100 grams/160 €
250 grams/245 €
1000 grams/324 €
Please contact us for quotes on larger quantities!
Thermoplastic Carbon Paste, Drying Temperature: <100 °C
A revolutionary advancement in the realm of photovoltaics, thermoplastic carbon paste was developed especially for perovskite solar cells. This innovative material combines excellent electrical conductivity with superior adhesion and processability to increase the productivity and reliability of the fabrication of perovskite solar cells. The rapid development and adoption of Perovskite Solar Cell technology is largely dependent on the thermoplastic carbon paste, a component of the solar cell electrode structure. For the purpose of creating exceptionally conductive carbon electrode designs in Perovskite Solar Cell applications, our carbon paste is especially made for screen printing and blade coating applications. It is necessary to achieve higher power conversion efficiency while adopting preventative measures against long-term effects of cell breakdown. Less than is the paste’s low sheet resistance.
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 |
