Lanvin Me Fragrance Oil, 5 ml

Fragrance Oil Analogue Lanvin Me as structured aromatic composition for B2B formulation systems

Fragrance oil analogue Lanvin Me is a multi-layer aromatic composition designed to replicate a recognizable floral-fruity olfactory profile within different formulation systems. It is applied as a functional fragrance ingredient compatible with aqueous bases, oil phases, surfactant systems, and emulsions. In B2B development, the composition is used to create products with stable aromatic performance, controlled diffusion behavior, and consistent results during industrial scale production.

Functional role in formulation systems

The composition acts as an olfactory structuring component that defines the sensory identity of the finished product. Within formulation systems, it supports uniform dispersion of fragrance molecules and contributes to balanced sensory perception. It enables controlled fragrance retention within the formulation and regulates release during application, depending on the base composition and system structure.

Behavior in formulation

The fragrance is typically incorporated during the final stage of formulation or introduced into the oil phase prior to emulsification. In emulsified systems, addition below 40°C is recommended to preserve volatile aromatic fractions. It is compatible with surfactants, emulsifiers, emollients, and alcohol systems. In high-water formulations, the use of solubilizers may be necessary to ensure clarity and prevent instability. While its direct effect on viscosity is minimal, concentration levels can influence flow characteristics and dispersion quality.

Impact on product

The composition provides a stable and well-defined fragrance profile, enhancing product identity and sensory consistency. In emulsions, it offers a smooth and progressive scent release, while in cleansing systems it delivers a more immediate aromatic impression. In oil-based formulations, it contributes to prolonged scent retention. It allows formulators to precisely adjust fragrance strength and maintain consistency across production batches.

Application areas

The fragrance is used in creams, lotions, gels, cleansers, shampoos, conditioners, soaps, scrubs, and other personal care products. It is also suitable for SPA systems, home fragrance applications, and scented functional products. Widely applied in contract manufacturing and private label development where formulation stability and reproducibility are required.

Formulation incorporation

The fragrance is added at the final stage of formulation at temperatures below 40°C. Recommended usage levels typically range from 0.2% to 1% depending on formulation type and desired intensity. In aqueous systems, solubilizers are recommended to maintain transparency and stability. Uniform mixing is required to ensure consistent distribution.

Recipe Liquid cleansing base with fragrance composition

Ingredients:
Water — 61 ml
Surfactant blend — 29 g
Glycerin — 5 ml
Fragrance analogue Lanvin Me — 0.5 g
Preservative — 1 g
Viscosity modifier — 1 g

Processing

The surfactant blend is incorporated into the water phase under controlled mixing until a uniform base is formed. Glycerin and viscosity modifier are added to adjust consistency and structure. After the system stabilizes and cools below 40°C, the fragrance is introduced under continuous mixing to achieve even distribution. The preservative is added at the final stage, followed by homogenization until a stable and uniform product is obtained.

Instruction

The fragrance should be incorporated at controlled low temperature to preserve volatile components and maintain olfactory integrity. Overheating after addition should be avoided. In water-based formulations, solubilizers may be required to prevent cloudiness or phase separation. Compatibility and stability testing is recommended to ensure consistent performance.

Manufacturing stability

The composition demonstrates stable performance under controlled processing conditions and scales efficiently in industrial production. Proper control of temperature, mixing intensity, and addition sequence ensures reproducibility and consistent aromatic performance across batches.

The fragrance supports the formation of stable aromatic systems with controlled diffusion and uniform distribution, ensuring predictable sensory output.

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

Its broad compatibility allows flexible use across multiple formulation types while maintaining stability and performance in large-scale manufacturing.