It is expected that in 2018-2023, combined with the change in the localization rate of liquid crystal materials, China's OLED terminal materials market will rise sharply, and OLED materials manufacturers will fully benefit.

The anode material of OLED is mainly used as the anode of the device, and the work function is required to be as high as possible in order to improve the injection efficiency of holes.

Lin Yiwu, a professor of materials at Tsinghua University in Taiwan, developed a new global technology called "Spray Synthesis method to Produce Perfectly Colored and Colorful Perovskite Quantum Dots".

The superior performance of flexible electronics is first and foremost the ultimate pursuit of the properties of organic or inorganic electronic components.

There are many materials constituting OLEDs, mainly anode materials, cathode materials, buffer layer materials, carrier transport materials, and luminescent materials.

Phosphors are generally inorganic materials. According to their matrix classification, commonly used systems are aluminates, nitrides/nitrogen oxides, silicates, fluorides, and the like.