Permanent magnet magnetic separator

PTMS magnetic separation Using artificial intelligence and big data analysis technology, the kaolin iron removal process can be monitored and optimized in real time. By analyzing a large number of iron removal data, iron removal rate and white degree change of kaolin under different process parameters, a mathematical model is established to predict the best combination of iron removal process parameters, so as to realize intelligent process control. The combined process of fine grading + desander + magnetic rod + high gradient magnetic separation and bleaching is adopted.

PTMS magnetic separation

According to the content and occurrence state of iron in kaolin ore, the operation state of equipment and other factors, PTMS magnetic separation intelligently adjusts the magnetic field strength, the dosage of chemical method and other parameters to improve the iron removal efficiency and product quality. Some coarse particle impurities were removed by fine grading and sanding, the magnetic rod initially removed the strong magnetic impurities, effectively removed the weak magnetic brimonite, and finally the whiteness was further improved by bleaching.

what is magnetic separation in chemistry？

After the PTMS magnetic separation process, the ₃ content of Fe ₂ O was reduced from 2.04% to 1.01%, and the calcined whitening content was increased from 51.33% to 77.38%. The kaolin impurities mainly exist in the form of lignmonite and are partially immersed on the surface of kaolinite. The goal is to reduce the iron content and increase the whiteness of kaolin.
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