This cement miller is a horizontal cylindrical rotating device, outer gear, the two positions, lattice-type Ball mill . Materials from the feed device are evenly sent to the first warehouse through the compound empty-axis spiral, there are ladder liner or corrugated liner the warehouse, which is built with steel ball with different specifications, rotating cylinder produces centrifugal force and lift the ball to a certain height after the fall, which has severe impact on the materials.
This machine has cylindrical rotary device. The materials evenly enter the first chamber of the mill through the feeding device. The chamber has the ladder liner and corrugated liner, which has different specifications of steel ball. The centrifugal force generated by the cylinder rotating will throw the steel ball to a certain height and then falls, which has pounding and grinding effects on the on the materials. After having coarsely grinded in the first chamber, the materials enter the second chamber through compartment plate. This chamber is lined with flat lining and steel ball, which will further grind the materials. Last, the power will be discharged through the discharge grate plate and then the grinding operation is finished.
The cement miller we researched and developed with great concentration plays an active role in the mining and Ore beneficiation industry and is one of the indispensible mining crushing equipment in the mining industry. This machine has the most competitive price and the most reliable quality so that it is the top choice for the high performance crushing equipment. The working efficiency of a crushing machine is determined by its working principle, which is closely linked to the mechanism of material crushing. For this reason, it is necessary to systematically research the crushing mechanism of the materials and comprehensively describe the working condition of the crushing equipment so that the purpose of high efficiency and energy conservation can be achieved.

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