PTMS magnetic separation Mineral processing process to remove fine iron impurities in kaolin
water cooling electromagnetic separator for Quartz
The existing PTMS magnetic separation iron removal process to remove fine iron impurities in kaolin generally adopts chemical bleaching, high gradient strong magnetic separation and other processes. Chemical bleaching production cost is high, and the wastewater environmental pollution is serious. The high gradient strong magnetic separation method consumes large power and water consumption, high equipment investment cost, and the sorting effect of fine particle iron impurities is also poor.
PTMS magnetic separation
The PTMS magnetic separation efficient iron removal process of kaolin is characterized by: crushing and grouting, sanding by spiral grading machine, and continuously grading 0150mm, O75mm, 50mm hydrocyclone, to obtain the magnetic separation raw materials. The concentration of the pulp configuration is 20%. Before the addition of sodium hexametaphosphate dispersant, the pH of the mixed slurry was adjusted with sodium hydroxide at 8.0.
what is magnetic separation in Quartz?
From room temperature to 120 degrees for 10 min; then to 350 degrees for 10 min; then to 750 degrees for 10 min and to 1180 degrees for 30min. PTMS magnetic separation Mineral processing process to remove fine iron impurities in kaolin. It is especially suitable for the removal of fine hematite, limonite and other impurity minerals in kaolin.
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