Conductive Inks
Showing all 9 results
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Deposition: Flexo Vehicle: Aqueous-based Resistivity: 4.5 E-6 to 5E-6 ohm-cm Substrates: Plastics, Label paper Features: Designed for treated polyolefin (e.g. PE and PP) surfaces. Exhibits high electrical conductivity, good abrasion and scratch resistance, low surface roughness, and excellent adhesion. May also be printed on other types of plastic and label paper. Suitable applications include antenna, RFID, and sensor. -
Deposition: Screen Print Vehicle: Aqueous-based Resistivity: 4.2E-6 to 1.0E-5 ohm-cm Substrates: Plastics, paper, glass, transparent conducting oxides (TCO), cardstock Features: High conductivity, low surface roughness -
Deposition: Screen Print Vehicle: Aqueous-based Resistivity: 4.9E-6 to 1.4E-5 ohm-cm Substrates: Plastics, paper, glass, transparent conducting oxides (TCO), 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: Inkjet Vehicle: Glycol ether Resistivity: 1.2E-5 ohm-cm Substrates: Polyimide Features: Process with PulseForge, 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: Inkjet Vehicle: Aqueous-based Resistivity: 9.0E-6 ohm-cm Substrates: Novele Features: Print on Novele with PulseForge processing -
Deposition: Inkjet Vehicle: Aqueous Resistivity: ~1.5E-5 to ~3E-6 ohm-cm Substrates: Novele or Epson photo paper Features: Conductive immediately after printing -
Deposition: Inkjet Vehicle: Aqueous Resistivity: ~1.5E-5 to ~3E-6 ohm-cm Substrates: Novele or Epson photo paper Features: Conductive immediately after printing