Agarwood CO2 Extract | Aquilaria malaccensis
Agarwood CO2 Extract | Aquilaria malaccensis
Agarwood CO2 Extract
| Common Name | Agarwood,Oud |
| Botanical Name | Aquilaria malaccensis |
| INCI Name | Aquilaria malaccensis Extract |
| CAS Number | 94350-09-1 |
| Product | Agarwood CO2 Extract |
| Part Used | Heart Wood |
| Extraction Method | Supercritical CO2 (SCO2) |
| Form Available | Paste/Viscous |
| Oil/Fat Soluble | Yes |
| Water Solubility | No |
| Alcohol (Ethanol) Soluble | Partial |
| Active Contents (Phytochemical) | sesquiterpenes (such as agarol, agarospirol, and jinkoh-eremol), chromones (such as agarotetrol and aquillochin), flavonoids, terpenoids, tannins, and phenolic compounds. |
| Country of Origin | India |
| Vegetarian | Yes |
| Storage | Store in a cool and dry place |
About Agarwood CO2 Extract
CO₂ extraction uses pressurized carbon dioxide at low temperatures to extract active compounds from Aquilaria malaccensis (Agarwood) without chemical solvents. The key advantages are no solvent residue, better preservation of heat-sensitive compounds, high purity, and a true-to-plant profile, making it ideal for premium, clean-label food, nutraceutical, and cosmetic applications.
Frequently Asked Questions
1. What makes Agarwood CO2 Extract superior to solvent-extracted Agarwood?
Agarwood CO2 Extract (Aquilaria malaccensis) is obtained using supercritical carbon dioxide, which means zero solvent residues remain in the final product. Unlike hexane or ethanol extractions, CO2 extraction preserves the delicate bioactive profile of Agarwood in its most authentic form — resulting in an extract that is cleaner, purer, and truly representative of the original plant material.
2. How does Agarwood CO2 Extract retain its original aroma and flavour?
Supercritical CO2 operates at low temperatures and controlled pressure, which prevents thermal degradation of volatile and heat-sensitive compounds in Agarwood. This means the extract retains the true-to-nature aroma, flavour, and colour profile of the original agarwood plant material — something conventional distillation or solvent extraction often fails to achieve.
3. Why is a smaller dose of Agarwood CO2 Extract more effective?
CO2 extraction yields a highly concentrated form of Agarwood, including its key active constituents (sesquiterpenes (such as agarol, agarospirol, and jinkoh-eremol), chromones (such as agarotetrol and aquillochin), flavonoids, terpenoids, tannins, and phenolic compounds.), because it selectively extracts the most desirable compounds with exceptional efficiency. This means you need significantly less quantity compared to conventional extracts to achieve the same or better results, making it cost-effective despite its premium positioning.
4. What are the different ways Agarwood CO2 Extract can be used?
Agarwood CO2 Extract is versatile and finds applications across multiple industries. In cosmetics and personal care, it is used in serums, creams, and formulations for its potent bioactives. In the food and nutraceutical industry, it serves as a natural flavouring and functional ingredient. It is also used in aromatherapy, pharmaceutical preparations, and as a premium ingredient in Ayurvedic and herbal formulations.
5. What makes Agarwood CO2 Extract a premium-grade ingredient?
The premium nature of Agarwood CO2 Extract comes from the advanced supercritical extraction technology, the absence of any chemical solvent, and the resulting unmatched purity and potency. It is solvent-free, rich in natural phytochemicals, and offers a concentration ratio that delivers superior performance in every application — from skincare formulations to flavour compounds and wellness products.
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