Carbon–fluorine bond

A covalent bond between carbon and fluorine atoms. Its high bond strength and strong polarity shape the stability and reactivity of organofluorine compounds.

Bond dissociation energy: The energy required to break a specified chemical bond homolytically in the gas phase. Its high value helps explain the resistance of many C–F bonds to homolytic cleavage.
Organofluorine chemistry: The chemistry of compounds containing carbon–fluorine bonds. This field studies how C–F bonds are formed, transformed, and used in molecules.
Environmental persistence: The continued presence of a substance in the environment because it resists physical, chemical, or biological breakdown. Strong C–F bonds help some fluorinated chemicals resist natural degradation.
Covalent bond: A chemical bond formed when atoms share one or more pairs of electrons. The carbon–fluorine bond is a specific instance of covalent bonding.
Carbon–bromine bond: A covalent bond between carbon and bromine atoms in organobromine compounds. The longer, weaker C–Br bond often cleaves more readily than C–F.
Electronegativity: A measure of an atom's tendency to attract shared electrons in a chemical bond. Fluorine's exceptional electronegativity creates the bond's strong polarity.
Polytetrafluoroethylene: A fluoropolymer consisting of repeating tetrafluoroethylene units, known for chemical resistance and low friction. Its fluorinated carbon backbone illustrates how C–F bonds support durable, low-friction materials.
Bioaccumulation: The buildup of a substance in an organism when uptake exceeds elimination. Persistence and molecular properties can allow certain fluorinated substances to accumulate in organisms.
Atomic orbital: A mathematical description of the spatial distribution of an electron in an atom. Orbital overlap provides the quantum-mechanical basis for the C–F sigma bond.
Carbon–iodine bond: A covalent bond between carbon and iodine atoms in organoiodine compounds. Its relatively low bond strength contrasts with the exceptional strength of C–F.

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