How the particle size and embedding characteristics of potassium sodium affect PTMS magnetic separation iron removal
iron separator machine
The particle size of the ore and the embedding characteristics of iron mineral in potassium-sodium feldspar determine the fineness requirements of grinding ore and the choice of PTMS magnetic separation iron removal method. In the process of grinding, attention should be paid to the selection of grinding media, and try to avoid the use of iron media grinding, to prevent iron pollution. The introduction of iron impurities can be reduced by using stone wheel rolling, intermittent gravel grinding or porcelain ball grinding.
PTMS magnetic separation
The particle size of iron minerals is fine, so finer grinding fineness is needed to fully dissociate iron minerals, which may lead to the increase of grinding cost, and the too fine particles will also bring difficulties to the subsequent iron removal operation, which is easy to cause the blockage of sorting equipment or reduce the sorting efficiency. On the contrary, if the iron mineral embedding grain size is coarse, the better dissociation and iron removal effect of PTMS magnetic separation may be achieved in the case of coarse grinding.
what is magnetic separation in Kaolin?
The maintenance of potassium sodium feldspar PTMS magnetic separation is the key to ensure its normal operation, improve the efficiency of iron removal and extend its service life. This involves many aspects, including daily inspection of equipment, cleaning, maintenance and replacement of components, and control of the operating environment.
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