Main structure：
Cylinder: a horizontally placed cylindrical shell lined with ceramic material (such as high alumina bricks, manganese steel ceramic composite panels)
Transmission system: The motor drives the cylinder to rotate through a gear reducer, and some models use idler support to reduce kinetic energy loss.
Auxiliary devices: feeding spiral tube, compartment plate (for handling coarse and fine grinding separately), discharge port (grid type forced discharge or overflow type natural discharge).
Grinding media：
Select the medium type (such as steel balls, ceramic balls) based on the material characteristics, and the medium grading (ratio of large and small balls) affects the grinding efficiency
Basic process：
When the cylinder rotates, the grinding medium is lifted to a certain height by centrifugal force and thrown down. The material is crushed by impact force and further refined through rolling friction.
Wet process: Adding water or other liquids to assist in grinding, reducing the surface energy of particles, and improving the uniformity of fineness.
application area：
Ceramic industry: Grinding raw materials such as feldspar, quartz, clay, etc. to ensure uniform fineness of the slurry.
New energy materials: pollution-free processing of positive and negative electrode materials for lithium batteries and nano ceramic powders.
Chemical and Metallurgical: Explosion proof Grinding Process for High Purity Metal Powder (such as Aluminum Powder).
Mineral processing industry: Wet grinding of non-ferrous metal ores to avoid the mixing of iron impurities.
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