1. Fluorinated Alkylating Reagents:
As a key fluorinated alkylating reagent, it is used in organic synthesis to introduce perfluorohexyl groups. Its high reactivity of the bromine atom enables carbon chain extension, making it an important intermediate for constructing fluorine-containing compounds.
2. Synthesis of Fluorine-Containing Pharmaceutical Intermediates:
Used in the preparation of fluorine-containing pharmaceutical intermediates, leveraging the unique properties of its perfluoroalkyl group (such as metabolic stability and lipophilicity modulation) to optimize the bioavailability and targeting of drug molecules.
3. Synthesis of Fluorine-Containing Pesticide Intermediates:
Applied in the synthesis of fluorine-containing pesticide intermediates, improving the efficacy, rainfastness, and environmental stability of pesticides, meeting the needs of modern agriculture for efficient and low-residue pesticides.
4. Preparation of Specialty Fluorinated Polymers:
Used in the modification and synthesis of specialty fluorinated polymers, such as high-temperature resistant elastomers and fluoroplastics, enhancing the materials’ chemical resistance, high-temperature resistance, and low surface energy, expanding their applications in aerospace, electronics, and other fields.
5. Raw Materials for Fine Chemical Synthesis:
As a basic raw material for fine fluorochemicals, it participates in the preparation of various fluorochemical products, including fluorinated surfactants, fluorocarbon coatings, and fluororubber additives, supporting product innovation in the fine chemical industry.
6. Fire Extinguishing Agents and Refrigerants:
Can be used as a substitute or intermediate for fire extinguishing agents and refrigerants, utilizing its good chemical stability and fire extinguishing and refrigeration-related properties, meeting the research and development needs of environmentally friendly fire protection and refrigeration technologies.
7. Organic Synthesis Reaction Medium:
Used as an inert reaction medium in specific organic synthesis reactions, especially suitable for fluorine-phase reactions and photo-oxidation reactions that require stringent reaction conditions, improving reaction selectivity and product purity.
