Carbon nanotubes have broad space in the field of new energy and traditional fields, and the whisker carbon nanotubes of the company have been highly recognized by domestic peers, such as Tsinghua University, Peking University, Tianjin University, Nankai University, the recognition of the famous experts in the research and development of carbon nanotubes and the R & D executives of lithium battery enterprises in the nanometre Institute of Suzhou Institute of China Science and Technology, Fudan University, Beijing University of Technology and well-known enterprises, lithium Ion battery enterprises also expressed their willingness to cooperate in developing the application technology of whisker carbon nanotubes in lithium ion batteries.
KELAIWEI nano carbon material company has established Jiangxi company (Jiangxi KELAIWEI Nano Carbon Material Co., Ltd.) and Henan company (Henan KELAIWEI Nano Carbon Material Co., Ltd.). KELAIWEI company is mainly engaged in the production and application research of whisker carbon nanotubes and the research and development of preparation equipment. Our company insists on independent innovation and research and development of carbon nano-tube materials, breaking foreign monopoly and revitalizing the cause of carbon nano-tube materials in our motherland.
KELAIWEI nano carbon material company has established Henan KELAIWEI Nano Carbon Material Co., Ltd. and Jiangxi KELAIWEI Nano Carbon Material Co., Ltd. KELAIWEI company continues to develop, expand investment and expand the scale of production and operation. KELAIWEI company invested 0.45 billion yuan to invest 13,000 square meters of factory area in Henan, and maintained deep cooperation with experts at home and abroad. Our company attaches great importance to the research and development and innovation of advanced technologies of nanomaterials.
The preparation method of carbon nanofibers, KELAIWEI company welcomes the May 4th Youth Day. The new force of KELAIWEI nanofiber Material Co., Ltd. lies in the young staff, and the future of the company belongs to the young talents. Many outstanding young employees are active in the R & D, workshop, administrative human resources and other departments of KELAIWEI company. KELAIWEI company always pays attention to the rapid growth of young employees. KELAIWEI company pays attention to "bringing the old with the new" and builds the "backbone" strength of young employees.
KELAIWEI company focuses on the research, development and manufacture of carbon nanotube materials. Recent News shows that, A large multinational enterprise in South Korea has invested more than 0.3 billion yuan to expand its production capacity of carbon nanotube materials because carbon nanotubes are being widely applied to high-end manufacturing industries, such as automobile parts, semiconductor product manufacturing, high-end battery production and so on KELAIWEI company will continue to provide customers with carbon nanotube material products and carbon nanofiber preparation methods.
Brief introduction of carbon nanotubes. Japanese physicist Yoshima Yoshino was the first to discover carbon nanotubes. Carbon nanotubes are tubular carbon molecules. Carbon nanotubes are very, very thin and cannot be seen simply by eyes, because tens of thousands of carbon nanotubes are put side by side, it may not be as thick as a hair. According to the number of pipe layers, it can be divided into single-walled carbon nanotubes and multi-walled carbon nanotubes.
In the ideal situation, carbon nanotubes belong to SP2 hybridization. Because & pi; The movement of electrons produces electrical conductivity, SP3 and SP hybridization is introduced at the bending place of carbon nanotubes, which affects the electrical conductivity of the product, the whisker carbon nanotubes belong to linear structure, and the product has few structural defects. The defective SP3 and SP are hybrid, and the conductivity of carbon nanotubes can be brought into play to a greater extent, and the conductivity of the product is better, when used in composite materials, the conductivity of materials can be significantly improved.
