New Fiber Reinforced Composite Precast Braid Technology Was Developed Successfully.

A few days ago, a Chinese timber industry science and technology New fiber reinforced composite precast parts jointly developed by the glass fiber research and Design Institute and Stoneferry Technology (LLC). Weave The technology has been successful. The prototype runs normally and achieves the intended purpose.

Dr. Mi Chung Xing, President of Tongli technology company, USA, pointed out that this company has completely independent intellectual property rights. technology In the past 30 years fibre A breakthrough in enhancing the manufacturing technology of composite preforms has also created a new textile processing technology that is different from traditional processing methods. This technology has many advantages, such as high automation, wide applicability and low space occupancy. High automation ensures stable product quality, high productivity and low production cost, and is suitable for manufacturing various profiles, tubular, cutting or non cutting parts and large size parts. The tension control of the technology is simple, convenient and uniform. Due to the design consideration, reducing fiber friction can effectively reduce fiber damage during processing. The products manufactured by this technology have no buckling and reasonable structure, and are different from the existing ones. The technology can change the orientation of fibers locally according to the design requirements, which will provide more useful options for the future design of fiber reinforced composites. In the thickness direction, its high performance fiber with flexible configuration is another characteristic of making products with this technology. The composite material and components have complete structure and complete properties, and have the characteristics of tailoring and high fiber volume content.

This technology is ingenious in design and the length of weaving technology. It is superior to the existing technology in automation, high productivity, applicability, product structure and performance. The technology solves the problems of manufacturing cost economy which are often involved in mass production of fiber reinforced composite components. The low production cost advantage of the technology has opened up broad prospects for expanding the application of fiber reinforced composites and developing green industry.

With the solution to the manufacturing bottleneck of fiber reinforced composite precast parts, the use of fiber reinforced composites will increasingly penetrate into all fields of national economy, and fiber reinforced composites will have a good development prospect.