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Performance Nonwovens

TencelWeb is the name given to a new technology that allows the direct manufacture of cellulosic nonwoven webs from a spinning solution of lyocell, according to Lenzing's Mirko Einzmann.
Building on its 135 years of experience in papermaking, Kimberly-Clark says it has developed a material in response to the need for low cost conductors in consumer products.
The best way to produce nanofibre nonwovens for filters is now to process 1.11 dtex (one denier) 300 islands-in-a-sea bicomponent spunbonds, says Arnold Wilkie, President of US extrusion specialist Hi
ExxonMobil has been developing polyolefin blends for use in spunlaid (spunbonded) fibres and fabrics that are soft and elastic but maintain their integrity when stretched so as to be useful for such a
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.
Foamed polypropylene (PP) fibres have lower densities and increased roughness and can be used to make nonwovens that have a better web coverage and so improved barrier properties, according to Europea
The Nonwovens Research Lab at The University of Tennessee (UTNRL) says it has added nanofibre meltblowing capabilities to its 15 cm (six inches) line.
A Japanese company has developed a nonwoven that is made from polyphenylene sulphide (PPS) fibres and claims that it does not need to apply subsequent thermal treatment to make the fabric dimensionall
Kimberly-Clark has patented a process that the company claims is a fast, cheap and reliable way of making hydroentangled nonwovens from relatively stiff fibres.
Teijin Fibers Ltd of Japan has developed what it describes as the world's first polyester-based cushioning material for swimwear bra cups.
Despite the many advantages of standard polypropylene and polyester with respect to the processing of nonwovens, efforts continue globally to replace them with alternatives such as bioplastics or natu
From medical drapes in hospitals to suits to protect wearers in nuclear, biological and chemical attacks--nonwovens can be engineered to shield against a wide range of threats, while also keeping the
Suppliers to the nonwovens industry are looking to capitalize on new initiatives in China that are aimed at boosting industrial activity.
The Institute of Environmental and Human Health at Texas Tech University (TIEHH) has opened a new, state-of-the-art fabric laboratory to help researchers continue creating products that can protect bo
NonWoven Solutions LLC has installed a production line inside its newly constructed 0.37 ha (40 000 square feet) facility in Lakemoor, Illinois, USA.
Researchers in the USA have developed a method to reduce the effects of jet streaks in hydroentangled webs and say that their approach offers other advantages too.
A means of making hydroentangled fabrics using relatively large, continuous filaments while operating at rates of production substantially the same as spunlaid processes is the goal of work at Polymer
Emergency workers and military personnel charged with cleaning up chemical warfare agents and toxic chemicals have a new tool to call on: a decontamination wipe developed by researchers at The Institu
A nonwoven that intentionally contains regions with differing fibres densities has been developed by Milliken & Co of Spartanburg, South Carolina, USA.
The varied markets of the Middle East and North Africa, in addition to Turkey and Israel, offer vast potential for both hygienic disposables and functional nonwovens for construction projects, accordi
With the increasing importance of water purification and wastewater treatments, a wide range of performance filter media have been developed.
Due to their origins as hybrids - combining materials and processes from the disparate fields of textiles, plastics, paper and glass - nonwovens can make further progress in the wider field of industr
Irema Filter is to introduce a process for manufacturing composite meltblown nonwovens that - claims the company based in Pavelsbach, Germany - fully integrates nanofibres within the whole depth of th
A method for producing a nonwoven material by hydrodynamic needling has been developed by Fleissner.
A hydroentangled nonwoven that is designed to self extinguish when burned has been developed by Polymer Group Inc (PGI) of Charlotte,North Carolina,USA.
The University of Tennessee has consolidated the 15 cm (six inch) and 50 cm (twenty inch) melt-blowing pilot lines and the analytical laboratory of its Textiles and Nonwovens Development Center (TANDE
Two Korean inventors have jointly developed a conjugate electrospinning device capable of making two or more kinds of continuous filament nanofibre, processing two or more different polymers simultane
From replacing tufted carpets in North America to substituting for polyurethane foam seating in Japan, nonwovens continue to find new applications in cars and trains, where they can add new functions
Index, held every three years, continues to underline the strength of the European nonwovens industry when it comes to constant innovation and the drive into new markets.
Cellulosic capacity is up and raw materials from biomass are emerging fast.
The first commercial use of Polymer Group Inc's (PGI's) Spinlace(r) material in Europe has been unveiled.
A hydroentangled integrated nonwoven comprising continuous filaments that are not bonded and synthetic staple fibres has been developed by inventors at SCA Hygiene Products in Sweden specifically for
DuPont has revealed an electroblowing process designed to form webs of nanofibres (International PatentWO 2006/071977).
Materials that can repel oils and could have many applications in aviation, space travel and hazardous waste cleanup have been developed at the Massachusetts Institute ofTechnology (MIT) in Cambridge,
Substantial building projects in both Russia and China are proving suitable platforms for companies, such as DuPont and Owens Corning, to demonstrate the benefits of using nonwovens in these types of
DuPont says it has developed spunbond webs with better strength, softness and improved heat sealing qualities.
Falling somewhere between a coating and a conventional layer of material, nanofibres are being added to conventional nonwoven substrates to achieve super-performing particle retention or separation, a
A Spanish company claims to have developed a plasma treatment for giving nonwovens specific hydrophobic and hydrophilic areas.
At last month's Techtextil trade fair in Frankfurt am Main, Germany, nonwovens producer Sandler responded to current wellness trends with special topsheet products made of fibres equipped with botanic
The rapidly changing advanced battery industry could experience the explosive growth usually associated with emerging industries according to US analysts.
Addressing the need for a cheap method of producing spunbond nonwovens with smaller diameter filaments using existing machinery, US-based inventors have devised a two-stage drawing process.
A German nonwovens manufacturer with a tradition of innovation has taken up the challenge of helping Rieter Perfojet to get the best from developing a combination of established technologies--spunbond
Europe's market for polyester nonwovens is booming, while in Japan, where polyester has long been the fibre of choice for nonwovens, manufacturers are increasingly diversifying to add value to their p
An improved form of hydroentanglement can integrate a mixture of continuous filaments, and synthetic and natural staple fibres well, and produce a fabric with reduced asymmetry between its faces and b
While not matching the huge markets for the personal care and household sectors, highly functional and performance-specific nonwoven wipes for niche industrial applications exhibit healthy growth, acc
Two UK-based inventors have devised a way to make fireproof nonwoven that has now been patented by a US company.
Procter & Gamble Co of Cincinnati, Ohio, USA, has developed a simple, high-speed process for making an integrated material based on a combination of cellulosic and synthetic fibres.
European Patent EP 1 696 076 discloses a package for infusion products, such as tea or coffee, that can be printed with an identifying logo.
GE Osmonics Inc has developed a three-dimensional nonwoven of meltblown fibres, for use as a filter medium.
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