LOW TEMPERATURE PASTES

Elemental Inks & Chemicals offers a wide range of screen printable pastes for a variety of applications. We also offer bespoke formulations to meet the requirements of our customer needs. If you can't find a product that meets your criteria below please enquire with us through our contact page.

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

EIC Ag 03

EIC Ag 03 is a flexible thermoset silver paste for low temperature applications. When fully cured the ink has excellent adhesion to a variety of substrate and exceptional chemical and environmental resistance.

Applications: Conductive Tracks & Counter Electrode

Solids Content - 60%

Viscosity - 4.0-8.0 Pas

Resistivity - <100 mΩ/□ @ 25um

Curing - 140-150°C

EIC CR 25

EIC CR 25 is a screen printable thermoplastic carbon ink for low temperature applications.

This paste is excellent for working electrode applications offering good reversibility when using cyclic voltammetry and low CV %.

Solids Content - 38-42%
Viscosity - 3.0-6.0 Pas
Resistivity - <30 Ω/□ @ 25um
Curing - 80-120°C

Solids Content - 40%

Viscosity - 5.0-6.0 Pas

Resistivity - <4 Ω/□ @ 25um

Curing - 130°C

Solids Content - 40%

Viscosity - 5.0-6.0 Pas

Resistivity - <4 Ω/□ @ 25um

Curing - 130°C

EIC Ag 04

EIC Ag 04 is a high flexibility screen-printable thermoplastic silver paste for low temperature applications. When fully cured the ink has good adhesion to a wide range of substrates including polyester, polycarbonate and glass.

Applications: Conductive Tracks & Counter Electrode

Solids Content - 50%
Viscosity - 0.5-3.0 Pas
Resistivity - 15 mΩ/□ @ 25um
Curing - 80-130°C

EIC Ag 10

EIC Ag 10 is a screen-printable thermoplastic silver paste for low temperature applications. When fully cured the ink has good adhesion to a wide range of substrates including polyester, polycarbonate and glass.

Applications: Conductive Tracks & Counter Electrode

Solids Content - 60%
Viscosity - 1.0-4.0 Pas
Resistivity - 20 mΩ/□ @ 25um
Curing - 80-130°C

EIC Ag 20

EIC Ag 10 is a screen-printable silver paste for low temperature applications. When fully cured the ink has good adhesion to a wide range of substrates including polyester, polycarbonate and glass.

Applications: Conductive Tracks & Counter Electrode

Solids Content - 70%

Viscosity - 7.0-9.0 Pas

Resistivity - <20 mΩ/□ @ 25um

Curing - 80-130°C

EIC 6040

60:40 Ag/AgCl ratio screen printable paste with exceptional reference electrode properties. Wide variety of substrate compatibility.

Applications: Reference Electrode.

Resistivity - <100 mΩ/□ @ 25um

Curing - 80-130°C

EIC 8020

80:20 Ag/AgCl ratio screen printable paste with excellent reference electrode properties. Wide variety of substrate compatibility.

Applications: Reference Electrode

Resistivity - <500 mΩ/□ @ 25um

Curing - 80-130°C

EIC 5050

50:50 Ag/AgCl ratio screen printable paste with excellent electrochemical performance . Wide variety of substrate compatibility.

Applications: Reference Electrode.

Resistivity - <200 mΩ/□ @ 25um

Curing - 80-130°C

EIC Au 100

EIC Au 10 is a screen-printable thermoplastic gold ink for low temperature applications. It has excellent electrochemical performance. When fully cured the ink has good adhesion to a wide range of substrates including polyester, polycarbonate and ceramic.

Applications: Working Electrode

Solids Content - 80%

Viscosity - 10.0-16.0 Pas

Resistivity - 100 mΩ/□

@ 25um

Curing - 80-130°C

EIC Pt 400

EIC Pt 400 is a screen-printable thermoset platinum ink for low temperature applications. It has excellent electrochemical performance. When fully cured the ink has good adhesion to a wide range of substrates including polyester, polycarbonate and ceramic.

Applications: Working Electrode

Solids Content - 85%

Viscosity - 8.0-12.0 Pas

Resistivity - <400 mΩ/□ @ 25um

Curing - 130-150°C

EIC IN 02

EIC IN 02 is screen insulator paste specifically formulated for defining electrode areas on PET, PVC, polycarbonate and ceramic substrates. This paste provides excellent flexibility.

Application: Overprint, Insulator

Solids Content - 48-52%

Viscosity - 9.0-14.0 Pas

Curing - 80-130°C

EIC IN 03

EIC IN 03 is screen insulator paste with excellent resistance most solvents. Compatible with PET, PVC, polycarbonate and ceramic substrates.

Application: Overprint during immersion applications / defining electrode area.

Solids Content - 44-46%
Viscosity - 6.0-8.0 Pas
Curing - 80-130°C

EIC Pt 600

EIC Pt 600 is a screen-printable thermoplastic platinum ink for low temperature applications. It has excellent electrochemical performance. When fully cured the ink has good adhesion to a wide range of substrates including polyester, polycarbonate and ceramic.

Applications: Working Electrode

Solids Content - 87%
Viscosity - 6.0-12.0 Pas
Resistivity - <1 Ω/□ @ 25um
Curing - 80-130°C

EIC IN 07

EIC IN 07 is screen printable transparent polymer insulator paste for low temperature applications. This paste has exception optical clarity and adhesion to a variety of substrates.

Application: Overprint insulation / defining electrode area.

Solids Content - 32-34%
Viscosity - 2.0-4.0 Pas
Curing - 80-130°C

EIC IN 05

EIC IN 05 is a white thermoset environmental resistant screen printable dielectric paste for low temperature applications. When fully cured the ink has excellent adhesion to ITO This paste has been formulated specifically for use in electro luminescent systems.

Solids Content - 75%
Viscosity - 3.0-6.0 Pas
Curing - 130-150°C

EIC IN 04

EIC IN 05 is a pink thermoset environmental resistant screen printable dielectric paste for low temperature applications. When fully cured the ink has excellent adhesion to ITO This paste has been formulated specifically for use in electro luminescent systems.

Solids Content - 75%
Viscosity - 3.0-6.0 Pas
Curing - 130-150°C

EIC PB 02

EIC PB 02 is a heat curable 1K thermoset binder formulated specifically for use in electro luminescent systems. This system has exceptional chemical and environmental resistant and excellent adhesion to ITO.

Solids Content - 42%
Viscosity - 0.5-2.0 Pas
Curing - 130-150°C

EIC PH 14

EIC PH 14 is a screen printable high brightness orange phosphor paste. Excellent adhesion to flexible and rigid ITO substrates. Good environmental resistance.