Lavandula angustifolia herb extract: properties, uses, pros, cons, safety
(Lavandula angustifolia; Lamiaceae)
Lavandula angustifolia herb extract is an extract obtained from the herbaceous/flowering parts of lavender. In cosmetics it is used primarily for the fragrance function (perfumery), contributing to a “lavender” olfactory note and to the sensorial positioning of many formulations.
Definition
Lavandula angustifolia herb extract is a plant-derived ingredient with variable composition: it is not a single molecule but a set of components extracted from the botanical matrix. The final profile depends on the actual plant part used, origin, drying, extraction solvent, and manufacturer specifications.
In formulation, “real-world” performance depends mainly on the commercial grade (any declared standardization, carrier/solvent, color and odor) and on compatibility with the base (anhydrous or emulsified).
Main uses
Cosmetics.
Used in cleansers, shower gels, shampoos, body creams, fragranced products, and botanical concepts where the main function is perfumery. As an “extract,” it may also influence the finished product’s organoleptic profile (color/odor).
INCI functions
Fragrance. It plays a very important role in the formulation of cosmetic products as it allows perfume to be enhanced, masked or added to the final product, improving its commercial viability. The consumer always expects to find a pleasant scent in a cosmetic product.
Medicine.
Not a therapeutic active ingredient. Lavender in traditional medical medicine it is used as a medical plant in the treatment of inflammation, depression and stress, due to its sedative and anxiolytic action, thrombotic and antimicrobial properties.
Cultivation
Lavender (Lavandula angustifolia) is cultivated in temperate areas. For an “herb” extract, agronomic variability (origin, season, harvesting and drying conditions) can be reflected in odor, color, and aromatic intensity; therefore, in industrial practice supplier specifications and incoming QC are central.
For more information: LAVENDER
Key constituents
Composition is variable and process-dependent. Practically, the extract may include aromatic fractions consistent with lavender (to an extent linked to raw material and solvent), as well as polar/semi-polar components of the plant matrix. Operationally, for formulators the main drivers are: odor, color, any declared standardization, and consistency over time.
Identification data and specifications
| Characteristic | Value |
|---|---|
| INCI name | Lavandula angustifolia herb extract |
| INCI functions | fragrance |
| CAS number | 90063-37-9 (commonly reported) |
| EC/EINECS number | 289-995-2 (commonly reported) |
| Note on alternative identifiers | in some databases CAS 84776-65-8 and EC 283-994-0 also appear for related “lavender herb extract” entries; verification on supplier SDS is recommended |
| Molecular formula | not applicable (variable-composition mixture/extract) |
| Molecular weight | not applicable as a single value (mixture/extract) |
| Typical commercial form | extract in solution or blend (vehicle grade-dependent) |
Physico-chemical properties (indicative)
| Characteristic | Value | Note |
|---|---|---|
| Chemical nature | complex extract with variable composition | depends on raw material and process |
| Solubility | vehicle-dependent | verify the grade technical sheet |
| pH stability | generally better in moderate ranges | extremes may accentuate odor/color drift |
| Light/oxygen stability | variable | barrier packaging and accelerated tests are useful |
| Thermal stability | sensitive to prolonged stress | prefer addition at controlled temperatures |
| Critical parameters | odor, color, vehicle residues, impurities | drive repeatability and acceptability |
Functional role and practical mechanism of action
The primary function is fragrance: the extract contributes to perfuming the product and/or the skin, with performance dependent on the formulation matrix, dosage, and organoleptic stability over shelf-life. In lightly fragranced formulas, impact on odor and color may become a development constraint.
Formulation compatibility
Common watchpoints include:
compatibility with the preservative system and with the extract’s vehicle
control of color and odor in pale formulas or delicate olfactory profiles
risk of haze/precipitation in the presence of electrolytes or specific surfactant systems (grade-dependent)
packaging stability (light/oxygen) to reduce organoleptic drift
Use guidelines (indicative)
Use levels are strongly dependent on grade and sensorial objective. It is good practice to set targets on an organoleptic basis (intensity, cleanness of the note) and validate with accelerated stability and tests in final packaging, fixing tolerances for odor/color.
Quality, grades, and specifications
Supplier-to-supplier variability can be significant. For robust control, useful elements include: specifications for odor/color, information on solvent/vehicle and residues, limits for impurities, and batch acceptance criteria consistent with the finished product’s positioning.
Safety, regulatory, and environment
Safety must be assessed on the finished product, considering concentration, use area, and target population. For botanical extracts, practical topics include individual tolerability (reactive skin), impurity control, and consistency of the compositional profile (mitigated by specifications/standardization). From a manufacturing perspective, GMP (good manufacturing practice; benefit: reduces variability and contamination) supports traceability and repeatability.
Formulation troubleshooting
Odor/color drift over time.
Action: reduce light/oxygen stress (packaging), adjust dose, and select a grade with more stable organoleptic specifications.
Haze or instability in a surfactant base/emulsion.
Action: evaluate a different vehicle/grade, optimize the addition step, and confirm via accelerated stability in the final matrix.
Conclusion
Lavandula angustifolia herb extract is a botanical extract used in cosmetics mainly for the fragrance function. For reliable use, decisive factors are: grade selection (vehicle and olfactory consistency), stability management (pH, light, oxygen), compatibility with the matrix, and batch-to-batch quality control, supported by finished-product safety assessment.
Mini-glossary
UVCB: substances of unknown or variable composition, complex reaction products, or biological materials.
Standardization: defining parameters/markers to reduce the natural variability of an extract.
GMP: good manufacturing practice; benefit: improves quality control and reduces contamination/variability.
