Description
Application
Screen printing silver nano ink can be utilized as a precursor to produce conductive layers for electroluminescent displays. These displays are used in applications such as lighting panels, automotive displays, and signage. It can be used in studies such as flexible circuitry, sensors, touch panels, RFID antennas, and other electronic components.
This Smart’Ink S-CS21306 conductive silver ink is particularly well suited for applications requiring high conductivity and high resolution at very low curing temperatures. This ink, based on silver, is perfectly adapted to design conductive traces on flexible substrates. It is suitable for IoT applications such as antennas (HF, UHF).
Process: Rotary screen printing (below 80μm of resolution)
This ink has been developed to allow photonical curing to enable high throughput printing.
Compatible Printing Method: screen printing,
Compatible substrates: PET (Melinex 406, Melinex 339, Melines 520, Arcophane TCA, Arcophane STS, Folex BG-71), PEN (Teonex), Kapton® , Ceramic
Recommended surface treatment for substrates:
Temperature stabilization
Argon plasma treatment
Features and Benefits
Good bending resistance, smooth surface
Superior conductivity
High resolution
Curing process compatibility: photonic, NIR, low vacuum oven, thermal curing
High nano-particle content
Non-toxic (No CMR ink)
Preparation Note
Printing guidelines:
Inox, 18 µm mesh thickness, 640/inch-250/cm mesh count, 45 degree mesh angle, 7 µm emulsion thickness, 50 µm resolution, 83 m²/kg theoretical coverage, 1 µm theoretical dried thickness.
Inox, 19 µm mesh thickness, 500/inch-200/cm mesh count, 22.5 degree mesh angle, 5 µm emulsion thickness, 40 µm resolution, 80 m²/kg theoretical coverage, 1 µm theoretical dried thickness.
Polyester, 30 µm mesh thickness, 380/inch-150/cm mesh count, 22.5 degree mesh angle, 10 µm emulsion thickness, 80 µm resolution, 50 m²/kg theoretical coverage, 1.6 µm theoretical dried thickness.
Legal Information
Kapton is a registered trademark of E. I. du Pont de Nemours and Company
