2-bromochrysene

2-bromochrysene CAS 55120-48-4 is a high-purity brominated polycyclic aromatic hydrocarbon compound, derived from the chrysene parent structure with a single bromine atom substitution at the 2-position. This product features a stable fused aromatic ring structure, good chemical inertness and excellent molecular modifiability. As a professional fine chemical intermediate, it has stable physical and chemical properties at room temperature, widely applicable in organic synthesis, optoelectronic material preparation and scientific research fields, and is a core raw material for synthesizing high-value polycyclic aromatic derivatives.

2-bromochrysene

2932990090

1. Organic Synthetic Intermediate: 2-bromochrysene CAS 55120-48-4 is a crucial intermediate for polycyclic aromatic compound synthesis. The active bromine substituent on the aromatic ring can participate in coupling, substitution and cross-linking reactions, which is widely used to synthesize functional aromatic derivatives and complex organic molecular structures for fine chemical production. 2. Organic Optoelectronic Material Manufacturing: 2-bromochrysene CAS 55120-48-4 serves as a key raw material for preparing organic photoelectric functional materials. Its rigid fused ring structure can effectively enhance the thermal stability and photoelectric performance of materials, and is applied in the synthesis of organic semiconductor materials, organic light-emitting diode (OLED) functional layers and photoresist materials. 3. Pharmaceutical Intermediate Research: 2-bromochrysene CAS 55120-48-4 is used in the research and development of novel pharmaceutical intermediates. The modified polycyclic aromatic structure can optimize the lipophilicity and biological activity of drug molecules, providing structural precursors for the synthesis of anti-tumor and anti-inflammatory targeted drug intermediates. 4. Laboratory Scientific Research: 2-bromochrysene CAS 55120-48-4 is a standard research reagent for chemical and material laboratories. It is commonly used in the experimental study of polycyclic aromatic hydrocarbon structural properties, organic reaction mechanism exploration and new functional material development for university and institutional scientific research projects.

98% Min

C18H11Br

307.19

2 years under proper storage

Light yellow to off-white crystalline powder

Industrial Grade, Research Grade

1.42±0.1 g/cm3 (Predicted)

158-162°C