AMBRETTOLIDE
INCI Name: Oxacycloheptadec-10-en-2-one
Origin: Aromatic synthesis
DESCRIPTION
Ambrettolide is a high-grade synthetic musk molecule inspired by the natural aroma of ambrette seeds (Abelmoschus moschatus). Considered one of the most refined creations in modern perfumery chemistry, it features a velvety, clean and sensual scent with floral, milky and slightly fruity nuances.
Belonging to the family of macrocyclic musks — known for their high biodegradability and safety — it is a key ingredient in niche perfumery and contemporary cosmetics.
Ambrettolide embodies purity, elegance and subtle olfactory finesse, adding depth and comfort to any composition.
PERFUMERY
In perfumery, Ambrettolide is an essential base note used to build musky, floral and ambery accords. Its creamy and clean aroma adds softness, sensuality and long-lasting persistence, making fragrances smoother and more sophisticated.
It blends beautifully with rose, iris, vanilla, sandalwood, amber and ozonic notes, where it acts as an elegant and transparent fixative. Used skillfully, it transforms a perfume into an intimate, contemporary experience, evoking the feeling of clean skin and sun-warmed silk.
It is one of the most beloved molecules among modern perfumers for its ability to add refinement and depth without weighing down the composition.
Olfactory family: Musky
Olfactory pyramid: Base note
COSMETICS
In cosmetics, Ambrettolide is a modern, refined macrocyclic musk appreciated for its soft, clean and delicately sensual character. It adds a velvety, luminous and sophisticated musky tone to aromatic blends, giving elegance and roundness to the accord.
Thanks to its excellent chemical stability and its ability to blend harmoniously with oily, waxy and alcoholic bases, it proves extremely versatile in professional formulations. Its gentle, neutral profile does not overpower other notes but supports and enriches the entire olfactory structure.
Often used as a discreet, contemporary fixative, it prolongs the longevity of the accord without altering the aromatic balance of the composition.
