Semi-automatic permanent magnet slurry iron separator
● Purpose
Suitable for fluid materials with solid content below 40%, such as lithium battery material slurries and ceramic slurries.


● Working principle
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The slurry enters the first-stage tank from the bottom inlet on one side, undergoes iron removal via magnetic rods inside the tank, then flows into the second-stage tank, and successively passes through the third and fourth tanks before being discharged from the outlet, completing the iron removal process.
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Control the opening and closing of ball valves via the touchscreen, and raise the magnetic system.
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Manually clean the magnetic impurities from the rods.
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Lower the magnetic system back into the tank and secure the top cover.
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Open the inlet and outlet ball valves to begin the next cycle.
● Features
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Permanent magnet iron removal with pneumatic control, significantly saving electrical energy.
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Sleeveless design allows magnetic rods up to 700 mm in length, with surface magnetic field strength reaching up to 15,000 GS.
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Easy to operate; combined with PLC control, various parameters can be set according to process requirements for semi-automatic system operation.
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High material processing capacity, ranging from 8 to 50 m³/h, offering good cost-effectiveness.
● Sleeve-type fully automatic liquid pipeline magnetic separator
The self-cleaning pipeline permanent magnetic separator adds an automatic magnetic impurity cleaning system based on the standard pipeline permanent magnetic separator.
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Eliminates manual operation entirely; the entire unit is controlled by a PLC without human intervention.
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System cleaning time for magnetic impurities is approximately 30 seconds, greatly improving work efficiency.
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The automatic cleaning type is safer, completely avoiding potential hazards caused by harmful chemicals or high-pressure liquids during operation.
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Available in dual, triple, or quadruple configurations, with a processing capacity of 8–50 m³/h.
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Magnetic rod surface field strength up to 15,000 GS; sleeve surface peak field strength ≥12,000 GS; operating temperature range 60–350°C.
