wet separator

High-gradient PTMS magnetic separation can control the magnetic field strength by adjusting the current, offering greater adaptability and flexibility. Kaolin also contains some weakly magnetic minerals, such as hematite, siderite, and limonite. These minerals have weaker magnetism, making it difficult for conventional magnetic separation equipment to effectively separate them.

PTMS magnetic separation

High-gradient PTMS magnetic separation, through special design, can generate a high-gradient magnetic field, significantly enhancing the adsorption capacity for weakly magnetic minerals. It typically uses magnetic media to increase the magnetic field gradient. When kaolin pulp passes through a high-gradient magnetic separator, weakly magnetic minerals such as hematite, siderite, and limonite are adsorbed onto the magnetic media, thus achieving the purpose of iron removal.

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Kaolin may also contain weakly magnetic minerals such as mica and tourmaline. Direct magnetic separation is not effective for these minerals. Therefore, they need to undergo physical and chemical changes through calcination, transforming into strongly magnetic iron oxide. For these weakly magnetic minerals, high-gradient PTMS magnetic separation plays a crucial role.
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