Graphene plate, Tang haoboshi, associate professor. Mainly engaged in the research of electricity storage materials and devices. Having rich experience in the aspect of industrialization of research and development achievements, I once conducted industrialization research on lithium iron phosphate, and as the technical director of the project, I completed the selection of production equipment, the debugging of process parameters and the management of technical quality of the company, successfully realize the research fields of scale production: silicon-based negative electrode materials, high nickel ternary positive electrode materials, all-solid lithium ion batteries, applications of carbon nanotubes in lithium ion batteries and materials, etc.
KELAIWEI is committed to being the leader of high-end carbon nanomaterials products. Our company will certainly provide you with nanomaterials products with stable performance and advanced technology. Our company has a complete service system and professional technical team, and is committed to providing you with product technical consultation, product solutions, professional after-sales service. KELAIWEI company warmly receives every customer by virtue of excellent technology and efficient service. KELAIWEI expects to know your concerns and is willing to study professional solutions with you.
High-end nanomaterials are capital industries even in technology industries. Henan KELAIWEI Nano Carbon Material Co., Ltd. initially invested 0.45 billion yuan in the research and development and production of high-end nano materials. Ten production lines were set up in Jiangxi province, with each production line reaching 30 tons. Later, a factory area of 13,000 square meters was invested in Henan province, and an annual production line of 300 tons was set up. KELAIWEI will continue to increase investment.
KELAIWEI has made important achievements in the lean improvement work: complete the company-Level 5S bronze medal certification, which is the inevitable result of the company's concerted efforts, earnest study and practice, in the form of lean work Trainer Training, internal and external communication and learning, the group company rapidly promoted lean management work and achieved gratifying results, graphene plate.
KELAIWEI company learned that South Korea LG Chemical invested 0.374 billion yuan to expand the production of its carbon nanotubes (CNT) factory, so as to increase the annual production of carbon nanotubes (CNT) to 1200 tons. As a new generation of materials, carbon nanotubes are widely used in the field of application, such as aircraft manufacturing industry, automobile parts manufacturing, battery and semiconductor manufacturing industry, etc.
What is your method of making carbon nanotubes? Traditional manufacturing methods such as chemical manufacturing methods even have serious environmental pollution, and the purity of the manufactured products is not high. Our company adopts the patented technology developed by ourselves, "automatic and continuous production of whisker carbon nanotubes synthesis device" and "continuous production of whisker carbon nanotubes synthesis device", which are not only green and pollution-free, moreover, the efficiency is improved by more than a hundred times and the purity is very high. The purity of whisker carbon nanotubes provided by our company is as high as 99.99%.
Whisker carbon nanotubes belong to linear structure, the product does not agglomerate and twine, at the same time, the pipe diameter is relatively thick, the general diameter is 50-200nm, the product fan Dehua strength is relatively weak, it is not easy to produce large agglomeration, the product disperse more easily, the diameter of ordinary carbon nanotubes is relatively small, and the agglomeration and winding are serious. At the same time, van der Waals has great strength, which is easy to agglomerate and more difficult to disperse. It is necessary to use special grinding process to make slurry for treatment, and open the aggregate measurement, it is more convenient to use.
