What is the reason why the suspended permanent magnet is not efficient

Suspended permanent magnet are now widely used in large steel companies, as well as in metal mines, light industry, power plants, refractory materials, etc., and have a huge role. However, in use, users often find that the suspended permanent magnet separator has a problem of low iron removal efficiency, so what are the result for these problems?

1. The factors that determine the impact of the suspension type permanent magnet iron remover in iron removal are two aspects. One is the magnetic field strength of the suspended permanent magnet, and the other is the correct installation method on site.

2. The iron removal effect of the suspended permanent magnet  is closely linked to the height of the suspension and the thickness and thickness of the material. The lower the suspension of the suspended permanent magnet , the better the effect of removing iron. The higher the height, the worse the effect. The thinner the material, the higher the iron removal rate. The higher the magnetic field strength of the iron remover, the better the iron removal effect. If you have a tendency to install, you must find the angle, and correctly hang the iron remover. The lower the hanging height, the better, without touching the normal running condition of the belt.