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China Factory Magnetic Separator for Iron Removal in Non-metallic Minerals | Reliable Suppliers for High-Efficiency Mineral Processing

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Product Overview

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Introducing Minjie’s Magnetic Separator for Iron Removal in Non-metallic Minerals, a leading solution designed to enhance product purity and performance. As premier suppliers in China, we specialize in providing highly efficient equipment that effectively targets iron impurities in essential materials such as quartz, feldspar, kaolin, and silica. Our separator plays a crucial role across various industries, including ceramics, glass, electronics, and construction materials.

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This innovative machine offers an eco-friendly approach to mineral processing, featuring a robust magnetic separation system that minimizes energy consumption without compromising on output quality. Equipped with powerful, high-gradient magnets, our separator skillfully extracts even the tiniest iron particles, significantly decreasing the necessity for secondary refining processes and maximizing the utilization of raw materials.

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Engineered with a fully enclosed structure and an automated control system, Minjie’s Magnetic Separator helps reduce dust emissions and manual labor, creating a cleaner and safer working environment. The design incorporates fewer moving parts and wear-resistant components, minimizing maintenance needs and ensuring high operational uptime at low costs.

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Whether your goal is to enhance product quality, lower environmental impact, or reduce energy expenses, Minjie delivers dependable magnetic separation performance that aligns with modern industrial and ecological standards. As a trusted factory in China, we are committed to sustainable solutions that meet the diverse needs of our customers.

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Choose Minjie — where sustainability meets superior separation efficiency.

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    Product features

    Feature 01

    According to the selection process and the different particle size of the selection, there are two kinds of counter-current and semi-counter-current tanks to choose from. Computer optimization design, reasonable magnetic circuit, large magnetic penetration depth, cross or flip magnetic field arrangement, more conducive to the selection of magnetic objects.

    Feature 02

    The overall structure is reliable and durable, ensuring low operating costs over long-term operations.

    Feature 03

    There are a variety of magnetic field strengths to choose from to meet different processing requirements.

    Feature 04

    Double stainless steel shell design to significantly prolong the service life of the cylinder.

    Main technical parameters

    Model Cylinder size
    (mm)
    Cylinder surface magnetism
    induction strength (Gs)
    Processing capacity Main motor
    power (kW)
    Discharge induction roll
    motor power (kW)
    Cylinder speed
    (r/min)
    Total weight
    (kg)
    t/h m³/h
    CTB(N)-618G 600×1800 1600-7000 7-15 ~48 3 1.5 40 1500
    CTB(N)-712G 750×1200 7-15 ~48 4 1.5 35 1670
    CTB(N)-718G 750×1800 10-22 ~72 4 1.5 35 2100
    CTB(N)-918G 900×1800 12-22 ~90 5.5 2.2 28 2900
    CTB(N)-1018G 1050×1800 20-35 ~120 5.5 2.2 22 4000
    CTB(N)-1021G 1050×2100 22-44 ~140 7.5 2.2 22 4500
    CTB(N)-1024G 1050×2400 26-50 ~160 7.5 2.2 22 5000
    CTB(N)-1030G 1050×3000 32-62 ~200 11 2.2 22 6300
    CTB(N)-1224G 1200×2400 40-55 ~200 11 2.2 17 6900
    CTB(N)-1230G 1200×3000 50-70 ~260 11 2.2 17 8000
    CTB(N)-1240G 1200×4000 60-90 ~350 18.5 3 17 10000
    CTB(N)-1245G 1200×4500 70-100 ~400 22 4 17 12000
    CTB(N)-1530G 1500×3000 55-80 ~320 18.5 3 14 9700
    CTB(N)-1540G 1500×4000 80-110 ~400 22 4 14 13000

    Frequently Asked Questions (FAQ)

    How do I choose between counter-current and semi-counter-current tanks?

    The choice depends on your specific selection process and material particle size. Counter-current tanks are typically preferred for larger particle recovery, while semi-counter-current tanks excel in handling finer particles with higher concentrate grade requirements.

    What range of magnetic field strengths is available for these separators?

    The CTB(N) series offers a versatile range of cylinder surface magnetic induction strengths from 1600 Gs up to 7000 Gs, customizable to your mineral separation needs.

    What is the advantage of the double stainless steel shell?

    The double stainless steel shell provides heavy-duty protection against wear and abrasive slurry, significantly extending the service life of the cylinder and reducing replacement costs.

    What is the maximum processing capacity of the CTB(N) series?

    Depending on the model, the processing capacity ranges from 7-15 t/h (for the CTB(N)-618G model) up to 80-110 t/h (for the CTB(N)-1540G model).

    Are the magnetic circuits optimized for maximum recovery?

    Yes. The separator features computer-optimized magnetic circuits with large magnetic penetration depths and cross or flip magnetic field arrangements to maximize the capture and separation of magnetic objects.

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