What forces are exerted on the particles inside the tungsten ore magnetic separator?

What forces are exerted on the particles inside the tungsten ore magnetic separator?

Nowadays, the development of mining is very fast, and mechanical equipment has greatly improved efficiency by replacing traditional manual mining methods. Tungsten ore magnetic separator is a common application equipment in mining enterprises. So some friends are not very clear about the forces on the particles inside the tungsten ore magnetic separator. With a question, let's have a detailed understanding.

First of all, let's talk about tungsten mines. China also has a very large demand for tungsten, and the mining of tungsten mines is also highly valued. Nowadays, mechanical equipment is used for mining and processing tungsten ore, especially tungsten magnetic separators, which are important processing equipment. So what forces are acting on the particles inside the magnetic separator?

1. What forces are being exerted

For magnetic particles, they will be subjected to two forces in a tungsten ore magnetic separator, one is magnetic force, and the other is competitiveness. Competitiveness includes the gravity of particles, centrifugal force, and fluid resistance, among others.

2. How to Magnetic Separation

The difference between magnetic and non magnetic particles is that tungsten ore magnetic separators use this feature to separate magnetic particles.

For particles with relatively large magnetic properties, they are more easily absorbed by the magnetic separator, while for non magnetic particles, the magnetic separator cannot collect them. However, in addition to magnetic force, particles are also affected by competitiveness, so the magnetic separation process may lose its effectiveness. In order to increase the magnetic separation effect, users often use the method of crushing to make the particles into a suitable state for magnetic separation. Of course, the particles cannot be too large or too small.

Large particles are subjected to significant gravitational and centrifugal forces, and magnetic forces often cannot collect these large particles. If the particles are too small, the magnetic force is still difficult to recover these particles due to Fluid power factors. At the appropriate particle size, the magnetic separation process will be more effective.

However, this statement is too idealistic. In fact, the forces acting on particles in magnetic separators are very complex, so magnetic separators often cannot fully absorb these magnetic particles. Furthermore, there are many particles that are between magnetic and non magnetic, only a matter of magnetic strength, so magnetic separators cannot collect small magnetic particles.

Now everyone knows what forces are acting on the particles inside the tungsten ore magnetic separator? In fact, particles act under the influence of these forces, and their actions are very subtle. Users need to find ways to change the forces on these particles in order to recycle them. Of course, the quality of the tungsten ore magnetic separator also greatly helps with the recovery effect of particles. If you have any questions about the selection of machinery and equipment, you can consult us.

What forces are exerted on the particles inside the tungsten ore magnetic separator?