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Plastic Pellet Machine - High-Efficiency Extruder Suppliers & Factory in China with Low Energy Consumption
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Plastic Pellet Machine - High-Efficiency Extruder Suppliers & Factory in China with Low Energy Consumption

Features of Our China Extrusion Machine:
Exceptional plasticizing capabilities with minimal additive requirements, ensuring optimal performance and efficiency.
Superior self-cleaning technology prevents material burning, promoting a seamless production process.
Specially designed heat treatment enhances the durability and lifespan of critical components.
High maneuverability reduces labor costs, making it an ideal choice for various manufacturing needs.
Low energy consumption translates to significant economic benefits, making our machines a smart investment for suppliers and factories alike.

    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.
    Production Process Image 1
    Production Process Image 2

    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

    1. High Efficiency: The machine operates at high speeds, producing large volumes of nonwoven fabric quickly.
    2. Versatility: Can process both PP and PE, making it suitable for a wide range of applications.
    3. Consistency: Ensures uniform fabric quality throughout the production run.
    4. 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 of the nonwoven fabric production process?
    The production process consists of three core stages: the Netting Stage, where fibers are formed into thin sheets; the Bonding Stage, where the fibers are continuously or intermittently bound to form a cohesive fabric; and the Finishing Stage, which applies surface treatments or embossing to enhance fabric properties.
    What raw materials can be processed by this machinery?
    This versatile machinery is designed to process both PP (Polypropylene) and PE (Polyethylene) plastic materials, allowing for a wide range of product outputs.
    Which industries benefit most from the finished nonwoven fabrics?
    The fabrics are heavily utilized in medical face masks, hygiene products (such as baby diapers and sanitary napkins), air and liquid filtration systems, as well as packaging, agriculture, construction, and automotive components.
    How does the extruder machinery achieve production cost-effectiveness?
    By integrating automated processes, the machine reduces manual labor requirements. Its high-speed operation capability ensures large volumes of fabric are produced consistently, lowering overall manufacturing costs.
    What output capacities do the different extruder models offer?
    Output capacity scales with the machine model. For instance, the compact EX-35 model provides a PVC output of 3-30 KG/h, whereas the heavy-duty industrial EX-200 model can deliver a PVC output of 150-1300 KG/h.