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China HC-VSH Series Conical Double-Spiral Machines for Photovoltaic Plastic Films - Leading Suppliers and Factory
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China HC-VSH Series Conical Double-Spiral Machines for Photovoltaic Plastic Films - Leading Suppliers and Factory

Introducing our advanced HC-VSH series of conical double-spiral machines, specifically designed for the production of photovoltaic plastic films in China. Manufactured by Shenyin, these specialized machines cater to unique materials such as EVA and POE, effectively addressing challenges like melting and agglomeration during the heating process, As a leading supplier and factory in the photovoltaic industry, we are committed to enhancing sustainability and renewable energy solutions. Our conical double-helix machines are equipped with cutting-edge technology and innovative features, ensuring exceptional efficiency, precision, and maximum output tailored to the needs of photovoltaic film production, Choose our high-performance machines to elevate your manufacturing capabilities and join us in driving the future of renewable energy in China and beyond

    Description

    High Precision Extrusion

    One of the main highlights of our conical twin screw machines is the ability to extrude and process photovoltaic plastic films with exceptional precision and consistency. The tapered double-helix design allows for precise control of the extrusion process, resulting in high-quality films that meet the stringent standards of the solar industry.

    Rugged & Reliable

    Additionally, our machines feature rugged construction and reliable components designed to increase productivity and reduce downtime. This means manufacturers can rely on our machines to deliver consistent results, ultimately saving costs and increasing operational efficiency.

    User-Friendly Operation

    In addition to performance, our conical twin screw machines come with user-friendly features that make operation and maintenance worry-free. This ensures that operators can easily manage the machine, resulting in a smoother production process and reduced risk of errors.

    Driving Innovation

    We are committed to driving innovation in the photovoltaic industry, and our Conical Double Helix Machine is a testament to this commitment. By investing in our machines, manufacturers can stay ahead of the curve and capitalize on the growing demand for sustainable energy solutions.

    Summary

    In summary, our conical double helix photovoltaic plastic film machine is the perfect choice for manufacturers looking to increase production capacity and meet the changing needs of the solar market. With their cutting-edge technology, reliability and user-friendly.

    Equipment Specifications

    Equipment Specifications Details

    Product Parameters

    Model Allowable working volume Spindle speed (RPM) Motor power (KW) Solo drive male rotation Motor power (KW) Equipment weight (KG) Overall dimension (mm) KB1 B1 A1 K1 KF1
    VSH-0.01 4-6L 130/3 0.37 N/A 100 455(D)*540(H) N/A 478 N/A N/A N/A
    VSH-0.015 6-9L 130/3 0.37 N/A 110 470(D)*563(H) N/A 478 N/A N/A N/A
    VSH-0.02 8-12L 130/3 0.55 N/A 120 492(D)*583(H) N/A 478 N/A N/A N/A
    VSH-0.03 12-18L 130/3 0.55 N/A 130 524(D)*620(H) N/A 590 N/A N/A N/A
    VSH-0.05 20-30L 130/3 0.75 N/A 150 587(D)*724(H) N/A 590 N/A N/A N/A
    VSH-0.1 40-60L 130/3 1.5 N/A 210 708(D)*865(H) N/A 682 N/A N/A N/A
    VSH-0.15 60-90L 130/3 1.5 N/A 250 782(D)*980(H) N/A 682 N/A N/A N/A
    VSH-0.2 80-120L 130/3 2.2 0.37 500 888(D)*1053(H) N/A 855 N/A 515 650
    VSH-0.3 120-180L 130/3 3 0.37 550 990(D)*1220(H) N/A 855 N/A 515 650
    VSH-0.5 200-300L 130/3 3 0.37 600 1156(D)*1490(H) N/A 855 N/A 515 650
    VSH-0.8 320-480L 57/2 4 0.75 900 1492(D)*1710(H) 708 1005 525 680 890
    VSH-1 400-600L 57/2 4 0.75 1200 1600(D)*1885(H) 708 1005 525 680 890
    VSH-1.5 600-900L 57/2 5.5 0.75 1350 1780(D)*2178(H) 708 1025 525 680 890
    VSH-2 0.8-1.2m3 57/2 5.5 0.75 1500 1948(D)*2454(H) 708 1025 525 680 890
    VSH-2.5 1-1.5m3 57/2 7.5 1.1 1800 2062(D)*2473(H) 708 1075 525 680 890
    VSH-3 1.2-1.8m3 57/2 7.5 1.1 2100 2175(D)*2660(H) 708 1075 525 680 890
    VSH-4 1.6-2.4m3 41/1.3 11 1.5 2500 2435(D)*3071(H) 730 1295 N/A 856 1000
    VSH-5 2-3m3 41/1.3 15 1.5 3000 2578(D)*3306(H) 730 1415 N/A 856 1000
    VSH-6 2.4-3.6m3 41/1.3 15 1.5 3500 2715(D)*3521(H) 730 1415 N/A 856 1000
    VSH-8 3.2-4.8m3 41/1.1 18.5 3 3800 2798(D)*3897(H) 835 1480 780 N/A N/A
    VSH-10 4-6m3 41/1.1 18.5 3 4300 3000(D)*4192(H) 835 1480 780 N/A N/A
    VSH-12 4.8-7.2m3 41/1.1 22 3 4500 3195(D)*4498(H) 835 1480 780 N/A N/A
    VSH-15 6-9m3 41/0.8 30 4 5000 3434(D)*4762(H) N/A 1865 1065 N/A N/A
    VSH-20 8-12m3 41/0.8 30 4 5500 3760(D)*5288(H) N/A 1865 1065 N/A N/A
    VSH-25 10-15m3 41/0.8 37 5.5 6200 4032(D)*5756(H) N/A N/A 1065 N/A N/A
    VSH-30 12-18m3 41/0.8 45 5.5 6700 4278(D)*6072(H) N/A N/A 1065 N/A N/A

    Product Gallery

    Frequently Asked Questions

    What are the primary applications of this conical twin screw machine?

    This machine is specifically designed to extrude and process high-quality photovoltaic (PV) plastic films with exceptional precision and consistency, serving the rigorous standards of the solar energy industry.

    How does the tapered double-helix design benefit production?

    The tapered double-helix design enables highly precise control over the entire extrusion process. This ensures consistent film output quality, increases overall productivity, and reduces unexpected downtime during manufacturing.

    Is the equipment easy to operate and maintain?

    Yes, the machine features user-friendly controls and interfaces designed for worry-free operation and maintenance. This simplifies operator management, reduces the likelihood of operating errors, and streamlines production.

    What range of working volumes does the VSH model series offer?

    The VSH model series offers a highly scalable range of allowable working volumes, starting from compact models like the VSH-0.01 (4-6L capacity) up to industrial-scale models like the VSH-30 (12-18m³ capacity).

    How does this machine contribute to operational efficiency?

    With its rugged construction, optimized motor power configurations, and high-reliability components, the machine minimizes operational wear and maintenance requirements, helping manufacturers save costs and boost throughput.