- Higher electronic conductivity compared to conventional carbon inks
- Reduced cost compared to other conductive inks
- High printing capacity and moderate drying condition
- Packaging
- Electronics and Optoelectronics
- Construction
Solvent | Water |
Solid (wt%) | 5~6 |
Sheet resistivity normalized to 1 mil (Ω/sq) As Deposited | ~63 |
Sheet resistivity normalized to 1 mil (Ω/sq) After Pressing | ~13 |
Density (g/ cm3 ) | ~0.95 |
Drying (minutes) | ~6 min @ 80°C |
Viscosity (cps) | 12.8 |
Coverage (cm2 /g/mil ) | 64 |
Binder | Yes |
Before printing, shake vigorously for 5-10 minutes and let stand for 30 minutes. Dry at 130º for 30 min. Recommendations: Screen printing of 100-200 screens, printing on PET film, squeegee hardness of 70-80 degrees, with an angle of 50-70 degrees at a speed of 20-40 cm/s