Product

Ag Nanowire

Mark

Specification

Purity (%)

Solvent

Concentration

N-CH2025

Diameter: 20   nm, Length: 20μm

＞99.5

Water,

 Customized.

5 mg/ml,

 10 mg/ml,

 20 mg/ml,

Customized

N-CH5025

Diameter: 50   nm, Length: 20μm

＞99.5

N-CH3025

Diameter: 30 nm,   Length: 20μm

＞99.5

N-CH3020

Diameter: 30   nm, Length: 20μm

＞99.5

N-CH3530

Diameter: 35   nm, Length: 30μm

＞99.5

N-CH4030

Diameter: 40   nm, Length: 30μm

＞99.5

N-CH7030

Diameter: 70   nm, Length: 20μm

＞99.5

Introduction:

Ag nanowires appear black or light gray, and can   be fabricated in suspension when stored in several of solvents (e.g. water, ethyl   alcohol, isopropanol and others specified solvent). Ag nanowires can be produced with a diameter range   from tens to hundreds nanometer, while the length up to tens of micrometer,   and both of them can be customized.

Ag nanowires show excellent electrical   conductivity, and distinguished transparency and flexure resistivity duo to nanometer   size effect. Thus, it is realized as the most potential material for replacing   indium tin oxides (ITO) transparent electrode material, and further for   applying in flexible and bendable light-emitting diode (LED), as well as   touch display. More importantly, Ag nanowires have a superiority in the field   of conducting resin and heat-conducting glue because of large ratio of length   and diameter.

Application:

Optics applications:   optical limiter, medical imaging, flexible display, plasma-surface equipment,   solar cells.

Conduction   applications: conductive ink, conductive adhesive, liquid crystal display   (LCD), organic light emitting diodes (OLED), touch screen.

Anti-microbial   applications: food preservation, antibacterial film, air and water purification.