Classic Style 3dpafipn Take An Extra 35% Off [w1WhsBYT]

Classic Style 3dpafipn Take An Extra 35% Off [w1WhsBYT]: Advanced Isophthalonitrile Photocatalyst

Introducing Classic Style 3dpafipn Take An Extra 35% Off [w1WhsBYT], a cutting-edge isophthalonitrile photocatalyst designed to revolutionize the field of organic synthesis. This highly effective photosensitizer boasts a unique fluorinated structure, featuring three diphenylamine (DPA) moieties at the meta-positions, which enhances its electron-rich nature. This distinctive feature results in a red-shifted absorption spectrum compared to its carbazole analogues, such as 3CzClIPN. The product is available in two grades: sublimed (≥99%) and unsublimed (≥98%), ensuring high purity and optimal performance.

Key Features and Specifications

Classic Style 3dpafipn Take An Extra 35% Off [w1WhsBYT] is a powerhouse of a photosensitizer, offering numerous advantages for various applications. Its strong HOMO destabilization leads to smaller transition energies for visible-light absorption, making it an ideal candidate for TADF (thermally activated delayed fluorescence) processes. The product is highly efficient in catalyzing chemical reactions under mild conditions, including intramolecular cyclization and the formation of C-C, C-N, and C-P bonds. Key specifications include a CAS number of 2260543-73-3, a molecular weight of 647.74 g/mol, and a photocatalyst activation at 390 nm. Its fluorescence emission is observed at λ_em 525 nm in acetonitrile, with a HOMO/LUMO energy gap of E_1/2 = -1.94 V (vs. Fc+ /Fc). Classic Style 3dpafipn Take An Extra 35% Off [w1WhsBYT] is classified under the Triphenylamine, Phthalonitrile, Cyanoarene, TADF materials, Photosensitizers, and Photocatalysts families.

Applications and Benefits

Classic Style 3dpafipn Take An Extra 35% Off [w1WhsBYT] is a versatile and powerful tool for a wide range of applications in organic synthesis. Its ability to induce single electron transfer (SET) processes upon visible light irradiation makes it an excellent donor–acceptor (D–A) type photocatalyst. This feature offers a facile and efficient approach with high energy efficiency, making it ideal for catalyzing chemical reactions under mild reaction conditions. The product has been successfully used in visible light-triggered synthetic procedures, including intramolecular cyclization and the formation of C-C, C-N, and C-P bonds. With its high purity and unique properties, Classic Style 3dpafipn Take An Extra 35% Off [w1WhsBYT] is the perfect choice for researchers and industrial users seeking to enhance their synthetic capabilities. Its benefits include improved reaction yields, reduced reaction times, and minimal environmental impact.