KELAIWEI company has mastered the core technology after more than 20 years of research and development. It owns nine national patents, two international PCT patents, more than 40 technical papers, and the publication of two monograph on carbon nanotubes lays the technical advantage position of our company in the industry. Technical progress benefits from the continuous investment of research and development funds by our leadership and the research and development of special technology by Professor Sun Xiaogang for more than 20 years. The research on carbon nanotubes of KELAIWEI company is unique in the world, and we look forward to your joining and cooperation.
A brief introduction to the study of carbon nanotube catalyst carrier materials. Carbon nanotubes have very good photoelectric properties, and the specific surface area of carbon nanotubes is very large. Due to the large amount of active site eggs on the surface of carbon nanotubes, they are widely used as catalyst carriers. The academic research of carbon nanotube catalyst carrier pays special attention to the catalytic value of excellent electrical properties of carbon nanotubes, the influence of unique tubular structure of carbon nanotubes on catalysis, the influence of carbon nanotubes with extremely rich hydrogen storage characteristics on catalysis and other fields.
KELAIWEI company's brand is "famous" in the industry relying on excellent technology and efficient and strict management ". Our company has more than 20 years of technical accumulation, and continuously maintains cooperation with domestic university research and development experts. The company is managed by international management standards and has passed IATF16949 and ISO9001 certification. Our company also has advanced production technology and equipment researched and developed independently, and is in an important position in the field of high-end nanomaterials.
Since its establishment, Henan KELAIWEI Nano Carbon Material Co., Ltd. has adhered to efficient management and earnestly studied and applied 6S lean management rules of the group company. KELAIWEI company has obtained the 6S lean management law Bronze certification of the group company within a short period of one year, which is a great recognition and encouragement to all the staff of KELAIWEI company. Our company will work together to learn and strive to improve work efficiency, complete the established annual goals.
Electrochemical carbon nanotubes, carbon nanotubes are important industrial additives due to their excellent conductivity. They can be used as antistatic plastics when added to composite materials. Due to their linear structure, with the characteristic of easy dispersion, high electrical conductivity can be achieved by adding low additive amount to composite materials. At present, the prepared whisker carbon nanotubes can be added at the additive amount of 1-5%wt, and the surface resistance value can reach 101-109, at present, KELAIWEI is cooperating with Z Research Institute to develop antistatic plastics.
A far-infrared insole manufacturing enterprise in Guangdong has a small scale and doesn't have much research and development of new products. It has long relied on a single product of far-infrared insole to survive, and has accumulated a large number of far-infrared insole customers. In order to improve the competitiveness of its products, I started to improve the material performance of the products, and the far infrared paper of KELAIWEI company just met the current needs of customers, and finally it saved other raw materials.
The far infrared paper (FIRPs) produced by Henan KELAIWEI Nano Carbon Material Co., Ltd. has excellent performance: high flexibility, good waterproof performance, suitable for acid and alkali resistant environment, not only can be punched and folded, moreover, the far infrared paper of our company, which can be thermoplastic molded, is widely purchased and used by many thermal equipment manufacturers, ultra-low temperature battery manufacturers, automobile manufacturers and so on for its excellent performance. Electrochemical carbon nanotubes.
