Notes: Neroli, Grapefruit, Cassis, Bergamot, Peony, Tuberose, Jasmine Sambac, Vetiver, Sandalwood.
Style: The fragrance is ripe, juicy and thoroughly designed.
Notes: Neroli, Grapefruit, Cassis, Bergamot, Peony, Tuberose, Jasmine Sambac, Vetiver, Sandalwood.
Style: The fragrance is ripe, juicy and thoroughly designed.
Notes: Neroli, Grapefruit, Cassis, Bergamot, Peony, Tuberose, Jasmine Sambac, Vetiver, Sandalwood.
Style: The fragrance is ripe, juicy and thoroughly designed.
Notes: Neroli, Grapefruit, Cassis, Bergamot, Peony, Tuberose, Jasmine Sambac, Vetiver, Sandalwood.
Style: The fragrance is ripe, juicy and thoroughly designed.
Notes: Neroli, Grapefruit, Cassis, Bergamot, Peony, Tuberose, Jasmine Sambac, Vetiver, Sandalwood.
Style: The fragrance is ripe, juicy and thoroughly designed.
Notes: Neroli, Grapefruit, Cassis, Bergamot, Peony, Tuberose, Jasmine Sambac, Vetiver, Sandalwood.
Style: The fragrance is ripe, juicy and thoroughly designed.
Notes: Neroli, Grapefruit, Cassis, Bergamot, Peony, Tuberose, Jasmine Sambac, Vetiver, Sandalwood.
Style: The fragrance is ripe, juicy and thoroughly designed.
PolaromaCore Fragrance: innovation and precision to transform olfactory performance
At Polaroma, research and the development of new sensory technologies drive solutions that connect olfactory creativity with technical precision. This vision led to NanoCore Fragrance, a technology platform designed to explore new possibilities in fragrance concentration, diffusion, stability, and longevity.
In an industry that demands differentiation and efficiency, the challenge is to achieve the desired olfactive performance through formulations tailored to the needs of each application.
The Science Behind Fragrance
Fragrance performance depends on several factors, including aromatic composition, component volatility, interactions with the base, and conditions of use. These variables influence scent intensity, diffusion, and persistence.
NanoCore Fragrance takes a formulation-focused approach: studying compositions, optimizing concentrations, and understanding how their components interact to achieve the desired performance
Three Technology Levels for Different Olfactive Needs
The NanoCore Fragrance platform is organized into three lines, each designed to address different formulation objectives.
PolaromaCore10x
Efficient Concentration
The base line focuses on optimizing fragrance concentration and dosage, seeking a balance between olfactive impact, formulation efficiency, and versatility.
PolaromaCore 20x
Ultra Concentration
Designed to explore higher concentration levels and enhance olfactive performance, considering the amount used and the specific requirements of each application.
PolaromaCore Core+
Long-Lasting Performance Through Encapsulation
Focused on encapsulation technologies designed to help protect aromatic components and explore controlled, prolonged-release mechanisms.
Research and Validation: Innovation Backed by Results
Technological innovation requires testing to verify formulation performance. Comparative studies can evaluate olfactive intensity, diffusion, persistence, stability, and compatibility under conditions representative of actual use.
Claims related to dosage reduction, extended longevity, or environmental impact must also be supported by specific testing. This approach helps turn innovation opportunities into verifiable results that are meaningful to the industry.