KELAIWEI company insists on mastering the core technology of high-end nanomaterials. High-end nanomaterials have broad market application prospects and are also essential materials for the development of national high-end manufacturing industry. With the dream of serving the motherland and enhancing the competitiveness of China's manufacturing industry, Professor Sun of Nanchang University led the team to break the foreign monopoly and applied for more than 60 patents, two monographs and 9 national invention patents, there are two international PCT patents. Our company will continue to make efforts to research and manufacture high-end nanomaterials to win honor for our country.
What are the application scenarios of carbon nanofibers? Nanometer carbon fiber acts on the field of composite materials and can be used as strong magnetic shielding additive, conductive additive, etc. Nanometer carbon fiber can be used as mechanical reinforcing agent, and can be used for Electrostatic spraying to solve the problem of classical dispersion and make the painting of objects more smooth and tidy. Nanometer carbon fiber has broad applications in the fields of electronic devices, automobile parts manufacturing, rubber products manufacturing, etc.
In 2018, Henan KELAIWEI Nano Carbon Material Co., Ltd. was successfully established in Dengfeng with a registered capital of 60 million RMB. Henan KELAIWEI has an independent factory area of 13,000 square meters, planning dozens of production lines. By virtue of the 6S lean management law, all functional departments of our company are guaranteed to work scientifically and orderly and innovate actively. As of March 2020, our company has applied for 60 patents.
Good news of patent achievements! Henan KELAIWEI Nano Carbon Material Co., Ltd. successfully obtained two technical patent numbers. It is expected that the technology center won another patent this time, because KELAIWEI company has invested a lot in technology research and development, and Professor Sun's research and development achievements for more than 20 years are also supported, we believe that riverKELAIWEI Nano Carbon Material Co., Ltd. will harvest more technical inventions and release more technical monographs in the future.
Oil tanker is a common engineering vehicle in life. It is mainly used to transport gasoline, diesel oil, crude oil and other oil products. As we all know, oil products have corrosive effect on metals, and the tank type of oil tanker is also made of metals, there is also the problem of corrosion, so how to solve the loss of oil products to the oil tanker itself? In 2017, the country required the oil tankers to use anti-static coatings on the inner wall. With the in-depth research on carbon nanotubes, the paint added with carbon nanotubes can not only meet the anti-static requirements, at the same time, it can also ensure that the surface resistivity is maintained at a low level, and the g peak and d peak of carbon nanotubes can be ensured.
A lithium battery manufacturer in Guangdong put forward higher requirements for the purity of carbon nanotubes when researching and developing a new product-high-performance lithium battery product. At first, it was considered to be imported from abroad, but at last, it was found that, some foreign manufacturers asked too much, and later found through the network that our products carbon nanotubes have high quality, low price and high purity. The purity of our whisker carbon nanotubes is as high as 99.9%.
The far infrared paper (FIRPs) of KELAIWEI company has excellent performance and wide application scenarios. The electrothermal conversion efficiency of the far infrared paper of KELAIWEI company is not less than 99.5%, and the pure far infrared emission band is controlled at 2-20um, which also has the ability to freely adjust the temperature, high flexibility is suitable for various forms of processing and other characteristics, so it is being used by thermal equipment manufacturers, health therapy equipment companies, automobile, aircraft and other manufacturers, carbon nanotubes g peak d peak.
