From the Sector

Denim is timeless - jeans have become an essential part of modern life. On warm days, they can make you sweat. Outlast Technologies GmbH is changing that - by making denim that helps you sweat less and feel more comfortable throughout the day.

After intensive research and development, Outlast proudly introduces its temperature regulation technology into denim fabrics - without compromising the rugged authenticity and durability denim is known for. The result is a smarter, more comfortable denim that adapts to the body's temperature, no matter the season or activity.

The innovation lies in embedding natural wax directly into the fibers before the denim is woven - creating intelligent fabrics that interact with your body. When it’s warm, these fibers absorb excess body heat and store it, helping to reduce sweating and keep you feeling comfortably balanced. As temperatures cool or your activity level decreases, the stored warmth is gradually released - helping to prevent chills.

Achieving this level of functionality, however, was no easy task. The challenge was to ensure that the temperature-regulating effect could withstand the intense wash and finish treatments typical in denim production - all while preserving the look, feel, and durability expected of high-quality jeans.

To meet these demands, Outlast found the perfect partner in AGI, the renowned denim producer from Pakistan. With its deep expertise in denim manufacturing, AGI played a key role in refining the integration of temperature regulation technology - resulting in denim products that are highly attractive to both brands and end consumers alike.

Equally appealing to end users is the lasting performance of the innovation: the natural wax is embedded inside the fiber itself. This means the temperature-regulating function does not wash out or diminish over time. Unlike surface treatments, the technology remains effective throughout the entire life cycle of the garment.

The 12th annual North American Nonwovens Supply Report, released today by INDA, the Association of the Nonwoven Fabrics Industry, reveals continued growth and strategic transformation within the North American nonwovens industry.

For the second consecutive year, North American capacity continued to increase by over 100,000 tonnes, reaching 5.730 million tonnes in 2024, according to the report based on producer surveys and interviews.

Investments across all processing methods and diverse end-use sectors drove this expansion, according to the INDA findings. Production output continues to shift and slowed in 2024. The larger machine installations coming online promise future efficiency and capacity improvements.

The noteworthy trend is the installation of several new production lines, primarily in long-life sectors. This shift underscores the industry’s proactive efforts to achieve sustainability goals and reduce environmental impact.

Report Based on Producer Input
The annual INDA report delivers data to support industry growth and strategic planning, offering a detailed analysis of capacity, production, operating rates, and regional trade across North America, including Canada, Mexico, and the United States.

Driven by extensive research, including producer surveys and in-depth interviews with industry leaders, the report provides a comprehensive picture of the nonwoven materials landscape, covering composites, roll and finished goods.

“As part of INDA’s role to be the industry’s trusted data source, this report offers valuable insights for benchmarking, strategic planning, and decision-making,” said Tony Fragnito, INDA President and CEO. “This year’s findings highlight a resilient industry expanding capacity with ongoing investments across all regions and sectors, a strategic shift toward sustainable, long-life products, and a commitment to innovation and meeting rising demand across North America.”

The entire report is provided free of charge to producers who provided information. The Executive Summary from the annual Supply Reports, the quarterly INDA Market Pulse, and the monthly Price Trends Summary are provided to INDA members on a complimentary basis as part of their membership. The data gathered for this annual report is a springboard for the biennial Global Nonwoven Markets Report, published in November 2024.

Texworld Apparel Sourcing Paris will take place from Septembre 15 to 17 2025 in Halls 2, 3 and 4 of the Paris-Le-Bourget Exhibition Center. Texworld Paris, Apparel Sourcing Paris, along with their dedicated sectors Avantex and Leatherworld, will showcase the global offering for fashion brands—from ready-to-wear to luxury.
 
Between 1,200 and 1,300 exhibitors expected in Paris in September  
Returning this September for the autumn edition, Apparel Sourcing & Texworld Paris and their key sectors Avantex and Leatherworld have chosen these dates to better align with buyers' calendars.

The event will follow the same layout as the February edition, whose dynamism was hailed by both manufacturers and fashion buyers. Halls 2, 3, and 4 will hence welcome nearly 1,300 exhibitors, in line with the target set by the Messe Frankfurt France teams.  

Major textile-producing countries have already confirmed their participation: weavers and manufacturers from China, India, Türkiye, South Korea, Taiwan, and Hong Kong will be present in Paris this September. Their willingness to attend once again highlights the central role of European markets in a global ecosystem disrupted by ongoing US-China trade tensions. Central European garment manufacturers are also showing considerable interest in this edition. Countries such as Armenia, Kyrgyzstan and Ukraine are expected to make significant appearance at Apparel Sourcing Paris, with real know-how and remarkable levels of quality.
 
Organized by universe, with an Initiatives by Texworld zone
In terms of layout, Avantex will be located in Hall 2, alongside trend forums, conference, and service areas. As in February, thematic “universes” will be featured, focused on women’s clothing and activewear collections, to create synergies between raw materials and finished products and to enhance the sourcing experience for visitors.

Leatherworld will be in Hall 4, next to the Denim area, bridging Texworld and Apparel Sourcing to maintain proximity between materials and finished products. The Initiatives by Texworld zone, located at the entrance of Hall 4, will highlight the specific expertise of certain countries such as Türkiye which will present a trend area featuring its top weavers, and India which will showcase the remarkable work of its embroiderers.

ECHA’s redesigned Classification and Labelling (C&L) Inventory is now available in the Agency’s new chemicals database, ECHA CHEM.

The C&L Inventory includes information on more than 4,400 EU-level harmonised classifications and seven million classifications notified or included in REACH registrations. Altogether, the inventory includes data on around 350 000 substances.

The integration of classification and labelling information into ECHA CHEM follows the initial launch of the database in January 2024, which featured information on over 100 000 REACH registrations submitted by companies. The new inventory is designed to help users easily locate the classification with the highest agreement and to bring clarity on the source behind the classification information. It incorporates recent regulatory developments, such as the new CLP hazard classes and is built with stability and growth in mind.

In this first version, the classification information is accessible in a visual format per substance with complementary approaches, such as application programming interfaces (APIs), being explored in future releases.  

Mercedes Viñas, Director of Submissions and Interaction, said:
“This is an important milestone in further developing a comprehensive database for all chemical data gathered by ECHA. The redesigned C&L Inventory comes with an enhanced user interface and simplifies access to classification information for users.”

Mike Rasenberg, Director of Hazard Assessment, added:
“Hazard classifications are the cornerstone of regulatory risk management of chemicals. The redesigned C&L inventory improves the clarity on the current and upcoming mandatory classifications harmonised at the EU level, helping companies to prepare and implement the required safety measures.”

Eastman Naia™ joined Challenge the Fabric 2025 as an official Innovation Partner, reaffirming its commitment to scalable sustainability through cross-sector collaboration. The event held May 13–14 in Milan, brought together leaders from fashion, textiles, and forestry to accelerate circular solutions and spotlight man-made cellulosic fibers.

A key highlight of the event was the CTF Award, a global competition pairing emerging designers with material innovators to co-create visionary garments. As part of the program, Naia™ collaborated with designer Oscar Ouyang and Italian mill Lady V to co-create a garment using NAIA/WO, a custom textile made from 50% RWS-certified virgin wool, 50% GRS-certified recycled wool, blended with Naia™ Renew fiber. “The esteemed Prato-based textile company Lady V have introduced Naia™ into their apparel by creating NAIA/WO. The fabric is finished using traditional wooden barrels, ensuring a soft, luxurious ‘lambswool’ texture without overfelting. This partnership exemplifies our shared commitment to creative, sustainable innovation in fashion,” said Cristiano Vieri from Lady V.

Designer Oscar Ouyang reflected on the inspiration behind his piece: “It has been a pleasure working with the Eastman Naia™ fabric. The versatility and the sustainability of the MMCFs fabric is truly impressive. The combination of cutting-edge and traditional techniques behind the production of the fabric inspired me to create this shepherd's look,” said Oscar Ouyang.

At the heart of the textile is Naia™ Renew, Eastman’s cellulosic fiber made from 60% sustainably sourced wood pulp and 40% GRS-certified recycled waste, enabled by molecular recycling. “Challenge the Fabric is a unique event where we have real, action- and collaboration-based conversations,” said Claudia de Witte, Marketing & Sustainability Director at Eastman. “We are proud to have participated in the design competition and even prouder to see Oscar, his design, and how he showcased the versatility of our Naia™ Renew staple fiber.” De Witte also expanded on this vision during the CTF panel “From Ambition to Execution,” emphasizing the role of partnerships in scaling sustainable solutions.

An open and transparent process that goes beyond current EU and national legislation: EDANA announced the expansion of the Stewardship Programme CODEX™, a key part of their voluntary industry initiative to ensure product safety, transparency, and consumer confidence. This expansion increases the number of trace chemicals covered in the CODEX™, reinforcing the industry’s commitment to responsible stewardship and high safety standards.

The voluntary Stewardship Programme core is its CODEX™, which features:

• An evolving list of trace chemicals, purposefully chosen by EDANA (including, but not limited to, PAHs, PCBs, dioxins, furans, phthalates, formaldehyde, metals). These are not intentionally used to manufacture absorbent hygiene products (AHPs) but may be present in trace amounts.
• Guidance values for each substance, based on existing related regulations, regulatory guidance, related existing standards or industry experience.
• Standardized consumer relevant test methods to evaluate products for possible traces of substances.

A Voluntary Commitment to Safety and Transparency
The EDANA Stewardship Programme was created to provide science-based guidance on the safety of absorbent hygiene products, including baby diapers, menstrual products, and incontinence products. As a voluntary initiative, it reflects the industry’s proactive approach in going beyond regulatory requirements to enhance trust and transparency.

By broadening the CODEX™, EDANA and its members continue to support best practices in substance management and regulatory alignment.

Why This Expansion Matters

• More Chemicals Covered – The CODEX™ now includes a broader list of substances not to be present in AHP in a higher concentration than the respective guidance value. These are not intentionally used to manufacture AHPs but may be present in trace amounts.
• Enhanced Consumer Confidence – By voluntarily increasing substances, the industry demonstrates its commitment to ensuring safe and high-quality absorbent hygiene products. EDANA’s member companies keep safety at the very heart of what they do.
• Alignment with Best Practices – The expansion reflects the latest scientific knowledge and supports companies in staying ahead of regulatory developments. The voluntary CODEX™ represents a living programme; it is a proactive work to keep adding substances.

The expansion of the EDANA Stewardship Programme CODEX™ is the result of ongoing collaboration with industry experts, scientists, and regulators, ensuring it remains a trusted reference for product stewardship.

Archroma, a global leader in specialty chemicals, is set to showcase key innovations in denim color and processing to the global denim community at Denim Première Vision Milan on May 21 and 22 and Denimsandjeans Vietnam on June 25 and 26.

Denim has remained a staple in both mainstream and high-end fashion, but traditional manufacturing methods are under increasing scrutiny for their intensive use of water, energy and chemicals.

Archroma will demonstrate an array of denim innovations at Denim Première Vision Milan and Denimsandjeans Vietnam, headed by DENIM HALO – a pretreatment and dyeing process developed to empower mills to produce highly sought-after distressed denim looks with a significantly reduced environmental footprint.

DENIM HALO combines DIRSOL® RD p, a new product for a special/specific yarn pretreatment, with Archroma’s indigo, sulfur or biosynthetic dyes to produce laser-friendly denim with outstanding contrast on intense black and indigo shades – without modifying standard dye recipes or set up. Additionally, the solution reduces yarn shrinkage and improves garment tensile strength, while also saving water and energy, avoiding the use of potassium permanganate, and reducing the need for caustic soda in sulfur dyeing.

Archroma will also be showcasing a brand-new capsule collection at the shows. The collection will present Black Denim that utilizes Archroma’s DENIM HALO and DIRESUL® EVOLUTION BLACK and made with premium fabric from Kipas Denim and finished using Jeanologia’ s innovative washing technology. The result is a refined, modern take on black denim—combining elevated design with responsible production practices.

TrusTrace, a leader in supply chain traceability and compliance data management, has launched a major AI-driven upgrade to its platform, making it easier than ever for brands and manufacturers of all sizes – small, medium and large – to collect, centralize and analyze supply chain and traceability data with confidence.
 
For years, companies have struggled with fragmented, incomplete, and unverifiable supply chain data – leaving them exposed to hidden risks, lacking evidence for compliance and unable to drive meaningful impact.

TrusTrace’s upgraded platform revolutionizes data access by unifying supplier-provided, brand-owned and third party data through advanced AI technology. This approach significantly increases data reliability and insight quality, enabling businesses to act on comprehensive and validated information rather than incomplete or inaccurate data. The data hub also facilitates seamless data reuse, allowing stored data to be repurposed across business goals, significantly enhancing operational efficiency.
 
With global supply chains handling millions of purchase orders across thousands of suppliers and materials, brands and manufacturers need a system that can scale effortlessly. TrusTrace’s enhanced platform enables businesses of any size – whether brands or manufacturers – to efficiently collect, store and leverage trusted supply chain data, making traceability, risk management, and compliance more accessible than ever.
 

A Step Change in Supply Chain Data Management
The upgraded TrusTrace platform offers:
 

• Effortless Data Collection & Integration: Seamlessly gather, structure, and share supply chain and traceability data – including supply chain mapping, certifications, chain of custody records and regulatory compliance documents – all in one centralized place.
• Proactive Risk Management: Detect hidden risks, assess their potential impact and address them before they escalate, with a continuously updated view of actual risks and their severity across the full supply chain.
• Streamlined Compliance Management: Move beyond reactive, check-the-box compliance to a scalable compliance framework, in which existing data is stored, packaged, and ready for any regulatory or reporting needs, with gaps automatically identified and addressed.
• A Unified, AI-Powered Supply Chain Data Hub: Make better decisions with a unified view of supply chains across owned, supplier and third-party data. Elevate supply chain data from a regulatory requirement to a strategic asset to inform decision-making and long-term strategy.
• Scalability for Any Supply Chain: Whether a company is just starting its sustainability journey or managing complex multi-tier supply chains, TrusTrace offers a fully configurable system tailored to any regulatory or business need, that is easy to start and scale according to business needs.

With brands and manufactures already leveraging the enhanced platform, TrusTrace is continuing to gain momentum across the industry. Most recently, the company announced a strategic partnership with Avery Dennison, a global leader in materials science and digital identification solutions, to address growing demands for visibility into the origins, movement, and impact of raw materials across the apparel value chain.

Adaptable insulation elements can ensure that the heat transfer through the building envelope can be adjusted as required. This saves heating or cooling energy and therefore costs. Intelligent systems can regulate heat transfer according to the outside temperature and the need for heating or cooling in the interior. In the ReVaD project, the German Institutes of Textile and Fiber Research Denkendorf (DITF) and their partners are developing adaptive building envelopes that can also use concrete components as structural thermal energy storage units for temperature control in buildings.

The research project is developing adaptable insulation elements based on the Knudsen effect. The Knudsen effect describes the change in the thermal conductivity of porous structures with the prevailing gas pressure in the pore space. If there is a vacuum in the pore space, the thermal conductivity is low; if the pressure increases, the thermal conductivity also increases. In order to use the principle in an adjustable insulation element, the highest possible switching factor between the two states is required. To achieve this, the pore system and gas pressure range must be optimally matched. In the adaptable insulation panel, the pore system consists of a spacer fabric that is being developed at the DITF. A key challenge here is the compressive strength of the filling core, which must only allow minimal deformation at a surface pressure of 10 N/cm2 imprinted by a fine vacuum.

The research team at the Technology Center Knitting Technique at DITF has developed the corresponding pressure-resistant structures. Their pore size will be optimized in the next steps by inserting textured yarns into the pole thread space. The basic thermal conductivity of the structure should be increased as little as possible. With the knitted structures in the panel, a switching factor, i.e. the ratio of maximum to minimum thermal conductivity achieved, of 5 has already been demonstrated. Current work involves optimizing the spacer structures and setting up a demonstrator.

In the joint project, the Institute of Technical Thermodynamics at the German Aerospace Center (DLR) in Stuttgart is developing a thermochemical reactor component that enables precise and energy-efficient gas pressure adjustment in the vacuum insulation panel. Metal hydride-hydrogen reaction systems are used, which allow the gas pressure in the insulation panel to be set through temperature control.

The Institute for Building Energetics, Thermal Engineering and Energy Storage (IGTE) at the University of Stuttgart is investigating the integration possibilities of the panels in the wall composite using simulations and experiments. The thermal-energetic simulations make it possible to assess the energy-saving potential of the technology in different scenarios and under different boundary conditions. A demonstrator is used to test the adaptable thermal insulation in an application-oriented manner.

The ReVaD project (development of adaptable vacuum insulation elements for the needs-based adaptation of heat transfer in building envelopes and structures as well as the thermal activation of storage masses) is funded by the Federal Ministry of Economics and Energy as part of joint industrial research (IGF) (FKZ: 22617 N).

Leading computerized flat knitting innovator SHIMA SEIKI MFG., LTD. of Wakayama, Japan is collaborating with Lonati S.p.A. of Brescia, Italy to promote digitalization and sustainable product development within the sock industry.

The partnership forms a synergy by leveraging software solutions offered by each company—APEXFiz® design software developed and sold by SHIMA SEIKI and ORION programming software developed and sold by Lonati. Together, they aim to help the industry shed ist dependence on traditional physical sample creation processes.

In the fashion industry, particularly in the sock sector, it is common practice to create physical samples for design consideration and production decisions. However, this process presents numerous challenges, including waste of resources and labor, economic burdens such as sampling costs and material expenses, as well as delays due to lead times before market launch.

To address these challenges, “3D Virtual Sampling” has gained attention as an effective method. This approach allows for design consideration without physical samples and enables rapid and efficient prototyping. As a result, companies can significantly reduce costs and time while minimizing their environmental impact. Additionally, developing products that meet market needs enhances competitiveness.

SHIMA SEIKI’s APEXFiz® is design software that is available with 3D virtual sampling capabilities for knitted products and has been adopted by many companies in the sock industry to high acclaim. By using this tool, designers can visualize sock designs in real-time and receive quick feedback. Moreover, specialized software dedicated to sock design—APEXFiz® Design-Sox—is in the works for future release. Meanwhile, ORION is Lonati's innovative programming software that is part of the UNLIMITEX® suite, and allows users to proactively verify data in 3D from a technical perspective, identifying and resolving potential issues in advance at each stage from programming to manufacturing. ORION and APEXFiz® Design-Sox are both scheduled for release in June of 2025.

Together, APEXFiz® and ORION further streamline virtual sampling by integrating the workflow from design to production. This integrated process enables companies to shorten time-to-market while efficiently delivering high-quality products. The innovative workflow developed through the partnership between SHIMA SEIKI and Lonati are set to revolutionize the sock industry and serve as a key driver for creating new business opportunities and competitive advantage.