Fluoranthene-3-boronic acid

Fluoranthene-3-boronic acid (CAS 359012-63-8) is a high-performance polycyclic aromatic boronic acid optoelectronic intermediate. The molecule consists of a rigid fluoranthene conjugated skeleton and active boronic acid functional group, possessing excellent planar conjugation structure, high thermal stability and good photoelectric activity. The boronic acid group has high reaction activity, which can efficiently participate in Suzuki coupling reactions for molecular structural modification. Featuring excellent charge transmission performance and luminous stability, it is widely used in the synthesis of organic optoelectronic functional materials, commercially supplied as off-white to pale yellow crystalline powder with stable comprehensive properties.

3-Fluorantheneboronic acid, Fluoranthen-3-ylboronic acid, 3-Borono-fluoranthene

2931900090

1. OLED Luminescent Material Intermediate: Fluoranthene-3-boronic acid (CAS 359012-63-8) is a core synthetic precursor for high-efficiency OLED luminescent materials. The rigid fluoranthene conjugated structure effectively inhibits molecular aggregation and quenching effects, improves material luminous efficiency and thermal stability, and can be used to prepare blue and green light-emitting layer materials, TADF functional materials and guest-host doped luminescent systems, widely applied in high-resolution OLED display devices. 2. Suzuki Coupling Reaction Monomer: Fluoranthene-3-boronic acid (CAS 359012-63-8) is a key active monomer for Suzuki cross-coupling reactions. The high-activity boronic acid group can efficiently react with halogenated aromatic compounds to construct large conjugated polycyclic aromatic molecules, realizing directional synthesis of complex optoelectronic molecular structures and meeting the customized synthesis needs of high-value fine chemicals. 3. Organic Semiconductor Material Synthesis: Fluoranthene-3-boronic acid (CAS 359012-63-8) is used for the preparation of organic semiconductor materials and organic field-effect transistor (OFET) functional materials. Its stable planar conjugated structure provides excellent carrier transmission performance, which can improve the mobility and environmental stability of organic semiconductor devices, suitable for the research and production of microelectronic functional components. 4. Organic Photovoltaic Cell Intermediate: Fluoranthene-3-boronic acid (CAS 359012-63-8) serves as an important raw material for organic solar cell active layer materials. It can be used for structural modification of photovoltaic conjugated materials, optimizing photoelectric response range and charge separation efficiency, effectively improving the photoelectric conversion efficiency and service life of organic photovoltaic devices.

98% Min

C16H11BO2

246.07

2 years under proper storage

Off-white to pale yellow crystalline powder

Optoelectronic Grade / Research Grade

1.32±0.1 g/cm3 (Predicted)

509.4±33.0 °C (Predicted)