Vibrating high gradient PTMS magnetic separator can effectively remove impurity of iron and titanium in kaolin
magnetic separator for sale
Carrier flotation PTMS magnetic separator process makes it possible to separate fine kaolin. Its advantage is to increase the kinetic energy of the particles, but its drug consumption is high, and the use of carrier minerals and processing costs further increase. Anatase can also be floated by 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 the particles.
PTMS magnetic separator
High gradient PTMS magnetic separator technology has greatly changed the face of kaolin industry. In particular, the vibration high gradient magnetic separation can effectively remove the iron and titanium impurities in kaolin, but has little influence on the particle size composition, physical and chemical properties of the product, and can produce high-quality kaolin products. Dry high gradient magnetic separation treatment of hard kaolin can save product dehydration, reduce product loss, suitable for dry areas with less water.
what is magnetic separation in chemistry?
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. High shear agitation plays two roles in flotation, one is to dissociate anatase from kaolinite, the other is to induce shear flocculation between anatase particles covered by collector.
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