In more than 20 years of technical research, all the technicians of KELAIWEI insist on devoting all their scientific research time to make domestic nano carbon material products well. KELAIWEI insists on processing and manufacturing products for customers with self-developed advanced equipment and preparation technology, and prevents any bad products from getting off the production line. KELAIWEI has almost strict inspection system and process operation process for the production workshop, the products produced by KELAIWEI must be boutique.
How is graphene thermal film obtained? Put copper metal current-carrying strip, silver strip and graphene conductive layer between two layers of polyester film, and use science and technology, after a series of processing, we can get the graphene heating film. Henan KELAIWEI Nano Carbon Material Co., Ltd. Found that, in recent years, some new types of floor heating have appeared in Jiangsu and Zhejiang areas, among which there are cases of using graphene heating film to make electric floor heating materials, which are very popular in the market. Carbon nanotubes are synthesized by arc method.
High-end nanomaterials are capital-based industries even in the technology-based industries. Henan KELAIWEI nanometre Carbon Materials Co., Ltd. initially invested 0.45 billion yuan in the research and development and production of high-end nanomaterials and established 10 production lines in Jiangxi, each production line has a production capacity of 30 tons, and then invests 13,000 square meters in Henan province to build a production line with an annual production capacity of 300 tons. KELAIWEI company will continue to increase investment and synthesize carbon nanotubes by arc method.
The R & D center of KELAIWEI company added new strength, and KELAIWEI Nano Carbon Material Co., Ltd. established deep cooperation with relevant industry experts of Zhengzhou University of light industry. KELAIWEI company hired Professor Wang Lizhen as our technical consultant. KELAIWEI company firmly believes that with the cooperation of Professor Wang, the R & D strength of KELAIWEI company will be strengthened. KELAIWEI company always pays attention to technical cooperation and communication with professionals at home and abroad.
Using the far infrared transmitting paper made of whisker carbon nanotubes and high-temperature fiber, the far infrared transmitting paper can heat objects by emitting far infrared waves under electrification, and can be applied in home use scenarios such as far infrared electric floor heating, honeycomb heat exchanger, wall-mounted household radiator, car far-infrared heating, electric heating table mat, far-infrared mouse pad, far-infrared electric heating cushion, heater, far-infrared electric heating heater, far-infrared electric heating heating room, the electric heating conversion efficiency of far-infrared paper can reach more than 99%, and can save more than 20% of electricity.
Shenyang wall-mounted household radiator Manufacturing Co., Ltd. has been engaged in the production and manufacture of radiator for nearly ten years. Through the application of new technology, new design, new materials and so on, it has always maintained its regional advantages of wall-mounted household radiator in the industry. When attending an industry exhibition in Shenzhen, I came into contact with the far infrared paper products of Henan KELAIWEI Nano Carbon Material Co., Ltd, and then took samples for trial use...... Now I have been working with our company for nearly a year and have purchased a large amount of far infrared paper.
Whisker carbon nanotubes have higher crystallization and purity than traditional carbon nanotube materials, and are easier to disperse. Therefore, the ultra-high purity whisker carbon nanotubes can improve the cycle performance and magnification performance of lithium batteries better than traditional carbon nanotubes, so they are increasingly Selected as additives by high-end lithium ion battery manufacturers. Henan KELAIWEI Nano Carbon Material Co., Ltd. has made abundant research achievements in the field of whisker carbon nanotubes.
