Technical Parameters:

Content (%): 99.9

Average diameter: 50-100nm (20nm 30nm 60nm)

Length: 10um 20um 30um

Specific surface area: 10 m2/g

Particle morphology: linear

Appearance: gray white

Solvent: water ethanol isopropanol alkane and other solvents (1%)

Nanowires are a nanoscale (1 nm = 10^-9 m) line. Put another way, a nanowire can be defined as a one-dimensional structure having a lateral limit of less than 100 nanometers (with no limitation in the longitudinal direction). At this scale, quantum mechanical effects are important and are therefore referred to as "quantum wires." As an important part of nanotechnology, nanowires can be used to make ultra-small circuits.

In addition to the excellent electrical conductivity of silver, silver nanowires also have excellent light transmission and flexural resistance due to the size effect of the nanometer scale. Therefore, it is considered to be the most likely material to replace the traditional ITO transparent electrode, which provides the possibility of flexible, bendable LED display, touch screen, etc., and has been extensively studied for its application 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.

More mature applications - transparent nano silver wire film.

Optical applications: Solar energy (crystalline silicon, flakes on PET or glass).Optical limiters Medical imaging · Surface enhanced spectroscopy · Surface plasma equipment

Conductive applications: high-brightness LED, conductive adhesive, touch screen, computer board, liquid crystal display, sensor

Antimicrobial Applications: Air and Water Purification · Sterile Equipment · Bandages · Food Preservation · Movies