magnetic metal separator

In the future, as the concept of green mining gains widespread acceptance, more innovative composite PTMS ELECTROMAGNETIC SEPARATOR iron removal processes are being explored. Cutting-edge technologies such as bio-acid leaching combined with magnetic separation, ultrasonic-assisted flotation, and electrochemical iron removal are expected to ensure high efficiency while reducing chemical usage and energy consumption. This will ultimately achieve stable production of high-purity potassium-sodium feldspar products.

PTMS ELECTROMAGNETIC SEPARATOR  

The underflow stream obtained after PTMS ELECTROMAGNETIC SEPARATOR iron removal may still contain residual magnetic impurities. Applying high-gradient magnetic separation for scavenging can further enhance the concentrate grade. Practical experience has demonstrated that this combined process not only effectively controls iron content but also simultaneously reduces alkaline earth metal impurities (such as Ca²⁺ and Mg²⁺) beyond K⁺ and Na⁺, thereby comprehensively improving chemical stability.

what is magnetic separation method in feldspar？

It is foreseeable that potassium-sodium feldspar PTMS ELECTROMAGNETIC SEPARATOR desulfurization will continue to evolve in the directions of intelligentization, low-carbonization, and closed-loop systems, driving the upgrading of non-metallic mineral industries toward a new stage of high-quality development. The optimization of feldspar purification processes should start with mineral characteristic analysis, combined with grinding control, adjustment of mineral processing procedures, reagent optimization, and equipment upgrades. By adopting single or combined processes, we can enhance impurity removal efficiency.
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