Applicable materials: metal magnesium, aluminum slag, limonite, river sand, fly ash, calcite, iron slag, silver powder, iron ore, etc.

Ceramic Ball Mill

The ceramic ball mill has high crushing efficiency and wide application range. It can play a good role in a variety of medium crushing, fine crushing and superfine crushing operations.

Feeding size
<25mm
Power
2.2-75kw

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Ceramic Ball Mill

Ceramic ball mill is mainly used for mixing and grinding materials, uniformity of product fineness and power saving. It can be a dry or wet mill. The machine can be used according to the production needs of different types of liners to meet different needs. The fineness of the grinding operation depends on the grinding time. Suitable for mixing and grinding of common and special materials. Users can choose the appropriate model and liner and media type based on the specific gravity, hardness, and production factors.

Outstanding Advantages

Energy saving: Full hydraulic operation, easy to use, easy to automate, and greatly improved reliability and longevity
Uniform particles: the machine pulverized product particles are more uniform, and the coarser particles are less
High grinding efficiency & good quality of lining: alumina and ceramic, quartz, SILEX or special materials for lining and grinding, and iron-free pollution for hard minerals
Closed system to reduce dust: ultra-fine ball mill and classifier form a closed system, negative pressure delivery, low dust, reduce damage to the human body

working principle

Ceramic Ball Mill Working Principle

The material enters the mill through a hollow shaft screw barrel from a drum feeder. The grinding machine body is provided with a grinding medium. When the cylinder body rotates, the grinding medium is attached to the inner wall lining surface of the grinding machine cylinder due to the inertia centrifugal force, and is rotated to be brought to a certain height together with the cylinder body, by means of The gravity acts freely to drop and crush the material in the cylinder.

In addition to the cyclic movement of ascending and falling, the grinding medium also causes sliding and rolling in the rotating cylinder body, causing grinding action between the grinding medium, the lining plate and the material to grind the material.