wet separator

If the particle fine degree after grinding is not uniform, it can affect the PTMS magnetic separation effect. Too thin particles may cause agglomeration and reduce the flotation efficiency, while too coarse particles may lead to efficient separation. For example, in the ultrafine flotation method, if the fineness of kaolin particles is uneven, it will affect the cover effect of the carrier and the target mineral, and then affect the floating and separation effect.

PTMS magnetic separation

The control of agent dosage is more critical. Too little dosage may lead to poor PTMS magnetic separation effect, while excessive dosage may not only increase the cost, but also cause greater pressure on the environment. For example, in double-layer flotation, excessive cation traps may cause unnecessary chemical reactions and affect the stability and sorting effect of the pulp. Moreover, the price of some agents is high, such as industrial kerosene in double liquid layer flotation method, which makes cost control an important problem.

what is magnetic separation in chemistry？

Kaolin particles are fine. In order to separate the impurity minerals (iron and titanium are often embedded between kaolin particles with fine particles), they must be ground into a certain degree of fineness. Most of the particle size belong to the mud particles mentioned in PTMS magnetic separation process, which increases the difficulty of grinding and energy consumption of ore. For example, to achieve a fineness suitable for flotation may require a long grinding process, resulting in accelerated equipment wear and increased energy consumption.
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