KELAIWEI carbon nanomaterials company focuses on mastering core technology. The competition of high-end nanomaterials is the competition of cutting-edge technologies. Professor Sun Xiaogang of Nanchang University has led his team to study high-end nanomaterials for more than 20 years, applied for more than 100 technical patents, published more than 40 top Papers and Monographs, thus laying the technical foundation of KELAIWEI company. KELAIWEI company can provide you with high-end nanomaterials products and technical support.
Yu Peng, the conductive paste company of carbon nanotubes, what are the manufacturing methods of carbon nanotubes? Since the discovery of carbon nanotubes, the research on carbon nanotubes has never stopped. Carbon nanotubes have complex and excellent properties. It is both conductive and conductive, very thin but very hard, which is comparable to a hundred times of the hardness of steel. Carbon nanotubes are widely used, so various preparation methods have also been invented. Common production methods include arc method, catalytic thermal decomposition method, hydrothermal method and chemical vapor deposition method, etc.
Henan KELAIWEI Nano Carbon Material Co., Ltd. adheres to technological innovation and devotes itself to developing into a leader of high-end nano materials. After 20 years' continuous research by the expert team of Professor Sun Xiaogang of Nanchang University in China, which is cooperated by our company, it has completely realized the industrial scale production and application of whisker carbon nanotubes our company spent 0.45 billion yuan to build the whisker carbon nanotubes split project, making the mass production of whisker carbon nanotubes a reality, and the conductive slurry company of carbon nanotubes Yu Peng.
The R & D center of KELAIWEI company added new strength, and KELAIWEI Nano Carbon Material Co., Ltd. established deep cooperation with relevant industry experts of Zhengzhou University of light industry. KELAIWEI company hired Professor Wang Lizhen as our technical consultant. KELAIWEI company firmly believes that with the cooperation of Professor Wang, the R & D strength of KELAIWEI company will be strengthened. KELAIWEI company always pays attention to technical cooperation and communication with professionals at home and abroad.
Carbon nanotubes have extremely high electric heating conversion efficiency and can be widely used to replace the existing water heating, steam heating carbon fiber electric heating. After being electrified, there will be frictions and collisions between countless carbon atoms, thus generating a large amount of heat, releasing heat energy in the way of far infrared radiation, and the total electric heating conversion rate is as high as over 99.8%, it is the material with the highest electrothermal conversion rate known. The range of far infrared frequency emitted mainly lies in the physiotherapy band beneficial to human body, and the market application prospect is extremely broad.
The far infrared emission band of the paper produced by our company ranges from 2 nanometers to 20 nanometers, and the electrothermal conversion rate is as high as over 99.5%, which has obvious application effect in the field of thermal products. After our company provided samples for a honeycomb heat exchanger manufacturer in Beijing, the performance of the honeycomb heat exchanger was significantly improved, and the energy-saving effect was obvious after the trial of customers, especially the test of the product quality control department, which could save more than 25% of energy compared with the previous one.
Nanomaterials have wonderful uses in carbide manufacturing. Carbide products using nanomaterials have better performance than those without nanomaterials. Nano-material hard alloy has stronger hardness, super abrasion resistance, impact resistance, strength toughness and high corrosion resistance which are far stronger than 100 times of steel. Henan KELAIWEI Nano Carbon Material Co., Ltd pays attention to the manufacturing research of ultra-pure whisker carbon nanotubes.
