iron separator machine

Qualified ore particles will pass through the screen, while unqualified particles will remain on it. These unqualified ores are returned for further crushing until they meet the appropriate PTMS Electromagnetic Separator size requirements. This process is akin to a rigorous "screening exam," where only ore that meets the size standards can proceed to the next stage. Magnetic separators utilize the magnetic differences between various minerals in the ore for separation.

PTMS magnetic separation

The crushed and screened ore is fed into the PTMS Electromagnetic Separator, which is the core step of the magnetic separation stage. When selecting the magnetic separator and determining the magnetic field strength and magnetic separation method, it is necessary to base these decisions on the magnetic characteristics and iron content of the ore. For potassium-sodium feldspar ores containing a significant amount of weakly magnetic iron minerals, wet high-gradient PTMS Electromagnetic Separator can be used.

what is magnetic separation process？

This PTMS Electromagnetic Separator is like a powerful "magnetic trap", with a large magnetic field gradient, which has a very good effect on the separation of weakly magnetic minerals. In the magnetic separation process, when the pulp enters the magnetic separator, the iron minerals with strong magnetism will be adsorbed on the magnetic poles of the magnetic separator, while potassium and sodium feldspar will flow out with the pulp.
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