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Henkel

Last updated January 31, 2026
141
Innovation Areas
3,300
Inventors
25
Collaborations

Trimethylglycine proteolipid conditioning complex: HenkelRecent Research Landscape

Scalp inflammation and flaking caused by microbial overgrowth drive consumer dissatisfaction and product returns. These innovations engineer the deposition and stability of specific active agents to maintain long-term antimicrobial efficacy.

What technical problems is Henkel addressing in Trimethylglycine proteolipid conditioning complex?

Hair fiber surface friction

(7)evidences

Chemical and mechanical stressors cause irreversible loss of internal protein integrity and cuticle cohesion. Addressing this failure mode restores tensile strength and prevents fiber breakage.

Scalp irritation and hair damage

(7)evidences

Premature hair loss and dandruff result from underlying biological degradation and microbial imbalance. Addressing these failure modes prevents permanent hair thinning and scalp irritation.

Post-rinse conditioning ingredient loss

(3)evidences

Structural breakdown of the inner cortex and cuticle layers leads to brittle hair and breakage. Restoring internal integrity prevents mechanical failure and improves fiber resilience.