Fine particle metal oxides in phase-inverted systems frequently suffer from agglomeration and poor dispersion stability. Resolving these failure modes ensures uniform protective coverage and prevents phase separation in complex cosmetic matrices.

Phase-inverted systems are prone to droplet coalescence and separation over time. Stabilizing these complex structures prevents product failure and maintains sensory consistency.

Spontaneous phase separation and droplet coalescence limit the shelf life of cosmetic formulations. Preventing these degradation mechanisms ensures product consistency and long-term efficacy.