Tamarind gum stabilized w/o emulsion: AmorepacificRecent Research Landscape
High oil concentrations often lead to phase separation and poor sensory profiles in clean beauty products. This system stabilizes non-aqueous internal phases to ensure formulation integrity and texture consistency.
What technical problems is Amorepacific addressing in Tamarind gum stabilized w/o emulsion?
Interfacial emulsion instability
(12)evidences
High oil concentrations in cosmetic emulsions typically lead to phase separation and poor textural integrity. Overcoming this limitation allows for more versatile and concentrated polyol-in-oil formulations.
Multiphase ingredient incompatibility
(11)evidences
High water content and insoluble solids in oil-based systems lead to phase separation and structural collapse. Preventing these failures ensures product integrity and uniform delivery of active ingredients.
Solid oily component precipitation
(10)evidences
Phase separation and structural collapse occur when cosmetic formulations are subjected to sub-zero temperatures. Preventing these failure modes ensures product integrity and consistent sensory performance after thawing.