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| Model NO. | W10012 | Performance | High-Strength Type |
| State | Plate | Mechanical Property | High-Performance Type |
| Thickness | 2mm-4mm | Texture | Unidirectional |
| Material | Carbon Fiber+Epoxy Resin | MOQ | 100 Meters |
| Specification | 15cm width | HS Code | 3921909090 |
| Carbon Yarn | 24K/48K/50K | Tensile Strength | 3000-7000 Mpa |
| Tensile Modulus | 200-650 Gpa | Thermal Expansion | 0-1.1 × 10-6/K |
| Conductivity | 17-5 μ Ω·m | Loading Port | Shanghai, China |
As the core material for wind turbine blade manufacturing, wind power pultruded carbon plates act as the "skeleton" of wind turbines. They support stable operation in strong wind environments, directly impacting efficiency and reliability. These materials are driving the clean energy industry from offshore to high-altitude plateaus.
Widely used in large-scale onshore and offshore wind power blades. As unit capacities increase, the demand for high-modulus carbon plates grows. Currently essential for 100-meter-class blades used in deep-sea offshore projects.
Future development focuses on higher modulus carbon fibers and low-viscosity, high-toughness epoxy resins. Production is moving towards automated, intelligent lines to ensure quality and environmental sustainability through recycling technology.
Our facility is a high-tech enterprise focusing on the design, R&D, and production of carbon fiber composite products. With an annual consumption exceeding 20,000 tons, we offer comprehensive manufacturing capabilities in weaving, prepreg, winding, and pultrusion.
Testing Laboratory: Accredited by CNAS, our 3,100 sqm testing center covers all processes from raw materials to finished products, ensuring mechanical property compliance and weather resistance.
Certifications: IATF16949, AS9100D, ISO45001, ISO14001. We hold 92 patents, including 39 invention patents.
