After years of development, KELAIWEI's team has always focused its research and development on the application of carbon nanotubes, and gradually mastered a full set of technologies from powder synthesis to conductive slurry production, and continuously optimize and upgrade the existing products to ensure the stability and safety of the products, and cultivate a group of professional technical talents such as production research and development quality control, it has become a good guarantee for the stable supply of the company's products in the fields of lithium ion batteries and composite materials.
For single carbon nano light, KELAIWEI company insists on mastering the core technology of high-end nano materials. 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.
With a single carbon nano-light, Henan KELAIWEI nano-carbon material company, relying on its profound technical deposits of high-end nano-materials, makes the enterprise go to the fast lane of rapid development. The production line of several nanomaterials built by KELAIWEI company with 0.45 billion yuan the year before last will increase the annual production capacity of 300 tons of whisker-like carbon nanotube powder. With advanced technology and 6S lean management, KELAIWEI company creates word-of-mouth products for customers.
On August 27th, 2020, the International Exhibition of heat conduction and heat dissipation materials and equipment in Shenzhen, China will have a concentrated presentation of new products and technologies of "a large wave" Heat Conduction materials of KELAIWEI group. If you want to know about new technologies in the heat conduction materials industry, new trends and new products, KELAIWEI exhibition area will show you our strength. Our technical staff will also introduce the company's "secret" products to you.
KELAIWEI company focuses on the research and development of carbon nanotube materials. Recent news shows that a large multinational enterprise in South Korea has invested nearly more than 0.3 billion yuan to expand its production capacity of carbon nanotube materials. Because carbon nanotubes are being widely used in high-end manufacturing industries, such as automobile parts, semiconductor product manufacturing, high-end battery production, etc. KELAIWEI company will continue to provide customers with carbon nanotube materials products.
As nanoscale carbon materials, what are the characteristics of Carbon Nanotubes? Since it belongs to nanomaterials, it is naturally very, very light (ultra-lightweight quality), which may benefit from its own hexagonal connection structure characteristics. Carbon nanotubes have good mechanical and mechanical properties, the strength of toughness is just a hundred times, and it also has very good electrical conductivity and thermal conductivity, which is also widely used in many high-end manufacturing industries.
The far infrared paper made by using ultra-high purity whisker carbon nanotubes through papermaking process has a emission wavelength of 2-20 μm after being electrified, which is called "Light of Life" in medicine. The human body accepts far infrared ray, which can promote the metabolism of human body, it improves the circulation of human body, has the functions of relaxing muscles and promoting blood circulation, and improves the immunity of human body. The far infrared emission paper has good flame retardant characteristics. The far infrared emission paper has passed the ROHS certification of European Union, and is non-toxic, green and environmentally friendly new functional materials.
