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    SILLORIA

    Ingredient Profile

    Cashmere wraps the skin like soft wool on a winter morning. Warm, musky, and subtly woody, it brings a tactile coziness to fragrances that f…More

    Other·Reconstructed·United States

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    Fragrances

    Other

    Family

    Reconstructed

    Type

    StoryProductionOriginRelated

    Character

    The Story of Cashmere

    Cashmere wraps the skin like soft wool on a winter morning. Warm, musky, and subtly woody, it brings a tactile coziness to fragrances that feels intimate and luxurious. A modern note that turns perfumes into personal sanctuaries.

    Heritage

    The story of cashmere in fragrance begins not in the Himalayas where the fabric originates, but in a laboratory in 1969. Chemist John Hall at International Flavors and Fragrances (IFF) was pursuing a new synthetic musk when he created Cashmeran, a molecule that would revolutionize modern perfumery. The name evoked the soft, luxurious feel of cashmere wool against skin, and the scent delivered on that promise. First appearing in Sport de Paco Rabanne (1986) and Cacharel Lou Lou (1987), cashmere notes quickly became essential building blocks for perfumers seeking warmth without heaviness. Unlike natural musks derived from animals, this synthetic creation offered ethical consistency and unprecedented versatility.

    At a Glance

    Family

    Other

    Olfactive group

    Source

    Reconstructed

    Lab-crafted

    Origin

    United States

    Primary source region

    Ingredient Details

    Extraction

    Chemical synthesis

    Used Parts

    Synthetic molecule

    Did You Know

    "Cashmeran was discovered somewhat by accident when John Hall at IFF was attempting to create a different musk entirely. The resulting molecule, with its unique combination of woody, musky, and spicy facets, turned out to be far more versatile than what he originally sought."

    Production

    How Cashmere Is Made

    Cashmere in perfumery exists entirely as a synthetic creation, specifically the aroma chemical known as Cashmeran. Its production begins with myrcene, a terpene sourced from pine or citrus byproducts, which undergoes a Diels-Alder reaction with methyl acrylate to form a bicyclic skeleton. Through hydrogenation, cyclization, and oxidation, this precursor transforms into 6,7-dihydro-1,1,2,3,3-pentamethyl-4(5H)-indanone, the molecule perfumers know as Cashmeran. Major manufacturers like Firmenich, Givaudan, and IFF produce it through advanced chemical synthesis, achieving purity levels above 98 percent. The resulting white crystalline solid melts at 27 degrees Celsius into a pale amber liquid that blends seamlessly into fragrance compositions.

    Provenance

    United States

    United States40.7°N, 74.0°W