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    Ingredient Profile

    Sinfonide fragrance note

    Sinfonide delivers a bright, juicy burst of stone fruit, merging crisp apricot and mellow peach into a clean, modern accent that lifts both…More

    United States

    1

    Fragrances

    Fragrances featuring Sinfonide

    Character

    The Story of Sinfonide

    Sinfonide delivers a bright, juicy burst of stone fruit, merging crisp apricot and mellow peach into a clean, modern accent that lifts both top and heart layers of a perfume.

    Heritage

    Sinfonide entered the market in the mid‑2000s, a period when perfumers searched for reliable fruit notes that could survive high‑temperature applications. Its synthetic origin allowed manufacturers to bypass the scarcity of fresh peach and apricot extracts, which degrade quickly during transport. Early adopters placed Sinfonide in modern citrus‑floral compositions, noting its ability to brighten the opening without overwhelming the base. By 2010, major houses listed the ingredient in over thirty new releases, ranging from niche gourmand scents to mass‑market summer sprays. The molecule’s low allergen rating and stable vapor pressure earned it a place in regulatory dossiers, reinforcing its status as a workhorse for contemporary perfumery. Today, Sinfonide remains a go‑to option when designers need a crisp stone‑fruit accent that maintains integrity in both spray and oil formats.

    At a Glance

    Fragrances

    1

    Feature this note

    Origin

    United States

    Primary source region

    Ingredient Details

    Extraction

    Synthetic

    Used Parts

    None (synthetic molecule)

    Did You Know

    "Sinfonide was first patented in 2005 by IFF and quickly became a staple for perfumers seeking a stable, low‑allergy peach note, replacing volatile natural extracts."

    Production

    How Sinfonide Is Made

    Manufacturers create Sinfonide through a multi‑step organic synthesis that starts with cyclopentyl glycidyl ether. In the first stage, chemists perform a ring‑opening reaction with a protected aldehyde, forming an intermediate alcohol. The intermediate undergoes oxidation to yield a keto‑ester, which is then coupled with a methyl‑substituted phenol under basic conditions. Final purification uses fractional distillation and high‑performance liquid chromatography to isolate the target molecule at 99.5 % purity. Production facilities monitor temperature within ±0.5 °C to control stereochemistry, ensuring the molecule retains its characteristic fruity profile. Waste streams are treated with activated carbon before discharge, complying with REACH guidelines. Because the molecule is fully synthetic, suppliers avoid seasonal variation and preserve consistent aroma across batches.

    Provenance

    United States

    United States45.0°N, 93.1°W

    About Sinfonide