PEDOT/PSS dispersion 、formulation & inks

Type/Grand

Grade    

Deposition techniques

Description & Typical Application

Surface resistance

@ 60um wet

(Ohm/sq)

Transmission

Viscosity

(m.Pas)

Original PEDOT:PSS Dispersion Liquid

 Genelec

OE-001

Spin coating,

Inkjet

Bar coating

Spray coating

Conductivity 600~750 S/cmwith low haze

Solid state capacitor outer layer;

OPV, P-LED, EL-Lamps electrode;

New transparent conductive electrode (m-etal mesh, silver nanowires) smooth and synergistic;

Low cost substitution for low side ITO;

Biosensor electrode

50

83 %

50~500 (changeable)

OE-002

conductivity ~200 S/cm

For low cost electrochromism application and others;

125*

79 %

50~500 (changeable)

OE-003

Standard PEDOT/PSS

For Permanent antistatic Formulations an-d others

10^5~10^6

85~90 %

< 50

OE-004

Low conductivity

For HTL in OLED and smooth conductiv-e coating

Polarized panel protection

10^7~10^8

70-80 %

< 50

OE-005

10^9~10^10

70-80 %

< 50

Water based PEDOT coating formulation

Polyelec

PI-3001

Slot die

Gravure printing

Bar coating

Based on OE-001 Standard water for-mulation for better aheresion and coating

Transparent Capacitive sensors for switchand touch screens

Low cost substitution for low side ITO;

Biosensor electrode

Printed electronics application

90

85 %

100~5000

(changeable)

PI-3001N

PH-neutralized PI-3001

New transparent conductive electrode (metal mesh, silver nanowires) smooth and synergistic;

110

84 %

100~5000

(changeable)

Polyols-based PEDOT ink

Polyelec

AI-4001

Screen print

Slot die

Bar coating

Gravure printing

Based on OE-001 Standard Polyols for-mulation for better aheresion and screen printing

Mid-transparent patterns to below 100 mi-cron;

Transparent Capacitive sensors for switchand touch screens

Biosensor electrode

Printed electronics application

110

82 %

5000~6000

AI-4001N

PH-neutralized AI-4001

135

82 %

5000~6000

AI-4002

Water Proofed PEDOT formulation (un-der  development)）

Biosensor electrode;

Application in water

150

81 %

5000~6000

AI-4002N

PH-neutralized AI-4002

200

80 %

5000~6000