Biphasic aqueous lipidic interface: LorealRecent Research Landscape
Incomplete removal of long-wear pigments leads to skin irritation and consumer dissatisfaction. This system engineers the interfacial tension between oil and water phases to solubilize smudge-resistant polymers without leaving oily residue.
What technical problems is Loreal addressing in Biphasic aqueous lipidic interface?
Unstable multiphasic liquid separation
(15)evidences
Strong molecular bonding between contaminants and keratinous surfaces prevents efficient removal. Reducing this adhesion allows for non-destructive cleansing of delicate biological substrates.
Stubborn pigment residue adhesion
(14)evidences
Incomplete removal of long-wear and waterproof cosmetic pigments leads to skin irritation and pore blockage. Efficiently disrupting these stubborn bonds without harsh chemical solvents improves skin health and consumer safety.
Incomplete waterproof pigment removal
(11)evidences
Standard cleansers fail to dissolve long-wear hydrophobic pigments without leaving oily residues or requiring rinsing. Efficiently solubilizing stubborn makeup improves user convenience and skin health.