COSMETICS
PURIFICATION IN COSMETICS & FRAGRANCE
In the cosmetics and fragrance industries, purity, natural origin, and compound stability are critical for delivering safe, effective, and high-value products. Centrifugal Partition Chromatography (CPC) is a gentle, non-denaturing separation technology widely used in downstream processing to purify both synthetic (e.g., vanillin, musks) and naturally extracted compounds (e.g., essential oils, terpenes, cannabinoids). By avoiding solid supports and high processing temperatures, CPC preserves the integrity, potency, and sensory qualities of heat- and oxidation-sensitive molecules while efficiently removing impurities, isomers, and minor analogues. Scalable and solvent-efficient, CPC refines complex mixtures in the downstream workflow, ensuring high purity, consistency, and regulatory compliance before final formulation.
CPC integrates smoothly into cosmetic and fragrance production workflows, from raw botanical extract clarification to high-purity polishing of active ingredients. This makes it an ideal choice for companies seeking to balance product excellence, brand authenticity, and sustainable manufacturing practices.
High-Precision Perfume Ingredient Separation Made Cost-Effective. Centrifugal Partition Chromatography (CPC) delivers exceptional selectivity (1.59) in separating a key synthetic perfume compound from its isomer, without costly chiral phases. Achieve unmatched purity and scalability with a solvent-based, support-free technology that transforms isomer separation in the fragrance industry.
PURIFICATION IN COSMETICS & FRAGRANCE
In the cosmetics and fragrance industries, purity, natural origin, and compound stability are critical for delivering safe, effective, and high-value products. Centrifugal Partition Chromatography (CPC) is a gentle, non-denaturing separation technology widely used in downstream processing to purify both synthetic (e.g., vanillin, musks) and naturally extracted compounds (e.g., essential oils, terpenes, cannabinoids). By avoiding solid supports and high processing temperatures, CPC preserves the integrity, potency, and sensory qualities of heat- and oxidation-sensitive molecules while efficiently removing impurities, isomers, and minor analogues. Scalable and solvent-efficient, CPC refines complex mixtures in the downstream workflow, ensuring high purity, consistency, and regulatory compliance before final formulation.
CPC integrates smoothly into cosmetic and fragrance production workflows, from raw botanical extract clarification to high-purity polishing of active ingredients. This makes it an ideal choice for companies seeking to balance product excellence, brand authenticity, and sustainable manufacturing practices.
High-Precision Perfume Ingredient Separation Made Cost-Effective Centrifugal Partition Chromatography (CPC) delivers exceptional selectivity (1.59) in separating a key synthetic perfume compound from its isomer, without costly chiral phases. Achieve unmatched purity and scalability with a solvent-based, support-free technology that transforms isomer separation in the fragrance industry.
Key Advantages of CPC in
COSMETICS & FRAGRANCES
Preservation of natural profiles: Gentle separation prevents loss of aroma, color, or bioactivity during purification.
Scalability from lab to production: The same method can be seamlessly transferred from R&D to industrial-scale manufacturing without compromising quality.
Green processing: High solvent recyclability and absence of solid waste reduce environmental impact and support sustainable sourcing claims.
Regulatory compliance: Compatible with cosmetic industry quality standards and clean-label requirements.
Versatile separations: Effective for both targeted compound isolation and fractionation of complex botanical profiles to create signature blends.
Cost efficiency: No need for costly solid-phase consumables, with reduced solvent and waste management costs over time.
fRAGRANCES & aROMA COMPOUNDS
Centrifugal Partition Chromatography (CPC) offers a powerful solution for the purification of high-value fragrance ingredients, including terpenes, and other acetals/ketals and their possible isomers. Unlike solid-phase methods, CPC relies on liquid–liquid partitioning, eliminating irreversible adsorption and costly consumables. This approach enables the precise separation of odor-active compounds from odorless isomers, delivering high purity, excellent yields, and consistent reproducibility. With scalable, continuous operation and efficient solvent recycling, CPC ensures sustainable, cost-effective purification—ideal for industrial fragrance and aroma production where selectivity, stability, and throughput are critical.
Cosmetics & Fragrance Applications
+ Diterpenes
Preparative Separation of Diterpenes
A synthetically produced perfume ingredient was separated from its isomer in a 7:3 mixture using RotaChrom’s CPC platform, achieving a selectivity of 1.59 and high purity without costly solid supports, demonstrating a scalable, cost-efficient, and high-throughput solution for small-molecule isomer purification.
+ Amberketal and Iso-Amberketal
Separation of Amberketal and Iso-Amberketal
Amberketal, a key perfumery compound, was efficiently separated from its odorless diastereomer isoamberketal using CPC, achieving over 95% purity and 81% yield at pilot scale (30 g/h), demonstrating a scalable, selective, and sustainable alternative to conventional chromatography for high-value fragrance production.
