
Dive Into A World
Of Possibilities
Translating n-ink's materials into applications.
Batteries
n-ink enhances the next generation of Li-batteries with its PFAS-free and NMP-free conductive binder, proven effective for both LFP and NMC chemistries. By combining mechanical cohesion and electrical conductivity in a single material, n-ink’s binder ensures superior battery stability, safety, and performance. Our solution is fully compliant with current and upcoming PFAS regulations, providing a future-proof alternative to PFAS-based binders (e.g. PVDF) that require toxic solvents (e.g. NMP). Additionally, it reduces the need for conductive agents such as carbon black or carbon nanotubes, simplifies compliance with environmental regulations, and supports the transition to more sustainable and efficient energy storage technologies.
Polymeric capacitors
With the superior thermal stability of n-ink's materials, able to withstand temperatures up to 225 °C as opposed to the current industry standard of 125 °C, we can substantially broaden the operational temperature range for polymer capacitors.
This enhancement makes them suitable for automotive applications, which demand a temperature threshold of 150 °C. Furthermore, the increased stability of n-ink extends the lifespan of these capacitors, thereby reducing electronic waste and fostering a more sustainable use of resources.
Hybrid solar cells
n-ink's materials are used as electron transport materials in solar cells and boost their performance through better energy alignment and improved interfaces, which also increased their operational lifetime. We are aiding in meeting climate targets and accelerating the adoption of renewable energy solutions.
Research applications
With the superior thermal stability of n-ink's materials, able to withstand temperatures up to 225 °C as opposed to the current industry standard of 125 °C, we can substantially broaden the operational temperature range for polymer capacitors.
This enhancement makes them suitable for automotive applications, which demand a temperature threshold of 150 °C. Furthermore, the increased stability of n-ink extends the lifespan of these capacitors, thereby reducing electronic waste and fostering a more sustainable use of resources.

We Integrate With Your Ecosystem
n-Ink provides several dedicated n-type ink formulations which are compatible with existing solution-deposition processes for Printed Electronics, Internet of Things and Bioelectronics. The strong scientific background of the n-Ink team allows for inks that are tailored to the needs of the customer.