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China Plastic Pellet Machine - High-Quality Extruder from Reliable Suppliers & Factory for Efficient Cable Production
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China Plastic Pellet Machine - High-Quality Extruder from Reliable Suppliers & Factory for Efficient Cable Production

Extrusion Machine Features:
Exceptional plasticizing effect with minimal additive requirements, ensuring efficiency.
Superior self-cleaning capability to prevent burnt material, enhancing product quality.
Specially treated for heat resistance, resulting in a long lifespan for critical components.
High maneuverability designed for ease of operation, reducing labor costs.
Low energy consumption, offering impressive economic benefits.

As a leading China supplier and factory of extrusion machines, we provide innovative solutions that meet the demands of modern manufacturing. Our machines are engineered for reliability and performance, making them ideal for various industrial applications.

    Product Description

    Production Process

    • 1 Netting Stage

      The process begins by forming fibers into thin sheets using methods such as carding, air-laid, or wet web formation.

    • 2 Bonding Stage

      Fibers are bonded together through continuous or intermittent methods to form a cohesive nonwoven fabric.

    • 3 Finishing Stage

      The final product undergoes additional treatments to enhance its properties, such as surface treatment or embossing.

    Applications

    1. Medical Face Masks

    Widely used in the production of face masks due to their high filtration efficiency and breathability.

    2. Hygiene Products

    Ideal for use in baby diapers, sanitary napkins, and other hygiene products.

    3. Filtration Systems

    Employed in air and liquid filtration systems for their excellent barrier properties.

    4. Other Uses

    Also used in packaging, agriculture, construction, and automotive industries.

    Advantages

    High Efficiency

    The machine operates at high speeds, producing large volumes of nonwoven fabric quickly.

    Versatility

    Can process both PP and PE, making it suitable for a wide range of applications.

    Consistency

    Ensures uniform fabric quality throughout the production run.

    Cost-Effective

    Automated processes reduce labor costs and increase overall production efficiency.

    Product Parameters

    Screw Dia Direct drive motor power KW RPM PVC output KG/h PE output KG/h Low smoke halogene output KG/h Wire Inlet Wire Outlet
    EX-35 5.5-7.5 60-120 3-30 3-26 15/20 0.2-0.5 0.3-1.0
    EX-45 18.5-22 120 5-50 5-45 28 0.5-3.0 0.6-3.5
    EX-50 22-30 120 5-85 5-68 45 0.5-5.0 0.6-6.0
    EX-65 37-45 115 10-220 10-190 80 1.0-12 1.5-14
    EX-70 45-55 110 20-260 15-230 120 1.3-15 2.0-18
    EX-80 75-90 100 25-330 20-280 200 1.3-20 2.0-25
    EX-90 90-110 90 30-450 30-360 280 1.3-40 2.0-45
    EX-100 110-132 80 40-580 35-410 350 1.3-50 2.0-60
    EX-120 160-185 75 60-700 50-500 500 10-80 14-85
    EX-150 220-250 65 100-1000 80-880 650 30-120 35-140
    EX-200 315 50 150-1300 130-1100 800 40-160 50-180

    Frequently Asked Questions

    What are the main stages in the nonwoven production process?
    The nonwoven production process consists of three main stages: the Netting Stage (forming fibers into thin sheets), the Bonding Stage (joining fibers together to form fabric), and the Finishing Stage (applying surface treatments or embossing to enhance properties).
    Which industries benefit most from these nonwoven materials?
    These materials are widely applied in medical face masks, hygiene products (like diapers and sanitary napkins), filtration systems (air/liquid), and other sectors including packaging, agriculture, construction, and automotive industries.
    What makes this production line highly efficient and cost-effective?
    The machine operates at high speeds to produce large volumes quickly, features automated processes that significantly reduce labor costs, and maintains a highly consistent fabric output quality.
    What raw materials can be processed by the machine?
    The machine is highly versatile and capable of processing both Polypropylene (PP) and Polyethylene (PE) materials, making it suitable for a diverse range of product applications.
    What is the output capacity range for the different extruder models?
    Output capacity varies by model. For example, the entry-level EX-35 model outputs 3-30 KG/h of PVC and 3-26 KG/h of PE, while the heavy-duty EX-200 model can output 150-1300 KG/h of PVC and 130-1100 KG/h of PE.