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OLED: Future Lighting Relies on Metal Indium

Foreign media reported that LG Display ’s display panel subsidiary LG Display announced the establishment of a new department that will be solely responsible for the OLED business. LG will triple the production of OLED panels this month.
As an important rare metal raw material for OLED, indium is mainly used in electronics, metallurgy, instrumentation, chemical, pharmaceutical and other industries in the form of a series of compound semiconductors, optoelectronic materials, special alloys, new functional materials and organometallic compounds with other non-ferrous metals. , Its application scope is constantly expanding.
Foreign Media reported that LG Display (LGD), a subsidiary of LG Electronics Display Panel, announced the establishment of a new department that will be solely responsible for the OLED business. In addition, the company will set up a department dedicated to managing OLED customers. It is reported that LG will triple the output of OLED panels this month, thereby reducing the price of OLED TVs and gaining more consumers; at the same time, LG is also working to solve the aging problem of OLED panels that has been criticized by people.
OLED displays are a new generation of displays that take advantage of the self-luminous properties of organic compounds. Compared with traditional displays, OLED displays have high contrast, wide viewing angle, fast response, thin and light weight, and have attracted much attention.
OLED not only has a pivotal position in the display field, but also achieved the latest results in the lighting field. Recently, researchers from the Ma Dongge Institute of Changchun Institute of Applied Chemistry of the Chinese Academy of Sciences and other researchers have made progress in the research of fluorescent / phosphorescent hybrid white OLEDs, and related results have been published in the internationally renowned journal “Advanced Materials”.
At present, OLED lighting has aroused great attention from academia and industry. Since the stability of blue phosphorescent materials has not been solved, fluorescent / phosphorescent hybrid light emission is considered to be the best way to achieve OLED lighting applications. Hybrid white light OLEDs have become a hot spot in the field of organic light emission. Changchun Institute of Applied Chemistry researchers have doped a blue fluorescent material with a higher triplet energy level into a bipolar blended host material to prepare a high-performance hybrid white light without adding an intermediate layer between the fluorescent and phosphorescent light-emitting layers. OLED. This hybrid OLED structure without an intermediate layer is relatively simple, not only has high luminous efficiency, but also has a very stable spectrum. Such a hybrid white light OLED having high efficiency and spectral stability is of great practical value in lighting applications. The industry believes that OLED will become the star of future lighting.
As an important rare metal raw material for OLED, indium is mainly used in electronics, metallurgy, instrumentation, chemical, pharmaceutical and other industries in the form of a series of compound semiconductors, optoelectronic materials, special alloys, new functional materials and organometallic compounds with other non-ferrous metals. , Its application scope is constantly expanding. At present, more than 70% of the global metal indium consumption is used for processing indium tin oxides (IT0 targets), manufacturing transparent electrodes for the production of flat displays, and the ITO film of flat displays contains about 78% of indium. With the substantial increase in domestic demand for ITO targets in recent years, the demand for indium in China’s flat panel display industry will also increase significantly. At present, indium is a very mature trading product of Pan Asia Nonferrous Metals Exchange. It is recognized by the industry and investors as a promising investment product. 90% of the world’s indium is traded on the Pan-Asian Nonferrous Metals Exchange platform, which currently has a leading role in global indium ingot prices, which has greatly strengthened the voice of Chinese indium companies.

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