See how a porous foam polymer composition provides stretch recovery to absorbent fabrics while
See how guide devices at oscillating conveyor belt edges prevent polymer gel adherence and misa
See how a towel with waterproof connections and reversible closure keeps the inner drying surfa
See how a hypohalite-oxo-ammonium oxidation mixture replaces hazardous NO2 to produce haemostat
See how alcohol-alkali and oxidizing agent treatment transforms hydrophobic wool into highly ab
See how alcohol-alkali and oxidizing agent treatment converts hydrophobic wool into absorbent m
See how discrete bond points in sequent macro-element patterns allow nonwoven webs to stretch f
See how a flexible polymer coating with controlled glass transition and melting points prevents
See how crimped cellulose acetate tow with HLB≥16 surfactant and SAP dispersion achieves rapid
See how pressing pin members from the non-facing surface and suctioning fibers onto a support r
See how speed differential rolls selectively stretch narrower web regions to impart machine dir
See how HIPE polymerization creates foam with three or more pore-size ranges in one process, re
Waste heat from acrylic acid neutralization drives an absorption chiller, cooling the solution while reducing external energy input.
A tuned tooth pitch between embossed-section intervals enables uniform gear drawing, reducing sheet damage and uneven stretchability.
A thermoplastic shell anchors absorbent resin particles to fibrous bases while preserving water uptake and shape retention after swelling.
Combining false-twist crimped yarn with non-crimped yarn helps woven fabric stay lightweight while maintaining strong water resistance after washing.
A sprayed sodium polyacrylate coating binds absorbent particles into a porous network that improves absorbency, integrity, and manufacturability.
Simultaneous silver uptake in gel-forming fibres creates uniform ion distribution, reducing streaks, discoloration, and activity variation.
A sprayed SAP-coated particle network improves absorbency and integrity while avoiding the cost and complexity of multilayer absorbent article manufacturing.