FRUITS, VEGETABLES AND NUTS / fruity · sweet · warm
Apricot
Category
FRUITS, VEGETABLES AND NUTS
Subcategory
fruity · sweet · warm
Origin
Volatility
Heart Note
Botanical
Prunus armeniaca
Appearance
Pale yellow to golden liquid
Producing Countries
Asia, Central Asia, Mediterranean
Pyramid
Heart
Soft, lactonic, sun-dried. Apricot smells like peach's quieter, drier sister — less juicy, more kernel-bitter, with the dusty sweetness of fruit leather left in the sun.
Soft, lactonic sweetness with a kernel-bitter edge — like biting into a ripe apricot and catching the faintly almond taste from near the pit. Drier and less juicy than peach, with more of the benzaldehyde bite that connects it to almond and cherry. The dried-apricot quality adds a toffee-like, slightly sulfurous warmth.
Compared to peach (juicier, creamier, more velvety), apricot is restrained and drier. Compared to plum (darker, wine-like, damascenone-driven), apricot is lighter and less complex. Compared to mango (tropical, terpenic), apricot is temperate and familiar. It reads as a stone-fruit background note — warm, supportive, and undemanding.
Evolution over time
Immediately
Immediately
A soft, lactonic fruitiness — recognizably stone-fruit but less emphatic than peach. The benzaldehyde kernel-bitter edge arrives alongside the sweetness, giving an almond-fruit duality.
After a few hours
After a few hours
The fruity brightness fades. A warm, lactonic, slightly toffee-like quality persists. The dried-apricot character emerges — less juicy, more caramelized, with a quiet warmth.
After a few days
After a few days
A faint, creamy-lactonic residue. Less tenacious than peach (less gamma-undecalactone in the typical apricot accord). The last trace is warm, powdery, and skin-close.
The Full Story
Apricot shares much of its chemical vocabulary with peach — both are Prunus species, both rely on γ-lactones for their fruity-creamy character [A] — but the olfactory effect is subtly different. Where peach is juicy, velvety, and intimate, apricot is drier, slightly more tart, and carries a particular kernel-bitter quality from its benzaldehyde content. The kernels of apricot, like those of bitter almond and cherry, contain amygdalin, which hydrolyses on contact with water to give benzaldehyde — the canonical 'almond' molecule — and a small amount of hydrocyanic acid [B]. This is the source of apricot's faintly bitter, slightly nutty undertone.
Reconstruction
Apricot in perfumery is a reconstruction. There is no commercial apricot essential oil or absolute — the fruit's volatile profile is dominated by water and short-chain esters that do not extract well. The accord is built from γ-decalactone (CAS 706-14-9), γ-undecalactone (peach aldehyde, CAS 104-67-6), linalool, benzaldehyde and β-ionone. Apricot kernel oil — the CAS 68650-44-2 cosmetic carrier oil — is not a fragrance ingredient; it is used in skin and hair preparations for its emollient profile.
Sources & Notes
[A] PubChem CID 12813 — γ-decalactone, CAS 706-14-9. The fatty-creamy lactone shared across peach, apricot, plum and many other stone-fruit reconstructions.
[B] PubChem CID 240 — benzaldehyde, CAS 100-52-7. The kernel-bitter signature of Prunus species. The amygdalin → benzaldehyde + HCN hydrolysis is the basis of bitter-almond aroma and its associated toxicity.
Did You Know?
Did you know?
Apricot kernels contain amygdalin, the same cyanogenic glycoside found in bitter almonds and cherry pits. When crushed and exposed to moisture, amygdalin breaks down to release benzaldehyde (the almond-cherry smell) and trace hydrogen cyanide. The European Food Safety Authority issued warnings in 2016 about consuming raw apricot kernels — more than three small kernels can exceed safe cyanide limits for adults.
Extraction & Chemistry
Extraction method: Not applicable. There is no commercial apricot essential oil or absolute — the fruit's volatile profile is dominated by water-soluble esters and short-chain volatiles that do not survive extraction. The note is reconstructed from γ-decalactone, γ-undecalactone, linalool, benzaldehyde and β-ionone. Apricot kernel oil (cold-pressed from Prunus armeniaca pits, CAS 68650-44-2) is a cosmetic carrier oil used in skincare — not a fragrance ingredient.
Apricot functions as a heart modifier in fruity-floral, gourmand, and soft-oriental compositions. Gamma-decalactone provides the core lactonic character. The benzaldehyde fraction connects apricot to almond and cherry accords, allowing perfumers to build Prunus-family bridges. The dried-apricot quality (achieved through lactones plus trace sulfur compounds or dried-fruit bases) works in amber-oriental and dried-fruit accords. Apricot blends naturally with vanill a, almond, peach, honey, and soft woods. Its restraint makes it useful as a supporting note that contributes warmth without asserting a specific fruit identity. Apricot is not featured as a primary note in any current Premiere Peau fragrance.
