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Tuesday, May 28, 2024

BTMA’s advanced fibre focus at Techtextil 2024

New fibres continue to be developed for a wide range of technical textile applications. Currently, they include fibres based on organic or recycled feedstocks to meet sustainability targets and others with new functional properties for advanced high performance applications. Many of them will be showcased at the forthcoming Techtextil 2024 exhibition which takes place in Frankfurt, Germany, from April 23-26.

“While sustainability is, without doubt, driving the agenda these days, there’s always a demand for new feedstocks and fibres that add new functionality, as well as sophisticated new technologies for processing them and exploiting their advantages. Techtextil is an essential show for many BTMA members and we see growing opportunities in several rapid-ly expanding markets with exponential growth for our members.” Jason Kent. Chief Executive Officer. British Textile Machinery Association Producers

The development of specific multifilaments, monofilaments and nonwovens for niche fibre applications – over 70 to date – is very much the specialist field of BTMA member Fibre Extrusion Technologies (FET), along with designing the bespoke fibre extrusion and spunbond and meltblown nonwoven systems to successfully produce them.

Following the opening of its expanded Fibre Development Centre with considerably enhanced facilities more than doubling capacity and increasing efficiency at the start of 2023, FET, which will be at stand A84 in Hall 12 at Techtextil has significantly accelerated the number of technical trials it has conducted for clients.

“We work closely in collaboration with customers ranging from huge multinationals to start-ups and spin-out companies,” explains FET managing director Richard Slack. “At present we’re doing a lot of work with biopolymers and recycled fibres, because they all have different characteristics and behaviours and need specific handling and processing parameters, but we specialise in processing challenging materials.

“Another area we’re heavily involved in is in medical devices where there’s a lot of interest in resporbable products and how to influence absorption. Producers are looking at how to enhance the durability of implantables, for example, which would be advantageous in specific surgical procedures,” he adds. “In terms of new high performance products, one example we’re currently working on is hollow fibres, not from conventional polymers but from high temperature engineering polymers such as PEEK, as well as small scale nonwovens from engineered polymers for applications such as filtration.

“We’re also investigating the potential of certain olefins to achieve the high-strength and other desirable properties of ultra-high molecular weight polyethylene – UHMWPE. At present UHMWPE’s availability is dependent on being able to order in tons, but there is a lot of demand for lower quantities for tailored small-scale projects, and we see much potential in an olefin with a long molecular chain that we believe could potentially meet 80-90% of this market’s needs.”

Splicing
Resource efficiency in the processing of extremely expensive fibres like UHMPWE, or carbon and aramids, is a key benefit of the latest splicing technologies of Airbond (Hall 12, stand E31).

Pneumatic yarn splicing is a clever process
established in the textile industry for joining yarns and works by intermingling individual filaments closely together, to make joint which are stronger and flatter than knots.

The patented splicers in Airbond’s latest range are 3D printed, making them both lighter and stronger, and now enable the splicing of yarns in sizes of up to 16,000 tex – compared to the 1,200 tex most splicing machines can handle.

Testing and fault detection
Sophisticated systems for the testing of fibres and advanced materials will also be showcased by BTMA members James Heal (Hall 12, stand A40 at Techtextil 2024) and Verivide (Hall 12, stand A70), both of whom have established strong ties with major producers of technical textiles over many years.

The precise detection of faults during the production of technical fabrics has meanwhile recently been significantly advanced with the introduction of the latest WebSpector automated fabric inspection system by Shelton Vision (Hall 12, stand E54)

Building on its market-leading vision system for plain, single-colour textiles, Shelton’s patent-pending image processing techniques now
recognize and adapt to complex patterns – even those on fabrics with significant distortion and deformation.

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