Appearance: Black/dark viscous liquid (depending on the conductive filler)
Solid Content: 20-50 wt% (varies with the system)
Viscosity: 10,000-50,000 mPa·s (suitable for screen printing)
Sheet Resistance: 10-100 Ω/□ (after optimization, depending on material and film thickness)
Transmittance: ≥85% (@550nm, after optimization)
Printing Accuracy: Minimum line width/spacing can reach 50 μm or smaller
Drying/Curing Method: Thermal curing (typically 100-150°C), UV curing, or hybrid mode

Substrate Compatibility: Common electronic and display substrates such as glass, PET, PI, PC, etc.

Summary: Screen-printed transparent conductive ink, through the deep integration of nano conductive materials and screen printing technology, overcomes the brittleness, high cost, and processing limitations of traditional transparent conductive films (such as ITO). It provides a highly transparent, low-resistance, easy-to-process, and cost-effective conductive solution for industries such as touch displays, flexible electronics, smart windows, and printed electronics. It is one of the key materials driving electronic devices toward flexibility, large-area applications, and lower costs.