Molecular Formula (分子式):

C12H8BrClO

Molecular Weight (分子量)：

283.55

Purity (纯度):

98%

Specification:(指标)

MS, HNMR, Purity 98% by HPLC

Contact Telephone (联系电话):

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核心用途

农药合成关键中间体：主要用于合成三唑类杀菌剂如氯氟醚菌唑，其含有的 4 - 氯苯氧基结构与溴原子是构建活性分子的核心基团，可通过偶联、取代等反应引入目标结构，赋予产品高效杀菌活性与抗药性管理能力。

医药与精细化工研发：作为药物分子骨架砌块，用于合成含二苯醚结构的生物活性化合物，如抗炎、抗菌、抗肿瘤等候选药物，溴原子易发生 Suzuki、Heck 等偶联反应，方便引入不同功能基团以优化药理活性。

功能材料合成原料：用于制备光电材料、高分子添加剂等，如含二苯醚结构的聚合物、液晶材料、阻燃剂等，可改善材料的热稳定性、导电性、阻燃性等关键性能。

化学研发与工艺优化：用于有机合成方法学研究，如 C-O 键构建、卤代反应、交叉偶联等反应的模型底物，帮助开发高效合成路线，也用于工艺优化与质量控制中的标准品或参照物。

Core Uses of 1-Bromo-2-(4-chlorophenoxy)benzene

Key Intermediate for Pesticide SynthesisIt serves as a critical building block for the synthesis of triazole fungicides 

(e.g., mefentrifluconazole). The 4-chlorophenoxy group and bromine atom in the molecule act as the core of the active 

structure, constructing the target molecular framework through substitution and coupling reactions. This endows the 

fungicides with high-efficiency fungicidal activity and the ability to manage fungicide resistance, making it an essential raw 

material for the industrial production of agricultural fungicides.

Specialized Molecular Building Block for Pharmaceutical R&DAs a pharmaceutical intermediate containing a diphenyl ether 

moiety, it is used in the synthesis of candidate drugs for anti-inflammatory, antibacterial, antitumor and other therapeutic areas. The bromine atom can efficiently participate in cross-coupling reactions such as Suzuki and Heck reactions, enabling 

flexible introduction of functional groups to optimize the pharmacological activity, metabolic properties and druggability of 

drug molecules.

Basic Raw Material for Functional Material SynthesisIt is applied in the preparation of polymers, liquid crystal materials, flame retardants and additive components for optoelectronic materials containing diphenyl ether structures. Through molecular 

structure design, it improves the thermal stability, mechanical properties, electrical conductivity and flame retardancy of 

materials, meeting the performance customization requirements of the fine chemical and new material industries.

Tool for Organic Synthesis R&D and Quality ControlAs a model substrate for methodological studies in organic synthesis (e.g., C-O bond formation, halogenation reactions, cross-coupling reactions), it supports the development of high-efficiency 

synthetic routes. It is also used as a standard or reference substance in process optimization and quality control.

Structure (结构式):