KELAIWEI is backed by Henan denggou group. The predecessor of Zhengzhou ganggou Group Co., Ltd. is ganggou coal mine founded in 1973. After years of development, ganggou group has gradually covered coal, finance, education, real estate and other fields have accumulated a lot of experience in shopping malls. With the strong support of the group company, clayey actively promotes technology and product innovation, increases investment and strives to move towards high-tech enterprises, carbon Nano elevator door cover factory direct sales.
KELAIWEI nano carbon material company has established Jiangxi company (Jiangxi KELAIWEI Nano Carbon Material Co., Ltd.) and Henan company (Henan KELAIWEI Nano Carbon Material Co., Ltd.). KELAIWEI company is mainly engaged in the production and application research of whisker carbon nanotubes and the research and development of preparation equipment. Our company insists on independent innovation and research and development of carbon nano-tube materials, breaking foreign monopoly and revitalizing the cause of carbon nano-tube materials in our motherland.
KELAIWEI nano carbon material company draws backbone forces from technical experts team, production workshop center, after-sales maintenance center and other departments to form the after-sales center of products, so as to quickly respond to the needs of cooperative customers. Our company not only has a strict quality control system to ensure the quality and quality of ex-factory products, but also has an efficient logistics system and after-sales service system, so that customers can receive goods without worry and after-sales without worry.
The project of the annual output of carbon nanotubes of Henan KELAIWEI company reaching 300 tons has been implemented Henan Kaifeng Henan KELAIWEI company has invested 0.45 billion yuan in the research and development, production and manufacture of high-end nanomaterials and equipment to promote social development with science and technology, create convenient and effective products for people with science and technology at the same time, KELAIWEI company insists on promoting the development of the company with high and new technology products, contributing a little bit to the economic development of Kaifeng, carbon nano elevator door cover factory direct sales.
Carbon nanotubes have been widely used in the manufacture of flexible electronic devices and precision sensors. High purity, high density carbon nanotubes with its excellent conductivity and thermal conductivity characteristics, the characteristics such as ultra-high conductivity and the toughness which is 100 times the strength of steel have become very important materials for precision sensors and modern high-end flexible electronic devices. Carbon nanotubes have become the main products of Henan KELAIWEI Nano Carbon Material Co., Ltd.
Brief analysis of application of high-end lithium battery conductive agent. Lithium battery, as energy storage equipment, has the characteristics of pursuing long service life, large capacity and mass production of manufacturing materials. The use of conductive agent can solve the net reaction of the battery when charging and discharging rapidly, and enhance the infiltration of electronic conductivity and electrolyte to the battery pole, thus prolonging the battery life. It can also effectively reduce the contact resistance of the electrode and improve the electron migration rate.
The far infrared paper researched and developed by KELAIWEI, after being electrified, the surface heating element is very uniform, and the length, width and resistance value of the paper can be designed according to the customer's requirements, at the same time, customers can also cut the heating paper arbitrarily, and the temperature can be adjusted arbitrarily at 0 ~ 200℃, which can be applied to irregular-shaped devices with complex curved surfaces. Through structural design, electrical insulation can reach 1000V, theoretically the service life of heating paper can reach more than 10 years, and the power attenuation is less than 10%.
