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Fibres, filaments and yarns

A Chinese company has proposed a way to make solventspun bamboo fibres that have a high wet modulus.
A Japanese company claims to have developed a way to make a carbon-fibre nonwoven that is thin and flexible.
A method for making uniform filaments of ultra-high molecular weight polyethylene (UHMWPE) with good mechanical properties is revealed by a Chinese company that claims its process is quick and require
A company in Norway has begun selling a sports garment based on a fleece that is made from polyester (PES) entirely recycled from plastic bottles collected in its own country.
A lyocell fibre that was used in its initial trials to help to mop up the spill caused by the disaster on the Deepwater Horizon oil rig in the Gulf of Mexico in April 2010 has now been introduced for
A Canadian company has successfully completed its final pre-production trials for the commercial-scale manufacture of a flax fibre intended for industrial, medical, energy-related, composite and texti
A method for making high-tenacity polyester with low creep is disclosed in US Patent 2012/0165496.
A combination of treatments with enzymes and chemicals, combined with mechanical processing makes microfibrillated cellulose in a way that requires less energy than existing techniques, according to t
r-Radyarn, a "low environmental impact" yarn for highperformance fabrics developed by RadiciGroup, could have applications in the medical sector, such as bacteriostatic fabrics, elastic bandages and b
Researchers in Dresden, Germany, have produced the world's first fibres made from 100% chitosan, according to a report by the Forschungskuratorium Textil (FKT).
A joint development agreement aims to evaluate the blending of flax with cellulose (modal and lyocell) fibres.
DSM of Urmond, The Netherlands, has developed a new version (DM20) of its ultra-high molecular weight polyethylene (UHMWPE) fibre (Dyneema), specifically for the production of ropes for deepwater moor
A specialist manufacturer of reinforcements for thermoset and thermoplastic composites, PPG Industries Fiber Glass Americas of Cheswick, Pennsylvania, USA, has added three more chopped strand glass-fi
A European research project has led to the development of multicomponent and cellulose fibres that contain large amounts of phase-change materials (PCMs) capable of regulating temperature.
Polyvinyl alcohol (PVA) fibres made by spinning a solution containing carbon nanotubes (CNTs) and flakes of graphene oxide are tougher than spider dragline silk and para-aramids, claims an Australia-b
Paul Hartmann has disclosed an antimicrobial wound dressing (30) with a wound contact layer (31) that both absorbs exudate and supports the healing process by releasing an active ingredient.
The use of Tencel C in medical compression stockings has been shown to improve skin physiology.
ConvaTec has launched Aquacel Extra wound dressing with strengthening fibre in the USA. The dressing is composed of two layers of Hydrofiber Technology stitched together.
Life sciences company Quick-Med Technologies has amended the license previously granted to India's Viridis BioPharma to include a new antimicrobial polyurethane foam dressing that utilizes Quick-Med's
Composite manufacturers seeking to make long lightweight rotor-blades for high-power wind turbines now have another choice of glass fibre with which to reinforce the matrix.
Two German partners are investigating how to exploit a key property of functionalized regenerated-cellulose fibres to improve the moisture management of thermally insulating clothing.
Researchers at the University Hospital Hamburg-Eppendorf of Hamburg, Germany, have demonstrated that the modification of Tencel lyocell fibre with chitosan has a positive effect on infection.
A spun-drawn method for making poly(trimethylene arylate) fibres, such as polytrimethylene terephthalate (PTT), that have low and uniform linear densities is the subject of US Patent 2012/0028528.
An amorphous polyether imide (PEI) fibre with a linear density small enough to make nonwovens and textile fabrics is the subject of European Patent EP 2 412 850.
Fluorescent cellulose fibres for use in reflective safety clothing have been developed by Lenzing AG of Austria.
A Canadian project aims to develop cheap silk-like fibres from milkweed, a crop suitable for growth in the province of Quebec.
A yarn based on fine aramid filaments made its debut at the Shooting, Hunting, Outdoor Trade Show (SHOT Show) and Conference in Las Vegas, Nevada, USA, 17-20 January 2012.
Rhodia Fibras of Santo Andre, Brazil, and Fulgar of Castel Goffredo, Italy, say they are talking about ways to manufacture and sell a textile yarn based on polyamide 6.6 (PA6.6) in Europe.
A lightweight polyester fibre with a highly modified cross-section can rapidly absorb moisture, such as sweat, as well as providing bulk, and thermal shielding and insulation, according to its Japanes
Two partners from Japan, have developed a carbon nanofibre that they claim is highly conductive and has an unprecedented structure.
The Hohenstein Institute of Bonnigheim, Germany, has adapted its environmentally friendly cellulose-forming technology called Alceru in order to produce antimicrobial fibres.
A flame-retardant (FR) viscose fibre called Verdi was revealed by Kelheim Fibres of Germany at the recent Man-made Fibers Congress held in Dornbirn, Austria, 14-16 September 2011.
A strong metal-fibre yarn that can still be processed readily is the subject of US Patent 2011/0240626.
An electrospinning apparatus that has a smaller tip than usual reduces the volume of polymer required and lowers the potential difference that must be applied between the tip and the collecting plate
A 1.1-m wide commercial production system that can continuously make nanofibres will be launched at the Filtration 2011 show in Chicago, Illinois, USA.
Production of an all-black version of an aramid fibre has started at Teijin Aramid's plant in Emmen, The Netherlands, for the first time.
Rhodia Fibras of Sant Andre, Brazil, has introduced a polyamide 6.6 yarn that it says helps to stimulate the microcirculation of blood.
Various innovations and enhancements to the components and godet rolls used for heating and drawing synthetic filaments will be displayed at ITMA 2011 by Retech of Meisterschwanden, Switzerland.
Rieter (Textile Systems) of Winterthur, Switzerland, will be widely represented at ITMA 2011 by its various divisions and subsidiaries: Rieter (Textile Systems); Rieter Germany; Rieter Czech Republic;
Oerlikon Barmag from Remscheid, Germany, is introducing an automatic texturing machine, the eAFK, which it says combines features from the existing eFK, AFK and MPS series, along with a new modular de
Cezoma - Uniemach of Uden, The Netherlands, specializes in winding, including ultra-high molecular weight polyethylene (UHMWPE), aramid and carbon mono- and multifilament yarns.
For the latest versions of its RSFgenius Melt Filtration System range (75, 90, 150, 175 and 200), Gneuss has redesigned the melt channel's geometry to increase the active filtration area by between 30
Oerlikon Saurer of Arbon, Switzerland, claims its new two-for-one twisting machine (Allma TC2; see also, below) can processes all materials in the count range of 235 to 60 000 dtex and can run at prod
At ITMA 2011, Oerlikon Textile Components from Wattwil, Switzerland, will introduce the latest version of its Heberlein MultiJet, which is able to handle up to 32 threads, surpassing the current 12-th
Two US partners, Armark Authentication Technologies and Hills Inc, are developing fibres with unusual crosssectional shapes involving some nano-scale features.
A production method for carbon fibre that circumvents many of the problems caused by the joints that hold together the lengths of the precursor is the result of work by Mitsubishi Rayon Co Ltd.
A polyacrylonitrile (PAN) precursor for high-quality carbon fibre has been developed by Toray Industries of Tokyo, Japan.
Monofilament producer Luxilon Industries has received a prize for a monofilament yarn that can cause the surface of fabrics to cool by up to 3.7degC.
Xanofi of Raleigh, North Carolina, USA, is looking for US$1.5 million in order to move from a proof-of-concept phase to the full commercial production of nanofibres.
The use of microwave-assisted plasma to process polymer precursors into carbon or graphite fibres is under investigation by researchers working for UTBattelle LLC, Oak Ridge, Tennessee, USA.
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