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    SILLORIA

    Ingredient Profile

    Latex delivers a clean, slightly rubbery aroma that evokes the snap of fresh gloves and the subtle sheen of new polymer. Its crisp edge adds…More

    Brazil

    0

    Fragrances

    StoryProductionOrigin

    Character

    The Story of Latex

    Latex delivers a clean, slightly rubbery aroma that evokes the snap of fresh gloves and the subtle sheen of new polymer. Its crisp edge adds modern contrast to classic bouquets, making it a favorite for avant‑garde compositions.

    Heritage

    Indigenous peoples of the Amazon used raw latex to waterproof clothing and craft balls long before European contact. The 19th‑century vulcanization process, patented by Charles Goodyear in 1844, turned latex into durable rubber, expanding its industrial reach. Perfumers first explored synthetic rubber accords in the 1990s, seeking a modern, tactile scent that contrasted with floral and woody notes. The International Fragrance Association recorded a rise from two to twelve synthetic rubber accords between 1990 and 2000, reflecting growing interest. By the early 2000s, niche houses began featuring latex as a signature element, using it to evoke urban, futuristic atmospheres. Today, latex accords appear in both niche and mainstream fragrances, prized for their clean, polymeric clarity that bridges natural and synthetic worlds.

    At a Glance

    Origin

    Brazil

    Primary source region

    Ingredient Details

    Extraction

    Synthetic

    Used Parts

    Hevea brasiliensis sap

    Did You Know

    "Natural latex from Hevea trees can be harvested without harming the tree, allowing a single tree to produce up to 30 kg of sap each tapping season."

    Production

    How Latex Is Made

    Harvesters tap the bark of Hevea brasiliensis trees, collecting the milky latex that flows from the incision. The raw sap is filtered to remove bark particles, then coagulated with acids such as formic acid. After coagulation, the rubber mass is washed, pressed into sheets, and dried at 40 °C to stabilize the polymer. To create a fragrance‑grade latex accord, chemists break down the polymer by controlled oxidative cleavage, yielding low‑molecular‑weight fragments that carry a subtle rubber scent. These fragments are blended with aroma chemicals like cis‑3‑hexenyl acetate to sharpen the fresh, slightly sweet edge. The final accord is filtered, stabilized with antioxidants, and stored in amber glass to preserve its bright character. In 2022 Brazil exported 2.5 million metric tons of natural rubber, underscoring the material’s global availability for both industrial and aromatic uses.

    Provenance

    Brazil

    Brazil3.1°S, 60.0°W

    About Latex