KELAIWEI cooperates with Professor Sun Xiaogang of Nanchang University. Relying on the advanced technology accumulated by Professor Sun Xiaogang's expert team for more than 20 years, he has applied for a total of more than 100 patented technologies and 9 national authorized invention patents. Our company relies on advanced technology to independently research and develop production equipment, build production base and train production technicians, so as to realize the full-automatic chemical industry to produce the batch production of whisker-like carbon nanotubes.
Application Analysis of carbon nanotubes as catalyst carrier carbon nanotubes are light in weight and very, very small in size. The size of tens of thousands of carbon nanotubes put together may not be as thick as a hair and the specific surface area of carbon nanotubes is very large, therefore, it is regarded as an ideal catalyst carrier. Henan KELAIWEI Nano Carbon Material Co., Ltd focuses on the research of carbon nanotube technology. The purity of our whisker carbon nanotubes can reach as high as 99.99%, and Shenzhen carbon nanotube fiber.
Henan KELAIWEI Nano Carbon Material Co., Ltd., which has an independent research and development center, focuses on the research and development of high-end nano material technology and mass production process equipment. Through the technology leader Professor Sun of KELAIWEI company and the experts of research institutions in colleges and universities, combining with the industry demand research, we have carried out the project establishment and research of product technology. Our company has applied for more than 60 patents, and the publishing industry focuses on two, 9 national invention patents.
KELAIWEI Nano Carbon Material Co., Ltd. invested 0.55 billion yuan in the construction of Production Research and development center in 2017 and 2018: jiangsu KELAIWEI production research and development center and Henan Dengfeng KELAIWEI production research and development center KELAIWEI Nano Carbon Material Co., Ltd. recently expanded the production of whisker carbon nano-tube powder in Henan 13,000 square meters production base, which will reach an annual output of 300 tons, shenzhen carbon nanotube fiber.
Due to its super strong mechanical properties, the use of whisker carbon nanotubes can reduce the size of WC grains in the hard alloy and improve the strength of the hard alloy, it can be seen that the preparation of carbide with carbon nanotubes as reinforcing material has a very broad prospect. This not only meets the needs of various fields of industrial production and promotes the development of the carbide industry, but also promotes the development and expansion of the carbon nanotube industry, and also promotes the preparation of "double High" (high hardness and high, toughness) the scientific research on Carbide continues to move forward, which is of great significance to many fields of carbide and industrial production.
A high-rate battery manufacturer in Shanghai is developing its third generation battery: The new high-rate battery needs to purchase power whisker nanotubes as conductive additives for a long time. The customer found Henan KELAIWEI Nano Carbon Material Co., Ltd through network search, and the pre-sales reception team of our company carefully understood the customer's specific needs, technical requirements, production requirements and other contents, our business department and technical department have provided complete technical parameters and samples for customers, and are currently in deep communication and cooperation.
Nanomaterials are widely used in rubber tire manufacturing, especially in rubber tire manufacturing with high wear resistance. The traditional processing technology of rubber products will destroy the rubber polymer chain, and the liquid nano formula using nano materials perfectly solves this problem, therefore, the abrasion resistance of rubber tires is far stronger than that of rubber tires without nanomaterials. Henan KELAIWEI Nano Carbon Material Co., Ltd. Has carried out research on nano materials for more than 20 years.
