Effect of PTMS magnetic separation process on iron removal by magnetic separation
Wet type Electromagnetic Separator
Compared with mechanical scrubbing, the effect of rod friction washing is much better than it. In the PTMS magnetic separation process of rod friction washing, adding appropriate agents to increase the electrical repulsion force on the surface of impurity minerals and quartz particles, enhance the separation effect between impurity minerals and quartz particles, so that the recovery rate of scrubbing is increased to 80%, and the rod friction washing is almost twice that of mechanical scrubbing.
PTMS magnetic separation
However, for the purification of high-purity quartz sand, it is only a method of ore pretreatment. The magnetic separation method can maximize the removal of impurities contained in quartz sand particles, including weak magnetic impurity minerals such as hematite, limonite and biotite, and strong magnetic minerals such as magnetite. PTMS magnetic separation above 100000e is often used for weak magnetic impurity minerals, and weak magnetic machines or medium magnetic machines are often used for magnetic separation for minerals with strong magnetic impurities.
what is magnetic separation in Kaolin?
Generally speaking, the frequency and magnetic field intensity of PTMS magnetic separation have an important effect on the iron removal effect of magnetic separation. With the increase of the frequency of magnetic separation, the iron content gradually decreases. At a certain magnetic field strength, most of the iron can be removed, but after that, even if the magnetic field strength increases a lot, the iron removal rate does not change much.
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