1-Bromopentadecafluoroheptane CAS 375-88-2: Properties, Applications, and Synthesis
Discover the chemical properties, applications, and synthesis of a vital fluorinated organic compound.
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1-Bromopentadecafluoroheptane
This compound, identified by CAS 375-88-2, is a critical component in various advanced chemical applications. Its high fluorine content and the presence of a bromine atom contribute to its unique chemical profile, making it a valuable reagent for complex organic synthesis and specialized industrial processes. The stability and resistance to degradation inherent in its perfluorinated structure ensure reliability in demanding environments.
- Exploring the diverse Perfluoroheptyl bromide applications showcases its utility in creating novel materials and compounds.
- As a key reagent in organic synthesis, it facilitates the construction of complex molecular architectures essential for various industries.
- The designation of organic chemistry building blocks accurately reflects its role in advancing chemical research and development.
- Sourcing high purity fluorinated compounds like this is paramount for achieving precise and reproducible experimental outcomes in research settings.
Key Advantages
Exceptional Chemical Stability
Leveraging its high fluorine content, this compound offers superior resistance to chemical degradation, a crucial trait for specialty chemical processes.
Versatile Synthesis Reagent
Its structure makes it a versatile tool for chemical synthesis reagents, enabling a wide array of transformations in organic chemistry.
Reliable Performance in R&D
For researchers focused on research and development, the predictable behavior and purity of this compound ensure consistent results.
Key Applications
Organic Synthesis
Essential for creating complex organic molecules, acting as a fundamental component in advanced synthetic routes, vital for achieving precise organic synthesis.
Specialty Chemical Processes
Utilized in niche industrial applications where high chemical and thermal stability are required, supporting demanding specialty chemical processes.
Chemical Reagent
Serves as a critical reagent in laboratories for various chemical reactions and research, underpinning the progress in chemical reagents development.
Research and Development
Plays a significant role in cutting-edge research, enabling scientific exploration and the development of new materials and technologies within research and development.