Applied Nanotech
Applied Nanotech
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United States
Profile
Applied Nanotech, Inc. offers copper, aluminum, nickel, and silver inks and pastes which can be patterned using a variety of different printing technologies such as inkjet, aerosol jet, screen printing, and flexo/gravure roll-to-roll printers. Our inks are designed for applications such as photovoltaics, flex cables, PCBs, and displays, and have been demonstrated on substrates such as silicon, polyimide, PET, paper, textiles, glass and many others. Our copper ink technology recently received the R&D 100 Award for being one of the top innovations of 2010. Partner with us and leverage our technologies and expertise to achieve your goals.
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2020
13 Nov 2020
Materials for Printed/Flexible Electronics 2021-2031: Technologies, Applications, Market Forecasts
IDTechEx Report: Dr Matthew Dyson, Raghu Das and Dr Richard Collins
2019
16 Sep 2019
Flexible, Printed and Organic Electronics 2020-2030: Forecasts, Technologies, Markets
IDTechEx Report: Raghu Das and Dr Xiaoxi He
14 Feb 2019
Transparent Conductive Films and Materials 2019-2029: Forecasts, Technologies, Players
IDTechEx Report: Raghu Das
2013
23 Oct 2013
DAICEL CORPORATION
24 Sep 2013
Promethean Particles
8 Jan 2013
Intrinsiq Materials
They also produce copper nanoparticles
2012
16 Aug 2012
Applied Nanotech unveils low-cost micron copper ink
Can replace more expensive silver inks used in the growing printed electronics industry10 Jan 2012
Novacentrix
Copper (not copper oxide) nanoparticles or mixtures of flakes and nanoparticles.
2011
13 Dec 2011
Growth in printed electronics
Last week IDTechEx held the largest (worldwide) printed electronics and photovoltaics conference and tradeshow in Silicon Valley (Santa Clara Convention Center, California). This show brought together more than 1300 attendees from 28 countries. Players active across the entire value chain were present; covering the full range from research organisations to end-users, and from small start-ups to multi-billion internationals.1 Dec 2011
CNT Field Emission
Applied Nanotech, Inc.United States
28 Sep 2011
Graphene overtaking carbon nanotubes
Graphene is considered a hot candidate for applications such as computers, displays, photovoltaics, and flexible electronics.2010
8 Dec 2010
Printed Electronics USA 2010 Highlights
Last week the annual IDTechEx Printed Electronics event was held in the heart of Silicon Valley in California. Almost 1200 people attended the conference and 49,000 square foot exhibition.2 Dec 2010
Applied Nanotech Holdings
Applied Nanotech Holdings unveils transparent and electrically conductive substrates using copper-based metallic mesh technology during Printed Electronics USA 20101 Dec 2010
Applied Nanotech Holdings introduces EXCLUCENT™ during PE USA 20
Applied Nanotech Holdings unveils transparent and electrically conductive substrates using copper-based metallic mesh technology during Printed Electronics USA 201017 Nov 2010
Applied Nanotech exhibits its metallic inks and pastes at PE & PV 2010
Applied Nanotech exhibits its metallic inks and pastes at the 2010 Printed Electronics USA and Photovoltaics USA Conference2009
5 Oct 2009
New trends in printed electronics
21 Apr 2009
The latest on conductive materials
"Conductive materials for printed electronics were one of the interesting topics on the morning of the second day of the IDTechEx conference Printed Electronics Europe 2009" reports Cathleen Macher.15 Apr 2009
Winners of the IDTechEx Printed Electronics Europe Awards
The annual IDTechEx Printed Electronics Europe conference and exhibition in Dresden, Germany, last week hosted the annual awards to recognise outstanding achievement in the industry. The Deputy Mayor of Dresden, Dirk Hilbert, opened the Awards.8 Apr 2009
Inkjettable Copper Nanoparticles Ink Breakthrough: a stab to replacing silver ink
Applied Nanotech, United States
23 Mar 2009
Copper particles electrify paper
The Polymer Chemistry Research Group at the University of Helsinki, Finland, has succeeded in producing nano-sized metallic copper particles that when reduced to nano-scale, the properties of the material undergo substantial changes.