Breakthrough in Conductive Nanomaterial Inks for Printed Electronics and PV Applications

Dr Richard Dixon, Chief Operating Officer

Intrinsiq Materials Ltd

United Kingdom

This presentation was given at Printed Electronics Asia 2010 on Oct 13, 2010.

Downloads

Intrinsiq Materials Ltd Presentation^*

If you already have access, please [Login]

Access can be purchased via IDTechEx Credits

Presentation Summary

Copper and Nickel inks available now, Silicon ink available soon
Oxide free inks, suitable for a wide range of substrates
Can be cured photonically in air at room temperature to produce highly conductive films
Can be printed using inkjet and other common printing techniques
Formulations tailored for specific customer applications possible

Speaker Biography (Richard Dixon)

Dr. Richard J. Dixon has a BSc in Chemistry from Imperial College and a PhD in semiconductor physics. He also has an MBA from Durham University. Before joining Intrinsiq Materials in 2007 as COO he was Director of Operations for an electronics design and manufacturing company floated on the stock market with a market cap of over GBP 100 m. In his early career, Richard worked as a project manager for a large electronics multinational running multi million pound capital installation projects and new product development.

Company Profile (Intrinsiq Materials)

Intrinsiq Materials is a UK-based advanced materials company providing nanoparticle copper ink formulations for printed electronics applications. Our copper nanoparticle ink, 'Intrinsiq CI', is an innovative ink formulation designed for photonic curing at room temperature in air. It is ready to print using industry standard commercial inkjet systems on a variety of substrates including paper, polyimide and FR4, producing conductivities comparable to commercial silver inks.