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Loreal

Last updated January 31, 2026
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Polyglycerolated ester polysaccharide network: LorealRecent Research Landscape

High polyol concentrations and electrolyte interactions destabilize emulsion integrity and sensory profiles. Precise control over polysaccharide-electrolyte cross-linking maintains structural stability and moisture retention in high-solute formulations.

What technical problems is Loreal addressing in Polyglycerolated ester polysaccharide network?

Formulation instability and stickiness

(15)evidences

Formulations containing high concentrations of active agents often suffer from phase separation and unpleasant surface tackiness. Eliminating these sensory and structural defects ensures product shelf-life and consumer compliance.

Inadequate topical sensory profile

(14)evidences

Hydroxy acids like AHA and BHA are prone to rapid degradation or precipitation in cosmetic formulations. Preventing this breakdown ensures consistent therapeutic efficacy for acne treatment.

Oxidative cosmetic discoloration

(8)evidences

Active compounds like polyphenols and coloring materials frequently fall out of solution or form unstable precipitates. Preventing phase separation and maintaining homogeneity in high-polyol environments ensures product efficacy and shelf-life.

Inadequate active ingredient solubility

(7)evidences

Insufficient levels of ceramide and cholesterol lead to transepidermal water loss and skin sensitivity. Restoring these lipids prevents dehydration and environmental damage.