magnetic separation diagram

The PTMS magnetic separator process has the advantage of increasing the kinetic energy of kaolin particles, but it has high reagent consumption, and the use and processing cost of carrier minerals increase further. Anatase can also float by means of the activation of polyvalent cations without carrier, but the consumption of fatty acid and collector is higher than that of other industrial minerals, which may be caused by the large surface area of particles.

PTMS magnetic separator

 
The combined treatment of various operations and the final product are the main characteristics of kaolin mineral processing. Dry high gradient magnetic separation treatment of hard kaolin can save product dehydration, reduce product loss, suitable for dry areas with less water. Superconducting high gradient PTMS magnetic separator has low energy consumption and high processing capacity. The product has high purity and will be widely used in kaolin industry.

what is magnetic separation in science？

 
Carrier flotation process makes it possible to separate fine kaolin. High gradient magnetic separation technology has greatly changed the face of kaolin industry. In particular, high gradient PTMS magnetic separator can effectively remove the impurity of iron and titanium in kaolin, and has little influence on the particle size composition, physical and chemical properties of the product, which can produce high quality kaolin products.
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