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Henkel

Last updated January 31, 2026
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Modified polysaccharide cationic cellulose complex: HenkelRecent Research Landscape

Inconsistent fiber deposition and static buildup lead to poor sensory performance and consumer rejection. This specific multicomponent surfactant-silicone matrix stabilizes the conditioning layer to ensure uniform surface modification.

What technical problems is Henkel addressing in Modified polysaccharide cationic cellulose complex?

Chemical damage and pigment loss

(9)evidences

Hair fibers suffer from protein loss and cuticle damage leading to aging signs and structural weakness. Addressing this degradation restores mechanical integrity and aesthetic health.

Hair fiber structural damage

(5)evidences

Follicular aging and premature growth cycle termination lead to thinning and loss. Arresting these degradation mechanisms maintains scalp productivity and hair density.

Hair surface friction and tangling

(3)evidences

Active conditioning agents like silicones and cationic polymers often undergo undesirable phase separation or precipitation in single-phase formulas. Maintaining stability while ensuring uniform delivery of immiscible components is the primary technical bottleneck.