WELCOME TO TECHNICAL-TEXTILES.NET, the web's most comprehensive source of information about the world of performance and technical textiles. Full membership gives access to: unique feature articles; relevant, edited and verified news; events and more, to keep you up to date with the latest developments in materials, technologies, processes, patents and research, and business and markets

Recycling

Japanese automobile manufacturer Toyota has chosen to soundproof its latest model – the 2016 Prius, which was launched in Japan in December 2015 – with material made using a novel nonwoven fabric.

Japanese companies Toray Industries Inc of Tokyo and Toyota Tsusho Corp of Nagoya are to develop a recycling process for carbon fibre-reinforced plastics (CFRPs). 

Researchers at Aarhus University in Denmark are developing a chemical substance that could make it possible to recycle glass fibre-reinforced plastic components from wind turbines. 

Multi-national computer manufacturer Dell is partnering with plastics producer SABIC to introduce reclaimed carbon fibre into its Latitude and Alienware laptops.

Solvay of Lyon, France, reports that its Move4earth project for the recycling of technical textile waste from post-industrial sources is progressing well.

Trials at the Hohenstein Institute in Germany suggest that biotechnology can be used to open-up entirely new ways of recycling carbon fibre composites. 

American Starlinger-Sahm Inc has moved into its new headquarters in Fountain Inn, South Carolina, USA.

America's Cup winner Oracle Team USA has received a ReXC award from applied research organisation SCRA in recognition of its re-use of recycled carbon fibre composite materials.
Freudenberg Nonwovens' Spunlaid Division North America has launched a post-consumer recycled (PCR) product range within its portfolio of spunlaid nonwoven polyester fabrics.
The joint venture company Du Pont-Toray Co Ltd, which is based in Tokyo, Japan, says it has developed a method for regenerating used heat-resistant materials.
A system for reprocessing waste from bonded fibrous materials has been developed in Colombia.
XXXX