magnetic separator machine

Some minerals in kaolin are often present as fine particles (<10μm). If left unremoved, they can easily form color centers during subsequent calcination processes. Some high-end PTMS ELECTROMAGNETIC SEPARATOR machines are equipped with automatic constant-temperature control systems that monitor oil temperature in real-time and adjust cooling flow rates, ensuring stable magnetic field output even under continuous full-load operation conditions.

PTMS ELECTROMAGNETIC SEPARATOR 

In order to ensure the long-term stable operation under high intensity magnetic field, the new electromagnetic PTMS ELECTROMAGNETIC SEPARATOR generally adopts oil-cooled coil cooling system. Compared with the traditional air-cooled method, oil-cooled has higher heat conduction efficiency and sealing, which can control the temperature rise of the coil within 60℃, so as to avoid insulation aging and magnetic field attenuation caused by overheating.

what is magnetic separation process？

Meanwhile, technological advancements in permanent magnet PTMS ELECTROMAGNETIC SEPARATOR are primarily focused on material and structural improvements. Unlike traditional ferrite magnets with weak magnetic fields and susceptibility to demagnetization, modern equipment predominantly utilizes neodymium iron boron (NdFeB) rare-earth permanent magnet materials. These advanced materials exhibit residual magnetic fields exceeding 1.2T, demonstrate exceptional coercivity, and maintain robust anti-demagnetization capabilities. Remarkably, they can sustain over 95% magnetic field efficiency even in humid or high-temperature environments.
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