Standard aqueous cleansers fail to solubilize long-wear and smudge-resistant cosmetic residues. Overcoming this limitation ensures complete skin purification without aggressive mechanical friction.

Standard surfactant systems often wash away active mineral particles rather than depositing them effectively on the skin or hair. Solving this ensures therapeutic acne treatments and mineral benefits remain after rinsing.

Standard aqueous cleansers struggle to solubilize stubborn makeup and sebum without high mechanical friction. Improving the solubilization capacity of surfactant networks allows for complete removal of oily contaminants from keratinous surfaces.

Standard aqueous cleansers fail to solubilize long-wear hydrophobic makeup residues effectively. Improving solvency without aggressive mechanical action prevents skin irritation and incomplete cleansing.

Rapid collapse of bubbles and poor structural integrity in aqueous surfactant systems. Maintaining foam persistence and density ensures prolonged contact time and uniform delivery of active ingredients.