Why Myrrh Resin in CO2 Concentrate Form Matters for Fragrance and Skincare Manufacturing
Myrrh CO2 Extract in a 1 kg package is produced through supercritical carbon dioxide extraction from the resin of the Commiphora tree, native to regions across Africa and the Arabian Peninsula. This extraction method preserves the full complex of resinous acids and sesquiterpene compounds without solvent residues or thermal degradation, resulting in a concentrate with a warm, balsamic, slightly smoky aroma carrying deep woody and resinous facets. The product belongs to the CO2 Extracts category, which brings together concentrated natural extracts for professional use across multiple industries.
The primary application of myrrh CO2 extract lies in fragrance manufacturing. Perfumers rely on it when composing oriental, chypre, amber and woody accords, where it functions as a base note that adds depth, warmth and lasting power to the overall fragrance. Its fixative qualities help anchor volatile top notes and extend the longevity of finished compositions. Beyond perfumery, the extract is widely used in skincare formulations - creams, serums and balms designed for mature or dry skin, where the resinous compounds of myrrh have long been valued for supporting skin firmness and overall tone. The raw material also finds use in scented candle production, reed diffusers, incense and aromatherapy-related goods.
In finished formulations, myrrh extract pairs well with other CO2 extracts. In anti-aging skincare lines it is often combined with Carrot CO2 Extract, which contributes carotenoids and nourishing properties to the formula. For toning and firming blends, myrrh works alongside Oak CO2 Extract (bark), while nourishing masks and restorative emulsions benefit from the addition of Beer Yeast CO2 Extract, which enriches the formula with B-group vitamins.
Recommended dosage in fragrance concentrates ranges from 0.1 to 2 percent of the total composition weight, while in cosmetic emulsions and creams it typically falls between 0.5 and 3 percent. The extract should be introduced during the active ingredient mixing stage, into a cold or mildly warmed base at 35-40 degrees Celsius, to avoid breaking down volatile compounds under excessive heat. The 1 kg package size is designed for manufacturers operating at industrial volumes - fragrance houses, cosmetic production facilities and laboratories that require reliable supply continuity and the ability to plan formulations over extended production cycles. Store the extract in a tightly sealed container, in a cool dark place away from direct sunlight and heat sources, to preserve its properties throughout the entire stated shelf life.
Warm Resinous Fragrance Base
Myrrh CO2 Extract 18 g
Perfumer's ethanol 750 ml
Sandalwood oil 25 ml
Benzoin resinoid 12 g
Distilled water 195 ml
Combine
the myrrh extract with ethanol in a glass vessel and stir thoroughly until the
resinous compounds fully dissolve, then add the sandalwood oil and benzoin
resinoid, mixing again until the blend becomes uniform. Dilute the composition
gradually with distilled water, transfer it into a dark glass bottle, and allow
it to mature in a cool dark place for at least three weeks, shaking occasionally,
before filtering the finished base and using it as a foundation for further
dilution in perfume formulations.