CARBON PASTES

CARBON RESISTOR PASTES

Solids Content - 40%

Viscosity - 5.0-6.0 Pas

Resistivity - <4 Ω/□ @ 25um

Curing - 130°C

EIC CR 05

EIC CR 05 is a screen-printable thermoplastic carbon paste for low temperature applications. When fully cured the ink has good adhesion to a wide range of substrates including polyester, polycarbonate and glass as well as excellent electrochemical performance.

Applications: Batteries, Resistive Heaters, Busbars Conductive Tracks and Working Electrodes

Solids Content - 38-42%

Viscosity - 7.0-9.0 Pas

Resistivity - <5 Ω/□ @ 25um

Curing - 80-130°C

EIC CR 06

EIC CR 06 is a faster drying version of EIC CR 05

Applications: Batteries, Resistive Heaters, Busbars Conductive Tracks and Working Electrodes

Solids Content - 38-42%

Viscosity - 6.0-8.0 Pas

Resistivity - <5 Ω/□ @ 25um

Curing - 80-130°C

EIC CR 10

EIC CR 10 is a screen-printable thermoplastic Prussian blue mediated carbon paste for low temperature applications. When fully cured the ink has good adhesion to a wide range of substrates including polyester, polycarbonate and ceramic as well as excellent electrochemical performance with good reversibility and low CV %

Applications: Working Electrode

Solids Content - 38-42%

Viscosity - 7.0-10.0 Pas

Resistivity - <10 Ω/□ @ 25um

Curing - 80-130°C

EIC CX 50

EIC CX 50 is a screen-printable thermoset graphene ink for low temperature applications. When fully cured the ink has excellent chemical and environmental resistance with good adhesion to a wide range of substrates.

Solids Content - 50%

Viscosity - 7.0-8.0 Pas

Resistivity - <75 Ω/□ @ 25um

Curing - 130-150°C

EIC CR 03

EIC CR 03 is a high conductivity screen-printable thermoplastic paste used in a variety of applications. When fully cured the ink has good adhesion to a wide range of substrates including polyester, polycarbonate and glass.

Applications: Batteries, Resistive Heaters, Busbars and Conductive Tracks 

Solids Content - 38-42%

Viscosity - 7.0-9.0 Pas

Resistivity - <3 Ω/□ @ 25um

Curing - 100-140°C