KELAIWEI is backed by Henan denggou group. The predecessor of Zhengzhou Dengcao Group Co., Ltd. is the Dengcao coal mine established in 1973. After years of development, Dengcao group has gradually covered many fields such as coal, finance, education, real estate and so on, and has accumulated a lot of shopping experience. With the strong support of the group company, KELAIWEI actively promotes technology and product innovation, increases investment and strives to move towards high-tech enterprises.
Henan KELAIWEI Nano Carbon Material Co., Ltd. is an expert in R & D and manufacturing of high-end nano materials and nano materials production equipment. KELAIWEI guarantees that the ex-factory products fully meet the industry's advanced standards, provide you with nanomaterials conforming to national standards and international standards, and provide after-sales service for technicians, so that you can buy them at ease and use them comfortably. KELAIWEI is always ready to provide you with products and services.
The brand of KELAIWEI company relies on excellent technology and efficient and strict management, which is "a little Famous" in the industry. Our company has more than 20 years of technical accumulation, keep continuous cooperation with domestic university research and development experts manage the company by international management standards, and have passed IATF16949 and ISO9001 certification. Our company has advanced production technology and equipment researched and developed independently, in the field of high-end nanomaterials, it is an important position in the industry, and the introduction of carbon crystal material of 3d wooden door layer.
Pursuing the steps of time and recording the figure of time, in order to enrich the spiritual life of employees and build a bustling corporate culture atmosphere, the annual time photography contest of KELAIWEI company was successfully held. The photography contest was actively contributed by the staff. The works of hometown, nature, landscape, animals, time and so on with connotation and depth were amazing. The Passion of the staff was the vitality of the enterprise, KELAIWEI company will create product value for you with enthusiastic service.
The application prospect of carbon nanotubes in modern manufacturing industry is very good. Carbon nanotubes have high elasticity, super hardness (100 times the strength of steel), good infrared absorption performance, high hydrophobic property, smiling volume, very lightweight quality, the density is very low and has very good insulation and other characteristics, so we can conduct in-depth research and expansion on the industrial application of carbon nanotubes.
Conductive agents are widely used. What is the future development of conductive agents? The conductive agent has the traditional conductive agent material represented by carbon black, in recent years, new high-end conductive materials represented by carbon nanotubes have been developed. Various kinds of conductive agents are constantly appearing in the laboratory. The new conductive agent graphene has not been applied on a large scale because of its high cost, however, its performance is far more than that of traditional conductive agents such as carbon black. With the arrival of graphene mass production, it is bound to be widely used in the future. Introduction of carbon crystal material of 3d wooden door layer.
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.
