The Hot Button Report serves as a critical tool for assessing viscose and other man-made cellulosic fibre (MMCF) producers on their forest sourcing practices and use of recycled textile fibres. It is a key reference point for over 550 global apparel brands participating in the CanopyStyle initiative, making its updates particularly consequential for sourcing decisions across the textile industry.

A Leaner, Clearer Framework

One of the most notable structural changes in the updated framework is the reduction of the rating system from seven categories to five. According to Canopy, this simplification is designed to offer clearer goals and expectations for producers, with defined targets expressed in both volume and percentage terms. The criteria have also been tailored to reflect the varying capacities of small, medium, and large MMCF companies, recognising that a one-size-fits-all approach may not equitably serve the diversity of producers operating at different scales.

The rating system will now use just three shirt colours — green, yellow, and red — to represent overall risk levels. Producers found to be sourcing fibres from known high-risk locations will automatically receive a red shirt designation, indicating the presence of Ancient and Endangered Forests or other controversial sources within their supply chains. This automatic classification sends an unambiguous signal to brands and sourcing partners about supply chain risks.

Greater Weight for Next Gen Solutions and Landscape Conservation

A significant development within the revised framework is the increased weighting assigned to companies that are actively investing in Next Gen Solutions. These include fibres produced from recycled textiles, as well as participation in landscape-level forest protection initiatives. Canopy has emphasised that these shifts directly address the mounting pressures of the global climate crisis and an increasingly stringent international regulatory environment.

The focus on Next Gen Solutions reflects the growing recognition within the industry that forest sourcing practices must evolve beyond harm reduction toward active contribution to circular and resilient fibre systems.

Industry Consultation and Legal Review

The development of the updated Hot Button Report framework was not conducted in isolation. Canopy stated that the process included consultation with all 28 rated MMCF producing companies and select brand partners. A legal review was also undertaken to ensure the framework’s compliance with international legislation — an important step given the tightening of environmental regulations in key markets globally.

Canopy senior lead MaryAnn Ramirez commented on the evolution of the Hot Button Report: “The Hot Button helped change the conversation about where fashion’s fibres come from. Ten years ago, the industry was asking whether viscose could be sourced without destroying the world’s most vital forests. Today, we have the opportunity to build a fibre system that is circular, resilient, and keeps forests standing. Hot Button is a system that must feel fair, equitable, and consistent year-to-year so producers can plan with confidence. At the same time, it must remain flexible enough to credit diverse pathways to impact.”

What This Means for the MMCF Sector

For MMCF producers, the revised Hot Button Report sets a clearer path forward while raising the bar on responsible forest sourcing. The updated framework’s three-colour system removes ambiguity in how risk is communicated, and the tailored targets across company sizes ensure expectations are proportionate and achievable. At the same time, the emphasis on Next Gen Solutions and landscape-level conservation signals that the direction of the Hot Button Report is firmly aligned with the broader sustainability demands now shaping the global textile industry.

With over 550 apparel brands anchored to the CanopyStyle initiative relying on the Hot Button Report for their sourcing decisions, the impact of these updated criteria will be felt across a wide span of the fashion supply chain when the 2027 edition comes into effect.

Field-level data was collected from 59,094 harvested acres on 469 fields across seven major U.S. cotton-growing states through the Field Partner Program pilot. The findings show that U.S. Regen™ cotton was produced with 20% lower greenhouse gas emissions, 30% greater soil carbon sequestration, 75% lower soil loss, and a 49% improvement in water-use efficiency compared to the established baseline.*

“Growers are making long-term investments in the health and productivity of their farms, while also adapting regenerative practices to their unique growing region,” said Marjory Walker, Co-Director of the U.S. Cotton Trust Protocol. “U.S. Regen™ supports those efforts through a consistent framework that measures outcomes, verifies practices, and provides traceability to the bale. We’re pleased to see this program expand from pilot to scaled availability for the 2026 cotton crop.”

For brands, U.S. Regen™ provides access to verified, field-level data tied to the cotton they source, rather than relying only on industry averages. The resulting data provides brands with a comprehensive suite of outcome metrics including carbon removals, emissions, soil health, water quality/quantity, and biodiversity. Enrolled fields are monitored using remote sensing and scientific modeling, enabling company-level Scope 3 reporting.

U.S. Regen™ is traceable to the bale through the U.S. Cotton Trust Protocol’s solution. Each bale carries a unique Permanent Bale Identification number authenticated by the United States Department of Agriculture, providing assurance of the cotton’s origin and allowing U.S. Regen™ volumes to be tracked through the supply chain.

For the first time, brands can also use approved on-product claims to identify U.S. Regen™ cotton content in consumer-facing communications. The updated U.S. Cotton Trust Protocol Claims Framework is now available, allowing brands to communicate their regenerative cotton sourcing while helping protect the accuracy and integrity of those claims.

“The U.S. Regen™ offering is a direct outcome of hearing from brands that they are looking for regenerative cotton that is credible, practical, and scalable,” said Liz Hershfield, Co-Director of the U.S. Cotton Trust Protocol. “U.S. Regen™ connects the work growers are doing on the ground with verified traceability to support brands’ sourcing goals.”

U.S. Regen™ reaches the market through Field Partner Programs led by merchants, marketing cooperatives, and self-marketing growers. Brands interested in sourcing the fiber can work directly with participating Field Partners or contact the U.S. Cotton Trust Protocol for more information.

*The baseline for reductions was established using U.S. Cotton Trust Protocol data, including fields without soil health practices. The baseline for removals was established using the national MRV dataset, incorporating both regenerative and non-regenerative practices.

The 93% recycled-content figure applies specifically to the newly developed raw yarn, calculated against its total weight. It does not represent the recycled content of the finished fabric or garment, which will vary depending on overall material composition.

Addressing Technical Challenges in Recycled Composite Fibre Development

Composite fibres are well regarded in the textile industry for their capacity to deliver enhanced functionality, refined textures and distinctive visual characteristics. However, integrating different polymers into a single fibre while simultaneously maximising recycled-material content and maintaining consistent production quality presents a significant technical challenge.

Toray has tackled this through its proprietary polymer design and composite spinning technologies, successfully incorporating recycled raw materials into both the polyester and nylon components of the fibre. The company plans to verify the technology’s suitability for mass production while continuing research aimed at further increasing the recycled-material content of composite fibres.

The development responds to growing demand within the fashion industry for recycled materials, particularly among brands that seek to align sustainability goals with the quality and performance standards expected in premium product segments. For high-end and luxury applications, recycled content alone is not sufficient — fabrics must also deliver the required appearance, tailoring characteristics, drape, texture and durability.

ARTIROSA® CX: Sustainable Textile with Premium Aesthetics and Functional Performance

To bring the new recycled composite fibre to market, Toray developed ARTIROSA® CX by combining its composite-spinning expertise with the weaving, knitting, dyeing and finishing capabilities of Japan’s established textile-producing regions.

Fabric Design and Aesthetic Character

ARTIROSA® CX features a dense, finely textured surface with a crisp, sophisticated handle. Its aesthetic is intentionally differentiated from the conventional appearance typically associated with functional outerwear textiles, offering a more refined character suited to contemporary urban fashion. This approach reflects an intent to position the sustainable textile not as a compromise but as a material capable of meeting the expectations of premium apparel markets.

Functional Properties and PFAS Considerations

Material selection, fabric construction and post-processing can be tailored to deliver practical performance characteristics including waterproofing, durable water repellency and wind resistance. The specific properties achieved will depend on the material composition, design and processing methods applied in each case.

Toray has also indicated that the water-repellent agents used for ARTIROSA® CX are not intentionally formulated with substances classified as per- and polyfluoroalkyl substances, commonly referred to as PFAS. This approach is intended to align functional performance with material choices that reflect evolving environmental considerations within the industry.

Target Markets and Commercial Plans

Toray plans to market ARTIROSA® CX across a range of applications, including men’s and women’s outerwear, urban outdoor clothing and premium casual wear. The company intends to leverage Japan’s textile craftsmanship and processing expertise to develop materials that meet the evolving requirements of fashion brands and their customers.

Further textile development under this initiative will explore nylon blends, combinations with natural fibres and additional post-processing techniques, with the aim of expanding the range of available textures and functional properties within the premium outerwear fabric category.

ARTIROSA® CX is scheduled for commercial launch in the Autumn/Winter 2027 season, with Toray targeting first-year sales of 200,000 metres.

Extending Recycled Materials into High-Value Textile Applications

The development of ARTIROSA® CX underscores the technical complexity involved in moving recycled composite fibre technologies into more demanding textile applications, where consistent quality, refined aesthetics and reliable functional performance are all required simultaneously.

By incorporating recycled raw materials into both the polyester and nylon components of the fibre, Toray is seeking to extend the capabilities of composite fibres into applications that have traditionally been considered beyond the reach of recycled-material solutions. The company’s immediate next steps will focus on validating mass-production feasibility and pursuing further increases in recycled-material content across its composite fibre range.

The government-backed roadmap, developed by the Cotton Development Board (CDB), calls for expanding cotton cultivation from 39 to 53 of the country’s 64 districts. The plan is structured across short-, medium- and long-term phases, with interim targets set for 2029 and 2040.

A Phased Roadmap for Cotton Cultivation Growth

The CDB has charted a clear production timeline: 500,000 bales of lint cotton within the next four years, one million bales by 2040, and the full target of 1.9 million bales by 2050. Lint cotton refers to the clean, raw fibre separated from cotton seeds following the harvesting process.

CDB Executive Director Md Rezaul Amin confirmed the scope of the initiative in remarks to the state-run Bangladesh Sangbad Sangstha. “We have taken short-, medium- and long-term plans to boost cotton production” by around 8.5 times, he said, referring to the planned expansion of cotton cultivation across additional districts.

The long-term target also includes expanding the total cultivation area to 200,000 hectares. Districts identified for expansion include Moulvibazar, Habiganj, Cumilla, Chandpur, Noakhali, Lakshmipur, Barishal, Bhola, Barguna, Chattogram, Feni, Cox’s Bazar and Nilphamari, among others.

The Weight of Cotton Imports on Bangladesh’s Economy

Bangladesh ranks among the world’s leading exporters of ready-made garments, yet remains almost entirely reliant on imported raw cotton to sustain its textile and apparel industries. The country is simultaneously one of the world’s largest cotton importers, with annual demand estimated at close to eight million bales.

Domestic cotton production currently meets only three to four percent of total national requirements, though locally grown cotton covers approximately 18 to 20 percent of fibre used in manufacturing fabrics for the domestic market.

Official figures show that Bangladesh spent Tk 80,000 crore — equivalent to approximately $6.51 billion — importing 7.3 million bales of raw cotton and yarn during the 2025–26 fiscal year. The scale of this import expenditure has intensified government focus on developing a stronger domestic raw material base.

Expanding Cultivation Across New Agricultural Frontiers

The CDB’s expansion strategy targets land that has not traditionally been used for cotton cultivation. Plans include promoting cotton farming on elevated riverine islands — known locally as chars — in the northwestern Barind region, on suitable hilly terrain, and on comparatively less fertile or low-productivity agricultural land. Saline and drought-prone zones have also been designated as potential production areas.

Bangladesh currently produces two varieties of cotton: upland cotton and hill cotton, each suited to different soil conditions. CDB officials noted that cotton cultivation could also be introduced alongside vegetables, pulses and spices within orchards, providing farmers with additional options to diversify income.

Political and Parliamentary Momentum

The initiative gathered traction following a September 13 meeting between Prime Minister Tarique Rahman and officials from the Ministry of Agriculture. At that meeting, the CDB was directed to prepare a detailed proposal after assessing the country’s full potential for expanding cotton cultivation.

Three days later, the parliamentary standing committee on the agriculture ministry issued a recommendation for swift and effective measures to raise domestic cotton output and reduce the significant financial burden of cotton imports.

Cotton as a Profitable Cash Crop for Farmers

CDB officials have highlighted both the economic and environmental case for expanding cotton farming. Dr Md Gazi Golam Mortuza, a soil nutrition and water management specialist at the CDB, described cotton as one of Bangladesh’s most profitable cash crops, particularly given the decline of jute cultivation in recent years.

“No other crop in the country is now as profitable as cotton,” he said, noting that higher production could improve farmer incomes while simultaneously reducing cotton imports. According to Mortuza, cultivating cotton on one bigha of land costs approximately Tk 15,000, with farmers able to earn Tk 60,000 by harvesting 15 maunds of raw cotton — one maund being equivalent to 37.32 kilograms.

Mohammad Mofazzal Hossain, a senior ginning officer at the CDB, also pointed to soil health benefits that cotton cultivation can bring, particularly in areas where continuous farming of the same crop — such as maize — has caused soil degradation over time.

Staffing Gaps Pose a Challenge to Implementation

Despite the ambition behind the expansion plans, the CDB faces a significant internal challenge: a serious shortfall in technical staffing. The organisation currently employs 483 people against 864 approved positions — a gap that officials acknowledge could complicate the effective rollout of the programme. Recruiting additional technical specialists has been identified as a necessary step before the cotton cultivation targets can be fully pursued.

A History of Cotton Development in Bangladesh

Bangladesh’s efforts to develop domestic cotton production stretch back to the period immediately following independence. The Cotton Development Board was established in those early years to help meet the raw cotton needs of local textile industries. The country’s first cotton was grown in the Rangpur region in 1976.

In 1978, during the government of President Ziaur Rahman, Bangladesh imported cotton seeds from the United States for the first time and began expanding cotton research. By 1980, the government had established the Cotton Research Center and Seed Production Farm at Jagadishpur in Chowgacha upazila of Jashore district.

Institutional growth continued in 1994 under former Prime Minister Begum Khaleda Zia, when three major CDB farms were renamed as Cotton Research, Training and Seed Multiplication Farms and a separate Cotton Farm was established at Sripur in Gazipur district.

The latest roadmap builds on this institutional foundation, representing a renewed effort to expand the role of domestic cotton cultivation in Bangladesh’s agricultural economy while reducing the Bangladesh textile industry’s dependence on foreign suppliers.

Achieving the targets will require expanding cotton cultivation into suitable new territories, strengthening research capacity, and filling the technical workforce gaps that currently constrain the Cotton Development Board’s operational ability.

Bio-based synthetics — materials derived from renewable biological sources rather than fossil fuels — have long been positioned as a cleaner alternative to conventional petroleum-based fibers such as polyester and nylon. Yet despite heightened awareness around environmental responsibility, market demand for these renewable materials remains insufficient to drive meaningful industry-wide adoption.

Cost Remains a Persistent Barrier

One of the central challenges stalling the wider uptake of bio-based synthetics is their cost relative to conventional alternatives. Bio-based fibers continue to carry a price premium that most fashion brands — particularly those operating in volume-driven, price-sensitive segments — are reluctant to absorb or pass on to consumers.

Producers of bio-based fibers note that without the scale of demand that would justify expanded manufacturing capacity, costs are unlikely to fall to competitive levels. It is a classic chicken-and-egg problem: scale requires demand, and demand is currently constrained by price. Until brands commit to purchasing bio-based synthetics in meaningful volumes, manufacturers cannot invest in the infrastructure needed to bring prices down.

Brand Commitments Have Yet to Translate Into Purchasing Action

The Gap Between Pledges and Procurement

Many fashion and apparel brands have made public sustainability commitments that include targets around reducing fossil-fuel-based fiber usage. However, these commitments have not consistently translated into procurement decisions that prioritize bio-based synthetics. Industry observers point to a disconnect between what brands pledge in their sustainability reports and the actual buying signals they send to their supply chains.

The pressure on brands to reduce costs amid uncertain consumer spending environments has in many cases pushed sustainable sourcing further down the priority list. Bio-based fibers, while environmentally preferable in their origin, must compete with deeply entrenched supply chains built around conventional synthetic production that benefits from decades of cost optimization.

Consumer Awareness Alone Is Not Driving Purchase Decisions

While consumer awareness of environmental issues in fashion has grown, this has not reliably converted into willingness to pay more for products made from bio-based materials. The sustainable textiles market is finding that awareness and intent do not always align with purchasing behavior, particularly when economic pressures on household budgets tighten consumer spending.

Supply-Side Readiness Outpacing Demand

Interestingly, several producers working in the bio-based fibers space report that supply-side readiness has advanced faster than market demand. Innovations in bio-based synthetics — from bio-derived polyester variants to next-generation bio-nylon alternatives — have reached sufficient levels of technical maturity to meet commercial textile requirements. The bottleneck, as those in the industry make clear, lies on the demand side.

Producers of renewable materials intended for textile applications have invested significantly in research, development, and early-stage production capacity, often with the expectation that growing brand sustainability targets would generate the demand necessary to justify further investment. That demand-driven catalyst has been slower to materialize than anticipated.

Policy and Regulatory Environment Could Be a Turning Point

Legislation May Do What Market Forces Have Not

Industry stakeholders increasingly point to regulation as the most likely driver of accelerated bio-based synthetics adoption. Voluntary commitments and market-driven demand have thus far proven insufficient to shift sourcing practices at scale. Regulatory frameworks — particularly in the European Union, where sustainability-related textile legislation is advancing — could create the mandatory conditions under which brands have less discretion to sidestep sustainable material sourcing.

Extended producer responsibility schemes, mandatory due diligence requirements, and fiber content disclosure obligations are among the policy instruments being discussed or implemented that could indirectly or directly favor bio-based fibers over fossil-fuel-derived alternatives. However, the extent and pace at which such regulation will influence procurement remains to be seen.

Investment and Innovation Funding Remains Important

Public and private investment in the bio-based synthetics space has continued, with recognition that these materials form a necessary part of a longer-term sustainable textiles ecosystem. However, investors and producers alike caution that without reliable commercial offtake agreements from major fashion brands, the economics of scaling bio-based fiber production remain challenging.

Fashion Industry Sustainability Goals Under Pressure

The broader context for this challenge is a fashion industry under mounting pressure to reduce its environmental footprint. Synthetic fibers — primarily polyester — dominate global fiber production and are deeply embedded in the fast fashion model due to their low cost, versatility, and performance. Replacing even a fraction of this volume with bio-based synthetics at scale would require a level of coordinated industry commitment that has not yet emerged.

Fashion industry sustainability targets around fiber transitions have, in many cases, been pushed back or reframed, reflecting the difficulty of implementing supply chain changes amid macroeconomic uncertainty. The situation has highlighted the gap between the ambition embedded in corporate sustainability strategies and the operational and financial realities of sourcing transformation.

The Path Forward for Bio-Based Fibers

Those working within the bio-based synthetics and renewable materials space remain cautiously optimistic about longer-term prospects, while acknowledging that near-term growth is likely to be slower than previously projected. The case for bio-based fibers — reduced dependency on fossil fuel feedstocks, potential for lower lifecycle carbon emissions, and alignment with circular economy principles — remains intact.

What the sector needs, according to voices within the industry, is greater concrete commitment from brands willing to integrate bio-based synthetics into their core material portfolios rather than treating them as niche or pilot-scale additions. Demonstration of commercial viability at meaningful volume, supported by collaborative investment across the supply chain, is seen as the path toward making bio-based fibers a mainstream component of sustainable textiles sourcing.

Until demand signals strengthen and brands align their procurement with their sustainability rhetoric, bio-based synthetics will continue to face the same structural barriers that have limited their penetration of the fashion and textile market to date.

Resist2O Pro: A Fluorine-Free Alternative to Conventional DWR Finishes

One of the most closely watched developments in textile finishing in recent years has been the industry’s move away from fluorinated durable water-repellent (DWR) treatments, which have faced growing regulatory and environmental scrutiny. Unifi’s new Resist2O Pro directly responds to this shift by incorporating water resistance into the yarn itself, bypassing the need for any topical DWR application altogether.

The technology minimises water absorption without relying on topical treatments or fluorinated chemistry. Unifi confirms that Resist2O Pro is both fluorine-free and PFOA-free, with PFOA levels measured at below five parts per billion (ppb). This positions it as a viable solution for brands and manufacturers seeking compliant, cleaner alternatives without compromising on water-repellent performance.

Designed to be compatible with a range of fabric formation methods, Resist2O Pro has the potential to simplify textile production by removing a separate finishing stage from the manufacturing process. The Unifi yarn technology carries broad application potential, spanning apparel, footwear, furnishings, and industrial textiles.

Cofira: Blending the Best of Spun and Filament Yarn Performance

The second innovation, Cofira, takes a different but equally compelling approach. It is engineered to combine the soft aesthetics and handle typically associated with spun yarns alongside the performance characteristics more commonly found in filament yarns — a combination that has traditionally required compromise in one direction or the other.

Cofira can be tailored using synthetic, blended, and functional fibres to achieve a wide range of fabric properties and surface effects. Its versatility makes it suitable for use in apparel, furnishings, equipment, and accessories. Importantly, the yarn can also incorporate several of Unifi’s established technologies, including AMT moisture management, ChillSense cooling, and ReFlexx stretch and recovery — giving manufacturers a route to multifunctional fabrics within a single yarn construction.

Sustainability and Traceability

Cofira is available globally in both virgin and Repreve recycled polyester versions, including material produced through Unifi’s Repreve Takeback textile-to-textile recycling technology. Recycled versions of Cofira can be traced using the company’s FiberPrint technology and are offered with GRS and SCS recycled-content certification — providing brands with the documentation needed to support sustainability claims throughout the supply chain.

The introduction of Cofira as part of Unifi’s Repreve recycled polyester ecosystem reinforces the company’s continued commitment to circular textile manufacturing.

Industry Context and Leadership Comment

Commenting on both launches, Unifi CEO Eddie Ingle said: “These new products bring multifunctional capabilities that help reduce complexities associated with high-performance products.”

The two innovations will be on display at Performance Days Munich at booth J18. Following the Munich showcase, both technologies will also be featured at the Functional Fabric Fair in Portland, Oregon, from 26–28 October.

The question, however, is not simply whether European cotton can be grown. It already is. The real challenge is whether it can command the kind of premium pricing, consistent quality standards, and supply chain recognition needed to make it economically viable — and whether the broader fashion and textile industry is ready to take it seriously.

The State of Cotton Farming in Europe

Cotton cultivation in Europe is far from a new concept. Greece remains the continent’s largest cotton producer, with tens of thousands of hectares under cultivation, predominantly in the Thessaly region. Spain, particularly in Andalusia, also maintains a cotton-growing tradition, though on a comparatively smaller scale. Together, these countries represent the bulk of European cotton output — yet their combined production is modest when measured against global heavyweights.

For years, European cotton has largely disappeared into global commodity markets, stripped of its regional identity and blended with cotton from elsewhere. Farmers received little premium for growing cotton locally, and the textile industry had scant incentive to seek out or pay more for cotton that was geographically closer to home. The supply chain simply was not structured to reward provenance.

That dynamic, however, is beginning to shift. Driven by a combination of increasing regulatory pressure, growing consumer interest in transparency, and the textile industry’s broader push toward traceable and lower-impact sourcing, European cotton is attracting renewed attention from brands and mills that were previously indifferent to its origins.

Why European Cotton Is Attracting Renewed Interest

Much of the renewed interest in European cotton is tied to the evolving sustainability agenda within the textile industry. Shorter supply chains, reduced transportation emissions, known labor standards, and access to European-regulated agricultural practices are all factors being cited by brands when evaluating sourcing alternatives.

European cotton farming operates under the European Union’s Common Agricultural Policy (CAP) framework, which includes environmental and quality standards that are not universally replicated in other major cotton-producing regions. For brands looking to demonstrate credible sustainability progress — especially under increasing scrutiny from regulators and consumers alike — being able to point to cotton grown under EU agricultural rules carries weight.

Traceability is another factor working in European cotton’s favor. As supply chain transparency becomes less of a voluntary virtue and more of a compliance requirement — particularly under incoming EU due diligence and product passport regulations — sourcing cotton from a region where documentation and verification are more straightforward becomes a practical advantage.

The Challenge of Holding Value

Despite these advantages, the challenge of turning regional identity and sustainability credentials into actual price premiums remains significant. Cotton, at its most fundamental, is a commodity — and commodity markets are largely indifferent to geography when cost is the primary driver.

For European cotton to truly hold its value, the industry would need to move away from treating it as an interchangeable raw material and toward recognizing it as a differentiated ingredient with distinct provenance and attributes. That shift requires cooperation across the entire value chain — from farmers and ginners through to spinners, fabric producers, brands, and ultimately consumers.

One of the persistent structural issues is volume. European cotton production, even at its most optimistic projections, cannot supply the full needs of even a modest-sized fashion brand. This limitation means that European cotton is unlikely to become a mainstream sourcing solution for large-scale retailers. Instead, its opportunity likely lies in niche, premium, or purpose-driven product lines where story, origin, and sustainability impact are central to the proposition.

Quality consistency is another variable. While European cotton farming benefits from regulatory oversight, the fiber quality — including staple length, micronaire, and strength — can vary by season, region, and farming practice. For mills that have built their operations around precise fiber specifications, inconsistency in incoming raw material is a meaningful operational challenge.

Voices From the Field and the Industry

Those working closest to European cotton — farmers, agricultural cooperatives, and a small number of pioneering spinners and brands — speak with measured optimism. There is genuine enthusiasm about what homegrown cotton can represent, but also a clear-eyed acknowledgment that the path from field to finished product is far more complicated than it might appear from a marketing perspective.

Farmers in regions like Thessaly describe the pressures of competing with heavily subsidized cotton from other parts of the world, while simultaneously managing the agronomic challenges of a crop that is water-intensive and labor-demanding. European cotton farming has adapted over the years — with improvements in irrigation efficiency and pest management — but it remains a crop that requires significant investment and carries meaningful risk.

On the industry side, the brands and mills that have already begun incorporating European cotton into their supply chains tend to emphasize the value of the story as much as the fiber itself. Being able to tell a customer that a garment contains cotton grown in Greece or Spain — and to back that claim with documented traceability — is seen as a differentiating asset in an increasingly crowded sustainable cotton marketplace.

The Competitive Landscape for Sustainable Cotton

European cotton does not exist in a vacuum. It competes — directly and indirectly — with a range of established and emerging sustainable cotton credentials. Better Cotton, organic cotton certified under GOTS or OCS, Fairtrade cotton, and regenerative cotton programs all occupy space in the market, and many of these programs can be applied to cotton grown in far larger volumes outside Europe.

The question of how European cotton positions itself within this broader sustainable cotton landscape is one that the sector has not yet fully resolved. Is it primarily a provenance story — about geography and the reduced footprint of shorter supply chains? Is it a quality story, rooted in the agronomic conditions of Mediterranean growing regions? Or is it a regulatory compliance story, built around the known standards of EU-governed agriculture?

Each of these angles has merit. But cohesion and clarity of messaging are still lacking. Without a unified and credible certification or identity mark that the broader industry and consumer base can quickly understand, European cotton risks being a compelling idea that struggles to translate into consistent commercial traction.

Infrastructure, Investment, and the Road Ahead

For homegrown cotton to genuinely hold its value over time, investment in processing infrastructure within Europe is considered essential. Currently, much of the cotton grown in southern Europe is exported for ginning, spinning, and further processing elsewhere — meaning the value-addition that could be captured domestically is instead generated abroad.

Building a more complete European cotton processing ecosystem is a long-term and capital-intensive undertaking. It requires not only investment in physical infrastructure but also the sustained commitment of brands willing to source from — and pay appropriately for — a European supply chain that is, at present, more expensive to operate than its overseas equivalents.

There are advocates within the industry who believe that the regulatory environment now forming around the EU textile sector will ultimately create the conditions that make European cotton more commercially attractive. As due diligence requirements, extended producer responsibility schemes, and sustainability disclosure mandates take hold, the cost of sourcing from less transparent supply chains could rise — effectively narrowing the cost gap between European and imported cotton.

Whether that calculation will prove correct — and whether it will happen quickly enough to sustain the farmers and small enterprises currently investing in European cotton’s future — remains to be seen. What is clear is that the conversation around sustainable cotton, supply chain resilience, and the true cost of sourcing is shifting in ways that may, over time, work in European cotton’s favor.

A Crop With Something to Prove

Homegrown cotton carries genuine promise. It grows in European soil, under European rules, and with the kind of documented provenance that an industry increasingly pressed for transparency is beginning to genuinely need. The sustainability case is real, the regulatory tailwinds are building, and a small but committed community of farmers and industry actors is working hard to make it viable.

But European cotton still has something to prove — commercially, structurally, and collectively. The fiber alone is not enough. What is needed is a coherent ecosystem: shared standards, stronger infrastructure, clearer identity, and the sustained will of the textile industry to prioritize provenance alongside price.

European cotton value will only hold if the industry chooses to recognize and reward it — and that choice, ultimately, rests not with farmers in Thessaly or Andalusia, but with the brands, mills, and retailers who decide what goes into the clothes they make and sell.

Presented at the ROICA™ booth, the selected developments showcase diverse approaches to textile engineering, performance, comfort, craftsmanship, and material expression. From breathable and three-dimensional constructions to engineered textiles, refined wool-based fabrics, and precisely crafted Japanese developments, each partner demonstrates a distinct perspective on how stretch can enhance contemporary apparel.

Together, these nine partners illustrate how ROICA™ supports diverse textile concepts through reliable stretch performance, comfort, fit, and material versatility. By bringing European expertise and Japanese craftsmanship into a single platform, ROICA™ invites visitors to discover how collaborative expertise can help shape the future of performance, active, and lifestyle textiles.

Global Rankings: Where Uzbekistan Stands

China led the global cotton fiber production rankings with 7.79 million tons, followed by India at 5.18 million tons and Brazil at 4.08 million tons. The United States ranked fourth with 3.03 million tons. Uzbekistan placed fifth with an estimated 1.4 million tons, ahead of Pakistan, which recorded 1.15 million tons.

Uzbekistan’s estimated cotton fiber output exceeded Pakistan’s reported volume by approximately 245,000 tons, representing a margin of around 21.3%. However, Uzbekistan’s output remained approximately 54% below the figure recorded by the United States.

It is worth noting that Uzbekistan’s figures cover the 2025 calendar year, while the international figures referenced relate to the 2025/26 cotton season. This difference in reporting periods should be taken into consideration when drawing direct comparisons.

Harvest Figures and Yield Data

According to the Ministry of Agriculture, Uzbekistan harvested 3.986 million tons of raw cotton in 2025 from a cultivated area of 875,600 hectares. Applying a fiber yield rate of 35% to this harvest results in an estimated 1.395 million tons of cotton fiber, which the ministry rounded to 1.4 million tons.

Based on these figures, Uzbekistan’s average raw cotton yield reached approximately 4.55 tons per hectare in 2025, with the estimated cotton fiber yield standing at around 1.59 tons per hectare.

Drivers Behind Production Growth

The Ministry of Agriculture attributed Uzbekistan’s progress in cotton fiber production to the adoption of high-yielding crop varieties, the integration of modern agricultural technologies, improvements in general farming practices, and the sustained efforts of farmers to boost overall productivity.

Focus Beyond Raw Output

Uzbekistan’s agricultural priorities extend beyond simply increasing raw cotton volumes. The ministry outlined several key objectives, including raising yields per hectare, enhancing fiber quality, improving processing efficiency, and strengthening the value chain from cotton cultivation through to finished products.

Expanding Value-Added Processing

Expanding value-added processing holds particular importance within this strategy, as cotton fiber serves as the foundational raw material for yarn, fabrics, garments, and a wide range of other textile products. Developing these downstream production stages has the potential to increase the domestic value generated from each ton of harvested cotton, supporting the growth of Uzbekistan’s cotton textile industry.

The ministry’s comparison positions Uzbekistan among the leading cotton fiber producers in the global ranking while also reflecting the country’s stated focus on improving agricultural productivity and advancing a more integrated cotton and textile industry.

Polyester now accounts for more than half of global fiber production. That is a staggering figure when you consider that cotton was once the undisputed king of textiles. The shift did not happen by accident. It happened because polyester is cheap, durable, and versatile — qualities that clothing brands have found nearly impossible to walk away from.

How Synthetic Fabric Became the Industry Standard

The rise of synthetic fabric in mainstream fashion tracks closely with the explosion of fast fashion over the past three decades. As brands raced to lower costs and accelerate production cycles, polyester offered something cotton simply could not: a material that was inexpensive to produce, easy to work with, quick to dry, and resistant to wrinkles and shrinkage.

Polyester in fashion gained further ground because it blends well with other fibers. A cotton-polyester blend, for instance, gives manufacturers the softness of cotton with the structural resilience of synthetic fabric. For clothing brands trying to hit a price point while maintaining a presentable product, that blend became a reliable formula.

The economics are hard to argue with. Polyester is derived from petroleum, and its production costs have historically been lower than those of natural fibers like cotton. Growing cotton is land-intensive, water-intensive, and subject to the unpredictability of weather and crop yields. Polyester, by contrast, is manufactured at scale with relatively predictable inputs.

The Consumer Relationship With Polyester

Consumers have had a complicated relationship with polyester. In its early commercial forms, polyester fabric was associated with the stiff, shiny suits of the 1970s — garments that did not breathe well and felt artificial against the skin. That reputation lingered for years, keeping polyester in fashion’s cheaper tiers while natural fibers commanded premiums.

But textile technology advanced. Modern polyester bears little resemblance to its earlier versions. Microfiber polyester can mimic the drape of silk. Performance polyester wicks moisture and regulates temperature. Recycled polyester, made from plastic bottles, has given the synthetic fabric a sustainability story that clothing brands have been eager to promote.

Despite these advances, polyester still struggles with one fundamental drawback: it sheds microplastics when washed. Tiny synthetic fibers are released into wastewater with every laundry cycle, eventually making their way into waterways and oceans. This has become a significant environmental concern, and it is one that clothing brands using polyester have increasingly had to address in their public communications.

Why Clothing Brands Can’t Simply Switch to Cotton

The obvious question is why clothing brands don’t simply return to cotton if consumers and environmentalists are uneasy about synthetic fabric. The answer lies in the economics and logistics of global supply chains.

Cotton clothing costs more to produce. Cotton prices are volatile, affected by droughts, floods, trade policies, and shifts in global demand. For clothing brands operating on thin margins in a highly competitive market, committing to cotton at scale is a financial risk that many are unwilling to take. Polyester, with its more stable pricing and abundant supply, remains the safer commercial bet.

There is also the matter of performance. For categories like sportswear and outdoor apparel, synthetic fabric genuinely outperforms cotton in terms of moisture management, durability, and weight. Cotton clothing, while comfortable, does not meet the technical demands of high-performance garments in the way that polyester does. Clothing brands serving athletic or outdoor markets have strong functional reasons to stay with synthetic fibers, not just economic ones.

The Recycled Polyester Question

One of the most widely discussed alternatives within the synthetic fabric space is recycled polyester, often referred to as rPET. Clothing brands including major global retailers have made public commitments to increase their use of recycled polyester in place of virgin polyester derived directly from petroleum.

The appeal is understandable. Recycled polyester in fashion allows brands to reduce their dependence on new fossil fuel-derived inputs while still using the synthetic fabric they are operationally accustomed to. It also feeds into the broader circular economy narrative that has gained traction in sustainability discussions across industries.

However, recycled polyester is not without complications. It still sheds microplastics in the wash, just as virgin polyester does. The recycling infrastructure for mixed-fiber garments remains limited, meaning that polyester blended with cotton or other fibers is often not practically recyclable at end of life. And the supply of recyclable plastic feedstock, while large, is not unlimited.

Clothing brands that have leaned heavily on recycled polyester as their primary sustainability credential have faced scrutiny over whether the practice genuinely reduces environmental harm or simply reframes it.

Cotton’s Complicated Comeback

For all the dominance of polyester in fashion, cotton has not disappeared. It remains the second most widely used fiber in the world, and demand for certified organic cotton and sustainably sourced cotton has grown as consumers have become more conscious of what their clothes are made from.

Some clothing brands have made cotton clothing a deliberate point of differentiation, positioning natural fibers as a premium, more ethical alternative to synthetic fabric. The market for such products exists, and it is growing, but it remains a fraction of the overall apparel market.

The challenge for cotton is systemic. Conventional cotton farming has its own significant environmental footprint, requiring substantial pesticide use and water consumption. Organic cotton addresses some of those concerns but is more expensive to grow and commands a smaller share of global cotton production. Scaling organic or sustainably grown cotton to meet the volume needs of mass-market clothing brands is a long-term challenge without a straightforward near-term solution.

A Market Stuck Between Economics and Expectations

The fashion industry finds itself caught between two pressures that do not easily resolve. On one side, the economics of global apparel production continue to favor polyester. On the other, growing consumer awareness around microplastics, environmental sustainability, and material transparency is generating demand for alternatives, including cotton clothing and other natural or bio-based fibers.

Clothing brands are responding by diversifying their material mixes, investing in material innovation, and making incremental shifts in their sourcing practices. But a wholesale departure from synthetic fabric — from polyester in fashion — is not on the immediate horizon for the industry at large. The structural dependencies are too deep, and the alternatives too limited at the scale that global fashion requires.

What is clear is that the conversation around polyester, synthetic fabric, and the future of clothing materials is no longer confined to specialist sustainability circles. It has moved into mainstream fashion discourse, driven by consumer questions, regulatory attention, and media coverage that has made the material composition of clothing a topic of genuine public interest.

The fabric question, in other words, is no longer a background issue. For clothing brands, consumers, and the industry as a whole, what goes into a garment matters more now than it has in a very long time.