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24.11.2025

Åhléns & TrusTrace: Partnership to strengthen Supply Chain Sustainability, Risk Management and Compliance

TrusTrace, a leader in supply chain traceability and compliance, announced a strategic partnership with Åhléns, one of Sweden’s most iconic retail brands, to enhance traceability, improve sustainability risk management, and streamline compliance across its value chain.

Åhléns offers a curated mix of quality brands across fashion, home, beauty, and children’s products, serving approximately 60 million visitors each year. Åhléns has a turnover of approximately 4.9 billion SEK and the company employs around 3,000 team members and includes Åhléns Outlet and Designtorget as subsidiaries.

Founded in 189 and following a period of renewed focus on restoring profitability and establishing a stronger foundation for the future, Åhléns is now accelerating its sustainability agenda. As part of this next phase, the company has selected TrusTrace to help deepen visibility into the supply chain, strengthen risk mitigation, and streamline adherence to emerging European sustainability regulations.

TrusTrace, a leader in supply chain traceability and compliance, announced a strategic partnership with Åhléns, one of Sweden’s most iconic retail brands, to enhance traceability, improve sustainability risk management, and streamline compliance across its value chain.

Åhléns offers a curated mix of quality brands across fashion, home, beauty, and children’s products, serving approximately 60 million visitors each year. Åhléns has a turnover of approximately 4.9 billion SEK and the company employs around 3,000 team members and includes Åhléns Outlet and Designtorget as subsidiaries.

Founded in 189 and following a period of renewed focus on restoring profitability and establishing a stronger foundation for the future, Åhléns is now accelerating its sustainability agenda. As part of this next phase, the company has selected TrusTrace to help deepen visibility into the supply chain, strengthen risk mitigation, and streamline adherence to emerging European sustainability regulations.

TrusTrace’s AI-integrated traceability platform will support Åhléns in mapping and analyzing sustainability data across multiple tiers of the supply chain, enabling a more structured, scalable, and data-driven approach to due diligence and regulatory compliance.

The partnership reflects a broader industry movement toward stronger traceability infrastructure, particularly as the EU introduces new legislation requiring brands to demonstrate robust due diligence, transparent data collection, and responsible sourcing.

Rieter mit neuer Konzernstruktur Grafik Rieter AG
Rieter mit neuer Konzernstruktur
24.11.2025

Rieter with New Group Structure: Annual savings CHF 30 million

The planned acquisition of the “Barmag” Division of OC Oerlikon will create the leading system provider worldwide for natural and man-made fibers. Rieter is confident it will receive all regulatory approvals to complete the acquisition in the fourth quarter of 2025. The Rieter Group is therefore adjusting its Group structure as of January 1, 2026, to take this acquisition into account and to be able to provide an even more agile response to market challenges. 

The Machines & Systems and After Sales Divisions will be merged. Alexander Özbahadir will take over the new “Short-Staple Fiber” Division, which will be responsible for the short-staple fiber business, effective January 1, 2026. This will create synergies in sales and service activities and increase customer centricity through a geographical focus. 

The planned acquisition of the “Barmag” Division of OC Oerlikon will create the leading system provider worldwide for natural and man-made fibers. Rieter is confident it will receive all regulatory approvals to complete the acquisition in the fourth quarter of 2025. The Rieter Group is therefore adjusting its Group structure as of January 1, 2026, to take this acquisition into account and to be able to provide an even more agile response to market challenges. 

The Machines & Systems and After Sales Divisions will be merged. Alexander Özbahadir will take over the new “Short-Staple Fiber” Division, which will be responsible for the short-staple fiber business, effective January 1, 2026. This will create synergies in sales and service activities and increase customer centricity through a geographical focus. 

Roger Albrecht will now be responsible for the “Components and Technology” Division. His mandate will be to develop pioneering technology solutions, drive innovation and achieve growth in the key components business. With this organizational change, Rieter will further expand its technology leadership and intensify its development activities between Rieter and the component companies Accotex, Bräcker, Graf, Novibra, Suessen, SSM and Temco. 

Serge Entleitner has decided to step down from the Group Executive Committee, effective December 31, 2025, and will support the company on various projects until his retirement in 2027. 

Upon successful closing of the Barmag acquisition, the “Man-Made Fiber” Division will be integrated into the Rieter Group. Georg Stausberg will continue to lead the division and report to Thomas Oetterli, CEO of Rieter. He will also take a seat on the Group Executive Committee. 

As of January 1, 2026, the Rieter Group Executive Board will comprise the following members: 

  • Thomas Oetterli, Chief Executive Officer 
  • Oliver Streuli, Chief Financial Officer 
  • Emmanuelle Gmür, Chief Human Resources Officer 
  • Alexander Özbahadir, Head of the “Short-Staple Fiber” Division 
  • Georg Stausberg (after closing), Head of the “Man-Made Fiber” Division 
  • Roger Albrecht, Head of the “Components and Technology” Division 

Rieter is responding to the persistently weak market situation with further cost-cutting measures by adjusting production capacities, simplifying supply chains, and streamlining overhead functions. The estimated one-off costs of around CHF 30 to 35 million will result in annual savings of just under CHF 30 million.

Source:

Rieter AG

24.11.2025

CARBIOS: Two new multi-year commercial agreements for recycled PET

CARBIOS announced the signing of two new multi-year commercial agreements with major players in beverage industry, for the supply of recycled PET (r-PET).

The signing of these two new commercial agreements marks CARBIOS’s entry into a new strategic sector: beverages. Thgey are part of the pre-commercialization process for CARBIOS’s future industrial site, bringing the current level of pre-sales to approximately 50% of the site’s maximum production capacity.

Negotiations are ongoing with other partners to reach a pre-commercialization level of 70% of the Longlaville site’s maximum capacity, a threshold constituting one of the conditions for obtaining additional non-dilutive funding necessary to resume construction of the Longlaville plant.

A regional grant of €12.5 million has also been signed, bringing the total amount of public funding already secured to €42.5 million.

CARBIOS announced the signing of two new multi-year commercial agreements with major players in beverage industry, for the supply of recycled PET (r-PET).

The signing of these two new commercial agreements marks CARBIOS’s entry into a new strategic sector: beverages. Thgey are part of the pre-commercialization process for CARBIOS’s future industrial site, bringing the current level of pre-sales to approximately 50% of the site’s maximum production capacity.

Negotiations are ongoing with other partners to reach a pre-commercialization level of 70% of the Longlaville site’s maximum capacity, a threshold constituting one of the conditions for obtaining additional non-dilutive funding necessary to resume construction of the Longlaville plant.

A regional grant of €12.5 million has also been signed, bringing the total amount of public funding already secured to €42.5 million.

More information:
Carbios r-PET beverage
Source:

Carbios

Reinforced with dimensionally stable HMLS yarn, tires remain dimensionally stable even under load and temperature. (c) Oerlikon Barmag
Reinforced with dimensionally stable HMLS yarn, tires remain dimensionally stable even under load and temperature.
20.11.2025

Demand for high-performance yarns on the rise

Barmag, a subsidiary of the Swiss Oerlikon Group, will commission three HMLS yarn systems with a total of 30 stations at renowned technical yarn manufacturers in China over the next three months.

China expands HMLS capacities
Among them are two HMLS producers who had previously purchased from competitors. "They were convinced by our process technology, which guarantees the economic production of HMLS yarns of the very best quality," says Sales Director Oliver Lemke, who, together with his colleagues on site, provides support to customers in the field of technical yarns. The sophisticated material obtains its special properties during the spinning process. High speeds in the production process guarantee a stable arrangement of the molecules within the polymer that forms the actual thread. The internal structure of the molecular chain, in turn, is decisive for the dimensional stability of the final yarn.

Barmag, a subsidiary of the Swiss Oerlikon Group, will commission three HMLS yarn systems with a total of 30 stations at renowned technical yarn manufacturers in China over the next three months.

China expands HMLS capacities
Among them are two HMLS producers who had previously purchased from competitors. "They were convinced by our process technology, which guarantees the economic production of HMLS yarns of the very best quality," says Sales Director Oliver Lemke, who, together with his colleagues on site, provides support to customers in the field of technical yarns. The sophisticated material obtains its special properties during the spinning process. High speeds in the production process guarantee a stable arrangement of the molecules within the polymer that forms the actual thread. The internal structure of the molecular chain, in turn, is decisive for the dimensional stability of the final yarn.

Growing demand for HMLS yarns
The industry expects demand for HMLS yarns to increase in the coming years. This is mainly due to the trend toward lighter tires. Whereas high-modulus polyester yarn (HMLS) was previously used mainly in high-speed tires, its properties now also allow the tire carcass of small vans to be converted from steel cord to polyester. HMLS yarn is extremely tear-resistant, yet highly elastic and temperature- and dimensionally stable.

Another factor is the steadily increasing number of vehicle registrations worldwide. In China in particular, the production of local car brands has increased rapidly in recent years, which explains the expansion of capacity in the country.

New Focus Textiles, Haelixa Graphic by New Focus Textiles, Haelixa
20.11.2025

Evidence-based verification in recycled cotton sourcing

Hong Kong–based New Focus Textiles is adopting Haelixa’s Swiss DNA traceability technology to strengthen trust and transparency in recycled cotton production. 

Haelixa, the Swiss-based global leader in DNA-based traceability, has enabled New Focus Textiles to provide forensic proof of recycled cotton content across its textile-to-textile manufacturing operations. This marks a significant move towards evidence-based verification in recycled material sourcing, addressing one of the main credibility gaps in the circular materials market.  

DNA-based forensic traceability for recycled cotton  
Haelixa’s DNA marker is applied directly to post-industrial and post-consumer waste, before shredding, staying intact through New Focus Textiles’ mechanical recycling process. The non-toxic DNA marker, which is derived from Swiss mountain herbs, is a permanent tag, and cannot be removed or copied, remaining embedded throughout spinning, weaving, dyeing, and finishing.  

Hong Kong–based New Focus Textiles is adopting Haelixa’s Swiss DNA traceability technology to strengthen trust and transparency in recycled cotton production. 

Haelixa, the Swiss-based global leader in DNA-based traceability, has enabled New Focus Textiles to provide forensic proof of recycled cotton content across its textile-to-textile manufacturing operations. This marks a significant move towards evidence-based verification in recycled material sourcing, addressing one of the main credibility gaps in the circular materials market.  

DNA-based forensic traceability for recycled cotton  
Haelixa’s DNA marker is applied directly to post-industrial and post-consumer waste, before shredding, staying intact through New Focus Textiles’ mechanical recycling process. The non-toxic DNA marker, which is derived from Swiss mountain herbs, is a permanent tag, and cannot be removed or copied, remaining embedded throughout spinning, weaving, dyeing, and finishing.  

At any point, the material can be tested in an accredited laboratory using a simple PCR analysis to confirm origin and verify the presence of recycled content. This method provides physical proof of the recycled fibre identity, going beyond certification schemes that rely on documentation and chain-of-custody declarations.  

Strengthening supply chain assurance  
New Focus Textiles produces GRS-certified recycled cotton fabrics from post-industrial and post-consumer feedstock under its T2T™ (Textile-to-Textile) programme. The integration of Haelixa’s DNA-based traceability ensures each recycled batch is scientifically identifiable and can be aligned with digital records on platforms such as TextileGenesis, enhancing material transparency at supplier, auditor, and brand level.  

Preparing for regulatory compliance  
The system supports upcoming EU Digital Product Passport requirements and wider regulatory scrutiny over green claims. It reduces reputational and compliance risk for brands that prioritise recycled materials. 

Source:

New Focus Textiles

Tabitha Mueller-Schrader ’26, left, and Maya Abrol ’26 prepare nurses uniforms for the exhibition. (c) Jason Koski/Cornell University
Tabitha Mueller-Schrader ’26, left, and Maya Abrol ’26 prepare nurses uniforms for the exhibition.
20.11.2025

‘Fit for Duty’ explores military uniforms’ influence on fashion

An Army combat uniform, Burberry trench coat and Hawaiian shirt are among pieces featured in “Fit for Duty: Form and Function in Military Dress,” a multisite Cornell Fashion + Textile Collection (CF+TC) exhibition opening on Veterans Day.
Worn in Iraq by a Cornell alumnus, the combat uniform set a template for contemporary camouflage and tactical design, according to exhibition notes. The khaki trench coat, originally designed for British officers, evolved from battlefield necessity into a fashion staple. The Hawaiian shirt reflects the early influence of Japanese textiles – designs and motifs forced to shift after the attack on Pearl Harbor.

“These garments reveal how the theaters of war and fashion intersect,” said curator Catherine Kueffer Blumenkamp, MPS ’15, associate director of the CF+TC and a lecturer in the College of Human Ecology’s Department of Human Centered Design. “Both realms stage systems of fit – physical, functional and symbolic – that continue to influence how we design, wear and interpret dress.”

An Army combat uniform, Burberry trench coat and Hawaiian shirt are among pieces featured in “Fit for Duty: Form and Function in Military Dress,” a multisite Cornell Fashion + Textile Collection (CF+TC) exhibition opening on Veterans Day.
Worn in Iraq by a Cornell alumnus, the combat uniform set a template for contemporary camouflage and tactical design, according to exhibition notes. The khaki trench coat, originally designed for British officers, evolved from battlefield necessity into a fashion staple. The Hawaiian shirt reflects the early influence of Japanese textiles – designs and motifs forced to shift after the attack on Pearl Harbor.

“These garments reveal how the theaters of war and fashion intersect,” said curator Catherine Kueffer Blumenkamp, MPS ’15, associate director of the CF+TC and a lecturer in the College of Human Ecology’s Department of Human Centered Design. “Both realms stage systems of fit – physical, functional and symbolic – that continue to influence how we design, wear and interpret dress.”

Drawing primarily on items donated to Cornell and its Reserve Officers’ Training Corps by alumni or their families, as well as some created by Cornell designers, “Fit for Duty” traces the interplay of form and function across conflict and couture – while highlighting Cornell’s land-grant legacy of military service. Displayed in the CF+TC’s public gallery on the Human Ecology Building’s terrace level and in the Wortham Military Museum in Barton Hall, the project also revives a collaboration that seeks to better preserve and make more accessible historical military garments with Cornell ties.

Roughly a decade ago, Blumenkamp, then a master’s student, was part of a team that helped archive materials in the Wortham museum located on the third floor of Army ROTC’s corner of Barton Hall. But items continued to be donated, and even archival boxes stored in a museum closet remained vulnerable to damage in the more than century-old facility.

Seeking help, Lt. Col. Derek Fitzpatrick, professor of military science and executive director of Army ROTC, reached out to Corey Earle ’07, visiting lecturer in American studies in the College of Arts and Sciences, who connected him with Blumenkamp. Blumenkamp conceived of the exhibition and sees opportunities for a CF+TC student research assistant to help maintain Wortham’s archival records and collaborate on future exhibits. The faculty members also are exploring opportunities and funding to relocate the museum, which requires climbing several flights of stairs – a challenge for guests with limited mobility, sometimes including visiting veteran alumni.

“It’s awesome to see it all come together,” Fitzpatrick said of the exhibition and plans for a sustained partnership. “Cadets choose Cornell because of our history, because of our legacy, because they want to be part of something bigger than themselves. When they see the respect we have for that legacy, it reinforces that this is something they want to be a part of.”

Research assistants Maya Abrol ’26, Tabitha Mueller-Schrader ’26, Erin Yoon ’26, doctoral student Sephra Lamothe and master’s student Sarah Orsinger helped comb through items stored at Wortham to build the exhibition. Displays there will include uniforms worn by members of the Cornell Cadet Corps, a precursor to ROTC, at a time when all male students were required to complete two years of military training.

“It’s been super-interesting to find all these different historical connections to contemporary fashion,” Abrol said. “As I started diving into the research and being with the clothes, you can see it pretty much everywhere.”

From trench coats to Doc Martens boots to the Vietnam-era M65 field jacket – worn by Robert de Niro’s Travis Bickle in “Taxi Driver” – Orsinger said military influence on fashion is ubiquitous.

“It may not be in the forefront of your mind going through your wardrobe, but many people walk around in full military-inspired outfits every day,” Orsinger said. “It’s interesting that those trends have continued.”

Beyond fashion, the influence extended to fit: Anthropometric data gathered through military conscription became the basis for the modern U.S. system of standardized sizing, the exhibition explains.

The CF+TC portion of the “Fit for Duty” is thematically divided into three sections: Land, Sea and Air. Pieces include the “pinks and greens” worn by Army officers in the 1940s, which Blumenkamp said balanced authority and refinement through precise tailoring and contrasting tones, and a Cadet Nurse Corps ensemble that signaled professionalism and service through tailoring. M65 and bomber jackets, meanwhile, became postwar emblems of rebellion and resilience.

“The word ‘fit’ carries layered meanings: to measure and clothe the body; to be equipped or prepared; to conform or belong; to be suited to purpose,” Blumenkamp said. “Each interpretation resonates in military dress, where garments must fit the individual, the regiment and the ideals they represent.”

Blumenkamp will host a curator’s talk Nov. 11 at 4:30 p.m. in the Rachel Hope Doran ’19 and CF+TC display vitrines, the first in a series of events associated with the exhibition. On Nov. 14 at 3 p.m. in Martha Van Renssalaer Hall, U.S. Army Brig. Gen. Adam Cobb, deputy commanding general-operations for the 10th Mountain Division at Fort Drum, will join student veterans and members of Cornell’s ROTC Tri-Service Brigade for a discussion on “Service, Scholarship and Design.” And on Nov. 14 at 6 p.m., a screening of the 1953 film “The Wild One” starring Marlon Brando – part of a motorcycle gang clad in surplus World War II combat boots, bomber jackets, aviator goggles and mechanic caps – kicks off a film series in partnership with Cornell Cinema.

“Fit for Duty” runs until March 2026. The exhibition received support from the College of Human Ecology, Cornell Council for the Arts, John Foote ’74 and Kristen Rupert ’74; and object contributions from Eric Bluman ’91, Raquel Coren ’25 and Michael Parkinson ’75.

Scanning electron microscopy image (left) shows the surface of a porous asymmetric UF membrane created at Cornell by mixing chemically distinct block copolymer micelles. Machine-learning segmentation (right) identified patterns formed by different micelle types and chemistries, revealing how the approach could lead to UF membranes that sort by chemical affinity. Credit: Wiesner Group/Provided
Scanning electron microscopy image (left) shows the surface of a porous asymmetric UF membrane created at Cornell by mixing chemically distinct block copolymer micelles. Machine-learning segmentation (right) identified patterns formed by different micelle types and chemistries, revealing how the approach could lead to UF membranes that sort by chemical affinity.
20.11.2025

Machine learning teaches membranes to sort by chemical affinity

Ultrafiltration membranes used in pharmaceutical manufacturing and other industrial processes have long relied on separating molecules by size. Now, Cornell researchers have created porous materials that filter molecules by their chemical makeup.

Two molecules of identical size and weight but different chemistry, such as antibodies with distinct molecular structure, are difficult to separate using current ultrafiltration (UF) membrane technology. But in a study published Nov. 13 in Nature Communications, researchers find that blending chemically distinct block copolymer micelles – tiny self-assembling polymer spheres – could be applied to making membranes capable of filtering molecules by chemical affinity.

Scanning electron microscopy image (left) shows the surface of a porous asymmetric UF membrane created at Cornell by mixing chemically distinct block copolymer micelles. Machine-learning segmentation (right) identified patterns formed by different micelle types and chemistries, revealing how the approach could lead to UF membranes that sort by chemical affinity.

Ultrafiltration membranes used in pharmaceutical manufacturing and other industrial processes have long relied on separating molecules by size. Now, Cornell researchers have created porous materials that filter molecules by their chemical makeup.

Two molecules of identical size and weight but different chemistry, such as antibodies with distinct molecular structure, are difficult to separate using current ultrafiltration (UF) membrane technology. But in a study published Nov. 13 in Nature Communications, researchers find that blending chemically distinct block copolymer micelles – tiny self-assembling polymer spheres – could be applied to making membranes capable of filtering molecules by chemical affinity.

Scanning electron microscopy image (left) shows the surface of a porous asymmetric UF membrane created at Cornell by mixing chemically distinct block copolymer micelles. Machine-learning segmentation (right) identified patterns formed by different micelle types and chemistries, revealing how the approach could lead to UF membranes that sort by chemical affinity.

“This is the first real pathway to creating UF membranes with chemically diverse pore surfaces,” said Ulrich Wiesner, the Spencer T. Olin Professor of Materials Science and Engineering, and the study’s senior author. “In principle, post-fabrication processes may achieve this, but the cost would be prohibitive for industry to adopt it. This new approach could truly revolutionize ultrafiltration.”

Taking inspiration from nature – such as protein channels in cells that can distinguish between similar-sized metal ions using pore wall chemistry – lead author Lilly Tsaur, Ph.D. ’24, of the Wiesner group, explored how neutral and repulsive interactions among micelles influence their self-assembly within the top separation layer. By combining up to three distinct block copolymers, the team demonstrated how these competing interactions control where different chemistries appear in the pores of the film’s surface.

“While in principle this is a really simple idea, in practice, developing this experimentally is really difficult,” said Wiesner, also a professor in the Department of Design Tech. “In particular, identifying where the different micelle chemistries are located in the top separation layer is nontrivial.”

Using scanning electron microscopy, Tsaur imaged hundreds of samples to study how the different micelles arranged themselves. Because imaging could not easily identify the chemistries, she used machine learning to detect subtle differences in pore patterns to identify where each micelle type appeared.

Co-author Fernando A. Escobedo, the Samuel W. and M. Diane Bodman Professor of Chemical and Biomolecular Engineering (Cornell Engineering), ran molecular simulations to help reveal rules that govern how the micelles self-organize – a challenge due to the large number of micelles and their tendency to assemble into states relatively far from equilibrium.

“This necessitated the use of highly coarse-grained models and numerous calibrations to capture the time and length scales involved in the experimental process,” said Escobedo, who conducted the research with Luis Nieves-Rosado, Ph.D. ’25.

The study builds on the Wiesner group’s previous advances in block copolymer self-assembly that led to the founding of Terapore Technologies, a startup company led by Rachel Dorin, Ph.D. ’13, that uses the group’s scalable block copolymer process to make cost-effective UF membranes that separate viruses from biopharmaceuticals. The new research paves the way for companies to use the same manufacturing process to produce membranes that can perform affinity separations based on programming pore surface chemistry.

“Companies simply want to change the recipe, the ‘magic dust,’ that goes into the same process they’ve been using for decades in order to give membranes chemically diverse pore surfaces,” Wiesner said. “Our method has the potential to lead to a paradigm shift in UF-based operations, and to open a whole new avenue for how to use UF membranes.”

Beyond filtration, the research could lead to new materials with novel properties for applications such as smart coatings that respond to their environment and biosensors that detect specific molecules. Wiesner’s group is continuing the work and developing methods to probe deeper into the top separation layer of these materials to see how the chemical patterns extend below the surface.

The research was supported by the National Science Foundation and was enabled by the Cornell Materials Research Science and Engineering Center and the Cornell Nuclear Magnetic Resonance Facility.

Source:

Syl Kacapyr, associate director of marketing and communications for Cornell Engineering.

Trevira CS® at CSI Show Hamburg Graphic Trevira CS/Indorama Ventures
Trevira CS® at CSI Show Hamburg
20.11.2025

IMO-Tested Flame-Retardant Textiles: Trevira CS® at CSI Show Hamburg

Trevira CS, a leading brand of inherently flame-retardant textiles, is set to showcase its high-performance fabric solutions for the cruise ship industry at the CSI (Cruise Ship Interiors) Show in Hamburg on December 3rd and 4th. The booth's motto, "All aboard with Trevira CS," highlights the brand's commitment to safety and luxury in marine interiors. The exhibit will feature an array of some 27 IMO-tested Trevira CS fabrics specifically designed for cruise ship applications. 
 
Safety and Luxury Meet Rigorous Marine Standards 
As cruises worldwide continue to grow in popularity, the demand for luxurious and inviting textile designs which comply with uncompromising safety performance is increasing. Inherently flame retardant and easy to care for, Trevira CS fabrics comply with the strict FTP Code 2010 Resolution MSC.307(88), Annex 1, part 5, 7, 8, and 9 for various applications, such as wallcoverings, drapes and decorative fabrics, sunscreens, upholstery fabrics and bedding textiles.
 

Trevira CS, a leading brand of inherently flame-retardant textiles, is set to showcase its high-performance fabric solutions for the cruise ship industry at the CSI (Cruise Ship Interiors) Show in Hamburg on December 3rd and 4th. The booth's motto, "All aboard with Trevira CS," highlights the brand's commitment to safety and luxury in marine interiors. The exhibit will feature an array of some 27 IMO-tested Trevira CS fabrics specifically designed for cruise ship applications. 
 
Safety and Luxury Meet Rigorous Marine Standards 
As cruises worldwide continue to grow in popularity, the demand for luxurious and inviting textile designs which comply with uncompromising safety performance is increasing. Inherently flame retardant and easy to care for, Trevira CS fabrics comply with the strict FTP Code 2010 Resolution MSC.307(88), Annex 1, part 5, 7, 8, and 9 for various applications, such as wallcoverings, drapes and decorative fabrics, sunscreens, upholstery fabrics and bedding textiles.
 
The cruise shipping industry requires high-quality fabrics for both indoor and demanding outdoor environments. For exterior use, Trevira CS textiles offer superior performance in terms of resistance to light and weather. This is, for example, achieved through flame-retardant and UV stabilised polyester, available as staple fiber and filament yarn. Such modified filament yarns are available in nearly 30 different spun dyed colours. 
 
Recognizing the cruise industry's increasing focus on sustainability, Trevira CS also offers recycled options under the trademark Trevira CS eco. These fabrics contain at least 50% recycled materials (pre-consumer or post-consumer). All fibers and yarns used for the Trevira CS eco trademark are GRS (Global Recycled Standard) certified. 

“Our trademark testing makes sure that the Trevira CS articles are made of our original Trevira® flame retardant polyester and that the textiles thereof meet the fire safety requirements of the brand and are fit to pass those of the cruise industry too. Needless to say, that also the requirements of other industries like hospitality, healthcare, rail and aviation are respected and can be met by Trevira CS® as well,” says Petra Krücken, Indorama Ventures Fibers Global Trademark Service Manager. 

Dornbirn Global Fibre Conference Asia debuts in Mumbai Photo Messe Frankfurt Trade Fairs India
19.11.2025

Dornbirn Global Fibre Conference Asia debuts in Mumbai

In a remarkable union of innovation and global expertise, the world’s largest fibre innovation congress, the Dornbirn Global Fibre Conference (GFC) Asia, was successfully held in Mumbai on November 18, 2025, hosted under the banner of the Techtextil India Symposium 2025. 

Under the theme ‘Shaping the Future: Sustainable Growth in Fibre Solutions and Innovations’, the event was a dynamic confluence of ideas, research breakthroughs and collaborative exchanges aimed at propelling the textile industry into a new era of responsible growth. The conference was supported by the Government of Tamil Nadu as a Partner State. 

The day-long conference included the latest research on sustainable fibres, innovations in eco-friendly manufacturing, breakthroughs in recycling & circular economy practices and the evolution of smart technical textiles. Discussions also addressed global fibre market shifts, policy frameworks shaping the industry and strategies for integrating sustainability into business models. These topics reflect the most pressing imperatives and emerging opportunities for manufacturers, designers, technologists and policymakers alike. 

In a remarkable union of innovation and global expertise, the world’s largest fibre innovation congress, the Dornbirn Global Fibre Conference (GFC) Asia, was successfully held in Mumbai on November 18, 2025, hosted under the banner of the Techtextil India Symposium 2025. 

Under the theme ‘Shaping the Future: Sustainable Growth in Fibre Solutions and Innovations’, the event was a dynamic confluence of ideas, research breakthroughs and collaborative exchanges aimed at propelling the textile industry into a new era of responsible growth. The conference was supported by the Government of Tamil Nadu as a Partner State. 

The day-long conference included the latest research on sustainable fibres, innovations in eco-friendly manufacturing, breakthroughs in recycling & circular economy practices and the evolution of smart technical textiles. Discussions also addressed global fibre market shifts, policy frameworks shaping the industry and strategies for integrating sustainability into business models. These topics reflect the most pressing imperatives and emerging opportunities for manufacturers, designers, technologists and policymakers alike. 

The Dornbirn Global Fibre Conference is a collaboration between organisers, Messe Frankfurt Trade Fairs India Pvt Ltd and Austrian Fibers Institute. It cements India’s position as a powerhouse in textile innovation, sustainability and fibre technology. Set against the backdrop of India’s ambition to elevate its textile and apparel exports to USD 100 billion by 2030, the Dornbirn Global Fibre Conference Asia proved to be a seminal platform for industry visionaries to share pioneering discoveries and collaborate on building a greener, smarter, and more resilient textiles future. 

The conference highlighted key initiatives and industry potential:

  • India is leading in converting post-consumer waste than many other developed countries 
  • India recycles its bottles into yarn and plastic
  • India’s EPR for plastic waste could be beneficial for speeding up the recycling of plastic waste into fibres 
  • Using technology for collection and sorting will make feedstock available for the circular supply chain to work efficiently
  • India shows positive signs and a huge the potential to become a recycled polyester hub

The India edition of the Dornbirn GFC Asia uniquely blended global expertise with India's vibrant textiles sector—a market rapidly advancing in technological innovation, sustainability efforts and export ambitions. The industry’s leading brands who were part of the conference included: Dodhia Group, Lenzing, Oerlikon Polymer Processing Solutions, Birla Cellulose, Erema Group GmbH, High Performance Textile Ltd, Pan Healthcare Pvt Ltd, TextileGenesis, Bekaert, FibreCoat GmbH and more. 

Source:

Messe Frankfurt Trade Fairs India

Photo Kraig Biocraft Laboratories
18.11.2025

Kraig Biocraft Laboratories to deliver spider silk yarns for elite-tier athletic application

Kraig Biocraft Laboratories, Inc., a leader in spider silk technology*, announced that it is fulfilling an order for spider silk from a globally recognized performance sports apparel brand as part of a confidential pilot development program.
 
This project will incorporate the company’s  next-generation recombinant spider silk into a cutting-edge application targeted at the highest tier of performance apparel. While specific project details remain protected, Kraig Labs can confirm that the program is designed for one of the most demanding and innovation-focused segments of the athletic market.
 
This customer's market leadership, engineering sophistication, and reputation for excellence in performance apparel made them the ideal choice for this initial pilot engagement. Their market leadership and commitment to innovation is the reason Kraig Labs selected to fulfill this request from among the numerous recent inbound inquiries it received.
 

Kraig Biocraft Laboratories, Inc., a leader in spider silk technology*, announced that it is fulfilling an order for spider silk from a globally recognized performance sports apparel brand as part of a confidential pilot development program.
 
This project will incorporate the company’s  next-generation recombinant spider silk into a cutting-edge application targeted at the highest tier of performance apparel. While specific project details remain protected, Kraig Labs can confirm that the program is designed for one of the most demanding and innovation-focused segments of the athletic market.
 
This customer's market leadership, engineering sophistication, and reputation for excellence in performance apparel made them the ideal choice for this initial pilot engagement. Their market leadership and commitment to innovation is the reason Kraig Labs selected to fulfill this request from among the numerous recent inbound inquiries it received.
 
The Company is now processing a portion of its recombinant spider silk inventory into yarns tailored to the precise specifications provided by the customer's development team. Delivery of these specialized materials is expected before the end of the first quarter.
 
As a focused pilot program, this order calls for a small, purpose-built quantity of spider silk designed explicitly for this highly specialized application. Even at this limited scale, the project provides a powerful platform for demonstrating the performance capabilities and commercial potential of the Company's specialized spider silk technology within a premier performance environment.
 
"This collaboration underscores the growing recognition of our material's potential in high-value, high-performance applications," said Kim Thompson, Kraig Labs’ Founder and CEO. "We are excited to support this project and a customer whose commitment to innovation aligns with our own. We look forward to showcasing what our spider silk can deliver at the elite level of apparel design and performance."

Source:

Kraig Biocraft Laboratories

Photographer: Mario Wibowo
18.11.2025

B&B Italia opens new monobrand store in Jakarta

B&B Italia Group, in collaboration with Laflo, opens a new design destination located in the heart of Jakarta’s business district.
 
The setting is a unique villa, which connects indoor living space with extensive outdoor environment through glasshouse and ceiling to floor windows. The store is curated to tell a story of innovation, timeless style and quality, inviting clients to step into an Italian design world where every detail is crafted to inspire. 

The space unfolds through a series of seamless ambiances, each crafted to reflect different moods and lifestyles. Visitors are invited to embark on a pleasant journey, discovering products that resonate with their personal style and design DNA. 

With a net display area of 1,200 square meters, this monobrand store is the largest B&B Italia showroom in the Asia Pacific region, an important result for Indonesia and a testament to the country’s growing appreciation for design excellence. 

The monobrand store features a wide selection of the latest collections from the B&B Italia, B&B Italia Outdoor, Maxalto and Azucena.  

B&B Italia Group, in collaboration with Laflo, opens a new design destination located in the heart of Jakarta’s business district.
 
The setting is a unique villa, which connects indoor living space with extensive outdoor environment through glasshouse and ceiling to floor windows. The store is curated to tell a story of innovation, timeless style and quality, inviting clients to step into an Italian design world where every detail is crafted to inspire. 

The space unfolds through a series of seamless ambiances, each crafted to reflect different moods and lifestyles. Visitors are invited to embark on a pleasant journey, discovering products that resonate with their personal style and design DNA. 

With a net display area of 1,200 square meters, this monobrand store is the largest B&B Italia showroom in the Asia Pacific region, an important result for Indonesia and a testament to the country’s growing appreciation for design excellence. 

The monobrand store features a wide selection of the latest collections from the B&B Italia, B&B Italia Outdoor, Maxalto and Azucena.  

More information:
B&B Italia Jakarta
Source:

B&B Italia Group

18.11.2025

Four substances recommended for REACH authorisation

The European Chemicals Agency (ECHA), to protect health and the environment, recommends that the European Commission adds four substances, including melamine, to the REACH Authorisation List. Once added to the list, companies must apply for authorisation if they wish to continue using the substances.

The recommendation includes the following substances:

  • Barium diboron tetraoxide;
  • S-(tricyclo[5.2.1.0 2,6]deca-3-en-8(or 9)-yl) O-(isopropyl or isobutyl or 2-ethylhexyl) O-(isopropyl or isobutyl or 2-ethylhexyl) phosphorodithioate;
  • Diphenyl(2,4,6-trimethylbenzoyl)phosphine oxide; and
  • Melamine.

ECHA has selected these substances from the Candidate List of substances of very high concern (SVHC) for this recommendation because, following the agreed approach, they are of the highest priority. 

The inclusion of melamine in the draft recommendation was comprehensively commented on by sectors using the substance during the 2024 consultation period but the decision to include it was made after careful consideration of all the issues.

The European Chemicals Agency (ECHA), to protect health and the environment, recommends that the European Commission adds four substances, including melamine, to the REACH Authorisation List. Once added to the list, companies must apply for authorisation if they wish to continue using the substances.

The recommendation includes the following substances:

  • Barium diboron tetraoxide;
  • S-(tricyclo[5.2.1.0 2,6]deca-3-en-8(or 9)-yl) O-(isopropyl or isobutyl or 2-ethylhexyl) O-(isopropyl or isobutyl or 2-ethylhexyl) phosphorodithioate;
  • Diphenyl(2,4,6-trimethylbenzoyl)phosphine oxide; and
  • Melamine.

ECHA has selected these substances from the Candidate List of substances of very high concern (SVHC) for this recommendation because, following the agreed approach, they are of the highest priority. 

The inclusion of melamine in the draft recommendation was comprehensively commented on by sectors using the substance during the 2024 consultation period but the decision to include it was made after careful consideration of all the issues.

Ofelia Bercaru, Director for Prioritisation and Integration, said: 
“When assessing the consequences of including a substance in the Authorisation List, it is important to consider the scope of the legal requirement. In most of its applications, melamine appears to be used as an intermediate, which does not require authorisation under REACH.
“However, applications for authorisation for the remaining uses may potentially create a significant workload for companies and authorities. ECHA is aware of the challenges and considered that balancing the risks posed by melamine with its continued use, requires a policy decision by the Commission and EU Member States.”

Background
ECHA has the legal obligation to regularly recommend substances from the Candidate List for the Commission to include in the Authorisation List. Before sending its recommendation to the Commission , ECHA considers comments received during a three-month consultation and the opinion of the Member State Committee.

The Commission will decide which substances are included in the Authorisation List and what conditions apply to each substance. If a substance is included in the Authorisation List, it can only be placed on the EEA market or used after a given date, if an authorisation is granted for a specific use.

The authorisation process aims to enhance the substitution of substances of very high concern when technically and economically viable alternatives are available. Until this is achieved, the goal is to ensure proper control of risks for human health and the environment.

Source:

European Chemicals Agency 

R&D Helium Loop Anorak Photo via ALLIED Feather + Down
R&D Helium Loop Anorak
18.11.2025

Sustainable Apparel: Peak Performance presents R&D Helium Loop Anorak

ALLIED Feather + Down, NetPlus®, PERTEX, and Resortecs, leaders in circularity, recycling, and advanced materials, are joining forces with the Swedish backcountry ski apparel makers at Peak Performance to introduce a paradigm-shifting circular jacket.

Until now, performance products that combine multiple materials, such as natural down insulation, zippers, and elastic trims, have been nearly impossible to recycle due to the complexity of disassembly at the end-of-life. By working with the circularity leaders at ALLIED, NetPlus, and Resortecs, Peak Performance designed and built the R&D Helium Loop Anorak, proving that advanced design, in collaboration with the right partners, can create real change. 

ALLIED Feather + Down, NetPlus®, PERTEX, and Resortecs, leaders in circularity, recycling, and advanced materials, are joining forces with the Swedish backcountry ski apparel makers at Peak Performance to introduce a paradigm-shifting circular jacket.

Until now, performance products that combine multiple materials, such as natural down insulation, zippers, and elastic trims, have been nearly impossible to recycle due to the complexity of disassembly at the end-of-life. By working with the circularity leaders at ALLIED, NetPlus, and Resortecs, Peak Performance designed and built the R&D Helium Loop Anorak, proving that advanced design, in collaboration with the right partners, can create real change. 

“For years now, brands have wanted to introduce more circularity into their products, but the onus has fallen on their ingredient partners and startups to make that happen,” said Matthew Betcher, Creative Director with ALLIED. “The reality is that garments need to be designed for circularity before any sense of recyclability can even start to be possible. That is why we are excited to bring our areas of expertise as innovative ingredient brands to Peak Performance to build, from the very beginning, a truly circular product. And what is even more exciting is that this project can stand as a beacon for entire product lines in the future.”

Each Peak Performance partner brings a unique aspect to this product. 

ALLIED supplies the 800-fill power down, which is a renewable, recyclable, and biodegradable insulation, making it perfect for this collaboration. NetPlus is fishing net waste, rescued before it pollutes the ocean, re-engineered into 100% PCR nylon yarn. NetPlus yarn is then woven by PERTEX to create the shell and liner for the Helium Loop. Resortecs makes Smart Stitch™, a heat-activated thread that enables easy material separation. At the end of the product’s lifespan, the stitching melts away with Smart Disassembly™ under controlled conditions, allowing the down plumes and shell material to be taken apart and recycled individually. 

Speaking about the project, designer Marie Andersson commented, “The core insight is that true circularity isn't about accepting compromises, it's about engineering garments to be unmade as thoughtfully as they're made. Our R&D Helium Loop proves that when premium materials meet thoughtful disassembly design with end-of-life in mind, circularity becomes a performance advantage as every component maintains its highest value across multiple lifecycles.”

David Stover, CEO of Bureo, the company behind NetPlus, added, "The Helium Loop R&D project demonstrates how responsible materials and design can prevent pollution and reduce reliance on fossil fuels – a win for the outdoor community. Technical outerwear is typically built from crude oil (virgin plastic), an outdated model that negatively impacts people and the planet through the entire supply chain. By connecting better materials with thoughtful design, the Peak Performance team was able to explore the worthwhile challenge of building products suited for end-of-life recycling and push forward on the industry transition away from fossil fuels."

The Helium R&D Helium Loop Anorak marks another step in Peak Performance’s long-term commitment to total range circularity by 2030.

Source:

ALLIED Feather + Down