• PU high-frequency vibrating screen
  • PU high-frequency vibrating screen
  • PU high-frequency vibrating screen
  • PU high-frequency vibrating screen
  • PU high-frequency vibrating screen
  • PU high-frequency vibrating screen
PU high-frequency vibrating screen
PU high-frequency vibrating screen
PU high-frequency vibrating screen
PU high-frequency vibrating screen
PU high-frequency vibrating screen
PU high-frequency vibrating screen
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PU high-frequency vibrating screen

High-frequency vibrating screen, made of fatigue-resistant polyurethane material, significantly improves resistance to high-frequency reciprocating fatigue, making it not only wear-resistant but also resistant to repeated bending.

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  • 产品描述
  • Polyurethane high-frequency vibrating screen mesh is specifically designed for high-frequency vibrating screens (1500-3000 times/minute, 25-50Hz), and is also called high-frequency dedicated PU screen plate.

    Product Specification

    Product NamePolyurethane high-frequency vibrating screen mesh
    Mesh Size0.045-3mm
    Mesh TypeNarrow slits, trapezoidal conical holes (mainstream), less square holes.
    Hardness75-88 A
    Thickness10-30mm
    Common Used Size

    305×610mm、700×1045mm、1220×3050mm

    Open Area Rate20%-40%
    Adapt to vibration frequency1500-3000 times/minute, 25-50Hz
    Work MediumSlurry, coal slime, weak acid and alkali, and humid conditions
    ColorOrange-yellow and Red, customizable
    Customization Available

    Product Feature

    High opening rate, high screening efficiency

    The polyurethane fine screen has an opening rate exceeding 32%, providing ample space for material to pass through per unit area. This allows materials to pass through the screen more smoothly and quickly, thus improving screening efficiency. In the ore screening process of large mines, they can process more ore per unit time, enhancing overall processing capacity.

    Conical hole design, anti-clogging

    The polyurethane fine screen features a conical hole design, wider at the top and narrower at the bottom, allowing materials to pass through the screen holes more smoothly and preventing accumulation or clogging. In the chemical industry, the straight hole design of traditional screens easily causes material blockage, while the conical hole design of the polyurethane fine screen effectively avoids this problem, ensuring smooth production.

    Integral molding, crack-free

    Utilizing advanced one-piece molding technology, the polyurethane fine screen is molded in one piece, avoiding gap problems. Fiber reinforcement technology is also used during the molding process. These fibers act as a robust skeleton, significantly improving the overall strength of the screen. Even under long-term high-intensity material impact and friction, the screen will not crack.

    High tensile strength and long service life

    The tensile strength of polyurethane fine screens has been significantly improved, enabling them to withstand greater tensile forces without deformation or damage. In the environmental protection industry, they can withstand long-term immersion in wastewater and friction from solid waste, thus reducing the frequency of screen replacement.

    Widely applicable, assisting multiple industries

    In the mining sector, polyurethane fine screens improve mineral processing efficiency and ore quality. In the chemical industry, they are used for liquid filtration and separation, ensuring production stability. In the environmental protection industry, they play a vital role in wastewater and solid waste treatment. Furthermore, they are indispensable in the food and pharmaceutical industries.

    Product Application

    Mining and beneficiation: Fine-grained classification of iron ore and non-ferrous metal ores to improve concentrate grade and recover valuable fine-grained minerals.

    Coal washing industry: Fine coal slime desliming and high-precision dewatering of coal slime.

    Sand and gravel industry: Recovery of manufactured fine sand, precise classification of 0.1-1.5mm fine sand.

    Non-metallic minerals: Fine desliming and classification of quartz sand, feldspar, and kaolin.

    Tailings treatment: Dry discharge and recovery of fine-particle tailings.

PU high-frequency vibrating screen

High-frequency vibrating screen, made of fatigue-resistant polyurethane material, significantly improves resistance to high-frequency reciprocating fatigue, making it not only wear-resistant but also resistant to repeated bending.

Telphone/WhatsApp:

If you need customized products,  Contact US !

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