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Procter & Gamble

Last updated January 21, 2026
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Stabilized microbubble foam rheology: Procter & GambleRecent Research Landscape

The spatial distribution and stability of gas bubbles are engineered within a viscous fluid. This creates a controlled aesthetic pattern that serves as a visual brand differentiator.

What technical problems is Procter & Gamble addressing in Stabilized microbubble foam rheology?

Aesthetic phase instability

(11)evidences

The keywords highlight the challenge of maintaining stability when incorporating water-insoluble solids and discrete particles into non-aqueous or compact bases. Preventing sedimentation or phase separation ensures product homogeneity and consistent delivery of active ingredients.

Unstable aerosol foam consistency

(5)evidences

Aerosol personal care products frequently suffer from rapid foam collapse or uneven texture upon expulsion. Maintaining a stable rheological profile ensures uniform application and prolonged contact time for active ingredients.

Inadequate low viscosity formula stability

(4)evidences

Standard low viscosity formulations often fail to provide sufficient fiber lubrication and detangling without heavy silicone buildup. Improving deposition efficiency of alternative conditioning agents ensures smooth hair feel without compromising formulation stability.