100 grams/160 €
250 grams/245 €
1000 grams/324 €
Please contact us for quotes on larger quantities!
Thermoplastic Carbon Paste for Long-term Cell Degradation
Carbon paste specifically developed for Perovskite Solar Cells is a groundbreaking development in the photovoltaics industry. This cutting-edge material is specifically designed to fulfil the requirements of Perovskite Solar Cell technology and is essential to the formation of highly conductive electrode architectures. The carbon paste greatly improves the power conversion efficiency of perovskite solar cells by promoting effective charge transfer and reducing energy losses, which promotes the creation of more effective and sustainable solar energy solutions.
We have developed a special carbon paste specifically for Perovskite solar cells, which enables the construction of extremely conductive electrode architectures. Our thermoplastic carbon paste is perfect for screen printing and blade coating processes because it guarantees quick drying at low temperatures (<100 C) and a sheet resistance of less than 10 /square/25 m. The paste’s work function is enhanced by the addition of proprietary compounds, which enhance charge transfer from the perovskite layers. This paste offers a dependable and cost-effective alternative to gold sputtering for optimising the performance of perovskite solar cells.
Technical Properties:
| Test |
Properties |
| Viscosity (Uncured) |
9-19 Pa.S |
| Solids Content (150℃) |
43-46% (130oC,30 min) |
| Sheet Resistance (70ºC cure, 20 mins) |
<10 Ω/ /25µm (70oC, 20 min) |
| Adhesion |
5B |
| Hardness |
7B |
| Substrate |
Perovskite solar cells, PET |
| Deposition Method |
Flat-bed screen or blade coating |
| Screen |
180 mesh PE, 45µm wire diameter, 22,5°, 13 µm emulsion |
| Flood Speed |
50 mm/s |
| Print Speed |
50 mm/s |
| Screen Resisdence Time |
<2 hrs using a print-flood process |
