Continuous GlassFiber Reinforced Thermoplastic
Composite Sheet

      Continuous Glassfiber Reinforced Thermoplastic Composite Sheet is multilayer Continuous glassfiber reinforced thermoplastic unidirectional strip (0°/±45°/90°) laminated Into a solid plate. According to customer requirements, on both sides of the plate composite bonding layer, anti-violet Outer decorative film, decorative layer, etc
      Appearance

    Color: Black, Natural

    Shape: Volute, Clintheriform

      Surface (Customizable)

    Non-slip lines, smooth lines.

    Coating: Decorative/UV Resistant/Stain Resistant/Antibacterial, Mildew Resistant.

    Decorative Film: Decorative/UV Resistant/Stain Resistant/Antibacterial, Mildew Resistant.

    Gelcoat, Non-Woven Fabric, Etc.

        ADVANTAGE

      · High Rigidity, High Strength and Excellent Impact Resistance.

      · Light Weight, Short Molding Cycle and Strong Machinability.

      · Strong Chemical Tolerance and High Durability.

      · Environmentally Friendly and Recyclable.

        TRANSPORT VEHICLE CONSTRUCTION

        Exhibiting outstanding impact resistance and benign crash behavior, CFRT is frequently used in the automotive industry where it is pressed on an industrial scale into complex 3D semi-structural components. Because of its low relative density,excellent hardness and rigidity even at low temperatures, resistance to moisture and chemicals, durability, and ease of recycling, CFRT is widely favored as an alternative to many industrial materials.
        Reduced Drag: The truck skirt, through its streamlined design and grooves in the skirt, effectively directs the flow of air and reduces wind resistance. This design not only helps to reduce air resistance, but also improves the vehicle's fuel economy.
        Savings: By reducing wind resistance, truck skirts can significantly reduce the energy consumption of the vehicle during operation, thus achieving fuel savings. This means a reduction in operating costs for long-haul trucks .
          ADVANTAGE

        · CFRT Provide Much More Strength and Stiffness.

        · Excellent Impact Resistance and Shear Performance.

        · Light Weight: 35% Lighter than GRP Sheets.

        · Strong Tenacity: 100% More than GRP Sheets.

        · Low Cost: 20% Lower Than the Cost of GRP Sheets.

        · Thermal Insulated and Corrosion-Resistant.

        · Easy Processing and Assembling.

        · Non-Poisonous and Odorless.

        · 100% Recyclable.

          TRANSPORT VEHICLE CONSTRUCTION

          CFRT is widely used in the manufacturing of new energy vehicle parts because of its advantages of light weight, high strength, strong flexibility and recyclability. Specifically for new energy vehicles, one of the main uses of CFRT is to manufacture battery holders.

          In addition, the application of CFRT has also extended to other components of new energy vehicles, such as photovoltaic backplanes, oil and gas pipeline accessories, etc., which are key parts of achieving lightweight new energy vehicles and improving energy efficiency. These applications of CFRT not only help to reduce the overall weight of new energy vehicles, thereby improving energy efficiency and driving range, but also in line with the trend of sustainable development, realizing the recycling of materials.

            New Energy Electric Vehicles

          · Light Weight and High Strength

          · Electrical Insulating Property

          · Corrosion and Aging Resistance

          · Reduce Costs and Improve Productivity

          · Aesthetic and Waterproof Effect

          Battery Box
          Photovoltaic Backplane

            TRANSPORT VEHICLE CONSTRUCTION

            The advantages of CFRT application in high-speed rail mainly include improving the use range of materials, enhancing structural strength, reducing weight and reducing manufacturing costs.
            CFRT is a kind of material that improves the performance of the material by adding glass fiber and other additives on the basis of the original pure plastic. It has a wide range of applications, mainly used in structural parts of products, as a structural engineering material. For example, in the manufacturing of high-speed rail, CFRT can be used to manufacture the internal structure of the vehicle, such as seats, interior decoration, etc., thereby improving the structural strength and durability of the vehicle.
            In addition, the application of CFRT can also reduce the weight of high-speed rail, which is essential to reduce energy consumption and improve the performance of high-speed rail. Lightweight design can not only reduce the energy consumption during high-speed rail operation, but also reduce manufacturing costs and improve the economy of high-speed rail.
            In summary, the application of CFRT in high-speed rail not only improves the structural strength and durability of high-speed rail, but also realizes lightweight design and reduces manufacturing costs. It is an excellent material choice for high-speed rail manufacturing.

              High-Speed Train

            · Lmprove the Range of Materials Used

            · Increase Structural Strength

            · Light Weight

            · Reduce Costs and Improve Productivity

            Carriage Body
            Other Key Components

              SHIPBUILDING INDUSTRY

              CFRT is mainly used in ships to improve the loading rate of ships, improve transportation efficiency, reduce shipping costs and so on.
              CFRT is a thermoplastic composite of a continuous fiber-reinforced resin material layer, with good rigidity and corrosion resistance, and its material density is only one-fifth of steel. On the basis of meeting the requirements of the existing container standards, the weight of the container roof made of CFRT is greatly reduced, which can not only improve the loading rate of a single box, but also improve the number of container ships, so as to improve the transportation efficiency and reduce the shipping cost.
              In addition, the application of CFRT also helps to improve the structural performance and durability of ships, reduce maintenance costs, and extend the service life of ships. The application of this material is of great significance for improving the economic efficiency and sustainable development of the Marine transportation industry.

                Ship

              High Strength & Strong Impact Resistance

              Temperature and Humidity Resistance

              Easy Processing and Molding

              Recyclable and Reusable

              Diverse Selection of Base Materials

              Light Weight and High Strength

              Ship Structure
              Marine Propulsion System
              Ship Equipment

                AVIATION INDUSTRY

                CFRT application in aircraft is mainly reflected in its lightweight and high performance characteristics, which makes it has a wide range of application prospects in the aviation field.

                Horizontal Tail and Vertical Tail
                Passenger Aircraft Seat Waist Support Components
                Cable Clamps and Pipe Clamps

                  Airplane

                The application of CFRT materials in aircraft is mainly concentrated in the following aspects:

                Bearing Structure: The leading edge of the wings of Airbus A330, A340 and A380 series aircraft is made of CFRT material. These components include the leading edge of the wings, ribs and fuselage stiffens, which together form the bearing structure of the aircraft. These components are made of glass fiber reinforced polyphenylate thermoplastic composite, which is 25% lighter than thermoset composite. The A380 already has more than 1,000 thermoplastic composite parts with a total weight of 2.5 tonnes, including not only the support parts, but also internal auxiliary parts such as passenger seat lumbar support parts, cable clamps and pipe clamps.
                Processing Technology: The processing technology of CFRT includes injection molding, water-assisted injection molding, hot pressing, vacuum heating molding and cold film molding. These technologies enable CFRT materials to be used in aircraft manufacturing in an efficient and high-quality manner. For example, cold film molding technology has been used in the manufacture of CFRT enclosures for helicopters, as well as other process technologies such as CFRT thermoplastic prepreg strip winding and hot extrusion sheets for the manufacture of pipes and building sheets.
                Sustainability and Environmental Responsibility: CFRT materials are also used to reflect sustainability and environmental responsibility considerations in modern aircraft design. For example, the cabin of the modern new flying car is made of recycled CFRT material, which is used alongside other sustainable materials such as durable plant-based leather, recycled plastic fabrics and reliable wood, reflecting the design philosophy of biosimulation.
                In summary, the application of CFRT in aircraft is not only reflected in its lightweight and high performance, but also its advantages in processing technology, sustainable design and other aspects, making CFRT an important material in modern aircraft manufacturing.

                  Technical Specification

                  Thickness mm / 1 2 4
                  Surface Density g/m2 ASTM D5848 1500 3000 6000
                  Density g/m2 ASTM D792 ≈1.5
                  Tensile Strength MPa ASTM D3039 300~420
                  Tensile Modulus GPa ASTM D3039 14~16
                  Bending Strength MPa ASTM D790 340~350
                  Flexural Modulus GPa ASTM D790 / 12~16
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