The market demand of high-end nanomaterials is huge, and Henan clevee nanocaterials Co., Ltd. insists on the innovation and development of technology, and strives to become the market leader of high-end carbon nanomaterials industry. KELAIWEI company, together with the research and development team led by Professor Sun Xiaogang, the technology expert of carbon nano-engineering in Nanchang University, has promoted the rapid development of whisker-like carbon nano-tube industry, applied for more than 60 patents, and its products are exported to more than 60 countries.
Brief introduction of the study on the carrier materials of carbon nanotubes catalyst carbon nanotubes have very good photoelectric properties, and the specific surface area of carbon nanotubes is very large, and due to the large amount of active site eggs on the surface of carbon nanotubes, therefore, the academic research which is widely used as the catalyst carrier carbon nanotubes catalyst carrier pays special attention to the catalytic value of the excellent electrical properties of carbon nanotubes, the influence of the unique tubular structure of carbon nanotubes on catalysis, the accumulation density of carbon nanotubes in fields such as the influence of carbon nanotubes with extremely hydrogen storage characteristics on catalysis and so on.
KELAIWEI nano carbon material company insists on creating superior technological innovation environment for its employees, providing abundant technology research and development fund rewards, and our company has a set of mature innovation process mechanism, it has made technological innovation achievements of the company springing up one after another, and has applied for more than 60 technology patents. On the road of continuously pursuing independent research and development of technology, our company bases on domestic and foreign needs and dares to break the foreign technology monopoly, to contribute to national technological innovation, carbon nanotube accumulation density.
The R & D center of KELAIWEI company received good news again. The planning department of KELAIWEI company heard that our company has established technical cooperation with Professor Zhang Meiyun, an industry expert from Shaanxi University of Science and Technology. KELAIWEI company strongly supports and pays attention to Professor Zhang's research and development. KELAIWEI Nano Carbon Material Co., Ltd. insists on keeping close cooperation with scientific research institutions, strengthening communication, using technology to enhance our company's competitiveness, and using technology to give back to the society, promote the rapid development of human society.
The negative electrode material of lithium ion battery needs high magnification. At present, conductive graphite is usually mixed with conductive graphite. Conductive graphite belongs to large-scale conductive agent, which is not easy to realize high conductivity in low additive amount. In the manufacturing process of graphite negative electrode, with the addition of whisker carbon nanotubes, because the crystallization of whisker carbon nanotubes is generally above 70%, it has a certain lithium-embedded capacity, which can ensure a higher use ratio under the condition that the capacity is not lost, at present, KELAIWEI is cooperating with X company in developing the negative pole with high magnification to increase the magnification and capacity of the negative pole.
A Jiangsu manufacturer of physical therapy health products such as neck protection and waist protection has accumulated a large number of old customers, but with the development of the times, its product performance begins to lag behind its peers. In order to maintain competitiveness and maintain old customers, the company began to pay attention to improving the product performance. After contacting the products of KELAIWEI company, it was found that far infrared paper not only greatly improved its product performance, but also saved related materials.
The transparent conductive film made of carbon nanotubes has ultra-high conductivity and ultra-high transparency in the visible light range, so it is highly sought after by manufacturers. Carbon nanotubes not only have excellent strength (100 times the strength of steel), but also have high stability and conductivity, and also have very good thermal conductivity. Because it is widely used in the production of Transparent Conductive Films.
