N/A (synthetic molecule by a Swiss fragrance house)
Appearance
Pale yellow to dark amber liquid
Odor Strength
Medium
Producing Countries
Switzerland (a Swiss fragrance house)
Pyramid
Base
A proprietary amber molecule — warm, resinous, and long-lasting. Amberever delivers the classic amber effect (labdanum-vanillic warmth) in a single synthetic molecule with notable tenacity.
Warm, sweet, and resinous — the classic amber impression of labdanum, benzoin, and vanillin compressed into a single material. Golden, slightly powdery, with a soft, enveloping quality. Less mineral and transparent than Ambroxan, less balsamic than benzoin, less green-resinous than labdanum. The character is deliberately smooth and rounded — amber as archetype, polished and simplified.
Evolution over time
Immediately
Immediately
Warm, sweet resinous opening — labdanum-like warmth, a vanillic golden richness
After a few hours
After a few hours
Amber warmth deepens and stabilizes, powdery and enveloping, with excellent projection
Amberever is a proprietary amber-type synthetic molecule engineered for a specific purpose: to deliver the classic warm-resinous-vanillic character of amber in a single, long-lasting material. In natural perfumery, the amber accord requires careful blending of labdanum (for resinous warmth), benzoin (for sweet balsamic depth), vanillin (for the golden-sweet quality), and sometimes tolu balsam or tonka (for powdery warmth). Amberever collapses this into one molecule.
The result is a warm, enveloping base note with notable tenacity. It reads as classically amber — resinous, golden, faintly sweet, powdery — without the variability and sourcing challenges of natural labdanum or the potential skin-reactivity of benzoin. It is warmer and more classically resinous than Ambroxan (CAS 6790-58-5), which has a cleaner, more mineral, skin-like transparency.
In formulation, Amberever functions as both a base-note anchor and a fixative, extending the longevity of materials layered above it. It appears in amber, amber-woody, and warm-spicy compositions where the goal is enveloping warmth and long wear time.
The 'amber' of perfumery has no connection to fossilized tree resin (geological amber, succinite). Perfumery amber is a fantasy accord traditionally built from labdanum (Mediterranean rock-rose resin), benzoin (Styrax resin), vanillin, and tolu or Peru balsam. The confusion persists because geological amber, when heated, releases a faintly sweet, resinous scent — but the two amber traditions evolved independently.
Extraction & Chemistry
Extraction method: Entirely synthetic. Amberever is manufactured by chemical synthesis — exact pathway and chemical structure are proprietary. It is typically a clear to pale amber liquid with a warm, resinous, amber-type odor and very high tenacity.
Molecular Formula
Proprietary (a Swiss fragrance house captive; amber-woody character)
CAS Number
Proprietary (a Swiss fragrance house captive molecule)
Botanical Name
N/A (synthetic molecule by a Swiss fragrance house)
IFRA Status
No known restrictions
Synonyms
Amber Ever, AmberEver
Physical Properties
Odor Strength
Medium
Appearance
Pale yellow to dark amber liquid
In Perfumery
Amberever is a proprietary amber-type synthetic molecule designed for longevity and warm, resinous character. It functions as a base-note fixative and amber modifier in amber, woody-amber, and warm-spicy compositions. The molecule provides the classic 'amber' effect — the warm, sweet-resinous, slightly powdery character that in natural perfumery requires blending labdanum, benzoin, vanillin, and tonka. Amberever simplifies this: a single molecule delivers the amber impression with notable substantivity. It belongs to the family of amber synthetics alongside Ambroxan (CAS 6790-58-5), Cetalox, Ambrarome, and Ambrinol, but each has a distinct character. Amberever is warmer and more classically resinous than the clean, skin-like transparency of Ambroxan.
