Phen-TRZ

1. Overview

As a blue TADF emitter, Phen-TRZ plays a pivotal role in optimizing the performance and durability of modern OLED applications, making it indispensable for innovations in material science.

The molecular design of C27H18N4O contributes to its outstanding stability and efficiency as a blue fluorescent dopant. Its structure features a diphenyltriazine acceptor group coupled with a phenoxazine donor unit. This unique arrangement facilitates efficient electron transport and light emission.

2. Specifications

Chemical Structure of 2-(10H-Phenoxazine-10-yl)-4,6-diphenyl-1,3,5-triazine

3. Features

• Exceptional Purity and Consistency: With a purity exceeding 99.0% through a precise sublimation process, is verified by HPLC analysis. This stringent quality assurance ensures that the material remains stable and consistent, forming the foundation of high-performance OLED applications. The exceptional purity of Phen-TRZ is crucial for developing emissive layers that meet and surpass current industry standards.

• Wide-Ranging OLED Applications: Phen-TRZ is highly valued as an advanced blue dopant material for OLED manufacturing. Its effectiveness in TADF formulations and as an emissive layer material (EML) facilitates the production of devices with high energy conversion efficiencies. This versatility is vital for significant progress in OLED technology, enabling the creation of displays with vivid colors and long operational lifetimes.

• Photophysical Properties: Phen-TRZ demonstrates impressive photophysical attributes, with absorption at λmax = 307 nm and photoluminescence at λmax = 497 nm in DCM. These properties are critical for optimizing emission and energy transfer within OLEDs, aiding in the development of highly efficient devices that meet the needs of modern display technology.

• Durability and Thermal Performance: Phen-TRZ is designed to endure a broad range of temperatures, making it suitable for various environmental conditions. Its strong thermal stability, combined with excellent chemical resistance, ensures the compound retains its integrity and performance over extended periods, thereby improving the durability and reliability of OLED displays.

4. Applications

• Blue emitters

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