Overcoming Challenges In Sustainable Textile Logistics

The container ship CMA CGM Marco Polo is loaded and unloaded at the Georgia Ports Authority’s Port of Savannah Garden City Terminal, Savannah, Ga. (GPA Photo/Stephen B. Morton)

By Rohit Dev Sethi

The global textile industry, a cornerstone of modern commerce, faces mounting pressure to adopt sustainable practices across its operations. Logistics, encompassing shipping, transportation, and distribution, stands out as a critical area for reform due to its significant environmental footprint. With rising consumer awareness and regulatory pressures, the textile industry is pivoting towards greener logistics solutions. This article explores the challenges in sustainable textile logistics and highlights solutions like smart packaging and local sourcing to minimize environmental impact.

Challenges In Sustainable Textile Logistics

The logistics sector for textiles involves a complex network of global supply chains, characterized by extensive transportation across continents. This system depends heavily on fossil fuels, resulting in substantial greenhouse gas emissions. Additionally, inefficient supply chain management can lead to excessive energy consumption, delays, and wastage.

Another significant challenge is packaging waste. Conventional textile packaging often involves single-use plastics and non-recyclable materials, contributing to the growing problem of landfills and ocean pollution. The industry’s reliance on air and sea freight further exacerbates carbon emissions, with air transport being particularly detrimental to the environment.

Lastly, the globalized nature of textile production creates challenges in balancing cost efficiency with sustainability. Brands often prioritize low-cost production in distant locations over local sourcing, leading to a longer carbon-intensive supply chain. Aligning economic priorities with environmental sustainability remains a tough balancing act.

Solutions for Sustainable Logistics

Despite these challenges, the textile industry is making strides toward sustainability by adopting innovative solutions. Two key strategies—smart packaging and local sourcing—have emerged as effective ways to reduce the environmental impact of textile logistics.

Smart Packaging: Reducing Waste And Emissions

Smart packaging technologies are revolutionizing the logistics landscape by focusing on material efficiency and waste reduction. For instance, biodegradable and recyclable materials are replacing traditional single-use plastics. Packaging designed to be lightweight and compact minimizes the space required for transportation, reducing fuel consumption and emissions.

Another promising innovation is the use of reusable packaging systems. Some companies have adopted returnable packaging models where customers can return the packaging for reuse, significantly cutting down on waste. Additionally, advances in packaging technology now allow for temperature regulation and moisture control, ensuring the safe transportation of textiles without relying on plastic wraps or foam.

Smart packaging also leverages digital technologies to enhance sustainability. For example, RFID tags and QR codes provide real-time tracking of goods, improving supply chain transparency and reducing the risk of overproduction or excessive inventory. This not only minimizes waste but also ensures that resources are allocated efficiently.

Local Sourcing: Building Shorter, Greener Supply Chains

Local sourcing, another transformative approach, addresses the environmental impact of long-distance transportation. By prioritizing local suppliers and manufacturers, textile companies can significantly reduce their carbon footprint. Shorter supply chains mean fewer emissions from freight and quicker delivery times, benefiting both the environment and operational efficiency.

Incorporating local sourcing into logistics strategies can also enhance resilience. Localized supply chains are less susceptible to global disruptions, such as geopolitical conflicts or pandemics, ensuring steady operations. Moreover, supporting local economies aligns with broader corporate social responsibility goals, fostering goodwill among communities and consumers.

To effectively implement local sourcing, businesses must assess the availability of raw materials and production capabilities within their regions. Partnerships with local artisans and smaller manufacturers not only reduce environmental impact but also preserve traditional craftsmanship, adding value to textile products.

Collaborative Efforts for a Greener Future

The journey toward sustainable textile logistics requires collaboration across the industry. Stakeholders, including manufacturers, logistics providers, and policymakers, must work together to create a conducive environment for sustainable practices. Governments can incentivize green logistics through subsidies or tax benefits, while manufacturers can innovate with eco-friendly materials and production methods.

Technological advancements play a crucial role in achieving sustainability. Tools such as artificial intelligence (AI) and machine learning can optimize delivery routes, reduce idle time, and improve inventory management, further cutting emissions. Blockchain technology enhances transparency in the supply chain, ensuring that sustainability claims are verifiable and trustworthy.

Consumer behavior also drives change. Growing demand for sustainable products compels brands to rethink their logistics strategies. Educating consumers about the environmental impact of their purchases and encouraging the return or reuse of packaging fosters a culture of responsibility.

Conclusion

Sustainable textile logistics is not merely a trend but a necessity for the future of the industry. Overcoming challenges like high emissions and packaging waste requires a multi-faceted approach involving smart packaging, local sourcing, and technological innovation. By committing to these practices, the textile industry can significantly reduce its environmental impact, meet regulatory standards, and align with consumer expectations for greener operations. Collaboration and innovation will be the driving forces behind a sustainable and resilient textile logistics ecosystem.

Editor’s Note: Rohit Dev Sethi is managing director at India-based ColossusTex

January 21, 2025

How The Digital Product Passport Will Reshape Fashion Supply Chains

By Barbara Oswald

The textile and apparel industry is on the cusp of transformation. The EU Green Deal targets carbon neutrality by 2050, reinforced by regulations such as the Green Claims Directive and the Eco-design for Sustainable Products Regulation (ESPR). These mandate unprecedented transparency in supply chains. Central to this transformation is the Digital Product Passport (DPP), a revolutionary tool that enhances transparency, sustainability and traceability across the product life cycle.

Legislative Moves

Sustainability is now a key market driver as consumers increasingly demand proof that purchases align with their ethical standards. Until now, companies in the fashion sector have relied on voluntary certifications to demonstrate sustainability. However, while these can be effective, they often only address a single issue — for example, organic — leaving room for inconsistencies in their application and interpretation.

New European Union (EU) legislation is ushering in a paradigm shift. Fashion brands operating in the EU will need to transition from market-driven, voluntary compliance to legislatively mandated compliance. Adherence to regulatory baselines for assessment and verification will reduce the issues related to perception and consistency.

Introduced in 2019, Ursula von der Leyen, president of the European Commission, described the EU Green Deal as Europe’s “man on the moon moment.” At its core, the deal seeks to establish a climate-neutral EU by 2050. A critical pillar of this ambition is promoting a circular economy, where products and materials are used, reused and recycled to minimize our dependency on virgin resources.

The EU Green Deal has already resulted in several pivotal legislative initiatives, including:

  • Green Claims Directive — expected to take effect in 2025 but still subject to legislative finalization, this directive will require companies to substantiate all environmental claims through impartial, third-party verification. The aim is to eliminate misleading greenwashing practices; and
  • ESPR — replacing the Ecodesign Directive, the ESPR mandates that products be durable, repairable and recyclable. Although requirements may vary depending on the product, this regulation enables consumers to make informed decisions by ensuring the attributes are clearly communicated.

What Is The Digital Product Passport?

The DPP is the cornerstone of the EU’s strategy for achieving the sustainability goals outlined in the Green Deal. Serving as a digital twin to each physical product, the DPP documents the product’s entire lifecycle, capturing key events alongside critical sustainability data.

The exact metrics are currently being finalized by the EU and may evolve, but currently, they follow the key principles of durability, repairability, recyclability, recycled content, greenhouse gas emissions and water consumption. Each metric will be presented in a standardized format as a comprehensive score to ensure consistency and comparability. The DPP enhances trust in environmental claims by  centralizing and systematizing the collection and verification of this information through third-party assessment bodies accredited by EU member states.

With reliable and transparent data at their fingertips, consumers are empowered to make informed, sustainable purchasing decisions with greater ease, fostering confidence and driving demand for eco-friendly products.

Each DPP consists of three key components:

  • Verified environmental data on the product’s sustainability metrics
  • DPP platform — stores and provides access to verified data; and
  • QR code on the product, offering consumers instant access to the verified data without overwhelming them

Beyond point-of-purchase benefits, the DPP also functions as a comprehensive digital biography, tracking the product’s journey from cradle to grave. This will include details such as ownership, maintenance and repair history, facilitating true circular economy practices.

While currently an EU initiative, the potential for the DPP to become a global tool is undeniable, with far-reaching implications for fashion supply chains worldwide. However, widespread adoption would require international cooperation and alignment with non-EU regulations.

Next Steps

Compliance with the requirements of the EU Green Deal and ESPR, including the DPP, will be mandatory for all businesses operating in the EU. While some regulations are still being finalized, companies must act now to ensure readiness.

Key actions include:

  • Conducting an environmental control audit to evaluate current practices and identify gaps in compliance;
  • Appointing an accredited third-party assessment body to support the transition; and
  • Working with an accredited third-party assessment body, such as bluesign, enables compliance and sustainability for textile manufacturers, fashion brands and retailers. Through the bluesign SYSTEM, for example, businesses can ensure consumer safety, minimize environmental impact, and transition seamlessly to the requirements of the DPP.

Services include:

  • Expert consultation on chemicals and textiles to ensure products are safe, sustainable and compliant;
  • Data verification for product labels in accordance with DPP requirements; and
  • Development of an action plan to enhance sustainability efforts.

As the EU’s ambitious sustainability agenda reshapes global markets, businesses must prepare for a wave of legislation that will fundamentally alter how they operate.

Editor’s Note: Barbara Oswald is COO of Bluesign Technologies AG, Switzerland

January 21, 2025

NCTO Welcomes President Trump’s Executive Order On Trade Directing Federal Agencies To Investigate The Impact Of Unfair Trade Practices And Review Penalty Tariffs And De Minimis Reform

WASHINGTON — January 21, 2025 — The National Council of Textile Organizations (NCTO), representing the full spectrum of U.S. textiles from fiber to finished sewn products, issued the following statement today from President and CEO Kim Glas regarding President Donald Trump’s executive order, the “America First Trade Policy.”

Statement by NCTO President and CEO Kim Glas:

“We welcome President Trump’s executive order directing federal agencies to conduct a comprehensive review of the devastating impact of unfair trade practices by China and other countries that have undermined U.S. textile manufacturers, the broader manufacturing base, and the economy.

“President Trump’s order directs agencies to examine not only the effects of these practices and their contribution to the U.S. trade deficit but also to propose solutions such as penalty tariffs and de minimis reform to mitigate the harm to critical domestic industries.

“This action comes at a pivotal moment for the U.S. textile industry, a vital supplier of goods to the U.S. military and an employer of over 500,000 American workers. For too long, import fraud, trade crimes, and the evasion of U.S. bans on forced labor goods and duties through the de minimis loophole in trade law have severely damaged strategic domestic manufacturing industries.

“In the past several months alone, the U.S. textile industry has seen 26 plant closures and thousands of layoffs.

“Notably, the executive order includes a directive addressing the de minimis provision, instructing relevant agencies to ‘recommend modifications as warranted to protect both the revenue of the United States and the public health by preventing unlawful importations.’

“This directive marks an important and long overdue step toward commonsense reform of an outdated trade provision that has caused significant damage to the U.S. textile industry. The de minimis loophole facilitates the entry of approximately 4 million low-value shipments daily, often bypassing inspection and duties. This loophole benefits Chinese e-commerce platforms, importers, and tariff evaders, while harming U.S. manufacturers.

“Given the overwhelming scale of the problem and the challenges faced by U.S. Customs and Border Protection in enforcing trade laws amid this flood of de minimis packages, we urge President Trump to prioritize this particular issue and take decisive action as soon as feasible to eliminate the de minimis loophole through executive order.

“We also commend the President’s directive to review the establishment of an External Review Service to collect tariffs and other taxes on foreign entities. Such measures would serve as a deterrent to tariff evasion and provide funding for trade enforcement priorities in the new administration. NCTO has long called for expansive stepped-up customs enforcement as tariff evasion has hurt our industry, especially facing the flood of dumped products and goods falsely claiming duty-free benefits through our network of free trade agreements.

While not part of the executive order announced Monday, President Trump separately threatened to impose 25 percent tariffs on imports from Mexico and Canada on February 1. Imposing tariffs on Mexican and Canadian imported goods that qualify for duty-free treatment under the United States-Mexico-Canada Agreement (USMCA) would undermine a vibrant coproduction chain, which is vital to the U.S. textile industry and supports thousands of jobs here and in Mexico and Canada.

“Finally, we look forward to working closely with the President and his administration to implement much needed reforms to U.S. trade policy. Policies such as penalty tariffs on China and comprehensive de minimis reform are essential to addressing the actions of predatory exporters and bad actors that threaten our strategic industry, displace our workers, damage our economy and harm U.S. consumers.”

Posted: January 21, 2025

Source: The National Council of Textile Organizations (NCTO)

Former Nike Chief Sustainability Officer Noel Kinder Joins UNCAGED Innovations’ Board Of Directors

NEW YORK CITY — January 21, 2025 — UNCAGED Innovations, the world’s first biomaterial company creating sustainable leather from grains, has bolstered its team with the appointment of Noel Kinder to its Board of Directors. A senior executive with 25 years of global experience at Nike, including as chief dustainability officer, Kinder brings invaluable expertise in sustainability, innovation strategy, and global operations.

Noel Kinder

Kinder’s appointment to UNCAGED’s board marks a significant milestone in the company’s growth. Known for his leadership in sustainability at Nike, Kinder’s diverse career has spanned multiple roles and geographies, including serving as General Manager for Nike Vietnam. During his tenure, Kinder drove an enterprise materials innovations strategy specifically aimed at scaling sustainable alternatives to widely used commodity materials. He also oversaw the transformation of Nike’s environmental operations across 550 factories in 42 countries and drove collaboration with governments, NGOs, academia, and media to advance industry-wide sustainability practices.

Kinder’s extensive knowledge of global manufacturing, particularly in Asia, aligns with UNCAGED’s strategic plans to expand its production capabilities in the region. Kinder also brings a profound understanding of global fashion brands and industry dynamics which will be instrumental in driving the next phase of UNCAGED’s growth into footwear, a sector responsible for more than 50% of global leather consumption.

Noel Kinder, Advisory Board Member at UNCAGED Innovations, said: “Decarbonizing the footwear and apparel industries begins with finding innovative alternatives to traditional commodity materials. What drew me to UNCAGED is its groundbreaking technology and world-first approach to creating high-quality leather alternatives at scale. Throughout my career, I’ve encountered fascinating materials in this space, but many are still in development. UNCAGED is already operating at a commercial level — a critical factor in driving meaningful impact — and I’m excited to help guide the company as it continues to expand its influence globally.”

Stephanie Downs, CEO and co-founder of UNCAGED Innovations, said: “We’re thrilled to welcome Noel to our board. He has extensive experience working with global fashion brands and his expertise in sustainability and global operations makes him an invaluable appointment as we enter the next phase of our growth.  This is such an exciting time for us as a company and 2025 is set to be our biggest year yet, so we are thrilled to have welcomed Noel on board.”

Posted: January 21, 2025

Source: UNCAGED Innovations

Michelman Provides Fiber Sizing Support For FibreCoat’s Aluminum-Coated Basalt Fiber Innovation

CINCINNATI, Ohio — January 21, 2025 — Michelman, a global developer of advanced materials, has collaborated with FibreCoat, a high performance materials company based in Aachen, Germany, to support the launch of FibreCoat’s aluminum-coated basalt fiber. This new fiber, AluCoat, was developed by FibreCoat to address the need for lightweight, conductive materials in applications such as electromagnetic interference (EMI) and radio-frequency interference (RFI) shielding, as well as thermal management for electric vehicles, consumer electronics, and energy storage.

Michelman’s Hydrosize® fiber sizing technology plays a critical role in enhancing the performance and processability of FibreCoat’s fiber for composite manufacturing. FibreCoat’s patented aluminum-coating process partially or fully coats basalt fibers, combining the material’s mechanical properties with aluminum conductivity. By integrating Michelman’s Hydrosize® fiber sizing, the aluminum-coated fibers achieve key performance attributes necessary for reliable composite applications. Michelman’s sizing helps form stable fiber bundles, reducing fuzz and maintaining fiber integrity during processing, and supports weavability, making continuous fibers more spreadable. Additionally, the sizing ensures compatibility with the resin systems, and  balances compatibility between the aluminum and basalt surfaces on the fiber.

Steve Bassetti, Michelman Director of Global Marketing

“We are pleased to support FibreCoat as they bring this technology to market,” said Steve Bassetti, Michelman’s director of Global Marketing, Fibers and Composites. “Their aluminum-coated basalt fiber addresses the needs of applications that require conductive and lightweight materials for EMI shielding and thermal management. Our collaboration demonstrates Michelman’s role in advancing fiber technologies with innovative companies like FibreCoat.”

The relationship between Michelman and FibreCoat began over a decade ago at the Institute for Textile Technology, which is part of RWTH Aachen University, where FibreCoat’s founders identified Michelman’s fiber sizing expertise as essential to their fiber’s performance. Throughout development, Michelman provided support as FibreCoat refined the fiber’s formulation to achieve optimal results.

“Michelman has been a trusted partner for many years, providing technical support as we moved from research to commercialization.” said Dr. Alexander Lüking, co-founder at FibreCoat. “Their willingness to assist us through trial and error allowed us to refine our fiber technology. “Hydrosize® fiber sizing ultimately helped us address key challenges, including maintaining a PFAS-free solution, ensuring smooth unwinding to prevent fibers from sticking together on the bobbin, and minimizing fuzz during processing.”

Zeineb Romdhane, Lab Coordinator at FibreCoat, noted “Achieving the right balance in the sizing application was crucial — too little sizing would lead to fiber separation, while too much could cause excessive adhesion. Michelman’s expertise enabled us to overcome these obstacles and deliver a consistently high-quality fiber for advanced composite applications.”

Michelman’s Hydrosize solutions will be on display at JEC World 2025, where they will exhibit in booth 5E135. Sizing experts will be on hand to discuss applications based on basalt, glass, carbon, and natural fibers, including both chopped and continuous formats. FibreCoat will also be exhibiting at JEC. The company’s innovative AluCoat solutions will be on display in booth 5F65.

Posted: January 21, 2025

Source: Michelman

ColorLogic Welcomes Renowned Color Scientist John Seymour

RHEINE, Germany— January 20, 2025 — ColorLogic — a Hybrid Software brand and global  provider of color management solutions — announced the appointment of John Seymour as Color Science lead. An applied mathematician and color scientist, Seymour brings more than 25 years of experience from QuadTech’s advanced product development group, where he pioneered algorithms and instrumentation for printer color management. His extensive contributions to the industry include teaching color science at Clemson University and providing expert consultation as “John the Math Guy.”

John Seymour, Color Scientist, ColorLogic

This strategic addition will benefit OEM partners, ColorLogic, and Hybrid Software customers through enhanced color management technology across ColorLogic’s award-winning product portfolio. Seymour brings an unparalleled depth of knowledge in color science, mathematical modeling, and advanced color technologies to the ColorLogic team.

“John’s deep understanding of color science and proven track record in developing groundbreaking color management algorithms will drive significant advancements across our entire technology portfolio,” states Christopher Graf, vice president and general manager of Hybrid Software’s color business unit. “His expertise will help us deliver next-generation color technology to our OEM partners while enhancing the capabilities available to ColorLogic and Hybrid Software users worldwide.”

“Thirty-some years ago, I was lucky to stumble into a job that rewarded me for having an insatiable curiosity, and which had soil that was fertile enough to nurture my seeds of creativity. That curiosity opened up the vast multidisciplinary world of color science to me,” Seymour said. “Today, I have a wonderful sense of déjà vu as I start planting seeds in the fertile ground that is Color Logic. This tight group of experts in printing technology, color management and programming is already inspiring me. I can’t wait to get started!”

This appointment reaffirms ColorLogic’s commitment to innovation and excellence, ensuring it remains a trusted partner for professionals in print, packaging, and beyond.

Posted: January 21, 2025

Source: ColorLogic, a brand of Hybrid Software Group PLC

Archroma Joins BioCircular Materials Alliance

PRATTELN, Switzerland— January 21, 2025 — Archroma, a global supplier of specialty chemicals towards sustainable solutions, has joined the BioCircular Materials Alliance to help accelerate the fashion industry’s transition to sustainable circular business models.

Conceived by biomaterials pioneer Spiber Inc., the Alliance brings together leading fashion brands, manufacturers and suppliers with the joint aim of encouraging the wider adoption of bio-based textile materials and chemical treatments. Early milestones include the creation of a Materials BioCircularity Database that will help brands and mills evaluate how their choice of fibers, dyes and finishing chemicals affect the recyclability of finished goods.

Archroma’s PLANET CONSCIOUS+ vision serves as its roadmap to a more sustainable textile industry. The vision drives the company to go beyond the status quo in collaboration with other industry leaders, aligning perfectly with the Alliance and its goal of developing a circular ecosystem. Archroma is proud to be part of this effort with Spiber and our other Alliance partners.

Committed to advancing sustainability, Archroma focuses on developing dyes and chemicals products, processes and technologies that aim to improve on what’s available in the market in terms of sustainability, but also deliver enhanced value to brands, mills and consumers. Through its innovations, Archroma strives to support our partners to produce apparel and textiles that are safer and more durable, made in a more efficient way, and easier to recycle.

Stella McCartney, Marzotto Wool Manufacturing Srl, Fashion for Good and 13 new companies and organizations have joined the BioCircular Materials Alliance. Archroma is one of only two dyes and chemical suppliers in the Alliance.

Brands, manufacturers, industry organizations and policymakers can find out more about how to get involved at www.biocircularmaterials.org.

Posted: January 21, 2025

Source: Archroma,

Water As A Waste Management Source: SEOULTECH Researchers Revolutionize Catalytic Plastic Recycling

SEOUL, South Korea — January 21, 2025 — Plastic waste remains an unsolved and a fast-growing environmental challenge, calling for breakthroughs in recycling technologies. Now, researchers from Korea have discovered that adding water to ruthenium-based catalysts can dramatically enhance the catalytic conversion of polyolefins — the major contributor of plastic waste — into valuable fuels. Their analyses highlight the economic and environmental viability of this novel approach, which could help us deal with plastic pollution, while fostering a circular economy.

Plastics are undeniably useful materials that have found their way into virtually all human activities. However, with yearly global plastic production exceeding 400 million tons, the environmental threat posed by increased plastic consumption and disposal, contributing to its pollution, is also bigger than ever. Considering that only one-tenth of all plastic waste is recycled, new technologies that can help tackle this growing problem are urgently required.

Catalytic recycling techniques, such as hydrogenolysis and hydrocracking, are emerging chemical processes that can break down plastic waste into simpler components using catalysts. Traditional recycling involves melting and remolding plastics into lower-quality materials, whereas catalytic recycling can convert plastics into valuable chemicals and fuels, enabling a more sustainable and efficient reuse. Though certainly promising, catalytic recycling methods need further refinements before they are ready for adoption on an industrial scale.

In a recent study published in Nature Communications online on November 29, 2024, a research team led by Professor Insoo Ro of Seoul National University of Science and Technology, Korea, recently made a breakthrough discovery in the catalytic recycling of polyolefins, which comprise 55 percent of global plastic waste. As explained in their article, the researchers revealed the surprising benefits of adding water during polyolefin depolymerization when using ruthenium (Ru)-based catalysts.

After synthesizing and experimenting on various Ru-based catalysts on different supports, the team found that catalysts with both metal and acid sites exhibit dramatically improved conversion rates when water is added to the reaction mixture. “The addition of water alters the reaction mechanisms, promoting pathways that enhance catalytic activity while suppressing coke formation,” explained Dr. Ro, “This dual role improves process efficiency, extends catalyst lifespan, and reduces operational costs.”

The researchers investigated the reaction mechanisms in detail, shedding light on the effect of Ru content and the proximity and balance between metal and acid sites. Under optimal conditions, Ru/zeolite-Y catalysts showcased a 96.9 percent conversion rate for polyolefins.

Finally, to explore the viability of this type of catalytic recycling, the team conducted a techno-economic analysis and a life cycle assessment of the proposed approach. The results clearly underscored the potential of implementing a real commercial-scale process using Ru/zeolite-Y catalyst. “The addition of water not only enhances carbon efficiency, it improves economic and environmental performance, also increases the conversion of polyolefins to valuable fuels like gasoline and diesel,” highlights Dr. Ro. Adding further, he says, “This approach thus represents a viable alternative to conventional waste management practices and offers a solution to reduce landfill and ocean pollution caused by polyolefins—the largest contributor to plastic waste.”

Overall, this breakthrough in catalytic depolymerization could revolutionize how we deal with plastic pollution and help us efficiently deal with this serious environmental threat. The research team has high hopes that this technology will evolve over the next few years to the point that mixed plastic waste can be processed without pre-sorting, making recycling efforts more cost-effective and simpler to implement. “By demonstrating a sustainable and economic approach to transforming plastic waste into valuable resources, our research could help drive policy changes, inspire investment in advanced recycling infrastructure, and foster international collaborations to address the global plastic waste crisis. Over time, these advancements promise cleaner environments, reduced pollution, and a more sustainable future,” concludes Dr. Ro on an optimistic note.

Posted: January 21, 2025

Source: The institute Seoul National University of Science and Technology (SEOULTECH) — Professor Insoo Ro

Première Vision New York Concludes With Resounding Success, Solidifying Its Role As A Key Industry Platform

NEW YORK CITY — January 21, 2025 — The latest edition of Première Vision New York has wrapped up with exceptional results, reinforcing its standing as a pivotal event for professionals in the fashion and creative industries. The two-day event attracted 1,856 visitors from the fashion, textile, design, and creative sectors, underscoring its status as a key destination for the North American market.

Innovation, sustainability, and trends take center stage

This edition saw remarkable participation in the Talk program, reflecting the growing interest in critical industry topics such as innovation, sustainability, and emerging trends. Renowned experts and industry leaders delivered insightful presentations that engaged a highly attentive audience eager to stay at the forefront of industry developments.

Dynamic networking and business opportunities

The event also proved to be a fertile ground for business exchanges. Exhibitors and attendees alike reported significant outcomes, with numerous collaborations initiated and a high level of business activity. The quality of networking opportunities and the vibrancy of interactions highlighted the event’s effectiveness in fostering meaningful connections.

Leadership Perspectives On The Event’s Success

Thierry Langlais (Show Manager of Première Vision New York) expressed his satisfaction with the event’s achievements: “We are delighted to see our diverse o1erings attracting a broader visitor profile. This diversity has created even greater opportunities for productive connections and substantial business growth.”

Florence Rousson (President of the Première Vision Management Board) also emphasized the importance of the event: “In today’s complex market, it’s encouraging to welcome serious, qualified buyers who are ready to source and be inspired for SS26. This edition rea1irms the enduring relevance and value of Première Vision New York.”

A Platform For Shaping The Future Of Fashion

Première Vision New York continues to establish itself as an essential hub for professionals seeking the latest trends, materials, and solutions to shape the future of the fashion industry.

As the curtain closes on this successful edition, Première Vision extends its gratitude to all exhibitors, visitors, and speakers for their invaluable contributions. The team looks forward to welcoming everyone to the next edition, where innovation and creativity will once again take center stage.

Posted: January 21, 2025

Source: GL events

500 LEVEL Poised For Breakthrough Growth In Professional Sports Apparel With Kornit Digital’s On-Demand Solutions  

ROSH-HA`AYIN, Israel— January 21, 2025 — Kornit Digital Ltd. today announced that 500 LEVEL — a sports apparel producer — has adopted the Kornit Atlas MAX platform. This partnership empowers 500 LEVEL to meet the fast-paced demands of the e-commerce sports apparel industry while exceeding fan expectations with stunning quality and lightning-fast order fulfillment.

Founded in 2012, 500 LEVEL has been redefining the fan experience with bold, custom-designed apparel that immortalizes the legends of the game. With Kornit’s cutting-edge technology, 500 LEVEL is now primed to capture the energy of gameday by producing and shipping fan-favorite designs within 24 hours – meeting the urgency and excitement of the most memorable sports moments with precision and style.

“Capturing the Passion of Sports Fans Everywhere”

“We’re passionate about giving fans the ultimate way to express their love for the game,” said Joe Catlow, Chief Executive Officer at 500 LEVEL. “To deliver this, speed and quality are non-negotiable. Kornit’s Atlas MAX technology gives us the flexibility to create and ship premium gear in record time – ensuring fans receive the iconic designs they crave at the peak of the action. This is sport apparel for a new era.”

“Revolutionizing the Gameday Experience”

“Sports fans want more than just merchandize; they want to relive the magic of the game and share their excitement with the world,” said Ronen Samuel, Chief Executive Officer at Kornit Digital. “500 LEVEL is now leveraging the unmatched power of the Kornit Atlas MAX to redefine what’s possible in fan gear. Our technology ensures they can deliver vibrant, high-quality apparel with the speed and agility today’s sports enthusiasts’ demand. Together, we’re setting a new standard for the online sportswear industry.”

Posted: January 21, 2025

Source: Kornit Digital

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