Working characteristics of overflow ball mill

Overflow ball mills are one of the most widely used ball mills, which are commonly used in mineral processing, chemical, and cement industries. The following are some working characteristics of overflow ball mills:

1. Structure: Overflow ball mills are composed of hollow cylinder with a rotating end cover and a discharge grate at the end. The cylinder is filled with grinding media (steel balls) and the ore particles are fed from the feeding end.
2. Grinding process: The grinding process in overflow ball mills is continuous, and the ore particles are ground by steel balls as they are carried up towards the discharge grate by the rotating cylinder. The ground material is discharged through the grate and the grinding process continues.
3. Mineral processing efficiency: The overflow ball mill has high mineral processing efficiency and is capable of processing large amounts of ore materials. In addition, the grinding efficiency of the overflow ball mill is proportional to the ball filling ratio, which means the grinding efficiency can be improved by increasing the ball filling ratio.
4. Size and capacity: Overflow ball mills are available in various sizes and capacities, depending on the processing requirements. They are typically used for grinding materials with a particle size smaller than 0.2mm.

Overall, the overflow ball mill is a reliable and effective grinding machine that is widely used in various industries.

1. High production capacity
2. Continuous operation
3. Low energy consumption
4. Uniform grinding product size
5. Low noise level
6. Smooth operation with low vibration
7. Easy installation and maintenance
8. Ability to grind various materials with different hardness
9. Suitable for both wet and dry grinding
10. Low level of contamination in the final product.