Metal contamination / Magnetic separator "MAGPICKER"
Metal contamination / Magnetic separator "MAGPICKER"
Drum-type Magnetic Separator capable of Continuous Magnetic Separation - "MAGPICKERⓇ" Series (Main Features) ◆ Liquid separation ◆ Separation of magnetic and non-magnetic materials ◆ Moisture content adjustment (concentration control) ◆ Removal of magnetic foreign substances ◆ Drum-type magnetic separator capable of continuous magnetic separation (wet/dry type) (Main Applications/Examples) ◇ Removal and recovery of "magnetic fine powders" (case study available) ◇ Removal and recovery of "metal fine powders" (case study available) ◇ Removal and recovery of "ceramics" (case study available) ◇ Removal and recovery of "contaminated sludge arsenic" (case study available)
1～8 item / All 8 items
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Magnetic Separator" High sludge recovery and dewatering performance "MAGPICKER
【Solid-liquid separation / Separation of magnetic and non-magnetic materials / Moisture content adjustment / Foreign matter removal】 ◇ Drum-type "magnetic separator" capable of continuous magnetic selection processing.
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Magnetic Separator" Remove magnetic fine powders with a magnet! "MAGPICKER
High sludge recovery performance and dewatering efficiency. Durability that maintains high performance over a long period!
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Magnetic drum that adsorbs and discharges only metal fine powder 'MAGPICKER'
Achieving a high magnetic field of 9,000 Gauss over a wide area of the magnet drum surface, ensuring a large adsorption area, and capturing non-magnetic materials mixed with the powder.
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Magnetic separator / Recovering magnetic fine powder from slurry with a 9000 Gauss magnet.
The "Permanent Magnet Drum-Type Magnetic Separator" with "Ultra-High Magnetic Force Magnet Drum" adsorbs and separates magnetic fine powders and non-magnetic materials in the slurry!
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[Example] Adsorbing "magnetic fine powder" from the slurry onto a magnet for recovery and removal.
Achieving continuous concentration of slurry and efficiently adjusting to the appropriate moisture content. Responding to the optimization of the drying process (time reduction).
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[Example] Adsorbing "metal fine powder" from slurry using a magnet and recovering it.
The recovery of residuals from drainage has become 98% possible, significantly reducing the amount of metal fine powder residue in the waste liquid.
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[Example] Adsorption and removal of "chemical cuss" from slurry using a magnet.
Reduction in the concentration of magnetic and non-magnetic substances in the liquid, leading to decreased frequency of pipe blockages and sediment layer cleaning.
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[Case] Mixing soil purification iron powder with contaminated sludge water to remove "arsenic" using a magnet.
Arsenic is adsorbed onto iron powder for soil purification and removed using a "magnetic separator," bringing it below environmental standard values!
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