3D Fiberglass Fabric is a newly developed fibreglass braided fabric consisting of two bi-directional woven fabrics knitted together by vertical braided pillars.
Two S-shaped yarns combined form a pillar, which is eight-shaped in the warp direction and 1-shaped in the weft direction.
3D Fiberglass Fabric can be made of glass fibre, carbon fibre or basalt fibre. Hybrid fabrics also can be produced.
The thickness of 3D Fiberglass Fabric ranges from 3.4mm to 22.6mm and the width of it measures no more than 3000mm. Processed with resin, 3D Fiberglass Fabric gains an outstanding capability of anti-debonding, impact resistant, lightweight and high strength, thermal insulating and acoustic damping.
Energy: 3D Fiberglass Fabric resined is lightweight and mechanically strong, so it is often used as the framework components of wind driven generator canopy, air guide sleeve, wind turbine blade and brace shell.
Storage tanks: Due to the excellent performance in corrosion resistance and mechanical strength, 3D Fiberglass Fabric resined comes to replace old-fashioned sheet materials like steel in storage tank manufacture. In addition, detectors can be installed into the hollow space of 3D Fiberglass
Fabric to monitor the conditions inside the tank. 3D Fiberglass Fabric is often manufactured into the wall, cover and shell of double-wall tank, chemical storage tank, sewage tank and other tanks.
Transportation: 3D Fiberglass Fabric resined is much lighter than other traditional sheet materials. Made of inorganic non-metallic materials, 3D Fiberglass Fabric is also much more corrosion resistant than ordinary metal materials. So it is widely applied in aviation, spaceflight, train, rail transit and vehicle manufacturing.
For more information, visit www.ycglassfiber.com