Cinnamon Bark

Cinnamon bark

Description: Cinnamon is one of the earliest spices used by humans, and is therefore very well-known.
Scientific Name: Cinnamomum cassia
Extraction Method: steam-distilled

Cinnamon Bark Essential Oil

Spicy • Warm • Invigorating

Cinnamon Bark essential oil comes from the inner bark of the Cinnamomum verum tree (also called “true cinnamon” or Ceylon cinnamon). When steam distilled from bark, it yields an oil with a rich, warm aroma marked by spicy sweetness, woody depth, and a long, lingering finish. For many, its scent evokes comfort, spice markets, and seasonal warmth.

Extraction and Aroma

To produce Cinnamon Bark oil, the bark is harvested, often from younger branches or inner bark strips, and subjected to steam distillation. The resulting oil is usually a pale yellow to amber liquid with a powerful aroma. The dominant scent is that of cinnamaldehyde, which gives the spicy “cinnamon” note, often softened by woody and resinous undertones. Some batches may also carry faint hints of clove or herbal spice depending on origin and quality.

Historical and Botanical Significance

True cinnamon has been used for thousands of years in cuisine, perfumery, and in traditional wellness systems. In Sri Lanka, for example, growing-region studies show that the oil content in Ceylon cinnamon bark varies broadly depending on the climate, harvest methods, and bark thickness. Historically valued for both its aroma and flavor, cinnamon was once more precious than many spices and often traded along ancient spice routes.

Chemical Composition

The chemical profile of Cinnamon Bark oil is quite distinct. Major constituents include high levels of cinnamaldehyde (often 50–75% or more in quality Ceylon cinnamon), along with smaller amounts of eugenol, cinnamyl acetate, 1,8-cineole, linalool, and β-caryophyllene. According to the botanical literature, the bark of Ceylon cinnamon typically yields about 0.5-2.0% essential oil by weight, with cinnamaldehyde being the primary aromatic aldehyde in that fraction (CABI compendium summary).

Uses in Aromatherapy and Blending

Because of its strong warm spice profile, Cinnamon Bark oil is used sparingly in aromatherapy. It works well in blends for seasonal warming, spicy orientals, and with woods, resins, and citrus top notes. For example, a drop in a diffuser paired with orange or clove can enrich the depth of a blend. In perfumery, it often acts as a middle note with excellent tenacity.

Safety and Precautions

Cinnamon Bark essential oil is potent and is considered a strong skin irritant. It must always be diluted before topical use. Studies and regulatory reviews (for example, by the European Food Safety Authority) have noted that compounds of concern in some batches—such as styrene, safrole, or methyleugenol—may occur, particularly if the oil is oxidized, impure, or improperly stored (EFSA safety evaluation for cinnamon bark oil). Always patch test, avoid use near mucous membranes, and consider avoiding use during pregnancy unless under expert guidance. Ingesting essential oil is not recommended without professional direction.


References

Disclaimer: The above information relates to studies of specific individual essential oil ingredients, some of which are used in the essential oil blends for various MONQ diffusers. Please note, however, that while individual ingredients may have been shown to exhibit certain independent effects when used alone, the specific blends of ingredients contained in MONQ diffusers have not been tested. No specific claims are being made that use of any MONQ diffusers will lead to any of the effects discussed above. Additionally, please note that MONQ diffusers have not been reviewed or approved by the U.S. Food and Drug Administration. MONQ diffusers are not intended to be used in the diagnosis, cure, mitigation, prevention, or treatment of any disease or medical condition. If you have a health condition or concern, please consult a physician or your alternative health care provider prior to using MONQ diffusers. MONQ blends should not be inhaled into the lungs.Why? It works better that way