Octadecane (CAS 593-45-3): Key Properties and Industrial Relevance
Discover the essential characteristics and diverse applications of Octadecane, a vital n-alkane for research and industry.
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Octadecane
Octadecane, identified by CAS number 593-45-3, is a saturated hydrocarbon with the chemical formula C18H38. It is a straight-chain alkane, commonly known as n-octadecane. This compound is distinguished by its solid state at standard room temperature and pressure, possessing a low melting point and a high boiling point, which are crucial for its handling and application in various processes.
- Understanding the octadecane chemical properties is vital for its effective use in industrial processes. Its stability as a hydrocarbon makes it a reliable component.
- Sourcing octadecane CAS 593-45-3 from reputable suppliers ensures quality and consistency for your research needs. Reliable supply chains are key for uninterrupted operations.
- The octadecane melting point, typically between 28-30°C, dictates its physical state and handling requirements, making it a low-melting solid. This characteristic is important for formulation and processing.
- Exploring octadecane industrial applications reveals its utility across diverse sectors, from materials science to chemical synthesis. Its versatility is a significant asset.
Advantages Offered by Octadecane
Chemical Stability
Leverage the robust chemical stability of octadecane, a fundamental n-alkane, for reliable performance in demanding applications and when researching octadecane chemical formula and its implications.
Consistent Supply
Benefit from consistent supply of octadecane CAS 593-45-3 from trusted manufacturers, crucial for maintaining research continuity and securing the octadecane powder price that fits your budget.
Versatile Applications
Utilize octadecane's versatility for a wide range of octadecane industrial applications and research, from material science to specialized chemical synthesis projects.
Key Applications
Chemical Synthesis
Octadecane serves as a building block or reaction medium in various chemical synthesis processes, supporting research into the octadecane chemical properties and its reactivity.
Material Science
Its physical characteristics, like the octadecane melting point, make it useful in material science, potentially in the development of phase change materials or specialized lubricants.
Laboratory Reagent
As a well-defined organic compound, octadecane is frequently used as a standard or reagent in analytical chemistry and laboratory experiments, aiding in the study of octadecane uses in research.
Industrial Processing
The octadecane boiling point and stability lend themselves to industrial processing where temperature control and inert properties are required, impacting the overall octadecane industrial applications.