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China Minjie Conical Crusher for Mineral Processing - Top Suppliers & Factory for Energy-Efficient Solutions

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Product Introduction

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Introducing the Minjie Conical Crusher for Mineral Processing, designed specifically to deliver exceptional crushing solutions with a spotlight on energy savings and environmental protection. This China-manufactured crusher is ideal for processing mineral raw materials, providing consistent particle size reduction that enhances downstream processing efficiency.

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The conical crusher incorporates advanced crushing technology that optimizes both the shape of the crushing chamber and the crushing stroke. This innovation results in superior crushing performance, reduced energy consumption, and lower operating costs. Minjie’s design prioritizes minimal dust and noise emissions, ensuring compliance with strict environmental standards, a key consideration for modern suppliers in the industry.

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Constructed with durable, wear-resistant materials, the Minjie Conical Crusher is engineered for a long service life and reliable operation, even in demanding conditions. Its modular structure facilitates easy maintenance and expedites the replacement of wear parts, significantly reducing downtime and boosting productivity. As a leading factory in the sector, Minjie guarantees high-quality manufacturing standards.

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Perfect for crushing ores such as quartz, feldspar, and other non-metallic minerals, Minjie’s conical crusher not only supports sustainable mining practices but also promotes eco-friendly operations within the mineral processing industry.

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Choose Minjie for a powerful, energy-efficient, and environmentally responsible crushing solution that enhances productivity while lowering your carbon footprint, a trusted choice among reputable suppliers in China.

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    Product features

    1. The structure is novel, unique, simple and reasonable, the operation is balanced, the operation cost is low, the cone crusher body is cast steel structure, and the reinforcement is set at the high stress point of the heavy load part. Cone crusher drive shaft is equipped with tapered roller bearings at both ends, the power drive is completed by heavy bevel gear, and the bearing seat adopts skeleton sealing ring to prevent oil leakage;

    2. the cone crusher contains a hydraulic adjustment mechanism, easy to quickly adjust the size of the cone crusher discharge port;

    3. The hydraulic cavity cleaning mechanism is the standard configuration of the cone crusher, which is completed by 8 cavity cleaning oil cylinders placed on the base plate of the body;

    4. Cone crusher provides "spring type" over-iron release protection;

    5. the cone crusher adopts a set of external lubrication system including oil pump, oil tank and pipeline. The crusher will automatically shut down when the oil temperature is too high or the oil flow rate is too slow.

    product-description1

    (1) High quality spring, load protection.

    (2) Conical wall and broken wall, high manganese steel castings, hydraulic device, easy and reliable operation.

    (4) The hydraulic adjustment device is used to adjust the size of the discharge port.

    (5) The high quality copper sleeve can withstand high impact loads and can work in harsh environments.

    (6) If a foreign object enters the crusher, a hydraulic removal device can remove it.

    (7) Principal axis: Quenched chromium molybdenum steel, especially large diameter, can adapt to wear requirements.

    (8) Small gears and large gears, high strength and high precision, to ensure the normal operation of the equipment.

    Main technical parameters
    Model Chamber Crushing diameter Max feed size
    (mm)
    Min of discharge size
    (mm)
    Weight
    (t)
    Main motor power
    (kW)
    Throughput
    (inch) (mm) 6 10 13 16 19 22 25 38 51 64
    MPH1000 C 40" 1016 160 13 10.8 90-110 70 90 125 135 160 215
    M 40" 1016 115 10 10.8 90-110 55 65 70 90 120 135
    F 40" 1016 80 8 10.8 90-110 47 50 60 67 90
    MPH1200 C 45" 1143 180 13 16 110-132 105 120 35 160 180 220
    M 45" 1143 130 10 16 110-132 72 92 105 35 150 170
    F 45" 1143 90 10 16 110-132 70 90 100 125
    MPH1300 C 51" 1296 200 16 23 132-160 135 160 180 200 290 350
    M 51" 1296 150 13 23 132-160 105 125 135 160 180
    F 51" 1296 102 10 23 132-160 80 105 135 140
    MPH1400 C 54" 1372 215 19 27 185-220 180 220 270 350 440
    M 54" 1372 160 16 27 185-220 160 180 200 230
    F 54" 1372 115 13 27 185-220 150 195 220 240
    MPH1650 C 60" 1524 235 22 37.8 220-250 230 265 330 450 520 570
    M 60" 1524 175 19 37.8 220-250 215 240 270 330
    F 60" 1524 130 13 37.8 220-250 180 210 240 265 285
    MPH1950 C 68" 1720 350 22 44.3 300 330 390 525 655 725
    M 68" 1720 203 16 44.3 300 230 270 300 330
    F 68" 1720 140 13 44.3 300 185 225 265 340
    Frequently Asked Questions
    Q1: What are the main structural features of this cone crusher?

    The cone crusher features a novel and unique cast steel structure reinforced at high-stress points. It is equipped with tapered roller bearings at both ends of the drive shaft, heavy bevel gears for power transmission, and a skeleton sealing ring to prevent oil leakage.

    Q2: How does the hydraulic adjustment system benefit operation?

    The built-in hydraulic adjustment mechanism allows operators to quickly and reliably adjust the size of the cone crusher's discharge port, ensuring simple and balanced operation.

    Q3: What type of overload protection does the crusher provide?

    It utilizes a high-quality spring system for "spring type" over-iron release protection. Additionally, if a foreign object enters the chamber, a hydraulic removal device can quickly clear it.

    Q4: How does the external lubrication system protect the equipment?

    The external lubrication system includes an oil pump, oil tank, and pipelines. It features an automated safety shutdown mechanism that triggers if the oil temperature rises too high or if the oil flow rate becomes too slow.

    Q5: What materials are used for the main wear parts?

    The conical wall and broken wall are made from high-manganese steel castings. The principal axis is constructed from large-diameter, quenched chromium-molybdenum steel to adapt to heavy wear requirements.

    Q6: How is the crushing cavity cleaned in case of a blockage?

    The crusher is standardly configured with a hydraulic cavity cleaning mechanism, which is driven by 8 cavity cleaning oil cylinders positioned on the base plate of the body.

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