Aerosolized rheology modifiers: HenkelRecent Research Landscape
Standard cosmetic formulations often clog or drip when atomized, leading to inconsistent coverage and consumer dissatisfaction. These innovations engineer the fluid dynamics and nozzle compatibility to ensure uniform droplet distribution.
What technical problems is Henkel addressing in Aerosolized rheology modifiers?
Uneven topical agent distribution
(5)evidences
High-viscosity rheology modifiers frequently cause mechanical obstruction in spray actuators and produce inconsistent droplet patterns. Resolving these failure modes ensures reliable delivery and uniform surface coverage for consumer applications.
Uncontrolled hair fiber friction
(5)evidences
High inter-fiber friction and surface roughness prevent smooth styling and natural movement in dry formulations. Reducing these mechanical resistances allows for manageable texture without compromising hair alignment.
Aerosol nozzle clogging
(1)evidences
Excessive oil buildup on hair fibers causes aesthetic degradation and loss of volume. Removing these contaminants without water improves hair texture and extends style longevity.