#weitong

[weitong]

0/90 Degree Multiaxial Combo Mat

0/90 Degree Multiaxial Combo Mat (0°, 90° Add Mat LTM) combines woven roving at 0°/90° with a layer of chopped strand mat, offering balanced strength and enhanced resin flow. This combo structure improves mechanical properties and processing efficiency in composite manufacturing.

Ideal for RTM, Hand Lay-up, and Pultrusion processes, it is widely used in marine, wind energy, automotive, and structural applications.

[weitong]

0/90 Degree Biaxial Fiberglass Fabric

0/90 Degree Biaxial Fiberglass Fabric (0°, 90° LT) is a biaxial reinforcement with fibers stitched at 0° and 90°, offering excellent rigidity and load-bearing strength. It is ideal for composite molding, RTM, and structural applications.

Widely used in automotive, marine, wind energy, and aerospace industries, this fabric enhances stability and mechanical performance in lightweight composite structures.

[weitong]

Biaxial Fiberglass Fabric ±45°

Biaxial Fiberglass Fabric ±45° (±45° BX) is a multiaxial reinforcement made of two fiberglass layers stitched at +45° and -45° angles. This configuration provides excellent shear strength, impact resistance, and dimensional stability.

It is widely used in Pultrusion, Hand Lay-up, Filament Winding, and RTM processes, and applied in wind energy, marine, automotive, aerospace, and sports industries.

[weitong]

Fiberglass Core Flow Mat

Fiberglass Core Flow Mat (Flow Medium LTNM) is a high-performance composite material featuring a sandwich structure with a synthetic non-woven core between layers of chopped fiberglass. This design ensures excellent resin flow and uniform distribution, making it ideal for RTM, vacuum forming, injection molding, and SRIM processes.

[weitong]

Carbon Fiber RTM Core Mat

Carbon Fiber RTM Core Mat (Closed Mold Mat CF) is a high-performance reinforcement material made of a synthetic non-woven core, laminated with chopped glass fibers or a mix of chopped glass and multiaxial/woven fabrics. It ensures good resin flow, uniform thickness, and enhanced mechanical strength.