Carbon fiber basic profile

Carbon fiber is made of organic fiber such as polyacrylonitrile (PAN) (or asphalt, viscose) by pyrolysis at an inert gas of a temperature higher than 1,000 ° C (removing most elements other than carbon). An inorganic polymer fiber having a carbon content of 90% or more.

Carbon fiber has excellent mechanical properties and stability, and its density is higher than that of aluminum low-strength steel. It is the fiber with the highest specific strength and the highest specific modulus among the high-performance fibers that have been mass-produced at present, and has low density and corrosion resistance. High temperature resistance, abrasion resistance, fatigue resistance, high vibration attenuation, high electrical and thermal conductivity, low thermal and wet expansion coefficient, high X-ray penetration, non-magnetic but electromagnetic shielding effect, etc. The important strategic materials with the national economy are widely used in the fields of military industry, aerospace, sporting goods, automobile industry, energy equipment, medical equipment, engineering machinery, transportation, construction and structural reinforcement.

Seeking new market segments

At present, the high-end application field of carbon fiber is monopolized by developed countries such as Japan and the United States. Most of China's carbon fiber enterprise products are in the low-end field. For low-end applications such as sports and leisure, industry giants are likely to form synergies in price setting and research and research, and suppress domestic carbon fiber companies. Therefore, China's carbon fiber industry urgently needs to seek new market areas and achieve breakthrough development.

Enterprise transformation and mergers and acquisitions, layout of complete industrial chain

The carbon fiber industry is a highly intensive technology and capital industry. It requires huge investment internally and is facing the pressure of international giants. Therefore, it is inevitable to face transformation, and integrate resources through mergers and acquisitions to form large-scale carbon fiber production enterprises and participate in international competition.

Among the related products of the carbon fiber industry chain, from the raw silk to the carbon fiber to the composite material and the subsequent application design of the composite material, the value-added of the product is large. Through a systematic and serialized entire industrial chain, carbon fiber companies can reduce costs, increase profitability, and be able to face the competition of international giants and reverse the dilemma.

As a very high-end new chemical material, carbon fiber involves many very fine process conditions and preparation details, making it difficult to make a huge breakthrough in a short time. Although China's carbon fiber industry is still far behind the world's advanced level, it is believed that by strengthening independent innovation and research and development, seizing opportunities and striving for development, China's carbon fiber industry will surely get rid of repression and arrogance.

Yancheng Xiangsheng Carbon Fiber Technology Co., Ltd. is a state-level high-tech enterprise approved by the Development and Reform Commission and the Industrial and Commercial Bureau. It independently developed a rotorcraft shell with independent intellectual property rights, a landing gear, an aircraft plant protection spray system, and a seaplane float. Swamp ships, aerodynamic boats, aeronautical communication helmets, carbon fiber for plastic reinforcement, carbon fiber powder for friction materials, chopped carbon fiber for brake systems, and 16 series of carbon fiber rope, carbon fiber cloth, carbon fiber filament special fiber cutting machine, etc. Now it is a member unit of the Carbon Materials Industry Association and a member of the Friction Sealing Materials Association.