Shein Increases Use Of Cool Transfer Denim Printing

Singapore-based SHEIN increased its use of Cool Transfer Denim Printing by 90 percent in 2024, producing approximately 380,000 denim pieces with this resource-efficient technology, up from 200,000 in 2023. This innovation, developed in partnership with NTX®, reduces water usage by 70.5 percent compared to traditional denim methods —according to Bureau Veritas in October 2023 — saving more than 10,000 metric tons of water in 2024.

Cool Transfer Denim Printing uses reactive ink to digitally print designs onto transfer film, which is then applied to white denim fabric, replicating faded finishes without harmful chemicals like chlorine.

2025 Quarterly Issue I

X- Rite Introduces Judge LED Light Booth

X- Rite Inc., Grand Rapids, Mich., has launched the Judge LED light booth for precise visual color evaluation, designed to support industries transitioning from fluorescent to energy-efficient LED lighting. This new light booth, featuring seven distinct light sources, ensures color consistency across supply chains in sectors like textiles, automotive, and packaging, addressing the challenges posed by differing spectral power distributions between fluorescent and LED lights. Key features include instant warm-up, stabilized illuminants, energy efficiency, and compliance with ISO, ASTM, AATCC, and BSI standards. It also integrates with digital workflows, allowing comparison between physical samples and digital material twins.

“Our custom-designed LEDs are optimized to offer the best SPD match for legacy fluorescent tubes, including U30, U35, CWF and TL84, ensuring a seamless integration into color workflows,”said Albert S. Laforet, director of Strategic Projects, X-Rite.

2025 Quarterly Issue I

Techtextil Launches New Dyes & Chemicals Area

For the first time, Techtextil Frankfurt 2026 will feature Textile Chemicals & Dyes as a separate product area, highlighting their growing importance in the global textile industry. This new segment will create a central hub for suppliers and users, fostering collaboration and streamlining communication across the value chain. Collocated with Fibers & Yarns and Performance Apparel Textiles, the setup aims to enhance industry synergies and accelerate solution development.

“Textile Chemicals & Dyes are becoming increasingly important for the production of technical and performance textiles,” said Sabine Scharrer, director, Brand Management, Technical Textiles & Textile Processing, Germany-based Messe Frankfurt. “At Techtextil, we will bring the players even closer together in future. In this way, we enable dialogue, comparability, and raise even more awareness for this promising sector.”

2025 Quarterly Issue I

Fibroline & Navis TubeTex Open State-Of-The-Art Innovation Lab

A ribbon-cutting ceremony was held to officially open the new Fibroline USA Innovation Lab housed at the Navis TubeTex facility in Lexington, N.C.

Fibroline USA Innovation Lab introduces cutting-edge dry powder impregnation technology to North American market.

By Jim Kaufmann, Contributing Editor

An advanced dry impregnation processing technology was formally introduced into the North American markets with a ribbon cutting ceremony held at Navis TubeTex in Lexington, N.C., The event marked the grand opening of the Fibroline USA Innovation Lab, which is the result of a strategic partnership between France-based Fibroline and finishing machinery manufacturer Navis TubeTex.

The new state-of-the-art innovation center showcases Fibroline’s cutting-edge technologies, and provides access for potential customers to conduct scalable trials for existing and developing applications in a wide array of market segments. According to Jerome Ville, Fibroline’s CEO, “This partnership with Navis Tube-Tex and the opening of this Innovation Center will help us to more effectively introduce and promote our unique technology’s capabilities to the North American markets.”

A Partnership In The Making

Fibroline was founded in 2003 focused on developing and engineering solutions for the global textile industry. The company owns more than 50 technology and application patents. Its dry powder impregnation technology evolved from these efforts, and since 2016, Fibroline has focused on creating strongly diversified, technology-driven applications.

Fibroline’s facility in France features a pilot unit for scaling up trials.

It has a research and development facility in France, which includes pilot lines for sampling and prototyping units for larger scale evaluations. Fibroline’s flexible business model focuses on developing performance-based applications and technologies that may be patented and subsequently licensed to interested companies on a royalty basis. The company employs manufacturing partners to produce full turnkey solutions in Europe, and now, given the partnership with Navis TubeTex, in North America as well.

In early 2024, Navis TubeTex entered into a manufacturing partnership with Fibroline after it was introduced to the Fibroline technology by Dr. Sanjay Patel, an advanced materials and process expert who consults for Navis TubeTex.

“I just felt this would be a good opportunity to introduce Fibroline’s technology to North America and open up new markets,” offered Dr. Patel. William Motchar, president and CEO of Navis TubeTex, saw the possibilities and extended an invitation to Fibroline to establish the Innovation Lab at the Navis TubeTex facility in Lexington.

“We anticipate the innovation center will become a hub for collaboration and ingenuity where we can assist our customers to explore, test and foster creative solutions to meet ever evolving market demands,” Motchar said.

The new innovation lab resides in an 800-square-foot segment of the Navis TubeTex building with room to expand, where the company will also effectively manufacture and sell the Fibroline inspired equipment to North America customers. In addition, Navis TubeTex will provide machine engineering expertise as well as installation and after sales services.

The Technology

Fibroline’s eco-friendly in-line technology is identified as a dry impregnation process, but the flexibility of the line along with its system of modular pieces that can be switched in or out depending on needs, offer up greater possibilities for both flexible and ridged composite materials. The best way to view this technology from a textile perspective is as a methodology to provide value-added performance attributes to potentially any textile material type to meet a wide selection of application needs.

Illustration showing the principle behind the Fibroline dry powder impregnation technology.

In general terms, the dry impregnation begins with a powder “chemistry” that can be one specific powder, or possibly a mix of different chemistries related to the intended application. The powder chemistry is distributed onto the surface of the material to be impregnated using conventional powder processing means. As the powder-coated material passes through the machine, electrodes positioned above and below create alternating electric fields that evenly position the powder throughout the thickness of the material while fixing it to the fibers.

One limitation of this technology is that carbon fiber and other conductive materials cannot be treated because of the electric fields employed during the process. However, most any other man-made or natural material may be processed using the Fibroline technology.

It should also be noted that by controlling the current, dwell time and other machine settings, a gradient distribution of the powder may be made. For example, powder can be applied just on the surface of the material or located at specific levels throughout the thickness, including covering all fibers through the thickness. This technique allows for many unique possibilities in the impregnated structure, including surface treatments, fully encapsulated fibers, partially coated layers, thru the thickness powder coatings, consolidated thermoplastic composites, both flexible and rigid composites, to name just some of the possible configurations.

Low Energy, Solvent Free Processing

According to Fibroline, energy consumption during processing is very low compared to traditional systems. There is no rise in the temperature of the material during the impregnation process. In addition, there is no residual build-up of static electricity in the material at the end of the impregnation treatment, which makes it possible to process heat-sensitive chemistries. Also, Fibroline’s process does not require the use of any consumables. The impregnated material can then be fully cured separately or in-line using heat and pressure or whatever other means the application may require.

This process does not require the use of solvents or any drying steps, and therefore the types of powders employed have very few limits. Thermoplastics, thermosets, medical additives, flame retardants, absorbents, and numerous other types of chemistries can be utilized. It’s possible to process powders from 5 microns to 500 microns in size. Single or multiple chemistries can be applied during the same process. Theoretically, any powder or combination of powders can be applied. For example, a medical powder — a vitamin or pharmaceutical perhaps — could be combined with a biodegradable binder to create a time release platform or other chemistries. Colors may be employed together to produce multiple characteristics on the same material. Of course, there are sure to be limitations, but untold possibilities exist with this type of technology.

A variety of “porous structures” can be processed using the Fibroline dry impregnation process. These include nonwovens and foams along with most variations of woven and knit textiles as well as technical yarns, fiber roving, tapes, and assorted composite materials.

There currently are three different impregnation technologies to choose from depending on the intended applications. The “D-Preg” technology is more of a traditional inline process intended for large industrial applications. The “S-Preg” technology is designed for applications requiring lower powder content and a high level of accuracy in powder distribution. The “Y-Preg” system has been developed specifically for processing yarn and unidirectional tapes and does allow for the processing of multiple bobbins in parallel.

The equipment installed at the Navis TubeTex innovation lab is in concert with the D-Preg technology, but downscaled and designed primarily for technology demonstrations.

Product and application development, chemistries evaluations, proof of concept or feasibility trials are also within the capabilities of this equipment. Larger product development and pilot validation trials can be performed at Fibroline’s R&D facility in France.

Open house visitors were given a demonstration by Fibroline’s Sofien Bouzouita of the static lab unit, which can be used for preliminary trials.

The Markets And Applications

As suggested previously, the number of existing and potential applications for this technology is truly mind-boggling. During an introductory presentation and tour of the new innovation center, a variety of products and possibilities were discussed. Dr. Sofien Bouzouita, Fibroline’s Innovation manager highlighted examples of current applications including Ethizia™, a hemostatic sealing patch from Johnson and Johnson; wound dressings from Smith and Nephew; technology licensed to Depestele, Europe’s leading flax producer, for unidirectional tapes made from flax fiber; and automotive headliner technology licensed to foam manufacturer Howa Tramico that will be available in 2026.

Fibroline’s dry powder impregnation technology may be used for a wide variety of applications across a diverse group of markets.

Other applications in development with partners include rubber reinforcements to improve tire manufacturing and longevity, active air and water filtration systems, as well as active filtration systems designed for protection against chemical, biological, radiological and nuclear malicious-use agents. In addition, flame retardancy, thermal insulation and composites markets continue to find opportunities for this technology, not to mention all the others yet to be discovered.

Ultimately, given the nearly end-less combinations of chemistries, substrates or materials impregnated, and the modular combinations of the processing technology, the beauty of this system is truly in the eyes and creative minds of its beholder. The employees and consultants at both Navis TubeTex and Fibroline are certainly willing and able to initiate the various conversations necessary to validate this technology and the numerous technologies that may follow. Here’s to its bright future!

2025 Quarterly Issue I

Color Accuracy, Supply Chain Certification Are Keys To A Strong Brand

Datacolor provides light booths that can simulate a variety of lighting conditions for color assessment.

Getting color right the first time reduces waste, saves time and offers value to customers.

By Basto Wong

To improve the value they provide to their customers, some industry-leading brands and major retail chains now require their suppliers to follow tighter quality and sustainability guidelines. These include mandates to use color specification and quality control (QC) technologies throughout their supply chains.

Companies hope to achieve multiple goals by specifying these technologies. First, they reduce the environmental impact caused by waste-producing color mistakes that can occur during manufacturing. In addition, they help provide universal color consistency — a benefit at every stage of the supply chain and to customers as well.

Although many brands have been utilizing color management technology in their own facilities for years, these requirements are now being extended to current and would-be suppliers. The reasons are well justified. Color management systems can help reduce waste, save time, provide consistent color QC across multiple locations, and improve communication between brands and their suppliers.

Implementing the necessary hardware and software tools isn’t enough, however. To ensure supply chain consistency and transparency, many vendors are also being required to prove they can meet color standards by participating in a color management verification program.

Verifying The Supply Chain

Quality-conscious brands take color consistency seriously. To ensure that their suppliers’ color programs and processes meet specified standards, many are increasingly turning to verification and certification processes. Experts recommend that each supplier be assessed by a third-party authority such as Data-color Certify, a color assessment and lab audit program that also provides training services.

The auditor will check for conditions within the manufacturing process that can affect color quality, such as:

  • Operator expertise, skill, knowledge, and ability to use color management software and technology properly;
  • Overall equipment performance, condition and calibration; and
  • Humidity, temperature and other environmental factors.

Assessments typically involve a combination of off-site and on-site inspections designed to ensure that the supplier is qualified and capable of meeting a brand’s color quality expectations. Inspections should ideally be performed annually to ensure that proper color develop-mental procedures are followed consistently over time.

Achieving Objectives

By implementing regular color management assessments like this across their supply chains, brands can achieve multiple goals, including:

  • Reducing the overall number of lab dips or samples;
  • Reducing or eliminating shipments of physical color samples for approval;
  • Easing the environmental impact of repeat production by minimizing color matching and formulation errors;
  • Increasing speed to market;
  • Verifying the color capabilities of suppliers;
  • Empowering vendors to make decisions locally, eliminating delays waiting for guidance — especially from customers in distant time zones; and
  • Ensuring consistent quality for end customers.

Benefits Of A Color Program

Although verification is typically required by brands or retailers, suppliers are often the primary beneficiaries when it comes to cost savings. For those in the apparel sector, for example, color approval processes that used to involve as many as six lab dip submissions can potentially be streamlined to only one or two. Those kinds of savings add up quickly because a single lab dip can cost more than $100. Lab dip samples also must be ferried back and forth between brands and suppliers, incurring additional costs and creating unnecessary carbon emissions. The savings in time, money and resources from these two benefits alone can easily justify the effort of verifying a color program, both for brands and suppliers.

Certification can empower qualified suppliers in other ways. Being able to self-approve samples that meet measurable specifications delivers increased production efficiency and opportunities to optimize the color developmental process. Suppliers can also reach more brands by showcasing their capabilities. A universal accreditation program is especially advantageous, because a single annual certification can satisfy the requirements of multiple brands.

Suppliers often become validated in response to mandates from their customers, but they can also benefit by seeking certification proactively. Certified suppliers are automatically more attractive to brands because they’ve already proven their color management capabilities; the brand doesn’t have to worry about training or lag time. In addition, some certification providers maintain databases that brands can search when looking for suppliers to work with.

Brands benefit from the capability to respond to market demands faster, with the confidence that color quality from all their suppliers will meet their expectations.
Implementation across an entire supply chain can shave several weeks off color developmental and production processes while providing greater transparency. In cases where the same color is being utilized by multiple suppliers, brands can expect much greater consistency and fewer rejections. Partnership with a third-party validation authority also eliminates the time, administrative and travel costs needed to send knowledgeable team members overseas to certify suppliers.

Color consistency within the every stage of the supply chain is critical to a brand’s success.

Improving Supply Chain Sustainability

In addition to improving the consistency and quality of products, partnership with a verification service can help support more sustainable supply chains. Wasted time, money, labor, materials and resources are significant issues for all industries. Minimizing the unnecessary carbon emissions associated with shipping samples or transporting team members across continents are also relevant concerns.

Getting color right the first time is the best way to reduce all of these things. This commitment to sustainability aligns with broader corporate responsibility goals established by many organizations, whether for their own sake or in response to regulations.

What To Look For In A Color Certification Partner

An expert verification service can help a company achieve more ambitious color formulation, measurement and QC goals. Here are some key factors to consider when evaluating potential partners.

Start by looking for a vendor that also makes high-quality measurement tools themselves, rather than relying on hardware from a third party. Its instruments should be capable of adhering to the industry’s tightest color tolerance ranges and have high inter-instrument agreement. With proper usage, good instruments can prevent suppliers from accidentally shipping products with off shades.

It’s important to also make sure instruments have 100-percent backward compatibility. This will ensure that any valuable color data curated over the years won’t be lost because of incompatibility with newer instruments when it’s time to upgrade.

In addition to trusted and reliable products, look for a partner with an even more valuable asset — people. Hardware and software should be supported by experts who have experience working in the industries they serve — ideally, for many years. This will ensure that they’re not only proficient in their company’s products and services, but have a deep under-standing of your industry’s unique needs and challenges.

Finally, make sure any investment in a solution is backed by a global team capable of providing guidance every step of the way, from choosing the right solutions through final installation and continued support thereafter. A partner should have a dedicated local sup-port team that speaks regional languages and is ready to help should problems arise.



Elements of a Complete Color Solution

Many well-known brands utilize color management technologies to bring end-to-end color solutions to their supply chains. Common packages include:

  • Spectrophotometers: High-precision benchtop instruments used for close-tolerance color measurement, ensuring uniform assessment of materials across
    the supply chain.
  • Performance monitoring: A predictive measurement monitoring system that assists with the calibration of spectrophotometers and correlates to master instruments to ensure performance meets a brand’s requirements.
  • Formulation software: Amplifies the accuracy of color development, improving QC and productivity. This can significantly reduce the need for physical matches and improve first-shot match rates, shortening formulation time.
  • QC software: Enables objective analysis, reporting, communication and visualization of accurate color results.
  • Industry-specific applications: Specialized software is available to meet the unique needs of certain industries, including textiles, apparel, home furnishings, paint and coatings, plastics, and other applications.
  • Light booths: Viewing stations that simulate a variety of lighting conditions, including daylight, common light sources used in retail stores, typical home and office lighting, LED, ultraviolet, and more. This enables visual color assessments of inks, paints, plastics, textiles, paper, colorants and other materials. Calibrated light booths across the supply chain promote consistency in color decisions by ensuring that everyone evaluating samples views them under similar lighting conditions.
  • Operator training: Remote or hands-on instruction provided by experts fluent in the operator’s local language.


 


Editor’s Note: Basto Wong is the Service Project manager and head of Assessments at Lawrenceville, N.J.-based Datacolor.


2025 Quarterly Issue I

FIMIC: Serving The Recycling Industry For Six Decades

Team FIMIC prides itself on working with passion, forward thinking and an innovation-based culture.

FIMIC technology provides solutions that eliminate impurities and lead to efficiently processed, high quality recycled products.

TW Special Report

FIMIC S.r.l., a family-owned company based in northeastern Italy, has a rich history in recycling technology that spans over more than six decades. Located in Carmignano di Brenta — in the Veneto region of Italy about 30 miles northwest of Venice — FIMIC initially focused on manufacturing guillotines for cutting industrial waste bales and rolls. This initial focus was just the beginning of a long history assisting companies with innovative recycling technologies.

Guillotines Endure

FIMIC’s early success manufacturing guillotines continues today, building on a reputation for robust, long-lasting, low maintenance machines that feature Italian craftsmanship and technology that has reinforced its status as FIMIC’s “flagship” equipment.

Today, two lines of guillotines are available, focused on different kinds of materials and cuts necessary to meet customer’s specifications. According to the company, a significant feature is the level of customization — with virtually no two guillotines the same.

FIMIC guillotines feature a high level of customization.

Improving Plastic Filtration

In 1996, FIMIC saw an opportunity to solve a problem in melt technology and further support the needs of not only its guillotine customers, but also the growing demand from plastics recyclers for an automatic filtration system. Melt filtration technologies available at the time were improved with FIMIC’s development of the first FIMIC backflush filter.

A year later, FIMIC’s “scraping” system was added to further advance melt filtration technology.

With these innovations, FIMIC started to make history in the plastics recycling industry and became known as a specialist in automatic self-cleaning melt filters with an eye toward simplicity, optimization, flexibility, and performance.

More than 500 RAS melt filter units are installed around the globe.

Five Filters

FIMIC currently supplies five different types of filtration with five filter models. This offering provides a range of technology for the diverse needs of the industry.

According to the company, the RAS scraping filter system is known for its flexibility and strength. Using two blades, it can scrape very highly contaminated polymer flows and reprocess both, post-industrial and post-consumer materials with an adjustable discharge valve system.

The amount of waste produced by the melt filter can be adjusted through a special FIMIC valve, automatically opened when necessary, according to the level of melt contamination. As a result, the waste flow is proportional to the amount of contamination; in the event of a particularly clean melt, the valve will stay shut, and discharge just the little amount of waste filtered.

Following the development of the RAS filter, the ERA filter was introduced to address the needs of double filtration applications, conserving investment and consumption by performing the double filtration step in a single machine with two consecutive filtration chambers.

The RAS+REF melt filter that distinguishes FIMIC technology in the recycling field offers enhanced functionality with a backflush mode, and can operate in two different ways — in backflush mode or scraping mode. This provides clients who wish to process materials with mesh filters with more options.

The addition of the TEN model melt filter, which features the innovation of the first automatic screen changer allows, continuous filtration on woven mesh, eliminating material build-up and reduction of output with the additional option of adjusting the mesh output to ensure consistency and quality. The TEN doesn’t need the constant supervision of the operator simplifying the process.

The Gem

In response to the considerable amount of material to be recycled today, and the demand for high-quality end products, FIMIC also designed a unique melt filter, representing the culmination of its technology and the expertise that made the company filtration specialists.

The GEM is a twin melt filter with an unmatched filtering surface that utilizes just two parallel filtering screens.

The GEM is proven as a leading technology in today’s market that is ideal for high-throughput recycling line applications, according to FIMIC.

Building In Efficiency

FIMIC’s focus on designing and manufacturing self-cleaning, automatic melt filters that improve production line efficiency and output quality has been center stage for the company’s positioning in the marketplace.

FIMIC’s melt filters feature quick operation, with screen changes completed by a single operator in less than 30 minutes. This efficiency minimizes production down time and can optimize workflow.

FIMIC filters don’t require operator intervention, optimizing workflow while maintaining a high-quality product.

Better Pumping Technology

Pumping plastic materials in the recycling process can be a maintenance challenge for processors. Standard gear pumps are sensitive machines that can be easily damaged by contamination and demand significant maintenance and periodic gear replacement.

In addressing these issues, FIMIC developed the SPA screw pump — a pump that doesn’t need gear changes, operates at lower management costs and is not as sensitive to contaminated material.

According to the company, the SPA screw pump also can be used both before and after the filter and is appropriate for double filtration needs.

FIMIC says the SPA pump has a strong operating speed, is easy to operate, demands little maintenance and has a long service life.

Textile Applications

Despite its long history focused on plastic recycling, FIMIC understands the huge importance of recycling in the textile marketplace, as well as the wide variety of possible textile applications for its technologies.

In the current plastic/textile recycling environment, the focus is on two main applications — polyester (PET) fibers, and polypropylene (PP) fibers and tapes. These very challenging applications require high-quality, reliable technologies at every step of the way.

According to FIMIC, the PET fiber manufacturing market is facing serious market issues, one of them being the high prices of hot-washed PET flakes, now destined for higher-end applications like food contact thermoforming or bottling.

For this reason, fibers producers cannot use solely PET flakes as a raw material, but also need to use lower-grade PET waste such as lumps and waste fibers themselves. PET lumps can be highly contaminated which cannot logically be washed away in a washing line.

That’s where FIMIC’s filtration technology can help the most — to act as a pre-filter to remove the majority of contaminates and prepare a well-filtered melt to the following steps of the processing line.

With PP textiles, an extremely interesting application is in PP woven bags, or flexible intermediate bulk containers (FiBC), whose woven tapes are made of recycled polypropylene (rPP).

This is a very demanding application, especially starting from post-consumer PP woven bags, that often are heavily contaminated and need specialized machinery from experienced suppliers to complete the process.

FIMIC can contribute here with two technologies to improve the efficiency of such process
The guillotine — at the very beginning of the line — can be used to pre-cut the bales of PP woven-bags and prepare them to be fed to the subsequent washing steps.

Secondly, FIMIC’s Melt Filtration technology — single or double —may be used to remove many contaminants from the melt stream, hence helping to obtain a high-quality, unstressed polymer, and very well filtered melt that can be pelletized to be reused into rPP tapes production.

Looking Forward

With a rich history serving recyclers needs for innovative solutions, FIMIC finds itself deeply ensconced in an industry of increasing demand.

From humble beginnings focused on assisting in processing waste —the industry is no longer discarding waste but transforming it in a circular product environment. FIMIC has proven to be an effective partner in various stages of the recycling process, and its portfolio of equipment is recognized for its reliability and in its word “unbreakable.”

With the growing interest in recycled plastics and a need to process highly contaminated plastic waste, FIMIC technology provides solutions that eliminate impurities and lead to efficiently processed, high quality recycled products. As recycling continues to remain top of mind, FIMIC’s ability to contribute look more constructive than ever.

2025 Quarterly Issue I

Sustainable Upholstered Furniture: What Strategies And Technologies?

Lectra offers a road map for the upholstered furniture industry as it shifts towards more sustainable production.

TW Special Report

Sustainability has become a critical focus across industries, especially in home furnishings. According to the Sustainable Furnishings Council, sustainability in this sector refers to the design, production, sale, and use of furniture in ways that aim to minimize negative environmental, health, and social impacts. This approach prioritizes the long-term well-being of the planet and its inhabitants over short-term gains, integrating principles that promote ecological responsibility throughout a product’s entire life cycle.

But incorporating sustainability in upholstery or furniture design is not a new approach, at least not in the minds of some designers and manufacturers. In 1976, German designer Dieter Rams introduced his principles of good design, which included “Good design is long-lasting” and “Good design is environmentally friendly.”

A survey by the Center for Indus-trial Studies (CSIL) found 45 percent of its manufacturer respondents cited “environmental sustainability” as a top priority in all areas of their business strategies.1 According to a recent Furniture Today survey, the furniture industry gave itself an aver-age of a “C” grade on its sustainability efforts. Many noted the industry’s efforts but found the overall momentum lacking. Despite all this, 77 percent of manufacturers believed sustainability should be a priority.2

“The meaning of sustainability is not only the certifications or sustainable products, it goes beyond. It needs to include also the business environment and the social levels, connecting every-thing to one place. And then we can call it a sustainable business,” explained Ovidijus Jalonskis, CEO Vilmers, a Scandinavian furniture company that is setting new standards for sustainability and customer-centric experiences.

But how can this be achieved? “By moving forward, upholstered furniture might be best served by defining sustainability as in this way: by connecting the manufacturing process from end to end and resulting in a sustainable business model,” Jalonskis shared. “Balancing the social, environmental, and economic aspects of sustainability in the upholstered furniture industry is indeed challenging, how-ever a circular approach that emphasizes material recovery, longevity, and the responsible management of resources throughout a product’s life cycle can and will make a difference.”

Core Components Of Sustainable Furniture

Sustainability in the upholstered furniture sector is driven by a focus on reducing environmental and social impacts across the product life cycle.

Key components of this effort include addressing packaging and emissions, ensuring material health, minimizing environmental impact, and upholding social responsibility standards.

But for Nicola Coropulis, CEO of Poltrona Frau, an Italy-based company focused on providing global living solutions in a sustainable way for international customers: “Sustain-ability also means durability. The products are handcrafted to last generations, and we offer a dedicated service team to restore and reupholster items, with collection and delivery services available worldwide.”

Eco-Friendly Manufacturing Practices And Sourcing

Central to sustainable home furnishings is the promotion of eco-friendly manufacturing practices and sourcing. Some 36 percent of CSIL survey1 respondents chose “production process” as a key focus area for improving sustainability, and this can be achieved by adopting different manufacturing practices.

Reducing Inventory And Stock — On-demand manufacturing allows companies to eliminate overproduction because they only produce what’s needed and don’t have excess material or product inventory. Additionally, the need for shipping and storing components and raw materials in bulk is eliminated, further reducing a company’s environmental footprint. On-demand manufacturing is a more sustainable option, and it offers furniture makers the ability to adapt to market fluctuations and improve customization.

For instance, Poltrona Frau combines sustainability and customization in various ways. Its products are made to order and fully customizable, offering consumers an extensive selection of materials — including various types of sustainable materials and leather —Pelle Frau Impact Less, FSC-certified wood, or fabric, for example —and a choice of more than 100 colors for each individual product. Thanks to technology, customers can view their personalized product through the configurator available on the website.

Reducing Waste — Highly precise, minimal buffer cutting and auto-mated marker making ensure that manufacturers limit both waste and cost per cut part. The use of technology enables manufacturers to optimize nesting with minimal buffer, amounting to 3 percent in material savings that represents 15 percent of reduction waste. In terms of reducing waste, this applies not only to the manufacturing process but also to the shipping by using recyclable materials or cutting back on the amount used in packing and, ultimately, costing furniture businesses less.

Jalonskis cites his company’s replacement of cardboard and plastic packages with 100-percent recycled packaging materials, improving the customers’ experience, and reducing the company’s additional tax burden. “In the end, we even saved money,” he said. “You can find that sustainability can help you to improve your business, and the customers don’t need to pay extra for that.”

Reducing Energy — Using renewable energy sources and optimizing manufacturing processes are efficient ways to reduce overall energy consumption. Adopting new and upgraded cutting solutions that have been eco-designed is vital. Energy consumption of the cutting equipment can be reduced 30 to 40 percent by making these investments. For instance, more efficient cutting machines with higher production capacity allow companies to produce more cut pieces within shorter periods, reducing the carbon dioxide emissions rate for each one.

Emissions

One of the most critical concerns in upholstered furniture is the reduction of harmful emissions, particularly volatile organic compounds (VOCs). The healthiest upholstered furniture doesn’t add chemical flame retardants or stain-guard fabric coatings on its fabrics and should use natural latex or low-VOC certified foam in the cushions. Formaldehyde, commonly found in adhesives and particleboard, is a known irritant and carcinogen. Over the past 20 to 30 years, there has been a significant push towards limiting its use in furniture.

Historically, emissions regulations were minimal, with manufacturers rarely required to meet strict standards. However, with growing awareness of indoor air quality’s impact on health, regulatory bodies have implemented stricter guide-lines. Today, compliance with standards is a crucial indicator of a product’s commitment to minimizing harmful emissions. Industry practices now include the use of low-emission adhesives and treatments.

Material Health

The material health of upholstered furniture is another core component of sustainability. This focuses on using non-toxic, safe materials throughout the product’s construction. Regulatory frameworks, such as California’s Proposition 65 (Prop 65), have been influential in shaping industry practices by requiring manufacturers to disclose harmful chemicals in their products. A growing focus is on eliminating per- and polyfluoroalkyl substances (PFAS), often used for stain resistance. These “forever chemicals” are persistent in the environment and pose health risks. As a result, many manufacturers are now turning to non-toxic, water-based treatments and exploring safer, innovative mate-rials like organic cotton, wool, and natural latex to meet health and safety standards without compromising product performance. Examples of non-PFAS coatings include coatings made from elements like silicon, oxygen, carbon, and hydrogen.

Environmental Impact

The environmental impact of furniture manufacturing extends beyond emissions and toxic chemicals. It significantly affects natural resources like water and contributes to climate change through deforestation and carbon emissions. In Europe, the EU Regulation against deforestation and forest degradation has impacted producers, who must ensure that the materials used do not come from deforested land. The industry has made strides in sourcing sustainable wood, focusing on certified options like to ensure practices that protect ecosystems and pro-mote legal harvesting.

Social Responsibility

The concept of social responsibility in upholstered furniture is crucial, given the global nature of the supply chain. Around 40 to 50 percent of upholstered furniture is sourced from countries like China and Vietnam, where labor standards can be less stringent. This raises concerns about worker safety, fair wages, and ethical labor practices.

Brands play a critical role in verifying labor conditions, particularly in regions where local regulations may not adequately protect workers. In the United States, the Uyghur Forced Labor Prevention Act bans imports of Chinese products made using Uyghurs. Leading companies are increasingly implementing social compliance audits and working with third-party certifiers to ensure their suppliers meet ethical standards.

While voluntary efforts from industry leaders drive some progress, there is a growing call for regulatory frame-works to enforce minimum standards globally. Voluntary initiatives — such as adhering to the Fair Labor Association or the Ethical Trading Initiative— promote fair treatment of workers throughout the supply chain.

Global Perspectives

As global awareness of environmental impacts rises, companies worldwide are exploring new ways to reduce their ecological footprint. However, sustainability practices in upholstery manufacturing vary significantly across different regions, influenced by local regulations, consumer preferences, and economic factors.

Global supply chains in upholstery manufacturing have undergone significant shifts driven by demo-graphic changes, geopolitical tensions, and disruptions from the COVID-19 pandemic. The demo-graphic trend of aging populations in Europe and the United States has led to increased demand for durable, high-quality furniture that prioritizes comfort and longevity. This has driven manufacturers to focus on sustainable, long-lasting materials that cater to these preferences.

Geopolitical factors, such as trade wars and increasing tariffs, have prompted companies to reassess their reliance on Asian manufacturing hubs. Many businesses are exploring reshoring—moving production closer to their primary markets—to reduce dependence on international suppliers and mitigate risks associated with long supply chains. This shift has also been influenced by the need for better control over environmental standards and compliance with local sustainability regulations.

The pandemic exposed vulnerabilities in global supply chains, prompting manufacturers to adopt more resilient and sustainable practices. This transition has also highlighted the importance of digital technologies, such as AI and digital twin technology, in optimizing supply chains for greater efficiency and sustainability through transparency.

Challenges Of Sustainability In Upholstered Furniture

The upholstered furniture industry faces increasing pressure to adopt sustainable practices. However, achieving sustainability in this sector has its challenges.

Recyclability Concerns —Upholstered furniture is notoriously difficult to recycle due to its composite materials. Typically made of a mix of wood, metal, foam, fabric, and adhesives, separating these components for recycling is labor intensive and costly. Foam poses a significant issue because it is often treated with fire retardants and chemicals, making it unsuitable for simple reuse.

Consequently, many pieces of upholstered furniture end up in land-fills, highlighting the industry’s struggle with developing effective recycling solutions. The United States Environmental Protection Agency estimates that 9 million tons of furniture are thrown away every year.3 And in Europe, 5 million tons of furniture is discarded every year, the majority of which is destined for either landfills or incineration.4

Costs Of Sustainability — Incorporating sustainable practices into the production of upholstered furniture can be expensive. Sourcing ecofriendly materials such as organic fabrics, responsibly harvested wood, and recyclable metal components significantly increases costs. For many manufacturers, especially smaller companies, the investment required to overhaul supply chains, implement sustainable practices, and meet certification standards can be prohibitive. As a result, these costs are often passed on to consumers, making sustainably produced furniture less accessible and competitive compared to traditional offerings.

Adopting sustainable manufacturing processes requires significant investment in technology and equipment. Shifting towards greener practices, such as using water-based adhesives or energy-efficient machinery, involves high up-front costs and ongoing maintenance expenses.

Uneven Playing Field — Sustainability standards and regulations vary widely across regions and markets, creating an uneven playing field for manufacturers. Companies operating in countries with strict environmental regulations face higher compliance costs, while those in regions with less stringent policies may continue using cheaper, non-sustainable materials.

This disparity makes it difficult for responsible manufacturers to compete on price, particularly in a global market where cost is a significant factor for consumers. But there is hope. A recent U.S. study shows that 76 percent of Americans are willing to pay a higher price tag for eco-friendly furniture.5

Labor Shortages — The furniture industry is grappling with labor shortages, which are exacerbated by the specialized skills needed for sustainable manufacturing. Skilled artisans capable of working with eco-friendly materials and techniques are in short supply. Steve Kooy, Health & Sustainability director for BIFMA, finds this to be an issue of concerns for manufacturers.

This issue is particularly concerning for manufacturers based in rural areas, where the access to skilled workers is more limited. Additionally, the existing skilled labor is aging out and efforts to recruit and train new generations to replace this expertise have been unsuccessful. This has led to increased competition for talent and rising labor costs.

Supply Chain Disruptions And Near-Shoring — Global supply chain disruptions have prompted many furniture manufacturers to bring manufacturing back closer to home markets. It can reduce transportation delays but also increase labor costs, exacerbating the overall economic burden even as it reduces dependency on foreign sup-pliers. While nearshoring or reshoring can lead to improved quality control and shorter lead times, it also introduces new challenges, such as the need to rebuild domestic supply chains that support sustainable mate-rial sourcing. Finding local suppliers that meet high sustainability standards can be difficult and costly, further complicating the industry’s transition to greener practices.

Consumer Trends And Sustainability Marketing — Consumer demand for sustainable products is growing, but there is still a gap between interest and actual purchasing behavior, mainly due to higher prices and limited availability.

Consumers care about sustainability, but they don’t want to pay anything extra for sustainability. They have doubts about the quality,” explained Kooy. For some, the real question is should the responsibility for promoting sustainable upholstery lie with the consumers or the manufacturers?

Furthermore, consumers may struggle to discern genuinely sustain-able products from those that are merely marketed as such, due to a lack of standardized certification. This creates challenges for brands attempting to build trust and differentiate their offerings in an increasingly crowded market focused on sustainability claims.

There also is a generational shift in consumer habits, particularly among younger generations, suggests that materialism may be on the decline, affecting demand for new furniture.

Strategies For Sustainability

Adopting sustainable practices in the upholstered furniture industry is no longer optional; it is essential for long-term business success and environmental responsibility. Technological innovations will continue to play a crucial role in enhancing sustain-ability and customization for upholstery manufacturers, however embracing a sustainable design philosophy is also vital.

“This means emphasizing longevity and timeless aesthetics to reduce the need for frequent replacements. Thoughtful design can lead to products that remain relevant and functional over time, minimizing waste,” Coropulis said.

There are key strategies that companies can implement to enhance sustainability including:

• Education and consumer aware-ness;
• Regulations and recognized sus-tainability certifications;
• Better use of Industry 4.0 tech-nologies;
• Transportation, logistics and con-sumption patterns; and
• Emerging business models.

Looking Ahead

The future of sustainability in upholstery manufacturing will likely be driven by a combination of regulatory shifts, industry 4.0 technologies, innovations, and changing consumer preferences. As companies continue to adapt and evolve, those prioritizing sustainable practices are expected to gain a competitive edge, build stronger customer loyalty, and con-tribute positively to the environment. In summary, while the journey toward full sustainability in upholstered furniture is challenging, it is also filled with immense potential. The transition may be gradual, but the collective efforts of manufacturers, policymakers, and consumers hold the promise of a more sustainable future for the global furniture market.


References:
1 CSIL survey among upholstered producers, 2021 2 www.furnituretoday.com
3 www.architecturaldigest.com
4 eeb.org
5 www1.eere.energy.gov


Editor’s note: This article was adapted from a white paper exploring the future of sustainability in the furniture industry published by the Lectra Observatory, a research initiative launched by France-based Lectra. To read the full version of the white paper, which includes more on global perspectives and sustainablity strategies , please visit TextileWorld.com.


2025 Quarterly Issue I

Reimagining Rest

Südwolle Group recently worked with Lenzing and Culp Home Fashions to create a new luxury mattress ticking fabric.

By Rachael S. Davis, Executive Editor

Coming together and contributing expertise towards a shared goal, Germany-based worsted yarn spinner Südwolle Group, Austria-based cellulosic fiber producer Lenzing AG and Stokesdale, N.C.-based Culp Home Fashions (CHF) recently explored new ways to merge functionality and visual appeal in home textiles.

This cross-industry collaboration focused on improving sleep comfort while imparting a fresh design and color scheme to mattress fabrics.

The project began with Südwolle Group’s Oakport yarn — a 50-percent wool/
50-percent TENCEL™ Lyocell blend in a 36/1 Nm yarn count. The yarn is available in Suedwolle Group’s stock program. According to Südwolle Group, this fiber blend offers practical benefits for home textiles. Wool has natural temperature-regulating and moisture-wicking properties, which is enhanced by the softness and moisture control of Lenzing’s TENCEL Lyocell. The blend also offers breathability and durability, as well as odor management.

Originally established in 1976 as Culp Ticking, CHF is Culp Inc.’s mattress fabric division. For the collaboration, CHF’s design team set to create a fabric that differed from the blue and gray color combinations often used for mattress fabrics. They selected a warm and neutral color palette and went with a vintage-inspired patchwork pattern featuring angular shapes. The fabrics are available exclusively through CHF.

“Lenzing and Südwolle Group recognized a void for a natural mattress ticking face that brought together the benefits of merino wool and TENCEL lyocell fibers,” reported Walter Bridgham, senior business development manager, Lenzing Fibers, TENCEL brand, Americas Home Segment. “Culp was identified and approached as a partner that has a keen sense of design and outstanding production capabilities, and they brought this luxury mattress ticking fabric to reality.”

“The best part of the project was having the opportunity to work with industry leading fiber and yarn suppliers, said CHF President Tommy Bruno. Collaborating with industry-leading fiber and yarn suppliers on this project has helped create an innovative and foundational fabric that will contribute to future product development. This collaboration allowed us to create a fabric that will ultimately stimulate conversation and inspire future product development with our customers.”

The fabrics made their debut at the recent Heimtextil trade show in Germany. “Lenzing had the opportunity to show this fabric at the January Heimtextil fair in Frankfurt where we received very positive feedback on the innovative fabric,” Bridgham said. “Since Heimtextil, Lenzing has received interest to bring the fabric to market in the mattress ticking area.”

Reflecting on the collaboration, the companies agreed that a core color palette for the yarn presents future opportunities for elevated design, premium tiered options and enhanced creative possibilities.

“I am really excited on how the collaboration is being perceived after launch!” added Lukas Vogl, marketing specialist, Südwolle Group. “I think the real benefit that we have put forth for the collaboration between Südwolle Group, Lenzing, and Culp is the exclusive marketing support for this innovation. We want to make sure that we make this development and the relationship very special.”

2025 Quarterly Issue 1

Plastics Industry Association Applauds Confirmation Of Jamieson Greer As United States Trade Representative

WASHINGTON, D.C. — February 26, 2025 — The Plastics Industry Association (PLASTICS) released the following statement applauding the confirmation of Jamieson Greer as United States Trade Representative:

“PLASTICS extends its sincere congratulations to Jamieson Greer on his confirmation to serve as United States Trade Representative,” said PLASTICS President and CEO Matt Seaholm. “We look forward to working with Mr. Greer to advance trade policies that reinforce the strength and global competitiveness of U.S. plastics manufacturing. His leadership will be critical in ensuring fair and open markets, supporting the more than one million American workers in our industry, and fostering innovations that drive economic growth and sustainability.”

The Plastics Industry Association (PLASTICS) is the only organization that supports the entire plastics supply chain, including Equipment Suppliers, Material Suppliers, Processors, and Recyclers, representing over one million workers in our $519 billion U.S. industry. PLASTICS advances the priorities of our members who are dedicated to investing in technologies that improve capabilities and advances in recycling and sustainability and providing essential products that allow for the protection and safety of our lives. Since 1937, PLASTICS has been working to make its members, and the eighth largest U.S. manufacturing industry, more globally competitive while supporting circularity through educational initiatives, industry-leading insights and events, convening opportunities and policy advocacy, including the largest plastics trade show in the Americas, NPE: The Plastics Show.

Posted: February 27, 2025

Source: The Plastics Industry Association (PLASTICS)

Ambercycle And Huilong Announce Partnership To Scale Circular Textile Materials

LOS ANGELES — February 26, 2025 — Ambercycle has entered into a partnership with Zhejiang Huilong New Materials Co. Ltd., a producer of dope dyed polyester yarn. This collaboration aims to accelerate the adoption and commercialization of sustainable, circular textile materials, marking a significant step forward in advancing the global textile supply chain.

Huilong and Ambercycle commemorating partnership. (From left to right: Shen Yongdi – CFO, Huilong New Materials ; Jiang Yu – Investment Manager, Huilong New Materials; Gerry Xue – Country Manager, China, Ambercycle; Shay Sethi – CEO, Ambercycle; Shen Shunhua – Chairman, Huilong New Materials; Angel Zhu – Director, Huilong New Materials; Mr. Liang – Lawyer, Huilong New Materials; Mr. Qian – Lawyer, Huilong New Materials; Inys Sun – Marketing Manager, Huilong New Materials.

Ambercycle, based in Los Angeles, is reshaping the future of materials with cycora® — high-quality regenerated polyester made entirely from end-of-life textiles. Through its advanced molecular regeneration technology, Ambercycle is able to provide high-quality, sustainable polyester fibers that offer a premium alternative to virgin materials, positioning itself as a key player in the shift towards a circular textile economy.

The partnership between Huilong and Ambercycle reflects a shared commitment to advancing sustainable solutions at scale. Huilong, recognized for its dope dyed polyester yarn that reduces energy, water, and pollution in the dyeing process, is expanding its commitment to sustainability by integrating next-generation circular materials into its portfolio. “As a company with over two decades of expertise in sustainable materials, we are excited to partner with Ambercycle to bring innovative circular solutions to market,” said Chairman Shen Shunhua of Huilong. “This collaboration represents a significant step in driving industry-wide change toward greener and more sustainable textile production.”

Shay Sethi,  o-founder and CEO of Ambercycle, emphasized the importance of the partnership in scaling operations: “Working with Huilong will allow us to significantly expand our impact, enabling us to meet the growing demand for circular materials in the global fashion industry. Together, we are building the future of sustainable fashion.”

By working together, Ambercycle and Huilong are poised to not only scale the production of recycled polyester but also to make a substantial impact on the global textile industry. Through this partnership, they are advancing both the commercialization and broader adoption of sustainable materials, ensuring that the shift toward a circular economy in fashion becomes a reality.

Posted: February 27, 2025

Source: Ambercycle

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