In the early stage of development, ball mills were mainly intermittent ball mills, but intermittent ball mills grind raw materials and easily cause excessive grinding of materials. The required ball milling cycle is long, the grinding efficiency is low, and the unit product power consumption is large. It is difficult to realize feeding, water addition, ball milling and unloading. Automation of production processes, etc. With the development of technology, as of today, most of these industries have used continuous ball milling.

The industrial continuous ball mill is mainly composed of transmission device, cylinder device, feeding device, unloading device and electrical control device.

What is the continuous working principle of the mining machinery ball mill?

The motor drives the cylinder plate to rotate through the decelerating device. The crushed ore and steel ball weight in the cylinder is brought to a certain height by the lining plate due to the friction and centrifugal force when the cylinder rotates, and then falls and falls due to gravity. The ore is gradually crushed under the action of impact and grinding. The crushed ore is discharged out of the barrel through the discharge part.

After the discharged minerals are classified into qualified products in the spiral classifier, the coarse sand passes through the combined feeder and returns to the ball mill to continue grinding. The feeder feeds continuously and evenly, the ore enters the ball mill continuously and uniformly through the combined feeder, and the ground materials are continuously discharged from the ball mill. The ball mill is a grinding equipment that can work continuously 24 hours a day.

The ball mill has the characteristics of low investment, energy saving and power saving compared with similar products, novel structure, simple operation, safe use, stable and reliable performance, etc., and is suitable for mixing and grinding operations of ordinary and special materials. The user can choose a continuous ball mill of suitable model, liner and media type according to the specific gravity and hardness of the material, and the output and other factors.