When the mill rotates at a certain speed, centrifugal force is generated, causing friction between the steel ball and the cylinder, and it rotates together with the cylinder. When it reaches a certain height, the gravity of the grinding ball is greater than the centrifugal force, and the ball falls, thus crushing the ore. the ball falls, thus crushing the ore., the flow of the grinding ball also plays a key role in grinding the ore. Under the impact and grinding force of the grinding ball, the ore is crushed.
Thanks! Great explanation
When the mill rotates at a certain speed, centrifugal force is generated, causing friction between the steel ball and the cylinder, and it rotates together with the cylinder. When it reaches a certain height, the gravity of the grinding ball is greater than the centrifugal force, and the ball falls, thus crushing the ore.
the ball falls, thus crushing the ore., the flow of the grinding ball also plays a key role in grinding the ore. Under the impact and grinding force of the grinding ball, the ore is crushed.