ON 20090625@1:07:43 PM at page:
On a web page you were interested in at:
http://techref.massmind.org/techref/pcb/direct-inkjet-metal-traces.htm#39989.547025463
James Newton[JMN-EFP-786] See also:
http://www.cabot-corp.com/
Cabot Conductive Ink, CCI-300, is a general-use ink designed for piezoelectric inkjet printing of conductive features on a variety of substrates. CCI-300 is comprised of engineered nanoparticles in a liquid vehicle. Cabot's CCI-300 ink contains surface modified ultra-fine silver nanoparticles that are engineered for reliable inkjet printing to form highresolution, low resistivity conductive features on a variety of substrates. Because metal nanoparticles have reduced melting and sintering temperatures as compared to their micron-sized counterparts, CCI-300 can be processed at temperatures as low as 100ºC. This enables printing of highly conductive metal features on low cost substrates such as paper, FR4, polyester, polyimide, display glass, and silicon.



ON 20090625@1:11:36 PM at page:
On a web page you were interested in at:
http://techref.massmind.org/techref/pcb/direct-inkjet-metal-traces.htm#39989.5497222222
James Newton[JMN-EFP-786] See also:
http://www.parelec.com/data_sheets.html
Parmod&#194;&#174;VLT silver and copper conductive inks Parmod VLT can be used to metallize micro-vias and fine <BR>
conductor lines in high density interconnect applications, <BR>
such as build-up circuit boards and semiconductor<BR>
packaging, enabling less than 50 micron lines and spaces.