Copprint releases LF366, conductive copper ink for ultra-fine lines and for Photovoltaics applications.
This 4th-generation copper ink allows high thixotropy, low spreading, and top conductivity of 5 μΩcm. See https://lnkd.in/dXUXvzM3.
Vicky Gordon Cooperstein, our research scientist who led the development of LF366 with great success, will be participating next week in the Metallization & Interconnection Workshop (Helmholtz-Zentrum Berlin on October 20-21). and the TechBlick Berlin conference on October 22-23. Reach out to her to learn more about the optimized processing of LF366.
LF366 was developed as part of our IBC4EU consortium participation.
While the Silver price achieved an all-time record (>$1700/Kg ; >$53/oz), we are continuing our path for lower cost, high-conductive copper inks and collaborating with top world PV research institutes, including ISC Konstanz, UNSW, Fraunhofer-Institut für Solare Energiesysteme ISE, TNO, CSEM, and Forschungszentrum Jülich.
Nano Copper Inks that outperform silver. Anything you can print with silver, copper can do better.
Glass is ideal for transparent digital signage due to its translucency and thermal conductivity. Traditional methods for conductive traces, like...
Glass is an ideal substrate for media display applications due to its translucency and high thermal conductivity
