Conductive inks are functional formulations based on silver, carbon, and graphite that enable the printing of conductive traces, resistors, and insulating layers on paper, plastics, textiles, and glass. CHEMIKONICS offers VFP Ink Technologies conductive inks – solvent-based and low-temperature silver inks (SILVER ELECTRON), carbon inks for resistors (CEL series), UV dielectric varnishes (ECV), and piezoelectric inks (PIEZO ELECTRON). Conductive inks are used in the production of membrane switches, touch panels, RFID tags, flexible electronics (wearables), piezoelectric and haptic sensors, and molded components (IME/IMD). All products comply with the non-CMR policy and are accompanied by technical data sheets (TDS) and safety data sheets (SDS).
SILVER ELECTRON
Silver Conductive Paint for Printed Electronics
SILVER ELECTRON (SE) is a solvent-based silver-based conductive ink designed for printed electronics applications. It provides high electrical conductivity and high stability of conductive properties over time after annealing, as well as excellent flexibility. It is ideal for the production of printed conductive traces, sensors, membrane switches, RFID antennas, and flexible electronics. The product is compatible with PET, PVC, polycarbonate, surface-modified polyester, glass, polyimide, and paper/cardboard substrates and meets the requirements of the non-CMR policy.
Low Viscosity – SILVER ELECTRON LOW ENERGY CURING
Low viscosity silver conductive paint for printed electronics
LOW VISCOSITY – SILVER ELECTRON LOW ENERGY CURING is a low-viscosity conductive silver ink designed for screen printing in printed electronics applications. Its optimized rheology enables the printing of thin, precise conductive traces while maintaining high electrical conductivity. Low-temperature curing makes it ideal for temperature-sensitive substrates such as PET films, paper, and cardboard. This product complies with non-CMR regulations and is ideal for the production of membrane switches, RFID tags, touch panels, and flexible printed electronics.
PIEZO ELECTRON UV
Piezoelectric Paint for Printed Electronics
PIEZO ELECTRON UV (PEUV) is a piezoelectric UV ink designed for printed electronics. UV curing enables the rapid production of active functional layers. Requiring a low bias voltage (20 V/µm), it can be used in thermally sensitive components, simplifying the manufacturing process. The ink is suitable for pressure and vibration sensors, haptic elements, energy harvesting systems, and other printed electronics applications. The formulation is PFAS-free and complies with non-CMR requirements.
PIEZO ELECTRON SOLVENT
Piezoelectric Paint for Printed Electronics
PIEZO ELECTRON SOLVENT (PESOL) is a solvent-based piezoelectric ink designed for printed electronics applications. It enables the creation of active layers that respond to pressure, strain, and vibration by generating an electrical signal. The product is used in piezoelectric sensors, haptic elements, energy harvesting systems, structural monitoring, and flexible electronics. The non-CMR formulation ensures safer use and high compatibility with screen printing processes.
SILVER ELECTRON STRETCHABLE
Silver Paint for Printed Electronics
SILVER ELECTRON STRETCHABLE (SES) is a solvent-based, silver-based conductive ink designed for applications requiring high flexibility and stretchability. The product was developed for wearable electronics, intelligent textiles, and thermoformed components (IME/IMD). After appropriate curing, the ink provides high electrical conductivity, heat resistance, excellent substrate adhesion, and high print resolution. It can be used on PET, polycarbonate, and polyurethane substrates and is compatible with thermoforming processes. The formulation is CMR-free (non-CMR).
ECV003
Dielectric Varnish for Printed Electronics
ECV003 is a UV dielectric varnish designed for printed electronics, used to isolate conductive layers and create conductive bridges (cross-overs) in multi-layer systems. It provides excellent electrical insulation (dielectric strength ≥ 4000 V in two layers) and increased UV resistance during the curing process. The product is chemically compatible with Silver Electron inks and can be used on PET, polycarbonate, surface-modified polyester, and paper/cardboard substrates. The formulation meets the requirements of the non-CMR policy.
CARBON ELECTRON-001
Resistive Carbon Paint for Printed Electronics
CARBON ELECTRON 001 (CEL001) is a solvent-based carbon ink designed for printed electronics applications. The product provides good electrical conductivity, high-quality screen printing, and uniform coverage even on large surfaces. It is compatible with PET and paper substrates, and its non-CMR formulation provides a safer solution for modern production processes. The ink is used on printed resistors, carbon traces, sensor electrodes, and membrane keypad contacts.
FLEXOGRAPHY SILVER ELECTRON
Silver Conductive Paint for Printed Electronics
FLEXOGRAPHY SILVER ELECTRON (FSE) is a solvent-based, silver-based conductive ink specifically designed for flexographic printing in printed electronics applications. It provides high electrical conductivity, stable parameters after curing, and high flexibility of printed traces. The product is intended for high-volume production of applications such as RFID tags, antennas, flexible printed circuits, and other functional electronics components. The ink is compatible with paper, PET, polycarbonate, and polyester substrates and meets the requirements of the non-CMR policy.
SILVER ELECTRON LOW ENERGY CURING
Silver Conductive Paint for Printed Electronics
SILVER ELECTRON LOW ENERGY CURING (SELEC) is a solvent-based, silver-based conductive ink for printed electronics. Designed for processes requiring reduced temperatures and faster curing times, it performs well on thermally sensitive substrates such as PET, paper, foils, and TCA. The ink provides high electrical conductivity, good printability, and uniform surface coverage while maintaining non-CMR compliance.
SILVER ELECTRON THIN FILM
Silver Conductive Paint for Printed Electronics
SILVER ELECTRON THIN FILM (SETF) is a solvent-based, silver-based conductive ink designed for creating thin conductive layers in printed electronics. It provides good electrical conductivity, excellent adhesion, and very good print resolution, enabling the creation of thin and uniform conductive paths. After annealing, it remains flexible and resistant to elevated temperatures. The product is compatible with PET, PVC, polycarbonate, glass, polyimide, paper/cardboard, and surface-modified polyester substrates and meets the requirements of the non-CMR policy.
ECV004
Dielectric Varnish for Printed Electronics
ECV004 is a UV dielectric varnish designed for printed electronics, used to isolate conductive layers and create conductive bridges (cross-overs) in multi-layer systems. It provides excellent electrical insulation (dielectric strength ≥ 4000 V in two layers) and increased UV resistance during the curing process. The product is chemically compatible with Silver Electron inks and can be used on PET, polycarbonate, surface-modified polyester, and paper/cardboard substrates. The formulation meets the requirements of the non-CMR policy.
SILVER ELECTRON CHEMICALLY AND THERMALLY RESISTANT
Silver Conductive Paint for Printed Electronics
SILVER ELECTRON CHEMICALLY AND THERMALLY RESISTANT (CTR) is a two-component conductive silver paint designed for applications requiring high chemical and thermal resistance. It ensures durability and stability of conductive paths even in demanding operating conditions, maintaining high electrical conductivity and excellent adhesion to substrates. The solvent-based formulation contains bio-based ingredients and complies with the non-CMR policy. The product is used in printed electronics for the automotive industry, industrial equipment, and applications exposed to aggressive chemicals and elevated temperatures.
CARBON ELECTRON-003
Resistive Carbon Paint for Printed Electronics
CARBON ELECTRON 003 (CEL003) is a next-generation solvent-based carbon ink designed for printed electronics. It provides stable and repeatable resistivity, high print quality, and good mechanical resistance. The product is used in the production of printed resistors, carbon traces, electrodes, membrane keypad contacts, as well as measuring elements and sensors. The ink was developed with demanding industrial and R&D processes in mind.
Conductor 3
Third generation conductive ink for Voltera V-One and NOVA printers – higher conductivity, flexibility and durable hand soldering
Conductor 3 is Voltera's third-generation silver conductive ink, designed for printing conductive traces and pads on PCBs using the V-One and NOVA printers. Compared to Conductor 2, it offers higher conductivity, greater flexibility, and more durable hand soldering. Compatible with typical PCB substrates (FR1 and FR4 epoxy laminates), as well as glass, PET film, and polyimide (Kapton). 2 mL cartridge, made in the USA – requires refrigerated storage (4-10°C), shelf life up to 12 months from the date of production.
Conductor 4
4th generation conductive ink for Voltera V-One printer – high silver content, excellent solderability and short curing time
Conductor 4 is Voltera's latest, fourth-generation silver conductive ink. It contains 80% silver by weight (nanoparticles approximately 80 nm) and is designed for printing conductive traces and pads on PCBs (FR1, FR4 laminates) using the V-One printer. It provides excellent water and alcohol resistance and very good solderability – it accepts soldering with tin-bismuth-silver wire with flux at 180°C. Thermal cure: 10 minutes at 175°C. 2 mL cartridge, made in the USA – requires refrigerated storage, shelf life up to 12 months from the date of production.
T4 Sn42Bi57.6Ag0.4 solder paste
Lead-free tin-bismuth-silver solder paste for Voltera V-One printer – lower melting temperature, ideal for silver printed paths
T4 Solder Paste is a lead-free, RoHS-compliant tin-bismuth-silver (Sn42Bi57,6Ag0,4) alloy paste designed for soldering SMD components on V-One printed PCBs, as well as on factory-printed PCBs. The addition of bismuth lowers the remelting temperature compared to other alloys, making T4 paste ideal for working with V-One printed silver traces.