Industrial Broadcasting Channel I “I Industry – Nano-Materials Changing the World”
Date
2017-11-07 14:01
NURI Vista's Copper Nano Ink Technology Recognized by the World
<Reporter>
Viscous brown liquid flows slowly.
At first glance, it looks like ordinary paint, but it is a copper nano ink with advanced technology.
Nano technology makes ink conductive like copper.
It is even more impressive that the photo-sintering method can be used to print an electrode pattern by emitting light in the blink of an eye.
This enables pattern printing at low temperatures and can be applied to the manufacture of flexible substrates such as paper and film. Although the photo-sintering process has been possible only for silver materials, the company succeeded in replacing it with copper nano ink which allows price competitiveness.
The company has become an expert in nano materials based on its excellent research and development capabilities.
In addition to photo sintering inks made of copper, Nanocarbon Ink which can be applied to planar heating elements is a representative product as well.
It is capable of lower power and higher output than the conventional planar heating paste, which is about 40 degrees Celsius per second.
Just like copper nano ink, its low price is a big advantage for the market.
In particular, it is expected to greatly increase the demand as it can be used for heaters in various kinds of appliances such as home appliances and automobiles.
They are in the process of acquiring the technology to apply to actual demand to put both products on the global market.
The world is paying attention to nano-ink materials developed by the Korean company.
R & D efforts that have invested a lot of time and money have come to fruition that can give an edge over global competition.
This is Chang-Soo Lee from Channel I Industry News.
[Interview] Lee, Kyung-il / Director, R&D Center, NURI Vista Nanotechnology
As the process becomes very simple, the cost of the process will be significantly reduced.
Since sintering is performed at a very short time at room temperature, it is expected to have many applications because it does not damage the substrate at all.
http://www.chi.or.kr/front/news/newsView.do?pageIndex=2&programIdx=21&contentIdx=203328
<Reporter>
Viscous brown liquid flows slowly.
At first glance, it looks like ordinary paint, but it is a copper nano ink with advanced technology.
Nano technology makes ink conductive like copper.
It is even more impressive that the photo-sintering method can be used to print an electrode pattern by emitting light in the blink of an eye.
This enables pattern printing at low temperatures and can be applied to the manufacture of flexible substrates such as paper and film. Although the photo-sintering process has been possible only for silver materials, the company succeeded in replacing it with copper nano ink which allows price competitiveness.
The company has become an expert in nano materials based on its excellent research and development capabilities.
In addition to photo sintering inks made of copper, Nanocarbon Ink which can be applied to planar heating elements is a representative product as well.
It is capable of lower power and higher output than the conventional planar heating paste, which is about 40 degrees Celsius per second.
Just like copper nano ink, its low price is a big advantage for the market.
In particular, it is expected to greatly increase the demand as it can be used for heaters in various kinds of appliances such as home appliances and automobiles.
They are in the process of acquiring the technology to apply to actual demand to put both products on the global market.
The world is paying attention to nano-ink materials developed by the Korean company.
R & D efforts that have invested a lot of time and money have come to fruition that can give an edge over global competition.
This is Chang-Soo Lee from Channel I Industry News.
[Interview] Lee, Kyung-il / Director, R&D Center, NURI Vista Nanotechnology
As the process becomes very simple, the cost of the process will be significantly reduced.
Since sintering is performed at a very short time at room temperature, it is expected to have many applications because it does not damage the substrate at all.
http://www.chi.or.kr/front/news/newsView.do?pageIndex=2&programIdx=21&contentIdx=203328