Tetradecane (CAS 629-59-4): A Versatile Straight-Chain Alkane
Discover the applications of Tetradecane, a key linear alkane for organic synthesis and analytical standards.
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Tetradecane
Tetradecane is a valuable straight-chain alkane with the chemical formula C14H30, commonly used in diverse chemical applications. Its well-defined properties make it a reliable component in various industrial processes and research endeavors.
- Explore the utility of Tetradecane in organic synthesis, a critical process for creating new chemical compounds.
- Utilize Tetradecane as a reliable n-tetradecane gas chromatography standard for precise analytical measurements.
- Understand the fundamental chemical properties of this linear alkane C14H30, essential for process optimization.
- Investigate the broad spectrum of tetradecane industrial applications, from solvents to fuel additives.
Key Advantages
Versatile Solvent
As a highly effective solvent, Tetradecane plays a crucial role in many organic synthesis procedures, aiding in the dissolution and reaction of various chemical compounds.
Analytical Precision
Serving as an accurate n-tetradecane gas chromatography standard, it ensures reliable and reproducible results in analytical chemistry, essential for quality control.
Chemical Intermediate
Tetradecane acts as a vital chemical intermediate, enabling the production of detergents, lubricants, and other specialty chemicals through further synthesis.
Key Applications
Organic Synthesis
Tetradecane is a preferred choice for organic synthesis, facilitating reactions and serving as a crucial solvent in the creation of complex molecules.
Chromatographic Analysis
Its purity and well-defined characteristics make it an excellent reference material in gas chromatographic analysis, supporting accurate chemical identification and quantification.
Industrial Solvent Use
Beyond synthesis, Tetradecane is employed as a general solvent in various industrial processes, contributing to efficient operations in diverse sectors.
Fuel and Lubricant Research
The properties of Tetradecane make it valuable in research related to fuel additives and lubricants, exploring improvements in combustion and performance.