Products

NovaCentrix Metalon JS-A211 is an electrically conductive ink designed to produce circuits on non-porous, temperature-sensitive substrates including polycarbonate, PET, polyimide, and glass. The ink contains a fluoropolymer which provides excellent adhesion and water-resistance on most substrates. The Metalon JS-A series of inks are specially formulated for compatibility and stability with various printheads including those manufactured by Dimatix and Xaar.

NovaCentrix Metalon HPS-021LV is an electrically conductive silver flake ink designed to produce conductive traces on low-temperature to high-temperature substrates such as paper, PET, glass, polyimide, and silicon. Metalon HPS-021LV ink is specially formulated for screen printing. It is a water-based Ag flake ink.

JG-014UA is an electrically conductive gold nanoparticle ink designed to produce conductive traces on substrates such as paper, PET, glass, and polyimide. JG-014UA ink is specially formulated for aerosol printing using ultrasonic atomization and contains a polymeric additive for improved adhesion to a variety of substrates. Cured prints are also resistant to water and isopropanol. Applications for the ink include general purpose printing as well as biomedical applications, high density interconnects, and fine line printing.

NovaCentrix Metalon HPS-030LV is an electrically conductive silver flake ink designed to produce conductive traces on low-temperature to high-temperature substrates such as paper, PET, glass, polyimide, and silicon. Metalon HPS-030LV ink is specially formulated for screen printing. It is a water-based Ag flake ink.

NovaCentrix Metalon JS-A191 is an electrically conductive ink designed to produce circuits on non-porous, temperature-sensitive substrates including polycarbonate and PET. The ink can be thermally cured or PulseForge® processed. The Metalon JS-A series inks are specially formulated for compatibility and stability with various printheads including those manufactured by Dimatix and Xaar.

NovaCentrix Metalon JS-A101A is an electrically conductive ink designed to produce circuits on porous and non-porous substrates such as coated papers and polymeric films including polycarbonate and PET. This ink can be thermally cured at temperatures as low as 100°C or PulseForge® processed for enhanced conductivity. The ink is formulated for printing from the Dimatix Samba printhead and various thermal inkjet printheads such as those manufactured by HP. It is a water-based silver nanoparticle inkjet ink, suitable for Piezo (Samba, KM, others), and thermal HP inkjet heads on porous and nonporous substrates, such as plastics and paper (requires PulseForge® curing).

NovaCentrix Metalon JS-A291 is an electrically conductive ink designed to produce circuits on non-porous, temperature-sensitive substrates including polycarbonate, PET, polyimide, and glass. The ink contains a polyurethane which provides excellent adhesion and water-resistance on most substrates. The Metalon JS-A series of inks are specially formulated for compatibility and stability with various printheads including those manufactured by Dimatix and Xaar.

JG-106 is an electrically conductive gold nanoparticle ink designed to produce conductive traces on substrates such as paper, PET, glass, and polyimide. JG-106 ink is specially formulated for inkjet printing and is compatible with a variety of printheads including the FujiFilm Dimatix Samba. The formulation contains a polymeric additive for improved adhesion to a variety of substrates and cured prints are resistant to water and isopropanol. Applications for the ink include general purpose printing as well as biomedical applications, high density interconnects, and fine line printing.

NovaCentrix Metalon JS-A102A is an electrically conductive ink designed to produce circuits on porous and non-porous substrates such as coated papers and polymeric films including polycarbonate and PET. This ink can be thermally cured at temperatures as low as 100°C or PulseForge® processed for enhanced conductivity. The ink is formulated for printing from the Dimatix DMP series printers.