The Silver Nanowire Transparent Conductive Films are pre-coated Ag nanowire transparent conductive films on PET substrates. The films are supplied with a protective layer that can be removed before use, exposing the conductive silver nanowire surface for direct integration into prototype devices, laminated structures, flexible circuits, sensor platforms, and other transparent conductive film applications. These ready-to-use films combine optical transparency, electrical conductivity, and mechanical flexibility, making them suitable for flexible electrodes, touch sensors, transparent heaters, displays, solar cells, and optoelectronic device development.
Catalog Number: NovaFilm-AgNW-A20, A30, A50, or A70
Transparency: ~90-92%
Haze: ~1.0-2.0%
Sheet resistance: 20 Ω/□, 30 Ω/□, 50 Ω/□, or 70 Ω/□
Thickness: 125 µm
Available Format: Sheets; one-meter-wide rolls are available for industry use upon request.
APPLICATIONS
The Silver Nanowire Transparent Conductive Films can be used in the following applications:
- Flexible transparent electrodes for bendable displays, optoelectronic devices, and flexible electronic components.
- Touch panels and capacitive sensors requiring transparent, conductive, and flexible film substrates.
- Transparent heaters for defrosting films, de-icing surfaces, smart windows, and flexible heating devices.
- Solar cells and photovoltaic research where AgNW/PET films are evaluated as ITO-alternative transparent electrodes.
- OLED, LED, and display research involving flexible or transparent conductive electrode layers.
- Wearable and flexible electronics where conductive PET films are integrated into laminated or bendable device structures.
- Sensor platforms requiring transparent conductive surfaces for optical, electrical, or flexible sensing studies.
- EMI shielding and transparent conductive coatings where silver nanowire networks provide conductivity while maintaining optical visibility.
- Prototype device fabrication where pre-coated AgNW films reduce the need for coating, drying, and film-formation optimization.
SDS
