RSM3/3 series glass fibre and carbon fibre multi axial warp knitting machine developed by Changzhou Run Feng Yuan Textile Machinery Manufacturing Co., Ltd. can bind warp knitting coils to warp, weft and oblique lining yarns through binding yarns to form multi-layer composite fabrics. The angle of oblique lining yarn is adjustable between 30°-60°. The number of layers of multi-axial warp knitted fabric can be adjusted according to needs, and the lined yarn can be all kinds of ordinary raw materials or high strength and high modulus yarns. According to the mechanical properties of the yarn, the multi-axial warp knitted fabric lined in layers has tensile and shear resistance in all directions, lightweight, flat surface, difficult corrosion and easy coating. It is widely used as the base cloth of textile composites in various industries such as filtration and reinforcement, as well as in various high-tech materials such as aviation and aerospace.
RUN FENG YUAN MULTI-AXIAL WARP KNITTING MACHINE FOR SALE
Glass Fiber Warp Knitting Machine
Carbon Fiber Warp Knitting Machine
WHAT IS MULTIAXIAL WARP KNITTED FABRIC？
The multi-layer composite fabric produced on the "multi axial Raschel warp knitting machine" is formed by the warp knitting coil binding the warp, weft and oblique three-way full width weft lining yarn together. The angle of oblique lining yarn is adjustable between 30 °- 60°.
APPLICATION OF MULTIAXIAL WARP KNITTED FABRIC IN WIND POWER FIELD
Multi axial warp knitted reinforced materials are increasingly used to manufacture wind turbine blades because of their unique properties. Generally, when designing the blade skin, the fabric structure (uniaxial, biaxial and multiaxial) can be selected according to the different forces. Multi axial fabric is mainly used at the root of the blade. The reasonable laying of 40 layers of fabric is used to bear the shear force generated by torque.
As a professional textile machine factory, we provide geogrid warp knitting machine, chopping stitch bonding machine, jacquard machine, etc.
