Analyze the Magnetic Effect of China Magnetic Separator

Magnetic separation is a process in which magnetically susceptible material is extracted from a mixture using a magnetic force. This separation technique can be useful in mining iron as it is attracted to a magnet. Generally speaking, magnetic separation process is also called Magnetic plant, Magnetic separation plant and Magnetic separating plant. Magnetic separator is one of the most widely used and versatile used machine in industry. It is widely used to remove iron powder in the reuse of grains in the resource recovery, the timber industry, mining, ceramics, chemical, food and other factory.

There are two factors of influencing the magnetic effect of the magnetic drum separator:

1. Density of pulp is another main factor of influencing separation effect,It mainly refers to overflow concentration of the shunt machine.

A high pulp density will cause a excessive high sorting concentration, which will seriously affect the quality of concentrate. Because concentrate particles are easily covered by particles of the gangue and it is a little difficult to depart at this time, which will lower the grade.




2. The main factor of affecting the magnetic effect is the size of the mine put in the magnetic separator .

Whether the size of the feeding ore big or small means what separating degree of the ore monomer,which means the separation degree between magnetic mineral grains and gangue particles. If the feeding ore is small,the separation degree of the ore monomer is high, which means a satisfactory choosing index;

If the feeding ore is coarse. That the mineral is not fully disintegrated leads a lower separating degree. On the contrary most magnetic particles and gangue particles are still together. Due to the magnetic of the coenobium the magnetic separator can only separate parts of the ore,which leads concentrate grade lower. Therefore, the feeding ore must be fully achieved monomer separation. As with the coarse ore, it is not necessarily to reach...