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

Nanofibres

Filter media manufacturer Irema is now making its own compact fully synthetic filter systems for industrial filtration applications featuring engineered nanofibre layers.

Researchers have developed a material based on silicon nanofibres they believe can be used to boost the capacity of batteries in electric vehicles and personal electronics.

Belgium’s Europlasma introduced an expanded range of its Nanofics nanocoatings at the recent Filtech exhibition and conference in Cologne, Germany, on 24–26 February 2015.

The Czech Republic’s Elmarco has been arguably the leading developer of commercial nanofibre technology over the past decade, most recently with its Nanospider system.

Cooperative research in the USA and Spain could ultimately lead to improvements to the electrospinning of small-diameter fibres.
Researchers in China have made a lithium-ion battery by pairing two stretchable and bendable yarns and claim a 10-cm-long piece weighing just 0.08 g can power a string of light-emitting diodes (LEDs)
Tokyo, Japan-based JX Nippon Oil and Energy is commercializing a process to make polypropylene (PP) fibres with diameters in the range 300-500 nm.
Researchers in the USA say they have succeeded in electro spinning a solvent-free nano-scale web that is strong enough to be handled for subsequent treatment.
Polyacrylonitrile (PAN) nanofibres that are both strong and tough - properties that are typically mutually exclusive in engineered materials - have been developed by a team of engineers in the USA.
Bayer MaterialScience of Leverkusen, Germany, is to stop all its work on research, production, commercialization and development of applications for carbon nanotubes (CNTs).
Nanofibre-based articles that switch one or more of their properties in response to some external change are being studied by researchers in the USA.
Researchers at a UK university are experimenting with the use of an electrically connected wire card (13) as the collector for an electrospinning device.
Chinese researchers have succeeded in making highly porous solids consisting of a three-dimensional (3D) network of carbon nanotubes (CNTs).
UK-based research aimed at developing the strongest silica nanofibres in the world is attracting interest from composite manufacturers in the aviation, marine and safety markets.
The USA-based developer of a unique technology, called Forcespinning, for producing nanofibres says it has won funding worth US$13 million, which will allow it to fulfil a growing number of orders, an
A US company claims to have made dramatic progress in the development of an electrospinning technology with a high throughput for core-sheath fibres.
A Japanese company claims it has become the first to develop aramid nanofibres for mass production.
Methods for electrospinning polymer melts to form nanofibres of polyethylene (PE) and polypropylene (PP) in commercially viable quantities have been revealed by Elmarco sro of Liberec, Czech Republic.
A finer version of the nano-scale polyester fibre called Nanofront has been launched by Teijin Fibers Ltd of Tokyo, Japan.
Scientists at Ohio State University in Columbus, USA, have won a US Patent (8 038 907) for their process for forming aligned nanofibres of polyaniline.
A process for manufacturing nanofibres that is significantly cheaper and safer than existing methods has won recognition from the USA's Society of Manufacturing Engineers (SME).
The commercial availability of industrial-scale systems for nanofibre web manufacturing will see rapid adoption of the technology, with cheaper carbon nanotube-based products likely to follow, reports
Qufu Wei,Robert Mather,Heng Ye,Fenglin Huang and Wenzheng Xu explore the potential that surface functionalization of polymer nanofibres,based on changes in both physical and chemical attributes,offers
XXXX