Into the 21st century, rapid development of science and technology, human beings in the application of materials from the steel era into a wide application of composite materials era. The carbon fiber is a new material with excellent mechanical properties. Its specific gravity is less than 1/4 of that of steel. The tensile strength of carbon fiber resin composites is generally above 3500 MPa, which is 7 to 9 times that of steel, and its tensile modulus is 23000～43000Mpa is also higher than steel. And from the point of view of specific strength, it also indicates the broad application prospect of carbon fiber in engineering.
Carbon fibers can be processed into fabrics, felts, mats, belts, paper and other materials. In addition to the traditional use of carbon fiber in addition to thermal insulation material, generally not used alone, and more as a reinforcing material added to the resin, metal, ceramics, concrete and other materials, constitute a composite material. It is understood that the T300 carbon fiber that has been mass-produced has been widely used in buildings, for example, and has become a basic material for civilian use. However, carbon fiber-reinforced composite materials can be used as aircraft structural materials, electromagnetic shielding electrification materials, artificial ligaments and other body replacement materials as well as for manufacturing rocket shells, motor boats, industrial robots, automotive leaf springs, and drive shafts. At the same time, this material is also a dual-use military-civilian material, and it is a technology-intensive and politically sensitive key material. Because the advanced carbon fiber technology has not been introduced into China by international organizations, there is no other choice than the Chinese people continue to rely on for their own efforts to develop the carbon fiber industry. However, foreign countries, especially Japan and South Korea, which are leading in carbon fiber production technology, have always maintained a very cautious attitude towards China’s exports of carbon fiber materials and products. Only a few Chinese companies can establish cooperative relationships with them and have import channels for their products.
However, due to the current technological and technological productivity that is continuously linked to international standards and the synchronization of ultra-performance materials, our country’s pace has never been stagnant and is growing faster. Therefore, the demand for carbon fiber materials is also increasing, which is mainly reflected in high precision. Aviation, IT, and agricultural equipment. Therefore, in order to meet the growing demand for carbon fiber in the domestic market, China's carbon fiber industry should be domesticated and scaled up as soon as possible. Therefore, we must speed up technological innovation, master the core technologies, accelerate the development of raw silk technology, develop high-purity precursor fibers, strengthen application research and market development, and further expand the application field. Carbon fiber has great potential for development in China, but at the same time, it should also pay attention to avoid blind development and realize healthy development.
In the "11th Five-Year Plan" development plan of China's chemical fiber industry, "the shift from increasing volume to developing high-tech fiber" has been proposed, and in particular, high-tech fiber materials that are related to the country's industrial safety have been given top priority. Carbon fiber is listed as the first place. It is a high-tech fiber variety that the country urgently needs to break through in the short term. It has created the conditions for the development of carbon fiber in China. We must seize this opportunity to strive for innovation and strive to innovate and develop carbon fiber with its own intellectual property rights. Meet the growing market demand. The National “863 Program†and related ministries and commissions are all concerned about the development of China’s carbon fiber industry and the pace of its industrialization, and give strong support. Many material experts have done a lot of work in a down-to-earth manner. During the "Eleventh Five-Year Plan" period, China again launched the relevant "973 Plan." It is believed that the "Eleventh Five-Year Plan" will be the golden age of China's carbon fiber industrialization.
Starting from the basics, we need not only to look at how much production of carbon fiber is produced in the company's factories each year, but also to possess technological patents and technological achievements so that we can make up for the shortcomings of our country's carbon fiber development in the shortest possible time. And catch up with countries with world-class technological productivity. Zhongfu Shenying Carbon Fiber Co., Ltd. is a company specializing in the research and production of carbon fiber precursors, carbon fiber and composite materials products. The company has a full set of raw silk production lines and carbonization production lines, and has achieved a production capacity of 3,000 tons / year, and has a high-quality technical personnel, set up a carbon fiber technology research and development centers and laboratories.
In 2006, Zhongfu Shenying began to specialize in R&D, manufacturing, and small hands. In 2008, the company passed the ISO9001 quality management system certification, and it is also the first batch of Jiangsu Province science and technology SMEs, Jiangsu Province, science and technology startup SMEs focus on fostering enterprises. And in a few short years, it has enjoyed a total of 17 intellectual property patents and won the Science and Technology Award of the China Textile Industry Association: key technologies and equipment for domestic production of 3,000 tons of T300 raw silk and carbon fiber. The industrial production of 1,000 tons of T300 carbon fiber has broken the foreign technology and equipment**, fundamentally changed the status quo of carbon fiber in China for many years, and has also greatly eased the demand for carbon fiber in civil and ** fields, and will promote our country. The development of the carbon fiber industry catches up with the international advanced level, especially for high-performance carbon fiber such as T700, T800, etc. The R&D has good demonstration and invaluable technical support role in promoting China's textile and chemical fiber industry to accelerate structural adjustment, technological progress and industrial upgrading. All have a catalytic effect, and further promote the development of China's high-performance carbon fiber and advanced composite materials and related industries such as aviation, aerospace, and new energy, and greatly improve and promote related industries in China, such as electronics industry, military industry, transportation and other industries. With rapid development, there is a technical resonance effect that can be achieved at one stroke. Therefore, although Zhong Fu Shen Eagle has invested more than 4 billion yuan, of which more than 500 million are invested in R&D, the social value created by it and the influence of science and technology are enormous.
At the same time, Zhongfu Shenying also resolutely implemented the requirements and goals for the development of scientific and technological forces advocated by the "Eleventh Five-Year Plan", and has always endeavored to achieve independent innovation and technological breakthroughs. In the first time in China, Shenfu Condor applied the principle of static adsorption exchange to the production of carbon fiber, and creatively developed new energy technologies. And according to the reaction process and the law of viscosity change, we have creatively designed the largest one-step PAN solution polymerization reactor of 20 cubic meters per year in China. Relevant innovations have published 3 papers; applied for 1 patent.
At present, domestic demand for carbon fiber is very strong. Since China Eagle's independent innovation has been promoted and applied, products have been fully launched into the market, domestic carbon fiber supply capacity and supply levels have been fully protected, application areas will continue to expand, application speed will continue to accelerate, and application levels will continue to increase. With continuous improvement, it will be widely used as structural materials for aerospace structures, reinforcement materials for building reinforcement, electric heating materials, thermal conductive materials, conductive materials, and sports leisure products.
Carbon fibers can be processed into fabrics, felts, mats, belts, paper and other materials. In addition to the traditional use of carbon fiber in addition to thermal insulation material, generally not used alone, and more as a reinforcing material added to the resin, metal, ceramics, concrete and other materials, constitute a composite material. It is understood that the T300 carbon fiber that has been mass-produced has been widely used in buildings, for example, and has become a basic material for civilian use. However, carbon fiber-reinforced composite materials can be used as aircraft structural materials, electromagnetic shielding electrification materials, artificial ligaments and other body replacement materials as well as for manufacturing rocket shells, motor boats, industrial robots, automotive leaf springs, and drive shafts. At the same time, this material is also a dual-use military-civilian material, and it is a technology-intensive and politically sensitive key material. Because the advanced carbon fiber technology has not been introduced into China by international organizations, there is no other choice than the Chinese people continue to rely on for their own efforts to develop the carbon fiber industry. However, foreign countries, especially Japan and South Korea, which are leading in carbon fiber production technology, have always maintained a very cautious attitude towards China’s exports of carbon fiber materials and products. Only a few Chinese companies can establish cooperative relationships with them and have import channels for their products.
However, due to the current technological and technological productivity that is continuously linked to international standards and the synchronization of ultra-performance materials, our country’s pace has never been stagnant and is growing faster. Therefore, the demand for carbon fiber materials is also increasing, which is mainly reflected in high precision. Aviation, IT, and agricultural equipment. Therefore, in order to meet the growing demand for carbon fiber in the domestic market, China's carbon fiber industry should be domesticated and scaled up as soon as possible. Therefore, we must speed up technological innovation, master the core technologies, accelerate the development of raw silk technology, develop high-purity precursor fibers, strengthen application research and market development, and further expand the application field. Carbon fiber has great potential for development in China, but at the same time, it should also pay attention to avoid blind development and realize healthy development.
In the "11th Five-Year Plan" development plan of China's chemical fiber industry, "the shift from increasing volume to developing high-tech fiber" has been proposed, and in particular, high-tech fiber materials that are related to the country's industrial safety have been given top priority. Carbon fiber is listed as the first place. It is a high-tech fiber variety that the country urgently needs to break through in the short term. It has created the conditions for the development of carbon fiber in China. We must seize this opportunity to strive for innovation and strive to innovate and develop carbon fiber with its own intellectual property rights. Meet the growing market demand. The National “863 Program†and related ministries and commissions are all concerned about the development of China’s carbon fiber industry and the pace of its industrialization, and give strong support. Many material experts have done a lot of work in a down-to-earth manner. During the "Eleventh Five-Year Plan" period, China again launched the relevant "973 Plan." It is believed that the "Eleventh Five-Year Plan" will be the golden age of China's carbon fiber industrialization.
Starting from the basics, we need not only to look at how much production of carbon fiber is produced in the company's factories each year, but also to possess technological patents and technological achievements so that we can make up for the shortcomings of our country's carbon fiber development in the shortest possible time. And catch up with countries with world-class technological productivity. Zhongfu Shenying Carbon Fiber Co., Ltd. is a company specializing in the research and production of carbon fiber precursors, carbon fiber and composite materials products. The company has a full set of raw silk production lines and carbonization production lines, and has achieved a production capacity of 3,000 tons / year, and has a high-quality technical personnel, set up a carbon fiber technology research and development centers and laboratories.
In 2006, Zhongfu Shenying began to specialize in R&D, manufacturing, and small hands. In 2008, the company passed the ISO9001 quality management system certification, and it is also the first batch of Jiangsu Province science and technology SMEs, Jiangsu Province, science and technology startup SMEs focus on fostering enterprises. And in a few short years, it has enjoyed a total of 17 intellectual property patents and won the Science and Technology Award of the China Textile Industry Association: key technologies and equipment for domestic production of 3,000 tons of T300 raw silk and carbon fiber. The industrial production of 1,000 tons of T300 carbon fiber has broken the foreign technology and equipment**, fundamentally changed the status quo of carbon fiber in China for many years, and has also greatly eased the demand for carbon fiber in civil and ** fields, and will promote our country. The development of the carbon fiber industry catches up with the international advanced level, especially for high-performance carbon fiber such as T700, T800, etc. The R&D has good demonstration and invaluable technical support role in promoting China's textile and chemical fiber industry to accelerate structural adjustment, technological progress and industrial upgrading. All have a catalytic effect, and further promote the development of China's high-performance carbon fiber and advanced composite materials and related industries such as aviation, aerospace, and new energy, and greatly improve and promote related industries in China, such as electronics industry, military industry, transportation and other industries. With rapid development, there is a technical resonance effect that can be achieved at one stroke. Therefore, although Zhong Fu Shen Eagle has invested more than 4 billion yuan, of which more than 500 million are invested in R&D, the social value created by it and the influence of science and technology are enormous.
At the same time, Zhongfu Shenying also resolutely implemented the requirements and goals for the development of scientific and technological forces advocated by the "Eleventh Five-Year Plan", and has always endeavored to achieve independent innovation and technological breakthroughs. In the first time in China, Shenfu Condor applied the principle of static adsorption exchange to the production of carbon fiber, and creatively developed new energy technologies. And according to the reaction process and the law of viscosity change, we have creatively designed the largest one-step PAN solution polymerization reactor of 20 cubic meters per year in China. Relevant innovations have published 3 papers; applied for 1 patent.
At present, domestic demand for carbon fiber is very strong. Since China Eagle's independent innovation has been promoted and applied, products have been fully launched into the market, domestic carbon fiber supply capacity and supply levels have been fully protected, application areas will continue to expand, application speed will continue to accelerate, and application levels will continue to increase. With continuous improvement, it will be widely used as structural materials for aerospace structures, reinforcement materials for building reinforcement, electric heating materials, thermal conductive materials, conductive materials, and sports leisure products.
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