Fur

To capture the scent of fur, perfumers first examined the natural animalic secretions that coat mammalian hide. Historically, they collected castoreum from beaver sacs, civet from the perineal gland of the African civet, and musk from the male musk deer. Harvesters cleaned the raw material, then applied solvent extraction, using ethanol to dissolve the aromatic compounds. The resulting tincture underwent filtration and low‑temperature evaporation, leaving a thick, amber‑brown absolute. In the mid‑20th century, chemists reproduced these molecules in the laboratory, creating synthetic analogues such as muscone, civetone, and castoreum acetate. Modern factories blend the synthetics with a carrier alcohol, stir the mixture at controlled temperature, and store it in stainless steel vats for a maturation period that can extend beyond 30 days. This aging allows the volatile and semi‑volatile components to integrate, producing a stable fur accord that mirrors the tactile richness of real hide without relying on animal harvest.