Henkel

Last updated January 31, 2026

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Photocurable membrane surface topography: HenkelRecent Research Landscape

Surface irregularities on reverse osmosis membranes lead to rapid fouling and reduced flux. Engineering specific topographic features via light-cured acrylate networks minimizes particulate adhesion and extends filter lifespan.

What technical problems is Henkel addressing in Photocurable membrane surface topography?

Inadequate interfacial bond strength

(18)evidences

Components shift or misalign before the final curing stage is complete. Establishing immediate structural integrity during multi-stage assembly prevents manufacturing defects.

Inadequate elastomeric surface resolution

(15)evidences

Incomplete surface polymerization caused by oxygen inhibition or poor curing kinetics leads to sticky residues. Eliminating this defect ensures dimensional stability and handling safety in precision casting.

Inadequate interfacial substrate bonding

(9)evidences

Inability to verify complete polymerization or adhesive coverage during application. Real-time visual confirmation prevents premature mechanical loading and ensures structural integrity.