All-in-one Mcpsob Up To 80% Off [r4zeLDSi]

All-in-one Mcpsob Up To 80% Off [r4zeLDSi]: Advanced Ambipolar Host TADF Material

All-in-one Mcpsob Up To 80% Off [r4zeLDSi] (9-(3-(9H-Carbazol-9-yl)-5-(phenylsulfonyl)phenyl)-9H-carbazole) is a cutting-edge ambipolar host material designed for the creation of blue/deep blue organic light-emitting diodes (OLEDs). This material boasts exceptional features that set it apart from others in its class. All-in-one Mcpsob Up To 80% Off [r4zeLDSi]'s unique chemical composition includes two electron-donating carbazole groups and one electron-accepting diphenylsulfonyl group, providing it with high flexibility and tunability. Its superior triplet energy level (3.02 eV) effectively suppresses triplet exciton quenching, leading to higher external quantum efficiency (EQE). This makes All-in-one Mcpsob Up To 80% Off [r4zeLDSi] an ideal choice for OLEDs seeking enhanced brightness and efficiency.

Unmatched Properties and Specifications

All-in-one Mcpsob Up To 80% Off [r4zeLDSi] exhibits several properties that make it an exceptional choice for advanced OLED applications. The material is available in sublimed form, ensuring an ultra-pure grade (>99.0% HPLC). Its melting point exceeds 200°C, providing excellent thermal stability. The glass transition temperature (Tg) of 140°C prevents crystallization during operation, reducing the likelihood of phase separation. This results in significant improvements in device thermal and morphological stability. The HOMO level of 5.8 eV and the LUMO level of 2.5 eV offer excellent energy levels for optimal performance. Additionally, All-in-one Mcpsob Up To 80% Off [r4zeLDSi] has a molecular weight of 548.65 g/mol, a CAS number of 1374770-41-8, and belongs to the carbazole derivatives family, making it a versatile choice for various applications in organic electronics.

Applications and Benefits

All-in-one Mcpsob Up To 80% Off [r4zeLDSi]'s exceptional properties make it a highly valuable material for OLEDs, particularly in the blue and deep blue emission spectrum. The high EQE, coupled with the ability to suppress triplet exciton quenching, results in superior device performance and efficiency. This makes All-in-one Mcpsob Up To 80% Off [r4zeLDSi] an ideal choice for high-resolution displays, wearable technology, and lighting applications. The material's high thermal and morphological stability ensures reliable performance over extended periods, making it suitable for both consumer and industrial applications. All-in-one Mcpsob Up To 80% Off [r4zeLDSi]'s versatility, coupled with its superior properties, positions it as a key material for advancing the capabilities of OLED technology.