Ceramic ball mill is a typical grinding equipment. Compared with traditional ball mills, it occupies great advantages in terms of function, structure, and operation. The equipment has large production capacity, high technology content, and noise-free work. It is a comprehensive one in current grinding equipment. The equipment with high sales volume can be regarded as a model of the industry. It plays an extremely important role in the fields of metallurgy, building materials, chemical industry, and industry.

The motor on the ceramic ball mill drives the cylinder to rotate through the deceleration device, and then the crushed ore and the grinding balls in the cylinder are brought to a certain height by the lining plate due to the friction and centrifugal force when the cylinder rotates, and then fall and fall due to gravity. Falling, 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 ceramic ball mill continuously and uniformly through the combined feeder, and the ground materials are continuously discharged from the ceramic ball mill. Ceramic ball mill is a grinding equipment that can work continuously 24 hours a day.

1. The ceramic ball mill can use different liner types according to production needs to meet different needs.

2. The fineness of the grinding operation is controlled by the grinding time.

3. The motor starts from decompression and reduces the starting current. Its structure is divided into integral type and independent type.

4. The ceramic ball mill has less investment, is energy-saving and electricity-saving than similar products, has a novel structure, simple operation, safe use, and stable and reliable performance.

5. The user can choose the appropriate model and liner according to the specific gravity and hardness of the material, as well as the output and other factors.