The development of the modern plastics industry is inseparable from the composite materials. Composites have a very important role in the field of plastics processing and plastics machinery. With the deepening of the research of composite materials and the extension of practical applications, the international community has regarded it as a measure of the level of national science and technology. One of the standards.
New materials made of plastics and other materials can perform a variety of properties, and can, on the basis of preserving part of the properties of plastics, acquire other nonmetal/metal properties, achieve breakthroughs in materials, and provide new products for other industrial fields. Development Opportunities. Multi-Functional Composites Drive Smarter Social Development
Ultra-high flow polyethylene composite material
The ultra-high-flow polyethylene composite material has a wide range of uses in automotive interior and exterior trims, ship decoration panels and sports and leisure products. China's material market mainly relies on imports, which greatly limits the development of associated industries. After continuous exploration, it was successfully developed first. According to downstream manufacturers, the ultra-high-flow polyethylene composite material developed by Yangzi Petrochemical surpasses similar imported materials in terms of processability, surface properties and mechanical properties of composite materials.
In addition to enriching China's high-end composite material products, the successful development of Yangzi Petrochemical broke the monopoly of the market and improved the core competitiveness of the industry. In addition, it helped indirectly the downstream manufacturers of interior and exterior trims, steamboat trim panels and sports and leisure products to improve their market competitiveness. Loosening the neck of the industry's 'Le Sheng'.
'Composite digital production system' SABIC shortens the cycle time of thermoplastic composites and lowers production costs through cutting-edge technology and processes. Thermoplastic composites are favored for their light weight and high strength, but they are slow, expensive, and so on. Confusing the development and application of thermoplastic composites. SABIC has developed a 'composite digital production system' with automation and digital technology to help solve the above problems.
The birth of SABIC's 'Composite Digital Production System' has made possible the large-scale production of thermoplastic composites. With the development of technology, customer-affordable, rapid production speeds, and high-quality custom-made thermoplastic composite parts have been produced. Not to be missed. Home electronics, automotive, aerospace... These areas will benefit from a lot of thermoplastic composites. Fiber-reinforced composites Fiber-reinforced composites have amazing performance in small electronic products, thermal insulation walls and wind power generation The increasing demand for high-strength, lightweight materials in various industries and the increase in material performance requirements are also driving the development of the entire fiber-reinforced composites industry.
Covestro has rich experience and strong strength in the development, utilization and application of composite materials. Its continuous fiber-reinforced thermoplastic composites made of polycarbonate can bring light, thin, comfortable and beautiful appearance to electronic products. Reduce production costs; can produce nearly 60 meters of rotor blades for wind power generation, use wind turbines more cost-effectively, and reduce costs.
summary
To sum up, the development of composite materials technology, processes, products and applications should seize the development of innovation, which includes material development innovation, production process development innovation and product application development innovation. In the 21st century, is the intelligent development of the society, composite materials as Intelligent materials are highly favored by group companies, and their self-repairing, self-decomposing, self-diagnosis, and self-control functions will make better use of resources in all areas to promote further industrial development.