Loreal

Last updated January 31, 2026

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Perfluoro-free surfactant foaming architecture: LorealRecent Research Landscape

Poor retention of active salicylic acid on surfaces leads to wasted material and reduced efficacy. This lever engineers a mineral-particle coacervate structure to ensure high-affinity deposition during rinsing.

What technical problems is Loreal addressing in Perfluoro-free surfactant foaming architecture?

Inefficient keratinous soil removal

(40)evidences

Standard surfactants often fail to effectively solubilize stubborn makeup and sebum from skin and hair without irritation. Improving removal efficiency ensures thorough cleansing without compromising the integrity of the keratinous surface.

Poor active ingredient deposition

(24)evidences

Standard cleansing formulations often wash away beneficial compounds like salicylic acid and minerals before they can adhere to the skin. Improving deposition efficiency ensures therapeutic efficacy despite the rinsing process.

Poor surfactant rheological stability

(19)evidences

Natural surfactants often suffer from poor foam volume and rapid bubble collapse compared to synthetic fluorinated counterparts. Improving structural integrity in nature-based systems enables high-performance sustainable cleansing products.