MQG4060 ball mill refers to a grid-type ball mill with a cylinder diameter of 4m and a cylinder length of 6m. The ball mill is mainly used to grind crushed ore into small particles, allowing the individual components of various ores to dissociate for subsequent separation. MQG4060 ball mill belongs to large-scale ball mills and is widely used in medium and large metal and non-metal ore dressing plants. This article introduces the parameters and processing capacity of the MQG4060 ball mill.
The parameters of the ball mill mainly involve the cylinder diameter and length, motor model, motor power, volume of the ball mill (length × width × height), effective volume, ball loading, and weight, among others. The specific parameters for the MQG4060 ball mill are as follows:
Cylinder Diameter (mm): 4000
Cylinder Length (mm): 6000
Motor Model: TDMK1700-30
Motor Power (kW): 1700
Volume (mm): Length × Width × Height = 17400 × 9500 × 7600
Effective Volume (m³): 69.8
Ball Loading (t): 137
Weight (kg): 214000
These detailed parameter data provide a basis for understanding the MQG4060 ball mill. However, when examining a ball mill equipment, the focus is often on its processing capacity, i.e., the throughput. The following provides an introduction to this aspect.
MQG4060 ball mill is a large-scale ball mill, commonly used in ore dressing plants with a large processing capacity, such as iron ore and copper ore dressing plants. Its processing capacity can reach 65-248t/h. The processing capacity is influenced by various factors, including the type of minerals, feed and discharge particle size, discharge method, slurry concentration, and more.
1.Mineral Type: Each type of ore has its own characteristics, with differences in hardness and grindability. When the material ground by the MQG4060 ball mill has low hardness and is easily crushed, its processing capacity is greater. Conversely, when the material has high hardness and is difficult to crush, its processing capacity is smaller.
2.Feed and Discharge Particle Size: Different feed and discharge particle sizes also affect the processing capacity of the MQG4060 ball mill. When the ratio of feed particle size to discharge particle size is large, the processing capacity is naturally smaller due to the need to increase grinding time to meet particle size requirements. Conversely, when the ratio is small, the mill can quickly accomplish the set task, resulting in larger processing capacity.
3.Discharge Method: Grid-type ball mills are equipped with discharge grid plates at the discharge end, and qualified materials will be forcefully discharged. The size of the discharge port also affects the processing capacity. Xin Hai produces grid-type ball mills with large discharge ports, allowing qualified materials to be quickly discharged, resulting in strong processing capacity and a large throughput.
4.Slurry Concentration: Slurry concentration also affects the processing capacity of the MQG4060 ball mill. Generally, it is recommended to control the slurry concentration between 60% and 83%, making the processing capacity of the ball mill more ideal.
In summary, we have provided a brief introduction to the parameters and processing capacity of the MQG4060 ball mill. For such large-scale grinding equipment with significant investment, it is recommended to compare multiple options, conduct on-site inspections at manufacturing plants, and then make decisions. Xin Hai's production of ball mill equipment is technologically advanced and meticulously crafted. Feel free to inquire.
