Ceramide nanoemulsion phase stabilization: AmorepacificRecent Research Landscape
High interfacial tension in whitening and cosmetic formulations leads to phase separation and reduced shelf life. These innovations engineer droplet size and surfactant ratios to maintain stability in low-viscosity systems.
What technical problems is Amorepacific addressing in Ceramide nanoemulsion phase stabilization?
Poor topical application consistency
(9)evidences
Lipophilic compounds like ceramides exhibit low bioavailability and poor integration into aqueous delivery systems. Overcoming this limitation ensures uniform distribution and effective penetration of the active agents.
Interfacial phase separation instability
(3)evidences
Multiple emulsions are thermodynamically unstable and prone to rapid phase separation or droplet coalescence. Preventing this degradation ensures long-term product shelf life and controlled release of active ingredients.
Poor lipid phase stability
(2)evidences
Thermodynamic instability at the oil-water interface leads to droplet coalescence and ingredient precipitation. Preventing this degradation ensures long-term shelf stability and uniform active delivery.