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Stuart Trevor Photo Source Fashion
Stuart Trevor
12.12.2024

Source Fashion: Keynote Speaker Line-Up for February 2025 Show

Source Fashion, Europe’s leading responsible sourcing show, has announced an inspiring line-up of keynote speakers for its upcoming event, running from 18th to 20th February 2025 at Olympia London. On Wednesday 19th February, a full day of thought-provoking sessions will be headlined by industry visionaries including All Saints Founder Stuart Trevor, award-winning social entrepreneur Safia Minney MBE, and Andrew Xeni, Founder of Nobody’s Child.
 
The sessions will explore critical themes shaping the future of fashion, from sustainability to circularity and transparency, aiming to equip visitors with actionable insights to transform their brands and business practices.
 
Session Highlights:

Source Fashion, Europe’s leading responsible sourcing show, has announced an inspiring line-up of keynote speakers for its upcoming event, running from 18th to 20th February 2025 at Olympia London. On Wednesday 19th February, a full day of thought-provoking sessions will be headlined by industry visionaries including All Saints Founder Stuart Trevor, award-winning social entrepreneur Safia Minney MBE, and Andrew Xeni, Founder of Nobody’s Child.
 
The sessions will explore critical themes shaping the future of fashion, from sustainability to circularity and transparency, aiming to equip visitors with actionable insights to transform their brands and business practices.
 
Session Highlights:

  • The Urgency of Transparency
    • Speaker: Andrew Xeni, Founder, Nobody’s Child, Fabacus and Soreto
    • Time: 11:00 AM
    • Synopsis: As transparency becomes the cornerstone of sustainability, Andrew Xeni will discuss how brands can lead the charge in accountability and ethical operations. From unveiling supply chain practices to empowering consumers, this session highlights the role of transparency in building trust and driving meaningful change in the fashion industry.
  •  A Clothing Company That Doesn’t Produce Clothes
    • Speaker: Stuart Trevor, Founder, All Saints & Stuart Trevor
    • Time: 1:30 PM
    • Synopsis: In a groundbreaking fireside chat, Stuart Trevor will showcase how his company is pioneering circularity by transforming pre-owned clothes into desirable fashion pieces. By rethinking the traditional industry model, Trevor will illustrate the potential of upcycling to combat waste and redefine sustainable style.
  • Ecosystem Thinking in Fashion: Redesigning for Regeneration
    • Speaker: Safia Minney MBE
    • Time: 2:10 PM
    • Synopsis: In a dynamic panel discussion, Safia Minney will explore strategies to adopt circular and regenerative models, scale these practices, and foster collaborative supply chain solutions. Featuring contributions from experts across industries, this session is set to empower visitors with practical tools for transformative change.

 The keynote sessions will be complemented by speakers from industry-leading organisations such as John Lewis, Vivo Footwear, Pepsi Co, Kingfisher, and environmental NGO WRAP. The full programme will be revealed in the coming weeks.
 
Join the Conversation
Source Fashion 2025 invites fashion professionals, sustainability advocates, and industry leaders to connect, learn, and lead the transformation of the fashion industry.
 
As Europe’s leading responsible sourcing show, Source Fashion brings together a global community of brands, suppliers, and thought leaders to shape the future of ethical and sustainable fashion. Through cutting-edge events, expert-led sessions, and innovative showcases, Source Fashion champions transparency, circularity, and collaboration in the industry.

About Stuart Trevor
In 1983, Stuart Trevor was a finalist in the Paul Smith/Mont Blanc competition and in 1985 he won designer of the year at The Smirnoff Fashion awards “Menswear Day”. Aged 19 he became the first designer and main buyer for REISS. At 28 he founded All Saints and many of the clothes that continue to feature every week in the top 10 bestseller list of the high-street brand today, were designed by Trevor himself over 20 years ago.
 
About Safia Minney
Safia Minney, MBE, FRSA, is an award-winning social entrepreneur, consultant and advisor. Safia is recognised by the World Economic Forum as an Outstanding Social Entrepreneur and is a leading influencer and international speaker on sustainable fashion, sustainable supply chains, ethical business and climate action.
 
Safia founded REAL Sustainability CIC in 2019, to promote awareness and action for sustainable living and leadership. In 2022 REAL launched Fashion Declares – a bottom-up, industry wide movement to promote rapid action to redesign the fashion industry to operate within planetary boundaries.
 
About Andrew Xeni
Andrew Xeni is a visionary technology and retail entrepreneur. After building successful fashion manufacturing business suppling leading UK high street brands, Xeni went on to create eco-conscious 2023 Drapers Retailer of the Year (<£100m), Nobody’s Child, of which Marks and Spencer is a strategic investor and shareholder.
Merging both retail and technology, Xeni also founded award-winning retail tech companies Fabacus and Soreto.
 
As CEO of Fabacus, a DaaS (Data-as-a-Service) technology platform for revolutionising the licencing and retail industries, Xeni has established partnerships with a number of leading businesses within the sectors, including, Fanatics, UFC, Epic Games, Ubisoft and IMG, part of Endeavour.
 
This year, seeing the growing consumer demand for sustainably, Xeni pioneered the UK-first Digital Product Passport in a collaboration with between Fabacus and Nobody’s Child, in partnership with Coinbase.
 
Xeni is backed by a number of leading financial institutions, including iNovia Partners, led by former Google CFO, Patrick Pichette, as well as New Look founder, Tom Singh. In addition to managing a diverse portfolio of businesses, and sitting as Chairman for Nobody’s Child and Soreto, Xeni is an active angel investor.

Textilrecycling Graphik: Andritz
28.11.2024

ANDRITZ: Engineering order for textile recycling plant from Circ®

International technology group ANDRITZ has received an engineering order from US textile recycling innovator Circ in anticipation of its first large-scale textile recycling plant. The plant will be the first to recover cotton and polyester from blended textile waste.

Circ® is a pioneering company focused on sustainable solutions for the fashion industry. By converting fashion waste into reusable raw materials for fabrics, Circ reduces the need for petroleum and natural resources. The company’s mission is to build a truly circular economy to protect the planet from the cost of clothing.

ANDRITZ has been successfully conducting trials for Circ at the ANDRITZ Fiber R&D Center in Springfield, Ohio, USA, for several years. The successful partnership and recent developments have led to the decision to expand this cooperation.

International technology group ANDRITZ has received an engineering order from US textile recycling innovator Circ in anticipation of its first large-scale textile recycling plant. The plant will be the first to recover cotton and polyester from blended textile waste.

Circ® is a pioneering company focused on sustainable solutions for the fashion industry. By converting fashion waste into reusable raw materials for fabrics, Circ reduces the need for petroleum and natural resources. The company’s mission is to build a truly circular economy to protect the planet from the cost of clothing.

ANDRITZ has been successfully conducting trials for Circ at the ANDRITZ Fiber R&D Center in Springfield, Ohio, USA, for several years. The successful partnership and recent developments have led to the decision to expand this cooperation.

The majority of fashion waste consists of polyester-cotton blends, which poses a significant challenge to achieving greater circularity. In particular, the separation of cellulosic and synthetic fibers from textile waste has been a major obstacle. Circ’s innovative recycling process can break down polycotton textile waste into its original components – polyester and cotton. The forthcoming plant will process 200 tons of textile waste per day, allowing cotton to be recycled for lyocell production and polyester to be reused for polyester production. This will reduce the need for virgin raw materials.

Conor Hartman, Chief Operating Officer at Circ, says: “We remain excited about this continued collaboration with ANDRITZ. Together, we will commercialize Circ’s innovative recycling process and take another step towards a truly circular fashion industry. With its expertise in engineering and building large-scale process equipment, ANDRITZ is the right partner to help us transform textile waste into recycled fibers on an industrial level.

Michael Waupotitsch, Vice President Textile Recycling at ANDRITZ, comments: “We are eager to support Circ in their vision of circularity because the technology they have developed is uniquely suited to solve one of the biggest challenges in fashion waste and recycling. With our holistic knowledge in resizing, mechanical separation, hydrothermal processing, recovery of cellulosic pulp as well as pulp cleaning and pulp drying, we have the right expertise to help them achieve their goals. Our experience in process development and machinery will help bring their innovative recycling technology to life.”

Photo by ALLIED Feather + Down
26.11.2024

Montane adopts ALLIED's ExpeDRY down insulation

ALLIED Feather + Down (AF+D), global experts in high performance, ethically sourced, and recycled down, will be supplying their high performance ExpeDRY ultra dry down to Montane for their fall 2025 down apparel line.

ExpeDRY represents the evolution of performance down for use in extreme situations, replacing chemical treatments with gold particles permanently bonded to down clusters. ExpeDRY keeps water vapor from condensing into droplets, providing better real-world performance than all other treatments. The ExpeDRY filled products will also dry significantly faster in-home laundry making care easier and utilizing much less energy through the life of the products.

Montane will offer ExpeDRY in 100% of their down jackets, being the first to adopt the technology over all down jackets.

ALLIED Feather + Down (AF+D), global experts in high performance, ethically sourced, and recycled down, will be supplying their high performance ExpeDRY ultra dry down to Montane for their fall 2025 down apparel line.

ExpeDRY represents the evolution of performance down for use in extreme situations, replacing chemical treatments with gold particles permanently bonded to down clusters. ExpeDRY keeps water vapor from condensing into droplets, providing better real-world performance than all other treatments. The ExpeDRY filled products will also dry significantly faster in-home laundry making care easier and utilizing much less energy through the life of the products.

Montane will offer ExpeDRY in 100% of their down jackets, being the first to adopt the technology over all down jackets.

“ALLIED introduced the world’s first water resistant down back in 2015, and we’ve learned a lot since then,” said Matthew Betcher, Creative Director with ALLIED. “Traditional WR down works great when in direct contact with water, but that is not what’s happening inside down insulation chambers. Water vapor is the biggest issue and ExpeDRY helps keep this vapor from condensing, allowing it to evaporate though the shell more effectively, keeping the down drier for longer, and helping it to dry out faster if it does get wet.

“It is also equally important that even in performance technologies, we continue to strive to reduce our environmental impact,” added Betcher. “So, removing another unnecessary chemical from our supply chain will help significantly with that. It’s only a matter of time before we all realize that the C0 chemicals we are using might not be so great for the planet after all.”

“At Montane, we are really excited to introduce such a new and disruptive technology from our long-term partners Allied Feather & Down,” said Liam Steinbeck, Materials Manager with Montane. “ExpeDRY is fully aligned with our philosophy as a brand to be one of the first to market with the latest most innovative technologies, bringing unparalleled performance and comfort in the most demanding environments.”

Poised to render current, chemical-intensive treatments obsolete, ExpeDRY down insulation is cleaner and better performing than all current water-resistant down technologies. Created in partnership with FUZE Technologies and relying on gold particles permanently bonded to down plumes, ExpeDRY is permanent and since it is completely chemical free, there are no PFAS or other concerns. In all real-world simulations, ExpeDRY is far better at keeping insulated jackets dry and warm in any environment, and at a significantly lower impact than the WR treatment alternatives.

Source:

ALLIED Feather + Down

1000 Fill Power ExpeDRY Insulated Down Jacket Photo ALLIED Feather + Down
1000 Fill Power ExpeDRY Insulated Down Jacket
20.11.2024

2024 ISPO Award for 1000 Fill Power ExpeDRY Insulated Down Jacket

ALLIED Feather + Down (AF+D), a leader in high performance, ethically sourced, and recycled down, announced that their new 1000 Fill Power ExpeDRY down jacket is a 2024 ISPO Award winner.

Created in partnership with Japanese-based textile trading company MN Inter-Fashion, the jacket is made from an extremely rare, traceable 1000 fill power down treated with ALLIED's industry-first ExpeDRY water-resistant, chemical-free technology that more effectively speeds drying via FUZE® Technology’s proprietary gold microparticle treatment. The fabric by Pertex, one of the lightest textiles available, makes up the shell and liner.

With the exceptional lightness of the 1000-fill power down and extremely light weight 5d Pertex fabric, AF+D has succeeded in creating a parka that feels like wearing a cloud. The ExpeDRY technology, which is quickly replacing other water resistant treatments as the industry standard for extreme performance in down insulation, ensures this jacket will remain lofty in any urban or mountain setting, no matter the conditions.

ALLIED Feather + Down (AF+D), a leader in high performance, ethically sourced, and recycled down, announced that their new 1000 Fill Power ExpeDRY down jacket is a 2024 ISPO Award winner.

Created in partnership with Japanese-based textile trading company MN Inter-Fashion, the jacket is made from an extremely rare, traceable 1000 fill power down treated with ALLIED's industry-first ExpeDRY water-resistant, chemical-free technology that more effectively speeds drying via FUZE® Technology’s proprietary gold microparticle treatment. The fabric by Pertex, one of the lightest textiles available, makes up the shell and liner.

With the exceptional lightness of the 1000-fill power down and extremely light weight 5d Pertex fabric, AF+D has succeeded in creating a parka that feels like wearing a cloud. The ExpeDRY technology, which is quickly replacing other water resistant treatments as the industry standard for extreme performance in down insulation, ensures this jacket will remain lofty in any urban or mountain setting, no matter the conditions.

The award-winning 1000 Fill Power jacket joins a growing line of ALLIED apparel that is specifically designed with a look to the future, where the lines between fashion and performance outerwear continue to blur. The complete ALLIED collection is currently available for sale in Japan and Europe. 

Source:

ALLIED Feather + Down

30.10.2024

World’s first sports t-shirt made from 100% textile waste

For the first time, a piece of clothing is made entirely from textile waste – no bottles, no packaging, no virgin plastic. 100% biorecycled fibers. By developing and industrializing CARBIOS’ enzymatic depolymerization technology to achieve 100% “fiber-to-fiber” recycling, the consortium collectively advances the textile industry's shift towards a circular economy.

CARBIOS, a pioneer in the development and industrialization of biological technologies to reinvent the life cycle of plastic and textiles, and its “fiber-to-fiber” consortium partners On, Patagonia, PUMA, Salomon, and PVH Corp., parent company of Calvin Klein, unveil the world’s first enzymatically recycled polyester garment made from 100% textile waste using CARBIOS’ pioneering biorecycling technology.

For the first time, a piece of clothing is made entirely from textile waste – no bottles, no packaging, no virgin plastic. 100% biorecycled fibers. By developing and industrializing CARBIOS’ enzymatic depolymerization technology to achieve 100% “fiber-to-fiber” recycling, the consortium collectively advances the textile industry's shift towards a circular economy.

CARBIOS, a pioneer in the development and industrialization of biological technologies to reinvent the life cycle of plastic and textiles, and its “fiber-to-fiber” consortium partners On, Patagonia, PUMA, Salomon, and PVH Corp., parent company of Calvin Klein, unveil the world’s first enzymatically recycled polyester garment made from 100% textile waste using CARBIOS’ pioneering biorecycling technology.

This technological feat contributes to advancing textile circularity when, today, the majority of recycled polyester is made from PET bottles, and only 1% of fibers are recycled into new fibers.  The collective achievement marks an important milestone for the consortium’s ultimate aim of demonstrating fiber-to-fiber closed loop using CARBIOS’ biorecycling process at an industrial scale, and marks an important step forward for the textile industry’s shift towards a circular economy.

A plain, white T-shirt was a deliberate choice to showcase the technological achievement that made its production possible from mixed and colored textile waste.  By using CARBIOS’ biorecycling technology, polyester is broken down using enzymes into its fundamental building blocks which are reformed to produce biorecycled polyester whose quality is on par with oil-based virgin polyester.  Petroleum can now be replaced by textile waste as a raw material to produce polyester textiles, that will in turn become raw materials again, thus fueling a circular economy, with the added benefit of a lower carbon footprint and avoidance of landfill or incineration.

The t-shirt’s production began with all consortium members (On, Patagonia, PUMA, PVH Corp. and Salomon) supplying rolls and production cutting scraps to CARBIOS in Clermont-Ferrand, France.  This textile waste consisted of some mixed blends with cotton or elastane, as well as various treatments (such as durable water repellent) and dyes which render them complex to recycle using conventional methods. The collected waste was deconstructed into its original monomers, PTA and MEG, using CARBIOS’ biorecycling technology at its pilot facility. The resulting monomers were then repolymerized, spun into yarn and woven into new fabric by external partners, demonstrating the seamless integration into existing manufacturing processes.  The resulting sports t-shirt made from 100% textile waste meets the quality standards and sustainability objectives of the apparel brands present in the “fiber-to-fiber” consortium.

CARBIOS’ demonstration plant in Clermont-Ferrand, France, has been up and running since 2021, and its first commercial plant, the world’s first industrial-scale enzymatic PET recycling plant, is currently under construction in Longlaville, France.  In addition, CARBIOS recently announced several letters of intent with PET producers in Asia and Europe, confirming global interest in its biorecycling technology and advancing the international roll-out of its licensing model.

Source:

Carbios

Bio-Derived LYCRA® EcoMade Fiber Samples at Kingpins Amsterdam Photo (c) The Lycra Company
24.10.2024

Bio-Derived LYCRA® EcoMade Fiber Samples at Kingpins Amsterdam

The LYCRA Company, a leader in developing innovative and sustainable fiber and technology solutions for the apparel industry, presented the first garment and fabric samples made with seed quantities of bio-derived LYCRA® EcoMade fiber at Kingpins Amsterdam. This highly anticipated fiber is launching in the first half of 2025 and will be the world's first large-scale production of renewable elastane.

Bio-derived LYCRA® EcoMade fiber is made with 70 percent renewable content, certified under the USDA Bio-Preferred Program. Garments and fabrics made with this fiber deliver equivalent performance to those made with original LYCRA® fiber, and no re-engineering of fabrics, processes, or garment patterns is required.

“There’s no need to sacrifice performance for renewable content with bio-derived LYCRA® EcoMade fiber,” said Nicolas Banyols, chief commercial officer of The LYCRA Company. “We are committed to transitioning to renewable resources as a key part of our sustainability strategy, and it can help brands and retailers reduce their environmental impact, too.”

The LYCRA Company, a leader in developing innovative and sustainable fiber and technology solutions for the apparel industry, presented the first garment and fabric samples made with seed quantities of bio-derived LYCRA® EcoMade fiber at Kingpins Amsterdam. This highly anticipated fiber is launching in the first half of 2025 and will be the world's first large-scale production of renewable elastane.

Bio-derived LYCRA® EcoMade fiber is made with 70 percent renewable content, certified under the USDA Bio-Preferred Program. Garments and fabrics made with this fiber deliver equivalent performance to those made with original LYCRA® fiber, and no re-engineering of fabrics, processes, or garment patterns is required.

“There’s no need to sacrifice performance for renewable content with bio-derived LYCRA® EcoMade fiber,” said Nicolas Banyols, chief commercial officer of The LYCRA Company. “We are committed to transitioning to renewable resources as a key part of our sustainability strategy, and it can help brands and retailers reduce their environmental impact, too.”

More information:
Lycra bio-based
Source:

The Lycra Company

Global Fashion Summit China Global Fashion Agenda
21.10.2024

Global Fashion Summit for the first time in China

Global Fashion Summit, the international forum for sustainable fashion rooted in Denmark, will be hosted in China next month. The special Global Fashion Summit: Shanghai Gala edition will take place on 7 November 2024 during the China International Import Expo (CIIE). The event, presented by Global Fashion Agenda (GFA) and Chinamind NEXT, will bring together local and international industry stakeholders for an evening of informative discussions during a celebratory gala dinner.

Convening major decision-makers from across the world, Global Fashion Summit was first launched by GFA in Copenhagen in 2009. In the 15 years since its inception, it has become a nexus for agenda-setting discussions and presentations on the most critical environmental, social and ethical issues facing our industry and planet, all intended to spark urgent action and accelerate impact in the industry.

Global Fashion Summit, the international forum for sustainable fashion rooted in Denmark, will be hosted in China next month. The special Global Fashion Summit: Shanghai Gala edition will take place on 7 November 2024 during the China International Import Expo (CIIE). The event, presented by Global Fashion Agenda (GFA) and Chinamind NEXT, will bring together local and international industry stakeholders for an evening of informative discussions during a celebratory gala dinner.

Convening major decision-makers from across the world, Global Fashion Summit was first launched by GFA in Copenhagen in 2009. In the 15 years since its inception, it has become a nexus for agenda-setting discussions and presentations on the most critical environmental, social and ethical issues facing our industry and planet, all intended to spark urgent action and accelerate impact in the industry.

As the first event of its kind in China, the Global Fashion Summit: Shanghai Gala content will build on the theme of June’s Copenhagen Edition - "Unlocking The Next Level". With deadlines for sustainability targets looming, fashion finds itself at a critical juncture. Unlocking the next level of impact requires new depths of collaborative action and sharing of evidence-based progress to overcome barriers.

China plays a critical role in unlocking this transformation. China was the world’s largest exporter of readymade garments in 2023, with a 31.6 per cent market share and exports worth 165 billion USD. The soaring growth of Chinese ultra-fast fashion brands is also significantly shaping consumer purchasing practices, meanwhile, China’s luxury market has almost doubled since in 2019. Global Fashion Summit: Shanghai Gala will therefore aim to promote collaboration across the fashion industry's value chain, highlight pressing environmental and social issues, bridge differences between global markets, eliminate information gaps, and share innovative solutions.

The gala dinner will set the scene ahead of GFA’s participation in CIIE (China International Import Expo) on 8 November 2024 - a forum renowned for its focus on sustainable innovation technology. Federica Marchionni, CEO, GFA, will deliver a keynote address during the CIIE to an audience of esteemed leaders that will showcase how innovation and emerging technologies can drive sustainability in lifestyle sectors and advance the industry towards climate goals.

Source:

Global Fashion Agenda

Jeanologia celebrates 25 Years of Laser Revolution Graphic Jeanologia
17.10.2024

Jeanologia celebrates 25 Years of Laser Revolution at Kingpins Amsterdam

Jeanologia celebrates the 25th anniversary of its pioneering laser technology at Kingpins Amsterdam, with a unique capsule collection that blends the nostalgia of traditional denim with technological advances that have revolutionized the industry. This joint celebration with Kingpins – commemorating their 10th anniversary in Amsterdam and 20th globally – highlights the global impact of laser technology through a visual installation that traces a quarter century of innovation, with a focus on the future.

The launch of Jeanologia’s first laser in 1999 marked the beginning of a new era for the textile industry, improving sustainability, quality, and efficiency. By eliminating hazardous practices like sandblasting, this disruptive technology enhanced processes and redefined the concepts of innovation and sustainability in an industry rooted in craftsmanship. Today, this technology is used in 50% of global jean production, solidifying its position as an essential tool for top manufacturers and fashion brands.

Jeanologia celebrates the 25th anniversary of its pioneering laser technology at Kingpins Amsterdam, with a unique capsule collection that blends the nostalgia of traditional denim with technological advances that have revolutionized the industry. This joint celebration with Kingpins – commemorating their 10th anniversary in Amsterdam and 20th globally – highlights the global impact of laser technology through a visual installation that traces a quarter century of innovation, with a focus on the future.

The launch of Jeanologia’s first laser in 1999 marked the beginning of a new era for the textile industry, improving sustainability, quality, and efficiency. By eliminating hazardous practices like sandblasting, this disruptive technology enhanced processes and redefined the concepts of innovation and sustainability in an industry rooted in craftsmanship. Today, this technology is used in 50% of global jean production, solidifying its position as an essential tool for top manufacturers and fashion brands.

Jeanologia has successfully integrated laser technology into the DNA of denim without losing sight of its classic heritage. This balance between tradition and modernity has cemented its significant impact on the industry. “Laser has enabled more sustainable production and opened up creative possibilities that were once unimaginable,” says Fernando Cardona, Head of Jeanologia's Brainbox.

25 LASER YEARS capsule collection of ‘old new designs’
To commemorate this milestone at Kingpins Amsterdam, Jeanologia will offer an interactive visual journey through the history of their laser technology and present a specially designed capsule collection to celebrate this anniversary.

This installation will showcase a special collection that captures the magic of laser by merging the classic with the modern. Patches, embroidery, and natural wear effects evoke the nostalgia of traditional denim, while the technology plays the silent protagonist behind each finish. The garments illustrate how laser allows iconic vintage effects such as stone washing, worn-out looks, washing marks, rips, and marbling effects using tools like the “Light Ripper” or “Light Scrapper.” The collection also explores the numerous creative possibilities these tools enable, including hyper realistic laser details, denim elements and bleach-like stains. This nostalgic approach invites the reinterpretation of the past through updated historical models that encapsulate the idea of continuous evolution and improvement in laser design.

This "old new designs" capsule collection symbolizes the connection between Jeanologia's legacy and its vision of a greener, more responsible textile industry, celebrating its history while inviting both the industry and consumers to be part of a more sustainable future in denim.

As part of the 25th-anniversary celebration, Jeanologia will offer a digital version of this capsule collection, with 25 digital designs that pay homage to the evolution of laser technology and its transformative impact. Visitors can also experience the unique digital design process with eDesigner software, taking home their digital garment to produce it sustainably anywhere in the world.

Jeanologia invites brands, designers, and consumers to be part of a new era of denim, where tradition and technology merge to create a greener, more innovative, and sustainable future.

A tribute to the ‘Denim Tribe’
Jeanologia does not commemorate this anniversary alone. The collections and the accompanying narrative are a shared tribute to the global community of brands, designers, and manufacturers who have embraced laser technology and contributed to its progress. “More than a celebration for Jeanologia, this is recognition of the entire industry, the ‘denim tribe’ that has courageously and responsibly adopted this technology, advancing towards a more sustainable future in fashion. Without their collaboration, we wouldn’t have achieved this impact,” emphasizes the Head of Technological Development at Jeanologia.

Source:

Jeanologia

Trailventure 2 WP Photo: eVent Fabrics / Topo Athletic
Trailventure 2 WP
15.10.2024

Sustainable plant-based BIO Footwear technology

Topo Athletic Adopts eVent Fabrics Plant-Positive: Starting in 2024, the Topo Athletic Terraventure 4 WP and Trailventure 2 WP will feature eVent’s sustainable plant-based BIO Footwear technology.

eVent®️ Fabrics, a global leader in waterproof and breathable fabric technologies, is officially supplying their planet-positive eVent BIO™ Footwear waterproof/breathable laminate to Topo Athletic, leaders in sustainably-minded footwear for walking, running, and hiking.

The eVent BIO Footwear technology is currently being used in the Topo Terraventure 4 WP trail shoe and the Trailventure 2 WP hiking boot. Both shoes offer comfort, performance, and now, an eco-friendly waterproof/breathable membrane.

Designed to withstand any weather conditions, BIO Footwear is a waterproof and planet-positive laminate that combines cutting-edge technology with highly renewable plant-based materials. BIO Footwear offers good abrasion resistance, ensuring your shoes stand the test of time. From rugged outdoor adventures to everyday wear, BIO Footwear is ready to take on any challenge while keeping your feet dry, comfortable, and blister free.

Topo Athletic Adopts eVent Fabrics Plant-Positive: Starting in 2024, the Topo Athletic Terraventure 4 WP and Trailventure 2 WP will feature eVent’s sustainable plant-based BIO Footwear technology.

eVent®️ Fabrics, a global leader in waterproof and breathable fabric technologies, is officially supplying their planet-positive eVent BIO™ Footwear waterproof/breathable laminate to Topo Athletic, leaders in sustainably-minded footwear for walking, running, and hiking.

The eVent BIO Footwear technology is currently being used in the Topo Terraventure 4 WP trail shoe and the Trailventure 2 WP hiking boot. Both shoes offer comfort, performance, and now, an eco-friendly waterproof/breathable membrane.

Designed to withstand any weather conditions, BIO Footwear is a waterproof and planet-positive laminate that combines cutting-edge technology with highly renewable plant-based materials. BIO Footwear offers good abrasion resistance, ensuring your shoes stand the test of time. From rugged outdoor adventures to everyday wear, BIO Footwear is ready to take on any challenge while keeping your feet dry, comfortable, and blister free.

The waterproof version of the lightweight, rugged, and versatile trail runner and hiker, the Terraventure 4 WP is built to take on wet conditions. The upper features an eVent® BIO footwear bootie construction to lock water out, while the tightly woven mesh provides a secure and durable fit. The 25 x22 mm platform combines moderate cushioning with a forefoot rock plate for a comfortable and protective ride. The Vibram® Megagrip outsole offers superior traction and slip resistance on all terrain, especially in wet conditions.

The Trailventure 2 WP’s mesh upper features a full eVent® BIO footwear waterproof bootie construction, while the ZipFoamTM midsole and external TPU heel counter offer comfort and security. Gaiter attachments work with Topo's Performance Gaiter to keep dirt and debris out. The Vibram® Megagrip outsole provides grip on all surfaces, while the full-length ESS rock plate offers protection and stability.

More information:
waterproof eVent® Fabrics
Source:

eVent Fabrics

Dress for Venice
Dress for Venice
14.10.2024

Bemberg™ by Asahi Kasei lands at Smart Closet initiative with “A Dress For Venice”

Smart Closet is an innovative event dedicated to new generation fashion where C.L.A.S.S and Equipe International, through the InsideOut approach by C.L.A.S.S., come together to represent a smart wardrobe - beautiful, innovative, responsible - together with a new language of values with the aim to share the fully transparent journey behind each product and company, to show their outer and inner values. All values and concepts that are part of Bemberg™ identity.

Bemberg™ is the brand name of the regenerated cellulose fiber cupro, produced only by Asahi Kasei in Japan. It is a special fiber with a circular economy footprint thanks to the fact that it is made from a regenerated cellulose obtained from the manufacturing process of cottonseed oil with a closed-loop process. It guarantees certified sustainability credentials through its transparent and traceable approach. It delivers high quality and versatile applications, comfortable whatever the season: its blissful sensation glides on linings, outerwear, underwear, sportswear and even couture pieces. All perfect characteristics that fit in Smart Closet initiative.

Smart Closet is an innovative event dedicated to new generation fashion where C.L.A.S.S and Equipe International, through the InsideOut approach by C.L.A.S.S., come together to represent a smart wardrobe - beautiful, innovative, responsible - together with a new language of values with the aim to share the fully transparent journey behind each product and company, to show their outer and inner values. All values and concepts that are part of Bemberg™ identity.

Bemberg™ is the brand name of the regenerated cellulose fiber cupro, produced only by Asahi Kasei in Japan. It is a special fiber with a circular economy footprint thanks to the fact that it is made from a regenerated cellulose obtained from the manufacturing process of cottonseed oil with a closed-loop process. It guarantees certified sustainability credentials through its transparent and traceable approach. It delivers high quality and versatile applications, comfortable whatever the season: its blissful sensation glides on linings, outerwear, underwear, sportswear and even couture pieces. All perfect characteristics that fit in Smart Closet initiative.

The project chosen to participate with is the incredible capsule collection A Dress For Venice designed by eco-designer Tiziano Guardini, illustrated by artist Jacopo Ascari, and produced by Martina Vidal Venezia, a Venetian brand that has enriched the garments with some elements in Burano lace, an ancient art candidate to enter the UNESCO list of Intangible Cultural Heritage of Humanity!
 
Inspired by the city of water, it’s made with Bemberg™ fabrics created by Infinity Srl with the textile printing done by Creazioni Digitali, which with the CreŌ | project  printed on Bemberg™ fabrics with low-water pigment inks technology . This collection truly represents and includes all the values of beauty, innovation and supply chain partnerships, all elements.

More information:
Bemberg™ Dress for Venice
Source:

C.L.A.S.S. Eco Hub

Photo COLOURizd™
11.10.2024

Strategic Partnership between COLOURizd and Re-Matters

Re-Matters Textile Recycling Solutions is an innovative start-up promoting circular value streams within the textile industry. The company announced a strategic partnership with COLOURizd, a pioneer in sustainable textile coloration technology.
 
This collaboration aims to support the transformation of the industry by combining COLOURizd' cutting-edge dyeing technology with Re-Matters' circular expertise to drive more sustainable practices throughout the supply chain.
 
Established in 2023, Re-Matters was created in response to mounting global environmental concerns and the rising need for sustainable textile solutions. Leveraging over 40 years of experience from their parent company, Ereks Blue Matters, Re-Matters offers engineering and consultancy services to the textile supply chain in assisting organizations in minimizing their environmental footprint through tailored solutions that emphasize reduction, reuse, recycling, and regeneration.
 

Re-Matters Textile Recycling Solutions is an innovative start-up promoting circular value streams within the textile industry. The company announced a strategic partnership with COLOURizd, a pioneer in sustainable textile coloration technology.
 
This collaboration aims to support the transformation of the industry by combining COLOURizd' cutting-edge dyeing technology with Re-Matters' circular expertise to drive more sustainable practices throughout the supply chain.
 
Established in 2023, Re-Matters was created in response to mounting global environmental concerns and the rising need for sustainable textile solutions. Leveraging over 40 years of experience from their parent company, Ereks Blue Matters, Re-Matters offers engineering and consultancy services to the textile supply chain in assisting organizations in minimizing their environmental footprint through tailored solutions that emphasize reduction, reuse, recycling, and regeneration.
 
COLOURizd' innovative QuantumCOLOUR technology enables the coloring of recycled materials without the need for bleaching or color removal. This technology preserves the integrity of the fibers and enhances yarn properties, such as strength, reduced pilling, and decreased hairiness. The process uses just 1 liter of water per kilogram of yarn and produces zero wastewater, making it an ideal solution for companies looking to improve their sustainability profile.
 
Re-Matters and COLOURizd will exhibit at the upcoming Textile Exchange Conference in Pasadena, CA, USA, from October 28 to 31, 2024.
 
This year's theme, The Case for Change, will explore how integrating best practices for climate and nature into business operations can build resilience for the future. Both companies will showcase their innovative solutions and discuss their collaborative efforts to promote a more sustainable textile industry.

Source:

COLOURizd™ / Re-Matters

Photo PaperTale
10.10.2024

PaperTale: Digital twin supply chain

A digital twin supply chain has recently been established by Swedish start-up PaperTale for Sail Racing – a brand well known for its durable and long-lasting performance garments for the marine industry.

The PaperTale system for Sail Racing fully maps a complex network, beginning with farmers in Australia, moving to garment workers in Pakistan and finally reaching consumers in Scandinavia. It incorporates data collection from the three countries using NFC tags and blockchain technology to provide detailed supply chain insights and ensure regulatory compliance for the brand.

Introducing the usually anonymous factory workers responsible for each individual garment to the person buying it is what sets PaperTale apart from other tracking systems – a next level of personalisation that will make a valuable contribution to raising the debate on the true cost of textiles.

A digital twin supply chain has recently been established by Swedish start-up PaperTale for Sail Racing – a brand well known for its durable and long-lasting performance garments for the marine industry.

The PaperTale system for Sail Racing fully maps a complex network, beginning with farmers in Australia, moving to garment workers in Pakistan and finally reaching consumers in Scandinavia. It incorporates data collection from the three countries using NFC tags and blockchain technology to provide detailed supply chain insights and ensure regulatory compliance for the brand.

Introducing the usually anonymous factory workers responsible for each individual garment to the person buying it is what sets PaperTale apart from other tracking systems – a next level of personalisation that will make a valuable contribution to raising the debate on the true cost of textiles.

“Our system captures the supply chain of a product from cradle to grave, in real-time,” says company founder Bilal Bhatti. “By integrating it into existing planning and management systems, factories and brands can gather and verify the flow of material and their social and environmental data in real-time. Data is added to a public blockchain so it is extremely hard to tamper with, further increasing trust. When a product is finalised, consumers can scan an NFC tag or QR-code to view the entire journey a product has travelled, which craftsmen were involved in the production, and if they have been paid fairly.”

“This technology is a game-changer in that we provide verified information about the social aspects of the manufacturing process and not just information about the components of the garment,” says Bilal. “We need products and processes to be much more connected with people, especially in such a complex supply chain where a high percentage of the work is carried out by contract workers who are unregistered and often exploited.

“When the entire product journey is visible using real-time and verified data, higher trust is created all the way from factories to consumers. Our system makes it possible to start the dialogue on the cost of sustainability, paving the way to increase incentives that result in proper wages, contracts and workplace safety. In respect of environmental sustainability, real-time data makes real-time measurement possible, which will also stimulate brands and factories to reduce emissions, water usage and pollution.”

The collaboration is further highlighted as the primary case study in a just-released white paper prepared by Deloitte, as a guide to how companies could most effectively prepare for the European Commission’s upcoming Digital Product Passport (DPP) and other related legislation.

Source:

PaperTale

Determination of the bacterial penetration with the ReBa2 test device Foto: DITF
Determination of the bacterial penetration with the ReBa2 test device
08.10.2024

Cleanzone Award 2024 for new testing method for cleanroom garments

The Cleanzone, the trade fair for cleanroom and purity technology, hygiene and contamination control, took place in Frankfurt am Main on September 25 and 26, 2024. The Cleanzone Award is presented at the trade fair to recognize groundbreaking advances in innovation, automation, sustainability and efficiency in the field of cleanroom technology. This year, the award went to the German Institutes of Textile and Fiber Research Denkendorf (DITF) and the Dastex Group GmbH for the development of a test method for cleanroom garments - the ReBa2.

The Cleanzone, the trade fair for cleanroom and purity technology, hygiene and contamination control, took place in Frankfurt am Main on September 25 and 26, 2024. The Cleanzone Award is presented at the trade fair to recognize groundbreaking advances in innovation, automation, sustainability and efficiency in the field of cleanroom technology. This year, the award went to the German Institutes of Textile and Fiber Research Denkendorf (DITF) and the Dastex Group GmbH for the development of a test method for cleanroom garments - the ReBa2.

With the Realistic Bacterial Barrier (ReBa2) test method, the DITF offer a new biological method for determining the bacterial penetration for cleanroom garment textiles. Particularly in the manufacturing of sterile pharmaceuticals, bacteria, skin flakes and fiber particles that can originate from persons and their clothing pose a risk to the products manufactured in the cleanroom. Special cleanroom garments have the task of minimizing this risk. To assess the barrier function, the “bacterial penetration” is determined, among other properties. This provides information on how many bacteria from the human skin flora pass through the cleanroom garments to the outside when worn.

The ReBa2 test method largely reproduces the situation when wearing cleanroom garments and thus enables a meaningful determination of the bacterial penetration. It is also possible to consider numerous test scenarios. In addition to the influence of intermediate garments worn under the cleanroom garments, the sweating process or the pre-wetting of the cleanroom garments by liquid splashes in the manufacturing process or by disinfectants can also be tested. The method was developed at the DITF in collaboration with the Dastex Group GmbH.

11.09.2024

Custom Ink uses Kornit Digital's On-Demand Technology

Kornit Digital LTD. announced that Custom Ink, a company for custom wearables and other swag for organizations, groups, and communities, has chosen Kornit technology to bolster its production capabilities. By transitioning a share of its printing from screen to digital direct-to-garment production, Custom Ink is supporting the growth of its business while accelerating its digital transition through a sustainable printing technology and providing customers with a high quality of custom apparels, gears, and swags.
 
Custom Ink has become a household name by bringing communities together and creating a sense of belonging through inspired custom apparel, accessories, and promotional products. Custom Ink owns Swag.com, a recognizable provider of corporate swag; Printfection, a swag platform for enterprise buyers; and Swag Space, an end-to-end white-label platform for promotional product distributors. It also offers Custom Ink Fundraising, a platform to raise money and awareness for charities and personal causes through the sale of custom t-shirts and other apparel.
 

Kornit Digital LTD. announced that Custom Ink, a company for custom wearables and other swag for organizations, groups, and communities, has chosen Kornit technology to bolster its production capabilities. By transitioning a share of its printing from screen to digital direct-to-garment production, Custom Ink is supporting the growth of its business while accelerating its digital transition through a sustainable printing technology and providing customers with a high quality of custom apparels, gears, and swags.
 
Custom Ink has become a household name by bringing communities together and creating a sense of belonging through inspired custom apparel, accessories, and promotional products. Custom Ink owns Swag.com, a recognizable provider of corporate swag; Printfection, a swag platform for enterprise buyers; and Swag Space, an end-to-end white-label platform for promotional product distributors. It also offers Custom Ink Fundraising, a platform to raise money and awareness for charities and personal causes through the sale of custom t-shirts and other apparel.
 
Custom Ink has historically relied on both screen and digital printing technologies, but the increasing demand for rapid fulfillment, coupled with the need for sustainable and efficient production methods, has accelerated its shift toward digital technologies.

Source:

Kornit Digital Ltd.

Photo: Archroma
03.09.2024

Archroma, Kipaş Denim and Jeanologia collaborate for new finishing process

Archroma, specialist in chemicals towards sustainable solutions, Kipaş Denim, a Turkish company with a focus on integrated textile production, and Jeanologia, a sustainable textile solutions company, are collaborating to pioneer a new denim finishing process for enhanced aesthetic appeal and greater sustainability.

Combining their advanced technologies, the three textile innovators are behind the launch of Kipaş Denim’s new Contra Denim concept – a breakthrough in denim dyeing and finishing that enables brands to create stunning and long-lasting distressed looks and designs effects, including intricate patterns, whiskering and fades, through cleaner processes that save water and energy and reduce greenhouse gas emissions.

Denim has traditionally been challenging to produce, especially for black and indigo fabric with a worn or distressed look, requiring significant water usage, harmful chemicals and intensive manual labor. The Contra Denim collection is laser- and laundry-friendly, with colors that are deep and durable. Stunning wash-down vintage effects and high contrasts are achieved via washing or laser techniques.

Archroma, specialist in chemicals towards sustainable solutions, Kipaş Denim, a Turkish company with a focus on integrated textile production, and Jeanologia, a sustainable textile solutions company, are collaborating to pioneer a new denim finishing process for enhanced aesthetic appeal and greater sustainability.

Combining their advanced technologies, the three textile innovators are behind the launch of Kipaş Denim’s new Contra Denim concept – a breakthrough in denim dyeing and finishing that enables brands to create stunning and long-lasting distressed looks and designs effects, including intricate patterns, whiskering and fades, through cleaner processes that save water and energy and reduce greenhouse gas emissions.

Denim has traditionally been challenging to produce, especially for black and indigo fabric with a worn or distressed look, requiring significant water usage, harmful chemicals and intensive manual labor. The Contra Denim collection is laser- and laundry-friendly, with colors that are deep and durable. Stunning wash-down vintage effects and high contrasts are achieved via washing or laser techniques.

Contra Denim is based on Archroma’s DENIM HALO, a new approach to denim production that incorporates resource-saving pretreatment that includes DIRSOL® RD and dyeing processes to produce easy-wash laser-friendly denim. It delivers a substantially reduced environmental footprint compared to the industry-standard denim finishing process while reducing yarn shrinkage and improving garment tensile strength.

The Contra Denim’s vintage looks are achieved with advanced laser marking technology from Jeanologia. Thanks to the combination of Archroma and Jeanologia technologies, manual hand scraping or potassium permanganate spraying harmful for workers and the environment are completely eliminated.

Fernando Cardona, Brain Box Team Manager, Jeanologia, said: “As a purpose-driven textile technology company, we take pride in working with partners to accompany them through their transformational processes. We are delighted to work with industry leaders such as Archroma and Kipaş Denim, who are at the forefront of responsible denim production.”

Initially producing a ContraBlack Denim collection, Kipaş Denim has now extended the Contra line to classic indigo and other colors from the DIRESUL® RDT range.

The ContraBlack collection earned a Jeanologia Environmental Impact Measurement (EIM) score of 11 on stone wash versus the ring dyeing market standard score of 67. This confirms the low impact of the ContraBlack range in both water and energy consumption, chemical impact and workers’ health.

Source:

Archroma

HeiQ and GQ Apparel: Denim with cooling technology (c) HeiQ Materials AG
30.08.2024

HeiQ and GQ Apparel: Denim with cooling technology

HeiQ and Thailand-based tech apparel brand GQ Apparel collaborate to bring innovative cooling to denim in Thailand.

GQ Apparel’s denim segment was just launched this August and underscores the company’s commitment to innovation, textile performance and solving consumer pain points. By integrating HeiQ’s biobased technology HeiQ Cool, the new GQ Cool Tech™ Jeans introduce a new era of denim that exceeds the expectations of consumers who value quality, functionality, and environmental responsibility.

Thailand's traditionally hot weather makes it impractical to wear jeans as they become too warm. The localized application of HeiQ Cool in the leg zone solves this problem by providing wearers with an immediate cool sensation when putting the jeans on, and continuous cooling throughout the day.

The cooling technology, paired with a detailed, pain-point solving design, underwent an intense research and development process with more than 500 prototypes tested. 95% of consumers who took part in a wear trial preferred the GQ Cool Tech™ Jeans to their usual ones.

HeiQ and Thailand-based tech apparel brand GQ Apparel collaborate to bring innovative cooling to denim in Thailand.

GQ Apparel’s denim segment was just launched this August and underscores the company’s commitment to innovation, textile performance and solving consumer pain points. By integrating HeiQ’s biobased technology HeiQ Cool, the new GQ Cool Tech™ Jeans introduce a new era of denim that exceeds the expectations of consumers who value quality, functionality, and environmental responsibility.

Thailand's traditionally hot weather makes it impractical to wear jeans as they become too warm. The localized application of HeiQ Cool in the leg zone solves this problem by providing wearers with an immediate cool sensation when putting the jeans on, and continuous cooling throughout the day.

The cooling technology, paired with a detailed, pain-point solving design, underwent an intense research and development process with more than 500 prototypes tested. 95% of consumers who took part in a wear trial preferred the GQ Cool Tech™ Jeans to their usual ones.

Praised by local media for their design, the jeans have become a viral sensation in Thailand, with videos showing the cooling technology.

Source:

HeiQ Materials AG

SHIMA SEIKI at Intertextile Shanghai (c) SHIMA SEIKI MFG., LTD.
21.08.2024

SHIMA SEIKI at Intertextile Shanghai

Computerized textile solutions provider SHIMA SEIKI MFG., LTD. of Wakayama, Japan, together with its Hong Kong and Chinese market subsidiary SHIMA SEIKI (HONG KONG) LTD., will exhibit at the 30th edition of the Intertextile Shanghai Apparel Fabrics show in Shanghai, China this month. It will exhibit as part of the newly established Digital Solutions Zone which allows visitors to capture various opportunities available as part of the digital revolution that is currently making waves in the apparel industry.

Computerized textile solutions provider SHIMA SEIKI MFG., LTD. of Wakayama, Japan, together with its Hong Kong and Chinese market subsidiary SHIMA SEIKI (HONG KONG) LTD., will exhibit at the 30th edition of the Intertextile Shanghai Apparel Fabrics show in Shanghai, China this month. It will exhibit as part of the newly established Digital Solutions Zone which allows visitors to capture various opportunities available as part of the digital revolution that is currently making waves in the apparel industry.

SHIMA SEIKI will be showing its APEXFiz® subscription-based design software which supports the creative side of fashion from planning and design to colorway evaluation, realistic fabric simulation and 3D virtual sampling. Virtual samples are a digitized version of sample making that are accurate enough to be used effectively as prototypes, replacing physical sampling and consequently reducing time, cost and material that eventually go to waste. The remarkable realism of textile simulation is achieved by using scanned data of actual yarn to virtually weave or knit, creating an image that resembles real fabric. These fabrics can be utilized in various 3D simulation software including APEXFiz® to create realistic product images. Should the design be approved for production, machine data can be generated to allow smooth communication for digitally bridging the gap between the studio and factory. APEXFiz® thereby helps to realize sustainability and digitally transform the fashion supply chain.

The product planning capability of APEXFiz® is enhanced by several web services featured as part of the SHIMA SEIKI Online Services (SHIMA online) web platform. These include SHIMA Datamall™ digital content web service that allows users to search, browse and purchase a variety of useful data for streamlining the planning and production of fashion items, as well as the yarnbank® digital yarn sourcing web service that offers digitized yarn data by yarn companies from around the world for download and use in virtual sampling.

Knitwear samples produced on the latest lineup of computerized flatbed knitting machines and exclusive to SHIMA SEIKI computerized knitting technology will also be on display, including WHOLEGARMENT® knitwear that can be produced in their entirety without linking or sewing, as well as hybrid knit-weave samples proposed as an alternative to wovens.

Source:

SHIMA SEIKI MFG., LTD.

adidas launches Tennis Collection with Motion Capture Technology (c) adidas AG
16.08.2024

adidas launches Tennis Collection with Motion Capture Technology

adidas launches its 19-piece FW24 New York Tennis apparel collection – a range of high-performance pieces built to optimize movement and reduce distraction.

The collection, which features blue and white colorways inspired by the hard courts of New York, has been crafted utilizing insights from motion capture technology. The technology, which uses digital image recording to test a moving target, measures the strain on an athlete’s body over time, revealing areas that generate the most heat during play.

These insights informed key design features, such as the strategic material placements of fabric and cut-outs. Following the natural curves of the body, they were purposefully placed in high-movement areas – such as the shoulders and under the arm – to help maximize players’ range of motion. Pieces featuring this technology include the women’s AEROREADY Dress Pro and the women’s HEAT.RDY Match Skirt Pro, which features pleats over the upper leg, allowing for maximum flexibility and adaptability, to help players change direction with ease.

adidas launches its 19-piece FW24 New York Tennis apparel collection – a range of high-performance pieces built to optimize movement and reduce distraction.

The collection, which features blue and white colorways inspired by the hard courts of New York, has been crafted utilizing insights from motion capture technology. The technology, which uses digital image recording to test a moving target, measures the strain on an athlete’s body over time, revealing areas that generate the most heat during play.

These insights informed key design features, such as the strategic material placements of fabric and cut-outs. Following the natural curves of the body, they were purposefully placed in high-movement areas – such as the shoulders and under the arm – to help maximize players’ range of motion. Pieces featuring this technology include the women’s AEROREADY Dress Pro and the women’s HEAT.RDY Match Skirt Pro, which features pleats over the upper leg, allowing for maximum flexibility and adaptability, to help players change direction with ease.

White color blocking is placed in the shoulder and torso areas, which is where the most heat is generated, of the men’s HEAT.RDY FreeLift Polo Shirt Pro and men’s HEAT.RDY Tank Top Pro, to help keep players feeling cool. adidas’ AIRCHILL technology is leveraged to create ventilation zones in high-sweat areas of the body in the men’s AIRCHILL FreeLift T-Shirt Pro and women’s AIRCHILL Match Tank Pro, which uses thermally zoned, raised pattern motifs and mesh layers to maximize airflow.

The head-to-toe collection premiers at the final major tournament of the season and will be worn by athletes including Jessica Pegula, Caroline Wozniacki, Elina Svitolina, Maria Sakkari, Daria Kasatkina, Stefanos Tsitsipas and Felix Auger-Aliassime.

More information:
adidas adidas AG Sportswear
Source:

adidas AG

adidas: Trefoil for Third Jerseys of European Football Clubs (c) adidas AG
14.08.2024

adidas: Trefoil for Third Jerseys of European Football Clubs

adidas announces the return of the iconic trefoil to the pitch, with the launch of the third jerseys for each of five European clubs (Arsenal, Bayern Munich, Manchester United, Juventus and Real Madrid).

Over the past few decades, the adidas trefoil has come to represent the latest in contemporary street style and, since 2000, has been used exclusively for adidas Originals collections and limited-edition jerseys designed for off-pitch wear. With the 75th anniversary of the brand approaching in 2025, adidas is bringing it back to the pitch, not only with a nod to its status in the history of the sport, but also in recognition of the increasing role fashion plays in the contemporary game.

The on-field version of the jersey is constructed with HEAT.RDY technology, using advanced materials to maximize air flow to keep players feeling cool, while the fan version features AEROREADY technology, which uses sweat-wicking or absorbent materials to keep the body feeling dry.

adidas announces the return of the iconic trefoil to the pitch, with the launch of the third jerseys for each of five European clubs (Arsenal, Bayern Munich, Manchester United, Juventus and Real Madrid).

Over the past few decades, the adidas trefoil has come to represent the latest in contemporary street style and, since 2000, has been used exclusively for adidas Originals collections and limited-edition jerseys designed for off-pitch wear. With the 75th anniversary of the brand approaching in 2025, adidas is bringing it back to the pitch, not only with a nod to its status in the history of the sport, but also in recognition of the increasing role fashion plays in the contemporary game.

The on-field version of the jersey is constructed with HEAT.RDY technology, using advanced materials to maximize air flow to keep players feeling cool, while the fan version features AEROREADY technology, which uses sweat-wicking or absorbent materials to keep the body feeling dry.

More information:
adidas adidas AG Sportwear
Source:

adidas AG

Fashion for Good: Testing and validating footwear recycling process (c) Fashion for Good
07.08.2024

Fashion for Good: Testing and validating footwear recycling process

Fashion for Good and its footwear partners adidas, Inditex, ON Running, PVH Corp., Reformation, Target, and Zalando announce a new initiative aimed at accelerating and validating the next generation of footwear innovations. This builds on the organisation’s existing work leveraging their expertise in scouting, validation, innovation and collaboration. This initiative will address the key intervention points needed to drive footwear circularity spanning four work streams across the supply chain from materials to end of use. Industry wide collaboration will be vital to overcome the various roadblocks we face in this space. Therefore, Fashion for Good is launching a call for action, asking all relevant innovators to apply and collaborators to join in the movement.

Fashion for Good and its footwear partners adidas, Inditex, ON Running, PVH Corp., Reformation, Target, and Zalando announce a new initiative aimed at accelerating and validating the next generation of footwear innovations. This builds on the organisation’s existing work leveraging their expertise in scouting, validation, innovation and collaboration. This initiative will address the key intervention points needed to drive footwear circularity spanning four work streams across the supply chain from materials to end of use. Industry wide collaboration will be vital to overcome the various roadblocks we face in this space. Therefore, Fashion for Good is launching a call for action, asking all relevant innovators to apply and collaborators to join in the movement.

Around 23.9Bn shoes are produced globally each year, they are often made using over 40 different components from a range of different materials including TPU, EVA, PU and rubber. The industry faces significant challenges due to this high complexity of shoe construction. This combined with a low collection rate, results in a vast majority of discarded footwear ending up in landfills. Fashion for Good sees the need to address this challenge and focus on laying the foundation for footwear circularity as well as accelerating innovation.

Therefore, Fashion for Good will double down their work in this space, building on their existing projects including the Fast Feet Grinded pilot, which tests and validates Fast Feet Grinded's footwear recycling process. Expanding on existing workstreams Fashion for Good will collaborate with our footwear focused partners, including adidas, Inditex, ON Running, PVH Corp., Reformation, Target, and Zalando

To effectively address the challenges in footwear sustainability, Fashion for Good has identified the key intervention points across the shoe lifecycle and structured work into four core workstreams:

  1. Materials - Scouting and validating sustainable alternatives for footwear materials including TPU, PU, EVA, leather, and rubber
  2. Design - Defining circular design in the footwear space and collectively driving guidelines to build a circular infrastructure
  3. End of Use: Sorting, Disassembly, & Recycling - Developing a comprehensive data set on post-consumer footwear waste flows, including (non-)rewearable fractions, volumes, construction and composition. As well as scouting and validating solutions for repair,  end of use, disassembly and recycling of footwear
  4. Traceability - Laying the foundation by amalgamating a footwear traceability data protocol to build traceability for evidence to substantiate sustainability claims

CALL FOR INNOVATIONS
Fashion for Good is on the lookout for breakthrough sustainable solutions in the footwear sector that maintain performance and durability. If you have a relevant technology, whether you're an innovator, university, or established company, can apply by 20th September 2024 here.