Henan KELAIWEI Nano Carbon Material Co., Ltd. is committed to the research and product manufacture of high-performance far infrared paper technology. Far infrared paper is widely used in the field of thermal insulation. An electric heater manufacturer in Heilongjiang was very interested in contacting with the far infrared paper of KELAIWEI company, and asked KELAIWEI company to provide some samples for product trial, finally, it is found that the thermal conductivity and service life of the electric radiator using our products are obviously better than other products.
In May, the staff skill competition of our KELAIWEI company was staged wonderfully. The winner will represent KELAIWEI company to participate in the "2020 Shenzhen International heat conduction and heat dissipation materials and equipment exhibition" held in Shenzhen Convention and Exhibition Center of China, and introduce and display new products and technologies on behalf of the company, provide professional services for customers. KELAIWEI company insists on pursuing to provide customers with better products and services.
Major events in 2006 of the series of "reviewing the development history · encouraging young talents to compete bravely" of KELAIWEI company. Professor Sun, chief technical engineer of KELAIWEI company, is deeply sorry for the long-term technical blockade of nanomaterials technology and products in some countries, the research on the technology and equipment of the process synthesis of whisker nanomaterials began in 2006. This move established the independent research and development innovation spirit of clevere company, which is "dare to think, dare to do and dare to challenge.
KELAIWEI nano carbon material company has been deeply engaged in the technical field of high-end nano materials for more than 20 years. Our company's product technology is in the charge of the industry's top experts such as Professor Sun Xiao of Nanchang University. The production of our products is controlled by ISO9001 and IATF16949 quality management system. Our products are strictly monitored by industry technicians, with modern scientific and technological process production, we provide customers with high-end nanomaterials products with stable performance.
The longest single-wall carbon nanotubes price, conductive agent is widely used, what is the future development of conductive agent? 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 higher than that of traditional conductive agents such as carbon black. With the arrival of mass production of graphene, it is bound to be widely used in the future, with the longest single-walled carbon nanotubes price.
The market demand of high-end nanomaterials is huge, and Henan clevee nanocaterials Co., Ltd. insists on the innovation and development of technology, and strives to become the market leader of high-end carbon nanomaterials industry. KELAIWEI company, together with the research and development team led by Professor Sun Xiaogang, the technology expert of carbon nano-engineering in Nanchang University, has promoted the rapid development of whisker-like carbon nano-tube industry, applied for more than 60 patents, and its products are exported to more than 60 countries.
Carbon nanotube photoelectric sensor memory device is a high-end memory device that has been painstakingly researched and pursued in the scientific and technological field. Henan KELAIWEI Nano Carbon Material Co., Ltd. recently learned that this high-end memory device has been successfully developed by Chinese scientists. Relevant papers on this huge scientific and technological achievement have been published in Advanced Materials. This technical achievement also indicates that the sensing and storage of optical images can be realized.
