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Fibres, filaments and yarns

Teijin Fibers Ltd of Osaka, Japan, has patented a method of producing an islands-in-sea type composite spun fibre,which has island components each with a maximum diameter of 1 m.
A US inventor has patented a way of making carbon fibres with surface porosities that are easily optimized to suit a variety of applications.
Americhem Inc, a global supplier of custom colour and additive solutions for synthetic fibres and polymers, has teamed up with Cocona Inc to create a unique masterbatch of activated carbon.
NanoHorizons and Indopoly (Thailand) Ltd, a part of the Indorama Group, have entered into a partnership to produce polyester yarns with permanent antimicrobial properties.
Researchers at the University of Nebraska-Lincoln in the USA have developed a method for making fibres from wheat proteins.
A strong,melt-spinning polyethylene fibre with superior lightness and cut resistance has been developed by Japan's Toyobo.
A new polypropylene fibre from FiberVisions is claimed to be creating unique opportunities for nonwovens producers to enter the bulky nonwovens market, and meet increasing demand for fabrics with impr
Diolen Industrial Fibers has revealed further details about how it makes filament yarns from polyphenylene sulphide (PPS) in International Patent Application WO 2006/097281.
Scientists from theTechnical University of Eindhoven, The Netherlands, have found a way to control the direction and deposition of fibres formed by an electrospinning method.
Addressing the need for fibres that retain their superabsorbent properties under pressure, researchers in the USA working for Stockhausen say they have devised a method for making such items.
Researchers in the USA have been electrospinning block copolymers to create fibres with superhydrophobic properties.
Electro Fiber Technologies (EFT) LLC has commercialized its patented, metal-plated carbon fibre products intended for use in aerospace, defence, automotive, construction, medical and electronics appli
Korea's Hyosung Corp has patented a method for extruding cellulose fibre (International Patent WO 2006/071101).
A cellulose-based moisture-absorbing material has been developed by the US Department of the Navy.
Korea's Hyosung Corp has patented two polyester fibres that contain a phosphorus-based flameretardant agent.
Polysaccharide fibres having water absorption and antimicrobial properties are disclosed in US Patent 7 229 689 by SSL International.Wound dressings can be made from such fibres, says the company base
A multi-component fibre containing a temperature regulating constituent, in the form of a phase-change material (PCM) has been developed in the USA by Outlast Technologies.
Diolen Industrial Fibers has introduced a high-tenacity multifilament made with Fortron(r), a polyphenylene sulphide (PPS) made by Fortron Industries LLC.
Waxman Speciality Products, a newly formed division of the UK-based Waxman Group, has launched the So range of fibre-based products aimed at the speciality textiles market--including functional, cosme
With the opening of its pilot production plant for jetspinning in Arnhem, The Netherlands, Teijin Twaron says it can now manufacture aramid pulp in a completely different way.
A stretch-breaking process for continuously making strong spun yarns is the subject of International Patent WO 2006/020404.
Blending fibres to achieve specific technical objectives is a growing trend for NorthAmerican yarn spinners as fabric companies and their customers strive to put something unique in the market, report
China's Shanghai Tanlon Fiber Co Ltd will introduce a new fibre based on polysulphonamide (PSA) at Techtextil/ Avantex 2007 (12-14 June 2007, Frankfurt, Germany).
Asamer Basaltic Fibers GmbH introduced a fibre (ASA.TEC) based on basalt at the JEC Composites show in Paris, France in April 2007, claiming the chemical composition of its product could be tailored t
Nanocomp Technologies Inc (based in Concord, New Hampshire, USA) says it has successfully produced a revolutionary textile material from long, carbon nanotubes.
A synthetic fibre with flame retardancy sufficiently high for use in bedclothes, mattresses and furnishing has been developed in Japan.
Bamboo is the latest natural fibre component to be added to the range of Dri-release moisture management yarns from Optimer Performance Fibers, based in Wilmington, Delaware, USA.
Japan's Toray Industries Inc is using bamboo to make cellulose fibres. In European Patent 1 679 294, the Tokyo-based company claims its fibres are suitable for woven, knitted and nonwoven fabrics.
In the continuing search for permanently antistatic synthetics, the US fibre maker Solutia Inc has developed a polyester and claims it to be electrically conductive.
Researchers in France have been comparing the reaction of high-performance fibres, particularly when they are used in fire barriers.
Treating lignocellulosic materials with an aqueous solution of an amphoteric cellulose derivative containing an electrolyte can lead to the production of paper with a high wet strength or rayon fibres
DSM Engineering Plastics is to start making fibre and film from its established temperature-resistant polyamide 4,6 resin called Stanyl(r).
Korean workers developing techniques to improve the electrospinning of nanofibres have revealed their latest findings in International Patent WO 2005/073441.
A new way of making ultra-high molecular weight polyethylene (UHMWPE) fibres is the subject of International Patent WO 2005/066397.
The Institut fur Textiltechnik der RWTH Aachen (ITA), Aachen, Germany, has put into operation a new piston spinning plant, reports Chemical Fibers International (5/2006).
A new field is opening up for wellness textiles, also called cosmeto-textiles, that are capable of imparting skincare benefits, combating ageing and promoting a feeling of wellness or wellbeing.
The 45th Man-Made Fibers Congress, held in Dornbirn, Austria, in September 2006, attracted some 600 delegates from 30 countries, reports Geoff Fisher.
A team of engineers from the Massachusetts Institute of Technology (MIT) of Cambridge, Massachusetts, USA, has identified key physical processes that give spider silk its unrivalled strength and durab
Photovoltaic cells in fibre form that can be made into flexible fabrics are the subject of US Patent 6 913 713.
Owens Corning has added to its range of glass fibres and claims its latest, MicroMax, is a breakthrough in reinforcement technology for high-performance thermoplastics.
A US-based inventor proposes incorporating minerals in extruded fibres to allow the manufacturer of textiles offering alternative therapies.
A biotechnological method of engineering spider silk is being developed by a team based at the Technical University of Munich,Germany.
Lonic liquids can be used as solvents in the production of cellulose fibres, leading to both improved process efficiency and less harm to the environment, according to the German partners that jointly
Multifilament yarns with modified cross-sections that produce fabrics with high wicking, soft hand and a silklike lustrous appearance are the subject of International Patent WO 2004/074560.
European Patent EP 1 574 603 describes a novel way of making polytetrafluoroethylene (PTFE) fibres.
Japanese machinery builder KK Toyota Jidoshokki has invented a way of making fancy yarns, along with the equipment needed for the process.
A way of making polypropylene fibres that are both hydrophilic and antimicrobial has been discovered by 3M Innovative Properties Co of St Paul, Minnesota,USA.
Multifilament yarns of polyester that are processed especially for reinforcing rubber and the method for making them are the subjects of European Patent Application EP 1 571 243.
An electrically conductive core-sheath yarn in which the resistance of the sheath increases with a rise in temperature is the subject of US Patent 6 680 117.
European Patent EP 1 593 763 describes a yarn and its use in making a shrink-resistant elastic tape as invented by Pioneer Elastic Fabric Ltd of Hong Kong, China.
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