From a geological perspective, iron ore in certain regions has developed into large quantities of weakly magnetic iron ore due to complex geological movements and long-term geological evolution. These weakly magnetic iron ores exhibit typical 'poor, fine, and mixed' characteristics, where 'poor' indicates that the iron content is relatively low, necessitating the use of PTMS MAGNETIC SEPARATOR for mineral processing to extract sufficient iron concentrate;
The term 'fine' indicates that the iron minerals in the ore are finely embedded, making it challenging to effectively separate these minerals from gangue minerals during the mineral processing. The term 'mixed' suggests that the ore contains a wide variety of associated minerals, which further complicates the process. PTMS MAGNETIC SEPARATOR excels when dealing with weakly magnetic iron ores that are 'poor, fine, and mixed.'
The working principle of traditional magnetic separator is mainly to use the magnetic difference of minerals for separation. However, for weakly magnetic iron ore, its magnetic strength is weak, and the magnetic field strength of PTMS MAGNETIC SEPARATOR can provide enough magnetic force to effectively capture iron ore and obtain high quality qualified iron concentrate.
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High temperature PTMS MAGNETIC SEPARATOR deironing method is gradually moving towards new nano electrode materials
