Starch anionic polymer propellant system: HenkelRecent Research Landscape
Residue and uneven distribution in dry hair treatments lead to poor consumer perception and product waste. These innovations utilize specific foam-to-liquid phase transitions to ensure uniform active delivery without water-based frizzing.
What technical problems is Henkel addressing in Starch anionic polymer propellant system?
Inconsistent cosmetic application coverage
(5)evidences
Solid particles in starch-based formulations frequently obstruct narrow delivery channels. Preventing mechanical blockage ensures consistent product delivery and user safety.
Nozzle clogging and uneven distribution
(4)evidences
Non-uniform dispersion of solid starches in propellant systems leads to nozzle clogging and uneven application. Achieving stable suspension ensures predictable cosmetic performance and prevents delivery failure.
Aerosolized particle agglomeration
(1)evidences
Excessive oil buildup on hair fibers and scalp causes aesthetic and hygienic degradation. Removing these lipids without water restores hair volume and sensory properties.