XZ351 Conductive Carbon Thermosplastic PTF Ink.
Typical surface resistivity at a dry film print thickness of 25 microns is <=18Ω/sq. 26-8203 Conductive Carbon Thermosplastic PTF Ink.
Typical surface resistivity at a dry film print thickness of 25 microns is <=42≤70Ω/sq. XZ250 Thermoplastic Conductive Silver Ink.
Typical surface resistivity at a dry film print thickness of 25 microns is <=0.025≤0.04Ω/sq. XZ255 Thermoplastic Conductive Silver Ink.
Typical surface resistivity at a dry film print thickness of 25 microns is <=0.02Ω/sq. Can be used for electroluminescence. PTC100 Positive Temperature Co-efficient Ink
Suitable for a wide range of applications including Automotive, Medical and Heating. Solderable Conductive Ink.
SunChemical supply the ParelecTM range of Conductive inks for RFID with-in Europe.
| XZ302-1 Carbon Conductive Ink.
(Different viscosity versions available).
Typical surface resistivity in Ω/sq at 25 microns
Is <=10Ω/sq. XZ253 Silver Thermosetting Conductive Ink.
A highly conductive ink.
Typical surface resistivity in Ω/sq at 25 microns
Is <=0.04Ω/sq. XV800-1 Silver UV Curing Conductive Ink.
(Different viscosity versions available).
Typical surface resistivity in Ω/sq at 25 microns
Is <=0.2Ω/sq. XZ405 <160ohms/square XZ406 <300ohms/square |