Carbon fiber is an inorganic fiber with a carbon content of more than 90% formed by cracking carbonization of organic fibers in a high temperature environment above 1000 °C. It has the advantages of high strength, high modulus, high temperature resistance, corrosion resistance and friction resistance. It is an indispensable strategic new material for national economy and national defense construction. It is widely used in aerospace, automotive, wind power, medical equipment and other fields. Applications.

1. The military industry market is an important growth demand for carbon fiber and has great development potential.

At present, the domestic military carbon fiber industry mainly meets the demand of military aviation equipment. The increase in the number of military aircraft and the use of carbon fiber in equipment will make China's military carbon fiber demand grow steadily and rapidly. The weight of carbon fiber in the third-generation fighters in China is about 3%, which is still far from the average carbon fiber consumption of the current fourth-generation fighters in the United States. There is still room for improvement in the use of carbon fiber in military aircraft in China.

After calculation, in the next ten years, the total amount of carbon fiber used in China's military aircraft is about 3,460 tons, and the market space for military carbon fiber is about 13.84 billion yuan.

Second, the civilian sector has brought huge development space for carbon fiber.

In 2015, the demand pattern of carbon fiber in the world has undergone major changes. The market demand for carbon fiber for wind turbine blades surpassed aerospace for the first time, making it the largest segment. In 2017, the global wind power carbon fiber demand is 19,800 tons, and China's wind power carbon fiber demand is 3,060 tons. With the maturity of related wind power blade technology, the demand for wind power carbon fiber in China will continue to maintain a rapid growth trend.

With the increasing emphasis on energy conservation and environmental protection in the world, the future of automobiles will be developed in the direction of energy saving and light weight. The high-end cars of major automobile manufacturers have adopted carbon fiber technology. Automobile lightweight is the most direct and effective energy-saving and emission-reduction measure. Lightweight weight reduction can reduce consumption fuel consumption. At the same time, the inertia reduction after weight reduction can reduce the braking distance and improve safety. The current new energy vehicle scale has gradually grown, and the battery technology breakthrough When the difficulty is difficult and the safety is difficult to guarantee, the lightweighting is conducive to the new energy to enhance the cruising range, thereby enhancing competitiveness.

With an annual increase of 25 million traditional vehicles and 5 million new energy electric vehicles, the market space for domestic automotive carbon fiber will reach 31.5 billion yuan.

Third, the development of carbon fiber has been firmly supported by national policies.

In October 2015, the Ministry of Industry and Information Technology officially announced the "Technology Roadmap for China's Manufacturing 2025 Key Areas", with "High Performance Fibers and Composite Materials" as the key strategic materials. The goal for 2020 is "Domestic carbon fiber composite materials meet the needs of large aircraft." Technical requirements for equipment". In the “Special Plan for Science and Technology Innovation in the “13th Five-Year” Material Sector” released in April 2017, high-performance carbon fiber has been identified as the core key material in China, and it is proposed to vigorously develop high-performance carbon fiber and composite materials downstream applications.

In February 2018, the Ministry of Industry and Information Technology also indicated that it will launch the "Implementation Plan for the Complementary Short Board Project of Chemical Industry" to promote the downstream application of carbon fiber, electronic chemicals, membrane materials and engineering plastics. The carbon fiber program includes two aspects, one is to guide the carbon fiber and composite materials industry development alliance, promote the application of carbon fiber in the downstream field; the second is to promote the establishment of automotive lightweight non-metallic materials industry alliance, promote engineering plastics, carbon fiber composite materials in automobiles Industry applications.

China's policy focuses on supporting the development of the carbon fiber industry. In the notice issued by the Ministry of Industry and Information Technology, the Ministry of Finance and the China Insurance Regulatory Commission on the first batch of application of insurance mechanism compensation for key new materials, carbon fiber materials accounted for 11 out of a total of 244 projects. Activate and release the effective demand for carbon fiber-related materials in the downstream industry and accelerate the development of the carbon fiber industry.

Yancheng Xiangsheng Carbon Fiber Technology Co., Ltd. integrates scientific research, development, production and sales. It is committed to researching the functional and design diversity of special fiber composite materials such as carbon fiber and aramid fiber. It has developed a rotor with independent intellectual property rights. Aircraft shells, landing gear, aircraft planting spray systems, seaplane buoys, marsh boats, aerodynamic boats, aeronautical communications helmets, carbon fiber for plastic reinforcement, carbon fiber powder for friction materials, chopped carbon fiber for brake systems, and carbon fiber rope 16 series of carbon fiber cloth, carbon fiber filament special fiber cutting machine, welcome your patronage and inquiry!