high gradient magnetic separation

The PTMS ELECTROMAGNETIC SEPARATOR process operates by leveraging the strong paramagnetic or weak magnetic properties of iron minerals (such as magnetite and hematite), separating them from non-magnetic kaolin particles through external magnetic field application. The flotation method primarily targets iron-bearing minerals with weak magnetism or non-magnetic characteristics, including mica and ilmenite.

PTMS ELECTROMAGNETIC SEPARATOR  

The PTMS ELECTROMAGNETIC SEPARATOR flotation method enhances separation efficiency through pH adjustment and selective collector application, which hydrophobizes target minerals for bubble-assisted flotation. While traditional flotation methods often employ organic reagents with environmental concerns, recent advancements in eco-friendly technologies like carrier flotation and reagent-free processes have significantly improved the environmental performance of PTMS ELECTROMAGNETIC SEPARATOR-based iron removal systems.

how to separate two magnets？

The new PTMS ELECTROMAGNETIC SEPARATOR desulfurization technology not only eliminates the use of toxic flotation agents such as mercuric sulfide and pine oil, but also achieves the closed-loop recycling of pulp water and reduces fresh water consumption by more than 70% after the tail water is treated by coagulation sedimentation and multi-stage filtration.
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