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Ultra-thin carbon nano phase-based supercapacitor electrode material Henan KELAIWEI recruiting several sales staff

Ultra-thin carbon nano phase-based supercapacitor electrode material Henan KELAIWEI recruiting several sales staff
Release date:2020-12-15 Views:1

The management staff of the company actively responded to the call of Tianchao group, actively promoted the construction of happy enterprise, let the staff feel the company's care for the R & D personnel, and actively solved the worries of the R & D personnel of science and technology, let the scientific researchers feel the care of the enterprise for the employees in KELAIWEI, let the front-line scientific researchers settle down and concentrate on scientific research, provide a best working environment for the scientific researchers, and further improve the happiness of the enterprise employees, enhance the competitive advantages of enterprises and promote the long-term and steady development of enterprises.

KELAIWEI is committed to being the leader of high-end carbon nanomaterials products. Our company will certainly provide you with nanomaterials products with stable performance and advanced technology. Our company has a complete service system and professional technical team, and is committed to providing you with product technical consultation, product solutions, professional after-sales service. KELAIWEI company warmly receives every customer by virtue of excellent technology and efficient service. KELAIWEI expects to know your concerns and is willing to study professional solutions with you.

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.

KELAIWEI group is looking forward to the 2020 Shenzhen International heat conduction and heat dissipation materials and equipment exhibition as scheduled in Shenzhen Convention and Exhibition Center, China. The staff of KELAIWEI company are always ready to present the new achievements of our company's annual research on high-end nanomaterials. We are looking forward to bringing products and technologies that can help you solve production problems and help you.

Anode conductive additives are needed in the manufacture of high-end lithium ion battery products to increase battery performance the commonly used carbon black materials have affected the manufacture of lithium batteries with higher performance a new material carbon nanotubes appears at present due to its conductivity, it has better thermal conductivity and can save more than 30% of conductive materials. However, it has gradually begun to be paid more and more attention by battery manufacturers, and has been put into applied research, ultra-thin carbon nano phase-based supercapacitor electrode materials.

Ultra-thin carbon nano phase-based supercapacitor electrode material, what is nano carbon fiber? Carbon nanofibers are a new type of nanomaterials. Nanometer carbon fiber has rich characteristics: light mass low density, large aspect ratio (100 nm -500 nm), diameter 50 nm -200 nm, stable and strong electrical conductivity, etc, moreover, the production cost is much lower than that of carbon nanotube materials, which is easier to be manufactured in batches and has higher output.

Far infrared transmitting paper provides an efficient heating solution, which is not limited by traditional materials. Traditional materials require the components to be heated to a very high temperature so as to effectively transfer heat within a certain distance. The far infrared produced by the far infrared emission paper directly heats people within a certain range, instead of the space or room, and the heating is comfortable and efficient. The far infrared transmitting paper is heated instantly, and it is not hot itself. When the power is off, the heating paper can reach normal temperature for a short time, which is safer and more reliable.

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