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US scientists develop yarns that generate electricity
August 2017
Scientists from the University of Texas at Dallas and the Hanyang University in South Korea have developed high-tech yarns that generate electricity when stretched or twisted.
Modi sets $650 bn target by 2025: Textiles India
August 2017
Indian Prime Minister Narendra Modi, while inaugurating India’s largest ever textile meet, Textiles India 2017 on June 30 in Gandhinagar, Gujarat, spoke at length on the strength and capacity of the Indian textile industry.
Process for low-cost carbon fibres
June 2017
Australian scientists have developed an improved carbon fibre manufacturing process which could result in low cost of carbon fibres. Maxime Maghe and Steve Atkiss, associated with Deakin University’s Carbon Nexus have invented a process that reduces energy with carbon fibre manufacturing by 75 per cent and speeds-up the production process.
SSM makes its presence felt at premier exhibitions
June 2017
SSM attended four exhibitions in spring time: Saigontex in Ho Chi Min, Vietnam; Indo Intertex in Jakarta, Indonesia; Igatex in Karachi, Pakistan; and Techtextil in Frankfurt, Germany.
Wellness clothing comes of age with AONTPL
February 2017
Incorporated in July 2007, Advantage Organic Naturals Technologies Private Limited (AONTPL) was incubated in the prestigious IIT Delhi Campus, and owns three patents at USA, Europe & India and one more pending in India, “Method for dyeing a textile product using neem and holy basil extract”.
Cotton dyeing sans water!
August 2016
The NIFT-TEA Knitwear Fashion Institute is collaborating with Synthetic and Arts Silk Mills Research (SASMIRA) to develop a machine for dyeing cotton fabrics without the use of water. The proposed machine will be similar to the one developed by SASMIRA for dyeing polyester fabrics, which uses liquefied carbon dioxide instead of water.
KARL MAYER to promote concrete reinforced with carbon-fibre textiles
May 2016
Technical textiles have made their mark as reinforcing materials for use in concrete structures. The world’s first bridge made from fibre-reinforced concrete was erected in 2005 in Oschatz. Textiles made from carbon-fibre rovings are particularly suitable for reinforcing concrete, since carbon fibres weighing approximately 1.8 g/cm3 are four times lighter and, with a load-bearing capacity of 3,000 N/mm2, are six times more efficient than conventional steel-reinforced concrete.
Wovens, an exciting potential!
December 2015
Weaving is one of the oldest manufacturing processes known to man, but in the age of technical textiles it is about to undergo exciting new transformations, says Peter D. Dornier, chief executive officer and co-owner of Lindauer DORNIER GmbH.
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