Home » Silver Nanowires Antibacterial (Ag, 99.9%, Dia: 40nm, Length: 20µm)
|Product||Silver Nanowires Antibacterial|
|Concentration||1 - 2Wt %||Confirm|
|Coefficient of Variation||51%||Confirm|
|Solvet||Ethanol, Water, Isopropyl Alcohol|
|Quality Control||Each lot of Silver Nanowires Antibacterial was tested successfully.|
|Main Inspect Verifier||Manager QC|
|Other Metal||1000 ppm|
Silver Nanowires Antibacterial, Silver Nanowires are conducting materials with the potential electrode materials, electrical and optical devices. The silver nanowires are several advantages, including tunable optical, plasmonic and excellent electrical properties.
Silver Nanowires Antibacterial, Silver Nanowires based transparent, flexible and conductive thin film. Silver has the highest electrical conductivity among all the metals,Silver nanowires are considered as very promising candidates in flexible electrions transparent conductive thin film electrodes are widely used for liquid crystal displays(LECs), solar cell, touch screen and flexible display.
Silver Nanowires Antibacterial, Silver Nanowires based transparent and conductive thin films with excellent flexibility. The uniform and transparent thin films were fabricated, low cost rod coating. Silver nanowires will be a very promising for transparent, flexible electrodes, electronic devices and solar cells.
Silver Nanowires Antibacterial, Silver Nanowires development of flexible smart electronics, an industrial demand for low-cast, flexible and highly transparent conductive films (TCFs) to replace the expensive and brittle Ito-electrodes has been stimulated. Polymers, carbon nanotubes, graphene, metal grids and metallic silver nanowires. The silver nanowires application as transparent electrodes in emerging flexible electronic devices.
Silver Nanowires Antibacterial, Silver Nanowires important application of silver nanowires as transparent electrode in optoelectrical and electrochemical devices are presented. Silver nanowires films as well as the prospects of developing high performance transparent conducting materials for optoelectronic devices. The silver nanowires material replaces ITO for future flexible optoelectronic device application.
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