Lanvin Me Fragrance Oil, 20 ml

Fragrance Oil Analogue Lanvin Me as controlled-release aromatic composition for B2B formulation systems

Fragrance oil analogue Lanvin Me is a multi-component aromatic composition designed to reproduce a recognizable floral-fruity olfactory profile across different product formats. Within formulation systems, it is used as a functional fragrance ingredient compatible with aqueous, oil-based, surfactant, and emulsion systems. In B2B development, it is applied to build products with controlled scent intensity, stable evaporation profile, and reproducible performance during industrial scale manufacturing.

Functional role in formulation systems

The composition acts as an olfactory component that defines the sensory identity of the product. In formulation systems, it ensures uniform distribution of aromatic compounds throughout the base and contributes to the overall perception of quality and texture. It supports fragrance retention within the system and enables controlled release during product use.

Behavior in formulation

The fragrance is incorporated at the final stage or into the oil phase before emulsification depending on the formulation type. In emulsions, addition below 40°C is recommended to preserve volatile fractions. It is compatible with surfactants, emulsifiers, emollients, and alcohol systems. In high water-content formulations, solubilizers may be required to maintain clarity and prevent phase separation. The effect on rheological properties is minimal, although concentration may slightly influence flow behavior.

Impact on product

The composition provides a stable and recognizable scent profile, enhancing product differentiation and sensory perception. In creams and emulsions, it delivers a smooth and gradual fragrance release, while in cleansing systems it creates a more immediate olfactory impression. In oil-based systems, it contributes to extended scent retention. It allows precise control over fragrance intensity and duration.

Application areas

The fragrance is used in creams, lotions, gels, shampoos, conditioners, liquid and solid soaps, scrubs, and other personal care products. It is also applied in SPA formulations, home fragrance systems, and scented functional products. It is widely used in contract manufacturing and private label development where consistency and reproducibility are required.

Formulation incorporation

The fragrance is added at the final stage of formulation at temperatures below 40°C. Recommended usage levels range from 0.2% to 1% depending on product type and desired intensity. In water-based systems, solubilizers are recommended. Uniform distribution within the formulation is essential.

Recipe Cleansing gel with fragrance composition

Ingredients:
Water — 60 ml
Surfactant blend — 30 g
Glycerin — 5 ml
Fragrance analogue Lanvin Me — 0.5 g
Preservative — 1 g
Thickener — 1 g

Processing

The surfactant blend is dispersed into the water phase under moderate mixing until a uniform base is formed. Glycerin and thickener are added to adjust viscosity. After stabilization and cooling below 40°C, the fragrance is incorporated with continuous mixing to ensure even distribution. The preservative is added at the final stage and the formulation is mixed until fully homogeneous.

Instruction

The fragrance should be added at controlled low temperature to preserve its volatile components. Overheating after incorporation should be avoided. In aqueous formulations, solubilizers may be required to prevent cloudiness. Stability and compatibility testing within the final product is recommended.

Manufacturing stability

The composition demonstrates stable performance under controlled processing conditions and is suitable for industrial production. Control of temperature, mixing intensity, and addition sequence ensures consistent fragrance reproduction across batches.

The fragrance supports the formation of stable aromatic profiles with controlled diffusion and uniform distribution in finished products.

In complex formulation systems, it integrates effectively with different bases and maintains consistent release behavior.

Its compatibility with a wide range of formulation types enables reliable use in large-scale production with predictable results.