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High-Efficiency Fiberglass Roofing Sheet Making Machine from China Suppliers - Factory Direct Production

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The Fiberglass Roofing Sheet Making Machine is an efficient solution for manufacturers looking to produce high-quality fiberglass roofing sheets and wall panels. This advanced machine, designed in China, features a PLC intelligent control system that ensures stable and easy operation, boasting a production speed of 2-10m/min. It can fabricate sheets with a thickness ranging from 0.4mm to 4.0mm and a maximum width of 1500mm.

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Equipped with specialized roofing forming molds and synchronous cutting systems, the Fiberglass Roofing Sheet Making Machine guarantees uniform product shapes and precise dimensions. As a leading factory among fiberglass roofing sheet suppliers, we offer machines capable of producing both transparent and colored fiberglass sheets, making them ideal for various industrial and building construction applications.

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    Raw Material for FRP Sheet
    PET Film Roving Chopper Resin Curing Agent Accelerant
    Biaxially Oriented Polyester Film Non-Alkali Fiberglass Chopped Roving Unsaturated polyester resin MEKP Cobalt
    Details of Fiberglass Roofing Sheet Making Machine
    1. Raw Material System

    This system equips with resin tank, pump and transport pipe.

    Raw Material System
    2. Roving Chopper

    This device is used to cut fiberglass and evenly spread it on the lower PET film.

    Roving Chopper
    3. Infiltration Platform

    The platform can promote infiltration, allowing glass fibers to better infiltrate into the resin.

    Infiltration Platform
    Infiltration Platform 2
    Infiltration Platform 1
    4. Heating Oven

    The oven is filled with hot circulating air, which can help the FRP sheet solidify.

    Heating Oven
    5. Air Cooling

    The system equipped with the air fan to quickly cool down FRP sheet and prevent yellowing of the FRP sheet.

    Air Cooling
    6. Cutting System

    Cut the FRP sheet according to client's length requirements.

    Cutting System
    Advantages of Fiberglass Sheet
    • Superior Durability
    • Lightweight & High Strength
    • Good Light Transmittance
    • Low Maintenance
    • Thermal Insulation
    • Customizable
    FRP Sheet
    FRP Sheet 1
    FRP Sheet 3
    Application of Fiberglass Sheet
    • Industrial buildings: Factory workshops, warehouses, power plants, chemical plants (corrosion-resistant for harsh environments)
    • Agricultural facilities: Greenhouses, livestock farms, agricultural sheds (light-transmitting & durable)
    • Civil construction: Carports, balconies, canopies, temporary buildings (lightweight & easy to install)
    • Logistics & transportation: Container sheds, freight yards, storage awnings (anti-UV & low maintenance)
    Application 1
    Application 2
    Application 3
    Advantage of Fiberglass Sheet Machine
    Highly Automated & Efficient Production

    Equipped with PLC intelligent control system and full-automatic operation, the production speed reaches 2–10m/min, with a max effective sheet width of 1500mm and thickness adjustable from 0.4–4.0mm, realizing high-efficiency and standardized production.

    Stable Quality & Precise Forming

    Adopts heavy-duty steel frame and precise corrugated forming system, ensuring uniform corrugated shape, accurate product size and stable performance of finished FRP sheets, with corrugated height up to 130mm.

    Reliable After-sales & Brand Strength

    With 25 years of manufacturing experience, we offer 1-year warranty, free spare parts and professional on-site installation guidance. 100% on-time delivery and ≤3h quick response ensure worry-free cooperation.

    Flexible Customization & Cost Advantage

    Support bulk order price concessions, customizable for different corrugated types and product specifications. The integrated production line reduces manual input and lowers your overall production cost effectively.

    Factory
    Factory 1
    Factory 2
    Factory 3
    Factory 4
    Frequently Asked Questions
    Q1: What raw materials are used in the FRP sheet production line?
    The FRP sheet production line uses Biaxially Oriented PET Film, Non-Alkali Fiberglass Chopped Roving, Unsaturated Polyester Resin, MEKP (curing agent), and Cobalt (accelerant). These materials work together to produce high-quality, durable fiberglass reinforced plastic sheets.
    Q2: What is the production speed and sheet size range of the fiberglass sheet making machine?
    The machine operates at a production speed of 2–10 m/min. It supports a maximum effective sheet width of 1500mm and the sheet thickness is adjustable from 0.4mm to 4.0mm, with corrugated height up to 130mm, making it suitable for a wide range of specifications.
    Q3: What are the main advantages of FRP (fiberglass reinforced plastic) sheets?
    FRP sheets offer superior durability, lightweight with high strength, good light transmittance, low maintenance requirements, excellent thermal insulation, and are fully customizable. They are ideal for industrial, agricultural, and civil construction applications.
    Q4: What industries or applications are FRP sheets suitable for?
    FRP sheets are widely used in industrial buildings (factories, warehouses, chemical plants), agricultural facilities (greenhouses, livestock farms), civil construction (carports, canopies, balconies), and logistics & transportation (container sheds, storage awnings). Their corrosion resistance and UV protection make them suitable for demanding environments.
    Q5: What after-sales support is provided with the fiberglass sheet machine?
    We provide a 1-year warranty, free spare parts, and professional on-site installation guidance. With 25 years of manufacturing experience, we guarantee 100% on-time delivery and a response time of ≤3 hours to ensure smooth and worry-free cooperation for every customer.
    Q6: Can the fiberglass sheet machine be customized for different corrugated types?
    Yes, the machine supports flexible customization for different corrugated types and product specifications. Bulk order price concessions are available, and the integrated production line design helps reduce manual labor and overall production costs effectively.