From the Sector

At Isomi, the company has defined their approach by an ambition to work with materials in their purest, most purposeful form. With the Knit One Chair, they are taking this commitment further exploring how 3D knitting technology can unlock a more resourceful, intelligent way to make furniture. 

3D knitting is, at its essence, a digital manufacturing process that transforms a spool of yarn into a fully formed, three dimensional textile shape created directly on the knitting machine, without the need for cutting, stitching or excess trimming. This precise method has already reshaped industries like sportswear and footwear, celebrated for its ability to produce complex forms with minimal waste and remarkable structural integrity. In furniture, however, the possibilities of 3D knitting are only just beginning to be realised. Traditionally, upholstery involves layering foams, fabrics and fillers, glued and stapled into place, a process that generates off cuts, requires multiple materials, and makes recycling complicated at best. Knit One rethinks this entirely.

The World of Wipes® (WOW) International Conference brought the global wipes industry together for four engaging days of insights, innovation, and connections, July 21-24, at the Hilton Columbus Downtown, in Ohio.

WOW featured expert-led sessions, over 50 tabletop exhibits, and the presentation of the World of Wipes Innovation Award®. The event garnered high praise from attendees for its valuable networking and content, as well as strong participation from across the global wipes supply chain.

World of Wipes Innovation Award®
The 2025 World of Wipes Innovation Award® was presented to Cookware Care Seasoning Wipes™, 100 percent viscose wipes that offer a convenient, mess-free solution for maintaining cast iron and carbon steel cookware. Infused with non-petrochemical oils and beeswax through a proprietary waterless process, the wipes simplify seasoning while expanding nonwoven applications beyond traditional uses.

“Walking into WOW 2025 as a brand-new company, we didn’t know what to expect. From the moment we arrived, the encouragement, curiosity, and warmth of the industry made us feel truly welcome,” said Cookware Care co-founders Jordan and Blaire Burdey. “Connecting with so many knowledgeable and inspiring individuals made winning the World of Wipes Innovation Award® even more meaningful. This recognition validates two years of passion, late nights, and unwavering belief in our vision, and it motivates us to continue growing and getting Seasoning Wipes™ into more hands. We are deeply grateful to INDA and to everyone who showed us such genuine support.”

Fellow finalists Dude Products’ Dude Odor Destroyer XL Flushable Deodorant Wipes and Magnera’s Sontara® EC Green Cotton were also celebrated for their innovation and market potential. Nominations for the 2026 World of Wipes Innovation Awards will open August 7, 2025.

Thoughts from Industry Leaders
“The content was comprehensive, timely, and engaging, making it a truly enriching experience for all attendees,” said Nick Santoleri, COO of Rockline Industries. “The venue (just a stone’s throw away from The Ohio State University) provided ample space for networking as well as private conversations, allowing for meaningful connections to be made. Additionally, the overall look of the conference and signage gave one the feeling of a world-class event. Kudos to the organizing, marketing, and creative staff at INDA for this year’s exceptional event!”

“This year’s WOW conference was a great opportunity to meet with several of our suppliers and customers in one place,” said Pramod Shanbhag, Vice President of Innovation and Technology at Suominen. “I loved the interactions at the tabletop events and hope to see even more tabletops next year.”

WOW Session Highlights
With the theme “Wipe to Win: Innovating for a Sustainable and Profitable Future,” WOW 2025 delivered a wide array of expert-led sessions and panel discussions, including:

• Global drivers for plastic-free wipes and machinery innovations for sustainable materials
• Consumer motivation, emotional product design, and social media impact
• Nanofibers, niche applications, and a licensing deal for sports wipes with the NBA
• Consumer perceptions, slitting advancements, and classic and innovative preservation strategies
• Expert panel addressing evolving regulatory legislation, trade and tariffs across the U.S. and Europe

Among the other key topics discussed were product responsibility, inflation, artificial intelligence, the California wastewater forensic studies, and sustainability.

The event opened with the WIPES Academy, held July 21-22 and led by Heidi Beatty, CEO of Crown Abbey. This 12-session course provided a comprehensive overview of wipes development, from concept to commercialization, covering materials selection, formulation design, and packaging considerations.

INDA announced that the next edition of the World of Wipes® Conference will take place June 29-July 2, 2026, in Nashville, Tennessee.

Noise pollution can cause stress and damage our health. Whether in restaurants, open-plan offices, or schools, we are confronted with loud background noise in our everyday lives. Sound-absorbing materials are used to reduce noise. The German Institutes of Textile and Fiber Research Denkendorf (DITF) are developing a comprehensive system for measuring and predicting the acoustic properties of a wide variety of textiles. This research enables the development of a wide range of sound-absorbing or acoustically effective materials.

Currently, in addition to foams, nonwovens are mostly used as sound absorbers. However, these are relatively thick and not very stretchy. Textile fabrics such as woven or knitted materials are more elastic and flexible and are able to reduce noise more specifically in certain frequency ranges. This allows them to be individually adapted to existing or expected noise problems. However, these textile fabrics have rarely been used in acoustics to date.

In order to exploit this potential, research and development are encountering a problem: the measurement methods and simulation models used for nonwovens are not readily applicable to other types of textiles. Nonwovens consist of loosely arranged, interconnected fibers; they have what is known as a random fiber arrangement. In woven and knitted fabrics, on the other hand, the fiber arrangement has a recurring, non-random pattern. The different fiber arrangements result in significant differences in material properties. Due to a lack of alternatives, manufacturers of acoustic textiles still have to use these limited methods for their product development.

This is where the MetAkusTex research project comes in. Dr. Elena Shabalina, Head of the Technology Center E-Textiles & Acoustics at the DITF, explains: "In acoustics research, there is limited knowledge about the potential and diversity of textiles. As a textile research institute, we want to ensure that a wide range of textile structures, including 3D textiles, find their way into the world of acoustics. We are laying the necessary foundations for this." The DITF are developing new acoustic measurement and prediction methods that can be used to evaluate how different textiles interact with sound, whether they absorb, reflect, or scatter it. With the help of mathematical models, textile materials can be tested, adapted, and optimized for their acoustic effect as early as the design phase.

The project results will help companies make their product development processes more efficient and to design materials in a more targeted manner, for example, to make them sustainable. This will shorten time to market.

In addition to the development of new measurement methods, the acoustics laboratory at the DITF is being expanded. The measuring room with sound-absorbing walls and a sound-reflecting floor (semi-anechoic chamber) will be equipped with a modern data acquisition system. In addition to software, this includes various measuring microphones, loudspeakers, and a turntable to measure the sound quality of loudspeakers from different directions. The new acoustics laboratory will be used for research at the institute and will also be made available to industry for testing.
 
The MetAkusTex research project was funded by the Baden-Württemberg Ministry of Economic Affairs, Labor, and Tourism as part of the Invest BW - Praxissprints program.

With 12 exhibiting countries and regions so far confirmed, Cinte Techtextil China is poised to present a dynamic industry platform, bridging the gap between Asian and Western markets. From 3 to 5 September in Shanghai, the fair will feature a full spectrum of technical textiles and nonwovens for 12 application areas, with a key highlight being 2025’s debut product category and zone – the Textile Chemicals and Dyes Zone. Meanwhile, domestic and international exhibitors with automotive applications can be found across the fairground, with the segment drawing strong interest globally. Also featuring a range of innovators in the reputable European and German Zones, the fair’s International Hall (W5) will offer valuable expertise and opportunities to trade visitors from China, Asia and beyond.

A strong combination of global exhibitors has already confirmed their participation this year, coming from Belgium, China, Germany, Hong Kong, India, Italy, Malaysia, Saudi Arabia, Switzerland, the UK, the US, and Vietnam. With the additional textile chemicals and dyes product category launched at the fair, new business avenues have been opened for renowned companies such as CHT Germany GmbH (Germany), Michelman Inc (USA), and more, who will convene at the debut Textile Chemicals and Dyes Zone. The new category is suitable for a range of textile applications, such as for sports & leisure, safety & protection, industrial protection, construction and more.

European and German Zones to showcase continent’s industry excellence
With Europe’s production of technical textiles and nonwovens largely returning to pre-pandemic levels, the vast Asian market represented at Cinte Techtextil China has attracted leading companies to showcase their quality, high-tech products in the European and German Zones.

In addition to well-known returning brands, such as EMS-GRILTECH, Graf + Cie, Monosuisse, and Swisstulle from Switzerland, and Fibre Extrusion Technology from the UK, several new exhibitors are set to make their mark in the European Zone. 

Across the hall, the German Zone will also welcome a strong array of members, including Autefa Solutions, Mahlo, Reifenhauser Heinsberg, and many more, such as Brueckner Textile Technologies, Lindauer DORNIER or Wetekam Group (new).

Highlighted exhibitors featuring automotive textile solutions
Harnessing market demand, Cinte Techtextil China will feature a raft of global Mobiltech exhibitors, including Eastex Industrial Science And Technology and Oriental Industries from China, Picanol from Belgium, Rowa Group from Germany, and more.

The fair’s product categories cover 12 application areas, which comprehensively span a full range of potential uses in modern technical textiles and nonwovens. These categories also cover the entire industry, from upstream technology and raw materials providers to finished fabrics, chemicals and other solutions. This scope of product groups and application areas ensures that the fair is an effective business platform for the entire industry.

Cinte Techtextil China will be held from 3 – 5 September 2025.
The fair is organised by Messe Frankfurt (HK) Ltd; the Sub-Council of Textile Industry, CCPIT; and the China Nonwovens & Industrial Textiles Association (CNITA).

Freudenberg Performance Materials (Freudenberg) will showcase packaging materials combining high performance protection, CO2 emission reduction and waste prevention at Fachpack 2025 in Nuremberg, Germany, from September 23-25. Evolon® packaging solutions offered by Freudenberg are particularly suited for packaging automotive components with sensitive surfaces. 

Evolon® packaging materials provide superior surface protection for a wide range of automotive parts, including molded plastics and painted elements. The high-end textiles make an important contribution to the quality goals of OEMs and tier suppliers by preventing damage to transported parts and lowering rejection rates.

Recycled content and low CO2 footprint
Evolon® textiles have a small carbon footprint because their manufacturing process uses low-CO2 energy, and the fabrics are lightweight and reusable. Furthermore, Evolon® packaging materials are made of up to 85% recycled content. “By replacing virgin raw materials with recycled content, we’ve been able to cut the carbon footprint of our fabric production by 35%. We are actively exploring the possibility of manufacturing Evolon® using 100% recycled content to drive CO₂ emissions down even further,” explains Jean-François Kerhault, Director Global Sales & Marketing General Industry at Freudenberg Performance Materials. 

Although Evolon® fabrics are lightweight – from 80gsm to 300gsm – they nevertheless still provide the high mechanical strength properties required for automotive packaging applications. This conserves raw materials and reduces the weight of transported loads. In particular, the new Evolon® Ultra Force is approximately 50% lighter than PVC-based materials with similar high mechanical strength, while containing a minimum 50% recycled content and no PVC.

Waste prevention
Evolon® materials play an important role in decreasing waste when it comes to transporting automotive parts. Above all, the high-end materials provide superior surface performance which directly reduces scrap of transported parts. 
In addition, packaging waste is also prevented because Evolon® technical packaging textiles are designed for reusable packaging containers. Single-use packaging is avoided. Moreover, Evolon® packaging material lasts for the entire production cycle of a car model.

New Directors Bring Industry, Innovation and Leadership Experience to Advance Syensqo’s Evolution to a Specialty Chemicals Company.
 
SYENSQO SA announced the appointment of Dr. Cynthia Arnold and Augusto Di Donfrancesco as new members of its Board of Directors, effective July 17, 2025. 
They replace Matti Lievonen and Nadine Leslie who are stepping down from the Board to pursue other opportunities.
 
Dr. Cynthia Arnold brings more than 30 years of global leadership experience in technology and innovation within the materials and chemicals sectors. She previously served as Chief Technology Officer at Valspar Corporation and held senior roles at Sun Chemical, Eastman Chemical and General Electric. With extensive public company board experience, Dr. Arnold currently serves as an independent director on the boards of Cabot Corporation, Milliken & Company and Fluence Energy. She holds a PhD in Materials Science and Engineering from Virginia Polytechnic Institute and an MBA from the University of California,Berkeley.
 
Augusto Di Donfrancesco held key leadership roles in research & innovation, operations and transformation during a more than 35-year career at Solvay. As President of Solvay’s Specialty Polymers Global Business Unit, he led a period of significant organic growth, doubling net sales through customer-centric innovation. He was also a member of the Solvay Executive Leadership Team where he led group-wide strategic programs. Mr. Di Donfrancesco’s deep sector knowledge and track record in operational excellence and capital allocation will further reinforce Syensqo’s ongoing growth and transformation objectives. Mr. Di Donfrancesco holds a bachelor’s degree in chemical engineering from Pisa University. 
 
Rosemary Thorne, Chair of the Board of Directors, said, “On behalf of the Board, I would like to express our gratitude to Matti and Nadine for their contributions to the Board during Syensqo’s formative period as an independent public company. As part of our Board succession planning, we are focused on maintaining the right mix of skills and expertise and are thrilled to welcome Cynthia and Augusto, who are proven leaders of the highest caliber and are poised to contribute their significant leadership, technology, innovation and operational experience to the Board. We look forward to benefiting from their respective knowledge and insights as we continue to focus on delivering shareholder value.”
 
“We are delighted to welcome Cynthia and Augusto to our Board,” said Dr. Ilham Kadri, Chief Executive Officer of Syensqo. “Their perspectives will be invaluable as we continue to prioritize innovation and operational excellence to capitalize on the meaningful long-term growth and value creation opportunities ahead. I look forward to working with them.” 
 
Dr. Arnold said, “Syensqo’s commitment to scientific excellence and sustainability resonates deeply with me. I am excited to contribute to the Board’s work to advance innovation and operational performance, and to help shape the Company’s continued success in a rapidly evolving global landscape.” 

 
“I am honored to join Syensqo’s Board during this important period in the Company’s evolution to a Specialty Chemicals Company” said Mr. Di Donfrancesco. “Having spent my career driving transformation, innovation and growth within the specialty chemicals sector, I look forward to working with my fellow directors and the management team to help accelerate growth and unleash Syensqo’s potential.”

With its latest Joint Partner Project titled “Thermoplastic Pressure Vessel Production – Benchmarking of Design-for-Manufacturing Strategies to Optimize Material Efficiency and Cost,” AZL Aachen GmbH invites companies from across the pressure vessel and composite value chains to collaborate on the next step in sustainable high-pressure storage solutions.

Unlocking the Full Potential of Thermoplastic Composites
Thermoplastic composites are widely recognized for their potential to reduce processing times, offer alternative recycling routes, and improve design flexibility. Yet, when traditional thermoset vessel designs are simply transferred to thermoplastic manufacturing, cost and efficiency often fall short of competitiveness. The aim of this project is to rethink vessel design and production holistically – aligning thermoplastic material properties with optimized design- and manufacturing strategies to unlock their full economic and technological potential.

Collaborative Engineering for Scalable Solutions
Conducted as a Joint Partner Project, the initiative brings together companies with shared interests to co-finance and co-shape the project. The AZL Engineering Team will analyse current technologies, develop new design concepts for hydrogen and CNG vessels, and benchmark the resulting configurations in terms of weight, cost, recyclability and production KPIs. The consortium of participating companies will get access to simulation results, concept layouts, and comparative evaluations based on a unified framework.

Experience and Exchange Built In
The JPP format provides a platform not only for technical development, but also for strategic networking. Each partner can contribute input, benefit from consolidated expertise, and gain early access to the results. With more than a decade of experience managing such initiatives, AZL ensures a structured and result-driven collaboration.
The project will start on July 16th, 2025. All participants are invited to engage in an interactive Kick-off Meeting to define key priorities and present their internal perspectives. 

Ontex Group NV, a leading international developer and producer of personal care solutions, is advancing its sustainability journey with the introduction of bio-based superabsorbent polymers (bioSAP) in its diapers, with an initial rollout in selected Moltex Pure and Nature products. This new material will gradually and incrementally replace virgin fossil-based plastic SAP in the core absorbent component, helping lower the carbon footprint of the product while maintaining performance. 

SAP (superabsorbent polymer) is essential to diaper performance yet is traditionally made from fossil-based plastic. It is also one of the most carbon-intensive components in hygiene products. The bioSAP now being introduced has a 15% to 25% lower carbon footprint than conventional SAP, with a promising outlook as the technology continues to evolve. By embracing innovations like bioSAP, Ontex is advancing its long-term goal of reducing environmental impact through sustainable solutions. 

Reducing impact through smarter material choices 
Ontex’s Scope 3 greenhouse gas emissions are largely driven by raw materials, which account for approximately 80% of the total footprint across sourcing, production, and end-of-life waste treatment. Materials such as SAP and plastic nonwovens represent about half of these emissions. 

The shift to bioSAP is a strategic move towards achieving Ontex’s SBTi-validated target to reduce Scope 3 emissions by 25% by 2030. While it is initially rolled out to selected products under the Moltex Pure and Nature brand, Ontex’s baby diaper brand available in retailers and online across Europe, the development also lays the groundwork for broader application. This includes future products and offerings for retail partners. 

BioSAP: a step forward, with an eye on circularity 
The conventional SAP available in the market is currently not recyclable or industrially compostable. However, Ontex views biodegradable SAP as a key enabler for multiple circular solutions in the future. The company continues to monitor innovation in this area closely, while remaining realistic about current limitations.

The Global Electronics Association, based in Illinois, announces the release of IPC-8911, Requirements for Conductive Yarns for E-Textiles Applications. This first-of-its-kind global standard establishes a clear framework for classifying, designating, and qualifying conductive yarns—helping to address longstanding challenges in supply chain communication, product testing, and material selection within the growing e-textiles industry. The Global Electronics Association retains the IPC brand for the industry’s standards and certification programs, which are vital to ensure product reliability and consistency. 
 
Developed by the IPC Conductive Yarns for E-Textiles Test Methods Task Group, IPC-8911 defines key yarn categories, introduces a standardized designation system, and includes qualification and conformance requirements tailored to conductive yarns. The standard is supported by eight new IPC-TM-650 Test Methods, designed to evaluate performance characteristics such as conductivity, mechanical durability, and resistance to environmental and chemical exposures.

By clearly defining the performance characteristics and communication protocols for conductive yarns, IPC-8911 supports faster product development, more consistent sourcing, and improved reliability for all e-textiles product applications, from consumer to medical to aerospace and defense.
 
The release of IPC-8911 marks a critical step in advancing e-textile integration—establishing conductive yarns as true electronic building blocks while supporting better collaboration between yarn suppliers, product developers, and OEMs and brands.

The task group included global experts from both textile and electronics sectors, with leadership from Joe Geiger of Bally Ribbon Mills and Sahar Rostami of Meta.
 
“This standard gives manufacturers tools to know what to ask for when ordering yarns and helps yarn suppliers understand the electrical needs their products must meet,” said Geiger. “It brings clarity to the entire process—acting almost like a recipe for building reliable e-textile systems.”
 
Rostami added, “IPC-8911 eliminates the guesswork. It gives developers, researchers, and engineers a common framework and accelerates R&D by reducing the need to reinvent the wheel when selecting and testing conductive yarns.”

AZL Aachen GmbH, a leading engineering partner for lightweight technologies, is initiating a new cross-industry collaboration titled “High Value Composite Applications – A Joint Market and Technology Study on Opportunities for Fiber-Reinforced Plastics in Space & Defence Applications.” The project brings together international companies to explore and quantify the potential of fibre-reinforced plastics (FRP) in two of the most dynamic innovation markets: space and defence. 

Shaping Emerging Markets with Composites 
The demand for high-performance, lightweight, and modular components is accelerating rapidly in both sectors. With more than 50,000 satellites projected in orbit by 2035 and significant defence investments being implemented across Europe and beyond, the relevance of scalable composite-based structures has never been greater. This Joint Partner Project (JPP) aims to provide participants with a consolidated market and technology roadmap, combining deep technical insights with actionable strategic data.  

A Proven Collaboration Format 
The project will be executed as a Joint Partner Project – a pre-competitive, cost-shared initiative moderated and conducted by AZL. This format allows companies from across the value chain to jointly define focus topics, benefit from AZL’s expertise in market and technology analysis, and contribute their own perspectives throughout the process. Having coordinated over 15 such industry projects with more than 200 participating companies, AZL offers proven processes for delivering structured outcomes and fostering effective exchange between partners. 

Kick-off and Participation 
The project will begin with a Kick-off Meeting on July 15th, 2025. All participating companies will have the opportunity to introduce their organizations, share their expectations, and help define the specific scope of the study. This setting fosters transparency, engagement, and cross-industry insights. Companies interested in participating are invited to request the detailed project description and schedule an individual consultation with AZL’s industrial services team:

Contact
Philipp Fröhlig 
Head of Industrial Services 
Email: philipp.froehlig@azl-aachen-gmbh.de 
Telefon: +49 241 475 735 14