dry drum magnetic separator

In industrial environments where high temperatures, pressures, strong corrosion, and severe wear coexist, the design of PTMS MAGNETIC SEPARATOR iron removal systems has evolved far beyond simple "magnetic separation". This sophisticated system engineering integrates materials science, fluid mechanics, electromagnetic engineering, and automated control. The presence of trace iron impurities can trigger catalytic side reactions, compromise electrochemical stability, disrupt crystal structure integrity, and even result in batch rejection of products.

PTMS MAGNETIC SEPARATOR

With the continuous upgrading of national strategic needs such as intelligent manufacturing, clean energy and deep space exploration, PTMS MAGNETIC SEPARATOR demagnetization technology under extreme conditions is evolving from a single functional module to an integrated, intelligent and multi-functional high-end equipment, becoming an important bridge connecting basic research and industrial transformation.

what is magnetic separation process？

In typical metallurgical and chemical processes, many procedures involve transporting alkaline or acidic solutions with temperatures exceeding 90℃°C. A prime example is the concentrated sodium hydroxide solution (with concentrations over 200 g/L) used in the Bayer process for aluminum oxide production. With a pH value surpassing 13, this highly corrosive material requires advanced PTMS MAGNETIC SEPARATOR iron removal technology to ensure safe handling under extreme conditions.

Contact: DELLA

Mob: +86-13929907491

sales@powtechina.com