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CXG Series Permanent Magnet Separator - High-Efficiency Iron Removal Equipment from China Factory & Suppliers

The CXG series dry magnetic separator is a cutting-edge piece of magnetic separation equipment designed for the continuous removal of iron from fine powders. Manufactured in China, this advanced separator utilizes innovative technology inspired by Japan, featuring a magnetic system made from high-performance NdFeB materials. With its powerful magnetic field, the CXG separator boasts a high iron removal rate, significant suction capability, and energy efficiency, making it easy to maintain and operate. This versatile machine allows for the adjustment of feed sizes, catering to various material particle size requirements. Our products are trusted by suppliers across multiple industries, including glass, ceramics, cement, abrasives, refractories, carbon black, food, feed, chemicals, and non-metallic mineral processing. Choose our factory for reliable and efficient magnetic separation solutions tailored to your needs

    Application

    For dressing and refining strong magnetic particles (≤ 10mm), recovery of heavy magnetic medium, and removing iron from minerals.
    Beneficiate high intensity magnetic minerals, such as magnetite, titanite magnetite, franklinite, pyrrhotite, and maghemite/oxymagnetite.
    Applied in metallurgy, coal industry, mining, insulation material, cement industry, chemistry, building material, food industry, etc.
    Materials: Strong magnetic rare earth NdFeB.

    Features

    High intensity
    Strong magnetic force
    High separating efficiency
    Low maintenance
    Low power consumption
    Safe and reliable design

    Main technical parameters (multi-cylinder type)

    Model parameter items roller diameter roller length Number of rollers Magnetic induction intensity Drum speed processing capacity Material granularity Driving power weight Outline size
    mm mm Piece GS r/min T/h mm Kw Kg mm
    2CXJ-3260 320 600 2 Upper barrel≥1000 17-82 ≤2 ≤5 1.5 920 1075×950×1250
    Lower cylinder≥4000
    3CXJ-260 320 600 3 Upper barrel≥1000 ≤2.5 ≤5 1.5 1250 1075×1100×1750
    Middle cylinder≥3000
    Lower cylinder≥4000
    2CXJ-080 406 800 2 Upper barrel≥1000 ≤2.5 ≤6 1.75 1100 1330×1250×1580
    Lower cylinder≥4000
    3CXJ4080 406 800 3 Upper barrel≥1000 ≤3 ≤8 1.75 1460 1330×1300×1950
    Middle cylinder≥3000
    Lower cylinder≥4000
    4CXJ4080 406 800 4 Upper barrel≥1000 ≤3.5 ≤8 1.75 1850 1330×1450×2600
    Middle cylinder≥3000
    Middle cylinder≥4000
    Lower cylinder≥4500
    CXJ-5100 508 1000 2 Upper barrel≥1000 ≤4 ≤10 2.2 1500 1565×1450×1820
    Lower cylinder≥4000
    3CXJ-5100 508 1000 3 Upper barrel≥1000 ≤5.5 ≤10 3 2100 1565×1465×2450
    Middle cylinder≥3000
    Lower cylinder≥4000

    Frequently Asked Questions

    What are the primary applications of this permanent magnet separator?
    It is widely used for dressing and refining strong magnetic particles (≤ 10mm), recovering heavy magnetic media, and removing iron impurities from minerals in metallurgy, coal, mining, cement, and chemical industries.
    Which minerals can be effectively beneficiated with this equipment?
    This equipment is ideal for high-intensity magnetic minerals including magnetite, titanite magnetite, franklinite, pyrrhotite, and maghemite/oxymagnetite.
    What magnetic material is used in the separator?
    The separator utilizes high-performance strong magnetic rare earth NdFeB (Neodymium Iron Boron) to ensure a powerful and stable magnetic field.
    What are the key technical features of this machine?
    Key advantages include high magnetic intensity, strong overall magnetic force, superior separation efficiency, minimal maintenance, low power consumption, and a safe, durable construction.
    How does the multi-cylinder configuration improve processing?
    The multi-cylinder design (ranging from 2 to 4 rollers) allows for multi-stage separation. Different rollers can be configured with varying magnetic intensities (e.g., upper barrel ≥1000 GS and lower cylinder ≥4000 GS) to optimize the purity of the target materials.

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