GREENS, HERBS AND FOUGERES / green · aromatic · dry
Tea
Category
GREENS, HERBS AND FOUGERES
Subcategory
green · aromatic · dry
Origin
Volatility
Heart Note
Botanical
Camellia sinensis (L.) Kuntze
Odor Strength
Medium
Producing Countries
China, India, Sri Lanka, Japan, Kenya
Pyramid
Heart
Dry, papery, faintly astringent — the smell of a ceramic lid lifted from a gaiwan. Tea in perfumery is almost always an accord, not an extract: a careful layering of ionones, theaspirane, and green-leaf chemicals that mimics what carotenoid decay produces when fresh Camellia sinensis leaves wither and oxidize.
Green tea accord: transparent, slightly bitter, vegetal. Steam rising from a ceramic cup in a cold room. Grassy sharpness from hexenol derivatives, a faint marine quality, and a clean astringency that dries skin rather than warming it. Cooler and thinner than herbal tisane notes — closer to cucumber water than chamomile.
Black tea accord: tannic, malty, with a honeyed darkness from damascenone and a faint phenolic smoke from guaiacol. More body, less transparency. The dry-down acquires a leathery, almost castoreum-like quality — not animalic, but textural and dry. Smoked variants (Lapsang Souchong accords) push toward tar and creosote, veering into birch territory. Neither green nor black tea reads as sweet in isolation; the note operates as an astringent modifier, not a comfort material.
Evolution over time
Immediately
Immediately
Green tea: crisp, grassy brightness with a marine edge and clean astringency. Black tea: warmer, malty, lightly smoky opening with tannic bite. Both carry a distinctive drying quality on skin.
After a few hours
After a few hours
The grassy or smoky top notes fade. A soft, powdery, ionone-driven warmth emerges — violet-leaf and hay facets that link tea to iris and tobacco accords. Beta-damascenone contributes a persistent honeyed darkness in black tea versions.
After a few days
After a few days
A faint, clean, woody-powdery trace. Natural tea absolute leaves a leathery, almost castoreum-like residue; synthetic accords are designed for transparency and dissipate more cleanly. What lingers is subtle and skin-close.
The Full Story
Tea as a perfumery note sits in a peculiar position: the natural extract exists but rarely smells like tea. Steam-distilled Camellia sinensis leaf oil yields a linalool- and geraniol-dominant profile — essentially a light floral with grassy edges — because the molecules that create the recognizable tea smell are volatile degradation products formed only during withering and oxidation. They are absent from living leaves.
The key aroma chemicals responsible for what the nose reads as 'tea' are carotenoid-derived: theaspirane (CAS 36431-72-8), a spiro compound with herbal-green-woody qualities and 47-hour substantivity; beta-damascenone (CAS 23696-85-7), perceptible at 0.002 ppb in water, contributing a honeyed dried-fruit darkness; and alpha- and beta-ionone, providing a violet-leaf, powdery undertone. Dihydroactinidiolide (CAS 15356-74-8) adds a fruity, apricot-like warmth often mistaken for a tea-specific quality. These molecules form through enzymatic cleavage of beta-carotene and lutein by carotenoid cleavage dioxygenases during processing.
Natural tea absolute (CAS 84650-60-2) is solvent-extracted from dried leaves — green or fermented black — using hexane, yielding a thick, amber-brown liquid with a dry, herbal, sweet-woody odor. Black tea absolute, particularly from Sri Lanka, reads leathery, smoky, and faintly castoreum-like. These extracts serve as fixatives and modifiers but do not, on their own, deliver the crisp 'cup of tea' impression most consumers expect. That impression requires synthetic reconstruction.
Green tea accords are built on cis-3-hexenol (grassy sharpness), alpha-ionone, and theaspirane. Black tea accords layer guaiacol (smoky phenolic), beta-damascenone, and megastigmatrienone (tobacco-warm, balsamic). Mate absolute (from Ilex paraguariensis, CAS 68916-96-1) adds a hay-tobacco base note to either construction. The linalool and geraniol naturally present in Camellia sinensis leaf oil (variable: 2.5–22% and 1.5–40% respectively, depending on cultivar, season, and harvest) contribute floral lift but do not define the tea character.
This note in Première Peau. Gravitas Capitale · Nuit Elastique · Simili Mirage. Sample all seven extraits in the Discovery Set.
Beta-damascenone, one of the molecules responsible for the honeyed darkness of black tea, has an odor threshold of 0.002 parts per billion in water — roughly equivalent to detecting one drop in an Olympic swimming pool. It is also the certified aroma standard used to train professional tea tasters to identify 'black tea character.'
Extraction & Chemistry
Extraction method: Natural tea absolute (CAS 84650-60-2) is produced by hexane extraction of dried Camellia sinensis leaves — either unoxidized (green tea) or fully oxidized (black tea). The concrete, a dark waxy mass, is washed with cold ethanol to precipitate waxes, then filtered and evaporated to yield the absolute: an amber viscous liquid. Decolorized (colourless) versions are produced via molecular distillation under vacuum. Black tea absolute from fermented leaves yields a leathery, smoky profile; green tea absolute reads drier and more herbal. CO2 extraction of dried leaves preserves a broader volatile profile but remains expensive. Steam distillation of fresh leaves produces an essential oil dominated by linalool and geraniol — essentially a floral, not a tea smell — because the characteristic tea aroma compounds (theaspirane, ionones, damascenone) require enzymatic degradation of carotenoid pigments during withering and oxidation. Most commercial tea accords are therefore synthetic reconstructions, not natural extractions.
Molecular Formula
N/A (complex natural mixture)
CAS Number
84650-60-2
Botanical Name
Camellia sinensis (L.) Kuntze
IFRA Status
Tea leaf absolute restricted under IFRA Standard 079 (dermal sensitization, NESIL 480 mcg/cm2). Max in fine fragrance: 0.21%. Theaspirane max 0.5% in fragrance concentrate. Dihydroactinidiolide max 1.0%. Reconstructed accords: restrictions depend on individual components.
Synonyms
THE · CHA · TEA ACCORD · GREEN TEA · BLACK TEA · MATCHA
Physical Properties
Odor Strength
Medium
In Perfumery
Tea functions as a modifier and bridge note, positioned in the heart to provide transparency, astringency, and intellectual coolness. Green tea accords support fresh, aquatic, and light floral structures — they thin heavy florals, add crispness, and prevent sweetness from cloying. Black tea accords work in amber, leather, and woody frameworks, contributing warmth and tannic dryness without sweetness. Key molecules: theaspirane (CAS 36431-72-8, herbal-green, substantivity 47h), dihydroactinidiolide (CAS 15356-74-8, fruity-warm, substantivity 298h), alpha-ionone, beta-ionone, beta-damascenone (CAS 23696-85-7, honeyed-dark, threshold 0.002 ppb), megastigmatrienone (tobacco-warm), and cis-3-hexenol (grassy). Natural mate absolute from Ilex paraguariensis provides a hay-tobacco base for reconstructions.
