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Printed Electronics case studies: the technology in action today 
Dr Juha Hartikainen, R&D Director Panipol, Finland at Printed Electronics USA 2005

Digital Printing and Material Deposition of Conductive Inks by Inkjet Technlogy 
Mr Wilhelm Meyer, Managing Director Microdrop Technologies GmbH, Germany at Printed Electronics USA 2005

Printed Electronics is Diversified 
Mr Geva Barash, CEO Parelec Inc, United States at Printed Electronics USA 2005

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Progress with PEDOT at Bayer
1 April 2005
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Progress with PEDOT at Bayer

 
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Bayer AG subsidiary HCStarck has concentrated on its existing PEDOT and PEDOT; PSS conductive polymers being impregnated in sintered tantalum and etched aluminium capacitors and used (but not often) to replace Indium Tin Oxide ITO conductive transparent films etc. PSS means polystyrenesulfonic acid which adds molecular tendrils to the PEDOT molecule giving gels with up to 95% water. The big Bayer breakthrough was to make PEDOT processable for lighting, electronic and other applications.
 
It is about 500 times as resistive for the same transparency but it was claimed that that means it is OK for touch screens and small devices. HCStarck believes that the limit of improvement of PEDOT as a conductor will be 1000 S/cm in 2006/7 because the mechanism of conduction is hopping transport.
 
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