Crushed lime peel pressed into warm pine resin, left to dry on a sunlit stone. Elemi is the freshest member of the classical balsam family — a Philippine oleo-resin from Canarium luzonicum whose limonene-heavy top note (36–56% of the oil) smells more like a raw citrus cologne than any incense. Where frankincense is smoky and myrrh is bitter, elemi is sharp, clean, and almost aggressively transparent. The balsamic warmth arrives only after the terpenic blast has burned off.
At full concentration on a blotter: sharp, almost aggressive — wet pine resin, crushed lime peel, a faintly peppery bite from elemicin. The limonene dominance gives an impression closer to a raw citrus cologne than to a conventional balsam. Within the first hour, the terpenic brightness burns off, revealing a softer, woody-balsamic heart: dry wood shavings, warm stone, a trace of clean soap. The sesquiterpene elemol provides a quiet, slightly floral-woody undertone that lingers as the last readable quality. At low dilution (1% or below), elemi reads simply as a subtle resinous freshness — pine-clean air after rain.
Evolution over time
Immediately
Immediately
Sharp, piney-citric blast — crushed lime peel, wet pine needles, a faint peppery bite from elemicin. Almost cologne-like transparency. High diffusion from the limonene-phellandrene front.
After a few hours
After a few hours
Terpenic brightness fades. Warm, woody-balsamic heart emerges: dry resin, clean wood shavings, a quiet soapy-floral undertone from elemol. Less sweet than frankincense, drier than benzoin.
After a few days
After a few days
Faint, clean, woody-warm residue. Roughly 20 hours of readable presence at full concentration. A trace of dry balsamic warmth on fabric; nearly silent on skin after 24 hours.
Grades & Aging
Indicative 2025 wholesale prices.
The Full Story
Elemi is an oleo-resin tapped from Canarium luzonicum (Blume) A.Gray (Burseraceae), an evergreen tree reaching 30–35 metres in height, endemic to the Philippine archipelago. The essential oil (CAS 8023-89-0) is obtained by steam distillation of the crude resin — a process almost always performed in Europe or the United States, not at source. The crude resin itself (CAS 9000-75-3) exudes from bark incisions as a soft, pale, nearly white gum that yellows on air exposure.
GC-MS analyses across multiple studies show the oil is dominated by monoterpenes: limonene (36–56%), alpha-phellandrene (12–18%), sabinene (4–6%), beta-phellandrene (~2%), p-cymene (~2%), and terpinolene (~1%). The sesquiterpene alcohol elemol (CAS 639-99-6, C₁₅H₂₆O, 6–17%) provides a quiet, woody-floral base note. The phenylpropanoid elemicin (CAS 487-11-6, 3–10%) contributes a faint spicy-peppery edge but also introduces regulatory complexity: a 2023 thirteen-week toxicity study (Al-Malahmeh et al., Food and Chemical Toxicology, vol. 179) demonstrated that elemicin produces DNA adducts in rat liver even at 25 mg/kg bw/day via CYP1A1/1A2-mediated 1’-hydroxylation and subsequent sulfotransferase conjugation. Minor components include alpha-terpineol (~2.7%), methyl eugenol (up to 0.6%), and traces of terpinen-4-ol.
The heavy monoterpene load gives elemi its characteristic brightness and excellent diffusion — it reads sharper and more citric than any other member of the Burseraceae family. Where olibanum (Boswellia) is smoky-sweet and myrrh (Commiphora) is bitter-medicinal, elemi is piney-citric, almost cologne-like. The sesquiterpene fraction (elemol, gamma-eudesmol, beta-eudesmol) provides the quieter, woody-balsamic drydown that anchors it among the resins. Substantivity is roughly 20 hours at full concentration (TGSC) — short for a resin, long for a top note, confirming elemi’s bridging function.
The harvesting geography is narrow. Canarium luzonicum grows wild in the forests of southern Luzon, particularly the Bicol region and Quezon province. Trees are tapped by bark incision from January to June — daily cuts over one week, with the exudate collected after several days. A single tree yields approximately 4–5 kg of resin per year. The work is largely artisanal and wildcrafted; plantation cultivation remains rare. After collection, the crude resin is cleaned to remove bark debris before distillation, which yields 15–25% essential oil.
A 2023 study by Rageot et al. (Nature, vol. 614, pp. 287–293) identified Canarium-type resin among the substances recovered from 26th Dynasty embalming vessels at Saqqara, Egypt — the first chemical confirmation that Burseraceae oleo-resins were traded across the ancient world by the 7th century BCE. Biomarker analysis could not conclusively determine whether the material derived from African Canarium species (C. schweinfurthii) or Southeast Asian sources. Manila elemi entered European pharmacopoeias only after Magellan’s 1521 arrival in the Philippines. Pierre Pomet’s Histoire générale des drogues (1694) and Nicolas Lémery’s Pharmacopée universelle (1697) both describe its medicinal applications in wound healing and bone-setting. By the 18th century, elemi had found a second commercial life as a plasticiser in spirit varnishes — Parisian luthiers incorporated gum elemi in their violin varnish formulas alongside seed lac and sandarac.
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Parisian luthiers of the late 18th century dissolved gum elemi alongside seed lac and sandarac in alcohol to produce spirit varnishes for violins — the elemi acted as a plasticiser, preventing the lacquer from becoming brittle. This practice is documented in contemporary workshop manuals and confirmed by GC-MS analysis of historic instrument coatings.
Extraction & Chemistry
Extraction method: Steam distillation of the crude oleo-resin of Canarium luzonicum. Yields a pale yellow to colourless oil with a fresh, citrus-piney, balsamic odour. Distillation is performed almost exclusively in Europe and the United States; it yields 15–25% essential oil from the cleaned crude resin. The resin is obtained by bark incision (tapping) on wild trees in southern Luzon, primarily from January to June. Daily incisions are made over one week; the exudate is collected after several days of air exposure. A single tree produces 4–5 kg of resin per year. July to December are lower-yielding months. After collection, bark debris is removed before distillation. Solvent extraction (hexane) of the crude resin produces the resinoid — a pale yellow to yellow semi-solid, thicker and more balsamic than the distilled oil. Supercritical CO₂ extraction yields a product closer to the crude resin’s full olfactory profile, retaining both the volatile terpenic fraction and the heavier sesquiterpenoids.
Restricted — contains methyl eugenol (up to 0.6%), restricted under IFRA Standard 100 (Amendment 51, 2023). TGSC recommends max 3.0% in fragrance concentrate. Peroxide value must be < 20 mmol/L. Limonene content (36–56%) triggers allergen declaration under EU Regulation 1223/2009 when above 0.001% in leave-on products.
Synonyms
ELEMI RESIN · MANILA ELEMI · GUM ELEMI
Physical Properties
Odor Strength
Medium
Lasting Power
~20 hours at 100% (TGSC)
Appearance
Pale yellow to colourless liquid (essential oil); soft, white to yellowish gum (crude resin)
Flash Point
46–54 °C (batch-dependent; limonene-heavy batches flash lower)
Specific Gravity
0.870–0.914 @ 25 °C
Refractive Index
1.479–1.489 @ 20 °C
In Perfumery
Elemi oil functions as a top-to-heart bridge, connecting citrus transparency to resinous depth. Its high limonene content (36–56%) provides aggressive initial diffusion, while its sesquiterpene fraction (elemol at 6–17%, plus eudesmols) extends into the heart with a warm, woody-balsamic character. Three principal roles: (1) a natural freshness amplifier in citrus-woody and fougère compositions — at 0.3–0.5% in the concentrate, it adds resinous dimension to synthetic citrus materials without darkening them; (2) a resinous modifier that texturises incense accords without the sweetness of benzoin or the smoke of olibanum; (3) a top-note naturaliser that makes dihydromyrcenol- or limonene-based citrus openings read greener and more complex. Average use level is approximately 0.5% in the perfume concentrate. The resinoid (solvent-extracted) form is thicker, more balsamic, and more tenacious than the essential oil; it finds use in amber, fougère, and spicy-amber bases where longevity matters more than brightness.
