Xeroxreg Silver NanoparticlePiezo Inkjet Ink

T E C H N O L O G Y

bull Low annealing temperature (80 ndash 120degC)enabled1048579by small and uniform particles (8 nm plusmn 2 nm)

bull Resistivity up to 3x bulk silver

bull Excellent latency gt24 hr in printhead

bull Hy drocarbon-based ink vehicle

bull Customization available

bull Produced at kilo-scale in XRCC pilot plantwith consistent lot-to-lot reproductibility

4 ndash 7 cps

25 ndash 33 mNm

hy drocarbon

40 ndash 45 wt

lt 15 nm

80 ndash 120 degC

M AT E R I A L P E R F O R M A N C E

Resistivity 3 ndash 6x bluk Ag

Conductivity gt 9 x 104 Smiddotcm-1

Conductive traces printed using a Dimatix DMP 2800 printer Printed line widths were 55 ndash 120 μm and line thicknesses were 60 ndash 200 nm after cure

E N G A G E U S

Electronic Materials Business Manager

(905) 823-7091 Ext 201

electronicmaterialsxeroxcom

X E R O X R E S E R A R C H C E N T R E O F C A N A D A

The Xerox Research Centre of Canada delivers real-world solutions in electronic materials sustainable materials chemical processes coatings security and authentication and novel technologies for the printing electronics and manufacturing industries

Xerox Research Centre of Canada 2660 Speakman Drive Mississauga ON Canada L5K 2L1

Xerox silver nanoparticle ink is based on proprietary silver nanoparticles designed and created at the Xerox Research Centre of Canada

For more information please visit wwwxeroxcaxrcc

copy2017 Xerox Corporation All rights reserved Xeroxreg and Xerox and Designreg are trademarks of Xerox Corporation in the United States andor other countries

90012015 Certifi edQuality Management SystemISO

P R O D U C T C O D E x c m - n s I J

80 ndash 120 degC

I N K C H A R A C T E R I S T I C S

Viscosity

Surface Tension

Ink Vehicle

Metal Content

Particle Size

CCuurre (e (tthheerrmmaal ul unnddeer ar ammbbiieenntt))

Photonic sintering also available