Henkel

Last updated January 31, 2026

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Dispersin and carbohydrase synergistic formulations: HenkelRecent Research Landscape

Biofilm accumulation on surfaces reduces detergent efficacy and increases processing downtime. Engineering specific dispersin protein variants into cleaning formulations enables the enzymatic breakdown of extracellular polymeric substances to ensure surface sterility.

What technical problems is Henkel addressing in Dispersin and carbohydrase synergistic formulations?

Polyester textile surface degradation

(6)evidences

Mechanical and chemical stress during laundering causes pilling and graying of synthetic fibers. Preventing these surface defects maintains garment longevity and aesthetic quality.

Recalcitrant biofilm matrix persistence

(5)evidences

Extracellular polymeric substances protect microbial colonies from standard surfactants. Disrupting this structural matrix allows for complete removal of persistent surface contamination.

Recalcitrant polysaccharide stain persistence

(2)evidences

Multi-enzyme detergent formulations suffer from premature degradation and loss of functional potency over time. Preventing this instability ensures consistent cleaning performance and extended product shelf life.