Lanvin Me Fragrance Oil, 100 ml

Fragrance Oil Analogue Lanvin Me as olfactory composition for B2B formulation systems

Fragrance oil analogue Lanvin Me is a blended aromatic composition designed to replicate a recognizable floral-fruity olfactory direction within formulation systems. It is used as a functional fragrance component compatible with water-based, oil-based, surfactant, and emulsion systems. In B2B development, the composition is applied to create products with controlled scent intensity, stable evaporation profile, and consistent performance across different production scales.

Functional role in formulation systems

The composition functions as an olfactory structuring element that defines the sensory identity of the finished product. Within formulation systems, it supports uniform aroma distribution and contributes to the overall perception of texture and quality. It also enables controlled fragrance diffusion and retention depending on the base composition and system type.

Behavior in formulation

The fragrance is typically introduced during the final stage of formulation or into the oil phase prior to emulsification. In emulsion systems, it is recommended to add at temperatures below 40°C to preserve volatile components. It demonstrates compatibility with surfactants, emulsifiers, emollients, and alcohol systems. In water-rich formulations, solubilization may be required to maintain clarity and prevent separation. While it has minimal direct impact on viscosity, concentration levels may influence flow characteristics in certain systems.

Impact on product

The fragrance provides a consistent aromatic profile that enhances product differentiation and sensory appeal. In emulsions, it delivers a balanced and smooth scent release, while in cleansing systems it creates a more immediate olfactory perception. In oil-based formulations, it contributes to longer scent persistence. It allows formulators to adjust fragrance strength and maintain uniform performance across batches.

Application areas

The composition is used in creams, lotions, gels, cleansers, shampoos, conditioners, soaps, and scrubs. It is also applicable in SPA formulations, home fragrance systems, and scented functional products. It is widely used in contract manufacturing and private label development where scent consistency and reproducibility are required.

Formulation incorporation

The fragrance is incorporated at the final stage of formulation at temperatures below 40°C. Recommended usage levels range from 0.2% to 1% depending on formulation type and desired scent intensity. In aqueous systems, the use of solubilizers is recommended. Proper mixing is required to achieve uniform dispersion.

Recipe Liquid cleanser with fragrance composition

Ingredients:
Water — 62 ml
Surfactant blend — 28 g
Glycerin — 5 ml
Fragrance analogue Lanvin Me — 0.5 g
Preservative — 1 g
Viscosity modifier — 1 g

Processing

The surfactant system is dispersed into the water phase under controlled mixing until a uniform base is formed. Glycerin and viscosity modifier are added to adjust consistency. After the system is stabilized and cooled below 40°C, the fragrance is introduced 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 low temperature to preserve its volatile components and prevent degradation. Overheating after incorporation should be avoided. In water-based systems, solubilizers should be used when necessary to maintain clarity and stability. Compatibility and stability testing within the final formulation is recommended.

Manufacturing stability

The composition demonstrates stable performance under controlled processing conditions and is suitable for industrial scale manufacturing. Proper control of temperature, mixing conditions, and addition sequence ensures reproducibility and consistent fragrance performance 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 scent release behavior.

Its compatibility with various formulation types allows flexible use in large-scale production with predictable results.