玻璃纤维胶合板是一种由玻璃钢表皮和胶合板(或称夹层)组成的复合材料板材。玻璃钢表皮胶合板夹层板的结构具有耐久性、易切割、握钉力强等特点。

描述

Fiberglass plywood for freight truck bodies is a high-performance composite material designed specifically for dry freight vehicles. It is widely used in the manufacture and modification of truck bodies. FRP has the advantages of lightweight, high strength, and corrosion resistance, which can effectively improve the durability and transportation efficiency of truck bodies.

Structure of Fiberglass Plywood Composites

FRP plywood is a composite material made from FRP sheets and a plywood core. It can be cut and used like ordinary plywood. It has better durability and waterproof performance.

 

规格

  • 玻璃钢厚度:0.7~5 毫米。
  • 胶合板材料:杨木、榉木、桦木、橡木、松木等。
  • 最大宽度:3.2 米。
  • 最大长度:12 米。
  • 抗紫外线:是
  • 防水性:是
  • 阻燃等级:B2
  • 使用寿命:20 年。

Benefits of Fiberglass Plywood

  • 高强度:玻璃钢表皮具有很高的强度和刚度,可承受较大的负荷和冲击。
  • Weather resistance: FRP has strong self-cleaning, UV resistance, anti-static and corrosion resistance.
  • 重量轻:与金属材料相比,玻璃钢表皮胶合板夹层板重量更轻,有利于减轻整体结构的重量。
  • Heat insulation: Fiberglass plywood will not become brittle at ultra-low temperatures, will not deform at high temperatures, and can effectively prevent heat transfer.
  • Easy to process: Both FRP skin and sandwich materials offer excellent processing performance, allowing for cutting, drilling, and other necessary modifications.

Our Advantages

We are a leading fiberglass reinforced plywood manufacturer in China and experts in box truck solutions. Our factory boasts industry-leading production lines for composite panels and offers a range of customized services.

  • The sandwich panel undergoes lamination under high pressure in a vacuum environment. The surface of the panel after molding is flat and tightly combined, and the strength is much better than that of ordinary composite panels.
  • Customized size: The size of the composite panel can reach 12mx3.2m. {The maximum size of the container is 40 feet (12.03 meters)}
  • Processing: High-efficiency and high-precision CNC processing can meet any design requirements.