The Silver Nanowires A60SL for Inkjet Printing (60nm×10µm) are short-length Ag nanowires developed for conductive ink and printed electronics research. Compared with longer silver nanowires, their controlled ~10µm length supports ink formulation, dispersion handling, and deposition through inkjet-printing or coating processes. These nanowires help form conductive silver networks while reducing the risk of printhead clogging during inkjet printing. They are suitable for research and development involving inkjet-printable conductive inks, printed electrodes, conductive traces, flexible circuits, sensors, conductive coatings, stretchable current collectors, and other printed or coated conductive network applications.
Catalog Number: NovaWire-Ag-A60SL
Average Diameter: ~60nm
Average Length: ~10µm
Appearance: gray suspension (dispersed in solvent)
Dispersion solvent: water, ETH, IPA, or customized
Concentration: 5mg/ml, 10mg/ml, 20mg/ml, or customized
APPLICATIONS
The Silver Nanowires A60SL can be used in the following applications:
- Inkjet-printable conductive inks for depositing silver nanowire patterns on glass, PET, PI, paper, elastomers, and other research substrates.
- Printed electrodes and conductive traces for printed electronics, soft electronics, and flexible device fabrication.
- Stretchable current collectors and conductive interconnects for flexible energy devices, wearable systems, and deformable electronics.
- Conductive coatings on polymer films, elastomer substrates, and functional surfaces requiring electrically connected nanowire networks.
- Strain, bending, and pressure sensors where resistance changes in the Ag nanowire network can be used for mechanical sensing.
- Flexible circuits and wearable electronics requiring lightweight, conductive, and coating-compatible nanomaterials.
- Transparent or semi-transparent conductive coatings for optoelectronic and flexible device research.
- EMI shielding coatings and conductive composites where silver nanowires help improve electrical connectivity in films, coatings, or polymer matrices.
SDS
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