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Loreal

Last updated January 31, 2026
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Spiculisporic acid polysaccharide network: LorealRecent Research Landscape

Unstable bubble morphology in cleansers leads to poor sensory performance and rapid drainage. Precise control of the surfactant assembly ensures structural integrity and consistent foam density.

What technical problems is Loreal addressing in Spiculisporic acid polysaccharide network?

Inadequate keratinous material cleansing

(26)evidences

Standard cleansing agents cause barrier disruption and inflammatory responses in keratinous tissues. Reducing irritation while maintaining cleansing efficacy improves product safety and consumer tolerance.

Surfactant system viscosity instability

(25)evidences

Incomplete removal of sebum and environmental pollutants from hair and skin surfaces. Effective cleansing prevents buildup that causes dullness and poor fiber texture.

Surfactant induced skin irritation

(20)evidences

Rapid collapse and poor density of cleansing foams limit product efficacy and consumer experience. Maintaining structural integrity in aqueous surfactant systems ensures consistent delivery of active ingredients.

Poor active ingredient deposition

(14)evidences

Standard sulfate-free surfactants often fail to deposit functional actives like salicylic acid or minerals onto surfaces during rinsing. Improving deposition efficiency ensures therapeutic or cosmetic efficacy from wash-off products.