The Science of Scent: How Musk CAS 13171-00-1 Enhances Fragrance
The creation of a compelling fragrance is a blend of art and science, with chemical compounds playing a vital role in achieving desired olfactory effects and performance. NINGBO INNO PHARMCHEM CO., LTD. supplies key aroma chemicals that are fundamental to this process, including the synthetic musk identified as CAS 13171-00-1. This compound's unique properties make it a cornerstone ingredient for modern perfumers and product formulators.
At its core, CAS 13171-00-1 functions as a high-impact fixative. Its molecular structure and low vapor pressure allow it to slow down the evaporation of more volatile fragrance oils. This scientific principle ensures that the fragrance unfolds gradually, providing a more sustained and layered scent experience. As a result, perfumes and scented products enriched with this white crystalline musk powder exhibit significantly enhanced longevity and diffusion. The scent remains present and evolves pleasingly over many hours, contributing to a superior user experience.
The olfactory profile of CAS 13171-00-1 is characterized by its warm, powdery, and subtly animalic notes, often accompanied by woody and amber facets. This complexity allows it to serve as a versatile base note, harmonizing with a wide range of fragrance families. Its stability in various formulations, including those for soaps and cosmetics, further underscores its scientific utility. As a synthetic musk fixative for perfumes, it provides a reliable and cost-effective solution for achieving long-lasting scents, often replacing or complementing natural musks.
NINGBO INNO PHARMCHEM CO., LTD. is committed to providing the industry with top-tier aroma chemicals that drive innovation. Our supply of CAS 13171-00-1, a critical long-lasting fragrance ingredient, empowers formulators to craft products with improved scent performance and consumer appeal. By understanding the scientific basis of how this aroma chemical enhances fragrance, manufacturers can optimize their formulations for maximum impact and satisfaction.
At its core, CAS 13171-00-1 functions as a high-impact fixative. Its molecular structure and low vapor pressure allow it to slow down the evaporation of more volatile fragrance oils. This scientific principle ensures that the fragrance unfolds gradually, providing a more sustained and layered scent experience. As a result, perfumes and scented products enriched with this white crystalline musk powder exhibit significantly enhanced longevity and diffusion. The scent remains present and evolves pleasingly over many hours, contributing to a superior user experience.
The olfactory profile of CAS 13171-00-1 is characterized by its warm, powdery, and subtly animalic notes, often accompanied by woody and amber facets. This complexity allows it to serve as a versatile base note, harmonizing with a wide range of fragrance families. Its stability in various formulations, including those for soaps and cosmetics, further underscores its scientific utility. As a synthetic musk fixative for perfumes, it provides a reliable and cost-effective solution for achieving long-lasting scents, often replacing or complementing natural musks.
NINGBO INNO PHARMCHEM CO., LTD. is committed to providing the industry with top-tier aroma chemicals that drive innovation. Our supply of CAS 13171-00-1, a critical long-lasting fragrance ingredient, empowers formulators to craft products with improved scent performance and consumer appeal. By understanding the scientific basis of how this aroma chemical enhances fragrance, manufacturers can optimize their formulations for maximum impact and satisfaction.
Perspectives & Insights
Agile Reader One
“The olfactory profile of CAS 13171-00-1 is characterized by its warm, powdery, and subtly animalic notes, often accompanied by woody and amber facets.”
Logic Vision Labs
“This complexity allows it to serve as a versatile base note, harmonizing with a wide range of fragrance families.”
Molecule Origin 88
“Its stability in various formulations, including those for soaps and cosmetics, further underscores its scientific utility.”