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(c) Eastman Naia™
18.08.2026

Naia™ from Eastman: First appearance at Apparel Sourcing Show Guatemala

At Booth 50, Eastman will present U.S.-produced Naia™ staple fibers and filament yarns for casualwear and activewear, supporting closer collaboration across the regional value chain.

As brands and retailers explore more diversified and responsive sourcing networks, the Naia™ from Eastman brand is strengthening its engagement with the textile and apparel value chain across the western hemisphere. From August 18 to 20, the company will participate for the first time in Apparel Sourcing Show Guatemala, a regional meeting point for apparel sourcing, manufacturing and nearshoring.

Produced in the United States, Naia™ offers regional manufacturers, brands and sourcing teams a cellulosic fiber option within the western hemisphere, creating opportunities for direct dialogue and new collaborations across the regional textile and apparel supply chain.

At Booth 50, Eastman will present U.S.-produced Naia™ staple fibers and filament yarns for casualwear and activewear, supporting closer collaboration across the regional value chain.

As brands and retailers explore more diversified and responsive sourcing networks, the Naia™ from Eastman brand is strengthening its engagement with the textile and apparel value chain across the western hemisphere. From August 18 to 20, the company will participate for the first time in Apparel Sourcing Show Guatemala, a regional meeting point for apparel sourcing, manufacturing and nearshoring.

Produced in the United States, Naia™ offers regional manufacturers, brands and sourcing teams a cellulosic fiber option within the western hemisphere, creating opportunities for direct dialogue and new collaborations across the regional textile and apparel supply chain.

At Booth 50, Eastman will showcase both Naia™ staple fiber and filament yarn offerings for casualwear and activewear. A key focus of the presentation will be Naia™ On The Move, an application designed for active, everyday wear and built around Naia™ Renew staple fiber, made with 40% GRS-certified recycled materials* and 60% sustainably sourced wood pulp. The application demonstrates how Naia™ fiber blends can deliver next-to-skin comfort, breathability and a soft hand feel, together with moisture management and quick-dry performance. 

Developed to help garments stay fresh and comfortable throughout the day, Naia™ On The Move highlights the versatility needed for urban lifestyles, where changing temperatures, humidity and active routines call for adaptable apparel solutions. 

“The western hemisphere is becoming an increasingly important part of the sourcing conversation,” said Chad Doub, Global Segment Market Manager, Casual Wear and Home at Eastman. “Our participation in Guatemala gives us the opportunity to build new relationships and explore how Naia™ staple fibers and filament yarns can support innovative fabric developments for casualwear and activewear. We believe Naia™ On The Move, our application designed for this segment, is particularly well suited to the needs of the region and of the brands sourcing here, where versatility, comfort and performance are increasingly important.”

The Apparel Sourcing Show brings together businesses operating across the textile and apparel supply chain, including textiles, machinery, accessories, services and manufacturing. Eastman’s participation also builds on its engagement with the Americas Apparel Producers’ Network.

Following the 2026 pro:Americas Annual Conference in May, the Guatemala show represents another step in the company’s efforts to connect with businesses developing more integrated supply chains across the region.

World of Wipes® International Conference 2027 Graphic by INDA
18.08.2026

World of Wipes®: Call for Abstracts for the 2027 International Conference

Wipes industry professionals are invited to share their expertise, June 7-10 in Indianapolis: INDA, the Association of the Nonwoven Fabrics Industry, is now accepting abstracts for the 2027 World of Wipes® (WOW) International Conference, taking place June 7-10, 2027, in Indianapolis, IN.

Professionals from across the wipes supply chain are invited to submit abstracts highlighting new products, technologies, materials, market developments, research, and other insights shaping the future of the wipes industry. Abstracts are due January 22, 2027.

Prospective presenters should submit a concise abstract of one to two paragraphs describing their proposed presentation and its relevance to wipes, wipe manufacturing, or the broader wipes marketplace. Abstracts may be submitted online through the WOW website at https://www.worldofwipes.org/call-for-papers.

Topics of interest include, but are not limited to:

Wipes industry professionals are invited to share their expertise, June 7-10 in Indianapolis: INDA, the Association of the Nonwoven Fabrics Industry, is now accepting abstracts for the 2027 World of Wipes® (WOW) International Conference, taking place June 7-10, 2027, in Indianapolis, IN.

Professionals from across the wipes supply chain are invited to submit abstracts highlighting new products, technologies, materials, market developments, research, and other insights shaping the future of the wipes industry. Abstracts are due January 22, 2027.

Prospective presenters should submit a concise abstract of one to two paragraphs describing their proposed presentation and its relevance to wipes, wipe manufacturing, or the broader wipes marketplace. Abstracts may be submitted online through the WOW website at https://www.worldofwipes.org/call-for-papers.

Topics of interest include, but are not limited to:

  • Dry and Wet Wipes
  • End-Use Markets
  • Market Statistics and Data
  • Raw Materials and Fibers
  • Sustainability
  • Fabric Formation
  • Ingredients, Formulations, and Lotions
  • Flexible and Rigid Packaging
  • Machinery and Equipment
  • Flushability
  • Single-Use Plastics
  • Labeling and Regulations
  • Circular Economy

Presenting at WOW 2027 provides an opportunity to share expertise and innovation with an engaged audience of wipes professionals while building connections across the entire supply chain, from raw material and technology suppliers to converters, brands, and retailers. Presenters will contribute to the conversations, ideas, and developments shaping the future of the global wipes industry.

Hygienix™ 2026 Conference Program Graphic (c) INDA
12.08.2026

INDA: Hygienix™ 2026 Conference Program

INDA, the Association of the Nonwoven Fabrics Industry, announced that the conference program is now available for Hygienix™ 2026, the premier global event for the absorbent hygiene and personal care markets. Hygienix will take place Nov. 16–19 at the Hyatt Regency Houston in Houston, Texas.

Conference Program
The conference program will feature the future of absorbent hygiene products, materials, manufacturing, and consumer care. Key topics include:

INDA, the Association of the Nonwoven Fabrics Industry, announced that the conference program is now available for Hygienix™ 2026, the premier global event for the absorbent hygiene and personal care markets. Hygienix will take place Nov. 16–19 at the Hyatt Regency Houston in Houston, Texas.

Conference Program
The conference program will feature the future of absorbent hygiene products, materials, manufacturing, and consumer care. Key topics include:

  • Global energy, economic, and market trends influencing raw material costs, supply chains, product affordability, and business strategy
  • Emerging consumer expectations, adult incontinence solutions, product insecurity, and opportunities to improve comfort, dignity, and access
  • Advances in absorbent cores, superabsorbent materials, polymers, nonwovens, adhesives, fluid management, skin health, and next-generation product design
  • Sustainability, biodegradability, manufacturing efficiency, and end-of-life considerations driving material and product innovation
  • Evolving regulatory, legislative, reimbursement, and industry standards affecting absorbent hygiene manufacturers and suppliers

Event Highlights
Pre-Conference Workshops – Monday, Nov. 16
Hygienix will offer three interactive pre-conference workshops:

  • “Inside the Absorbent Core: A Hands-On Systems Approach to Fluid Control” – Jim Robinson, Principal, Absorbent Hygiene Insights, LLC
  • “Inside Sustainable Hygiene: A Hands-On Reality Check for Materials, Claims, End-of-Life, and U.S. Compliance” – Heidi Beatty, Chief Executive Officer, Crown Abbey, LLC
  • “Inside the Diaper Market: Hands-On Benchmarking, Performance, and Trends” – Natalia Richer, Director of Business Development, and Irene Richer, Director of Laboratory Operations, Diaper Testing International

Networking Opportunities
Attendees will have multiple opportunities to build relationships, exchange ideas, and connect with absorbent hygiene industry leaders and solution providers, including:

  • Lunch Around – An extended networking lunch designed to encourage meaningful conversations with industry leaders; seating is limited
  • Lightning Talks – Five-minute exhibitor presentations highlighting new technologies, products, and capabilities
  • Evening Receptions and Exhibits – Opportunities to meet leading suppliers serving the absorbent hygiene and personal care markets
  • Welcome Reception – A lively opening-night event bringing attendees together to kick off Hygienix

Lifetime Service Awards
Carl Cucuzza and Pricie Hanna, the 2025 and 2026 Lifetime Service Award recipients, respectively, will be recognized during a presentation on Tuesday, Nov. 17, at 4:15 p.m.

The Lifetime Service Award recognizes individuals who have provided longstanding service to the absorbent hygiene and personal care industry and contributed to its growth and advancement.

Hygienix Innovation Award™
The Hygienix Innovation Award™ will recognize an innovative technology that is advancing the absorbent hygiene and personal care industry. Finalists will present their technologies on Tuesday, Nov. 17, and the winner will be announced during the closing session on Thursday, Nov. 19. Nominations for the 2026 Hygienix Innovation Award close Sept. 14.

The 2025 award recipient, Confitex Technology Ltd., was recognized for its Washable Nonwoven Sanitary Pad, designed to provide a sustainable and scalable solution without the use of superabsorbent polymers.

Mr.Aloke Lohia Photo: (c) Indorama Ventures Public Company Limited
11.08.2026

Indorama Ventures: Strong first-half 2026 earnings

Indorama Ventures Public Company Limited (IVL), a global sustainable chemical producer, reported significantly stronger first-half 2026 earnings, reflecting favorable market conditions together with continued progress in strengthening the Company’s operating fundamentals. 

For the first half of 2026, the Company reported revenue of THB 245.3 billion, up 4% year-on-year, and EBITDA of THB 29.7 billion, up 61%. Second-quarter EBITDA was particularly strong, with all four business segments delivering year-on-year improvement. Operating cash flow after maintenance capital expenditure increased 78% to THB 25.9 billion. Strong cash generation supported further deleveraging, with Net Debt-to-Equity improving to 1.56x, reaching the Company's Capital Markets Day target for 2026 ahead of schedule. 

Indorama Ventures Public Company Limited (IVL), a global sustainable chemical producer, reported significantly stronger first-half 2026 earnings, reflecting favorable market conditions together with continued progress in strengthening the Company’s operating fundamentals. 

For the first half of 2026, the Company reported revenue of THB 245.3 billion, up 4% year-on-year, and EBITDA of THB 29.7 billion, up 61%. Second-quarter EBITDA was particularly strong, with all four business segments delivering year-on-year improvement. Operating cash flow after maintenance capital expenditure increased 78% to THB 25.9 billion. Strong cash generation supported further deleveraging, with Net Debt-to-Equity improving to 1.56x, reaching the Company's Capital Markets Day target for 2026 ahead of schedule. 

Management’s continued execution of IVL 2.0 self-help actions, including Sales & Operations Execution (S&OE), inventory discipline and working capital management, also supported stronger cash conversion, with inventory turnover improving to 5.0x in the second quarter from 4.7x at the end of 2025. Operating rates were prudently managed to align production with inventory targets and protect margin quality in a period of volatile pricing. 

Looking ahead, Indorama Ventures expects some of the exceptionally strong second-quarter market tailwinds to normalize. The Company’s priorities for the remainder of 2026 are to deliver sustainable earnings under normalized spreads, convert those earnings into free cash flow, reduce absolute net debt, and improve returns on capital. 

Mr. Aloke Lohia, Group CEO of Indorama Ventures, said, “Our first-half performance reflects both supportive market conditions and the progress we are making through the self-help actions we have taken to strengthen Indorama Ventures. Markets will normalize, so the more important test is whether we can convert the advantages of the platform we have built over three decades - our scale, integration, global footprint, local-for-local operating model and customer positions, into more consistent earnings, stronger cash generation and higher returns through the cycle. 
We are beginning to see that translation in our performance. Greater discipline in how we manage our operations, inventory and working capital is improving cash generation, while our portfolio actions are strengthening the quality of the business and improving returns on capital. Together, these actions are building a more agile and financially resilient Indorama Ventures. 
We remain confident in our 2026 expectations and 2028 ambitions. Our focus is to continue executing on what we can control, strengthen our balance sheet and improve returns, while retaining the flexibility to capture growth opportunities as markets evolve.” 

The earnings improvement was led by Combined PET, supported by favorable market conditions and the benefits of Indorama Ventures’ integrated global platform and local-for-local operating model. Indovida continued its growth momentum, supported by its market-leading packaging position, customer intimacy and organic growth initiatives. Indovinya delivered strong performance across both High Value Applications and Essentials, supported by commercial excellence initiatives. Fibers improved sequentially in the second quarter supported by stable Hygiene demand and transformation efforts, despite continued weakness in Lifestyle and Mobility end markets.

Source:

Indorama Ventures Public Company Limited

03.08.2026

SGL Carbon & X-energy: Capacity expansion for Nuclear-Grade Graphite

SGL Carbon and X-energy announced a binding agreement to double SGL’s production capacity for medium-grain isotropic graphite (“NBG-18”), a specialized material central to X-energy’s Xe-100 high-temperature gas-cooled reactor. X-energy and SGL Carbon’s agreement would expand the supply chain for a critical long-lead material, supporting execution of X-energy’s commercial pipeline.

Under the agreement, X-energy will invest up to $8 million in milestone-based payments to support new facilities and equipment upgrades at SGL’s site in Chedde, France, enabling the facility to produce graphite billets for up to eight new Xe-100 reactors per year. SGL Carbon has concurrently agreed to expand U.S. capacity for machining of billets into graphite blocks, helping to ensure greater supply chain continuity for a safety-critical material. Full execution would double European manufacturing capacity for NBG-18 by 2030, with additional capacity investments under consideration across multiple regions to further debottleneck initial billet production.

SGL Carbon and X-energy announced a binding agreement to double SGL’s production capacity for medium-grain isotropic graphite (“NBG-18”), a specialized material central to X-energy’s Xe-100 high-temperature gas-cooled reactor. X-energy and SGL Carbon’s agreement would expand the supply chain for a critical long-lead material, supporting execution of X-energy’s commercial pipeline.

Under the agreement, X-energy will invest up to $8 million in milestone-based payments to support new facilities and equipment upgrades at SGL’s site in Chedde, France, enabling the facility to produce graphite billets for up to eight new Xe-100 reactors per year. SGL Carbon has concurrently agreed to expand U.S. capacity for machining of billets into graphite blocks, helping to ensure greater supply chain continuity for a safety-critical material. Full execution would double European manufacturing capacity for NBG-18 by 2030, with additional capacity investments under consideration across multiple regions to further debottleneck initial billet production.

The expansion builds on a 10-year Supplier Framework Agreement established in January 2026, which included an initial three-year award valued at over $100 million for X-energy’s first commercial projects. The first NBG-18 graphite blocks produced under this award at SGL’s site in Chedde have since been shipped to SGL sites in the United States, for machining into components. This follows a successful prototyping campaign which began earlier this year, consisting of non-nuclear testing and validation at X-energy’s Technology and Advancement Center in Frederick, Maryland (USA) in advance of final production.

“Commercializing new nuclear at scale rests first and foremost on our ability to significantly expand the new nuclear supply chain, a challenge that extends beyond any one company, supplier, or nation,” said J. Clay Sell, CEO of X-energy. “We look forward to driving this work forward with SGL, and to engaging with potential partners who share our bold vision for a robust, resilient, U.S. and allied nuclear supply chain.”

“By jointly expanding our production capacity for nuclear-grade graphite, we are reinforcing the importance of our partnership and ensuring reliable supply to X-energy. For SGL Carbon, this agreement is a strategically important step that strengthens our position in the highly specialized growth market for nuclear-grade graphite, underscores the importance of our graphite expertise for safety-critical applications, and opens up attractive opportunities for further growth,” said Andreas Klein, CEO of SGL Carbon.

NBG-18 is a nuclear-grade graphite central to the Xe-100 design, functioning as a neutron moderator, and a structural component of the pebble-bed core. The material was first developed for South Africa's Pebble Bed Modular Reactor program, and later the U.S. Department of Energy's (“DOE”) Next Generation Nuclear Plant project, two direct predecessors to X-energy’s Xe-100. Through these, X-energy’s and SGL Carbon’s own initiatives, NBG-18 has undergone extensive qualification work for commercial nuclear operation, gathering operational data that helps to validate the material’s performance over decades of high-temperature operation.

Initial NBG-18 production is intended to support X-energy’s first commercial deployment of the Xe-100 reactor, a proposed four-unit plant in partnership with Dow Chemical Company under the Advanced Reactor Demonstration Program of the United States Department of Energy (DOE), with additional capacity secured for follow-on projects to support manufacturing readiness for safety-critical, long-lead materials. SGL Carbon’s and X-energy’s partnership is part of a growing, diversified portfolio of experienced suppliers supporting Xe-100 deployment, as well as the continued development of a global industrial supply chain.

Source:

SGL Carbon SE

Designed specifically for PA6 and PA6.6 applications: The new Barmag Type 6020 ceramic oiler. Photo: Barmag
Designed specifically for PA6 and PA6.6 applications: The new Barmag Type 6020 ceramic oiler.
30.07.2026

Barmag: Optimized yarn quality for low-titer applications

With the new type 6020 ceramic oiler, Barmag is introducing a powerful addition to its product portfolio for processing PA6 and PA6.6 yarns. The solution is specifically designed for low-titer applications in the range of 5 to 100 denier.

Technological advancement for stable processes
A key feature of the new model is the particularly filament-friendly yarn inlet area, where the yarn is saturated with oil before it comes into contact with the ceramic — a prerequisite for fluff-free processing. The three-waves geometry also ensures minimal yarn contact. The integrated ceramic shaft completes the design — unlike other solutions, where metal shafts are glued in place — and eliminates typical sources of error such as clogged oil lines or ceramic parts falling out. In combination with optimized thread guidance, the geometry of the 6020 ceramic oiler ensures uniform and efficient spinfinish application with minimal spray-off and very high application uniformity (low OCV).

With the new type 6020 ceramic oiler, Barmag is introducing a powerful addition to its product portfolio for processing PA6 and PA6.6 yarns. The solution is specifically designed for low-titer applications in the range of 5 to 100 denier.

Technological advancement for stable processes
A key feature of the new model is the particularly filament-friendly yarn inlet area, where the yarn is saturated with oil before it comes into contact with the ceramic — a prerequisite for fluff-free processing. The three-waves geometry also ensures minimal yarn contact. The integrated ceramic shaft completes the design — unlike other solutions, where metal shafts are glued in place — and eliminates typical sources of error such as clogged oil lines or ceramic parts falling out. In combination with optimized thread guidance, the geometry of the 6020 ceramic oiler ensures uniform and efficient spinfinish application with minimal spray-off and very high application uniformity (low OCV).

Significant quality and efficiency advantages
The new ceramic oiler was specifically developed for demanding production environments and offers significant practical advantages. It ensures consistently high yarn quality through stable process parameters such as high spinfinish application rate (OPU) and a good distribution uniformity (OCV), while also enabling filament-friendly processing without yarn breaks or loop formations. Thanks to the significantly reduced spray-off — especially in the sensitive low-titer range — material losses are minimized, oil contamination of the quench and winding areas are reduced to a minimum, and process reliability is increased. Furthermore, the solution stands out for its ease of use: A clearly visible and easily accessible thread guide facilitates threading, while precise adjustment options allow for quick and reliable setup during operation.

Successfully tested in practice
Initial applications at international customers demonstrate the performance of the new oiler. In tests with PA6 / PA6.6 POY yarns, completely spray-off-free processing and significantly more uniform yarn tension were achieved. Furthermore, an increase in the spinfinish application rate of approximately 23% was achieved compared to standard solutions. Its performance was also confirmed in applications with PET POY fulldull and very critical flatyarn: In a direct comparison of various suppliers, the 6020 nozzle was the only solution to deliver a stable performance without any loops or BF. With the 6020 spinfinish nozzle, Barmag offers a forward-looking solution for low-titer applications in filament production. The integrated ceramic shaft, combined with optimized yarn guidance and excellent process parameters, enables a sustainable improvement in yarn quality, process reliability, and production efficiency

 

More information:
ceramic oiler Barmag low-titer
Source:

Barmag 

(c) Circ
28.07.2026

Circ Launches First Denim Collection with H&M

Circ announced that the first men's denim collection featuring TENCEL™ | Circ® with REFIBRA™ technology is now available at H&M, marking the commercial delivery of this unique pilot project first announced in October 2025. Featuring two styles available across the UK, Scandinavia, Central Europe, Eastern Europe, South Europe, Turkey, North America, Mexico, Canada, and the Middle East, the launch brings TENCEL™ | Circ® with REFIBRA™ technology into H&M's standard men's denim assortment for the first time.

The collection explores a fully integrated supply chain approach from textile waste to pulp to shelf, bringing together Circ’s textile-to-textile recycling technology, Lenzing’s fiber production expertise, AGI Denim’s manufacturing capabilities, and H&M’s global retail platform. Each garment contains TENCEL™ Limited Edition Lyocell fibers produced with 30% Circ® pulp recycled from textile waste.

Circ announced that the first men's denim collection featuring TENCEL™ | Circ® with REFIBRA™ technology is now available at H&M, marking the commercial delivery of this unique pilot project first announced in October 2025. Featuring two styles available across the UK, Scandinavia, Central Europe, Eastern Europe, South Europe, Turkey, North America, Mexico, Canada, and the Middle East, the launch brings TENCEL™ | Circ® with REFIBRA™ technology into H&M's standard men's denim assortment for the first time.

The collection explores a fully integrated supply chain approach from textile waste to pulp to shelf, bringing together Circ’s textile-to-textile recycling technology, Lenzing’s fiber production expertise, AGI Denim’s manufacturing capabilities, and H&M’s global retail platform. Each garment contains TENCEL™ Limited Edition Lyocell fibers produced with 30% Circ® pulp recycled from textile waste.

"This launch is proof that recycled textile fiber is ready for mass-market supply chains," said Peter Majeranowski, CEO of Circ. "Seeing TENCEL™ | Circ® with REFIBRA™ technology in H&M's standard men's denim assortment is a milestone the industry has been working toward. It validates that next-generation recycled materials can move through existing supply chains at the quality that global retail demands."

“This collaboration highlights that by bringing together players of all steps across the textile supply chain will result in circular garments available to consumers. We are proud to work with pioneers like Circ to showcase innovation on a pilot production level, making fibers available for commercial garments. We continue to keep our commitment to exploring collaborations with innovators, bringing new TENCEL™ fibers on the market via pilot-scale productions.” explains Caroline Ledl, Senior Director Product Operations at Lenzing Group.

The two-style collection, available in both light and dark wash denim, is the result of a collaboration between Circ and Lenzing to integrate advanced textile recycling into fiber production, demonstrating a path to scale up. Circ's recycling technology separates blended textile waste, including cotton-polyester garments that have historically been unable to be recycled, into two material streams: dissolving pulp and polyester monomers. The resulting Circ pulp is fed into Lenzing's lyocell production process alongside wood from certified or controlled sources, yielding a fiber that carries both the TENCEL™ brand and the REFIBRA™ technology designation, Lenzing's framework for incorporating pre- and post-consumer textile waste into new fiber.

Thiscollaborative project between a legacy sustainable fiber producer and a next-generation textile-to-textile recycler — with H&M as the retail partner bringing it to shelf — reflects a model that advocates have long argued is the most viable path to scaling circular textiles: incumbent infrastructure and emerging technology working in concert, rather than in parallel.

Source:

Circ

niber-electrospinning-hero-wlogo (c) Nanofiber Technologies
21.07.2026

Niber Technologies: Ingredient Brand Strategy for Its PFAS-Free Electrospinning Platform

Niber Technologies, Southeast Asia’s first industrial-scale manufacturer of PFAS-free electrospun nanofiber membranes, announced a strategic collaboration with BRAIND®, the specialist consultancy for ingredient brand strategy. As part of the partnership, BRAIND Managing Director Tomas Vucurevic—widely recognized as one of the world’s leading experts in ingredient branding—has been appointed Chief Brand Advisor to Niber Technologies. The move signals Niber’s intent to expand its platform beyond materials into a structured ingredient brand, scaling its role as the industry moves toward next-generation performance and material efficiency. 

Niber Technologies, Southeast Asia’s first industrial-scale manufacturer of PFAS-free electrospun nanofiber membranes, announced a strategic collaboration with BRAIND®, the specialist consultancy for ingredient brand strategy. As part of the partnership, BRAIND Managing Director Tomas Vucurevic—widely recognized as one of the world’s leading experts in ingredient branding—has been appointed Chief Brand Advisor to Niber Technologies. The move signals Niber’s intent to expand its platform beyond materials into a structured ingredient brand, scaling its role as the industry moves toward next-generation performance and material efficiency. 

The collaboration marks an important milestone in Niber’s evolution from an advanced materials manufacturer to a company building a globally recognized ingredient brand for its proprietary electrospun membrane platform. As the performance apparel industry accelerates its transition away from PFAS-based materials, Niber aims to establish its technology that enables lightweight, breathable performance textiles not only as a material solution but as a trusted performance standard recognized across the value chain. The focus is now shifting toward how performance is defined, communicated, and adopted. 

“We’ve always believed that the value of our technology goes beyond the membrane itself and into how it performs in real products. Building an ingredient brand is a deliberate step for us — a direct signal of the seriousness and ambition, and of how we see Niber evolving as a company”, says Jaemin Park, Co-founder, Niber Technologies.

The partnership builds trust in the next generation of PFAS-free performance materials
The performance textiles industry is entering a period of fundamental change. Increasing regulatory pressure on PFAS is reshaping material choices, while brand and consumer expectations around comfort, breathability, and everyday usability continue to rise. While alternatives are emerging, the challenge is no longer only technical, it is also how these innovative technologies are communicated, understood and trusted in the market. 

Niber is addressing this challenge through a structured ingredient branding strategy that translates technical innovation into a clear and credible value proposition for every stakeholder across the supply chain.
Working with BRAIND, the company is developing an ingredient brand platform designed to deliver value on three levels:

  • For brand partners: a clearly way to specify and communicate advanced material performance 
  • For retailers: a more accessible story that supports product understanding at the point of sale 
  • For consumers: a recognizable signal that builds trust in PFAS-free breathable performance 
Source:

Nanofiber Technologies

Without the ability to spin recycled fibres into yarn, it is impossible to weave or knit new fabrics. Photo TMAS / AWOL
Without the ability to spin recycled fibres into yarn, it is impossible to weave or knit new fabrics.
20.07.2026

TMAS welcomes ReSpin as Swedish textile recycling accelerates

As the latest company to join TMAS – the Swedish Textile Machinery Association – ReSpin has this year established what is just the latest in a succession of Swedish innovations shaping the country into one of Europe’s most sophisticated ecosystems for circular textiles. 

In May this year, Holma Spinning Mill, located in Forsa just outside Hudiksvall, was granted SEK 77.3 million in funding through the Swedish Environmental Protection Agency to establish Sweden’s first industrial spinning line for recycled textile fibres. Holma Spinning Mill is part of Holma Förvaltning, which is co-owned by ReSpin. Sister company Holma Helsingland brings more than a century of experience in spinning, twisting, dyeing and yarn production.

RespinJenny
ReSpin, headquartered in Undersåker, in northern Sweden’s Jämtland, has developed and patented a new mechanical recycling technology called RespinJenny which transforms textile waste into new fibres suitable for yarn production. 

As the latest company to join TMAS – the Swedish Textile Machinery Association – ReSpin has this year established what is just the latest in a succession of Swedish innovations shaping the country into one of Europe’s most sophisticated ecosystems for circular textiles. 

In May this year, Holma Spinning Mill, located in Forsa just outside Hudiksvall, was granted SEK 77.3 million in funding through the Swedish Environmental Protection Agency to establish Sweden’s first industrial spinning line for recycled textile fibres. Holma Spinning Mill is part of Holma Förvaltning, which is co-owned by ReSpin. Sister company Holma Helsingland brings more than a century of experience in spinning, twisting, dyeing and yarn production.

RespinJenny
ReSpin, headquartered in Undersåker, in northern Sweden’s Jämtland, has developed and patented a new mechanical recycling technology called RespinJenny which transforms textile waste into new fibres suitable for yarn production. 

ReSpin was founded in 2020 by Åsa Strandberg, who has more than 30 years of experience in the textile industry and for the past 15 years has been on a mission to make textiles circular. After 17 years at H&M, she chose to leave the company when growing concerns about the environmental impact of the fashion industry grew too big to  be ignored. In 2010 she launched Saiboo, a company which has a focus on the B2B production of garments, selling them and then taking them back for reuse. 

With full control over materials and design, the difficult sorting problem was solved for Saiboo from the start, and driven by the desire to push the industry further, Åsa began collaborating with Mid Sweden University in Östersund on how to design for recycling.
Soon, however, a more fundamental problem became clear – there were no viable recycling methods available on the market. Chemical initiatives were emerging and mechanical recycling existed, but only at very low level.

“While many believed chemistry was the solution, I saw untapped potential in mechanical methods and a remark from a machine researcher that anything which can be done by hand can be done mechanically became the spark that confirmed this direction,” she explains. “I then initiated several research projects together with industry and academia, including the Universities of Borås, Linköping and Luleå, to further explore this idea.”

“RespinJenny uses no water or chemicals, has low energy consumption and is based on preserving as much fibre quality as possible from waste textiles,” adds TMAS Secretary General Therese Premler-Andersson. “It is designed to enable local, small scale and resource efficient recycling closer to where textile waste is generated. The the Swedish Environmental Protection Agency’s funding is an important step in scaling fibre-to-fibre recycling industrially and demonstrating that circular textile materials can be produced on a larger scale with low climate impact.

“Mechanical recycling alone is not enough to achieve textile-to-textile recycling – without the ability to spin recycled fibres into yarn, it is impossible to weave or knit new fabrics, which is why Holma Spinning Mill represents a key part of building a complete circular textile value chain.” 

Rather than focusing on a single breakthrough technology, Swedish companies, including TMAS members, have developed expertise across the entire value chain – from collection and automated sorting through to fibre-to-fibre recycling, testing, product development and policy research.

Underpinning this, has been strong collaboration between Swedish industry and academia.

“The University of Borås – and particularly its Swedish School of Textiles –has become one of Europe’s leading centres for circular textile research and Borås is also home to a number of other TMAS members, such as the ACG Group and Eton Systems, who are driving innovation through advanced automation and involved in many cooperative projects between industry and academia in Sweden,” Therese Premler-Andersson observes.

In conclusion, Åsa Strandberg stresses the great value in now being part of a network where knowledge, innovation and collaboration are central.

“TMAS brings together many of Sweden’s leading companies and experts, all playing an important role in shaping the future of textile production technology,” she says. “As ReSpin moves towards industrialisation, we see great value in joining TMAS, because the transition to circular textile systems requires cooperation across the entire value chain, and the association provides an important platform for that dialogue.”

More information:
Respin Oy TMAS
Source:

TMAS / AWOL

STEELTOP® (c) Trützschler
STEELTOP®
15.07.2026

Trützschler: New benchmark in flat tops for spinning preparation

Modern carding generations achieve higher production performance, placing significantly greater stress on flat tops. Higher cylinder speeds and increased fiber density, combined with tighter carding gaps, create more demanding operating conditions. At the same time, poorer raw material quality and the increased use of recycled materials further intensify these challenges. With STEELTOP®, Trützschler introduces a new full steel flat top series developed for these demanding modern carding processes. 
 
A new benchmark in flat tops for spinning preparation 
STEELTOP® is manufactured entirely from high-quality steel and is designed to deliver consistent performance under demanding production conditions. It is ideal for processing lower-grade natural and man-made fibers and is perfectly compatible with intelligent cards, including Trützschler cards equipped with T-GO, due to its superior electrical conductivity. 
 
Built to last under extreme conditions 

Modern carding generations achieve higher production performance, placing significantly greater stress on flat tops. Higher cylinder speeds and increased fiber density, combined with tighter carding gaps, create more demanding operating conditions. At the same time, poorer raw material quality and the increased use of recycled materials further intensify these challenges. With STEELTOP®, Trützschler introduces a new full steel flat top series developed for these demanding modern carding processes. 
 
A new benchmark in flat tops for spinning preparation 
STEELTOP® is manufactured entirely from high-quality steel and is designed to deliver consistent performance under demanding production conditions. It is ideal for processing lower-grade natural and man-made fibers and is perfectly compatible with intelligent cards, including Trützschler cards equipped with T-GO, due to its superior electrical conductivity. 
 
Built to last under extreme conditions 
The new flat top achieves outstanding durability even under the most challenging carding conditions. Compared to conventional alternatives, the lifetime is more than doubled, ensuring long-term reliability. This extended lifetime reduces waste on carding machines, including fewer flat top strips and less fiber waste and leads to cost savings of more than 30% on flat top replacement. 
 
Driving yarn quality and production efficiency 
STEELTOP® contributes to elevated yarn quality and is particularly suitable for open-end (OE) and airjet (MVS) applications. It enables comparable or better sliver and yarn quality, with a reduction in total yarn imperfections (IPI) of up to 10%. In addition, it is exceptionally effective in the removal of neps, achieving reductions of up to 20%. 
Lower overall current consumption of the carding machine improves energy efficiency, while enhanced efficiency supports higher production rates. 
 
Sustainable from top to bottom 
Sustainability is a key feature of the new development. Made entirely of steel, the flat tops are fully recyclable and can be returned to the material cycle after use. At the same time, reduced waste and lower energy consumption contribute to a more sustainable carding process overall. 
 
Extending the limits of modern carding 
Combining durability, precision, recyclability, and efficiency, STEELTOP® sets a benchmark in performance and extends the limits of modern carding technology. 

Source:

Trützschler

Graphic: Association of the Nonwoven Fabrics Industry
14.07.2026

Nominations Open for the 2027 IDEA® Achievement Awards

INDA, the Association of the Nonwoven Fabrics Industry, in collaboration with Nonwovens Industry Magazine, is now accepting nominations for the 2027 IDEA® Achievement Awards. 

The IDEA Achievement Awards recognize outstanding innovations, technical advancements, and leadership across the nonwovens and engineered materials industry. Industry professionals are invited to submit their company’s most innovative products, materials, equipment, and sustainability advancements—or nominate innovations on behalf of their clients—for consideration. 

Presented every three years in conjunction with IDEA®, the IDEA Achievement Awards honor breakthrough developments introduced since IDEA®25. Winners will be announced during IDEA®27, taking place March 23-25, 2027, at the Kansas City Convention Center in Kansas City, Missouri. 

Award categories include: 

INDA, the Association of the Nonwoven Fabrics Industry, in collaboration with Nonwovens Industry Magazine, is now accepting nominations for the 2027 IDEA® Achievement Awards. 

The IDEA Achievement Awards recognize outstanding innovations, technical advancements, and leadership across the nonwovens and engineered materials industry. Industry professionals are invited to submit their company’s most innovative products, materials, equipment, and sustainability advancements—or nominate innovations on behalf of their clients—for consideration. 

Presented every three years in conjunction with IDEA®, the IDEA Achievement Awards honor breakthrough developments introduced since IDEA®25. Winners will be announced during IDEA®27, taking place March 23-25, 2027, at the Kansas City Convention Center in Kansas City, Missouri. 

Award categories include: 

  • Raw Materials – Best new raw materials introduction 
  • Nonwoven Product – Best new nonwoven fabric introduction 
  • Short-Life – Best new short-life product introduction 
  • Long-Life – Best new durable product introduction  
  • Equipment – Best new equipment introduction 
  • Sustainability Advancement – Recognizing sustainability and/or circularity advancements in raw materials, nonwoven fabrics, processes and equipment, and end-use products 

Entries must be submitted by November 8, 2026. Finalists in each category will be selected by INDA’s Technical Advisory Board, with the top three entries in each category advancing to the final round. Industry professionals will then vote for the winners through the Nonwovens Industry website. The recipient of the Entrepreneur Award will be selected exclusively by Nonwovens Industry Magazine. 

The 2025 IDEA Achievement Award winners were: 

  • Equipment: Dilo Systems GmbH – MicroPunch 
  • Raw Materials: Woolchemy NZ Ltd. – neweFibre 
  • Short-Life Product: Egal Pads, Inc. – Pads on a Roll 
  • Long-Life Product: Magnera – Sontara EcoRE Bag 
  • Sustainability Advancement: Kindcloth – KINDCLOTH™ PURA HEALTH Insect Repellent – Water Dissolvable Wipes 
  • Nonwoven Product: Innovatec Microfibre Technology GmbH & Co. KG – InnovaWipe® Water Soluble Nonwoven 
  • Entrepreneur: Dude Products 

IDEA27 will feature hundreds of exhibitors showcasing the latest innovations in nonwoven and fiber technologies. The RISE® Conference will be held in conjunction with IDEA27 and will feature scalable, demonstrated solutions designed to address complex technical challenges and pressing societal needs, from sustainability and circularity to healthcare, energy, and advanced manufacturing. IDEA27 attendees will also have the opportunity to participate in expert-led nonwoven short courses designed to expand industry knowledge and technical expertise. 

Source:

Association of the Nonwoven Fabrics Industry 

12.07.2026

Carbitex apppoints Biomechanics Principal Scientist Dheepak Arumukhom Revi, Ph.D.

Carbitex, a leading innovator of flexible carbon fiber materials used in performance footwear, announces the appointment of Dheepak Arumukhom Revi, Ph.D., to the newly created role of Principal Scientist. 

Arumukhom Revi’s career has focused on translating cutting-edge movement science into practical technologies that improve mobility, comfort, and performance in both healthy individuals and people with neurological impairments. Prior to joining Carbitex, Arumukhom Revi held research and engineering roles at REEV, Harvard University, and Boston University, where he developed wearable sensing systems, robotic assistance technologies, and data-driven approaches for understanding human movement. He earned his Ph.D. in mechanical engineering from Boston University in 2025 and has authored numerous scientific publications and patents in the fields of biomechanics, wearable sensing, and neurorehabilitation. 

Carbitex, a leading innovator of flexible carbon fiber materials used in performance footwear, announces the appointment of Dheepak Arumukhom Revi, Ph.D., to the newly created role of Principal Scientist. 

Arumukhom Revi’s career has focused on translating cutting-edge movement science into practical technologies that improve mobility, comfort, and performance in both healthy individuals and people with neurological impairments. Prior to joining Carbitex, Arumukhom Revi held research and engineering roles at REEV, Harvard University, and Boston University, where he developed wearable sensing systems, robotic assistance technologies, and data-driven approaches for understanding human movement. He earned his Ph.D. in mechanical engineering from Boston University in 2025 and has authored numerous scientific publications and patents in the fields of biomechanics, wearable sensing, and neurorehabilitation. 

“Having Dheepak on board at Carbitex brings biomechanics capabilities in-house and strengthens our science-led product and technology development,” says Junus Khan, president and founder of Carbitex. “While we’ll still collaborate with external labs, our internal capability will allow us to advance our development significantly faster and conduct more fundamental research.” 

In his new role, Arumukhom Revi will accelerate product integration with brand partners by translating biomechanical insights into practical solutions and driving research that will support product innovations, concepts, and performance benefits for the footwear industry. Arumukhom Revi will contribute to the scientific foundation behind Carbitex’s recently launched educational hub, the Center for Better Flex, helping expand the collective understanding of footwear flex and movement. 

“Footwear is one of the most direct interfaces between human movement and the designed world, yet the static footwear properties constrain the dynamic foot,” says Arumukhom Revi. “I'm excited to bring biomechanical rigor to help translate what we're learning into products and platforms that actually change how people move.”

Beyond athletic and casual footwear, Arumukhom Revi will help explore Carbitex applications in work, medical, and other specialized categories where engineered biomechanics can create meaningful value.

Source:

Carbitex

08.07.2026

USColorworks: Digital Platform with Kornit Atlas MATRIX and Atlas MAX PLUS Solutions

Kornit Digital Ltd., a pioneer in sustainable, on-demand digital fashion and textile production, announced that USColorworks, a North Carolina-based apparel decoration and fulfillment company specializing in custom and on-demand printing for retail and promotional markets, has expanded its Kornit digital production platform with the addition of Atlas MATRIX and Atlas MAX PLUS systems to deliver high-quality, on-demand apparel across cotton, blended fabrics and polyester. 

Kornit Digital Ltd., a pioneer in sustainable, on-demand digital fashion and textile production, announced that USColorworks, a North Carolina-based apparel decoration and fulfillment company specializing in custom and on-demand printing for retail and promotional markets, has expanded its Kornit digital production platform with the addition of Atlas MATRIX and Atlas MAX PLUS systems to deliver high-quality, on-demand apparel across cotton, blended fabrics and polyester. 

Among the first companies to adopt Kornit's new Atlas MATRIX direct-to-garment (DTG) solution, USColorworks is leveraging its ability to deliver the highest quality output across all fabric types, including polyester, projecting a 30% increase in apparel and textile production for all on-demand orders. By reducing operational complexity and opening new revenue streams, Atlas MATRIX enables true on-demand manufacturing without compromising quality, durability, or efficiency. The scalable platform also allows USColorworks to bypass large inventory stocking in favor of fast, direct-to-customer shipping, producing high-definition, high-quality prints on demand across a boundless range of fabrics and colors. 

USColorworks is replacing its legacy production systems with Atlas MATRIX, unifying custom order production—whether for 1 piece or 1,000—to accelerate turnaround times, reduce labor costs, eliminate pre-treatment, and deliver a superior hand feel.  At the same time, USColorworks is reducing its reliance on the more labor-intensive direct-to-film (DTF) workflow, previously its method for short-run polyester print-on demand jobs, by transitioning those volumes to Kornit infrastructure. 

“Digital production has dramatically increased our competitiveness and revenue," said Rodney McDonald, President of USColorworks. "I don't believe you can win a national program now without having the ability to handle both bulk items and on-demand orders. Digital is the only way to do it all right—managing both large and small orders in the same process. As speed, accuracy, and consistency are critical, the Atlas MATRIX system is the right solution at the right time, and it has led to an immediate and significant increase in volume from retail customers. We see this new platform leading the way for print-on-demand across our entire business." 

“When we officially unveiled the Atlas MATRIX system at Kornit Konnections this past April, our intent was clear – enable brands and producers to embrace digital production for what has now become the on-demand era. Kornit is delivering on that promise with the new Atlas MATRIX system, which is already producing tangible results at some of our leading customers,” said Chris Carson, Vice President of Sales at Kornit North America. “We’re proud USColorworks has chosen to expand their digital production capabilities with Atlas MATRIX, thus removing production limitations and firmly embracing digital as the new standard for apparel production.” 

FILTREX™ India 2026 in New Delhi: Registration now open Graphic Edana
08.07.2026

FILTREX™ India 2026 in New Delhi: Registration now open

EDANA, the voice of nonwovens, in partnership with the Business Coordination House (BCH), will welcome filtration professionals from across the world to FILTREX™ India 2026, taking place on 7–8 October 2026 at the Eros Hotel, New Delhi. 

Recognised as one of the leading meeting points for the filtration industry in the region, FILTREX™ India brings together decision-makers, technical experts, researchers and innovators from across the entire filtration value chain. The two-day conference and tabletop exhibition will provide a platform to explore technological advances, market developments and the evolving regulatory landscape shaping the future of filtration. 

Building on the success of previous editions, the 2026 conference will feature a comprehensive programme covering some of the industry's most pressing topics, including filtration standards and regulations in India, automotive filtration, industrial filtration, clean water and clean air. The event will also provide extensive networking opportunities, enabling participants to exchange knowledge, strengthen partnerships and discover new business opportunities. 

EDANA, the voice of nonwovens, in partnership with the Business Coordination House (BCH), will welcome filtration professionals from across the world to FILTREX™ India 2026, taking place on 7–8 October 2026 at the Eros Hotel, New Delhi. 

Recognised as one of the leading meeting points for the filtration industry in the region, FILTREX™ India brings together decision-makers, technical experts, researchers and innovators from across the entire filtration value chain. The two-day conference and tabletop exhibition will provide a platform to explore technological advances, market developments and the evolving regulatory landscape shaping the future of filtration. 

Building on the success of previous editions, the 2026 conference will feature a comprehensive programme covering some of the industry's most pressing topics, including filtration standards and regulations in India, automotive filtration, industrial filtration, clean water and clean air. The event will also provide extensive networking opportunities, enabling participants to exchange knowledge, strengthen partnerships and discover new business opportunities. 

The programme includes keynote presentations and technical sessions delivered by internationally recognised experts from leading organisations, including MANN+HUMMEL, Ahlstrom, Camfil, Hollingsworth & Vose, UY Trienviro and Schlegel und Partner. Topics will range from next-generation filtration materials and air quality solutions to wastewater recycling technologies and the implications of evolving European chemical compliance requirements for international markets. 

"Launched in Europe in 2004, FILTREX™ has grown into a recognised international platform for knowledge exchange within the filtration industry," said Murat Dogru, General Manager at EDANA. "The Indian market continues to play an increasingly important role in the global filtration landscape, making FILTREX™ India an ideal forum for bringing together international expertise and local innovation to address shared challenges."

As global demand for effective filtration solutions continues to grow—driven by challenges related to air quality, water treatment, industrial processes and sustainable technologies—FILTREX™ India 2026 will offer participants valuable insights into the innovations and collaborations shaping the industry's future.

Photo Catalyst Club
03.07.2026

Florence: Where Conversations Become Catalysts for Change

The first chapter of Catalyst Club debuted in Florence, bringing together creative directors, entrepreneurs, manufacturers, journalists and innovators from across the fashion and textile industry for an evening of dialogue, exchange and connection.

Hosted at the Soko Innovation Hub and developed in partnership with Pioneer Denim, the gathering took place around a single long table, bringing guests together in an informal and convivial setting designed to encourage open conversation and the sharing of ideas.

During his opening speech at the dinner, Matteo Urbini, MD of Soko Chimica, expressed his enthusiasm for the initiative: "It’s a real pleasure to host an evening where we can finally move past virtual networking and connect in person. Getting together live is still the best way to build authentic relationships and make real things happen."

The first chapter of Catalyst Club debuted in Florence, bringing together creative directors, entrepreneurs, manufacturers, journalists and innovators from across the fashion and textile industry for an evening of dialogue, exchange and connection.

Hosted at the Soko Innovation Hub and developed in partnership with Pioneer Denim, the gathering took place around a single long table, bringing guests together in an informal and convivial setting designed to encourage open conversation and the sharing of ideas.

During his opening speech at the dinner, Matteo Urbini, MD of Soko Chimica, expressed his enthusiasm for the initiative: "It’s a real pleasure to host an evening where we can finally move past virtual networking and connect in person. Getting together live is still the best way to build authentic relationships and make real things happen."

Set within a relaxed and convivial environment, free from presentations, panels and formal agendas, the evening encouraged guests to engage openly, allowing ideas, perspectives and future visions to flow naturally. Conversations touched on sustainability, creativity, manufacturing and innovation, generating valuable connections and opportunities for collaboration while introducing the purpose of Catalyst Club: a community designed to bring together the people shaping the future of fashion, denim and innovation through dialogue, exchange and shared inspiration.

The first chapter was realized with the support of Pioneer Denim, whose commitment to innovation and industry collaboration reflects the values at the heart of the initiative.

The Florence gathering represents the beginning of a journey that will continue through future chapters, expanding a network of professionals united by the belief that meaningful change starts with connection.

About Catalyst Club Catalyst Club is a curated community that brings together the people shaping the future of fashion, denim and innovation. Through intimate gatherings and meaningful conversations, it creates opportunities for ideas, perspectives and collaborations to emerge and evolve.

About Soko Soko is an innovation-driven chemical company serving the global fashion and textile industry. Through research, partnerships and its Soko Innovation Hub, the company promotes collaboration, sustainability and knowledge-sharing across the supply chain. Soko is the creator and organizer of Catalyst Club.

About Pioneer Denim Pioneer Denim is a leading denim manufacturer recognized for its commitment to innovation, quality and responsible production, supporting global brands through advanced technologies and sustainable practices.

Iluna Group Photo Iluna Group
02.07.2026

ROICA: A New Phase at Milano Unica

ROICA™ by Asahi Kasei returns to Milano Unica, entering a new phase in its evolution as a global premium stretch fiber brand.
Following the launch of its renewed global brand identity under the message “STRETCH YOUR FUTURE,” ROICA™ brings a strengthened focus on advanced stretch expertise and collaborative development, offering solutions designed to reduce environmental impact.

At the upcoming Milano Unica, ten selected European partners — Brugnoli, Eusebio, Iluna Group, Innova Fabrics, Inter Jersey Milano, Maglificio Ripa, Reda, Sitip, Tessitura Colombo Antonio and Tiba Tricot, — will present their latest collections integrating ROICA™ across a diverse range of textile applications.
Rather than standing alone, ROICA™ expresses its value through each partner’s creation — offering refined comfort, reliable stretch performance, and thoughtful material solutions that respond to the evolving needs of the apparel industry.

ROICA™ by Asahi Kasei returns to Milano Unica, entering a new phase in its evolution as a global premium stretch fiber brand.
Following the launch of its renewed global brand identity under the message “STRETCH YOUR FUTURE,” ROICA™ brings a strengthened focus on advanced stretch expertise and collaborative development, offering solutions designed to reduce environmental impact.

At the upcoming Milano Unica, ten selected European partners — Brugnoli, Eusebio, Iluna Group, Innova Fabrics, Inter Jersey Milano, Maglificio Ripa, Reda, Sitip, Tessitura Colombo Antonio and Tiba Tricot, — will present their latest collections integrating ROICA™ across a diverse range of textile applications.
Rather than standing alone, ROICA™ expresses its value through each partner’s creation — offering refined comfort, reliable stretch performance, and thoughtful material solutions that respond to the evolving needs of the apparel industry.

Iluna Group brings its distinctive vision of stretch lace to Milano Unica, where creativity, craftsmanship, and responsible material choices come to-gether to shape contemporary textile expressions. Building on its expertise in Jacquardtronic lace, the company presents a refined selection of ul-tralight developments designed to combine visual delicacy with technical performance. This season’s highlights include ultralight Jacquardtronic laces enriched with luminous LUREX™ color effects from ILUNA’s Green Label line. These creations offer a sophisticated interplay of lightness, tex-ture, and subtle brilliance, expanding the expressive potential of lace across lingerie, fashion, and ready-to-wear applications. The collection also incorporates Evo™, a bio-based polyamide yarn by Fulgar, further enhancing the material approach with innovative fiber solutions. Combined with degradable ROICA™ V550, these textiles deliver refined stretch, softness, and versatility, supporting designs that balance aesthetics with thoughtful material choices for contemporary apparel.

Source:

Asahi Kasei 

Grphic by Edana
02.07.2026

Associations on Single-Use Plastic Directive

The undersigned associations, representing several European industrial sectors, call on EU institutions to maintain the current legal text of the Single-Use Plastic Directive (SUPD), adopted in 2019. While the signatories recognise the importance of ensuring that the SUPD delivers measurable and meaningful environmental outcomes, reopening the Directive now will create legal uncertainty, add disproportionate burden for economic operators that are already navigating partial and often divergent national transpositions, and increase the risk of regulatory overlaps or contradictions with existing and upcoming legislation. Moreover, there is currently insufficient evidence on the effectiveness of the current SUPD to justify a revision, as described below: 

The undersigned associations, representing several European industrial sectors, call on EU institutions to maintain the current legal text of the Single-Use Plastic Directive (SUPD), adopted in 2019. While the signatories recognise the importance of ensuring that the SUPD delivers measurable and meaningful environmental outcomes, reopening the Directive now will create legal uncertainty, add disproportionate burden for economic operators that are already navigating partial and often divergent national transpositions, and increase the risk of regulatory overlaps or contradictions with existing and upcoming legislation. Moreover, there is currently insufficient evidence on the effectiveness of the current SUPD to justify a revision, as described below: 

  • Insufficient evidence to inform a revision of the SUPD. 
    An impact assessment of the SUPD cannot be carried out at a moment when several of its provisions are not yet in place. While a first report on the state of implementation of the SUPD was published in April 2026, it remains partial, and reporting is not harmonised, preventing meaningful comparison of data across countries. Taking the example of consumption reduction targets, Member States and other EEA countries only reported data on SUP products placed on the market in 2022 and, even for this report, did so using different indicators. Crucially, since the target on consumption reduction is set for 2026, no data are yet available on whether that target has been achieved. In summary, the partial application of the SUPD and the limited data available suggest that a revision of the SUPD would be premature at this time. 
  • Preventing further fragmentation and gold-plating. 
    The transposition of the SUPD has produced significant regulatory fragmentation, uneven enforcement, and widespread instances of gold plating, creating persistent uncertainty for companies active across multiple Member States. The result is a patchwork of national rules that undermines the integrity of the Single Market, inflates compliance costs, and fails to deliver proportionate environmental benefits. These structural shortcomings must be fully recognised in the evaluation of the SUPD and effectively addressed prior to considering a reopening of the Directive. 
  • Ensuring legal certainty for economic operators. 
    A revision of the SUPD would create legal uncertainty for companies and Member States that are still implementing several of its provisions. While the SUPD entered into force in mid-2021, the date of application for most of its provisions is at a later stage. Furthermore, the EU Commission has only recently adopted some of the implementing decisions and guidelines on the current SUPD. Any change to the SUPD at a moment when companies are still adapting to new obligations, and Member States are still in the process of implementing some key provisions, would create legal uncertainty for economic operators who do not know whether targets or the scope of the SUPD may change. Legal uncertainty carries significant economic costs for economic operators, notably in terms of investment delays likely to persist throughout the entire SUPD revision process (2–3 years). 
  • Avoiding overlaps with other legislation. 
    Revising the SUPD while the Ecodesign and Packaging Regulations are still being implemented, and as negotiations on the Circular Economy Act (CEA) begin, increases the risk of regulatory overlaps and contradictions. These frameworks cover intersecting areas and a revision of the SUPD in parallel with the CEA would almost inevitably lead to duplicative or conflicting provisions. Even if the EU Commission ensured full coherence in its proposal, the co-legislators could still introduce provisions that diverge from or contradict the SUPD framework, further undermining legal certainty and the functioning of the Single Market. 

At a time when EU leaders have made regulatory simplifications and a fully integrated Single Market central to Europe’s competitiveness agenda, we urge EU policymakers to focus legislative efforts where they are most needed and avoid reopening a framework that has yet to deliver concrete results.

Source:

Edana 

RE&UP at Textiles Recycling Expo Photo RE&UP
RE&UP at Textiles Recycling Expo
30.06.2026

RE&UP establishes Fiber Club consortium to scale Next-Gen material sourcing

Originally developed as an umbrella framework by innovation platform Fashion for Good, the RE&UP Fiber Club aims to accelerate the commercial adoption of circular Next-Gen materials across the global fashion ecosystem. 

Shifting the paradigm of fashion sustainability from isolated capsule collections to structural, industrial-scale reality, RE&UP announced the official launch of RE&UP and its Fiber Club. This landmark initiative introduces a collaborative consortium framework, originally developed as an umbrella framework by innovation platform Fashion for Good, designed to dismantle traditional supply chain barriers and accelerate the global adoption of premium recycled materials. 

For years, the integration of high-quality, next-generation recycled textiles has been hindered by fragmented supply chains, restrictive minimum order quantities (MOQs), and prohibitive upfront costs, frequently trapping sustainability initiatives in a perpetual "pilot phase". RE&UP is changing the rules. 

Originally developed as an umbrella framework by innovation platform Fashion for Good, the RE&UP Fiber Club aims to accelerate the commercial adoption of circular Next-Gen materials across the global fashion ecosystem. 

Shifting the paradigm of fashion sustainability from isolated capsule collections to structural, industrial-scale reality, RE&UP announced the official launch of RE&UP and its Fiber Club. This landmark initiative introduces a collaborative consortium framework, originally developed as an umbrella framework by innovation platform Fashion for Good, designed to dismantle traditional supply chain barriers and accelerate the global adoption of premium recycled materials. 

For years, the integration of high-quality, next-generation recycled textiles has been hindered by fragmented supply chains, restrictive minimum order quantities (MOQs), and prohibitive upfront costs, frequently trapping sustainability initiatives in a perpetual "pilot phase". RE&UP is changing the rules. 

The journey within RE&UP and its Fiber Club is engineered to be straightforward and structurally de-risked, guiding brand partners through four clear operational phases: 

  1. Consortium structure & alignment: Establishing the framework and aligning key supply chain stakeholders. 
  2. Initial material sampling: Reviewing standardized material specifications and aligning on specific supply terms. 
  3. Pilot collection development: Designing and launching an initial commercial collection at the individual brand level. 
  4. Long-Term partnership: Securing long-term fiber purchase commitments at predictable, discounted rates, successfully transitioning brands to a permanent circular supply chain. 

"The technology to recycle textiles is only half the battle; the real hurdle is commercial alignment. With RE&UP and its Fiber Club, the baseline for high-volume, compliant circularity is active and operationally ready today. We are giving forward-thinking brands the plug-and-play infrastructure required to stop experimenting with sustainability and start scaling it," said Andreas Dorner, General Manager of RE&UP.

ROICA™: New Global Brand Identity and Digital Experience (c) ROICA™, Asahi Kasei
17.06.2026

ROICA™: New Global Brand Identity and Digital Experience

ROICA™, the premium stretch fiber developed by Asahi Kasei, today announced the launch of its new global brand identity, including a new key visual and a fully redesigned website. 

This milestone initiative marks the beginning of a new phase in ROICA™’s evolution as a global brand. 

“This brand update marks an important step as ROICA™ enters its next phase of evolution,” said Takaaki Kondo, Senior Executive Manager of the ROICA™ Division at Asahi Kasei. 

“Building on over 50 years of expertise, we are strengthening our technologies while enhancing collaboration across the supply chain. 
Through our new visual identity and digital platform, we aim to clearly communicate ROICA™’s core values—premium quality, continuous innovation, and solutions designed to reduce environmental impact.” 

A New Brand Expression for the Next Phase 
The new brand identity is designed to reflect ROICA™’s next stage as a global brand under the message “STRETCH YOUR FUTURE.” 

At its core, the visual concept focuses on the human body, capturing the dynamism of movement and stretch to express the functionality of ROICA™. 

ROICA™, the premium stretch fiber developed by Asahi Kasei, today announced the launch of its new global brand identity, including a new key visual and a fully redesigned website. 

This milestone initiative marks the beginning of a new phase in ROICA™’s evolution as a global brand. 

“This brand update marks an important step as ROICA™ enters its next phase of evolution,” said Takaaki Kondo, Senior Executive Manager of the ROICA™ Division at Asahi Kasei. 

“Building on over 50 years of expertise, we are strengthening our technologies while enhancing collaboration across the supply chain. 
Through our new visual identity and digital platform, we aim to clearly communicate ROICA™’s core values—premium quality, continuous innovation, and solutions designed to reduce environmental impact.” 

A New Brand Expression for the Next Phase 
The new brand identity is designed to reflect ROICA™’s next stage as a global brand under the message “STRETCH YOUR FUTURE.” 

At its core, the visual concept focuses on the human body, capturing the dynamism of movement and stretch to express the functionality of ROICA™. 

Layered graphical elements inspired by extending threads highlight the presence of the premium stretch fiber, while bold composition and the brand’s signature blue create a refined and distinctive visual language. 
As part of this update, ROICA™ has launched a fully redesigned website aimed at delivering a more intuitive and engaging user experience. 

The platform integrates design and content under a consistent direction, supporting stakeholders in gaining a deeper understanding of the brand’s philosophy, technologies, and initiatives. 

It is designed to present a clearer view of ROICA™’s approach to quality, functionality, and innovation with environmental considerations. 

Responding to Market Transformation and Strengthening Value 
The stretch materials market is undergoing significant change, driven by increasing expectations for respon-sible production and value creation across the supply chain. 

In this ever-changing environment, ROICA™ continues to strengthen its product quality, functionality, and service, while advancing developments that contribute to solutions designed to deliver less environmental impact. 

Leveraging its proprietary technologies and global network, the brand aims to advance co-creation, working closely with partners to address emerging needs. Guided by its core philosophy and four perspectives—WITH COMFORT, WITH AWARENESS, WITH UTILITY, and WITH ENDURANCE—ROICA™ is aligning its development, partnerships, and communication under a unified global direction. 

Driving Growth through “One ROICA™” 
This brand update represents the first step in ROICA™’s next phase of growth. Looking ahead, ROICA™ will continue to explore new approaches beyond conventional thinking, advancing materials and solutions to help meet changing market demands. Under the banner of “One ROICA™,” the brand brings together its accumulated expertise and collaborative spirit to expand the possibilities of premium stretch fiber alongside partners around the world.

Source:

ROICA™, Asahi Kasei

Carbon + Ceramic = New High-Performance Hybrid Fibre Copyright: © Institut für Textiltechnik (ITA) der RWTH Aachen University
Carbon + Ceramic = New High-Performance Hybrid Fibre
16.06.2026

First Place for New High-Performance Hybrid Fibre

The RWTH spin-off TERNAfil has developed MAXCarbon, a new high-performance hybrid fibre that combines the mechanical performance of carbon with the temperature and corrosion resistance of ceramic materials.

For this development, TERNAfil was awarded first prize at the PitchMiUp Night in Minden on 21 May 2026.

With its scalable technology, TERNAfil is working on new material solutions for applications in aerospace, energy technology and high-performance composites.

Fabian Jung, an ITA PhD student and TERNAfil founder, is enthusiastic: “Our success demonstrates once again how current research is making its way out of the laboratory and into real-world industrial applications. We at TERNAfil are delighted with the award and the many exciting discussions and new contacts we made there.”

Background:
Bielefeld University of Applied Sciences hosted its second PitchMiUp Night. The event focused on start-up founders, who presented their ideas and stories of how they started their businesses. The three best performers were awarded prizes.

The RWTH spin-off TERNAfil has developed MAXCarbon, a new high-performance hybrid fibre that combines the mechanical performance of carbon with the temperature and corrosion resistance of ceramic materials.

For this development, TERNAfil was awarded first prize at the PitchMiUp Night in Minden on 21 May 2026.

With its scalable technology, TERNAfil is working on new material solutions for applications in aerospace, energy technology and high-performance composites.

Fabian Jung, an ITA PhD student and TERNAfil founder, is enthusiastic: “Our success demonstrates once again how current research is making its way out of the laboratory and into real-world industrial applications. We at TERNAfil are delighted with the award and the many exciting discussions and new contacts we made there.”

Background:
Bielefeld University of Applied Sciences hosted its second PitchMiUp Night. The event focused on start-up founders, who presented their ideas and stories of how they started their businesses. The three best performers were awarded prizes.

Source:

Institut für Textiltechnik (ITA) der RWTH Aachen University