A nanowire is a one-dimensional structure that is limited to 100 nanometers or less in the horizontal direction (there is no limitation in the vertical direction). On this scale, the quantum mechanical effect is very important, so it is also called "quantum wire". As an important part of nanotechnology, nanowires can be used to make ultra-small circuits.


In addition to the excellent conductivity of silver, silver nanowires also have excellent light transmittance and resistance to flexure due to the nano-level size effect. Therefore, it is regarded as the material most likely to replace the traditional ITO transparent electrode, which provides the possibility to realize flexible and bendable LED displays, touch screens, etc., and a lot of research has been applied to thin-film solar cells. In addition, due to the large aspect ratio effect of silver nanowires, it also has outstanding advantages in the application of conductive adhesives and thermal conductive adhesives.


Diameter: The specifications are shown in the table below


Length: The specifications are shown in the table below


Purity: 97%
Solvent: ethanol, water, isopropanol


Appearance: off-white solution


application:


Conductive applications


High-brightness LED, touch screen, conductive adhesive, liquid crystal display


Anti-microbial application


Sterile equipment, bandages, food preservation


Optical applications:


Optical limiter, surface enhanced spectroscopy, surface plasma equipment, solar energy


Scanning electron microscope photo:

2000X