WELCOME TO TECHNICAL-TEXTILES.NET, the web's most comprehensive source of information about the world of performance and technical textiles. Full membership gives access to: unique feature articles; relevant, edited and verified news; events and more, to keep you up to date with the latest developments in materials, technologies, processes, patents and research, and business and markets

Fibres, filaments and yarns

A way of making high-tenacity polyethylene yarns has been revealed by the Korean company Hyosung Corp.
A dual capillary spinneret featuring different shapes induces differential fibre morphology to produce crimping in homofilaments, according to its inventor, Kimberly-Clark Worldwide of Neenah,Wisconsi
In US Patent 6 841 242, Saint-Gobain Quartz SAS of Courbevoie, France, provides a recipe for a silica yarn with an improved resistance to high temperatures.
Following the introduction of hand towels and bathrobes in antimicrobial qualities using Trevira Bioactive polyester fibre, a leading terry towelling manufacturer is now supplying antimicrobial beddin
Mechanically divisible fibres having at least one component including poly(lactide acid) and at least a second of aromatic polyester are the subject of US Patent 6 780 357.
A study by the UK's Nottingham Trent University has revealed that Amicor fibres could help fight the spread of the "superbug", methicillin-resistant Staphylococcus aureus (MRSA), which is responsible
Kelheim Fibres introduced two new viscose fibres for nonwoven applications at the Index 05 exhibition held in April 2005 in Geneva, Switzerland.
A mechanical process for creating microfibres is the subject of International Patent WO 00/46435.
International Patent WO 03/052179 discloses a method of making low denier, highly extensible fibres, as well as soft, extensible nonwoven webs based on them.
Japan's Toray Industries Inc claims it has developed a polylactic acid (PLA) fibre that is stronger than its rivals at high temperatures.
Kelheim Fibres introduced two new viscose fibres for nonwoven applications at the Index 05 exhibition held in April 2005 in Geneva, Switzerland.
Polyester fibre specialist Trevira will feature new filament yarns for medical applications at this month's Techtextil trade fair in Frankfurt am Main,Germany (7-9 June 2005).
A US-based inventor has proposed a novel way of making chenille yarns.
Adding an amount of C8 to C12 fatty acid monoglyceride to polypropylene as a melt additive produces meltextruded fibres that are both hydrophilic and antimicrobial, according to 3M.
A US-based inventor claims a decorticated bast fibre, such as from flax, is particularly suitable as a reinforcement for a range of polymer-based composites and that he has found a way to overcome pre
A system for treating yarns that makes them less likely to unravel or shed lint is disclosed in US Patent 6 796 115.
Germany's W. Schlafhorst AG continues its research into vortex spinning and, in US Patent 6 792 744,now proposes a system for converting a drawn sliver into a yarn by means of airflow.
France's Lainiere de Picardie BC has developed a yarn that is designed to reinforce fabrics or technical textiles that will be incorporated into another textile; for instance, one suggested use is in
Scientists at Australia's CSIRO Textile and Fibre Technology (CTFT) working with the NanoTech Institute at the University of Texas, Dallas, USA, have adapted textile technologies used to spin wool and
Researchers at Hong Kong Polytechnic University in Kowloon claim to have found a way to spin open-end yarns without the inherent harshness that has characterized such textiles since the process was fi
An acrylic fibre with cotton-like properties is the subject of US Patent 6 740 722, assigned to Solutia Inc.
The French glass fibre maker Saint-Gobain has developed several reinforcement grades.
A cellulose and seaweed-based fibre that slowly releases silver ions could have applications in medical textiles and hygiene products, such as compression stockings and burns bandages.
Acordis has developed two new acrylic-based fibres under its Amicor range, which includes the antifungal and antibacterial Amicor Pure for clothing and bedding and Amicor Plus for socks and footwear.
Foss Manufacturing Co Inc has patented a process for making an antimicrobial/antifungal multicomponent fibre and claims that repeated washing in boiling water or dry cleaning does not diminish the ite
Japan's Murata Kikai KK has developed a variant in false-twist texturizing that it claims can be used with polylactic acid (PLA) fibres.
A system for creating fibre bundles that are easy to handle is the subject of US Patent 6 722 116.
Korea's Glow Yarn Co Ltd has revealed details of its process for making phosphorescent yarns.
Antimicrobial synthetic fibres and fibrous products are disclosed in US Patent 6 723 428 by Foss Manufacturing.
Dutch research company Koninklijke Philips Electronics NV has developed an electrically conductive yarn.
The Procter & Gamble Co has developed a biodegradable melt-spun fibre.
Coagulation spinning can produce fibres, ribbons and yarns of carbon nanotubes, according to US Patent 6 682 677.
A novel construction intended for tufting pile yarns has been developed by USA's Honeywell Performance Fibers.
Invista's Personal Care segment is expanding beyond the hygiene sector and is now marketing its range of branded products to the medical textiles industry.
Two US inventors claim to have found a way to meltspin high-viscosity fluoropolymers at high speeds to produce single or multifilament yarns.
A German company claims to have found a way to create special false-twist spiral filaments.
A novel process for preparing a solution of silk or silk-like protein from a variety of sources, such as silk waste, to create high-quality filaments is the subject of International Patent WO 02/08179
Homofilament fibres can be meltspun from a dual capillary spinneret having different shapes so as to induce differential fibre morphologies resulting in crimping, according to Kimberly-Clark.
DSM Dyneema has launched a high-performance polyethylene fibre called Dyneema Purity for producing surgical implants and other medical devices, such as sutures.
Japan's Chisso Corp claims to have found a better way to produce a multi-component fibre that can be split.
Switzerland's Michelin Recherche et Technique SA of Granes-Paccot has developed a thermotropic aromatic polyester(amide) monofilament.
European Patent EP 1 251 202 discloses a fibre that sustainably releases a component that can care for the wearer's skin.
A process for making cork yarn that retains the properties of cork, yet can easily be woven or knitted is the subject of International Patent WO 02/055767.
Fluorescent polyester and polypropylenes have been developed in Korea by the Glow Yarn Co Ltd, under the brand names Glow Polyester Fiber, Glow Yarn and Glow Fabric.
Cellulosic fibres, which once would have been disposed of as waste, may be used in different matrix materials to create organic composites.
Polysaccharide fibres formed from alginate are disclosed in International Patent WO 02/36866.
A problem with open-end (OE) spinning is that it has tended to be inflexible and what it makes has been lacking in character, which means that markets have been restricted to volume consumption of a p
An elastic yarn designed to provide moisture management is the subject of European Patent EP 1 350 872.
A bicomponent fibre for use in medical implants has been developed by Solutia.
XXXX