λmax = 377 nm, 547 nm in Toluene
λmax = 577 nm in Toluene
HOMO = 5.9 eV, LUMO = 4.0 eV
Organic light-emitting diodes, Emmiting layer materials (EML), TADF materials, Red fluorescent dopant materials
Sublimed: >99% (1H NMR)
4CzTPN-Ph: A Luminary in OLED Material Science
The realm of organic light-emitting diodes (OLEDs) is ever-expanding, with materials like 4CzTPN-Ph leading the charge in this technological revolution. Known for its luminescent prowess and its role in enhancing the performance of OLED devices, 4CzTPN-Ph is a material that stands out in the field of organic electronics.
4CzTPN-Ph, or 2,3,5,6-Tetrakis(3,6-diphenylcarbazol-9-yl)-1,4-dicyanobenzene, is a compound that has garnered attention for its high emission wavelength of around 577 nm, making it ideal for orange-emitting OLEDs. Its extensive study in the realms of optical, electronic, and thermal properties has established it as a material of significant interest.
Key Features of 4CzTPN-Ph
- High Photoluminescence Quantum Yields: 4CzTPN-Ph exhibits exceptional luminescence, which is crucial for the vivid display of colors in OLED devices.
- Efficient Energy Transfer: This material is adept at transferring energy to the emissive layer, enhancing the overall efficiency of the OLEDs.
- Thermal Stability: The robustness of 4CzTPN-Ph against heat ensures the longevity and consistent performance of OLED devices.
- Dual Emission Characteristics: Its donor-acceptor structure allows for both one and two-photon fluorescence imaging, broadening its application scope.
The Role of 4CzTPN-Ph in OLED Innovation
4CzTPN-Ph’s contribution to OLED technology is not just limited to its luminescent properties. It also plays a pivotal role in the stability and operational lifetimes of OLED devices, thanks to its high efficiencies and thermal stability. With Noctiluca’s high-purity offering of 4CzTPN-Ph, manufacturers are equipped with a material that sets new benchmarks in OLED fabrication.
4CzTPN-Ph is a beacon of innovation in the field of organic electronics. Its multifaceted applications and high-performance characteristics have cemented its position as a foundational material in the advancement of OLED technology. The material’s high purity and scientific validation promise a future where OLED devices are not just efficient and stable but also offer a spectrum of vibrant colors for an enhanced visual experience.