electromagnetic separator

The wet PTMS MAGNETIC SEPARATION iron removal process eliminates dust pollution and is particularly suitable for fine powder processing, making it the standard configuration in feldspar deep processing. Flotation iron removal employs a selective separation method based on surface chemical regulation. Commonly used anionic collectors like sodium oleate and talc oil preferentially adsorb onto iron mineral surfaces under alkaline conditions to enhance hydrophobicity. Additionally, inhibitors such as sodium silicate and starch are added to prevent accidental flotation of feldspar particles.

PTMS MAGNETIC SEPARATION

The wet PTMS MAGNETIC SEPARATION desulfurization process utilizes a reagent system to modify the wettability differences between target and non-target minerals. This enables iron-bearing minerals to selectively adhere to bubbles and float with the foam layer, while feldspar remains at the bottom of the pulp for discharge. The key to this process lies in selecting appropriate collectors and maintaining precise pH control.

what is magnetic separation process？

The magnetic separation process (MS) with flotation PTMS MAGNETIC SEPARATION demonstrates exceptional iron removal efficiency, particularly effective against fine-grained and complex coexisting iron impurities. This method proves especially suitable for ores containing mica, pyrite, or hematite. However, its implementation involves significant operational complexity, high reagent costs, substantial wastewater treatment demands, and requires the installation of comprehensive environmental protection facilities.
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