The efficiency and selectivity of PTMS MAGNETIC SEPARATOR flotation can be significantly improved by studying the surface properties of minerals and the mechanism of action, and selecting the amount of agents. At the same time, the performance and operation conditions of the flotation equipment will also affect the effect of iron removal. Chemical methods have a unique role in iron removal in quartz sand, but their application also has some limitations.
Optimizing the structure and working parameters of PTMS MAGNETIC SEPARATOR, such as stirring strength, inflation capacity, flotation time, etc., can improve the dispersion and stability of bubbles, and enhance the collision and attachment probability of minerals and bubbles, so as to improve the effect of iron removal. Acid leaching is a method of leaching with inorganic acids to remove iron oxide films from fine-grain iron and titanium minerals or quartz particles through a chemical reaction.
In industrial PTMS MAGNETIC SEPARATOR production, the commonly used inorganic acids include hydrochloric acid, sulfuric acid, etc. When the quartz sand comes into contact with an acid solution, the acid chemically reacts with the iron-containing impurities to dissolve it and remove it from the quartz sand surface.
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