Permanent magnet wet magnetic separator

  • QCG wet roller magnetic separator

    The QCG Wet Roller Magnetic Separator revolutionizes mineral processing through multi-stage separation technology, achieving unprecedented recovery of weakly magnetic particles (5-300μm). Its precision-engineered counter-rotating rollers generate alternating magnetic fields up to 1.6T, efficiently capturing ilmenite, garnet, and chromite fines previously lost in tailings streams while preventing particle entrainment.
    Robust Engineering Simplicity
    Designed for harsh mining environments, the QCG Wet Roller Magnetic Separator combines tungsten-carbide reinforced rollers with corrosion-resistant stainless-steel construction. This maintenance-optimized system features automated belt tensioning and centralized lubrication points, reducing operational complexity while extending service life by 40-60% compared to conventional separators.
    Operational Excellence
    Ideal for mineral sands and industrial slurry processing, the QCG Wet Roller Magnetic Separator delivers 20-35% higher recovery rates through adjustable field intensity (0.8-1.6T) and roller speeds. Its plug-and-play integration minimizes commissioning time while reducing power consumption by 30% - maximizing ROI in tin, tungsten, and rare earth concentration circuits.

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  • CTB Semi Countercurrent Wet drum Separator

    The CTB Semi Countercurrent Wet Drum Separator delivers high-efficiency magnetic separation in demanding wet processing environments. Its semi-countercurrent slurry flow dynamics optimize mineral retention time within the magnetic field, ensuring maximum recovery of valuable magnetic particles while effectively removing impurities from coal, iron ores, and industrial mineral slurries.
    Robust Engineering & Performance
    Engineered with heavy-duty stainless-steel construction and precision drum alignment, the CTB Semi Countercurrent Wet Drum Separator withstands abrasive materials in continuous mining and coal preparation operations. The intelligent design balances high recovery rates with operational simplicity - requiring minimal maintenance while processing high-volume slurry streams up to 150m³/h.
    Optimized Processing Applications
    Ideal for mineral purification circuits and coal washing plants, the CTB Semi Countercurrent Wet Drum Separator enhances concentrate grade by 15-25% while reducing downstream processing costs. This separator consistently outperforms conventional designs in silica removal, magnetite recovery, and heavy-media purification applications.

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  • CTN Full Counterflow Wet Drum Magnetic Separator

    The CTN Full Counterflow Wet Drum Magnetic Separator delivers optimized recovery of coarse-grained magnetic minerals through its counterflow slurry design. Engineered for continuous roughing and concentration operations, the system ensures prolonged particle retention within the magnetic field by directing feed slurry against drum rotation. This critical design enhances capture efficiency for magnetite, ferrosilicon, and other heavy minerals in high-volume processing environments.
    Robust Engineering Performance
    Featuring stainless-steel construction and rare-earth magnetic circuits, the CTN Full Counterflow Wet Drum Magnetic Separator achieves deep magnetic penetration (up to 300mm) while withstanding abrasive slurries. Its heavy-duty gear transmission maintains stable drum rotation at 1.5-3.5 RPM, ensuring reliable impurity removal from coal, iron ore, and industrial mineral streams without operational interruptions.
    Operational Excellence
    The CTN Full Counterflow Wet Drum Magnetic Separator enhances recovery rates by 12-18% compared to conventional designs while reducing maintenance costs. This separator guarantees operational reliability in mineral processing plants through simplified access points and corrosion-protected components – delivering sustained performance in silica removal, tailings reprocessing, and heavy-media recovery applications.

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  • CTS Downstream Wet Drum Permanent Magnetic Separator

    The CTS Downstream Wet Drum Permanent Magnetic Separator delivers high-efficiency recovery of coarse-grained magnetic minerals in wet slurry applications. Engineered with multi-pole magnetic systems and corrosion-resistant titanium housing, it achieves deep magnetic penetration for maximum mineral recovery during roughing and concentration stages. This technology ensures optimal impurity removal from ferrosilicon, magnetite, and other heavy minerals.
    Robust Industrial Performance
    Designed for continuous operation in demanding environments, the CTS Downstream Wet Drum Permanent Magnetic Separator combines large processing capacity with simplified maintenance. Its rugged construction withstands abrasive slurries while permanent NdFeB magnets eliminate operational energy consumption. Automatic discharge mechanisms maintain consistent throughput in coal preparation and iron ore processing plants.
    Optimized Recovery Operations
    The CTS Downstream Wet Drum Permanent Magnetic Separator enhances mineral recovery rates by 8-12% while reducing water consumption through efficient slurry handling. This separator streamlines workflows in copper concentrators, heavy media plants, and industrial mineral facilities - delivering reliable performance where conventional systems falter.

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  • GTC Belt Type High Gradient Magnetic Separator

    The GTC Belt Type High Gradient Magnetic Separator delivers unprecedented recovery of weakly magnetic minerals (5-50 microns) through ultra-high-intensity magnetic technology. Its physics-driven design generates field strengths exceeding 1.8 Tesla, enabling efficient extraction of ilmenite, chromite, and garnet particles previously lost in conventional processes. This capability solves critical material loss challenges in fine ore processing.
    Innovative Engineering Solutions
    Addressing persistent industry issues, the GTC Belt Type High Gradient Magnetic Separator eliminates material carry-over and clogging through continuous self-cleaning belt technology. The robust construction combines corrosion-resistant matrix plates with precision-controlled feed systems, ensuring uninterrupted operation in abrasive mineral streams and ceramic slurries.
    Cross-Industry Performance Excellence
    For non-metallic ore refinement and iron impurity removal, the GTC Belt Type High Gradient Magnetic Separator enhances product purity by 15-30% while reducing operational costs. This system redefines efficiency standards in quartz purification, kaolin clay processing, and rare earth mineral recovery – delivering unmatched ROI in material purification applications.

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