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Procter & Gamble

Last updated January 21, 2026
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Through-air fluid impingement bonding: Procter & GambleRecent Research Landscape

The technical control lever is the application of heated fluid streams to fuse thermoplastic fibers. This engineers specific loft and bulk characteristics in nonwoven webs to differentiate product softness and permeability.

What technical problems is Procter & Gamble addressing in Through-air fluid impingement bonding?

Insufficient surface texture definition

(24)evidences

Standard nonwoven bonding often results in flat or indistinct surfaces that lack tactile appeal and visual depth. Enhancing structural definition improves both consumer perception and functional loft in absorbent products.

Nonuniform fiber bond distribution

(11)evidences

Inconsistent bonding across nonwoven webs leads to structural weaknesses and poor tactile properties. Achieving precise spatial control over fiber deformation ensures material integrity and performance consistency.

Insufficient nonwoven web extensibility

(10)evidences

Standard nonwoven webs often lack the necessary mechanical stretch and structural integrity required for high-performance absorbent articles. Improving extensibility without compromising web strength allows for better fit and durability in hygiene products.