From the very beginning of its establishment, Henan KELAIWEI nano-Carbon Material Co., Ltd has formulated the enterprise vision of "becoming a global high-quality research and development manufacturer of carbon nano-carbon materials", and taking this as an incentive, the research and development personnel overcome difficulties, continue to strive. KELAIWEI company combines the corporate vision with the personal career development of the staff of KELAIWEI company, and works together to make the company bigger and stronger and provide high-end products for customers.
Brief introduction of carbon nanotubes. Carbon nanotubes are a kind of nanomaterials, and they also have the name: Pakistan tube. Carbon nanotubes are composed of carbon atoms with hexagonal structure layer by layer, and the distance between each layer of carbon atoms is about 0.34 nanometers. It can't be seen by naked eyes, and its weight can't be felt by hands. Carbon nanotubes have very rich properties, such as conductivity, heat conduction, stable structure, acid resistance, alkali resistance and water resistance......
Henan KELAIWEI nano carbon material company, relying on its profound technical deposits of high-end nano materials, makes the enterprise go to the fast lane of rapid development. The production line of several nanomaterials built by KELAIWEI company with 0.45 billion yuan the year before last will increase the annual production capacity of 300 tons of whisker-like carbon nanotube powder. With advanced technology and 6S lean management, KELAIWEI company creates word-of-mouth products for customers.
The 11th of the series of "reviewing the development history · encouraging young talents to strive for the first" of KELAIWEI company: achievements of cooperation and exchange. Henan KELAIWEI Nano Carbon Material Co., Ltd attaches great importance to carrying out technical cooperation and exchanges with industry experts and industry institutions. At present, our company has carried out close cooperation with China Nanchang University, Zhengzhou University of Light Industry, Shaanxi University of Science and Technology, Donghua University, China chemical and physical power Industry Association, etc.
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.
Shandong far infrared electric floor heating Manufacturing Co., Ltd, engaged in electric floor heating manufacturing for more than four years, even products with high electric heating conversion bit point can not only save energy, it can also reduce the application of products so as to save production costs after five on-site visits, the company finally chose the far infrared paper produced by Henan KELAIWEI Nano Carbon Material Co., Ltd as the only supplier of its far infrared paper, ratio of carbon nanotubes to graphene.
BA-based paper is also called carbon nano-tube paper, that is to say, the production of Ba-based paper applies carbon nano-tube carbon nano-tube with very good mechanical and physical properties, the strength and toughness of carbon nanotubes can be 100 times that of steel. Carbon nanotubes also have very good conductivity, strong stability and very light weight, therefore, it is used as the manufacture of Ba-based paper. The supply of carbon nano-tube paper of Henan KELAIWEI nano-Carbon Material Co., Ltd. is sufficient. Welcome to cooperate. The ratio of carbon nano-tube to graphene.
