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High-Efficiency Dewatering Screen for Mineral Processing - China Suppliers & Factory Solutions

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Product Introduction

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Introducing the minjie Dewatering Screen, a high-efficiency solution specifically designed for mineral processing applications. Manufactured in China, this dewatering screen is engineered to provide unparalleled performance, featuring a robust structure and advanced high-frequency vibration technology that allows for swift and effective water removal from slurries and fine materials.

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Our energy-efficient design minimizes power consumption while maximizing output, leading to significantly lower moisture content in the final product. This advancement not only enhances drying efficiency but also cuts down on downstream processing costs. By choosing minjie, you’re opting for an eco-friendly solution that aligns with sustainable mining and mineral processing practices, making us a preferred choice among suppliers.

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Designed for reliability and minimal maintenance, the minjie Dewatering Screen operates continuously, ensuring low downtime and exceptional resistance to wear and corrosion. It is ideally suited for use in various industries, including sand, aggregates, coal, iron ore, and other mineral processing sectors, all backed by our factory’s commitment to quality.

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Select minjie for your dewatering needs, a solution that enhances productivity, reduces operational costs, and helps your business achieve environmental compliance.

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    Product Features

    The screen material is made of polymer polyurethane (UHMW-PE), which is resistant to impact, low temperature, wear and chemical corrosion.
    Vibration motor is easy to replace. Rubber spring of base is used for shock absorption, so that its amplitude is small. Slow vibration, the material can be removed cleanly.
    Can be customized according to output and water content. Side plate of the body has a reinforcing plate, equipped bar in the bottom, and outlet is supported by triangular steel plate, which is thick.
    Vibration motor is fixed with high-strength bolts. Bottom affects the life of vibration motor. Sieve plate has a high fixed density and stiffness in it.
    Screen structure (preparation, punching, seam), mesh size, processing capacity, material granularity.

    Main Technical Parameters

    Model Screen Area
    (m²)
    Power
    (kW)
    Capacity
    (m³/h)
    Feed Particle Size
    (mm)
    Weight
    (t)
    Dimension
    (mm)
    SYTS-0820 1.5 0.75×2 5-10 10 0.8 2300x1000x750
    SYTS-0920 1.8 1.1x2 10-20 10 1.2 2300x1200x750
    SYTS-1020 2.0 1.5x2 20-30 10 1.6 2300x1300x750
    SYTS-1225 3.0 2.2×2 50-80 10 2.1 2300x1500x750
    SYTS-1530 4.5 3.0x2 100-120 10 3.2 2300x1800x750

    Frequently Asked Questions

    What material is the screen made of and what are its advantages?
    The screen is made of polymer polyurethane (UHMW-PE). This high-performance material provides exceptional resistance to impact, low temperatures, wear, and chemical corrosion.
    How does the vibration motor system minimize shock and vibration?
    The vibration motor is designed for easy replacement and is supported by a base with a rubber spring for shock absorption. This configuration keeps the amplitude small and ensures slow, controlled vibration so materials are removed cleanly.
    Can the screen parameters and structure be customized?
    Yes, the system can be customized based on your specific output and water content requirements. Customizations include screen structure options (preparation, punching, seam), mesh size, processing capacity, and material granularity.
    What reinforcing structural features does the screen body have?
    The body features a reinforcing plate on the side, an equipped bar at the bottom, and a thick triangular steel plate supporting the outlet. Additionally, the vibration motor is secured with high-strength bolts, and the sieve plate is designed with high fixed density and stiffness.
    What are the capacity ranges for the SYTS models?
    The processing capacity varies by model, ranging from 5-10 m³/h for the entry-level SYTS-0820 model up to 100-120 m³/h for the heavy-duty SYTS-1530 model.

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