Henkel

Last updated January 31, 2026

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Highly-branched cyclic dextrin complexation: HenkelRecent Research Landscape

Volatile malodor molecules escape fabric surfaces and degrade consumer perception, which is mitigated through molecular entrapment within cyclic dextrin cavities. This engineering approach stabilizes the fabric environment by chemically sequestering offensive odors rather than masking them.

What technical problems is Henkel addressing in Highly-branched cyclic dextrin complexation?

Uncontrolled volatile molecule release

(5)evidences

Unpleasant odors adhere to surfaces and fabrics through complex molecular interactions. Eliminating these persistent volatile compounds prevents sensory degradation and improves consumer product efficacy.

Uncontrolled volatile substance release

(5)evidences

Volatile aromatic compounds are prematurely lost during high-heat mechanical drying cycles. Preventing this loss ensures long-lasting sensory performance and reduces chemical waste.

Volatile fragrance loss

(5)evidences

Unstable aromatic compounds evaporate or degrade prematurely during storage and processing. Preventing this loss ensures long-lasting scent performance and product shelf-life.