Factors affecting the efficiency of ball mill equipment and solutions

　　The ball mill, knowing that the ball mill is more representative of the ball mill products. Its larger strength is its high operating efficiency, which can meet the various production needs of users and create income for them. However, the efficiency of the operation is not static and will be affected by many factors. What are the factors affecting the efficiency of the ball mill equipment? The following is some factors affecting the ball mill: 1. Whether the daily maintenance of the ball milling equipment will directly affect the work efficiency of the equipment: if not keeping lubricity, it will reduce the running speed of the device bearing, thereby greatly reduces the ball milling efficiency of the entire device. This is just a small detail showing the importance of maintenance work. Therefore, in order to improve the efficiency of the equipment, the user must not be sloppy. 2, the quality of the ball mill components also affect its own operational efficiency: that is, if the quality of the device components is too small, it takes a few days to break, need to be repaired. This will drag the back legs in time. If there is no good to master the time, how to increase efficiency? going up? Therefore, the user guarantees the quality of the purchased equipment to avoid affecting production efficiency. 3. Whether employees can properly operate the ball milling equipment will also affect their operational efficiency: That is, if the staff will be damaged, the unqualified material will be wasted, which will affect the progress of the entire equipment. 4, the power consumption of the device itself: When the ball mill is operating normally, the ball mill power consumption is mainly from two aspects. On the one hand, it is a refugee grinding body and material, one side is overcome rubbing. Used to enhance the power consumption of the abrasive body and the pressure of the abrasive body and the ball mill, and the power consumption of the friction is the integration of the friction power consumption of each part, and this part usually has a small proportion. 5. Causes of the ball mill transmission failure: When the ball mill is faulty, the ball mill is lowered, but the actual power is increased. After analyzing, the power of the enhanced grinding body is reduced, then this part of the increased power consumption is inevitably from the increase in friction. The increased part is caused by the increase in friction between the hollow shaft and the spherical watt. When the power supply voltage is lowered, due to the decrease in the motor output shaft speed, the condition of the medium-blast axis and the spherical watts are damaged, so the lubrication state between the hollow shaft and the spherical wat is transformed into boundary film lubrication , Friction coefficientWill greatly increase. This makes the power increase, exceeding the stability coefficient of the entire transmission system design. Thus, the elastic rubber block coupling plastic block is reversed.