Variable bond strength channel geometry: Procter & GambleRecent Research Landscape
The engineering of differential adhesive patterns and bond strengths within absorbent structures. This controls fluid distribution kinetics and structural integrity under load to prevent leakage.
What technical problems is Procter & Gamble addressing in Variable bond strength channel geometry?
Insufficient structural core integrity
(32)evidences
High absorbent material content often leads to core shifting or bunching when wet. Integrating layers through specific bonding geometries prevents structural failure and maintains fluid distribution efficiency.
Inadequate fluid distribution efficiency
(2)evidences
The isolation sheet addresses the failure of absorbent cores to prevent liquid from re-wetting the surface or escaping the structure. Preventing backflow ensures skin dryness and improves containment efficiency.