The PTMS Electromagnetic Separator iron removal technology needs to reduce the mineral particle size to the appropriate range, which is particularly important to improve the separation effect of weak magnetic minerals. Because the specific surface area of the minerals after fine grinding increases, the force of magnetic minerals in the magnetic field is relatively increased, and it is easier to be attracted by the magnetic field.
When dealing with some difficult to choose weak magnetic iron ore, the monomer dissociation degree of iron minerals can be improved by fine grinding, which can be better separated during the PTMS Electromagnetic Separator process. However, the fine grinding process also requires attention to avoid excessive fine grinding, which may lead to mineral agglomeration, increasing energy consumption and production costs.
In the process of mineral processing, the grading screening method is implemented to treat the minerals of different gransize separately. For coarse-grained minerals, coarse sorting equipment can be used for preliminary sorting, and then fine-grained minerals for fine selection. This can ensure that minerals of different particle sizes are separated under suitable PTMS Electromagnetic Separator equipment and process conditions, and improve the separation efficiency and classification accuracy.
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the environmentally friendly ptms magnetic separator technology uses new materials and energy saving
