Sca Hygiene Products Ab

Rozalia Bitis

Shabira Abbas

Mikael Larsson

Kent Malmgren

Carolyn Berland

Ingrid Gustafson

Anette Larsson

Charlotta Hanson

Ingrid Stjernholm

Anna Körner

Maria Fanto

A superabsorbent polymer composite including superabsorbent polymers and cellulosic nanofibrils having a diameter equal to or less than 100 nm. The composite may be in the form of particles or a foam. Methods for producing the composite and absorbent articles including the superabsorbent polymer composite are also provided.

Superabsorbent polymer composite comprising a superabsorbent polymer and cellulosic nanofibrils

An absorbent article includes a chassis extending about a longitudinal axis and having a topsheet, a backsheet and an absorbent structure disposed between the topsheet and the backsheet. The chassis has a first transverse axis dividing the absorbent structure into a front body panel terminating in a front waist region and a rear body panel terminating in a rear waist region. The rear waist region has a first elastic region. The chassis is delimited by opposed longitudinal edges and opposed transverse edges. In the rear waist region, the absorbent structure terminates at a first distance from the transverse edge and the first elastic region extends substantially parallel to the transverse edge and spaced therefrom by a second distance and spaced from the absorbent structure by a third distance. The third distance is greater than said second distance or substantially equal thereto.

Absorbent article with improved fit

A fiber, film or foam includes a plasticizer and a charged claylinked gel (A). The charged claylinked gel (A) includes clay nanoparticles (C) which are crosslinked by a charged polymer (A') such that any particular clay nanoparticle is linked to at least one other clay nanoparticle by the charged polymer (A&#x2032;). Methods for producing the fibers, film and foam are also provided.

Claylinked polymer gels in new physical forms, methods for their formation and uses thereof

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Kungsbacka, Sweden

Rozalia Bitis