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Deposition: | Inkjet |
Vehicle: | Aqueous |
Resistivity: | 7.8E-6 to 3.1E-5 ohm-cm |
Substrates: | Coated papers, coated or uncoated plastics, and glass |
Features: | Reflective silver ink for digital optical effects |
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 |
Deposition: | Spray |
Vehicle: | Aqueous-based |
Resistivity: | 9E-6 to 1.1E-5 ohm-cm |
Substrates: | PET, polyimide, PC, polyurethane |
Features: | Well-suited for applications where a high electrical conductivity is required. |
Deposition: | Spray |
Vehicle: | Aqueous-based |
Resistivity: | 1.2E-5 to 1.4E-5 ohm-cm |
Substrates: | PET, polyimide, PC, polyurethane, ABS |
Features: | Easily cured at temperatures as low as 70˚C. Cured films exhibit excellent scratch and abrasion resistance, salt spray resistance, and excellent adhesion. |
Deposition: | Spray |
Vehicle: | Aqueous-based |
Resistivity: | 6.4E-6 to 1.1E-5 ohm-cm |
Substrates: | Glass, transparent conducting oxides (TCO), treated polyester, polyimide |
Features: | Specifically designed for glass and transparent conducting oxide (TCO) surfaces. When cured, exhibits high electrical conductivity, good adhesion, and low surface roughness. May be used as a seed layer for electroplating metals. |
Deposition: | Spray |
Vehicle: | Aqueous-based |
Resistivity: | 5.7E-6 to 1.7E-5 ohm-cm |
Substrates: | Treated polyester, polyimide, polycarbonate, polyurethane, paper |
Features: | Produces cured films with high electrical conductivity, good scratch and abrasion resistance, and good adhesion. May be used in EMI / RF shielding, filter and membrane design for wastewater treatment, and as a seed layer for metal electroplating. |