From the Sector

Fibre Extrusion Technology Ltd, UK has completed the installation and commissioning of a new FET Laboratory Spunbond system for the University of Leeds.

This FET spunbond system is now an integral part of the research facilities of the CCTMIH (Clothworkers’ Centre for Textile Materials Innovation for Healthcare), led by Prof. Stephen Russell based in the School of Design, University of Leeds, who commented “The new spunbond system is perfectly suited to our academic research work, and is already proving itself to be extremely versatile and intuitive to use”.
 
This spunbond system complements existing research lab facilities at the university, which covers all areas of fibre and fabric processing, physical testing and characterisation. It forms part of a wider investment in facilities to support fundamental, academic research on ‘future manufacturing’ for medical devices, where the focus is on studying small-scale processing of unconventional polymers and additive mixes to form spunbond fabrics with multifunctional properties.
 
Key to this research is developing the underlying process-structure-performance relationships, based on the measured data, to provide detailed understanding of how final fabric performance can be controlled during processing.

As a rule, many exciting materials developed in academic research struggle to progress beyond the bench, because of compatibility issues with key manufacturing processes such as spunbond. By leveraging mono, core-sheath and island-in-the-sea bicomponent technology, the Leeds University team is working with polymer and biomaterial research scientists, engineers and clinicians to explore the incorporation of unusual materials in spunbond fabrics, potentially widening applications.
 
FET has built on its melt spinning expertise to develop a true laboratory scale spunbond system and is currently working on a number of other such projects globally with research institutions and manufacturers.

From 7 to 9 November 2021, the world of apparel and textiles will meet in Antwerp, Belgium, for a double convention: the 36th World Fashion Convention on 7-8 November, hosted by IAF, and the 9th European Textiles and Apparel Convention on 8-9 November, hosted by EURATEX.

Delegates can choose to register for the IAF’s 36th World Fashion Convention, for EURATEX’s 9th European Textiles and Apparel Convention or for a combination of both, which the organisers of course recommend. The IAF Convention, carrying the theme ‘Transition of the Global Fashion System’ focusses on global industry developments whereas the EURATEX convention, themed “A new paradigm for the European Textiles and Clothing Industry”, has a strong European focus. Therefore, the two conventions are perfectly complementary.

The Antwerp Convention will be the first ‘live’ meeting for the industry in nearly two years’ time. That’s why the convention will combine knowledge with social events, notably the IAF and EURATEX joint networking dinner on 8 November in the Antwerp Fashion Museum.

Previous speakers at the EURATEX and IAF conventions came from PVH, Hugo Boss, Zegna, as well as European Commission, McKinsey, OECD, and London College of Fashion. About 150 delegates at each event, from over 20 countries are expected.

For more information click here.

International technology Group ANDRITZ has successfully started up a new batt forming line at Romatex Home Textiles (Pty) Ltd., based in Cape Town, one of the largest household textile manufacturers in South Africa. The line is dedicated to the production of Maliwatt products used in a wide range of applications, including home textiles, construction, geotextiles, medical, footwear, and as a replacement for plastic in the retail sector.

ANDRITZ has supplied Romatex with dedicated batt forming equipment, mixing an aXcess card and an eXcelle crosslapper to provide Romatex’s technical characteristics in terms of product quality and line performance. This new stitchbonding line will enable Romatex to better serve its customers and meet their requirements perfectly.