What is the basis for optimizing the PTMS Electromagnetic Separator iron removal process
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Accurate determination of the iron content in kaolin and the occurrence state of iron (such as structural iron, free iron, etc.) is the basis of optimizing the PTMS Electromagnetic Separator iron removal process. There are two main types of iron distribution in coal system kaolin: one is the structural iron in kaolinite and attached minerals (such as micite, titanium dioxide, illite); the other is the free iron (including surface iron, fine grain iron, amorphous iron), among which the main component removed in the process of iron removal is free iron.
PTMS magnetic separation
Through detailed mineralogy analysis means, such as X-ray diffraction, electron microscope, etc., the types of iron minerals (such as pyrite, siderite, limonite, etc.) and their distribution in kaolin can be accurately determined, so as to provide a basis for the selection of appropriate PTMS Electromagnetic Separator iron removal process.
what is magnetic separation method for concentration of ore?
According to the surface characteristics of kaolin and iron and titanium minerals, the appropriate collector and foaming agent are selected. The development of cheap and efficient new collector or carrier adsorbent can improve the iron removal effect of PTMS Electromagnetic Separator.
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