Conductive Inks for Printed Resistors and Heating Elements

Using ink to print conductive resistors has been a proven method of printed electronics for decades. Inks with set activation permit the printing of sensors and resistors with varying resistance values used in a wide variety of applications including heated floors, walls and variable potentiometers.

Tekra is unique in that we are a natural distribution extension of Henkel Electronics and their diverse offerings of ressistive inks and heat conducting ink for resistors, potentiometers and heating elements. Our vast product selection is innovative and comprehensive and a summary of our recommended products for resistor applications is categorized below:

Printed Resistors / Heating Elements:

  • Loctite ECI 1010 (silver ink)
  • Minico M-3000 series (carbon ink)
  • Minico M-3000 series can be blended together to adjust resistance

Printed Potentiometers:

  • Minico M-4100 (silver ink)
  • Minico M-2000 MOD2 Series (carbon resistor ink)
  • Minico M-7000 Blue (dielectric ink)

Tekra Carries Henkel Carbon and Silver Resistive Inks

Tekra is an authorized distributor of Henkel Electronic Materials' full line of conductive inks that include silver conductive inks, carbon conductive inks, and dielectric inks. Tekra's partnership with Henkel provides our customers access to world class products used in the production of flexible circuitry, biosensors, antennas, flexible heating elements and membrane touch switches.

Henkel's line of conductive inks is complimented by Tekra's offering of DuPont Teijin Films™ Mylar® and Melinex™ polyester and SABIC's LEXAN™ polycarbonate films, as well as, 3M's extensive line of transfer tapes and adhesives. You can rely on Tekra and Henkel to provide a complete solution for your printed conductive needs.

Printed Resistors and Heating Elements Conductive Inks Products

Features

  • Fine-line screen printable
  • Halogen free
  • Excellent adhesion
LOCTITE® ECI 1010

Features

  • High conductivity: Very low resistance
  • Cost savings; Thinner layers, narrower lines possible
  • Flexible; Low resistance increase after double crease and Mandrel tests

Features

  • Conductive
  • Excellent abrasion resistance and hardness
  • Excellent creaseability

Features

  • Conductive
  • Low electrical resistance
  • Excellent adhesion

Features

  • Screen printable
  • Flexible
  • Printable on most common substrates

Features

  • Screen printable
  • Flexible
  • Printable on most common substrates

Features

  • Screen printable
  • Flexible
  • Printable on most common substrates

Features

  • Screen printable
  • Flexible
  • Printable on most common substrates

Features

  • Fast drying
  • Extremely flexible
  • Conductive

Features

  • Conductive
  • Screen printable
  • Good screen residence time

Features

  • One component
  • High wear resistance
  • Screen printable for reduction in circuit profile and production

Features

  • One component
  • High wear resistance
  • Screen printable for reduction in circuit profile and production

Features

  • One component
  • High wear resistance
  • Screen printable for reduction in circuit profile and production

Features

  • One component
  • Processing ease
  • Screen printable for reduction in circuit profile and production

Features

  • One component

Features

  • One component
  • Processing ease
  • Screen printable for reduction in circuit profile and production

Features

  • One component
  • Low resistivity
  • Processing ease

Features

  • Conductive
  • Screen printable
  • Good screen residence time

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