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Lightning Deal Czacsf Get 85% Off Today [w5GfUsSk]: Advanced Blue TADF Dopant for TADF-OLEDs

Lightning Deal Czacsf Get 85% Off Today [w5GfUsSk], a cutting-edge blue TADF dopant, is designed to revolutionize the efficiency and performance of TADF-OLED devices. This high-purity material, with a sublimed purity of ≥99.0%, is the ideal choice for researchers and manufacturers seeking to enhance the quality of their OLED displays. Its unique chemical structure, featuring a carbazole and a 9,9-dimethyl-9,10-dihydroacridine attached to a diphenylsulfonyl center, contributes to its exceptional performance.

• High-purity sublimed material for superior OLED performance
• Enhanced efficiency and color purity in TADF-OLEDs

Key Features and Specifications

Lightning Deal Czacsf Get 85% Off Today [w5GfUsSk] stands out for its remarkable properties that make it an excellent choice for advanced OLED technology. Its absorption maximum at 233 nm and fluorescence emission at 443 nm in DCM ensure vibrant blue light output. The material's HOMO/LUMO levels of 5.89 eV and 3.00 eV, respectively, provide a strong foundation for efficient charge injection and transport. With a molecular weight of 590.73 g/mol and a melting point of 117 °C, Lightning Deal Czacsf Get 85% Off Today [w5GfUsSk] is stable and easy to handle.

• Optimized for high quantum efficiency in TADF-OLEDs
• Chemical stability and ease of use

Applications and Benefits

Lightning Deal Czacsf Get 85% Off Today [w5GfUsSk] is not only a high-purity dopant but also a versatile material with a range of applications. It can be used as a dopant for blue TADF-OLEDs, achieving a quantum efficiency of 18.1% at a doping concentration of 0.1% TBPe in the active emitting layer. Additionally, Lightning Deal Czacsf Get 85% Off Today [w5GfUsSk] can serve as a bipolar host material, enabling Forster energy transfer and further enhancing device performance. Its compatibility with various host materials and its ability to improve external quantum efficiency (EQE) make it a valuable component in the development of next-generation OLEDs.

• Improved efficiency and color performance in OLED displays
• Enhanced versatility for various OLED applications