Organic sensor introduction video

Company location

Frontier Center for Organic Materials #11-301W, 4-3-16, Jyonan, Yonezawa City, Yamagata Pref., 992-8510 Japan

Products Details

Printable Material Business

Ag Nano Particle Ink, Dispersion

Ag Nano Particle Inks and Dispersions are customized to achieve superior fine resolution and conductor performances with various printing techniques.

Characteristics
  • Lower Line Resistance with Lower Process Temperature
  • 10-20nm and Uniform Distribution
  • Higher Solids Contents is achievable
  • Good Compatibility with Organic Semiconductor Materials
    • Super Thin Conductive Thickness
    • Smooth Surface
    • Good Contact Characteristics with Organic Semiconductor Layer
  • ag nano inks
  • ag nano inks
ag nano inks
 

Organic Semiconductor Inks

Sample Available in April/2017

Newly Developed N-type Organic Semiconductor materials (TU-1 and TU-3) featuring superior Transistor Characteristics with Stability in the Air Atmosphere contribute to achieve Printed CMOS Circuit and High Performance Organic Printed Devices.

 
organic semionductor inks
 

Type TU-1

Characteristics
  • Vacuum and Solution Processable
  • High Mobility
  • Air Stable

TU-1 ID-VGS Transfer Curve

Organic Semiconductor Inks

 

Type TU-3

Characteristics
  • Solution Processable
  • High Mobility
  • Air Stable

TU-3 ID-VGS Transfer Curve

Organic Semiconductor Inks

 
 

Printed Device Business

Printed Devices are the Organic Semiconductor Circuits which can fabricate with the scalable Printing Techniques on the Plastic Film substrate. Future Ink Corporation takes care of the Prototyping and Pilot Scale Production of the Printed Sensor Devices using the front line Printing Techniques and Circuit Design know-how which derived from ROEL in Yamagata University.

  • Pressure Sensor
  • Temperature Sensor
  • RFID etc.
  • printed devices
    printed devices
  • printed devices