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Dewatering Linear Vibrating Screen

Dewatering Vibrating Screen 1
Dewatering Vibrating Screen 1
Dewatering Vibrating Screen 2
Dewatering Vibrating Screen 3
The GN Dewatering Vibrating Screen finds extensive applications across various industries, including mining, coal, construction materials, metallurgy, and chemicals.
  • The GN Dewatering Vibrating Screen finds extensive applications across various industries, including mining, coal, construction materials, metallurgy, and chemicals. This high-performance vibrating screen employs linear motion and is particularly effective for dewatering, desliming, demineralization, and dry discharge of mining tailings. Its versatile design and efficient functionality make it an indispensable asset in several industrial processes.

    Technical Parameter:

    The GN Dewatering Vibrating Screen is extensively employed in the mining, coal, construction material, metallurgy, and chemical industries. Its linear motion design makes it perfect for dewatering, desliming, demineralization, and dry discharge of mining tailings. Incorporating advanced features like finite element analysis and anti-fatigue analysis, the screen boasts a well-structured design with low energy consumption, high dewatering capacity, and efficient dry discharge capabilities. Its adaptability to corrosive and abrasive working conditions enhances its reliability across various environments.

    This equipment is equipped with two vibrating motors, utilizing the principle of reverse self-synchronization to drive linear movement of the screen body. The resulting synchronous vibration of the screen surface exerts force on the materials, facilitating solid-liquid separation and sorting particles by size. The continuous feeding of materials directly from the feed tank or cyclone ensures smooth dewatering and disintermediation on the screen surface. The separated materials above and below the screen are efficiently discharged into the upper and lower receiving tanks, respectively, for further processing in subsequent stages.

    To cater to diverse material properties at customer sites, the included angle between the vibration force direction and the horizontal axis can be customized. This angle directly influences the material's speed on the screen surface, ultimately optimizing the equipment's processing capacity. With its remarkable processing capacity, high efficiency, and stable performance, the GN Dewatering Vibrating Screen stands out as a versatile and customizable solution suitable for various industrial applications.

    Dewatering Vibrating Screen 2


    Screen Area 4.32 m2 5.4 m2 6.48 m2 8.64 m2 11.52 m2
    Vibration Direction Angle 38~52 Degree
    Vibration Frequency 16 Hz
    Power 2*2.9 kW 2*2.9 kW 2*4.5 kW 2*5 kW 2*7 kW
    Double Amplitude 4~6 mm
    Screen Opening 0.2-25mm
    Dry Material Discharge Capacity 8~20 m3/h 12~25 m3/h 24~32 m3/h 25~35 m3/h 30~45 m3/h
    Installation Inclination ° ±4
    1. The above parameters are for reference only and can be adjusted according to the customer's situation. The final quotation and technical agreement shall prevail.
    2. The handling capacity of materials with the same size and different working conditions varies greatly. Please consult GN company for details.
    The above specification and parameters for reference only.

    Dewatering Vibrating Screen 3

    Dewatering Vibrating Screen Features:

    • The entire machine is installed at a positive inclination angle, and the installation angle can be adjusted by up to 4 degrees, catering to various process material requirements.
    • The folding design of the screen panel's feeding end facilitates better dewatering treatment and extends the screen panel's lifespan.
    • The rubber damping spring design offers numerous advantages, including excellent damping effects, minimal noise, a small resonance field, good resilience, stable mechanical performance, long-lasting service life, and cost-effectiveness.
    • The wallboard is meticulously constructed without welding. Instead, a steel plate with superior impact toughness and cold bending properties is chosen, and the hydraulic tension assembly employs imported HUCK rivets. This advanced design eliminates welding-related stress and material defects, ensuring the wallboard retains its fatigue strength.
    • By utilizing finite element analysis, the structural strength and vibration quality of the screen machine are optimized, reducing stress and significantly prolonging equipment life.
    • Critical parts that come into contact with fluids and are prone to wear are coated with polyurea using an imported spraying machine from the United States. This polyurea coating enhances corrosion, erosion, and wear resistance.
    • The main components undergo post weld heat treatment, effectively eliminating welding stress and enhancing overall durability.
    • The product is serialized to accommodate diverse manufacturing requirements based on different process conditions. The use of modular polyurethane screen panels ensures greater versatility and ease of replacement.