CAS NO:155090-83-8 PEDOT:PSS/Poly(3,4-ethylenedioxythiophene)-poly(styrenesulfonate)

Compared with other conductive polymers, its advantages lie in high conductivity, excellent film-forming properties and outstanding environmental stability, and it is also easy to process by solution method.

1.High conductivity, highly conductive substances, conductive polymers range (10-1050/sq), anti-static polymers range (10.10"0/sq).
2.High transparency, high transparency, film transmittance over 88%,
3.High stability, good thermal sensitivity, maximum temperature up to 200℃. Anti-humidity.
4.Easy processability, good flexibility, printable, can be bent without layering,
5.High safety, can be dispersed in aqueous solutions, applicable to a wide range of water-based applications.

Organic light-emitting diodes (LED), organic light-emitting diodes (OLED), solid capacitors, lithium-ion secondary batteries, electrodes, alternative to indium tin oxide (ITO), organic photovoltaic and solar cells, conductive circuit boards, anti-static coatings, touch screens, conductive inks, electromagnetic shielding, conductive rubber, composite conductive spinnable fibers and many other electronic products and other fields

1. Dramatically enhance the device's photoelectric conversion efficiency and brightness
2. Reduce the turn-on voltage of the device and decrease energy consumption
3. Optimize the uniformity of device light emission and eliminate dark spots
4. Significantly enhance the operational stability and service life of the device
5. Adapt to the fabrication of flexible OLED/QLED devices

1. High conductivity and high transparency dual core characteristics
2. Excellent film-forming properties and processing compatibility
3. Good biocompatibility and stability

4. Low VOC and environmental protection attributes

The main applications of PEDOT/PSS are as follows: On the one hand, it is deposited as a transparent conductive layer on the surface of the electrode active layer or on the surface of the electrode substrate; on the other hand, it is deposited as a buffer layer between the transparent electrode and the active layer.