Carbon Fiber Multi-axial Fabrics Successfully Launched

At the end of November, Zhangjiagang Weinuo Composites Co., Ltd. came with the good news that its self-developed carbon fiber multi-axial fabrics were formally put on line, and this achievement marks a major breakthrough in the company's technological innovation and product upgrading in the field of composite materials, which will provide good quality and high-performance material solutions for aerospace, automotive, wind power and other application fields. As an advanced composite reinforcing material, carbon fiber multiaxial fabric has many significant advantages such as light weight, high strength, high modulus, good tear resistance, strong interlayer shear and isotropic adaptability and strain capacity, etc., which shows a broad application prospect in aerospace industry, national defense industry, wind power generation and automobile industry. Zhangjiagang Weino Composite Materials Co., Ltd. has been committed to the development and production of high-performance carbon fiber composite materials, the on-line carbon fiber multi-axial products is the company's technology accumulation and innovation over the years. It is understood that the company's carbon fiber multi-axial products.

The use of advanced production processes and equipment, through the control of the fiber layup angle and tension, to achieve a uniform distribution of fibers in different directions and tightly combined, so as to give full play to the mechanical properties of carbon fibers to a large extent. At the same time, the company also independently developed a set of resin formulations to match with the carbon fiber multi-axial fabrics, which further improved the overall performance of the composite material, making it reach the advanced level in terms of strength, stiffness and corrosion resistance. In the process of product development, Zhangjiagang Weinuo Composites Co., Ltd. gives full play to its own technical advantages, and cooperates closely with a number of scientific research institutions and universities.

Through the combination of industry, academia and research, the company constantly introduces cutting-edge technology concepts and innovative thinking, accelerates the product development process, and makes a series of important breakthroughs in key technologies. For example, in fiber spreading technology, the company has successfully solved the problem of carbon fiber spreading at constant temperature and speed, ensuring the straightness and parallelism of the fibers, and laying a solid foundation for the production of high-quality carbon fiber multi-axial fabrics. In addition, the company also attaches great importance to product quality control, and has established a set of strict quality management system. From the procurement of raw materials, production process monitoring to the inspection of finished products, each link is operated in strict accordance with the standards and customer requirements to ensure the consistency and stability of the products. The company is equipped with advanced testing equipment and professional inspectors to carry out comprehensive and detailed testing on various performance indexes of carbon fiber multi-axial products, and only those products that have passed the strict inspection can flow to the market, thus providing customers with reliable quality assurance. With the successful launch of carbon fiber multi-axial products, Zhangjiagang Weinuo Composites Co., Ltd. will further expand its share in the composite materials market and enhance the company's brand influence and market competitiveness. At present, the company has established cooperative intentions with a number of domestic and foreign enterprises, and the product orders show a trend of steady growth. In the future, the company will continue to increase investment in research and development, constantly optimize product performance, expand product applications, and is committed to becoming a supplier of carbon fiber composite materials, to promote the development of China's composite materials industry to make greater contributions .