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2004年11月

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2004年11月24日
Buy: Ladies Lingerie And Nightwear
Looking for high quality stylish ladies innerwear, camisoles, dressing gowns and wraps, night dresses, panties etc.
  
Company: Cashand Carry Cars
Contact: Mr. Ian Murray (Proprietor)
Tel: 44-2380-647340  
Fax: 44-2380-647340  
Address: Information House,, Chickenhall Lane, East Leigh, Hampshire, United Kingdom-SO50 6RP
Buy: Polyester Yarn
We are looking for polyester yarn 100d/48f/1 100% "z" twisted, 650 tpm.

Company : AFH Overseas  
Contact: Mr.Rajab Ali Chowdhory
Tel : 880-2-935-2802
Fax : 880-2-831-8287
Address : 97,Purana Paltan Line3rd FloorDhaka, Dhaka DIvision  Bangladesh  
Buy: Buy Inter Lining Fuse
We are looking for Inter lining fuse & non-fuse.

Company : AFH Overseas  
Contact: Mr.Rajab Ali Chowdhory
Tel : 880-2-935-2802
Fax : 880-2-831-8287
Address : 97,Purana Paltan Line3rd FloorDhaka, Dhaka DIvision  Bangladesh  
Buy: Fabric
1. 100% poly, four colors jacquared 550g/mt
2. 60%wool/ 40% poly solid around 550g/mt
purpose: for inside fabrics of coat to Europe market.

Company: JER-MING TEXTILE CO., LTD.
Contact: Mrs.Christine Chen
Email: jermingt@ms48.hinet.net
Tel: 886-2-27620860
Fax: 886-2-27474932
Address: 9F-1, 17, Pao Ching St., Shun Shan Dist., Taipei
Buy: 100% Polyester Fabrics
We are looing for 100% Polyester microfibre fabrics. warp 75/105; weft 150/144;
reed 168; pick 74; width 80 and 65".

Company: GANITEX INDUSTRIES
Contact: Rehan A.Rehman
Tel: 92-21-2565420
Fax: 92-21-2560567
Address: F-368/A SITE KARACHI SINDH 75600 Pakistan
U.S. Cotton Report
Futuristic 'Smart' Yarns On The Horizon 
In a collaborative effort, scientists at CSIRO Textile and Fibre Technology (CTFT) have achieved a major technological breakthrough that should soon lead to the production of futuristic strong, light and flexible 'smart' clothing materials.

In partnership with the world-renowned NanoTech Institute at the University of Texas at Dallas, CTFT has adapted textile technologies used to spin wool and other fibres to produce yarns made solely from carbon nanotubes (CNTs).

Synthetically-made CNTs have a range of unique physical properties - including the ability to conduct electricity and heat - which provide them with the potential to be used in the manufacture of materials with a diverse range of applications.

Initial research into the potential uses of the new material is focussed on the production of vests and 'soft' body armour to provide protection from bullets and other small ballistic missiles. This application exploits the excellent mechanical properties of the CNTs.

However, the ability to incorporate electronic sensors and actuators into CNT yarn also makes it a potentially valuable addition to the range of specialist materials now being used in medical and military applications. It could, for example, be used to produce garments that act as electrically-driven 'muscles'.

In an article in the latest edition of the prestigious journal, Science, the ability to spin CNTs into yarn is described as a major breakthrough. The significance of the development is that it is expected to make the manufacture of pure CNT yarns economically feasible. CNT yarns, due to their unprecedented combination of mechanical and electronic properties, are likely to be used in electronic textiles and electron emitters for ultra high-intensity fluorescent lamps.

The development of spun CNT yarns is based on the concept of scaling down the dimensions of conventional fibres and yarns from the microscale to the nanoscale using the ancient technology of twist-based spinning.

"We believe CNTs, either as pure yarns or composites, will revolutionise engineered fabrics due to their excellent strength and toughness and their high electrical and thermal conductivities," says CTFT's research team leader, Ken Atkinson.

The Science article describes the method of CNT yarn formation and provides details of the properties of the yarns produced.

A US patent application on the new technology was recently lodged.
 

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