PEDOT:PSS high transparency and high conductivity electronic ink XFJ224

Product Name

Name:PEDOT:PSS high transparency and high conductivity electronic ink

Product Overview

PEDOT:PSS high transparency and high conductivity electronic ink is a functional material based on poly(3,4-ethylenedioxythiophene):polystyrene sulfonate (PEDOT:PSS). It has high conductivity and high transparency, with a low curing and sintering temperature of 90-120°C and is resistant to bending, making it widely used in fields such as display/folding/flexible touch layers; electromagnetic shielding layers; flexible transparent electrodes; EL light-emitting sheets; smart dimming glass; OLED/QLED/OTFT electrodes.

Technical Parameter

Model XFJ223 XFJ224 XFJ225 Form Blue-gray liquid Blue-gray liquid Blue-gray liquid Parameters

Viscosity 5-30mPa.s(cP) 5-30mPa.s(cP) 5-30mPa.s(cP) Bending resistance >300,000 times >300,000 times >300,000 times Adhesion 5B 5B 5B Square resistance 30Ω/□ <100Ω/□ <200Ω/□ Curing condition 120°C10-15min 120°C10-15min 120°C10-15min Transmittance >91% >92% >93% Application Areas Display/Folding/Flexible Touch Layer; Electromagnetic Shielding Layer; Flexible Transparent Electrode (EL Luminescent Sheet, Smart Dimming Glass, etc.); OLED/QLED/OTFT Electrode; Features Water-based;Haze: < 1.5%;Adhesion: 5B;Bending resistance: >300,000 times Note: All above is single measurement data, the test results of different batches of powder fluctuated.

Product Features

High conductivity: Can meet the requirements for conductivity in applications such as signal acquisition.l High transparency: The polymer film formed by PEDOT:PSS has very high transparency in the visible light spectrum, and also shows good transmittance in the near-infrared and near-ultraviolet regions, with no absorption peak in the wavelength range of 400-800nm, making it suitable for use in optically transparent electronic devices.l Good biocompatibility: Can be used directly in living organisms, which offers significant advantages in the field of bioelectronic devices.l Low sintering temperature, baked at 90-120°C.

Application Fields

Display devices: Electrode materials can be used for electroluminescent (EL) devices, flat-panel liquid crystal displays (LCD), electrochromic display devices (ECD), flexible luminous devices, etc., utilizing their high transparency and conductivity properties to enhance display effects and device performance.Solar cells: As electrode materials for solar cells, they help improve the cell's light absorption and charge transfer efficiency, thereby enhancing the overall performance of solar cells.Sensors: Electrode materials for making various types of sensors can also be used to create antistatic coatings, electromagnetic shielding coatings, conductive materials for touch screens, touch panels, and membrane switches.

Related Information

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