The production system of whisker carbon nanotubes is fully automatic from feeding to product packaging. The growth time of carbon nanotubes is reduced from several hours to several seconds, which is much lower than the production time of traditional process for several hours, the production efficiency and cost have been greatly improved. The self-developed central control system monitors the parameters of the production process in real time, reduces the instability caused by human beings to the products, and the stability of the equipment is good, the product has very good consistency and stability, and this process is a major breakthrough in carbon nanotube synthesis technology.
Spiral nano carbon fiber, nanomaterials products researched and developed by expert team led by Professor Sun Xiaogang of KELAIWEI company have been sold to more than 60 countries and regions around the world. At present, high-performance lithium battery processing and manufacturing, wearable equipment material application, environmental protection new energy development, special material preparation and other fields will be applied to high-end nanomaterials. KELAIWEI company is willing to cooperate sincerely with people with lofty aspirations all over the world to jointly explore relevant markets.
KELAIWEI nano carbon materials company has absorbed a group of like-minded professional R & D talents in high-end nano materials industry. High-end nanomaterials are different from ordinary products and have high technical requirements. The strong power of technological research and development and innovation is the fundamental guarantee for the survival, development and expansion of KELAIWEI nanocaterials company. KELAIWEI people's courage to innovate in technology and the spirit of keeping improving in products have made many enterprises choose "KELAIWEI creation".
After a fast-paced competition, the KELAIWEI company's spring fun sports meeting was full of splendor, and finally the winning team of each project was determined. The first manufacturing team of Henan KELAIWEI Nano Carbon Material Co., Ltd. won the first prize of "crossing the river by touching bricks", the administrative team of KELAIWEI won the first prize of "United heart competition", and the quality control team defended the champion of "crossing the river with one leg" again. KELAIWEI company is always concerned about the health and entertainment activities of its employees.
Anode conductive additives are needed in the manufacture of high-end lithium ion battery products to increase battery performance the commonly used carbon black materials have affected the manufacture of lithium batteries with higher performance a new material carbon nanotubes appears at present due to its conductivity, the thermal conductivity is better, and it can save more than 30% of conductive materials. However, it has gradually begun to be paid more and more attention by battery manufacturers, and has been put into applied research, spiral carbon nanofibers.
Carbon nanotubes have excellent performance, especially in the 21st century, under the extensive and in-depth research on nanomaterials in industrial production, the performance advantages of carbon nanotubes have been gradually explored and developed and applied to many industrial manufacturing. Carbon nanotubes are very light in weight, nearly perfect in connection structure, and have extremely rich properties. Henan KELAIWEI Nano Carbon Material Co., Ltd. is currently expanding the production of whisker carbon nanotubes, making its production capacity reach 500 tons per year.
The specific surface area of ordinary carbon nanotubes is generally 200-300m2/g, and the specific surface energy of the material is also larger. The material is more likely to be agglomerated to reduce the surface energy. The specific surface area of whisker carbon nanotubes is 13-50m2/g, the material with lower specific surface area has lower surface energy, and the material is less prone to agglomeration, which is more conducive to the dispersion of whisker carbon nanotubes on the composite material. Only the performance of dispersed carbon nanotubes can be reflected, whisker carbon nanotubes are more conducive to the development of material characteristics.
