A fluid management layer uses a specific nonwoven composition to move liquid from the topsheet to the core.
Stepped through holes with inclined peripheral walls enlarge the absorption area and accelerate fluid uptake in absorbent articles.
Variable density core regions with diverging compression lines enable transverse bending for improved fit without complex manufacturing changes.
Segmented disposable pad uses asymmetric wings to envelop the penis, preventing leakage without moving patients during changes.
Zoned elastic material resolves the contradiction between secure attachment and fluid expansion, preventing leakage while allowing comfort.
Asymmetric wings extending at an acute angle resolve shearing forces that compromise fastening stability in absorbent articles.
Segmented chassis with exudate management system resolves attachment security issues in thong-style underwear.
Clefted polymeric film zones prevent fluid leakage from wings while maintaining a soft, fabric-like texture.
Dry coating of organic acids and surfactants on sanitary article topsheets reduces skin irritation by maintaining natural pH levels.
A discrete absorbent insert uses aligned perimeter notches to orient the core within a soft, underwear-like garment.
A fluid intake layer with a raised portion directs exudates vertically into the absorbent core.
A pad uses polarized pyroelectric fibers to generate electrical signals from body heat.
A pliable warning layer detects liquid volume and alerts the wearer to prevent leakage.
A washable absorbent product with a seamless external envelope attaches to clothing via two lines.