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Showing 13–24 of 57 results
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Deposition: Screen Print Vehicle: Aqueous-based Resistivity: 4.2E-6 to 1.0E-5 ohm-cm Substrates: Treated polyester, polyimide, glass, polycarbonate, coated papers, and cardstock Features: High conductivity, low surface roughness -
Deposition: Screen Print Vehicle: Aqueous-based Resistivity: 4.9E-6 to 1.4E-5 ohm-cm Substrates: Treated polyester, polyimide, glass, polycarbonate, coated papers, and cardstock Features: Excellent adhesion, low surface roughness -
Deposition: Screen Print Vehicle: Non-Aqueous Resistivity: ~2.5E-5 ohm-cm Substrates: PET, polyimide, glass Features: Requires PulseForge processing -
Deposition: Aerosol Vehicle: Aqueous Resistivity: 4.2E-4 to 1.9E-5 ohm-cm Substrates: Plastics, glass and metal Features: Contains a fluoropolymer for excellent adhesion and water resistance -
Deposition: Inkjet Vehicle: Aqueous Resistivity: 4.2E-4 to 1.9E-5 ohm-cm Substrates: Plastics, glass and metal Features: Contains a fluoropolymer for excellent adhesion and water resistance -
Deposition: Aerosol Vehicle: Aqueous Resistivity: 0.8 ohm-cm (curing at 100-225C) Substrates: Plastics, glass and metal Features: Contains a fluoropolymer for excellent adhesion and good water resistance -
Deposition: Inkjet Vehicle: Glycol ether Resistivity: 1.2E-5 ohm-cm Substrates: Polyimide Features: Process with PulseForge, laser, or formic acid vapor -
Deposition: Inkjet Vehicle: Glycol ether Resistivity: 9.0E-6 ohm-cm Substrates: Coated and uncoated glass Features: Process with laser or formic acid vapor -
Deposition: Aerosol Vehicle: Glycol ether Resistivity: 3.4E-6 to 7.7E-6 ohm-cm Substrates: PET, polyimide Features: Requires laser curing under reducing atmosphere or formic acid vapor -
Deposition: Screen Print Vehicle: Terpineol Resistivity: ~2.5E-5 ohm-cm Substrates: PET, polyimide, glass Features: Requires formic acid atmosphere curing