working efficiency of the ball mill and the quality of overflow products. The stability of the mine determines the stability of the mill and the subsequent operation. If it fluctuates too large, the grinding efficiency and effect will be affected. The purpose of determining the system to the mine can be achieved by monitoring the working state of the mill. From the control perspective, the milling hierarchical operation has the characteristics of complex process mechanism, more coupling factors, high time lags, and nonlinearity, and a simple PID control system cannot be effectively controlled.
