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News

Scientists in The Netherlands have proposed using plasma treatments to coat substrates with antimicrobial agents.
Durable fabrics and multi-layer systems for firefighters' apparel and protection from electric arcs were introduced by TenCate Protective Fabrics at the A+A exhibition.
Researchers in the USA have proposed a way for making webs of electrospun fibres more cohesive.
A method of electrospinning nanofibres that are strengthened by the addition of inorganic additives is described in European Patent EP 2 108 718.
A group of inventors based in the USA say they have developed an apparatus capable of economically extruding cellulose fibres with small diameters.
A laser-based method for creating long boron nitride nanotubes (BNNTs) has been developed by researchers in the USA.
A built-in mechanism for indicating of the wear level of a fabric is the goal of research by Albany International.
A reinforcing mat with its fibres secured by continuous filaments knitted through the structure and subsequently thermally fused to one another is proposed in US Patent 2005/0197025.
On 11 December 2009 Rieter signed a contract with the international technology group Andritz, based in Graz, Austria, for the sale of the French company Rieter Perfojet SAS.
Israel-based Shalag Industries is to open a new US$17million thermobonded nonwovens plant in Oxford, Granville County, North Carolina, USA.
3M has acquired the range of elastic bandages and support products under the ACE and related brands and the thermometer product line from medical technology company Becton, Dickinson & Co (BD).
Prestige Ameritech is turning a vacant, former Kimberly-Clark surgical mask factory into a Global Pandemic Preparedness and Response Center.
In 2005 the global market for hospital textiles, which include bedding, uniforms, operating theatre materials, curtains, upholstery, wound dressings and bandages, and compression stockings, was valued
The UK's Cranfield University is developing what are claimed to be the world's first "smart" wound dressings that could revolutionize the way in which wounds are monitored and treated.
South Korean researchers have developed new textile materials that are said to kill the influenza A (H1N1) virus, according to a report in The Korea Herald (24 November 2009).
The Advanced Wound Management division of Smith & Nephew says it supports the American Medical Association's recent creation of the new category Current Procedural Terminology (CPT) Code 29581, Ap
Chemviron Carbon Cloth Division, the manufacturer of Zorflex 100% activated carbon cloth, has developed a series of products which, when tested by the UK's Health Protection Agency (HPA), have proven
UMF Corporation has introduced Micrillon, a rechargeable antimicrobial-polymer chemistry developed to help combat healthcare-associated infections (HAIs) that are picked up by patients during hospital
A soft and flexible surgical soft tissue mesh has been developed by DSM IP Assets.
A wound dressing that combines a traditional dressing with a mounted absorbent material attached to a hydrophobic fabric is described in US Patent 7 576 256 by pharmaceutical company Abigo Medical.
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