Screen Printing Conductive Inks

VFP

Extensive screen printing experience and high investment in research and development have been serving VFP Ink Technologies customers for 25 years. Innovation is the key to VFP development with flexible printed electronics solutions that are easily integrated into all manufacturing and industrial processes.

Vfp logo

VFP Silver Electron

Discover our wide range of inks made from conductive silver and copper particles, specially made to meet the specifications of industrial processes.

  • High flexibility
  • Easy to use and clean
  • Becomes conductive after just 1 minute curing at 120 ° C.
VPF silver electron conductive ink

VFP ECV Dielectric Varnish

Screen printing dielectric UV varnish for multilayer microchip printing.

  • High flexibility
  • Polymerization energy – 60-120 mJ / cm2
  • Color – clear, bluish, greenish
Vfp dielectric varnish

EMS (Nagese Group)

EMS has been offering a variety of conductive and dielectric inks for printed electronics for more than 20 years. EMS believes that all applications are unique and specific, so EMS’s ability to define, plan and create solutions for customers is superior to competitors.

EMS logo

EMS CI-1001

Screen printing inks with silver particles for printing conductive tracks.

  • Filler – Ag
  • Viscosity – 17,000 cps
  • Curing to conductivity – 10 min at 110 ° C
  • Layer thickness – 7-15 µm
  • Electrical resistance – 0.015 Ω

EMS CI-1036

Screen printing inks with silver particles when durability is required for flexible and resilient surfaces.

  • Filler – Ag
  • Viscosity – 10,000 cps
  • Curing to conductivity – 10 min at 120 ° C
  • Layer thickness – 7-15 µm
  • Electrical resistance – 0.010 Ω
EMS conductive elastic ink

EMS CI-2001

Screen printing dielectric inks for coating conductive inks are mixed with silver inks or for resistor printing. Carbon-based screen printing inks, usually printed on conductive inks such as CI-1001, at contact locations to ensure physical and environmental protection.

  • Aggregate – carbon
  • Viscosity – 25,000 cps
  • Curing to conductivity – 10 min at 120 ° C
  • Layer thickness – 10-20 µm
  • Electrical resistance – 50 Ω