The structure of the existing PTMS magnetic separator equipment is improved to obtain high-quality refined quartz sand
magnetic separator supplier
By improving the structure of the existing PTMS magnetic separator and optimizing the technical parameters, more than 80% of the impurity iron and aluminum ore can be removed by high efficiency scrubbing and fractional desliming. Magnetic separation is mainly used to remove impurity iron minerals. After treatment by this process, silica ≥99.8%, ferric oxide ≤0.023%, aluminum oxide ≤0.05%, titanium dioxide ≤0.02% of high-quality refined quartz sand,
PTMS magnetic separation
The quartz sand meets the requirements of the first grade optical glass sand, and the fine sand yield is as high as 73%, while the rod friction wash yield is only 49%. By further PTMS magnetic separator and acid leaching, silica ≥99.9%, ferric oxide ≤0.005%, aluminum oxide ≤0.05%, titanium dioxide ≤0.02% of high purity quartz can be obtained. This process overcomes the secondary pollution of iron caused by rod friction washing and the shortcomings of low yield.
what is magnetic separation used for?
In the actual process of mineral separation, the selection of quartz sand PTMS magnetic separator and purification method and process flow is often based on quartz sand ore properties, plant conditions, investment budget and other factors to decide. It is suggested that when making the selection, the quartz sand itself should be understood first, and a single or combined process should be selected according to the beneficiation test report, so as to strive for the ideal technical and economic benefits.
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