Polyfluorocarbon: meaning, definitions and examples
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polyfluorocarbon
[ ˌpɒliˈflʊərəʊkɑːrbɒn ]
chemical compound
Polyfluorocarbon refers to a class of chemical compounds that contain carbon, fluorine, and sometimes other elements. These compounds are characterized by strong carbon-fluorine bonds, which impart unique properties such as high chemical resistance and low surface energy, making them useful in various applications, including coatings and insulating materials.
Synonyms
fluorinated compound, perfluorocarbon.
Examples of usage
- Polyfluorocarbons are used in the production of non-stick cookware.
- The chemical stability of polyfluorocarbons makes them ideal for electronics industries.
- Researchers are studying polyfluorocarbons for potential environmental impacts.
- Polyfluorocarbon coatings are popular in aerospace applications.
Translations
Translations of the word "polyfluorocarbon" in other languages:
🇵🇹 polifluorocarbono
🇮🇳 पॉलीफ्लोरोकार्बन
🇩🇪 Polyfluorkohlenstoff
🇮🇩 polifluorokarbon
🇺🇦 поліфторкарбон
🇵🇱 polifluorowęglowodór
🇯🇵 ポリフルオロカーボン
🇫🇷 polyfluorocarbone
🇪🇸 polifluorocarbono
🇹🇷 poliflorokarbon
🇰🇷 폴리플루오로카본
🇸🇦 بولي فلوروكربون
🇨🇿 polyfluorokarbon
🇸🇰 polyfluorokarbón
🇨🇳 聚氟碳
🇸🇮 polifluorokarbona
🇮🇸 polyfluorókolefni
🇰🇿 полифторкөмір
🇬🇪 პოლიფლუოროკარბონი
🇦🇿 polifluorokarbon
🇲🇽 polifluorocarbono
Etymology
The term 'polyfluorocarbon' has its roots in the components that make up these compounds. 'Poly-' is derived from the Greek word 'polus', meaning 'many', and relates to the multiple fluorine atoms attached to the carbon backbone in these compounds. The '-fluoro-' part comes from 'fluorine', which is a highly electronegative element found in group 17 of the periodic table. The 'carbon' part refers to the central element in these compounds. The development of polyfluorocarbons began in the mid-20th century as researchers sought to create materials with specific, desirable properties. These compounds are noted for their durability and resistance to heat, chemicals, and electrical conductivity, which has led to their widespread use in various applications, including textiles, electronics, and aerospace technologies. Concerns about their potential environmental impact, particularly in relation to greenhouse gas emissions, have also led to increased scrutiny in recent years.