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| A new technology was recently patented that opens the door for commercial production of all woven nanofiber applications. It is a fiber collection and yarn spinning method that makes use of ordinary electrospinning technology. Currently US$11Bn worth of textiles containing nanotechnologies are on the market around the world. Research indications are that the market for textiles alone making use of nanotechnologies will reach US $13.6 billion by 2007, growing to US $115 billion by 2012. UK based research firm Cientifica indicates that fabrics can be altered at the molecular level, creating advance materials that can be 100 times lighter in weight, 100 times stronger and up to 100 times lighter, using one-hundredth amount of material. What is needed by the industry is the bulk availability of commercially viable nanofiber yarns with controlled orientation of nanofibers. This will allow the processing of nanofibers by traditional textile processing methods like weaving, knitting and embroidery. The properties of nanofibers lead to the potential application of electro-spun fibers in such diverse fields as high-performance filters, absorbent textiles, fiber-reinforced composites, biomedical textiles for wound dressings, tissue scaffolding and drug-release materials, nano- and microelectronic devices, electromagnetic shielding, photovoltaic devices and high-performance electrodes, as well as a range of nanofiber-based sensors. Recently only non-woven nanofiber materials were commercially viable to produce. A process has now been developed that is simple, up scalable, results in high degrees of fiber alignment, and works for most polymers and/or polymer blends that can be electro-statically spun into fibers. Now any textile producer will be able to place a bobbin of nano fiber yarn on his existing machine, and produce products for the future.Even though international search done already currently provisional stages |
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