From the Sector

Quickly becoming the benchmark for sustainability, circularity presents a simple solution for many of the world’s complex waste issues. However, in a quickly changing textile marketplace with increasing regulatory pressures, designing circular products can be anything but simple.

To help demystify this accelerating paradigm shift, the Designing for Circularity panel is coming to Portland’s Functional Fabric Fair, where expert panelists will inform and inspire the next generation of product designers and developers.

Scheduled for Wednesday, April 17th at 2:00pm and hosted by textile industry communications agency Formidable Media, the Designing for Circularity panel will bring together experts in materials sourcing, textile finishes, trims, sustainability, recycling, natural materials, and more, to help designers, product developers, and brand representatives make the choices needed to become leaders in the future of sustainable products.

“Fashion is regularly listed among the top five largest polluting industries in the world and our panel of experts hope to  help shape future design and sustainability decisions to mitigate fashion’s outsized impact on the environment,” said Scott Kaier, Founder and President of Formidable Media. “Informed and innovative design is the first step in creating circular products, so today’s designers will be instrumental in creating a cleaner, more sustainable future.”

Hand-picked from across the outdoor, fashion, lifestyle, and footwear industries, the Designing for Circularity panelists include:

• Daniel Uretsky, President, ALLIED Feather + Down
• Martin Flora, VP of Business Development, Green Theme Technologies
• Sarah Schlinger, R&D Commercialization Manager, Woolmark
• Sharon Perez, Senior Business Development Manager, Lenzing Group
• Brian La Plante, Senior Manager of Sustainability, YKK
• Theresa McKenney Director of Sustainability, NEMO Equipment

Die Hochschule Albstadt-Sigmaringen und der Gesamtverband der deutschen Maschenindustrie arbeiten in einem gemeinsamen Forschungsprojekt an einem Weiterbildungsprogramm zur Förderung der Nachhaltigkeit in Textilunternehmen, das speziell auf die Bedürfnisse kleiner und mittlerer Firmen zugeschnitten ist. Das innovative Konzept soll eine flexible und interaktive Weiterbildung in den Unternehmen ermöglichen. Ziel ist es, Nachhaltigkeit entlang der gesamten Wertschöpfungskette zu fördern und Unternehmen dabei zu unterstützen, ihre ökologische und soziale Verantwortung wahrzunehmen. Gefördert wird das Projekt von der Deutschen Bundesstiftung Umwelt.

Hauptkomponente des Weiterbildungsprogramms ist eine Online-Plattform, auf der Schulungseinheiten zu verschiedenen Aspekten der Kreislaufwirtschaft bereitgestellt werden. Die Inhalte sind für effektives asynchrones Lernen optimiert und werden durch interaktive digitale Ansätze und Medienkonzepte ergänzt. „Zusätzlich zur Online-Plattform können die Trainingsinhalte in Form von Workshops individuell an die Bedürfnisse der Unternehmen angepasst werden“, sagt Projektleiter Marc Weisser. Darüber hinaus bestehe die Möglichkeit, gemeinsam mit der Hochschule neue innovative Ansätze zu entwickeln.

Über einen Zeitraum von 36 Monaten werden die Bedürfnisse der Zielgruppe ermittelt und ein langfristiges Geschäftsmodell entwickelt. Basierend auf den Anforderungen der kleinen und mittleren Unternehmen werden konkrete Inhalte für das Weiterbildungsprogramm erarbeitet und in Module und Lernpfade strukturiert. Geeignete Schulungsformate und -konzepte werden entwickelt, um die Inhalte effektiv und ansprechend zu vermitteln und den Lernerfolg zu fördern. Das entstandene Schulungsformat wird abschließend durch einen Testlauf mit Unternehmen des projektbegleitenden Ausschusses evaluiert, um Stärken und Schwächen zu identifizieren und zu optimieren.

„Das Fort- und Weiterbildungsprogramm soll allen Mitarbeitenden in Textil- und Bekleidungsunternehmen zugänglich sein und deren individuellen Kenntnisstand berücksichtigen“, so Weisser. Die Teilnahme ist sowohl in Präsenz als auch online möglich und kann asynchron erfolgen. „Dadurch sind die Teilnehmenden flexibel, und die Unternehmen können ihre Mitarbeitenden auch im Homeoffice und an Remote-Arbeitsplätzen weiterbilden.“

Zum ersten Mal haben die textilen Studiengänge der Hochschule Albstadt-Sigmaringen das Branchenevent „Albstadt ID“ veranstaltet. „Mit rund 800 Teilnehmenden, darunter mehrere Hundert Schülerinnen und Schüler aus ganz Deutschland sowie etliche Unternehmen, war das Ganze ein herausragender Erfolg“, so die Einschätzung von Prof. Dr. Christian Kaiser, der die „Albstadt ID“ konzipiert hat.
 
In Vorträgen und Laborführungen konnten sich Interessierte einen Eindruck über Innovationsthemen in der Textil- und Bekleidungsindustrie verschaffen. Zahlreiche Unternehmen der Branche stellten sich dem Fachpublikum vor.

Viele Gäste und Beteiligte zeigten sich von der Veranstaltung begeistert und bezeichneten die „Albstadt ID“ als einen Tag voller Innovation und Inspiration. Hörsäle und Labore waren häufig bis auf den letzten Platz gefüllt. Bereits jetzt liegen für 2024 Anmeldungen von Schulen, Unternehmen und Sponsoren vor, obwohl der konkrete Termin noch nicht feststeht.

“Grow Your Couture” by Piero D'angelo, the winning project of the IMAGINING SUSTAINABLE FASHION (ISFA) competition was announced during a webinar broadcast on 18 May attended by Giusy Bettoni CEO of C.L.A.S.S. Eco Hub, Anna Detheridge President of Connecting Cultures and ISFA ambassadors Valentina Suarez, co-founder and CEO of Universo Mola and Vishal Tolambia winner of the 2022 edition.
 
Piero D'angelo's project was the best among the 110 proposals received after the international call for proposals launched on 27 October 2022.
 
Piero D'Angelo, 36, a graduate in Fashion Womenswear from the Royal College of Art in London and in Textile Design from Central Saint Martins, is a Fashion and Textile Designer with a research focus on biotechnology in the fashion industry. In 2022 he founded his Fashion & Textile Design studio experimenting with a multidisciplinary approach on the importance of natural materials and Biodesign. From 2018 to 2022 Piero D'Angelo was a resident and then Product Researcher & Developer at Open Cell (Biotech Research Park), a biotech start-up community in London. He was awarded the Dorothy Waxman Textile Design Prize in 2015 and semi-finalist for the LVMH Prize in 2020.
 
In his communication project, 'Grow Your Own Couture' D'Angelo imagines a future scenario where it will be possible to grow one's own clothes through living organisms such as lichens that are able to absorb pollution. But the project also wants to communicate a return to nature and above all care and protection towards it. In fact, the user is not simply a user of fashion, but through a kit is part of the process of growth, care and creation of the garment, thus abandoning the traditional paradigms of fashion. The project wants to completely re-imagine the way fashion could be designed, produced and used, proposing not only a product, but also a system that wants to collaborate with nature instead of polluting or exploiting it.

• European textile industry needs to prepare for a paradigm shift, and become global leader in sustainable textiles

Organised by EURATEX in partnership with the Portuguese Textile Association (ATP), the Porto Convention – Sustainability meets Competitiveness: How to Square the Circle? – took place on 13-14 October in Porto, Portugal, with nearly 250 entrepreneurs attending from all over Europe. They discussed the current challenges of the European textile industry and set the grounds for a bright future, based on some strong foundations: innovation, creativity, quality and sustainability.

In his keynote speech, Mr. Pedro Siza Vieira, Former Minister for the Economy and Digital Transition of Portugal, assessed the geopolitical and macroeconomics changes, and how this will impact on the future of the textile industry: nearshoring and friend-shoring, independence from foreign gas through the use of European sustainable energy, as well as circular and automated production lines. While the current turbulence causes uncertainty, he sees a better future for our industry.

The first CEO Panel, addressing the theme of How to Measure and Communicate about Sustainability, focused on the challenges to translate “sustainability” towards the consumers. The panel addressed the issue of greenwashing and the role of brands in communicating about sustainability. It looked at how the new European Commission regulations on eco-label, digital product passport (DPP) and product environmental footprint (PEF) will create a new framework.

The second CEO Panel, discussing Financing Sustainability, looked at the cost of sustainable investments, and how this cost should be managed within the entire supply chain, including the brands and retailers.

Four workshops with industry experts followed in the afternoon, addressing the themes of Extended Producer Responsibility (EPR) in Textiles, Digital Product Passport (DPP), Recycling Textile Waste and Labelling Textiles (Product Environmental Footprint). As these initiatives will roll out in the coming years – as part of the EU Textile Strategy – participants got a better understanding of the future framework for our industry.

Dirk Vantyghem, Director General of EURATEX, commented on this: “to prepare for a brighter future requires a new regulatory framework, where quality and durability become the norm, where transparency and sustainability is rewarded, where free riders – who do not comply with rules and standards – are kept outside the market. The EU Textile Strategy aims at creating such a framework, which must be fair and balanced, and requires a close and constant dialogue between the regulator and the industry.”

During the 2nd day of the convention, participants had the opportunity to visit state of the art textile companies (Têxteis J.F. Almeida, RIOPELE, and TMG Automotive) and the Portuguese textile  research centre CITEVE. They showcased how the Portuguese textile industry is making this transition, while remaining globally competitive.

Alberto Paccanelli, President of EURATEX, concluded: “We need to attract creative people in our companies, we need to produce top class quality products, and we need to become more sustainable. That is the recipe for our success in a globalised and highly competitive industry.” Paccanelli is positive about the future: “While we face very tough times, I am optimistic about the future of our European textile industry. The rest of the world is watching us, as we move forward with our strategy. We should become their benchmark and Europe should become a global leader in sustainable textiles.”

TEXAID as a professional collector and sorter with roots in Switzerland contributes to this ecosystem to enable the textile-to-textile recycling.  The creation of Swiss Textile Recycling Ecosystem marks a key milestone in the upscaling of Worn Again Technologies’ recycling process technology with technology scale-up partner Sulzer Chemtech in Winterthur. It also supports its ambition to create a circular economy where non-reusable, hard-to-recycle textiles can be reintroduced into supply chains to become new fibers.

To cause a paradigm shift in the fashion industry and realize true circularity requires all members of the value chain to be on the same page and working towards the same goals. The Swiss Textile Recycling Ecosystem is a network comprising fabric and textile manufacturers, waste collectors and sorters, as well as retailers, brand owners and technology providers – all coordinated by Swiss Textiles. All these parties will cooperate to make their shared vision of a more sustainable fashion industry a reality, where used textiles can be recycled into new textiles.

TEXAID as a stakeholder in the Swiss Textile Recycling Ecosystem and as leading textile recycling company with over 40 years of experience will support the initiative through collecting, sorting, pre-processing and providing pre- and post-consumer feedstock to the Demonstration Plant. At its headquarters in Schattdorf (CH), TEXAID will investigate possibilities to automate the sorting and pre-processing of textile feedstock for recycling. Currently, TEXAID processes more than 80,000 tons of end-of-use textiles and footwear every year all over Europe and the US.

The Techtextil and Heimtextil Summer Special exhibitions, taking place together in Frankfurt from June 21-24, represent an opportunity for Monforts to showcase its finishing and coating technologies for two of its major markets – especially at a time when energy prices continue to soar for textile manufacturers in Europe.

Existing customers of Monforts include many manufacturers in the field of home textiles, as well as those making geotextiles, automotive fabrics and other functional materials – all of whom will be well represented in Frankfurt this June. Dedicated Montex lines have also been supplied to producers of airbags, flame retardant barrier fabrics and spacer fabrics, as well as high-temperature filter materials.

Energy prices are rising steeply everywhere and a particular emphasis for Monforts in Frankfurt will be on the energy and heat recovery that can be achieved with Montex stenters, through features such as better insulation of the treatment chambers or the MonforClean system, in which waste heat from the drying process is used to pre-heat the drying air resulting in a radical reduction in the conventional heat supply required compared to gas and thermal oil heating. The modular system for heat recovery can also be extended for exhaust air cleaning and odour elimination. Monforts can provide a range of further resource-saving and energy recovery options tailored to each individual line installation including modification of the heating source.

With the Qualitex 800 visualization software, all article-specific settings can be stored and the formulations for thousands of treatment processes called up again at any time. Individual operators can also personalise their dashboards with the most important machine functions and process parameters.

The Qualitex 800 system is available for the automatic and continuous operation of the company’s Montex stenters, as well as its Thermex continuous dyeing ranges, Monfortex shrinking systems and Montex®Coat coating units.

Monforts Montex®Coat coating units serve an equally diverse number of markets, including tents, tarpaulins and awnings, black-out roller blinds and sail cloth, automotive interior fabrics and medical disposables. Full PVC coatings, pigment dyeing or minimal application surface and low penetration treatments and solvent coatings (in explosion-proof conditions) with knife coating, roller coating or screen printing can all be accommodated with this system.

All of these very different materials require coating and finishing for maximum efficiency, using Monforts technologies which provide the ultimate in flexibility and the ability to switch quickly from one fabric run to the next, without compromising on the economical use of energy or raw materials.

The Monforts EcoApplicator offers further potential for sustainably achieving perfect finishes via a precise direct application system, as an alternative to conventional padding – where fabrics are immersed in a bath of the required finishing chemicals. It can significantly further reduce the energy and water required and finishes can be applied on just one side of the fabric, or both, and even separately on each side, to be sealed in place via different heating zones in the stenter.

In den Laboren der textilen Studiengänge an der Hochschule Albstadt-Sigmaringen stehen pünktlich zum Start ins Sommersemester zwei brandneue Maschinen, die den Studierenden ebenso zur Verfügung stehen wie Interessierten aus der Textilindustrie.

„Wir testen gerade den Prototypen einer Flüssigklebemaschine“, sagt Prof. Matthias Kimmerle. Dabei handelt es sich um eine Weltneuheit, die es bislang noch nirgendwo sonst gibt – möglich wurde diese Leihgabe durch die hervorragenden Kontakte der Hochschule zum japanischen Hersteller. Das Neue daran: Anstatt Kleidung zu nähen, werden die einzelnen Schnittteile geklebt. „Die Ergebnisse sind sehr überzeugend“, sagt Matthias Kimmerle. „Die Kantenführung erledigt die Maschine vollautomatisch und hält dabei die Abstände exakt und konstant ein.“

Ein Wäschehersteller aus Albstadt hat die Maschine bereits erfolgreich ausprobiert, „und wir selber testen sie mit Funktionsmaterialien, wie sie bei Unterwäsche oder Sportkleidung benutzt werden“. Hier seien störende Nähte häufig unerwünscht, und die Klebetechnik kann genau dieses Problem lösen. Die Maschine steht noch ein paar Wochen in Albstadt zur Verfügung, bevor sie zu einem Textilunternehmen nach Österreich umzieht.

In der Lernfabrik der textilen Studiengänge steht außerdem seit vergangener Woche der Prototyp eines neuen Etikettierers (angedockt an einen Zünd-Cutter), der die Schnittteile nach dem Ausschneiden automatisch etikettieren kann. Eine solche Maschine sei für viele Branchen nützlich, „insbesondere dann, wenn in der Produktion viele Teile hergestellt werden, die sich ähneln“, sagt Matthias Kimmerle. Ermöglicht wurde die Anschaffung durch Marc Witzemann, Geschäftsführer von Rebstock Consulting, der die Maschinen des Herstellers in Deutschland vertreibt und die Hochschule seit Jahren mit der Dauerleihgabe von Cuttern unterstützt. „Es ist uns ein großes Anliegen, dass Studierende und kleinere Unternehmen die Möglichkeit bekommen, auf neuer Technik etwas zu testen“, sagt er. Wie wichtig genau das im sehr praxisbezogenen Studium an der Hochschule ist, betont auch Matthias Kimmerle. „Die Maschine passt zudem perfekt zu unserer Microfactory.“ Diese ermöglicht es, selbst kleine Losgrößen von nur einem Stück auf Kundenwünsche angepasst herzustellen.

Hypetex®, a leader in colouring carbon fibre materials, is delighted to announce that its Hypetex® Kromaskin™ field hockey stick for adidas has been selected as a finalist for the 2022 JEC Innovation Awards.

Hypetex® was commissioned by adidas to develop a market leading hockey stick differentiated from existing equipment not just by its unique pigmented carbon fibre finish, but also by its game changing hitting power and consistency. The patented range of Kromaskin™ sticks, created with support from project partners Textreme® and Marque Makers, was found to outperform competitors in a benchmark study against eight other premium hockey sticks carried out by Loughborough’s Sports Technology Institute (STI).

Hypetex® lead the design, engineering, materials, and production process development for the adidas field hockey stick project. By incorporating the stick’s finish colour within the outermost carbon fibre layer, the stick mould could be adjusted outwards, placing the highly structural spread tow materials right at the outer extremities of the mould cavity, increasing mechanical performance and maximising the structural benefits of the composite materials used.

Whilst the Kromaskin™ surface provides a stunning depth of colour with minimal finishing required after demoulding, the Hypetex® technology, including an epoxy based expanding microsphere system used in the core, delivers significant performance gains on the hockey pitch. In tests at the STI, adidas Kromaskin™ sticks had up to 16% higher coefficient of restitution (COR), meaning they will return more energy and the ball will travel faster. In addition, through the production led design and materials used, the variation in COR was 70% less than the other sticks on test, a significant reduction in the production inconsistencies common with the manufacturing of performance sporting goods.

«Armalith^® is the story of my passions. Firstly textiles, which opened the doors to the great ready-to-wear and haute couture houses. Then motorcycling, an incredible vehicle for finding freedom and meeting people. In 2003, I combined these two passions by creating Armalith^® with one idea in mind: to offer the best possible protection to bikers without compromising on the comfort and authenticity of a real pair of jeans. Today, Armalith 2.0^® is the denim of choice for the most prestigious brands for their abrasion protection equipment.» Pierre-Henry Servajean, Armalith^® MK Support manager.

Armalith 2.0 in facts:

• The mechanical qualities of leather with the comfort of denim
• Extreme resistance to cuts, traction, tears and abrasion
• High UV resistance that preserves its mechanical properties
• One layer for resistance that is superior to any lined products

High technology for high security
The heart of the armour is made of UHMWPE (high molecular weight polyethylene). This high resistance fiber comes from aerospace research; it is used for space module re-entry ropes, military armour, mooring cables for offshore platforms and more. This core is then covered with a cotton fiber using an exclusive and patented process, and combined with LYCRA^® dualFX^® technology for a powerful and durable stretch.

High resistance for high protection
High-tech integrated into authentic denim for unique comfort and protection, Armalith 2.0^® meets the most demanding standards such as Darmstadt and Cambridge, which are more scientific than the CE certification.
Armalith 2.0^® is available in 3 grades - A, AA and AAA - to cover all needs from urban use to maximum protection against abrasion. In its EXO (KNIT) form, Armalith 2.0^® can be used as a lining to increase resistance in specific areas without using other uncomfortable solutions.

High comfort for high style
Safety in a single layer of fabric, comfort, softness, stretchability, and style! Armalith 2.0^® is a real denim. Soft, supple, comfortable, breathable and hydrophilic, it allows all the usual textures, dyes, prints and finishing in low temperatures.

Armalith 2.0^® is an ethical and responsible denim

• GRS cotton sourced from Greece.
• Designed in France, manufactured and produced on a single site - spinning, dyeing, indigo, weaving, finishing - at Tejidos Royo in Spain.
• UHMWPE fibre requires half the energy to produce than aramids.
• The UHMWPE fibre used under the ARMALITH 2.0^® patent is continuous (no energy-intensive cracking) and untextured (no energy-intensive texturing).
• All Armalith 2.0^® denim manufacturing processes are carried out at low temperatures: a world first for stretch fabrics.
• No heavy metals used in the pigments, the indigo is made using a slow, cold, waterless process
• Resistant to more than a thousand washes for greater longevity and without loss of elasticity.