5. Product Specifications (Typical Values)

Appearance: Black/dark viscous liquid (depending on conductive fillers)
Solid Content: 20-50 wt% (varies with 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 50μm or less
Drying/Curing Method: Thermal curing (usually 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, making it one of the key materials driving electronic devices towards flexibility, large-area applications, and low-cost development.