Monolithic Dye Solar Cell or monolithic Perovskite Solar Cell assemblies are obtained by stacking titania (anode), zirconia (insulating) and conductive carbon (cathode) layers on a single substrate.
Our products Zr-Nanoxide ZR/SP and Zr-Nanoxide ZT/SP are precisely targeted for the making of such insulating layers in monolithic Dye Solar Cells and monolithic Perovskite Solar Cells respectively.
A screen printing zirconium dioxide paste for the deposition of insulating layers in monolithic Dye Solar Cells.
Firing the paste at 500°C yields an opaque white layer, that remains porous, with a minimal dye uptake. This allows for titania staining in the presence of an insulating zirconia layer, and offers good electrolyte penetration throughout the entire electrode stack at device assembly.
Load: ~30wt%
Particle size: 20-40 nm mixed with 5 µm
Vehicle: terpineol, organic binders
A screen printing zirconium dioxide nanoparticle paste for the deposition of insulating layers in monolithic Perovskite Solar Cells.
After firing at 500°C, the oxide particles form a mesoporous coating allowing for perovskite impregnation of the underneath layers.
Thanks to a composition exclusively made of nanoparticles, the resulting zirconia layers can be extremely thin, down to the micron, whilst ensuring electrical insulation without sacrificing device thinness and charge extraction.
Load: ~18wt%
Particle size: 20-40 nm
Vehicle: terpineol, organic binders
A slot-die coating formulation for the deposition of insulating mesoscopic zirconium dioxide layers.
Slot-die coating at 0.5 m/min, 0.2 mL/min typically yields a 500 nm thick layer after firing at 500°C for 45 min.
Load: ~6.75wt%
Particle size: 20-40 nm
Vehicle: terpineol, alcohols, organic binders
Should you like to place an order or ask for a quotation, please navigate to our webshop at shop.solaronix.com.
If you so prefer, you can also contact us directly with the desired items and quantities.
Download the Solaronix Materials brochure, with prices and references:
(PDF, 4.4 MB)