Prof. Subhash Anand
MBE; Comp. Tl; C.Text. FTI
Professor of Technical Textiles,
Institute for Materials Research and Innovation, The University of Bolton, Bolton, UK
Technical textiles market worldwide is forecast to grow by 4 per cent per annum between 2002 and 2010. As a result, by 2010 the technical textiles and industrial nonwovens sector will consume some 23.8 million tones of fibre – up from 16.7 million tones in 2000 and a value of US $ 90 billion – and have a value of US $ 126 billion. Knitted fabric production for technical textiles showed on overall growth of 34.5 per cent from 1995 to 2002 in Western Europe. Over the last decade knitted fabrics and products have been increasingly designed and developed for a very wide spectrum of technical applications, including automotive textiles, medical textiles, geotextiles, sportswear, safety and protective textiles and environmental protection textiles, just to name a few major growth areas of technical textiles. Warp and weft knitted spacer materials are being commercially developed for a very wide range of technical textile products, because of a number of unique design opportunities that they offer. Knitted spacer fabrics are a single
composite of at least three different substrates integrated together during the knitting process. Continue reading Knitted Three-Dimensional Structures for Technical Textiles Applications
The 12th AUTEX World Textile Conference was organized by the University of Zagreb, Faculty of Textile Technology, from 13th to 15th June 2012. The theme of the conference was “Innovative Textile For High Future Demands” and the official host was the City of Zadar. The AUTEX Conference provides an excellent opportunity to bring together European and world scientists and engineers from academy, national research institutes and companies to present and discuss the latest results in the general field of textile materials, technologies, fashion and marketing. We are presenting below the abstracts of keynote presentations : Continue reading 12th AUTEX World Textile Conference : Abstracts of Papers Presented
J. DE BAETS,
imec-CMST, Gent, Belgium
PASTA is a FP7 integrated project on integration of electronics into fabrics, with partners from 5 different countries. Until now, many developments in the smart textile field have been focusing on textile technologies (conductive wiring, sensors, connectors.) in a combination with classic printed circuits with classic components.
Continue reading The PASTA project: “Integrating Platform for Advanced Smart Textile Applications”
Grado Zero Espace srl, Italy;
M. HUSTEDT, C. HENNIGS,
Laser Zentrum Hannover e.V., Germany;
Smartex srl, Italy;
Centre Suisse d’Electronique et de Microtechnique SA, Switzerland;
Sächsisches Textilforschungsinstitut e. V., Germany
PROSYS-Laser is dedicated to developing highly innovative “passive”
and “active” laser-protective clothing and curtains, hardly available on the market today, for use with hand-held laser processing devices (HLD) and with automated laser machines. Key developments are: passive functional multi-layer technical textiles, providing a high level of laser resistance, active system incorporating functional multi-layer smart fabrics which detect laser exposure and, by means of safety control, deactivate the laser beam automatically and test methods and testing set-ups to qualify passive and active functional technical textiles and tailored PPE.
Continue reading Prosys-Laser: Smart Laser Protective Textile Systems
School of Chemical and Physical Sciences and
MacDiarmid Institute for Advanced Materials and Nanotechnology,
Victoria University of Wellington, Wellington, New Zealand
Professor J.H. Johnston and Dr. K.A. Lucas have recently developed a novel approach for dyeing merino wool with gold nanoparticles by coupling the surface plasmon resonance and the chemistry of gold with that of wool fibres. In a related approach presented here, the research is carried out in three major steps: (a) formation of gold nanoparticles, (b) preparation of wool surface for dyeing process and (c) fabrication of nanogold-wool-composite. The synthesis of red colloidal gold uses reducing agents such as tannic acid. Purple and blue nanogold forms in the presence of other reducing agents and/or surfactants.
Continue reading Nanoscience goes Pret-a-Porter: Novel Nanogold-Wool-Composite Fibres
K. EUFINGER, F. GOVAERT, M. VANNESTE,
Centexbel Gent, Zwijnaarde, Belgium;
B. PAQUET, C. REVERCEZ,
Centexbel Verviers, Herve (Chaineux), Belgium
In this paper we would like to discuss the challenges of direct fabrication of electronic components onto the textile substrate, e.g. preparing energy harvesting devices by coating on monofilament level or using base coatings. There is an increasing amount of research being done to realise this direct fabrication. This has several advantages over the traditional method where the components were stitched, laminated or fixed by some other means onto the textile. The fixation techniques usually show problems with interconnects, the components used were of the traditional kind, having a rather low flexibility and stretchability, resulting in a loss of the inherent properties of the textile substrate. Continue reading Challenges for Combining Semiconductor (Thin Film) Technology with Textile Substrates towards Textiles for Energy Production
E.P. SIMON, M. FRÖHLICH, K.-D. LANG
Technische Universität Berlin, Berlin, Germany
Integration of electronics into textiles for various applications is gaining more and more interest by research facilities and companies, alike.
Continue reading Design and Optimization of an Injection-moldable Force-fit Interconnection Module for Smart Textile Applications
Key Lab of Advanced Ceramics and Machining Technology
Ministry of Education, School of Materials Science and Engineering,
Tianjin University, Tianjin, China
Continuous weavable multifunctional carbon nanotube yarns are fabricated at one-step by spinning from a catalytic chemical vapor deposition reaction. The CNT yarn is formed through the direct assembling of carbon nanotubes in the gas flow as continuous integrated by mechanical winding. Kilometers of high-quality continuous yarn are spun from this process through the design of the CVD reaction with innovative spinning methods.
Continue reading Continuous Multifunctional Carbon Nano-tube Yarns
Centre for IT & Architecture, Royal Danish Academy of Fine Arts,
School of Architecture, Design and Conservation, Copenhagen, Denmark
This paper introduces a series of design-led investigations exploring the
conceptualisation and materialisation of adaptive textiles for the home.
As modernism engaged architecture in a redefinition of its boundaries by promoting values of transparency and efficiency, the home became an environment primarily conditioned by technology, more and more disconnected from the exterior. Today, as we realize the consequences of our ability to engineer the world, this paper is asking: can the design of self-actuated textiles contribute to a domestic culture in which technology cultivates a relationship of interconnectivity with nature. By presenting parallel explorations into the material prototyping of lightresponsive textiles and design probes into the materialisation of immersive textile environments based on electro-active polymers, the paper will discuss, beyond the purely functional, the cultural and poetic potential of smart technologies, including thin film photovoltaics, light-induced liquid-crystals and dielectric elastomers.
Continue reading Adaptive Textiles for the Home
L. RAMBAUSEK(1), A. SCHWARZ1, B. VAN GENABET1, E. BRUNEEL(2),
I. VAN DRIESSCHE(2), L. VAN LANGENHOVE(1)
(1)Ghent University, Dept. of Textiles, Ghent/Zwijnaarde, Belgium;
(2)Ghent University, Dept. of Inorganic and Physical Chemistry, Ghent, Belgium
During the last decade, research on intelligent textile systems progressed steadily. Today, science is focussing on full integration of electronics into textiles. E-textiles function like their rigid electronic companions but keep their textile properties. To interconnect components within the system, textile structures need to be equipped with electro-conductive properties. For flexible solar cells or fibrous transistors, electro-conductive coatings are applied. Transistors, acting as electrical switches, are essential for realizing fully integrated intelligent textile systems. By electroless deposition of pyrrole and copper on polyester fibres, conductivity is achieved. A DC conductive gate electrode is designed.
Continue reading Essential Building Blocks of Fibrous Transistors, Part I: Gate Layer