Development of a conductive inkjet ink based on carbon nanotubes to produce RFID 13,56Mhz antennas (RFID Europe 2009)

Miss Aurore Denneulin, Research engineer
LGP2 Polypore, France
 
Sep 30, 2009.

Downloads

PolyPore audio*
PolyPore Presentation*

If you already have access, please [Login]

Presentation Summary

  • Preparation of new conductive inks for inkjet process based on Carbon Nanotubes
  • Comparison of different kinds of carbon nanotubes
  • Influence of the carbon nanotubes loading in the ink
  • Electrical characterization of the printing patterns

Speaker Biography (Aurore Denneulin)

Aurore Denneulin is a paper engineer with a master degree from the International Engineer School of Paper, Print Media and Biomaterials (Grenoble INP Pagora). She is currently working as a research engineer and is in charge of product development for Polypore (France). Her current research interests are in the development of conductive ink to produce electronic component by using printing processes.

Company Profile (LGP2 Polypore)

LGP2 Polypore logo
As a manufacturer of laser and inkjet cartridges since 1988, Polypore offers an alternative to the constraints imposed by OEMs. With two Production sites and several offices and subsidiaries across the world, we are able to offer our distributors knowledge of the product and market needs. We are working to make sure that the digital message will be faithfully reproduced on the printed document. Since 2007, Polypore develops also a research activity focused on the development of conductive inks.
View LGP2 Polypore Timeline