Electromagnetic Separation for Quartz Processing line

The parameter setting in the magnetic separation process also has an important influence on the efficiency of iron removal. PTMS magnetic separation Magnetic field strength, sorting particle size, mineral pulp concentration and other parameters need to be optimized. Generally speaking, weak magnetic separation in 5000-7000 Gaussian, strong magnetic separation in 15000-28000 Gaussian is a relatively common parameter range, but for different potassium sodium feldspar ore may need adjustment.

PTMS magnetic separation

In terms of particle size, the appropriate particle size range should be determined according to the nature of the ore and the performance of PTMS magnetic separation equipment, too thick or too fine may affect the effect of iron removal. Slurry concentration is also critical. Too high pulp concentration may lead to the inclusion of magnetic minerals and non-magnetic minerals, affecting the sorting effect, while too low pulp concentration will reduce the processing capacity of the equipment. The best magnetic separation parameters can be determined through experimental and practical experience to effectively improve the iron removal efficiency.

what is magnetic separation in Quartz？

For some potassium sodium feldspar ores, when the slurry concentration is good, PTMS magnetic separation is adjusted to 25%. In addition, multistage magnetic separation can be used to conduct magnetic separation again to further improve the efficiency of iron removal.
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