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Loreal

Last updated January 31, 2026
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Hydrophobic silica airgel silicone network: LorealRecent Research Landscape

Uncontrolled sebum production leads to undesirable surface shine and poor wear durability in topical formulations. This lever utilizes high-porosity silica and plant-based structures to engineer specific oil-absorption capacities and light-scattering properties.

What technical problems is Loreal addressing in Hydrophobic silica airgel silicone network?

Cosmetic formulation tactile instability

(10)evidences

Standard cosmetic formulations often suffer from heavy, greasy, or sticky textures upon application. Improving the immediate tactile sensation of water-like lightness and cooling is necessary for consumer acceptance and product efficacy.

Pigment agglomeration and uneven dispersion

(9)evidences

Uncontrolled oil production leads to poor cosmetic texture and reduced wear time. Effective absorption maintains product integrity and aesthetic finish.

Excessive skin surface sebum

(9)evidences

Excessive sebum and light reflection create an oily appearance on the skin. Achieving a matte finish improves aesthetic perception and long-wear performance.

Aqueous phase ingredient incompatibility

(7)evidences

High filler concentrations in anhydrous systems cause heavy texture and poor visual blending. Reducing filler levels while maintaining coverage prevents cakey appearance and formulation separation.