N-Nonadecane, a long-chain saturated hydrocarbon with the CAS number 629-92-5, is characterized by its linear structure of 19 carbon atoms (C19H40). As a white solid at room temperature, it possesses a melting point of approximately 32°C and a boiling point of around 330°C. These physical attributes, coupled with its inherent chemical stability, make N-Nonadecane a compound of considerable interest across various sectors. For professionals in the chemical industry and research, understanding the detailed N-Nonadecane chemical properties and identifying reliable N-Nonadecane CAS 629-92-5 suppliers are crucial for successful application and research outcomes.

Within the fragrance and cosmetics industry, N-Nonadecane is highly valued as a fragrance agent. Its primary function is to act as a diluent and fixative, helping to stabilize and enhance the dispersion of more volatile aromatic compounds. This property ensures that perfumes and other scented products maintain their intended fragrance profile over time. Its subtle, almost imperceptible odor ensures it complements rather than overpowers the primary scents. The consistent quality of N-Nonadecane is paramount for achieving the desired olfactory experience in consumer products, making a stable supply chain from reputable N-Nonadecane suppliers indispensable.

In the scientific research community, N-Nonadecane plays a significant role in chemical ecology, particularly in studies related to insect behavior and communication. Research has identified N-Nonadecane as a key cuticular hydrocarbon used by insects for various recognition processes. For instance, it has been shown to be instrumental in host discrimination by parasitoid insects, aiding them in distinguishing between male and female hosts. This understanding is vital for ecological studies and for developing biologically-based pest control methods. Scientists utilize pure N-Nonadecane in controlled experiments to probe these chemical signaling pathways, making accurate N-Nonadecane chemical properties information essential for experimental design and interpretation. The availability of this specific N-Nonadecane CAS 629-92-5 is key for such research.

Furthermore, N-Nonadecane is frequently employed as an analytical standard in laboratories. Its well-defined molecular structure and high purity make it an excellent calibration substance for analytical techniques such as Gas Chromatography (GC) and Mass Spectrometry (MS). By using N-Nonadecane as a benchmark, scientists can accurately identify and quantify components within complex samples, ranging from environmental pollutants to biological metabolites. This application underscores the importance of sourcing high-grade N-Nonadecane for reliable laboratory results.

In conclusion, N-Nonadecane (CAS 629-92-5) is a compound of considerable scientific and commercial value. Its applications span from enhancing fragrance in consumer goods to providing critical insights into insect communication and serving as a vital analytical tool. The consistent availability of high-quality N-Nonadecane is therefore a cornerstone for progress in these diverse fields.