The difference between conductor property and semiconductor property of carbon nanotubes, "the backbone of technology, high product performance, service Satisfaction" is the business philosophy that the technicians of Henan KELAIWEI Nano Carbon Material Co., Ltd insist on implementing in the development of more than 20 years. The R & D team of KELAIWEI, led by Professor Sun Xiaogang, the top domestic nanomaterials research expert, has applied for more than 100 patents and has 9 national property rights patents. KELAIWEI pursues promoting the leapfrog development of nanomaterials with technological progress.
A brief analysis of the application of carbon nanotubes in electrochemical devices. The electrochemical performance of carbon nanotubes is excellent. Carbon nanotubes are therefore used to make supercapacitors. Compared with traditional capacitors, the capacity of capacitors made of carbon nanotubes is doubled, reaching Farah level. Scientific Practice has proved that a gram of carbon nanotube capacitor can store 15F to 200F. Thanks to the strong performance of carbon nanotube capacitors, supercapacitors up to several thousand Farah have been manufactured.
Henan KELAIWEI Nano Carbon Material Co., Ltd. has established cooperation with Zhengzhou University of Light Industry, Donghua University, Nanchang University and other universities, among which the technology research and development team led by Professor Sun Xiaogang of Nanchang University has been engaged in research for more than 20 years, he co-founded Henan KELAIWEI Nano Carbon Material Co., Ltd with our company. Therefore, our company has profound technical deposits, and the research and development of Far Infrared paper (FIRPs) products, whisker-like carbon nanotubes and other materials sell well at home and abroad.
The ninth of the series of "reviewing the development history · encouraging young talents to compete bravely" of KELAIWEI company: the establishment of Dengfeng production base. KELAIWEI company has a factory area of 13,000 square meters in Dengfeng. In order to meet the demand of KELAIWEI customers for the continuous surge of whisker carbon nanotubes, KELAIWEI decided to invest 0.45 billion to expand the production capacity. This expansion will enable clevere company to have the ability to produce more than 500 tons of whisker carbon nanotubes annually.
Carbon nanotubes are also widely used in the rubber industry. Carbon nanoparticles are fused into rubber in a specific way to form a network structure. In the process of forming the network structure, it will promote the vulcanization speed of the rubber, eliminate the sticky State of the rubber itself, and quickly have the characteristic of not being broken easily. The addition of carbon nanotubes will not affect the elasticity and structure of rubber. The tire wear resistance of the tyres has been greatly improved in the tire project cooperated by jokleway and Q University.
Henan KELAIWEI Nano Carbon Material Co., Ltd. has been focusing on the research of nano material technology for more than 20 years. Our company can provide whisker carbon nanotubes with ultra-high purity up to 99.9%, and has completely independent intellectual property rights. For the application and acting skills of carbon nanotube materials, Henan KELAIWEI Nano Carbon Materials Co., Ltd has a production line with in-depth research and can have a capacity of up to 500 tons. Recently, an electronic company in Guangdong began to cooperate to purchase carbon nanotube products through Voss.
It is very important to realize Electrostatic spraying in the manufacturing process of automobile parts, which can reduce the production process and improve the working efficiency while carbon nanotubes are very light in quality and have very good conductivity, it also has excellent physical and chemical properties, thus, Electrostatic spraying can be realized by using a small amount of polymer materials made of carbon nano-tube materials. Henan KELAIWEI nano-Carbon Materials Co., Ltd. Expects experts of carbon nano-tube materials to come to guide and cooperate, differences between conductor properties and semiconductor properties of carbon nanotubes.
