Process of Wolframite gravity concentration plant

Process of Wolframite gravity concentration plant

Wolframite is an important tungsten ore with high tungsten content, but it also contains some impurities. In order to improve the grade of tungsten, Wolframite needs gravity separation. Wolframite gravity concentration plant is an important equipment for Wolframite gravity concentration. This paper will introduce the process of Wolframite gravity concentration plant.

1、 Working principle of Wolframite gravity concentration plant

The Wolframite gravity concentration plant mainly uses gravity concentration method for gravity concentration. Gravity beneficiation method is a method that utilizes the different settling velocities of mineral particles under the action of gravity to achieve beneficiation. The working principle of Wolframite gravity concentration plant is to feed wolframite ore into the gravity concentrator, and after a series of physical processes, the impurities in the wolframite ore will be separated to improve the tungsten grade.

2、 Flow of Wolframite gravity concentration plant

1. Rough selection

Rough separation is the first step in Wolframite gravity concentration process. In this step, wolframite ore enters the rougher after preliminary crushing. The rougher uses gravity to separate the impurities from the wolframite ore, so that the tungsten mineral particles in the wolframite ore can settle to the bottom, thus realizing separation.

2. Scanning selection

Sweeping is the second step in the process of Wolframite gravity concentration. In this step, the wolframite ore after rough separation enters the sweeper. The sweeper uses gravity and centrifugal force to further separate the impurities in the wolframite, so that the tungsten mineral particles in the wolframite can settle to the bottom, thus realizing separation.

3. Selection

Cleaning is the last step in the gravity concentration process of Wolframite. In this step, the swept wolframite enters the concentrator. The concentrator uses gravity and centrifugal force to further separate the impurities in the wolframite, so that the tungsten mineral particles in the wolframite can settle to the bottom, thus realizing separation. After cleaning, the grade of tungsten mineral particles in wolframite ore has been further improved.

3、 Advantages of Wolframite gravity concentration plant

1. Large processing capacity

The Wolframite gravity concentration plant has a large processing capacity, which can meet the needs of large-scale production.

2. Good beneficiation effect

The Wolframite gravity concentration plant adopts gravity concentration method for gravity concentration, which can effectively separate impurities in wolframite ore and improve tungsten grade.

3. Simple operation

The operation of Wolframite gravity concentration plant is relatively simple, which can reduce the consumption of manpower and material resources.

4、 Summary

Wolframite gravity concentration plant is an important equipment for Wolframite gravity concentration. Its working principle is gravity concentration, through a series of physical processes such as roughing, sweeping and cleaning, the impurities in wolframite are separated, and the tungsten grade is improved. Wolframite gravity concentration plant is an important equipment for Wolframite gravity concentration, which has the advantages of large processing capacity, good beneficiation effect and simple operation.

Process of Wolframite gravity concentration plant