Why Cone Ball Mill Has Higher Vibration Resistance

Cone ball mill is a type of grinding mill that is widely used in mineral processing, building materials, and chemical industries. Compared with other types of grinding mills, cone ball mill has higher vibration resistance due to the following reasons:

1. Unique structure: Cone ball mill has a unique structure with a cone-shaped feeding end and a cylindrical shell. This design can reduce the stress concentration of the mill shell and distribute the load evenly, which enhances the vibration resistance of the mill.

2. Large bearing capacity: The cone ball mill adopts large-size bearings, which can increase the radial and axial load-bearing capacity of the bearings and reduce the vibration caused by the impact of the grinding media on the bearings.

3. Stable operation: The cone ball mill has a stable operation due to its low-speed transmission system, which reduces the impact of the gear transmission on the mill and improves the stability of the mill operation.

4. High-quality materials: The cone ball mill uses high-quality materials for its key components, such as the grinding media, lining plate, and transmission parts. This can improve the wear resistance and impact resistance of the mill and reduce the vibration caused by the wear and tear of the key components.

Table of Vibration Resistance Comparison:

| Type of Mill | Vibration Resistance |

|---------------|-------------------------|

| Cone Ball Mill | Higher |

| Overflow Ball Mill | Medium |

| Grid Ball Mill | Lower |

The above table provides a comparison of the vibration resistance of different types of ball mills. Please note that this is only a general reference and the actual vibration resistance of each mill may vary depending on the specific manufacturer and model.

In summary, cone ball mill has higher vibration resistance compared with other types of grinding mills due to its unique structure, large bearing capacity, stable operation, and high-quality materials. The table above provides a comparison of the vibration resistance of different types of ball mills.