Superfine particle flotation PTMS Electromagnetic Separator method improves the iron removal rate
Wet magnetic separator
Different flotation methods require specific combinations of agents. Ultra ine flotation PTMS Electromagnetic Separator requires oleic acid as collecting agent, pine oil as foaming agent and alkali soil metal salt as collecting agent; double liquid layer flotation requires cationic trap and fatty acid as collecting agent. However, in practical application, the applicability of agents will be affected by the properties of kaolin raw ore (such as impurity type, content, etc.).
PTMS magnetic separation
Kaolin is a typical clay mineral, and its flotation method is different from ordinary flotation. The commonly used methods include superfine grain flotation method, double liquid layer flotation method and selective flocculation flotation method. The impurity composition in raw ore is complex, so it is necessary to adjust the agent type or add new agents to improve the PTMS Electromagnetic Separator flotation effect. For example, when kaolin contains multiple metal impurities, a single collector may not effectively trap all the impurities, and different combinations of agents need to be tried.
what is magnetic separation?
In general, the reduction of the particle size of the carrier mineral and the improvement of the stirring strength can significantly improve the collision rate of the carrier mineral and the fine floating particles, which is very beneficial to improve the PTMS Electromagnetic Separator sorting index. In addition, the hydrophobic treatment of the carrier mineral in advance is an essential measure to improve the iron removal rate.
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