Chinese people have always attached importance to health preservation. A well-known domestic brand manufacturer in the field of physical therapy health also deeply felt the cruelty of market competition. More and more peers appeared and more and more peers fell down. Only by improving product performance and technical advantages, in order to remain invincible, we started a new round of bidding for raw materials, and finally found that our company's far-red paper could increase the far-infrared emissivity of physiotherapy instrument by 3%, and the customer immediately signed a supply contract with our company.
This month's training work of Henan KELAIWEI Nano Carbon Material Co., Ltd was held as scheduled. The safety and environment department of our company actively carries out practical skills and safety training for enterprise employees. The formation of new employees' productivity requires rapid training. The enhancement of old employees' skills requires learning, communication and supplement. Our company pays attention to internal and external training and communication, and pays attention to practical training of employees' safety awareness, safety operation discipline, safety operation skills and other aspects.
The large project of carbon-based nanomaterials is under intense progress in the factory area of Dengfeng city, Henan province, KELAIWEI company. In the vast 13,000-square-meter Dengfeng factory area, the engineering department and production department of KELAIWEI company will build a green production line of whisker carbon nanotube powder with a production capacity of 500 tons per year. The annual production capacity of the first and second phase projects is as high as 150 tons. This investment will provide a steady stream of whisker carbon nanotube materials for KELAIWEI's partners.
Advanced technology, high-quality products and other advantageous resources in the industry can be combined with efficient enterprise management to produce high-quality products. At the beginning of the establishment of clevey nano carbon material company, an efficient management system was established through "lean management law. The production of products is managed "strictly" according to the standards that exceed ISO9001 and IATF16949 quality management system rules, so as to ensure that the quality of the products obtained by customers is superior and they can be used safely.
Anti-corrosion cost of carbon nanotubes, how are carbon nanotubes discovered? Carbon nanotubes were discovered in the laboratory in 1991 by Japanese physicist Yoshiko Yoshiko Yoshiko, who worked in the NEC laboratory of Tsukuba in Japan. As usual, Yoshiko Yoshiko is using transmission electron microscope to observe carbon fibers made by ARC method, it was unexpectedly discovered that "carbon nanotubes" Carbon nanotubes are a kind of "tubular" carbon molecules, whose skeleton is honeycomb-shaped structure, and the cost of corrosion prevention of carbon nanotubes.
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.
The less conductive agent is added, the materials with super conductive properties are always pursued by scientists, and carbon nanotubes are such perfect materials. Tens of thousands of hair filaments are equal to the thickness of a carbon nanotube side by side. The application of carbon nanotubes as a conductive agent performs well in the field of high-end lithium battery manufacturing and application. Only a trace of carbon nanotube conductive agent is needed, it seems that it can have super conductive and thermal conductivity, which is far better than carbon black conductive agent.
