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Smart textiles

Researchers with the US Department of Energy (DOE) Berkeley Lab have developed a promising new inexpensive technique for fabricating large-scale flexible and stretchable backplanes using semiconductor
The finishing of textiles for sport, leisure and work is a key prerequisite for ensuring clothing has the required functional properties such as weather resistance.
The latest patent covering NLITe nanofibre lighting technology has been secured by Research Triangle Institute.
A Portuguese sock manufacturer has developed a product with integrated biometric monitoring.
Johnson Controls - now the leading supplier of automotive fabrics worldwide - has integrated a lightweight audio system into the headliner of its ie:3 demonstrator car, rendering loudspeaker units in
The Fifth Wearable Technologies Conference will focus on key areas in which wearable electronics and smart textiles are rapidly emerging, including sports, smartphones and consumer gadgets and therapy
The ONESuit PPS totally encapsulating gas-tight suit has now gained SOLAS Type II-2 certification per the requirements of International Maritime Organisation (IMO).
ASTM International will sponsor a workshop on smart textile applications on February 1, 2012, at the Hyatt Regency in Atlanta, Georgia, USA.
Since the invention of liquid crystal displays in the mid-1960s, display electronics have undergone rapid transformation.
Eminus is a high volume web containing continuous polymeric nanofibre manufactured by Milliken & Company in the US.
A chemical sensor and a system and method for sensing a chemical species based on nanofibres has been patented by Li Han at the Research Triangle Institute in Apex, North Carolina, USA.
A microlattice of hollow tubes of nickel consisting of 99.99% air, developed in California, is believed to be the lowest-density material in existence.
Among the latest product introductions for potential incorporation in medical disposables is the Metria wearable sensor from Avery Dennison.
Teijin and the Tokyo Institute of Technology have co-developed a highly conductive carbon nanofibre (CNF) with the first elliptical cross-section consisting of well-developed graphite layers ordered i
Tufts University and the Massachusetts Institute of Technology (MIT) have patented an all-aqueous process for the production of silk biomaterials such as fibres, films, foams and mats.
Scientists Caroline Schauer and Marjorie Austero of Drexel University in Philadelphia have been electrospinning crosslinked chitosan with carbon black.
A collaboration between Harvard Bioscience and Nanofiber Solutions has resulted in the second successful transplantation of synthetic tissue-engineered windpipes being carried out during 2011.
In its recently secured US patent 8,038,013, DuPont describes a new liquid filter with a composite structure that has a nanoweb adjacent to and optionally bonded to a microporous membrane.
A UK company has developed the technology to nanostructure and encapsulate complex chemical hydride materials to improve their performance, in terms of temperature of operation, adsorption and desorpt
Bayer MaterialScience and its partners from industry and academia have developed an efficient and affordable earthquake protection for buildings.
In the drive for alternatives to fossil fuels and reducing carbon emissions, the algae biomass industry is striving to develop and commercialise large-scale algae production.
An assembly of thousands of 'nano-machines' capable of producing a coordinated contraction movement extending up to around ten micrometres - like the movements of muscular fibres - has been synthesize
SouthWest NanoTechnologies (SWeNT), based in Norman, Oklahoma, USA, is introducing a new SWeNT will feature single-wall carbon nanotube (SWCNT), SG65i, for use in printed semiconductor devices.
The 100% electric Nissan LEAF will employ Teijin's Eco Circle Plantfiber bio-polyester in seats and interior trim surfaces marking the debut of this latest eco-material in a mass-produced vehicle.
The ability to embed sensors within materials such as composites provides engineers with the ability to measure intrinsic strain of components during their production, or use under varying load condit
Teijin Aramid has opened a new plant in Emmen, The Netherlands, for the production of Endumax - the world's strongest tape.
The UK's Toumaz has established a joint venture with California Capital Equity to expand the commercialisation and distribution of the Sensium digital plaster.
At September's ITMA textile machinery exhibition, held in Barcelona, Spain, the work of the international Dephotex project was showcased, with products featured including car dashboards, pillows and j
NuPathe, based in Conshohocken, Philadelphia, has announced positive top-line results from NP101-009, its second 12-month, repeat use safety trial for its Zelrix migraine patch.
Eden Energy reports the production of the first carbon nanotubes at its nano-carbon/hydrogen pyrolysis project in Denver, Colorado, USA.
As part of a joint project by the Hohenstein Institute and Gebruder Jaeger GmbH in Wuppertal, a new window strip has been developed which absorbs and stores condensation.
Scientists at the Ohio State University have secured US patent 8,038,907 for their process for forming aligned nanofibres of polyaniline.
Self-repairing layers of porous material could ensure that the membranes of inflatable objects are not only water and airtight but also that they can plug up any holes on their own - at least temporar
Composite materials employing microfibrillated fibres of bacteria cellulose as a substitute for glass plate substrates for displays such as liquid crystal or organic light-emitting diode are the subje
Sometimes called 'frozen smoke', aerogel is the lightest and best insulating solid in the world.
iLoad, the latest development from Schoeller Textil AG, has received the Swiss Technology Award in the 'Maturity Stage' category at the Innovation Forum, held recently at the Novartis Campus in Basel.
Particle characterization using the Zetasizer Nano is one of an arsenal of research methods available for use at the Nanotechnology Research Centre (NRC) at the Georgia Institute of Technology in the
Teijin Aramid has started the production of Twaron Black - the first all-black aramid fibre.
DSM Dyneema has completed the purchase of IP rights related to the manufacture of light weight air cargo pallet nets made with Dyneema, from Hoffman ACE, based in Friedberg, Germany.
Among new cellulosic fibre variants promoted at the recent Dornbirn Manmade Fibre Conference in Austria was Verdi, the new flame retardant from Kelheim Fibres.
Mass production in textile integration and the encapsulation of electronic components will provide robust and flexible solutions in many segments, according to Andreas Ropert of Interactive Wear AG, b
Saint-Gobain Performance Plastics has announced the launch of its Coretech barrier membrane technology platform, which enables the engineering of versatile and lightweight chemical and biological-prot
The ultrasonic bonding technology of Sonobond was central in the production of many of the nonwoven oil-absorbing booms successfully used to clean up the 2010 Gulf oil spill.
Empa researchers in Switzerland have developed a manufacturing process for nanocellulose powder as a raw material for creating polymer composites.
An international team of scientists has developed transistors from natural cotton fibres, gold nanoparticles and polymers.
If and how nanoparticles such as carbon nanotubes (CNT) affect aquatic ecosystems are questions still unanswered.
Nano-pigments which allow microfibres to be coloured prior to their extrusion, for savings in raw materials and improved spinning, are now being mass produced in China.
Regenerative medicine company Neotherix has just taken part in a UK Trade and Investment Health and Ageing Mission to the US, making presentations at conferences in Boston and San Fransisco.
The Profitex system, developed as part of the ongoing EU project of te same name, comprises two main components - a firefighting jacket with integrated sensors and electronics and a braided data and s
Amyloids - the dense protein masses first discovered in the brains of Alzheimer's disease sufferers - might point the way to a whole new category of biologically-inspired synthetic materials.
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