The research and development team of Henan KELAIWEI nano-Carbon Material Co., Ltd. has been striving for the high-end nano-material industry of the motherland for more than 20 years, and finally relies on technology self-research, patent invention, high-end manufacturing technology, professional services expand overseas nanomaterials market in more than 60 countries and regions. KELAIWEI will build the project of "whisker carbon nano-tube powder" with an annual output of 300 tons, which will surely supply customers with high-end products and advanced technical services stably.
What is special about the catalytic thermal decomposition of Carbon Nanotubes? Since carbon nanotube materials were discovered in the laboratory by Japanese physicists in 1991, world physicists have exhausted what they have learned and synthesized carbon nanotubes in various ways. Catalytic thermal decomposition method adopts carbon organic matter to react through high temperature environment of 400-600 degrees and high temperature environment of 700-1000 degrees. Carbon materials are mixed with solvent water, catalyst and materials, and then filtered and dried after stirring and dipping. After catalytic reaction, after washing and ultrasonic shock, carbon nanotubes are finally produced.
The batch production line equipment of far infrared heating paper independently developed, processed and prepared by Henan KELAIWEI Nano Carbon Material Co., Ltd. has achieved an annual capacity of 60 tons, in addition, our company is fully capable of expanding the production capacity of far infrared heating paper at any time to meet the huge demand of customers for far infrared heating paper. In addition, the whisker carbon nanotube powder project designed and developed by our company with 0.45 billion yuan will achieve an annual production capacity of 300 ton, single-walled carbon nanotube solution.
Single-wall carbon nanotube solution, after the establishment of Henan KELAIWEI Nano Carbon Material Co., Ltd, "big movements" have continued. KELAIWEI company invested 0.45 billion yuan to invest in the whisker carbon nanotube powder project, which is expected to generate a profit of 0.5 billion yuan per year and will rapidly increase the production capacity of whisker carbon nanotubes. Two phases of the project will be launched in the 13,000-square-meter factory area of the production base of Dengfeng city of KELAIWEI company, and the design capacity of each phase of the project will reach 150 tons/year.
With the continuous change of automobile demand, automobile lightweight has gradually become the main development direction of automobile industry. Car lightweight is to reduce the weight and consumption of the car as much as possible under the condition of ensuring the kinetic energy of the car. Car lightweight is also the main way to meet the current environmental protection requirements. Then it is required that cars use conductive coatings with high conductivity and low cost., Whisker carbon nanotubes successfully broke through the key technology of carbon nanotube dispersion, realized the independent development of whisker carbon nanotube conductive coatings in the automobile industry, and cooperated closely with D Company.
Far infrared electric floor heating products are highly sought after by customers in the market. A thermal product manufacturing business in Nanjing quickly launched the production line of far infrared electric floor heating. When looking for the long-term supplier of preparation materials, through the comparison of its product center, it is found that the far infrared paper performance of KELAIWEI company is very excellent, which is 5% higher than the expected product performance of the company, therefore, the customer had to modify the product introduction manual.
Henan KELAIWEI Nano Carbon Material Co., Ltd has the patented technology of whisker carbon nanotube production process and equipment manufacturing. The structural characteristics of whisker carbon nanotubes are excellent, with very high aspect ratio and conductivity. As an additive of electrode materials, they can be used to successfully build a highly complete electronic conduction network, therefore, it can be combined with electrode materials to produce high-performance composite electrode materials.
