Sunday, May 17, 2009

[ Technical Textiles - Techtextil targets exhibitor growth for 2009 too Business, Economy, Finances, Banking & Insurance. ]

(openPR) - First time and returning exhibitors confirm the trade fair's leading position worldwide Press release from: Messe Frankfurt Exhibition GmbH .

Range of congresses and symposiums expanded.

From 16 to 18 June, Techtextil will be the foremost platform for users and developers of technical textiles in the fields of research, industry, architecture and other technical areas of application throughout the world. Over recent months, the indications have been pointing to further growth at Techtextil with the number of exhibitors at the last event (1,119) having already been matched.

Thus, the trade fair for technical textiles and nonwovens confirms once again its position as the world's leading event for the sector. “We are particularly pleased that, despite the world economic crisis, many exhibitors who did not exhibit in 2007 have decided to return for Techtextil 2009. Additionally, twelve percent of the exhibitors are taking part in Techtextil for the first time”, says Olaf Schmidt, Vice President Textile Fairs of Messe Frankfurt. “With Techtextil, we offer not only an overview of the latest products but also a platform for orientation and information”, adds Olaf Schmidt.

The exhibitors will present their products and their potential uses in relation to twelve areas of application in Halls 3.0, 3.1 and 4.1 of Frankfurt Fair and Exhibition Centre. The biggest segment of the fair is ‘Indutech’ with applications for the mechanical engineering, chemical and electrical engineering sectors being shown by over 500 exhibitors. Second and third places in the list of best-represented applications are held by ‘Mobiltech’ and ‘Clothtech’ with a total of over 450 exhibitors. Also very well represented are suppliers for the ‘Sport-tech’, ‘Medtech’ and ‘Buildtech’ segments.

In the past, Techtextil has concentrated fully on potential technical applications. From 2009, however, the range on show is being expanded to include the segment covered by Avantex, International Forum for Innovative Garment Textiles, the aim of which is to boost technology transfer under the motto ‘Avantex Integrated’.

Additionally, Material Vision – Materials for Product Development, Design and Architecture, International Trade Fair and Lecture Forum – will be held parallel to Techtextil for the first time. Together, these two trade fairs represent an optimum platform for modern materials, product innovations and material technologies, and present an assortment that his unique in terms of both depth and breadth.

The complementary programme of Techtextil 2009 is more extensive and informative than ever before. Thus, the Techtextil and Avantex symposiums will take place as in previous years. In view of the additional conferences to be held, they have been shortened to two days and, on 16 and 17 June, will offer trade visitors insights into the following subjects: Materials and Technologies, Buildtech: Innovative Building with Textiles, Protech: The Latest Protective Clothing Developments; and Medtech: New Textile Products in the Medical Field.

Moreover, EURATEX - European Apparel and Textile Organisation – will hold an information event about research initiated and partially funded by the EU, which aims to encourage innovations in the technical-textiles sector.

Another highlight during Techtextil will be the Natural Fibres Conference, which is being organised by Messe Frankfurt and will take place on 17 and 18 June. The main themes to be covered at the conference are innovative functions, natural fibres in automobiles and natural fibres in architecture and building. The aim of the conference is, inter alia, to link natural fibres more closely with technical applications and thus generate new ideas and impulses for the sector.

In line with the aims of the Natural Fibres Conference, the International Wool Textile Organisation (IWTO) will hold a congress on the subject of ‘Wool – Smart, Natural, Technical’. The IWTO Congress begins on the day before the fair opens, 15 June, and ends on the same day as the fair, 18 June 2009.

In addition to the symposiums and congresses, the Techtextil and Avantex Innovation Awards will also be presented during the fair. With these awards, Techtextil honours extraordinary achievements in connection with unconventional and pioneering applications for materials and technologies. Moreover, the awards of the ‘Textile Structures for New Building’ competition for students will also be given during the fair.

This is the tenth time that the international TensiNet association and Techtextil have organised the competition, which aims to help students and newcomers to make their way in the sector. Rounding off the Techtextil complementary programme are exclusive special shows with the award-winning products of the Innovation Awards and the student competition.

You will find further information at:
www.techtextil.messefrankfurt.com
Techtextil 2009:

Techtextil opens from 09.00 to 18.00 hrs on 16 and 17 June and from 09.00 to 17.00 hrs on 18 June 2009.


Admission prices.
Day ticket (Online ticket / in advance) EUR 20
Day ticket (At the fair) EUR 30
Day ticket, reduced (At the fair only) EUR 17
Season ticket (Online ticket / in advance) EUR 35
Season ticket (At the fair) EUR 55
Admission tickets also entitle the holder to visit Material Vision. All admission tickets purchased in advance include free travel to and from the fair using local public-transport services operated by the RMV public-transport authority. Tickets purchased on arrival at the fair only include free travel from the fair.
Background information on Messe Frankfurt:

With annual revenues of EUR 436 million (November 2008) and over 1,400 employees around the world, Messe Frankfurt is Germany's biggest fair and exhibition company. The corporate group has a global network of 29 subsidiaries, five branch offices and 48 international sales partners, which represent Messe Frankfurt in over 150 countries of the world. Events 'made by Messe Frankfurt' are held at over 30 venues worldwide. In 2008, the Messe Frankfurt group organised over 100 fairs, more than half of them outside Germany.

At present, the Exhibition Centre can boast 322,000 square metres of exhibition space with nine exhibition halls and a congress centre. The company is publicly owned with 60 percent being held by the City of Frankfurt and 40 by the State of Hesse.

Further information: www.messefrankfurt.com
Messe Frankfurt Exhibition GmbH
Ludwig-Erhard-Anlage 1
D-60327 Frankfurt a. M.
Telefon +49 69 75 75-0
Telefax +49 69 75 75-64 33
info@messefrankfurt.com
www.messefrankfurt.com
Contact:
Kerstin Riemann
Tel. +49 69 7575-6738
Fax +49 69 7575-6099
kerstin.riemann@messefrankfurt.com

Thursday, May 14, 2009

[ Technical Textiles - Art Silk Weavers.]

Art Silk weaving is mostly confined to the decentralized power loom weavers. They may have the latest weaving preparatory and weaving machines but this industry is a cluster with out proper infrastructure. They produce all types of fabrics and process them mostly elsewhere and market anywhere. They are incapable of producing any Technical Textiles which can be exported or locally acceptable in quality standards. The quality testing to be done is not like their production of the material which is mostly done by skilled workmen,who may not know as to the end use of the product they are involved in. If Art Silk Weavers produce Technical Textiles acceptable in the International Market,they do not need any perks from the Govt. This will indeed enable India to beat China where Technical Textiles and Machinery is far ahead of India.

Wednesday, May 13, 2009

[ Technical Textiles - Silk - India v/s China.]

Silk Weavers Seek Tax Sops For Growth.
TOI Surat 13th May 2009.
The news paper reports that the Federation of Indian Art Silk Weaving Industry(FIASWI)has demanded from Govt of India special perks for decentralized power loom industry. The Chairman of FIASWI has submitted the details of the list of demands to the Textile Commissioner and Textile Secretary. One of the demand is to reduce the customs duty on Polyester filament yarn from 5 per cent to 2 percent. The next demand is to abolish customs duty on Textile Machinery used in manufacture of Technical Textiles. There is a suggestion not a demand to reduce to nil the customs duty on imported Technical Textile yarn not made in India. This the chairman say's will give a competitive edge to Indian Manufacturers over the developed countries manufacturing Technical Textiles. The other demands are few more 'but not relevant according to me this blogger'.

Thursday, May 7, 2009

[ Technical Textiles - Let Your Team Grow Mr.Arvind Singhal.]

From the fashion retailing perspective, the most relevant models for India remain those that are centred around highly affordable, reasonable quality, fashion-for-the-masses such as H&M (Sweden), Primark (UK) and even Metersbonwe (China). For industrial uses, and as the services sector increases in size and scale, industrial uniform business models like that of Cintas and Aramark (both USA) offer great opportunity in India. And finally, as India sees major investment in agriculture, healthcare and construction, technical textile applications offer major investment opportunities.
Concluding remarks by Mr.Arvind Singhal as published in:-
Business Standard.
Thursday,May 7,2009.
E-mail:-arvind.singhal@technopak.com

Monday, May 4, 2009

[ Technical Textiles - Compression Garments.]

Medical Literature from MEDILIN.
Bangalore - 560022.
E-mail:salesmedilin@rediffmail.com
Custom made compression garments are a
part of medical
textiles a division of
Technical Textiles.
They are for effective prevention
and treatment of:
1) Varicose Veins.
2) D.V.T.*
3) Lymphoedema.
4) Statis Ulcers.
5) Post Burn Hypertrophies.
6) P.M.L.**
7) Hernia.
8) Post Cast Oedema.
9) Postural Hypotension.
* D.V.T is Deep Vein Thrombosis.
** P.M.L is Post Mastectomy Lymphoedema.
These custom made compression
stockings & Garments
are made from pure cotton,multi stretch
scientifically designed & fabricated
to apply physiologically correct
pressure.In the case of Stockings
its purpose is to avoid swelling in
the patients legs and improve venous return.
Woven medical textiles are typically 
used for products requiring extreme 
stability;high durability over a 
significant number of loading cycles;or to
precisely control porosity for air 
or fluid to flow.
There are other forms of Medical textile 
made from such types as Braided,Knitted 
and Non Woven.
Compression Stocking for Varicose Veins.
Varicose Veins means unnaturally and 
permanently distended veins.It is a disease
of circulatory system.The human body has 
two kinds of Blood Vessels Arteries & veins.
Arteries carry oxygenated blood from heart 
to body parts and veins carry de-oxygenated
blood back towards heart.Due to long 
vertical gap between the heart and 
the legs the veins have to carryblood 
up a long vertical column.
For making the job easier the nature has 
broken the vertical column in to small 
sections by providing a number of 
one way valvesin the veins.Due to 
certain factors some times the
valves become inefficient,the walls of the 
veins loose their elasticity and become 
permanently distended.This condition is
known as:
Varicose Veins.
Graduated compression stockings helps in this case.

Monday, April 27, 2009

[ Technical Textiles - Spider Silk Research at Max Planck Institute - Germany.]

Fig.: Endurance test for spider silk: in many ways, spider silk - here the picture of a garden cross spider in its web- is stronger than a metal wire of the same thickness. After researchers at the Max Planck Institute for Microstructure Physics infiltrated spider silk with metal ions, a double-strand of silk can support the weight of a cube of 27.5 grams, three times more than an untreated strand.

Image: Max-Planck-Institut für Mikrostrukturphysilk.

Power thrust for spider silk.

A team of scientists from Halle has succeeded in making spider silk significantly more break-resistant and ductile through the addition of metals. Spiderman would definitely have an easier time of things with this spider silk - for example, if he had to stop a getaway car moving off at 100 kilometres per hour. A five-millimetre-thick thread would do the job from a distance of 20 metres - assuming it had been treated by a team of researchers from the Max Planck Institute of Microstructure Physics. The same task would require a finger-thick thread of untreated spider silk and a steel rod as thick as a forearm. The Max Planck scientists strengthen the natural material by infiltrating it with metal ions. It may also be possible to strengthen other natural and synthetic fibres in this way. (Science, April 24, 2009). Even if it has nothing to do with the elevator for the ISS space station, the vision being pursued by NASA in its dream factory, a steel cable that pulls the elevator in a skyscraper on the scale of the Empire State Building, has to carry almost as much in its own weight as it does in the actual elevator cabin. And the higher the buildings, the thicker and heavier the cables become. A material that is as strong as the spider silk infiltrated with metal ions produced by the Max Planck Institute of Microstructure Physics could help with this application. The fact that spider silk treated with metal ions does not break under enormous tension is just one of the advantages it has to offer: "It can be expanded twice as much as natural spider silk," says Mato Knez, who is heading the research at the Max Planck Institute. As the treated material withstands high levels of tension and strain, it absorbs ten times more energy than the natural material before it breaks. Thus, it is particularly suitable for braking at full speed or braking free fall, for example in the case of a mountain climber. Materials with such properties could also be used in aircraft and vehicle construction or in space technology, generally for any application that requires light, strong, and flexible materials. "Our work promises great potential in terms of practical applications, as many other biomaterials can be made more break-resistant and ductile using our method," explains Mato Knez. There is one important precondition, however: the natural materials must contain proteins as their main component. For example, Knez and his colleagues have already used the metal infiltration process to strengthen fibres made of the protein collagen which composes bones and skins in human body. As the researchers discovered, the strengthening treatment for spider silk and other protein fibres only works when the metal ions can penetrate into the fibres. To achieve this, they adapted the atomic layer deposition (ALD) technique. This method is usually used to deposit individual layers of metal oxides on the surface of materials by exposing them to water vapour and a volatile compound comprising metal and organic appendages in rapid succession. Up to a few hundred of such gas pulses stream into the material and coat it with a more or less thick layer of oxide. "Because each pulse only lasts fractions of a second, the metal does not penetrate the material, however," explains Mato Knez: "Therefore, we adapted the equipment so that we could extend an individual pulse to a duration of up to 40 seconds." In order to make it clear that the process involved here no longer involves a coating process as is the case in standard ALD, the researchers refer to the modified technique as "Multiple Pulsed Vapour Phase Infiltration" or MPI. By doing this, they wish to avoid any possible confusion in the future. "Actually, it was rather difficult for us to make it clear to colleagues that we are infiltrating materials using a process that previously was only used for coating." The researchers were able to detect under the transmission electron microscope that metal atoms from the vapour phase could also creep into the interior of the spider silk. For these tests, a scientist from the Martin Luther University Halle-Wittenberg cut 90-nanometer-thin slices of the spider silk. The microscopic images did not explain, however, why the metal atoms increase the strength of the protein fibres. "Up to now, we only have a few pointers about this," says Mato Knez: for example, from NMR measurements, which the researchers at the University of Halle made of spider silks infiltrated with aluminium. "This would indicate that the aluminium is present in a compound other than a typical aluminium oxide," says Knez. And he has a good idea which compound it is: "We assume that the metal atoms bind the protein molecules to each other." Hydrogen atoms usually form bridges between the molecules which, however, break far more easily than the strong compounds made using metal atoms. Thus, it becomes plausible for metal-infiltrated spider silk to withstand more weight than the natural version. The better ductility can also be explained in this way. A thread of spider silk can be extended in length because its protein fibres run together like tangled wool in areas referred to as amorphous. In other locations, they arrange themselves in an orderly line like a neat ball of wool. "In these crystalline areas, the hydrogen bridges are probably also replaced by metal ions," says Mato Knez. Consequently, their order dissolves, the amorphous areas increase and with them the ductility. Despite its dramatically improved properties, metal-infiltrated spider silk is unlikely to be used to reinforce either fenders or aircraft wings in the future. "It would probably be more or less impossible to obtain large volumes of natural spider silk," says Knez. The insects are very difficult to keep and are not particularly productive when it comes to spinning their silk. Nonetheless, Knez is convinced of the practical use of this power thrust for materials: "We are pretty certain that we will also be able to improve the properties of synthetic materials that imitate natural ones using our process."

Original work:
Seung-Mo Lee, Eckhard Pippel, Ulrich Gösele, Christian Dresbach, Yong Qin, C. Vinod Chandran, Thomas Bräuniger, Gerd Hause, Mato Knez
Greatly Increased Toughness 
of Infiltrated Spider Silk.
Science, 24. April 2009
Max Planck Society
for the Advancement of Science
Press and Public Relations Department
Hofgartenstrasse 8
D-80539 Munich
Germany
PO Box 10 10 62
D-80084 Munich
Phone: +49-89-2108-1276
Fax: +49-89-2108-1207
E-mail: presse@gv.mpg.de
Internet: www.mpg.de/english/
Head of scientific communications:
Dr. Christina Beck (-1275)
Press Officer / Head of corporate 
communications:
Dr. Felicitas von Aretin (-1227)
Executive Editor:
Barbara Abrell (-1416)
ISSN 0170-4656
Contact:
Dr. Mato Knez
Max-Planck-Institute of Microstructure,
Physics,Halle
Tel.: +49 345 5582-642
E-mail: mknez@mpi-halle.de

SOURCE.

http://www.mpg.de/english/illustrationsDocumentation/documentation/pressReleases/2009/pressRelease20090423/index.html
Permission to Republish obtained from Dr.Mato Knez. Permission to Republish pictures forwarded to by Dr.Mato Kenz to Mr.Sevng-Mo if he has any objection.(Reply awaited).

Sunday, April 26, 2009

[ Technical Textiles - Smart Fabrics Conference.]

Cath Rogan reports from Rome.
Intertech Pira’s excellent annual Smart Fabrics conference is now in its 5th year and this year (March 10th-12th 2009, Rome) welcomed over 150 delegates to an agenda packed with practical advice, inspirational ideas and of course, a handful of spectacular but occasionally entirely baffling scientific data charts.
Stacey Burr, CEO of Textronics Inc. opened the conference with a highly motivating keynote speech outlining how the E-textiles small business sector is “growing up” in what has suddenly become a far more challenging business climate due to the global financial crisis.
Sharing some of the experiences and lessons learned by Textronics as it developed from a Dupont spin-off into a global market leader, recently acquired by Adidas, Stacey offered practical advice and key pointers to survive and thrive during the current challenging business environment.
Her presentation charted evolution to date of the E-textiles sector; from a flurry of research and patent applications from the late 1990s, to the start-ups, new supply chains and commercial products appearing during the last five years. Looking forward to 2010 and beyond, Stacey’s vision of the sector’s emergence as an established business sector foresees the next phase of evolution as a period of collaboration, consolidation and partnering, accompanying further innovations and market growth.
With advice on finance options and how to “hang in there” for the next two or three years as the sector weathers the global financial storm, delegates were encouraged to make the most of the networking opportunities offered by the conference. Indeed, the delegate list covered a wide range of potential collaborators from the small businesses, entrepreneurs and university spin-offs that make up the majority of this emerging Industry sector to global brands and research organisations looking for the next big idea to invest in.
Three separate breakout sessions following the lunch break each day meant that the choice of sessions to join was diverse and generally the only disappointment was where, inevitably, some schedule clashes forced difficult choices.
On the commercial side, it was interesting to note that a number of the companies who have “survived and thrived” during the past few years have also, in many cases, adapted their business models as the sector has evolved and competition has emerged.
Wearable technology solutions.

Several businesses, including Interactive Wear, Smartlife, Ohmatex, QIO Systems (a spin-off of Peratech/Softswitch), Fibretronic and Textronics, along with research institution TITV Greiz, are providing wearable technology “solutions”; a combination of commercially available e-textile parts and sector expertise to help industry access and create bespoke products to suit their needs.
Clothing+In place of or alongside their sales of existing products, these materials provide potential for companies to create bespoke e-textile products with a ready-made supply chain and the ability to integrate readily into existing production processes.
TextronicsIntegration with current production technology was described by Matthias Hartmann of Puma as one of their key criteria for selection of smart technologies, but, as Aksell Reho of Clothing+ highlighted, integration of e-textiles often includes modern technologies such as laser cutting, ultrasonic welding and lamination technologies, which are less widely available.
Steve Leftly of Fibretronic believes they key to mass market opportunities lies in making wearable technology easy to integrate for garment manufacturers, bundling technology systems that can be installed using existing processes and purchased in the same way as any other trim item (eg zips, badges) and in keeping the component cost to garment cost ratio low, with a target $15 cost of “adding in” wearable electronics to allow the garments into mainstream ranges alongside fashion garments. Furthermore, by partnering with an expert consumer electronics company, his product range aims to make wearable technology multi-functional, easy to use, and easy to customise by consumers.
The DIY element of using such “toolkit” approaches to wearable technology was a theme discussed by Despina Papadopolous of Studio 50:50 and Mika Satomi of the University of Art & design, Austria who both also supported the concept of technology sharing in an “open-source” format to allow open collaborative development for the benefit of all. Despina appealed to conference attendees to ensure that Design should be a considered from the outset to be a key element of any development and no longer be treated as an afterthought to overcoming technical challenges.
These opinions have certainly been embraced by NYX, the team behind flexible display garments in 2002 and, more recently, supported by a NASA Small business Innovation research grant, the developers of an ambitious multifunctional wearable health monitoring system. Their novel approach has created an exciting new concept garment and significantly raised the bar in terms of garment design.
Move to true integration.

SmartLife TechnologySeveral presenters made reference to the growing need for advancement of wearable technology from “hybrid” garments (where textile based “wiring harnesses” are added to garments), to true integration of electronics into textiles. The proliferation of textile based sensors is now progressing further in some areas into more fully integrated systems, as demonstrated by the MyHeart developments using circular and flat bed knitting technologies outlined by Rita Paradiso and of Smartex in Italy and Herald Reiter from Philips Research Laboratories in the Netherlands.
In fact bio-monitoring applications appear to be the main driver behind total integration of e-textiles. Although some projects, including the MyHeart and NYX garments still relied on the inclusion of external or encapsulated devices to enhance their effect (eg wet electrodes or electronic sensors), Mark Pedley of Smartlife Technology, UK presented a totally textile based sensor system for Bio-monitoring. Smartlife’s business model has also evolved to meet the growing demand for access to technology and Mark outlined a focus on exploiting their extensive knowledge of textile sensors to help clients create garments with embedded, unobtrusive bio-monitoring.
Away from garment applications, An overview of the STELLA (stretchable Electronics for Large Area Applications) project presented by Johan de Baets from IMEC, Belgium introduced stretchable e-textile interfaces and connectors and Guido Chappa of D’Appolonia, Italy discussed a wide range of thought provoking developments including digital conductive printing, chemical sensors, and a focus on the prospects for reinforcing and monitoring textile applications in civil engineering markets. The CONTEXT textile structures for architectural use and POLYTECT sensors for masonry and geo-technical applications shown were examples of the breadth of opportunities in this technical market sector.
Plasma technology.

Fog harvesting - image: University of California, IrvineAlthough the Smart Fabrics conference had, as ever, a strong bias towards e-textiles and wearable technology, other SFIT (smart Fabric and Intelligent Textiles) technologies were also represented. Jas Pal Baydal of Durham University, UK outlined the advantages of and opportunities for functionalised textile surfaces created using plasma technology. With some commercially successful ventures (P2i labs and Surface Innovations Ltd) supplying products to niche markets, Jas presented applications for textile surface modification beyond the ubiquitous “lotus-effect” ultra-hydrophobic materials. Anti-bacterial, fire retardant and timed-release perfume applications are all applications currently possible using Plasma treatment. One of the most off the wall but fascinating functions discussed, however, was the creation of ultra-hydrophilic (water-loving) fabrics, to create “fog harvesting” textiles. Inspired by the Stenocara beetle which survives in the Sahara desert by collecting water on its back from fog, these fabrics are used to harvest water in areas with very low rainfall.
Conductive polymers, switchable surfaces, plastic solar cells, light emitting textiles and European Funding for SFIT through Framework 7 (FP7) were some of the additional topics covered at the conference, highlighting the problem of a packed agenda accommodated by 3 simultaneous break-out sessions. Covering the entire conference is simply not possible unless you attend with 2 colleagues! However, the availability of many of the conference papers online in advance of the conference was a useful tool to help decide which sessions to attend and which to forgo.
With commercial delegate fees of £1,000 compared to academic delegate fees of just £250, it was not surprising to note that over a third of the delegates attending represented research interests. The organisers accept that the fee structure has unfortunately excluded a large number of small businesses who would otherwise find the conference extremely rewarding and who could benefit the discussion and collaboration opportunities it represents. As the sector is largely characterised by small start-ups, Intertech Pira are keen to address this imbalance for future conferences. Ideas being considered include re-considering the fee structure and the conference format going forward, which could see the inclusion of an exhibition at future events. As next year’s planned venue is currently the USA, however, unfortunately, it seems likely that these benefits won’t filter through for European participants until 2011 or beyond.
Overall, the Intertech Pira Smart Fabrics conference has firmly established its position as a milestone annual event for participants in the SFIT sector. Whilst it remains a significant budget consideration for many small and independent players, it always delivers excellent value as a conference where delegates can network, learn, create collaborations, explore new business opportunities, find buyers and in the end, leave inspired and enthused to further expand and explore the world of Smart textiles and Interactive textiles.
Our correspondent Cath Rogan is the Principal of Smart Garment People, a textile and clothing consultancy network and product development agency, which specialises in cutting-edge ‘smart’ textile technologies for defence, first responder and elite sports and outdoor wear markets.

SOURCE.

http://www.innovationintextiles.com/articles/104.php

Saturday, April 25, 2009

[ Technical Textiles - Taiwan.]

Symposium showcases latest trends in technical textiles
Karin Schmidt,technical manager of the Textile Machinery Association under the VDMA (German Mechanical Engineering Association), speaks about the German textile machinery industry ...

Symposium showcases latest trends in technical textiles

TAIPEI, Taiwan -- The 2009 International Technical Textiles Symposium kicked off yesterday with local industry businessmen and experts who shared the latest technologies, trends and products with their counterparts from Germany, Netherlands, Sweden, the United States, and Denmark. In the area of technical textile machines, Schmidt said she foresees an increase in German exports to Taiwan in the future. She added that nowadays the effect of textile production on the environment is also an important matter to consider.

“Concrete and steel are now being replaced with technical textiles, and cars and airplanes are becoming lighter and lighter to reduce fuel consumption, so technical textiles will become more important,” she said.

Another speaker, Roland Wein, director of the German Trade Office Taipei (AHK), discussed renewable energies in Germany, with a particular focus on wind and solar power.

According to the AHK, markets for green technologies are emerging in Taiwan as local companies are adjusting to European regulations and looking for new technologies for environment friendly products.

Raoul Kubitschek, AHK science and technology officer, introduced the 'econet Taiwan' service platform aimed at promoting cooperation between German and Taiwanese companies in the building, energy, and environmental sectors.

Andreas Gursh, from the Environmental Protection and Encouragement Agency (EPEA) Internationale Umweltforschung, shed light on the concept of “cradle to cradle design.” Inspired by nature, the concept equates waste with food.

Gursh noted biodegradable buttons, zippers, labels, medical applications, as well as clothing items such as socks, underwear, shirts, and blouses among those innovations that comply with the concept.

According to the EPEA, “cradle to cradle” is the antidote to the “cradle to grave” paradigm, whereby products are put out of sight in landfills after their useful life.

Guest speakers for today's sessions include Menno Goedhart, representative of the Netherlands Trade and Investment Office, who will discuss opportunities of textile technology cooperation between Taiwan and Netherlands. TTRI's Chiu Lien-hua will talk about the local industry's research and development efforts in medical textiles.

Other participating companies include Dupont Applied Biosciences, Robatech, Ems-Griltech, Vestech Taiwan Corporation, and Dow Chemical Company.

Thursday, April 23, 2009

[ Technical - Textiles - Nettle , Lesser
( StingingNettle ).]

Botanical Name: Urtica urens (LINN.) Family: N.O. Urticaceae Kingdom: Plantae Division: Magnoliophyta Class: Magnoliopsida Order: Urticales Genus: Urtica Synonyms: Common Nettle. Stinging Nettle. Parts Used: Herb, seeds.

Habitat : Distributed throughout the temperate regions of Europe and Asia: it is not only to be found in distant Japan, but also in South Africa and Australia and in the Andes.

The most prominent member of the genus is the stinging nettle Urtica dioica, native to Europe, north Africa, Asia, and North America. The genus also contains a number of other species with similar properties, listed below. However, a large number of species names that will be encountered in this genus in the older literature (about 100 species have been described) are now recognized as synonyms of Urtica dioica. Some of these taxa are still recognized as subspecies.

Description: A detailed description of this familiar plant is hardly necessary; its heart-shaped, finelytoothed leaves tapering to a point, and its green flowers in long, branched clusters springing from the axils of the leaves are known to everyone. The flowers are incomplete: the male or barren flowers have stamens only, and the female or fertile flowers have only pistil or seed-producing organs. Sometimes these different kinds of flowers are to be found on one plant; but usually a plant will bear either male or female flowers throughout, hence the specific name of the plant, dioica, which means ‘two houses.’ . The male flower consists of a perianth of four greenish segments enclosing an equal number of stamens, which bend inwards in the bud stage, but when the flower unfolds spring backwards and outwards, the anthers with the sudden uncoiling, exploding and scattering the pollen. The flowers are thus adapted for wind-fertilization. The perianth of the female flower is similar, but only contains a single, one-seeded carpel, bearing one style with a brush-like stigma. The male flowers are in loose sprays or racemes, the female flowers more densely clustered together.

The Nettle flowers from June to September. As a rule the stem attains a height of 2 to 3 feet. Its perennial roots are creeping, so it multiplies quickly, making it somewhat difficult of extirpation.

The whole plant is downy, and also covered with stinging hairs. Each sting is a very sharp, polished spine, which is hollow and arises from a swollen base. In this base, which is composed of small cells, is contained the venom, an acrid fluid, the active principle of which is said to be bicarbonate of ammonia. When, in consequence of pressure, the sting pierces the skin, the venom is instantly expressed, causing the resultant irritation and inflammation. The burning property of the juice is dissipated by heat, enabling the young shoots of the Nettle, when boiled, to be eaten as a pot-herb.

It is a strange fact that the juice of the Nettle proves an antidote for its own sting, and being applied will afford instant relief: the juice of the Dock, which is usually found in close proximity to the Nettle, has the same beneficial action. ‘Nettle in, dock out. Dock rub nettle out!’ is an old rhyme. If a person is stung with a Nettle a certain cure will be effected by rubbing Dock leaves over the part, repeating the above charm slowly. Another version is current in Wiltshire: Out ‘ettle in dock, Dock zhail ha’ a new smock; ‘Ettle zhant ha’ narrun! (none) The sting of a Nettle may also be cured by rubbing the part with Rosemary, Mint or Sage leaves. There are two other species of Nettle found in Britain, both annuals. The Lesser Nettle (U. urens) is widely distributed and resembles the Common Nettle in habit, but has smaller leaves and the flowers in short, mostly unbranched clusters, male and female in the same panicle. It is glabrous except for the stinging hairs, whereas U. dioica is softly hairy throughout. It rarely attains more than a foot in height and is a common garden weed.

The Roman Nettle (U. pilulifera), bearing its female flowers in little compact, globular heads, is not general and is considered a doubtful native. It is also smooth except for the stinging hairs, but these contain a far more virulent venom than either of the other species. It occurs in waste places near towns and villages in the east of England, chiefly near the sea, but is rare. It is supposed to have been introduced by the Romans. The antiquary Camden records in his work Britannica that this Nettle was common at Romney, saying that here or near it, Julius Caesar landed and called it ‘Romania,’ from which Romney is a corruption. Camden adds: ‘The soldiers brought some of the nettle seed with them, and sowed it there for their use to rub and chafe their limbs, when through extreme cold they should be stiff or benumbed, having been told that the climate of Britain was so cold that it was not to be endured. ‘ From their general presence in the neighbourhood of houses or spots where house refuse is deposited, it has been suggested that Nettles are not really natives, a supposition that to some extent receives countenance from the circumstance that the young shoots are very sensitive to frost. However that may be, they follow man in his migrations, and by their presence usually indicate a soil rich in nitrogen. The common name of the Nettle, or rather its Anglo-Saxon and also Dutch equivalent, Netel, is said to have been derived from Noedl (a needle), possibly from the sharp sting, or, as Dr. Prior suggests, in reference to the fact that it was this plant that supplied the thread used in former times by the Germanic and Scandinavian nations before the general introduction of flax, Net being the passive participle of ne, a verb common to most of the Indo-European languages in the sense of ’spin’ and ’sew’ (Latin nere, German na-hen, Sanskrit nah, bind). Nettle would seem, he considers, to have meant primarily that with which one sews.

Its fibre is very similar to that of Hemp or Flax, and it was used for the same purposes, from making cloth of the finest texture down to the coarsest, such as sailcloth, sacking, cordage, etc. In Hans Andersen’s fairy-tale of the Princess and the Eleven Swans, the coats she wove for them were made of Nettles.

Flax and Hemp bear southern names and were introduced into the North to replace it.

In the sixteenth and seventeenth century Nettle fibres were still used in Scotland for weaving the coarser household napery. The historian Westmacott says: ‘Scotch cloth is only the housewifery of the nettle. In Friesland, also, it was used till a late period.’ The poet, Campbell, complaining of the little attention paid to the Nettle in England, tells us: ‘In Scotland, I have eaten nettles, I have slept in nettle sheets, and I have dined off a nettle tablecloth. The young and tender nettle is an excellent potherb. The stalks of the old nettle are as good as flax for making cloth. I have heard my mother say that she thought nettle cloth more durable than any other species of linen.’ After the Nettles had been cut, dried and steeped, the fibre was separated with instruments similar to those used in dressing flax or hemp, and then spun into yarn, used in manufacturing every sort of cloth, cordage, etc., usually made from flax or hemp. Green (Universal Herbal, 1832) says this yarn was particularly useful for making twine for fishing nets, the fibre of the Nettle being stronger than those of flax and not so harsh as those of hemps. The fibre being, however, produced in less quantities than that of flax, and being somewhat difficult to extract, accounts, perhaps, for the fact that it is no longer used in Britain, though it was still employed in other countries in textile manufactures some sixty years ago. The greatest objection to its extensive employment is the necessity of growing it in rich, deep soil, for otherwise the fibre produced is short and coarse, and on land fitted for it flax can be grown at less cost compared to the value of the seed and fibre yielded. The most valuable sort of Nettle in regard to length and suppleness is most common in the bottom of ditches, among briars and in shaded valleys, where the soil is a strong loam. In such situations the plants will sometimes attain a great height, those growing in patches on a good soil, standing thick, averaging 5 to 6 feet in height, the stems thickly clothed with fine lint. Those growing in poorer soils and less favourable situations, with rough and woody stem and many lateral branches, run much to seed and are less useful, producing lint more coarse, harsh and thin.

When Germany and Austria ran short of cotton during the War, the value of the Nettle as a substitute was at once recognized, and the two ordinary species, U. dioica and U. urens, the great and the smaller Nettle, were specially selected for textiles.

Among the many fibrous plants experimented with, the Nettle alone fulfilled all the conditions of a satisfactory source of textile fibre, and it was believed that it would become an important factor in agriculture and in the development of the textile industry. Investigations and practical tests made in 1916 at Brünn and Reichenberg confirmed the hopes raised concerning the possibilities to be realized in Nettle fibre; the capabilities of the plant were thoroughly tested, and from the standpoint of the factory it was affirmed that goods woven from this fibre were for most purposes equal to cotton goods, so that it was believed that, for Central Europe at least, a large and increasing use of Nettle fibre seemed assured. Mixed with 10 per cent cotton, it was definitely shown that underclothing, cloth, stockings, tarpaulins, etc., could be manufactured from the new fibre.

In 1915, 1.3 million kilograms of this material were collected in Germany, a quantity which increased to 2.7 million kilograms in 1916, and this without any attempt at systematic cultivation. The quantity of Nettles grown wild in Germany was estimated at 60,000 tons, but as time went on it was found that self-sown Nettles were insufficient in quantity for the need, and that their quality could be improved by cultivation, and great efforts were made to increase production, but the cultivation proved more difficult than was expected.

Cloth made from Nettle fibre was employed in many articles of army clothing. Forty kilograms were calculated to provide enough stuff for one shirt. In 1917 two captured German overalls, marked with the dates 1915 and 1916 respectively, were found to be woven of a mixed fibre consisting of 85 per cent of the common Stinging Nettle and 15 per cent of Ramie, the fibre of the Rhea, or Grass (Boehmeria nivea), a tropical member of the Nettle family, which is used in the manufacture of gas-mantles and is also valuable for making artificial silk and was largely employed in war-time in the making of gas-masks.

German army orders dated in March, April and May of 1918 give a good insight into the extent to which use was made of cloth woven from Nettle fibre. In these orders, Nettle is described as the only efficient cotton substitute.

In Austria, also, Nettles were cultivated on a large scale.

The length of the Nettle fibre varies from 3/4 inch to 2 1/2 inches: all above 1 3/8 inch is equal to the best Egyptian cotton. It can be dyed and bleached in the same way as cotton, and when mercerized is but slightly inferior to silk. It has been considered much superior to cotton for velvet and plush.

The Textile Department of the Bradford Technical College exhibited in March, 1918, samples of Nettle fibre. It had a pleasing appearance to the eye, but when examined under the microscope, magnification showed that it had a glass-like surface, devoid of the serrations which endow wool as a fibre for textile production, and experts considered that its employment in Germany seemed to point to very straitened circumstances as the motive, rather than any recognition of a true textile value in the fibre.

These properties of the Nettle were recognized before the War, and considerable sums of money were spent in the endeavour to utilize that plant, but trouble was experienced in the separation of the fibres. Recently, great progress has been made and some fifty processes have been patented for attaining this separation. In 1917 some 70,000 hectares of Nettles were cultivated, and it is thought possible to plant a million hectares of lowlands, giving a yield of Nettle fibres that would cover about 18 per cent of Germany’s cotton requirements.

The by-products of the Nettle were also stated to be of enormous production, the Nettle not only supplying a substitute for cotton, but for such indispensable articles as sugar, starch, protein and ethyl alcohol.

Another use of great importance is the application of the fibres of Nettle to the manufacture of paper of various qualities. They used to be collected in France in considerable quantities for that purpose, and though, owing to the different ages of the fibre, the attempts to use it for paper-making have not always met with complete success, the subject deserves further attention.

From a culinary point of view the Nettle has an old reputation. It is one of the few wild plants still gathered each spring by country-folk as a pot-herb. It makes a healthy vegetable, easy of digestion.

The young tops should be gathered when 6 to 8 inches high. Gloves should be worn to protect the hands when picking them. They should be washed in running water with a stick and then put into a saucepan, dripping, without any added water, and cooked with the lid on for about 20 minutes. Then chopped, rubbed through a hair-sieve and either served plain, or warmed up in the pan again, with a little salt, pepper and butter, or a little gravy, and served with or without poached eggs. They thus form a refreshing dish of spring greens, which is slightly laxative. In autumn, however, Nettles are hurtful, the leaves being gritty from the abundance of crystals (cystoliths) they contain.

In Scotland it was the practice to force Nettles for ‘early spring kail. ‘ Sir Walter Scott tells us in Rob Roy how Andrew Fairservice, the old gardener of Lochleven, raised early Nettles under hand-glasses. By earthing up, Nettles may be blanched in the same way as seakale and eaten in a similar manner. They also make a good vegetable soup, and in Scotland are used with leeks, broccoli and rice to make Nettle pudding, a very palatable dish.

RECIPES :- Nettle Pudding To 1 gallon of young Nettle tops, thoroughly washed, add 2 good-sized leeks or onions, 2 heads of broccoli or small cabbage, or Brussels sprouts, and 1/4 lb. of rice. Clean the vegetables well; chop the broccoli and leeks and mix with the Nettles. Place all together in a muslin bag, alternately with the rice, and tie tightly. Boil in salted water, long enough to cook the vegetables, the time varying according to the tenderness or other vise of the greens. Serve with gravy or melted butter. These quantities are sufficient for six persons.

Pepys refers to Nettle pudding in his Diary, February, 1661: ‘We did eat some Nettle porridge, which was very good.’

Nettle Beer The Nettle Beer made by cottagers is often given to their old folk as a remedy for gouty and rheumatic pains, but apart from this purpose it forms a pleasant drink. It may be made as follows: Take 2 gallons of cold water and a good pailful of washed young Nettle tops, add 3 or 4 large handsful of Dandelion, the same of Clivers (Goosegrass) and 2 OZ. of bruised, whole ginger. Boil gently for 40 minutes, then strain and stir in 2 teacupsful of brown sugar. When lukewarm place on the top a slice of toasted bread, spread with 1 OZ. of compressed yeast, stirred till liquid with a teaspoonful of sugar. Keep it fairly warm for 6 or 7 hours, then remove the scum and stir in a tablespoonful of cream of tartar. Bottle and tie the corks securely. The result is a specially wholesome sort of ginger beer. The juice of 2 lemons may be substituted for the Dandelion and Clivers. Other herbs are often added to Nettles in the making of Herb Beer, such as Burdock, Meadowsweet, Avens Horehound, the combination making a refreshing summer drink.

As an arrester of bleeding, the Nettle has few equals and an infusion of the dried herb, or alcoholic tincture made from the fresh plant, or the fresh Nettle juice itself in doses of 1 to 2 tablespoonsful is of much power inwardly for bleeding from the nose, lungs or stomach. Old writers recommended a small piece of lint, moistened with the juice, to be placed in the nostril in bad cases of nosebleeding. The diluted juice provides a useful astringent gargle. Burns may be cured rapidly by applying to them linen cloths well wetted with the tincture, the cloths being frequently re-wetted. An infusion of the fresh leaves is also soothing and healing as a lotion for burns.

Nettle is one of the best antiscorbutics. An infusion known as Nettle Tea is a common spring medicine in rural districts, and has long been used as a blood purifier. This tea made from young Nettles is in many parts of the country used as a cure for nettlerash. It is also beneficially employed in cases of gouty gravel, but must not be brewed too strong. A strong decoction of Nettle, drunk too freely, has produced severe burning over the whole body.

The homoeopathic tincture, Urtica, is frequently administered successfully for rheumatic gout, also for nettlerash and chickenpox, and externally for bruises.

‘Urtication,’ or flogging with Nettles, was an old remedy for chronic rheumatism and loss of muscular power.

Young Nettles, mashed and pulped finely, mixed with equal bulk of thick cream, pepper and salt being added to taste, have been considered a valuable food for consumptives.

Medicinal Uses of the Nettle: Parts employed: The whole herb, collected in Mayand June, just before coming into flower, and dried in the usual manner prescribed for ‘bunched’ herbs.

When the herb is collected for drying, it should be gathered only on a fine day, in the morning, when the sun has dried off the dew. Cut off just above the root, rejecting any stained or insect-eaten leaves, and tie in bunches, about six to ten in a bunch, spread out fanwise, so that the air can penetrate freely to all parts.

Hang the bunches over strings. If dried in the open, keep them in half-shade and bring indoors before there is any risk of damp from dew or rain. If dried indoors, hang up in a sunny room, and failing sun, in a well-ventilated room by artificial heat. Care must be taken that the window be left open by day so that there is a free current of air and the moisture-laden, warm air may escape. The bunches should be of uniform size and length, to facilitate packing when dry, and when quite dry and crisp must be packed away at once in airtight boxes or tins, otherwise moisture will be reabsorbed from the air.

The seeds and flowers are dried in the sun, or over a stove, on sheets of paper.

The Nettle is still in demand by wholesale herbalists, who stock the dried and powdered herb, also the seeds. Homoeopathic chemists, in addition, employ the green herb for the preparation of a tincture.

Constituents: The analysis of the fresh Nettle shows the presence of formic acid, mucilage, mineral salts, ammonia, carbonic acid and water.

It is the formic acid in the Nettle, with the phosphates and a trace of iron, which constitute it such a valuable food medicinally.

Action and Uses: Although not prescribed by the British Pharmacopceia, the Nettle has still a reputation in herbal medicine, and is regarded in homoeopathy as a useful remedy. Preparations of the herb have astringent properties and act also as a stimulating tonic.

Nettle is anti-asthmatic: the juice of the roots or leaves, mixed with honey or sugar, will relieve bronchial and asthmatic troubles and the dried leaves, burnt and inhaled, will have the same effect. The seeds have also been used in consumption, the infusion of herb or seeds being taken in wineglassful doses. The seeds and flowers used to be given in wine as a remedy for ague. The powdered seeds have been considered a cure for goitre and efficacious in reducing excessive corpulency.

In old Herbals the seeds, taken inwardly, were recommended for the stings or bites of venomous creatures and mad dogs, and as an antidote to poisoning by Hemlock, Henbane and Nightshade.

A quaint old superstition existed that a fever could be dispelled by plucking a Nettle up by the roots, reciting thereby the names of the sick man and also the names of his parents.

Preparations of Nettle are said to act well upon the kidneys, but it is a doubtful diuretic, though it has been claimed that incipient dropsy may be remedied by tea made from the roots.

A novel treatment for diabetes was reported by a sufferer from that disease in the daily press of April, 1926, it being affirmed that a diet of young Nettles (following a two days’ fast) and drinking the brew of them had been the means of reducing his weight by 6 stone in three days and had vastly improved his condition.

An efficient Hair Tonic can be prepared from the Nettle: Simmer a handful of young Nettles in a quart of water for 2 hours, strain and bottle when cold. Well saturate the scalp with the lotion every other night. This prevents the hair falling and renders it soft and glossy. A good Nettle Hair Lotion is also prepared by boiling the entire plant in vinegar and water, straining and adding Eau de Cologne.

For stimulating hair growth, the old herbalists recommended combing the hair daily with expressed Nettle juice.

The homoeopathic tincture of Nettle is made of 2 OZ. of the herb to 1 pint of proof spirit.

The powder of the dried herb is administered in doses of 5 to 10 grains.

Preparations: Fluid extract of herb, 1/2 to 1 drachm. Infusion, 1 OZ. of the herb to a pint of boiling water.

Other Uses:Nettles are of considerable value as fodder for live-stock, and might be used for this purpose where they occur largely. When Nettles are growing, no quadruped except the ass will touch them, on account of their stinging power, but if cut and allowed to become wilted, they lose their sting and are then readily cleared up by livestock. It is well known that when dried and made into hay, so as to destroy the poisonous matter of the stings, cows will relish them and give more milk than when fed on hay alone. In Sweden and Russia, the Nettle has sometimes been cultivated as a fodder plant, being mown several times a year, and given to milch cattle.

Nettles were much used as a substitute for fodder during the war, and instructions for their use were laid down by German military authorities. It was found that horses which had become thin and suffered from digestive troubles benefited from the use of Nettle leaves in their rations. When dried, the proportion of albuminoid matter in Nettles is as high as in linseed cake and the fat content is also considerable.

The Nettle is also of great use to the keeper of poultry. Dried and powdered finely and put into the food, it increases egg-production and is healthy and fattening. The seeds are also said to fatten fowls. Turkeys, as well as ordinary poultry, thrive on Nettles chopped small and mixed with their food, and pigs do well on boiled Nettles.

In Holland, and also in Egypt, it is said that horse-dealers mix the seeds of Nettles with oats or other food, in order to give the animals a sleek coat.

Although in Britain upwards of thirty insects feed solely on the Nettle plant, flies have a distaste for the plant, and a fresh bunch of Stinging Nettles will keep a larder free from them.

If planted in the neighbourhood of beehives, it is said the Nettle will drive away frogs.

The juice of the Nettle, or a decoction formed by boiling the green herb in a strong solution of salt, will curdle milk, providing the cheese-maker with a good substitute for rennet. The same juice, if rubbed liberally into small seams in leaky wooden tubs coagulates and will render them once more watertight.

A decoction of Nettle yields a beautiful and permanent green dye, which is used for woollen stuffs in Russia: the roots, boiled with alum, produce a yellow colour, which was formerly widely used in country districts to dye yarn, and is also employed by the Russian peasants to stain eggs yellow on Maundy Thursday.

The expressed seeds yield a burning oil, which has been extracted and used in Egypt.

The following passage from Les Misérables on the utilization of Nettles, shows how conversant Victor Hugo was with the virtues of this commonly despised ‘weed’: ‘One day he (Monsieur Madeleine) saw some peasants busy plucking out Nettles; he looked at the heap of plants uprooted and already withered, and said - “They are dead. Yet it would be well if people knew how to make use of them. When the nettle is young, its leaf forms an excellent vegetable; when it matures, it has filaments and fibres like hemp and flax. Nettle fabric is as good as canvas. Chopped, the nettle is good for poultry; pounded it is good for cattle. The seed of the nettle mingled with fodder imparts a gloss to the coats of animals; its root mixed with salt produces a beautiful yellow colour. It is besides excellent hay and can be cut twice. And what does the nettle require? Little earth, no attention, no cultivation. Only the seed falls as it ripens, and is difficult to gather. That is all. With a little trouble, the nettle would be useful; it is neglected, and becomes harmful.” ‘ Nettles are increasing all over the country, and for the benefit of those who desire their eradication, the Royal Horticultural Society, in their Diary for 1926, informed their members that if Nettles are cut down three times in three consecutive years, they will disappear.

Disclaimer:The information presented herein is intended for educational purposes only. Individual results may vary, and before using any supplements, it is always advisable to consult with your own health care provider

Resources: http://www.botanical.com/botanical/mgmh/n/nettle03.html#gre http://en.wikipedia.org/wiki/Nettle

http://findmeacure.com/2009/04/21/nettle-lesserstinging-nettle/

Monday, April 20, 2009

[ Technical Textiles - Fibretronics.]

Date of publication: 6 April 2009

Fibretronics looks at the bigger picture
Steve Leftly: “If we can drive the cost of integration down to just a couple of dollars to the garment manufacturer, we are looking at a mass market of millions.”
E-textile components must get down to the cost of basic trim items such as zips and buttons in order to achieve mass market penetration. “All of the leading apparel companies have now introduced electronic products to some extent and the biggest demand remains for those to control entertainment and communication devices,” said Steve Leftly, CEO of the UK’s Fibretronics at the recent Smart Fabrics conference held in Rome. “So far, we have sold bundled systems to garment manufacturers consisting of the component and electronic hardwear or interface to portable electronic devices. However, there are limitations and difficulties for both brands and consumers alike with this approach.”

SOURCE.


http://www.technical-textiles.net

Sunday, April 19, 2009

[ Technical - Textiles - Dow Corning Corporation of the United States to develop new textile silicone technologies.]

The world’s leading manufacturer of silicone materials and technology suppliers - the United States Dow Corning Corporation (DowCorning) has developed a new product from the DowCorning of the new textile silicone technologies will enable the state athletes And to keep feelings in the best condition. Football and other large impact force of sports for athletes, sports equipment important than anything else. In the pursuit of maximum performance, professional sports equipment buyers to understand the combination of silicon technology products, to provide the highest level of quality, aesthetics and safety. DowCorning senior product marketing CharieZimmer Commissioner said that the modern emphasis on athletes and equipment, combined with the latest trends in style and provide the protective effect of exercise clothes, the silica gel in the technical aspects of the new development will enable the sports apparel manufacturer to provide maximum performance, advanced Protection, and at the same time enhance the aesthetics of clothing and comfort. Over the years, retailers and consumers to seek emphasis on bright colors, printing on flexible clothing, especially in the T-shirt and shorts sports projects. Campaign sponsors like the logo on their uniforms, but the flexibility to the fabric of clothing made from the traditional color of the color fastness is not durable enough.

DowCorning has developed a breakthrough related to the color printing technology, manufacturers will be available for the use of printing technology in a variety of high-functional clothing. The new silicone paint in addition to a better durability and color fastness, can be provided to improve durability and prevent cracking, as well as the extension of the elastic fabric of the use of effectiveness.

DowCorning developed by an effective protection system (ActiveProtectionSystem) intelligent impact-resistant textiles, to provide protection without impeding freedom of movement and flexibility. The intelligent use of the Department of textile impact-resistant silicone coating raw materials processing, in the general state of the fabric has a soft, flexible nature of the oppression experienced heavy blow as soon as hardened, so as to help protect the wearer against Be harmed if the lifting of external force, that is, to restore the original soft, flexible features. Since the technology development, research and development of this technology has been applied to a large number of high-functional sports apparel market of protective fabric.

SOURCE

http://www.inkjetscouponcode.com/209.html

Tuesday, April 14, 2009

[ Blogger Meet.]

26/04/2009 at 10:00
Bhopal Blogger Meet

[ Technical Textiles - India Crawls. Alok Ind to launch technical textiles Posted on: April 13, 2009 at 3:44 am ]

Indian consumers will soon have a taste of different varieties of aroma finish, stain-guard, anti-bacterial finish, insect repellent, water repellent and flame retardant technical textiles, a top textile company official said.”Our R&D team is developing technical textiles based on nano technology to offer branded aroma finish, stain-guard, anti-bacterial finish, insect repellent, water repellent, flame retardant, infra red finish and high visibility products, which will be soon launched in the country,” Alok Industries’ CFO Sunil Khandelwal told PTI here.

The company is in talks with a leading foreign brand which is looking at entering the Indian market to launch high-end technical textile products, Khandelwal said.

This foreign brand, whose identity he did not disclose “wants us to become their partner for supplying these fabrics under their brand name”, he said.

It manufactures 20 lakh metres of technical textiles per month and supplying its products to the Indian military and several corporates, including ONGC.

The high-end speciality textile market is estimated at $50 billion, out of the total $580 billion textile market. India’s presence is almost negligible in the technical textile market.

SOURCE.

http://www.buzzingstock.net

Friday, April 10, 2009

[ Technical Textiles - messeefrankfort GERMANY enters RUSSIA.]

Мессе Франкфурт РУС - Добро пожаловать!

О компании

Пресс центр

Посещение выставок

Выставки в России и СНГ

Мессе Франкфурт РУС является российским подразделением одного из крупнейших международных выставочных концернов - Messe Frankfurt GmbH, имеющего более чем 800-летнюю историю. Ежегодно Мессе Франкфурт проводит более 100 выставок по всему миру.

На сегодняшний день концерн является одним из немногих глобальных игроков рынка выставочных услуг. Основные предпосылки для успеха – широкий перечень тематик выставок, третий по величине выставочный комплекс в мире, обширная сеть филиалов, дочерних компаний и агентов во многих странах мира./p>

В России дочерняя структура компании существует больше 5 лет, сегодня динамично развивается и укрепляет свои позиции на рынке. [подробнее]

Основные направления работы Messe Frankfurt Rus:

* организация участия в выставках Messe Frankfurt во всем мире;

* организация выставок в России и СНГ:

o Heimtextil Russia (Хаймтекстиль)

o Light Russia (Лайт)

o Auto+Automechanika St. Petersburg (Авто и Автомеханика)

o Automechanika Moscow (Автомеханика Москва)

o Techtextil Russia (Техтекстиль)

o Techtextil Russia Symposium (Техтекстиль Симпозиум)

o Intersec Central Asia (Интерсек)

o Musikmesse. Prolight+Sound St. Petersburg

* организация посещения выставок Messe Frankfurt в Германии и других странах мира.

На страницах этого сайта вы сможете найти календарь выставок, проводимых Messe Frankfurt в России и мире, подробную информацию о них, рассчитанную как на участников, так и на посетителей, новости нашей компании, отчеты о конференциях,пресс-релизы. А так же зарегистрироваться и бесплатно скачать приглашение на выставки, проводимые в России.

Выставки в мире

Выставки в России и СНГ

Обратная связь

www.alldistributors.ru

Назад

хостинг от .masterhost

SOURCE

http://www.alldistributors.ru

Создано компанией

«Интернет-Фрегат»

Москва, Ленинградский пр-т, 39A

Схема проезда

Телефон: +7 (495) 721-1058

Факс:+7 (495) 783-2326

info@messefrankfurt.ru

Thursday, April 9, 2009

[ Technical Textiles - Who may be the Consultant.]

A government commissioned study by a consultancy has recommended inclusion of eight more focus areas like products used in packaging, building and construction sectors in order to give fillip to technical textiles industry.

The technical textiles industry is now worth nearly Rs 33,000 crore and is expected to swallow to Rs 57,000 crore by 2012-13. Technical textiles have utility in non-aesthetic utility purposes also unlike conventional textiles, like in bulletproof jackets, medical implants, automotive mats, seat belts and awnings.

LET GOD SAVE TECHNICAL TEXTILE INDUSTRY IN INDIA.

Eight More FOCUS AREAS.

Has our Govt thought of their own N T C owned mills manufacturing these items.

Where can we get a copy of the report.?

ALL ARE BUSY IN CANVASING FOR VOTES.?

Monday, April 6, 2009

[ Technical Textiles - I F A I Expo 2009.]

IFAI is pleased to present IFAI Expo 2009 September 23 - 25, 2009 San Diego Convention Center Address: 111 West Harbor Drive, San Diego, CA 92101 USA Phone Number: 619 525 5000.

IFAI Expo 2009 will mark the 97th annual meeting and exposition for the Industrial Fabrics Association International. The buzz continues to grow from year to year! With more than 500 exhibitors and 8,000 participants from more than 62 countries expected, IFAI annual Expo is the largest trade event in the Americas for the technical textiles and specialty fabrics industry.

The Right Products.

More than 500 top suppliers exhibit cutting edge technologies, materials and services.

See innovative, sustainable product achievements now on the market to meet your consumer demands.

Get the resources and contacts you need to get your jobs done.

No other show matches IFAI Expo's buying potential.

The Right Information.

An International Buyers Program designated by the U.S.

Department of Commerce brings buyers and sellers together Educational programs are custom-designed for all industry constituents who work with or want to work with technical and specialty fabrics such as manufacturers, business leaders, product designers, researchers, engineers, architects, sales and marketing professionals.

Hear experts divulge the latest technologies, material science and ingenious inventions.

Bring your shop crew for hands-on training and generate new ideas to help move your business into new markets and new profits.

IFAI Expo 2009 is The Right Event.

Learn about valuable education & networking opportunities.

Learn about IFAI Perk Packages for exhibitors and advertisers.

SOURCE

http://www.ifaiexpo.info

[ Technical Textiles - Biomechanical and super-hydrophobic running shoe launched.]

The ECCO Biom is a complex running shoe enhanced by P2i’s ion-mask technology and constructed using biomechanical principles and natural motion that allows the foot to move in its preferred path.

SOURCE:

http://www.technical-textiles.net

Sunday, April 5, 2009

[ Technical Textiles - BOTOTAGUA - No Plastic Buttons.]

�WHO ARE WE?

We are an Ecuadorian company with more than 15 years in the market, we are located in Manta city, Manabí.

We produce and commercialize tagua and coconut products such as buttons, jewelry pieces and corozo blanks.

We promote the balance between the commercial activity and the ecosystem preserving the humid tropical forest.

GOAL OF THE COMPANY.

Generate preference for natural and ecological by means of the use of bellboys of vegetable ivory.

Let the people know an Ecuadorian product such as tagua.

Promote the creation of small business.

ORIGIN.

In the ecuadorian tropical forest there is a plant named Tagua. It is a palm of the ciclantacea family.

Its cientific name is Phytelephas Aequatorialis.

Etimologically Phytelephas comes from greek Phyton=plant and Elephas=Elephant, it means Ivory plant or Ivory nut.

CHARACTERISTICS.

It grows in the wild in places called �taguales�. The Tagua or vegetal ivory, is the cellulosic seed of the Phytelephas. It is white, hard, heavy, smooth and opaque but if you polish it, gets a nice shine. It is odorless and insipid, but is not elastic as the real ivory.

The tagua nut can be collected after 14 or 15 years the palm is planted. The palm can be harvested three times in the year. A palm not taller than 2 meters (6.6 feet) it is about 35 or 40 years old. They use to produce in a year about 15 to 16 heads, also known as �mocochas�. Each �mococha� have around 40 to 50 seeds.

PRODUCTS.

With these pieces you can develop the creativity and make accessories such as necklaces, bracelets, earrings, belts, etc. The products are elaborated in a crafty and automatic way, their quality makes them unique.

ADVANTAGES:

Ecological Product.

The quality makes it a unique product.

Variety of models and colors.

DISTRIBUTORS IN ECUADOR

TAGUA

# C.C. Galerias el Bosque Locales #2 y 7, Av. Al Parque # Phone: ++593-2-2254386 / 2277403 # Fax: ++593-2-435927 # Quito # E-mail: taguaz@interactive.net.ec

BOTONTAGUA.

# Av. 10 de Agosto N� 24-118 entre Colón y Cordero # Phone: ++593-2-2226552 / 2524309 # Movil: ++593-9-6167927 / 96167848 # Quito # E-mail: botontagua@puntonet.ec

TAGUA STORE.

# Av. 113 detrás C.C. El Paseo Shopping # Phone: ++593-5-2926867 # Fax: ++593-5-2921266 # Manta # E-mail: ventas@bototagua.com

Friday, April 3, 2009

[ Technical Textiles - Visit www.dornbirn-mfc.com ]

The 48th Dornbirn man-made fiber congress will be held on September 16-18, 2009 in Dornbirn/Austria, organized by the Austrian man-made fibers Institutes, Dornbirn/Austria. Among the individual lectures the topic “New developments in fibers” (incl. bicomponent fibers and nano technology) comprises some 30 lectures and will be presented during the whole duration of the congress. “Fibers for medical and hygiene textiles” (incl. smart textiles) with almost 30 lectures along with the section “Fibers for composites, transportation and professional wear” with some 25 lectures underline the importance of these topics. The sections “Fibers in the context of climate change” (incl. water management, geotextiles, agrotextiles) is consisting currently of some 7 individual lectures. The latest EU research projects will be presented in 4 lectures.

Further information under www.dornbirn-mfc.com. For registration until 31st of May 2009 you will receive an early bird bonus. (MM)

The 48th DORNBIRN MAN-MADE FIBERS CONGRESS 16 - 18 September 2009 is dedicated to environmental issues. The main topics run as follows:

* NEW DEVELOPMENTS in FIBERS (incl. Nano Technologies)

* FIBERS for MEDICAL- and HYGENIC TEXTILES (incl. Smart Textiles, Liabilities)

* FIBERS for COMPOSITES, TRANSPORTATION and PROFESSIONAL WEAR.

* FIBERS and TEXTILES in CONNECTION with the CLIMATE CHANGE (Water Management, Geotextiles, Agrotextiles)

* EU RESEARCH PROJECTS.

[Plenty of time to make your travel plans - REMEMBER THE Early Bird Bonus.]

Thursday, April 2, 2009

[ Technical Textiles - .Systex Systems.]

Headlines Send article Print article March 31, 2009

Systex: Driving wheel towards more intelligent textile systems

SYSTEX is a new coordination effort between the different knowledge carriers of industrial, academic and government institutions, research and users in order to pool and evaluate the existing information, generate new interaction between the different players and foster commercialization.

During a consortium meeting in Lille/France, the framework of the database, which went online in February was presented. Up till now more than 560 references to papers in the field of intelligent textiles have already been entered onto the database. This is the first effort to collect all existing information in Europe related to the development and commercialization of smart textiles. Systex specifically addresses the industry, companies operating in the field of smart textiles and their respective suppliers.

Further information at: http://www.systex.org (MM)