Henan KELAIWEI nano carbon material company is a high-tech company co-founded by the technical team led by Professor Sun Xiaogang of Nanchang University and Zhengzhou Dengcao group. Henan KELAIWEI Nano Carbon Material Co., Ltd. has an initial investment of 0.55 billion yuan. After its establishment, KELAIWEI will own Henan company and Jiangxi company. The company has built a 300-ton whisker carbon nanotube powder project, which will be completed in two phases and will supply high-end products for China's carbon material industry.
As nanoscale carbon materials, what are the characteristics of Carbon Nanotubes? Since it belongs to nanomaterials, it is naturally very, very light (ultra-lightweight quality), which may benefit from its own hexagonal connection structure characteristics. Carbon nanotubes have good mechanical and mechanical properties, the strength of toughness is just a hundred times, and it also has very good electrical conductivity and thermal conductivity, which is also widely used in many high-end manufacturing industries.
KELAIWEI company focuses on the research and development and production of high-end nanomaterials products, processes and production line equipment. KELAIWEI nano carbon material company owns the technology patent invention and advanced production research and development management system which is the mainstay in the industry, and its products have been exported to more than 60 countries in the world. Our company has great technical advantages in the high-end nanomaterials industry. There are production bases and research and development centers in Henan and Jiangxi.
Professor Sun Xiaogang, chief technical expert of KELAIWEI Nano Carbon Material Co., Ltd., led colleagues in the technical center of KELAIWEI company to achieve fruitful technological research and development success again. Up to now, the technical staff of KELAIWEI company have published more than one hundred papers on research results, published (participated in the compilation) The English industry focuses on four papers, applied for more than 60 patents, and obtained 9 national patent authorizations, and obtained two international PCT patent technologies.
Carbon nanotube dispersion method, lithium ion battery negative electrode material needs high magnification, at present, it is generally mixed with conductive graphite, conductive graphite belongs to large scale conductive agent, it is not easy to achieve high conductivity in low addition, in the manufacturing process of graphite negative pole, the whisker carbon nanotubes are added, because the crystallization of the whisker carbon nanotubes is generally above 70%, which has a certain lithium-embedded capacity. Under the condition of ensuring no loss of capacity, it can ensure higher usage ratio. At present, KELAIWEI and X company are cooperating in developing the negative pole with high ratio to increase the ratio and capacity of the negative pole.
A warm fan production company in Jiangsu province has been working in the field of warm products for many years and has sold its products to the north and south of the country, but it is facing great competitive pressure recently. Therefore, the company decided to look for suppliers of high quality far infrared paper, through layer-by-layer comparison, Henan KELAIWEI Nano Carbon Material Co., Ltd. was finally chosen as its supplier of far infrared paper. KELAIWEI nano carbon material hard regulation is looking forward to your joining.
Henan KELAIWEI nano-Carbon Material Co., Ltd. Devotes itself to the manufacture and application of high-end materials of whiskers and carbon nanotubes thin film solar cells made of carbon nano-materials have excellent performance and low price, can be widely used in lower price ceramic materials, metal sheets, graphite materials and so on are used as substrates to make "solar cell Transparent Conductive Materials" The technology center of Henan KELAIWEI Nano Carbon Material Co., Ltd will devote itself to the in-depth study of green and environmentally friendly energy application materials and the dispersion method of carbon nanotubes.
