Perfluoroeicosane (C20F42): Properties, Applications, and Industry Insights
Discover the exceptional stability and diverse applications of this advanced fluorinated hydrocarbon.
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Perfluoroeicosane
Perfluoroeicosane (CAS 37589-57-4) is a highly stable, fully fluorinated hydrocarbon characterized by its twenty-carbon chain and 42 fluorine atoms. Its remarkable chemical inertness, derived from robust carbon-fluorine bonds, makes it suitable for demanding applications where resistance to degradation and extreme conditions is paramount. This compound serves as a crucial intermediate in chemical experiments and has garnered significant attention for its unique properties in material science.
- Explore the exceptional chemical inertness of Perfluoroeicosane, a key characteristic driving its use in specialized industrial processes.
- Understand the perfluoroeicosane chemical properties that enable its application in advanced material science, contributing to durable and functional products.
- Investigate perfluoroeicosane synthesis routes and their implications for producing high-purity materials for research and development.
- Learn about the perfluoroeicosane environmental impact and the ongoing discussions regarding its persistence and regulatory status.
Key Advantages
Exceptional Stability
The perfluoroeicosane chemical inertness provides unparalleled stability, resisting degradation in harsh environments and ensuring long-term performance in various applications.
Versatile Applications
The diverse perfluoroeicosane applications span from advanced coatings in material science to potential uses in biomedical research and electronics, showcasing its broad utility.
Hydrophobic & Oleophobic Nature
Its fluorinated structure imparts strong water and oil repellency, crucial for developing self-cleaning surfaces and anti-fouling materials, as supported by perfluoroeicosane material science applications.
Key Applications
Material Science
Leveraging its hydrophobic and oleophobic properties for self-cleaning surfaces and anti-fouling coatings, essential in perfluoroeicosane material science applications.
Chemical Experiments
Used as an intermediate in chemical experiments, benefiting from its perfluoroeicosane chemical inertness and stability during synthesis.
Lubrication
Its low surface friction makes it suitable as a lubricant in micro- and nano-electromechanical systems, a testament to its advanced chemical properties.
Environmental Monitoring
Serves as a reference compound for monitoring other perfluorinated compounds due to its distinct chemical structure and perfluoroeicosane chemical properties.