The pH value parameter of flotation environment can improve the sorting effect of PTMS MAGNETIC SEPARATION
magnetic separator factory
Permanent magnet PTMS utilizes magnetic fields generated by permanent magnets to adsorb and separate magnetic minerals from quartz sand. Electromagnetic PTMS MAGNETIC SEPARATION achieves separation through electric coils generating magnetic fields. The magnetic separation process is simple, energy-efficient, and effectively removes iron and other magnetic impurities from quartz sand. Flotation employs physical and chemical property differences on mineral surfaces for separation.
PTMS MAGNETIC SEPARATION
In quartz sand processing, impurities such as mica can be separated from quartz particles through the flotation-PTMS MAGNETIC SEPARATION method. During the flotation process, appropriate reagents are added to attach impurity particles like mica to bubbles, which then carry them to the surface of the flotation cell for separation from quartz particles. These flotation reagents typically include collectors, foaming agents, and regulators.
what is magnetic separation?
The capture agent selectively adsorbs onto impurity particles like mica, imparting hydrophobicity to facilitate bubble adhesion. The foaming agent generates stable bubbles that serve as carriers for particle flotation. Adjusters regulate parameters such as the pH value in the flotation environment to enhance the separation efficiency of PTMS MAGNETIC SEPARATION.
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