Next-generation conductive pastes for printed electronics
We develop high-performance formulations for printed electronics that combine superior conductivity with reduced use of precious metals - enabling more efficient, scalable, and cost-effective manufacturing.
Our project originates at the Karlsruhe Institute of Technology (KIT) and is supported by the Helmholtz Society’s spin-off program. We combine deep scientific expertise with a clear focus on industrial impact.
A New Physical Concept
At KCM, we combine scientific innovation with industrial relevance. Our conductive pastes are built on a novel physical principle that enables superior performance while reducing material costs and environmental impact. The result: A technology platform that is not only powerful, but also practical, ready to scale, easy to integrate, and adaptable across applications.
Cost-Efficient
Thanks to our novel concept, we significantly reduce the use of precious metals like silver. This lowers material costs without compromising electrical or mechanical performance. Ideal for cost-efficient solar cells.

Exceptional Conductivity
Thanks to our innovative technology, our formulations achieve significantly higher conductivity than traditional formulation methods. As a result, they enable more efficient current transport and are well-suited for high-performance applications.

Process-Compatible
Our formulations are compatible with standard printing technologies such as screen printing, dispensing, and stencil printing. This simplifies integration into existing production lines.

Scalable
The materials we develop are designed for industrial-scale production and support high-throughput manufacturing. They can be manufactured using standard process routes and rely exclusively on non-hazardous components. This ensures a safe, cost-efficient, and sustainable implementation.

Universally Applicable
Our technology is material-independent which makes our approach adaptable to a wide range of formulations and application areas, from solar to flexible electronics.



