Technical advantages, quality advantages, integrity advantages, and the service cooperation concept of achieving win-win results by making profits with Justice help KELAIWEI nanomaterials move to all corners of the world. In the past 20 years, KELAIWEI nanomaterials have experienced the siege and interception of foreign technologies and insisted on independent research and development. Up to now, KELAIWEI has applied for more than 100 technology patents and sold its products to more than 60 countries around the world. KELAIWEI company is looking forward to working with you to develop the market of nanomaterials.
Carbon fiber heating cable is definitely not graphene heating cable! The graphene electric heating film can only be obtained through deep processing of high-quality metal current-carrying strips and graphene conductive ink with good conductivity, and then through complex processing and manufacturing between insulating polyester films. Graphene electric heating film is really used as heating material in the market. Carbon fiber heating cables are made up of a large number of conductive carbon fiber wires. Carbon fiber heating cables are not graphene heating cables, so be careful not to be "fooled" by bad merchants "!
KELAIWEI nano carbon materials company has been continuously making efforts in the field of high-end nano materials for more than 20 years. Our company has a complete range of products, huge production capacity, stable product performance and excellent quality. KELAIWEI company has served related enterprises in more than 60 overseas countries. At home, KELAIWEI company actively carries out product cooperation with customers in the industries such as Wanbao new energy, Wanxiang A123 and Jiewei power.
The R & D center of KELAIWEI company has benefited from the R & D achievements of Professor Sun of Nanchang University in China for decades, and the Technology Center has gained new strength. KELAIWEI company has obtained two technical whisker carbon nanotube technology patents, nine national authorized technology patents, and the international PCT patent has been successfully declared. In addition, the planning department has learned that new research results will be published in the form of papers in the near future. KELAIWEI company is very grateful to experts and industry associations at home and abroad for their support and help to our company.
The covalent modification of carbon nanotubes makes full use of the performance advantages of carbon nanotubes in the application of heat dissipation coatings. Heat dissipation coatings have different heat dissipation principles, but they basically improve the heat dissipation efficiency by improving the radiation efficiency of the object surface. Using heat-dissipating coatings on the surface of objects can accelerate the heat dissipation efficiency. Carbon nanotubes have the characteristics of high radiation capacity and good mechanical properties. By adding carbon nano tubes into the coating, the heat dissipation efficiency can be improved by 20% on the basis of the original heat dissipation of objects.
A physical therapy health product manufacturer in Shanghai specializes in the production and sales of various physical therapy instruments and equipment, and pays close attention to the trends in the same industry, in a product survey, it was found that its peers adopted the far infrared paper products of Henan KELAIWEI Nano Carbon Material Co., Ltd. Therefore, according to the usage results of our company, the far infrared emissivity performance of the products was improved by 5%, so I was very happy to cooperate with our company.
Carbon nanotubes are covalent modified, and carbon nanotubes are very useful in the battery field. High-end batteries must have the characteristics of long life and high capacity. High-end battery manufacturing requires higher material performance. Carbon nanotubes have excellent conductivity and structural characteristics of very high aspect ratio, therefore, the whisker carbon nanotubes produced by Henan KELAIWEI Nano Carbon Material Co., Ltd. are being used as an important additive of positive and negative electrode materials in the high-end battery manufacturing industry.
