A convergence of factors – rising tariffs, intensifying regional competition, shifting buyer priorities, and a structurally changing retail landscape – is placing Bangladesh apparel exports under mounting pressure in the US market, raising serious questions about the sector’s long-term positioning.

The Numbers Tell a Difficult Story

Bangladesh’s share of the US apparel import market has been slipping. While the country remains one of the largest suppliers of garments to American retailers, its growth trajectory in that market has not kept pace with some competing nations. US apparel buyers are increasingly diversifying their sourcing away from Bangladesh, even as the country continues to offer competitive manufacturing costs.

According to data referenced in industry discussions, countries such as Vietnam, India, and even newer entrants are capturing greater attention from US buyers, in part because they offer a broader product mix, faster turnaround times, or more favourable trade terms – advantages that pure cost leadership cannot easily offset.

Tariffs Adding to the Burden

One of the most direct pressures on Bangladesh apparel exports to the United States is the tariff structure. Unlike several competing nations that benefit from preferential trade agreements with the US, Bangladesh does not enjoy duty-free access to the American market. Garments exported from Bangladesh face tariffs that can range significantly depending on product category, putting Bangladeshi exporters at a structural disadvantage compared to peers operating under free trade arrangements.

This tariff gap has long been a concern for Bangladesh’s RMG exports, but it has grown more acute as US buyers become increasingly cost-conscious in a challenging domestic retail environment. When tariff differentials are layered on top of rising production costs within Bangladesh itself – including wages, energy, and compliance expenditures — the price advantage that Bangladesh apparel exports once commanded begins to narrow considerably.

Compliance and Sustainability: A Double-Edged Demand

The demands placed on Bangladesh’s garment industry by US buyers have also grown more complex. Beyond price, buyers increasingly require demonstrated compliance with environmental, social, and governance standards. Bangladesh has made meaningful investments in green factory infrastructure – the country hosts some of the highest numbers of LEED-certified garment facilities in the world – yet translating those investments into commercial advantage in the US apparel market has proved uneven.

US retailers and brands are pressing suppliers on issues ranging from carbon footprint and chemical management to worker welfare and supply chain transparency. Meeting these requirements demands ongoing capital expenditure and management capacity, costs that smaller and mid-tier Bangladeshi manufacturers often struggle to absorb while simultaneously competing on price.

Product Diversification Remains a Gap

A recurring vulnerability highlighted in assessments of Bangladesh’s RMG exports is the country’s heavy dependence on a relatively narrow product range – predominantly basic knitwear and woven categories such as t-shirts, trousers, and casual wear. While Bangladesh dominates in these segments, the higher-value categories – technical wear, performance fabrics, outerwear, and lifestyle apparel – remain underdeveloped in Bangladesh’s export basket.

US apparel buyers seeking more complex or value-added products frequently turn to other sourcing destinations that have invested more deeply in product development, design capability, and raw material integration. For Bangladesh apparel exports to regain and extend ground in the US market, a meaningful shift toward higher-value product categories is widely seen as essential.

The China-Plus-One Factor and Its Limits

The global sourcing strategy widely referred to as “China-plus-one” – in which brands reduce reliance on Chinese manufacturing by adding alternative supplier countries – initially appeared to offer Bangladesh a significant opportunity. However, the benefits of this reorientation have not flowed as fully to Bangladesh as many in the industry anticipated.

Vietnam, in particular, has captured a disproportionate share of orders redirected away from China, owing to its stronger presence in higher-value segments, its trade agreement network, and its proximity to Chinese raw material supply chains. Bangladesh’s RMG exports have benefited to some degree from supply chain diversification trends, but not to the extent that its production scale and cost structure might theoretically support.

Freight, Lead Times, and Logistics Pressures

Geography and logistics also play into Bangladesh’s competitive position in the US apparel market. Longer lead times relative to nearshore competitors in the Western Hemisphere, combined with periodic port congestion and logistics disruptions at Chittagong, have made agility-focused US buyers cautious about deepening their Bangladesh sourcing for fast-replenishment programmes.

As US retailers continue to reduce inventory risk and shorten buying cycles in response to unpredictable consumer demand, suppliers that can offer speed and flexibility alongside cost competitiveness gain a structural advantage – one that Bangladesh’s garment industry, despite its enormous scale, has found difficult to fully match.

Industry Voices and the Path Forward

Leaders within Bangladesh’s garment industry and trade bodies have acknowledged that the sector must evolve beyond its low-cost identity. Discussions within the industry point to the need for investment in technology, workforce skills upgrading, raw material backward linkage development, and brand-building capacity if Bangladesh apparel exports are to remain competitive in the US and other premium markets over the long term.

The Bangladesh Garment Manufacturers and Exporters Association and related industry bodies have consistently advocated for preferential trade access to the US market — a structural remedy that could partially offset the tariff disadvantage – though no concrete policy progress on that front has been reported to date.

A Sector at a Crossroads

Bangladesh’s RMG exports remain a cornerstone of the national economy, accounting for the overwhelming majority of the country’s foreign exchange earnings and employing millions of workers, a significant proportion of whom are women. The stakes of the sector’s performance in the US apparel market – its largest single buyer country  are therefore not merely commercial but deeply social and economic.

The message emerging from current market dynamics is clear: low cost alone is no longer a sufficient value proposition for Bangladesh apparel exports in the US market. Competing effectively going forward will require a more complex and diversified offering – one that combines cost efficiency with quality, compliance, speed, and product sophistication.

Whether the sector can execute that transition at the pace and scale required remains the defining challenge for Bangladesh apparel exports in the years ahead.

Drugs such as Ozempic, Wegovy and Mounjaro have become closely associated with what commentators are calling the ‘Ozempic economy’ — a phenomenon in which significant shifts in consumer body weight are prompting people to replace clothing more frequently and reconsider how, where, and what they buy. The GLP-1 fashion impact is no longer speculative; it is measurable.

What the Research Is Telling Retailers

Research from PwC offers some of the clearest evidence yet of the GLP-1 drugs’ effect on apparel spending. Among US GLP-1 users surveyed, 73% reported a meaningful change in their clothing size. More strikingly, apparel spending among users was 9.9% higher after they had been taking the medications for six to eight months — a figure that points to a substantial and sustained shift in consumer behaviour.

The GLP-1 fashion impact is also registering strongly in the United Kingdom. PwC estimates that approximately three million British adults are currently using GLP-1 medications, with 40% of those surveyed indicating they were spending more on clothing as a direct result of their changing physique.

Physical Retail May See an Unlikely Revival

One of the more unexpected consequences of this trend could be a renewed preference for in-store shopping over online purchasing. A US survey of 500 GLP-1 users conducted by returns management specialist ReturnPro found that 69% of respondents had grown less confident about online sizing as their bodies continued to change — making the ability to try garments on in a physical store increasingly important to them.

The same survey found that 71% of GLP-1 users were buying more apparel as their size changed, while 58% reported increased apparel spending on premium or higher-priced clothing. Notably, more than half of those surveyed expected their clothing expenditure to rise further once their weight had stabilised, suggesting the demand uplift may be far from over.

Returns and Inventory — The Challenges Behind the Opportunity

The trend carries both opportunity and operational complexity for retailers. ReturnPro’s findings reveal that 65% of GLP-1 consumers surveyed were purchasing multiple sizes of the same garment with the intent to return those that did not fit — a behaviour that places additional strain on already stretched returns infrastructure. Some 43% said their frequency of apparel returns had increased, and almost half had already returned clothing that had become too large before it was ever worn.

Beyond returns, the evolving size landscape is complicating inventory planning. PwC cautions that rapidly shifting demand patterns could make historical size distribution data a far less reliable tool for retailers when deciding how many garments to stock in each size. For a sector that depends on predictive accuracy, that is a meaningful challenge.

The resale market, meanwhile, could stand to benefit. As consumers simultaneously clear out wardrobes that no longer fit and search for replacements in smaller sizes, the secondary clothing market is well positioned to absorb both sides of that exchange.

What This Means for Textile and Apparel Manufacturers

Beyond Smaller Sizes — The Emphasis on Garment Comfort and Fit

For manufacturers, the implications of the GLP-1 fashion impact extend well beyond producing more garments in smaller sizes. Bodies in transition — uncertain of their eventual size and shape — are likely to place growing importance on clothing fit, stretch, garment comfort and adaptable construction. The consumer is becoming more attuned to how a garment feels, not just how it looks.

An Industry Shift That Is Difficult to Ignore

The full scale of the GLP-1 drugs’ effect on fashion is still unfolding, and weight-loss medications represent just one among many forces influencing apparel markets. But with millions of consumers potentially moving through several clothing sizes — and altering their spending, shopping channels and return habits along the way — the consequences for sizing standards, clothing fit, returns management, resale volumes and inventory planning are becoming increasingly difficult for the industry to set aside.

The Ozempic fashion conversation, it seems, has only just begun.

The French fashion house has been investing in larger, more experiential retail spaces across mainland China, a strategy that stands in sharp contrast to the broader trend of store closures sweeping through the luxury sector. China’s property-led consumer slowdown has weighed heavily on high-end spending, prompting several major brands to rethink their on-ground presence. Chanel, however, appears to be betting on the long-term potential of the Chinese luxury consumer rather than retreating from current headwinds.

Flagship Spaces That Go Beyond Retail

Two locations in particular reflect Chanel’s commitment to the Chinese market — its Plaza 66 boutique in Shanghai and the Espace Gabrielle Chanel. These are not simply expanded retail stores; they represent a deliberate investment in space, service, and cultural engagement. Rather than channelling resources into e-commerce, Chanel has chosen to deepen its physical presence, focusing on the kind of immersive, high-touch experience that digital platforms cannot replicate.

This approach signals a clear strategic distinction from rivals, who have been consolidating or exiting certain locations as foot traffic and spending levels remain under pressure.

A Numbers Game That Tells Its Own Story

The scale of Chanel’s presence in mainland China further underscores the brand’s commitment to the region. The house maintains a notably larger number of mainland fashion boutiques compared to key competitors, whose store counts sit in a comparatively narrower range. Additionally, Chanel’s capital expenditure for 2025 reached approximately $1 billion, reflecting the level of financial commitment the brand has made to sustaining and growing its global retail infrastructure during a challenging period for the luxury sector overall.

Luxury Market China: A Tale of Two Strategies

The divergence between Chanel’s expansion and the retrenchment of rivals highlights a broader debate playing out across the luxury market in China. Weaker consumer demand, a sluggish property sector, and a cautious spending environment have combined to create difficult conditions for premium brands. For many, the response has been to trim store networks and focus resources on markets showing more resilient growth.

For Chanel, however, the Chanel China expansion strategy reflects a longer view — one that prioritises brand positioning, customer relationships, and the physical experience of luxury over short-term commercial considerations. The Plaza 66 boutique in Shanghai and other key locations serve as much as cultural statements as they do retail destinations.

Whether this approach delivers the returns Chanel is counting on will depend largely on how quickly Chinese consumer confidence recovers and how durable the appetite for luxury retail China experiences proves to be. For now, while others are stepping back, Chanel is stepping forward.

Most major sportswear brands still have their climate targets formally in place. Unlike Under Armour, which notably watered down its climate commitments, the majority of leading players have chosen to retain their environmental goals — at least on paper. But retaining a target and actually meeting it are two entirely different things, and that gap is becoming increasingly difficult to overlook in the context of sportswear sustainability.

Supply Chain Emissions Remain the Industry’s Biggest Hurdle

The core challenge for the sportswear sector lies deep within its supply chains. Cutting supply chain emissions has proven to be among the most stubborn problems in the industry’s sustainability agenda. While individual brands have made strides in measuring and reporting their emissions footprint, the actual reductions are not keeping pace with the speed at which these companies are growing their production volumes.

Rising output is actively eroding the gains that have been made. Each time a brand scales up manufacturing to meet consumer demand, the environmental dividend from efficiency improvements shrinks. This dynamic is at the heart of why sportswear sustainability progress looks underwhelming against a backdrop of robust commercial performance.

On the disclosure front, Adidas and Puma have emerged as leaders in aligning their reporting with the Task Force on Climate-related Financial Disclosures framework, which is widely regarded as a benchmark for transparent climate risk communication. Nike, meanwhile, recorded a meaningful reduction in emissions intensity over recent years, though the specific figures in the original reporting have been partially withheld from public view.

Renewable Energy and Circular Products Are Lagging

Beyond supply chain emissions, the transition to renewable energy within sportswear manufacturing is progressing slower than the industry’s own growth trajectory. The same applies to the development and scaling of circular products — items designed with end-of-life recyclability or reuse in mind.

Circular product innovation remains a bright spot in theory, but in practice the commercial scale required to make a real dent in the sector’s material footprint has not yet been reached. Repair programmes, resale platforms, and take-back schemes all exist across various brands, but none have been deployed at a scale that meaningfully offsets the volume of new product being pushed into the market each season.

The reliance on virgin synthetic materials continues to be a core concern. Reducing dependence on these inputs is frequently cited as one of the most impactful levers available to the sector, yet adoption of alternative materials and recycled fibres at scale remains inconsistent across the industry.

What Needs to Change for Sportswear Sustainability to Accelerate

The path forward for sportswear sustainability, as reflected in current industry analysis, points to a clear set of priorities. The sector needs to reduce its consumption of virgin synthetic fibres, scale up repair and resale infrastructure in a meaningful way, and drive genuine clean energy transitions within its supplier base.

These are not new ideas. They have been on the industry agenda for some time. The difference now is that the gap between ambition and action is becoming more visible, and the commercial growth of the sportswear sector is making it harder to argue that voluntary progress alone is sufficient.

Sportswear brands are, as things stand, sprinting in sales and jogging in sustainability. For climate targets to translate into climate outcomes, the pace of the latter will need to catch up with the former — and sooner rather than later.

A Sector Struggling to Stay Afloat

The Nigerian textile sector has been battered by a combination of forces over the years. Cheap imports, particularly from Asia, have undercut locally manufactured goods, making it increasingly difficult for domestic producers to remain competitive on price. At the same time, the cost of doing business in Nigeria remains stubbornly high, driven by unreliable electricity supply, rising fuel prices, and the ongoing challenge of accessing affordable financing.

Many textile manufacturing plants that were operational a few decades ago have since closed their gates. Workers who once formed the backbone of a thriving industrial workforce have been left without livelihoods, and the ripple effects have extended into cotton farming communities that depended on the sector for demand. The collapse of textile manufacturing in Nigeria has therefore not been an isolated industrial story — it has been a social and economic one as well.

The Cotton Connection

Central to any meaningful discussion of textile industry revival in Nigeria is the condition of its cotton farming base. Nigeria was once a significant producer of cotton, and the agricultural backbone existed to supply local mills. However, as mills closed and demand from the domestic industry dried up, cotton farmers lost a critical market. Many shifted to other crops, and the infrastructure supporting cotton production in Nigeria deteriorated significantly.

Reviving the textile sector without simultaneously addressing the cotton value chain would be an incomplete exercise. The two are deeply interlinked, and policies aimed at boosting one without the other are unlikely to deliver sustainable outcomes. Restoring confidence among cotton farmers and incentivising renewed cultivation requires not just market assurances but also access to improved seedlings, extension services, and reliable off-take agreements from manufacturers.

Smuggling and the Import Challenge

One of the most persistently cited threats to the Nigeria textile sector is the unchecked flow of smuggled and underpriced foreign fabrics into the market. Imported textiles, some of which enter through unofficial channels and bypass import duties, flood local markets at prices that domestic producers simply cannot match given their cost structures. This has created an uneven playing field that continues to undermine investment confidence in local textile manufacturing.

Industry stakeholders have repeatedly called on government authorities to enforce existing trade regulations more rigorously and to close loopholes that allow contraband textiles to enter the Nigerian market. Without stronger border controls and more effective customs enforcement, even the most well-intentioned industrial revival efforts risk being undermined at the market level.

Infrastructure as a Barrier to Growth

The wider infrastructure deficit in Nigeria poses a serious constraint to industrial policy Nigeria ambitions in the textile space. Power supply remains one of the most significant cost drivers for textile manufacturers, many of whom are forced to run diesel generators for extended periods to keep production lines moving. This alone adds substantially to the cost of Nigerian-made textiles, reducing their competitiveness against imported alternatives.

Transportation infrastructure also plays a role. Moving raw cotton from farming regions to processing facilities, and finished goods from factories to retail markets, involves logistical challenges that add time and cost to the supply chain. Investment in roads, rail links, and energy infrastructure is therefore not peripheral to textile industry revival — it is foundational to it.

Financing and the Investment Gap

Access to capital remains another major obstacle. Many existing textile operators and potential new entrants cite the high cost of borrowing in Nigeria as a significant deterrent to investment. Interest rates in Nigeria have historically been elevated, and the terms on which commercial credit is available are often incompatible with the long investment cycles that characterise heavy manufacturing sectors like textiles.

There have been calls for targeted intervention funds and development finance initiatives specifically structured for the Nigeria textile sector, with concessionary lending rates and longer repayment periods. Such instruments, advocates argue, would help bridge the investment gap and encourage both existing players to retool and new investors to enter the space. The success of similar targeted financing mechanisms in other manufacturing sub-sectors provides some basis for optimism, though the details of implementation remain critical.

The Role of Policy and Government Action

At the heart of any credible textile industry revival strategy lies the question of policy commitment and consistency. Operators in the sector have pointed out that policy uncertainty has historically made long-term planning difficult. When trade policies shift, when incentives are introduced and later withdrawn, and when enforcement of protective measures is inconsistent, it erodes investor confidence and discourages the kind of capital-intensive commitments that textile manufacturing requires.

Stable and predictable industrial policy Nigeria frameworks, backed by clear enforcement mechanisms, are seen as prerequisites for meaningful sectoral recovery. This includes not only the regulation of imports and the protection of local producers from unfair competition, but also a coherent strategy for supporting the entire value chain — from cotton farming through spinning, weaving, finishing, and retail.

Government procurement policies could also play a role. Mandating that certain public sector purchases — uniforms for schools, hospitals, the military, and civil services — be sourced from domestically produced textiles would create a guaranteed off-take for local manufacturers and help stabilise demand while the broader market recovery takes hold.

Skills and Human Capital

The decline of the Nigeria textile sector over the decades has also resulted in a significant erosion of technical skills within the workforce. As factories closed and experienced workers aged out of the labour market, the pool of skilled textile technicians, machine operators, and production managers has thinned. Any serious revival effort would need to account for this skills gap through investment in vocational training, apprenticeships, and partnerships with technical institutions.

Building human capital is not a short-term fix, but it is an indispensable part of putting the sector back on a competitive footing. Without workers who have the technical knowledge to operate modern textile manufacturing equipment and maintain production quality, even well-funded factories will struggle to deliver consistent output.

What Revival Could Mean

A genuine recovery of Nigeria’s textile industry carries significant potential across multiple dimensions. Re-establishing domestic textile manufacturing capacity would create employment, particularly for young Nigerians entering the labour market. It would stimulate demand for locally grown cotton, providing income for rural farming communities. It would also reduce Nigeria’s dependence on imported fabrics and the foreign exchange outflows that accompany such imports.

The conditions for textile industry revival are complex and interlinked, and no single intervention is likely to be sufficient on its own. Progress will require coordinated action across trade policy, infrastructure investment, agricultural support, financing mechanisms, and skills development. What remains clear is that the foundation for a competitive textile industry in Nigeria exists — the question is whether the enabling environment can be built and sustained to allow that foundation to support meaningful growth once again.

Until the fashion industry begins treating supply chain decarbonization as an investment decision — rather than a voluntary commitment — the progress required will remain out of reach. This reality positions the Chief Financial Officer as a central figure in the industry’s climate response. These are among the key findings and frameworks outlined in the white paper Accelerating Fashion Decarbonization, co-published by EY and H&M Group, with insights contributed by HSBC and the Apparel Impact Institute (Aii).

Consumer Pressure and Climate Disruption Are Converging

In fashion, consumers hold significant influence — and climate awareness is increasingly shaping their purchasing behavior. Two-thirds, or 66%, of European Gen Z and Millennial shoppers now say they consider environmental impact when updating their wardrobe. Globally, 36% of high-spending, highly engaged luxury buyers — representing a core growth segment for the industry — rank sustainability as a top purchasing consideration.

At the same time, downstream climate disruption is no longer a distant risk. Agricultural supply chains, on which fashion brands depend heavily for raw materials, are being destabilized by floods, droughts, and other climate-related events.

The Science Behind the Disruption

Recent research projects that changing weather patterns are likely to see yields for key crops — including cotton, hemp, flax, and jute — fall by as much as 8% between now and 2050. These projections are already materializing in production regions. In Mississippi’s cotton fields, for example, a 1°C increase in maximum temperature between 1970 and 2020 resulted in a 6.1% drop in production.

Climate risks extend beyond agricultural fields. Extreme heat and flooding pose serious threats to manufacturing operations and transport logistics. For major manufacturing hubs in South and Southeast Asia — both the primary source of fashion’s Scope 3 emissions and among the most climate-vulnerable regions globally — the economic consequences could be severe without meaningful fashion decarbonization.

To clarify: Scope 1 emissions are direct emissions from owned or controlled sources. Scope 2 emissions are indirect emissions from purchased energy. Scope 3 emissions encompass all indirect emissions occurring across the value chain of a reporting company, both upstream and downstream.

Industry Commitments Are Not Translating Into Results

Large fashion brands have not been passive. Nearly all of them have developed public commitments to reduce or offset their carbon footprint. Leading brands have gone further, setting additional targets around low-carbon materials and reducing embodied energy throughout a product’s lifecycle.

Despite these efforts, progress toward meaningful supply chain decarbonization remains slow — and may even be reversing. Aii, a nonprofit that works with stakeholders across the apparel and textile industry to reduce carbon emissions, identified in its most recent review a “stark rise” of 7.5% in the sector’s total emissions between 2022 and 2023. This increase was driven largely by a rise in virgin polyester use and overall growth in sales volume.

Why 80% of the Problem Lies Beyond Brand Operations

Brand owners may be the public face of the fashion industry, but emissions from their own direct operations are comparatively modest — representing less than 5% of their total footprint. The vast majority, around 80%, originates in the production of raw materials and manufacturing, both of which occur well before a finished garment reaches a brand’s distribution network.

For fashion brands to genuinely mitigate climate risk and strengthen long-term operational resilience, they must first succeed in mobilizing their suppliers to act. How to do this effectively, however, remains far from straightforward.

Structural Barriers Make Supplier Mobilization Difficult

The fashion supply chain is highly fragmented. Suppliers typically sell to multiple buyers while simultaneously sourcing from their own network of sub-suppliers. This structure limits the leverage any single brand can exert over individual suppliers. It also restricts a brand’s ability to pinpoint where its most significant climate impacts occur — and therefore where to prioritize fashion decarbonization efforts.

Compounding this is what is known as the “free-rider dilemma.” Because one brand typically accounts for only a share of any given factory’s production, other buyers can benefit from emission reductions that a separate brand helped finance. This dynamic makes it considerably harder to secure CFO approval for mitigation investments — such as financing rooftop solar panels or energy-efficient machinery for a supplier — when the returns on that investment are shared across competitors.

Taken together, these factors make building a robust internal business case for supply chain decarbonization genuinely difficult.

The Case for CFO Leadership

Forward-looking finance leaders are beginning to recognize that the cost of inaction is itself a business risk. Aii research indicates that fashion climate risk has the potential to affect brand bottom lines by as much as 34% by 2030, rising to 67% by 2040. In an environment of growing system-level risks, short-term profitability is increasingly understood through a more balanced lens — one that accounts for how climate resilience contributes to long-term enterprise value.

H&M’s Approach: From Aspiration to Investment Framework

Fashion retailer H&M offers a concrete example of how this logic can be applied in practice, through collaboration on robust data, aligned key performance indicators, and investment roadmaps that articulate a clear business case.

To navigate the challenge of supply chain fragmentation, H&M partnered with Aii to leverage the organization’s extensive relationships with brands and suppliers across the industry. Together, they streamlined the data collection process by establishing common standards for data reporting and carbon benchmarking.

Building Financial Accountability Into Sustainability Goals

H&M’s next step, informed by collaborative insights from Aii and HSBC, focused on aligning its traditional financial KPIs more directly with its target sustainability outcomes. Separately, H&M developed internal programs — including the Green Fashion Initiative — to establish tailored return-on-investment goals for its various supplier-related fashion decarbonization measures, consistent with recognized sustainability standards.

With these frameworks in place, H&M was able to construct a detailed investment roadmap, with each distinct intervention quantified by its relative cost, expressed in US dollars per ton of carbon dioxide equivalent reduced. This cost-to-returns information provided the foundational inputs required for budget planning and business case evaluation.

From Compliance Cost to Enterprise Value

This evaluation model incorporated unit measurements for carbon intensity, enabling shorter-term performance tracking and improving comparability across projects. Building the business case on cost per ton and each intervention’s contribution as a share of the overall target played a decisive role in recasting supply chain decarbonization from a compliance cost to a potential source of long-term enterprise value.

Over time, the value becomes tangible — through lower volatility, more predictable costs, and greater supply chain resilience. What registers as a cost in the near term increasingly functions as a financial hedge against future earnings erosion, transforming climate exposure into a manageable financial variable rather than an uncontrolled risk.

The Financing Gap: Scaling Remains the Critical Obstacle

One major obstacle persists: securing the right type of financing at the scale necessary to drive material impact. Conventional climate finance is typically designed for larger-scale projects — industrial wind farms or solar parks, for instance — rather than the micro biomass plants or mini energy storage systems that individual textile mills or garment factories might require. The free-rider problem also calls for joint financing of shared supply chains, which conventional funding structures are not designed to accommodate.

Blended Finance as a Practical Solution

To resolve these challenges, leading companies are turning to “blended finance” approaches, a model that brings together capital from public, private, and philanthropic sources — an approach already established in the international development sector. In the fashion industry, HSBC has helped facilitate a comparable model: first, by connecting financial institutions, insurers, manufacturers, and multiple brands to identify common capital expenditure needs in real time; and second, by bringing in multilateral development banks to provide a risk-reduction function.

Innovative Grant Mechanisms Closing the Deployment Gap

As efforts to reduce Scope 3 emissions gain momentum, other financing innovations are emerging. One example is the Deployment Gap Grant, co-created by Aii, which provides suppliers with partial grants for fashion decarbonization projects that can be repaid over four to six years. This mechanism avoids two common bottlenecks: the slow payback periods associated with rebates and the tight repayment windows typical of conventional commercial loans.

Collective Action as the Path Forward

Fashion brands are far from alone in facing long-term enterprise value risks from supply-side climate exposure. Nor are their suppliers unique in struggling to finance the low-carbon equipment and climate-smart systems that would reduce their carbon footprint.

The fashion industry’s emerging experience — built on active collaboration, disciplined financial management, and flexible funding structures — offers a practical demonstration of how individual effort can be converted into collective impact at scale. As brands, suppliers, and financiers gather across global forums in the months ahead to advance fashion decarbonization, there is a clear imperative to align on shared data standards, scalable financing mechanisms, and clear investment frameworks.

Only through that alignment can fashion’s climate ambitions move from aspiration to execution — and from cost center to a driver of durable enterprise value.

EU Regulatory Framework Reshaping Textile Trade

Under the revised EU Waste Framework Directive, EU member states have 30 months from the directive’s October 2025 entry into force to establish extended producer responsibility (EPR) schemes covering textiles and footwear. Under these schemes, producers placing goods on the EU market will be required to contribute financially to the cost of collecting and managing textile waste.

Textiles are equally a priority under the EU’s Ecodesign for Sustainable Products Regulation. The European Commission has scheduled the adoption of textile-specific ecodesign requirements and Digital Product Passport mandates for the fourth quarter of 2027, adding a further layer of compliance obligations that suppliers to the EU market — including those based in Pakistan — will need to meet.

What This Means for Pakistan’s Textile Exports

The transition carries direct commercial significance for Pakistan. EU–Pakistan goods trade reached €12.2 billion in 2025, with textiles and clothing forming the backbone of Pakistani export revenues. More than 85% of Pakistan’s exports — including textiles and clothing — currently enter the EU duty-free and quota-free under the GSP+ preferential trade arrangement, making the preservation of that access a key economic priority.

Pakistan does have a foundation to build on. Leading export-oriented manufacturers have already begun investing in digital tracking and sustainability systems. Textile reuse and mechanical recycling activities are already present in the country, with used clothing currently sorted, reused, or refurbished, and lower-grade textile material mechanically recycled into fibre or converted into products such as industrial wiping cloths and cleaning materials.

A senior government official from the Ministry of Commerce told Wealth Pakistan that major exporters had already begun preparing for requirements relating to the Digital Product Passport, supply-chain transparency, and traceability — with large export-oriented manufacturers investing in software, product tracking, and sustainability systems ahead of the mandates becoming enforceable.

The SME Challenge and Investment Needs

The preparedness gap, the official noted, is most pronounced among small and medium-sized enterprises (SMEs), which have comparatively limited financial, technological, and human-resource capacity to manage the transition. Substantial investment will be required across recycling technology, textile-waste collection and sorting, digital traceability, testing, and certification — areas where SMEs face the greatest constraints.

The official added that the next step for Pakistan’s recycling sector is to bring existing activities into a more organised and traceable circular system through better waste segregation, advanced recycling technology, improved documentation, and verification of recycled inputs and outputs.

Higher durability standards, environmental performance requirements, and product quality demands are also expected to increase production costs — costs that manufacturers cannot absorb indefinitely on their own. The official indicated that responsibility for these additional circular-production costs would increasingly need to be shared across the value chain, encompassing manufacturers, international brands, and end consumers.

Broader Compliance Environment

EU circular fashion compliance sits alongside a wider regulatory package. The official pointed to the EU’s REACH chemical requirements and the Better Work Pakistan programme — jointly implemented by the International Labour Organization and the International Finance Corporation — as part of the environmental and social compliance landscape already facing Pakistani exporters.

The Ministry of Commerce is also working with GIZ under the Improvement of Labour, Social and Environmental Standards in Pakistan’s Textile Industry II programme, known as TextILES II. Running through 2026, the programme supports the sector in aligning production practices with the sustainability and circular-economy requirements associated with the EU Green Deal.

Financing and Policy Support Mechanisms

Financing will be particularly critical for SMEs seeking to invest in recycling equipment, waste collection and sorting systems, Digital Product Passport-ready traceability tools, and certification. The official highlighted the Pakistan Green Taxonomy — circulated by the State Bank of Pakistan in December 2025 as a common classification system for green economic activities and investments — as a tool that could help financial institutions and investors channel capital toward environmentally sustainable projects.

An additional support channel is the EU-backed Better Governance and Business Environment initiative. A €20 million grant agreement signed in 2025 includes specific measures to strengthen SME competitiveness, support the green transition of export-oriented firms, and facilitate green investment within Pakistan.

On the institutional side, the Ministry of Commerce has constituted an Advisory Council on Sustainability and Circularity in Textiles and Apparel Sector. A Task Force on Traceability is also active, focused on preparing the sector for evolving international requirements.

Industry Perspective: Uneven Readiness Across the Sector

Sarah Javaid, Trade Economist at the All-Pakistan Textile Mills Association, told Wealth Pakistan that leading exporters supplying European buyers had already begun incorporating sustainable and circular practices into their operations, but that readiness remained uneven across the industry.

Javaid cautioned that recycling processes could raise per-unit production costs in a sector already operating on narrow margins, and that the effect on Pakistan’s overall competitiveness would also depend on the purchasing practices of international brands and whether those brands were prepared to support the additional cost of more sustainable production.

She identified the need for clearer national guidance that translates evolving EU circular fashion rules into practical, actionable requirements for manufacturers. Recycling infrastructure, textile-waste collection and sorting capacity, traceability systems, testing and certification capabilities, technology access, and skills development were identified as the primary investment priorities, requiring coordinated financing and policy support.

The Road Ahead for Pakistan’s Textile Industry

Pakistan’s central challenge is to extend the progress already being made by leading exporters and bring smaller suppliers into the circular transition. As EU circular fashion requirements continue to advance, building stronger recycling capacity, robust traceability frameworks, credible certification systems, and access to affordable finance will be essential for the Pakistan textile industry to convert the regulatory shift into a genuine opportunity for industrial upgrading and long-term competitiveness in the European market.

This is not a simple oversight. The word “textile” immediately calls to mind fabric bolts and sewing machines, not computer-controlled looms, aerospace certification standards, or advanced polymer laboratories. But engineered military textiles are sophisticated systems designed to tolerances measured in fractions of an ounce per yard, built from high-performance synthetic materials, and qualified under strict specifications that take years to develop. Two imperatives make this matter urgently: availability and innovation. Lose either, and military readiness pays a steep price.

What Technical Military Textiles Actually Are

The scope of this category extends well beyond what most people would expect. Parachute panel fabrics, seam reinforcements, harnesses, and risers. Soft ballistic panels and armor carriers. Cargo restraints for airdrop operations. Thermal protection systems for aerospace reentry vehicles. Structural composite preforms for aircraft components. These are not off-the-shelf products; they are precision-engineered systems, and the knowledge required to produce them correctly is neither obvious nor easy to acquire.

Engineering begins at the fiber level. Where military webbing once relied on cotton or silk, today’s applications demand high-performance synthetics — nylon, Kevlar®, Nomex®, Vectran®, Zylon®, Spectra®, Dyneema® — and next-generation materials like Kevlar® EXO. Each carries a distinct mechanical profile covering tensile strength, elongation, abrasion resistance, heat tolerance, and chemical stability. Matching the right fiber to a given application demands deep material science expertise.

Why Weaving Architecture Is as Critical as the Fiber

Selecting the right fiber is only half the engineering challenge. How that fiber is woven determines whether its properties translate into real-world performance — and this is precisely where the complexity of military textiles becomes most apparent.

The most fundamental weave structures — plain, twill, and satin — each carry distinct trade-offs. Plain weaves deliver the greatest strength per interlacement and are widely used in high-load flat webbing for cargo systems and harnesses. Twill weaves introduce greater flexibility and more efficient tensile strength transfer, making them well-suited for load-bearing equipment that must balance strength with weight and endure repeated stress cycles. Tubular weaves, which produce a seamless hollow structure, are preferred in parachute applications because they are more pliable, better at holding knots, and more resistant to abrasion than flat equivalents.

Getting these trade-offs right for a specific application is not a matter of catalog selection. It demands intimate knowledge of how yarn type, weave density, and loom tension interact under load. Jacquard loom technology adds another layer of complexity through software-controlled fiber placement within intricate weave structures, providing shear strength and interlaminar shear resistance. The way yarns are interlaced within a structure ultimately dictates the final performance characteristics of the finished fabric.

The 3D Weaving Frontier

At the most technically demanding frontier of military and aerospace textile engineering sits 3D weaving. Where conventional looms work across two dimensions — length and width — 3D looms interlock yarns through the thickness of the material as well, creating a fully integrated single structure with no discrete layers. The performance implications are substantial.

Layered two-dimensional composites used in structural aerospace and armor applications are vulnerable to delamination — the separation of layers under impact or cyclic stress — which can lead to catastrophic component failure. Three-dimensional woven composites eliminate this failure mode entirely because the structure is fully interconnected throughout its thickness. For aircraft components, armor inserts, and aerospace reentry systems, this represents a fundamental improvement in structural reliability.

Beyond reliability, 3D woven composite structures can reduce component weight by up to 30 percent compared to equivalent metal parts. In military aviation, that weight reduction translates to an estimated one million dollars in reduced fuel costs per pound saved over an aircraft’s operational lifetime. Additionally, 3D weaving produces components close to their final shape directly on the loom, eliminating the time-consuming hand-layup and machining steps required for traditional two-dimensional laminated composites — resulting in faster production, lower costs, and reduced manufacturing variability for military procurement programs.

Developing 3D weaving capability requires purpose-built loom technology, specialized design engineering, and years of iterative qualification work. It is not a process that can be stood up quickly. Bally Ribbon Mills began developing these capabilities under a U.S. Air Force Research Laboratory contract in 1991 and has been advancing them continuously since.

The Supply Chain Risk That Rarely Makes Headlines

The majority of U.S. commercial textile manufacturing has been lost to offshore competition. In the past two years alone, 40 textile mills and supply chain producers have shuttered their operations. Over three decades, manufacturers who once produced in the United States relocated first to Mexico and then moved fully to Asia. For what domestic textile fabrication and cut-and-sew manufacturing remains, U.S. textile producers face competitive imports priced at more than half below domestic production costs. For commodity products, that competitive battle has, for now, been largely conceded.

Technical military textiles are an entirely different category, and the stakes of losing domestic capacity in this segment are severe. The knowledge embedded in certified parachute webbing or Berry Amendment-compliant Kevlar® harness components — covering fiber selection, loom programming, weave architecture, testing protocols, and certification records — represents decades of accumulated development. It cannot be reconstructed in months. In a conflict scenario or supply chain crisis requiring a rapid production surge, there is no viable substitute for established domestic capability.

World War II delivered this lesson at the worst possible moment. When Japan severed America’s silk supply in December 1941, silk was the primary material in military parachutes. The successful pivot to nylon that followed depended entirely on domestic manufacturers who already possessed the infrastructure, loom technology, and military relationships to execute that transition rapidly. The Berry Amendment — codified at 10 U.S.C. § 4862 — exists to ensure that lesson does not have to be relearned.

The amendment requires the Department of Defense to procure textiles that are domestically manufactured on a fiber-forward basis: yarn must itself be U.S.-sourced and U.S.-produced. A complete chain-of-custody documentation trail — including affidavits, sourcing records, and lot traceability — must flow from raw material through finished component. “Made in America” is not sufficient, nor is domestic weaving using imported yarn. Compliance is demanding and extensively documented by design, and that documentation infrastructure is itself a strategic national asset.

Every production lot supplied for military use is accompanied by test reports covering tensile strength, thickness, weight per yard, elongation, abrasion resistance, and color fastness, alongside yarn affidavits certifying domestic fiber origin. For aerospace-certified products, the quality management system generating those records must itself be certified — in the case of Bally Ribbon Mills, to both ISO 9001:2015 and AS9100D. When a tier-one defense contractor submits a finished system for military qualification, the documentation package from their textile supplier becomes part of the certification dossier. Incomplete records stall the entire approval process.

Kevlar® EXO and the New Era of Fiber Innovation

Availability without innovation produces stagnation. Military advantage depends not only on domestic access to current materials, but on continuous development of the next generation. On the fiber side, DuPont’s Kevlar® EXO represents the most significant advancement in para-aramid technology in decades — and its performance data is concrete.

Bally Ribbon Mills’ current 1¾-inch Kevlar® 29 riser webbing, certified to PIA-T-87130, achieves an average tensile strength of 23,000 lbs. at 2.41 oz/yd. The Kevlar® EXO version reaches 29,500 lbs. at just 1.77 oz/yd — representing a 28 percent strength increase at 27 percent less weight. For military parachute systems, these numbers carry direct operational consequences.

A lighter parachute system allows the same aircraft to carry more personnel, equipment, or cargo on a given mission, or carry an equivalent load farther on less fuel. Reduced webbing weight also decreases the packed volume of the parachute assembly, allowing more compact storage on aircraft and easier handling by operators in the field. Weight savings in individual components compound across an entire fleet, with fuel consumption reductions on every mission resulting in savings measured in millions of dollars over an aircraft’s operational life.

Achieving these results required a multi-year development process conducted in collaboration with DuPont and parachute system manufacturers, involving bench-top analysis, repeated loom trials, rigorous testing against PIA-T-87130 specifications, and qualification through a co-investment model that brought fiber developer, textile manufacturer, and end-user together around a shared technical objective. Kevlar® EXO is already proven in military body armor applications, where its lighter weight extends operational effectiveness by reducing the fatigue burden of heavy protection systems. Its potential across additional military soft-goods applications — load-bearing harnesses, armor carriers, and vehicle restraint systems — is actively being explored.

What Defense Procurement Must Recognize About Technical Textile Supply

Technical textile supply is a long-lead capability. The expertise that makes a supplier valuable to the defense industrial base — material science depth, advanced weaving technology, certified quality systems, active fiber development partnerships, and qualified mil-spec product portfolios — takes decades to build and cannot be quickly replicated once lost.

When that expertise atrophies because contracts shift to lower-cost alternatives, the capacity does not simply move elsewhere. It disappears. The domestic supply chain resilience framework now rightly applied to semiconductors and rare earth materials applies with equal force to military textiles. Maintaining domestic technical textile manufacturers — by supporting R&D partnerships, mil-spec certification work, and the full innovation pipeline from fiber developer through weaver to system integrator — represents a national security decision as consequential as any other defense procurement policy.

Military textiles protect warfighters, protect air assets, carry critical loads, absorb impact, and form the structural backbone of aerospace systems. They are engineered to tolerances that take years to master and certified to standards that take years to earn. They are, in every meaningful sense, part of the arsenal — and the arsenal must be prepared before it is needed.

The Italian luxury house has confirmed that The Drip is manufactured in China, and that decision alone is turning heads across the global fashion and textile sourcing industry. But this is not a cost-cutting story. It is a statement about where luxury manufacturing capability now stands, and which sourcing destinations are earning a seat at the high-end table.

Why Gucci Chose China for The Drip

Gucci has been transparent about its reasoning. The brand selected its Chinese manufacturing partner not because of price advantages, but because of the factory’s technical knowledge and its demonstrated ability to meet the performance and quality standards the shoe demands.

The Drip is not a traditional luxury sneaker. It is a chunky, performance-influenced silhouette built more like technical gear than a classic loafer. The construction requires a level of manufacturing precision that goes well beyond conventional footwear assembly — and that is precisely why China sourcing made sense for this particular product.

In the luxury space, where provenance has long been used as a proxy for quality, Gucci’s choice is a notable signal. The brand is effectively communicating that the right manufacturer, regardless of geography, can deliver to luxury standards when the technical requirements demand it.

What This Means for Global Textile Sourcing

The Drip adds a new dimension to an ongoing conversation in the textile sourcing world. For years, sourcing decisions in the luxury segment have leaned heavily on European origin as a marker of craftsmanship and exclusivity. China sourcing, despite the country’s enormous manufacturing scale and growing technical sophistication, has often been positioned at the volume end of the market.

Gucci’s move with The Drip challenges that positioning directly. By publicly associating China sourcing with technical capability rather than cost efficiency, the brand is reinforcing a narrative that has been building quietly for some time — that China’s manufacturing landscape has matured well beyond its earlier reputation.

For sourcing professionals and brands navigating competitive textile sourcing destinations, the story of The Drip offers a concrete example of performance footwear innovation intersecting with strategic manufacturing choices. Luxury manufacturing is no longer exclusively tied to a postcode. The criteria are shifting toward capability, precision, and the ability to execute technically complex products at the required standard.

The Drip as a Test Case

Gucci itself has framed The Drip as something of a test. The brand is watching to see whether its customers — accustomed to paying premium prices for goods bearing Italian or French provenance — will respond equally to a luxury product that is openly and unapologetically made in China.

The shoe’s design reinforces the point. Its chunky sole, performance-influenced construction, and technical material choices align it more closely with high-end athletic and outdoor gear than with heritage luxury footwear. This context matters. The Drip is not pretending to be a handcrafted Italian loafer — it is a different category of product, one where technical execution is the measure of quality, and where China sourcing is entirely consistent with that standard.

Whether the market validates Gucci’s bet remains to be seen. But the decision has already sparked a wider conversation about the future of luxury manufacturing and the evolving role of China sourcing within it — a conversation that every brand operating in the premium and luxury space will need to engage with seriously.

Ollie Carpenter, analytics lead at climate risk intelligence firm Risilience, notes that this resource can no longer be viewed exclusively as an environmental issue; it is a profound financial risk. According to Carpenter, water stress is increasingly challenging the structural viability of the global fashion supply chain.

Understanding Water Stress in Textile Manufacturing

In the apparel sector, water stress is defined as the lack of adequate water—of the necessary quality, in the correct location, and at the required time—to cultivate raw materials and operate facilities. Agricultural processes like cotton farming rely on either “green water” from rainfall or “blue water” sourced from groundwater and surface irrigation.

Once these raw materials enter the industrial phases of the fashion supply chain, requirements shift. Operations such as washing, dyeing, and wet processing demand high-quality water, typically sourced from municipal systems or private wells. Because these resources are highly location-specific and non-fungible, factories situated in regions facing severe water stress face elevated operational risks.

The complexity is compounded by the fragmented nature of textile manufacturing. A retailer may maintain direct relationships with garment factories but lack visibility into the upstream farms that produce the initial cotton.

Financial Risks and Supply Chain Disruptions

Cotton is particularly vulnerable to climate variables. Cultivated heavily in the US, China, and India, its subsequent processing into garments is primarily concentrated in South Asia. Recent research indicates a rising probability of combined heat and drought events in global cotton-growing regions, which directly correlates with yield failures.

For instance, the US Department of Agriculture projected that cotton planting in 2025 would drop to its lowest point since 2015, following three consecutive years of drought in the Southwest. Conversely, recent flooding in Pakistan highlighted another climatic extreme, with Reuters reporting in September 2025 that crop damage threatened the nation’s textile manufacturing output due to impending cotton shortages.

When shortages constrain the availability of raw materials, water stress rapidly evolves into a commercial dilemma. It disrupts essential wet-processing stages, forces textile producers to compete for limited resources, and drives up costs. These delays translate into supply volatility, higher price premiums, missed delivery windows, and ultimately, lost sales on the shop floor.

Strategic Sourcing and Adaptation

The vulnerabilities extend beyond agriculture into industrial dyeing and spinning, which are universally water-intensive operations. A localized drought can disrupt the crop, the mill, and the factory simultaneously.

This reality forces brands to reevaluate their sourcing strategies and raw materials. Regenerative cotton, for example, frequently demonstrates greater resilience to water stress compared to conventional cotton. While transitioning to alternative fibers requires millions of pounds in corporate testing and investment, it is increasingly viewed as a pathway to stability.

Although some companies may consider shifting production away from South Asian hubs like India and Bangladesh to nearshore locations such as Turkey, analysts warn against viewing any single region as a simple solution to water risk. Instead, companies must thoroughly map their exposure by identifying factory locations within vulnerable basins and calculating the precise financial revenue at risk if those facilities halt operations.

The Future of Sustainable Apparel

Adaptation strategies now include investing in water-efficient production methods, modifying agricultural practices, and diversifying supplier networks. In northern India, circularity initiatives are already emerging, enabling water to be recycled directly through textile-processing facilities.

These resource limitations could eventually pressure the economics of ultra-fast fashion, a model reliant on moving goods through the fashion supply chain at high speeds. During periods of ecological volatility, this model faces substantial friction from the rising cost of secure raw materials.

Simultaneously, consumer demand for sustainable apparel continues to expand. Risilience modeling suggests that sustainable apparel could eventually capture between 13% and 40% of the market share. Retailers are consequently caught in a balancing act between consumer demands for eco-friendly products and persistent price sensitivity. Overcoming these hurdles requires looking past immediate financial quarters to make multi-year investments that ensure the long-term endurance of the fashion supply chain.