What is Lavender Supercritical CO2 Extract?
Lavender Supercritical CO2 Extract is obtained by supercritical CO2 extraction of Lavandula angustifolia flowering tops, with no residual solvent. Distinct from the lavender essential oil in the catalog, this process yields a rounder extract, generally better tolerated by the skin.
A rounder floral profile than distilled essential oil
Supercritical CO2 extraction captures more heavy and waxy compounds from the lavender flower than steam distillation, with fewer free volatile compounds (linalool, linalyl acetate)—resulting in a rounder olfactory profile and a soft resin paste texture.
Uses in Professional Cosmetic Formulation
Used in soothing care for sensitive skin and soothing hair bases, for diluted professional use. Sold in bulk to professionals, technical data sheet and safety data sheet included.
Frequently asked questions
Is the Lavender CO2 Supercritical Extract sold pure?
Yes, Lotus Lab’s Lavender CO2 Supercritical Extract is sold 100% pure, obtained by supercritical CO2 extraction with no residual solvent, with no dilution or added excipient.
How should it be used?
A professional cosmetic formulation ingredient, always used diluted. Refer to the attached technical data sheet for the recommended usage rate and the precautions specific to this material.
Are the technical data sheet and the safety data sheet provided?
Yes, the technical data sheet and the safety data sheet (SDS) are provided with every order and are already downloadable directly on this page, in the Attached documents section.
What packaging is available for a bulk order?
The Lavender CO2 Supercritical Extract is sold in professional bulk. Contact Lotus Lab to find out the exact packaging and minimum order quantity suited to your volume.
Is it compatible with other ingredients in formulation?
Yes, it integrates normally into a professional formulation alongside other common cosmetic raw materials. For precise compatibility with your formula, refer to the attached technical data sheet or contact our team.
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