2020, October 22nd @13:00 (GMT-4)
     Abstract:
    In the growing area of Printed Electronics, Henkel sees and understands the need for next generation conductive materials.
The desire for added functionality being incorporated into printing technologies such as printed heaters, LED displays and Bio sensors have necessitated a need for inks that they can handle high power applications while still maintaining fine line and compact designs.
In this webinar we will discuss three inks recently developed that can be added to your printing portfolio to help overcome the current obstacles seen in many of these high power applications.
The desire for added functionality being incorporated into printing technologies such as printed heaters, LED displays and Bio sensors have necessitated a need for inks that they can handle high power applications while still maintaining fine line and compact designs.
In this webinar we will discuss three inks recently developed that can be added to your printing portfolio to help overcome the current obstacles seen in many of these high power applications.
Biography:
Dan has more than 28 years of his professional carreer at Henkel. He is now Senior Engineer exclusively focus is Printed Electronics technology.
He has worked closely in all areas of material and process development, from floor production, to Quality Control and new product development.Â
His current roll is Global Technical Support for Henkel’s printed electronics material line.
Specialised in all application methods of Printed Electronics. These include Flatbed screen printing, High speed Flexo/Gravure applications as well as Pad Printing, Areosol and ink jetting.
Technoligy lines supported:
  Printed resistor/Potenometer inks
  IME (In-mold electronics)
  Biosensors, wearable and medical printing
  Force sensing resistors and printed heaters
- Duration: 30 min
- Subject: Printed Electronics
- Language: English
- Video transcript: English
- Platform: Zoom