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Medical and hygiene textiles

Humidity-activated shape-memory materials are disclosed by Kimberly-Clark in US Patent 6 627 673.
A disposable absorbent article with a faecal management member has been developed by Procter & Gamble of Cincinnati, Ohio, USA.
A pants-type absorbent garment claimed to adapt to the non-symmetric nature and leakage demands of the anatomy of the human body has been developed by Kimberly-Clark.
A method of enhancing blood absorbency of superabsorbent materials used in disposable hygiene products is disclosed by Weyerhaeuser.
A nonwoven material with absorbency and elastic properties is described in US Patent 6 605 552 by Kimberly-Clark.
Absorbent diaper pants for children that include a therapeutic orthopaedic pad have been developed by Zdenek Moravek of Jaromer, Czech Republic.
A fibrous absorbent structure that is wet stable is described in US Patent 6 603 054 by Kimberly-Clark.
Playtex Products has launched Beyond tampons to the US retail trade and will begin shipping the product in the first quarter of 2004.
A wearable article that incorporates a spacer to maintain a void space is disclosed by Procter & Gamble.
The US National Science Foundation (NSF) says it has discovered an incredibly simple way of reducing the threat of cholera.
Kimberly-Clark has developed an absorbent article that features a breathable outer cover with reduced perceived dampness on the outer surface.
A launderable fluid-containment composite that can be used as a component of an incontinence pad has been developed by Tietex International.
Kimberly-Clark has introduced a range of diaper-pants -Huggies Convertibles. The product is aimed at babies that begin to walk, usually at about 12 months of age.
Tietex International has patented a fluid-containment composite of stitch-bonded construction that, it claims, can used in an incontinence pad and can be laundered.
In US Patent 6 572 575, Unicharm of Tokyo, Japan out-lines a disposable diaper that includes a pattern sheet.
Absorbent structures made with chemically treated cellulosic fibres are disclosed in US Patent 6 562 743 by Buckeye Technologies.The structures could be used in disposable absorbent articles, such as
A disposable absorbent article that features a breathable backsheet with multicoloured graphics has been developed by Procter & Gamble.
Unicharm has launched a brightly coloured diaper featuring the children's character Winnie the Pooh ("Kuma No Pooh" in Japanese).
Waste-containing protective apparel that prevents soiling by domestic dogs or cats has been developed by Eileen Milligan of Ellicott City, Maryland, USA.
An improved absorbent structure that provides a dry liquid-accepting surface after receiving a quantity of liquid is described by Buckeye Technologies.
Kimberly-Clark has extending its Huggies baby diaper and wipes brand with the launch of Huggies Disposable Changing pad.
Kimberly-Clark has introduced three new products and two product improvements to its Kotex range.
In US Patent 6 521 087, Weyerhaeuser discloses polymeric and non-polymeric binders for binding particles, such as superabsorbent polymers (SAPs) and antimicrobials, to fibres used in hygiene products
An elastic strand around which is wrapped a continuous filament of adhesive has been developed by Kimberly-Clark.
Components of single-use absorbent hygiene items that can be disposed of in municipal and private sewage systems are disclosed by Kimberly-Clark in US Patent 6 515 075.
Kimberly-Clark has developed a disposable waste containment garment.
Advanced technology available at the Fabric Objective Measurement Centre at the UK's University of Manchester Institute of Science and Technology (UMIST) is being used to measure the softness of baby
Absorbent composite materials for use in absorbent personal care articles, such as diapers, training pants and adult incontinence garments, are disclosed in USPatent 6 503 854 by Kimberly-Clark.
Kimberly-Clark has developed an absorbent article with improved leakage prevention.
In US Patent 6 489 534, Kimberly-Clark discloses a polymer for use in disposable personal hygiene articles.
A two-layer acquisition/distribution layer (ADL) with improved protection against leakage has been developed by Buckeye Technologies.
Kimberly-Clark describes an absorbent article claimed to maintain or improve skin health.
Kimberly-Clark has developed a biodegradable material with improved fluid management properties for use in disposable absorbent products.
A French inventor has developed garments for children who are enuretic (urine incontinent) or undergoing toilet training, or for incontinent or bedridden adults.
A multilayered composite for use in an absorbent core of a disposable hygiene product has been developed by Buckeye Technologies.
Unicharm has released an improved version of its Lifree Pants Yoo Nyo Guard urine-absorbing pad designed for use inside pant-style incontinence pads, according to Nonwovens World (December 2002).
A biodisintegratable nonwoven with improved fluid management properties is described by Kimberly-Clark in International Patent 01 14621.
A composite nonwoven for use in the topsheet of an absorbent hygiene article has been developed by Swedish group SCA Hygiene Products.
Layer materials that prevent or control odour are disclosed in US Patent 6 479 150 filed by Kimberly-Clark.
A stretchable nonwoven web (or a laminate of a stretchable nonwoven web and an elastic sheet) for use in personal care absorbent items is disclosed by Kimberly-Clark.
A multilayer thermally bonded nonwoven fabric that has particular application as a liner in a disposable absorbent product is disclosed in US Patent 6 468 931 by BBA Nonwovens Simpsonville (formerly F
A durably wettable liquid-pervious web prepared using a radiation curing process has been developed by Procter & Gamble.
A method for making superabsorbent-containing diapers has been developed by Weyerhaeuser.
A flushable fibrous structure for use in absorbent articles such as diapers and incontinence pads has been developed by Procter & Gamble.
A method for preparing an absorbent article with a reduced likelihood of superabsorbent shifting is described by BASF Corp in US Patent 6 417 425.
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