KELAIWEI's independent research and development has achieved fruitful results, among which the successful research and development of whisker carbon nanotube products and manufacturing equipment fills the blank of the industry and improves the product quality. To make the product research and development concept, technical theory and production practice of KELAIWEI reach a higher level in the industry, KELAIWEI strengthened the research and development efforts on the basis of satisfying the powder, and launched the slurry and far infrared emission paper products, among them, far infrared transmitting paper products belong to new materials in the same industry, and KELAIWEI has the exclusive patent right.
KELAIWEI is a high-tech enterprise of carbon nanomaterials. Since the establishment of KELAIWEI, relying on the technical accumulation of over 20 years by Professor Sun Xiaogang's expert team of Nanchang University, KELAIWEI has actively explored the nanomaterials market at home and abroad. In 2008, Professor Sun's team has successfully synthesized whisker-like carbon nanotubes, in 2013, our company has achieved an annual production capacity of 30 tons, and now we have invested 0.45 billion to build a project of 300 tons of whisker carbon nanotube powder.
Advanced technology, high-quality products and other advantageous resources in the industry can be combined with efficient enterprise management to produce high-quality products. At the beginning of the establishment of clevey nano carbon material company, an efficient management system was established through "lean management law. The production of products is managed "strictly" according to the standards that exceed ISO9001 and IATF16949 quality management system rules, so as to ensure that the quality of the products obtained by customers is superior and they can be used safely.
The long conjugated chain segment of single chiral carbon nanotubes was successfully synthesized by our research group of Professor Du Pingwu of China University of Science and Technology. It is reported that the introduction of long conjugated chain synthesis of single chiral carbon nanotubes has been published in the form of a cover article in The Journal of the American Chemical Society. This achievement is of great significance and will provide conjugated polymer templates for the manufacture of ultra-pure single-walled carbon nanotubes. At the same time, it will also have great reference significance for the preparation of single chiral carbon nanotubes by solution method.
Anode conductive additives are needed in the manufacture of high-end lithium ion battery products to increase battery performance the commonly used carbon black materials have affected the manufacture of lithium batteries with higher performance a new material carbon nanotubes appears at present due to its conductivity, the thermal conductivity is better, and more than 30% of conductive materials can be saved. However, it has gradually been paid more and more attention by battery manufacturers, and applied research has been put into practice to find the advantages and disadvantages of carbon crystal wall heating.
How were carbon nanotubes discovered? Carbon nanotubes were discovered in the laboratory in 1991 by Japanese physicist Yoshiko Hiroshima. As usual, Yoshima Yoshino, who works in the NEC laboratory of Tsukuba in Japan, was observing the carbon fiber made by the arc method by using the transmission electron microscope, and unexpectedly found "carbon nanotubes". Carbon nanotubes are a kind of "tubular" carbon molecules, whose skeleton is honeycomb-shaped structure.
The advantages and disadvantages of carbon crystal wall heating, the far infrared paper developed by KELAIWEI, after being electrified, the surface heating body is very uniform, the length, width and resistance value of the paper can be designed according to the customer's requirements, at the same time, customers can also cut the heating paper arbitrarily, and the temperature can be adjusted arbitrarily at 0 ~ 200℃, which can be applied to irregular-shaped devices with complex curved surfaces. Through structural design, electrical insulation can reach 1000V, theoretically the service life of heating paper can reach more than 10 years, and the power attenuation is less than 10%.
