Topweaving New Material Tech Co., Ltd products

Topweaving 3D fiberglass fabric is woven from E-glass yarn and consists of two surface (deck) layers connected together by vertical links (piles). These links are woven together with the surface layers thus forming an integrated sandwich structure.

We provide double wall fabrics, which consists two fabric layers interlocked with pile yarns. The pile yarns produce a strong connection between two layers. The height of fabric is between 5mm to 335mm, which are made of industrial polyester yarns.

High performance fiber (reinforced) fabrics are made of high performance fiber, which is weaved by a certain rule on the loom. According to the weaving methods, the fabric can be classified into plain fabric, twill fabric and satin fabric. For some special applications, we can develop textile into special structure and functional mixed fabric to meet every single customers` demand. Our high performance products series include carbon fabric, aramid fabric, high strength polyethylene fabric and high strength glass fiber fabric.

Fiber reinforced composite is manufactured by special weaving technique with high-strength polyester filaments or glass fibers coated with PVC. It has many features like heat-insulating, ultraviolet resistant, flame resistant, moisture-proof, anti-static, easy-washing, antibacterial, etc

The acoustic fabrics with a three-dimensional look: the sound waves absorbs and breaks, thus influencing the sound perception positively.

Leno fabrics of PP, HDPE: PA are used in composite products as reinforcing and backing fabrics to reinforce, support and stabilize the finished product. Our leno fabrics are especially characterized by outstanding strength properties and excellent processing capabilities - a true reinforcement for your finished product.

Make product lighter without compromising on strength and durability. Make product significantly stronger without compromising on comfort. 30% lighter than nylon/ polyester. 45% lighter than aramid. 15 times stronger than steel (weight per weight ratio).