As the Reuters art organic electroluminescent device (OLED) display technology is the next generation, which is excellent in properties that make it an international mainstream display technology, and has the latest, most high-end mobile display terminal has been applied today, it expected 2017 The annual market demand will exceed $25 billion, and by 2021 it is expected to exceed $40 billion. Different from the traditional "process-driven" development mode of semiconductor chips and LEDs, OLED technology relies more on "material-driven", in which luminescent materials are the crown of the OLED industry, which is the key to the development of the entire OLED industry.
The platinum (II) complex based on tetradentate ligands developed by the 973 program of the University of Hong Kong, led by Academician Zhi Zhiming, is highly likely to replace commercial phosphorescent ruthenium (III) complexes. The illuminating system has aroused great attention from academic and industrial circles at home and abroad. A group of domestic and international companies headed by the international OLED giant Samsung and the domestic OLED materials leading company Guangdong Agreya Photoelectric Materials Co., Ltd. (Agreya) have applied for the professor's tetradentate ligand platinum (II) complex. The relevant patents were implemented and a series of cooperative researches were carried out, involving a total amount of tens of millions of yuan, providing a much-needed intellectual property library for China's OLED industry. In addition, the project cooperated with Xinli Electronics and other enterprises to carry out the mass production line import project of AMOLED; and cooperated with the Sichuan Provincial Government and Meishan City to jointly establish the Sichuan Zhiben Express Innovation and Technology Research Institute and vigorously develop new OLED luminescent materials. Accelerate the application process of material industrialization.
While vigorously developing metal complex luminescent materials with their own intellectual property rights, the team will focus on the next generation of metal complex luminescent materials. High-efficiency luminescent gold (III) complexes and inexpensive tungsten (VI) complexes developed by the project team are likely to be the next most competitive OLED luminescent materials.
Editor: Yan Zhixiang
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