The U.S.-Mexico-China Manufacturing Triangle – The Globalist


1

Mexican manufacturing wages remain roughly 40% lower than Chinese manufacturing wages and 88% lower than those in the United States.

2

There are now more than 200 Chinese manufacturing and infrastructure investments in Mexico.

3

Roughly 20% of the value of Mexican exports to the United States consists of Chinese content.

4

Mexico now has a sizeable trade deficit with China, even though it has a large bilateral trade surplus with the United States.  This is in part due to the duty-free export platform it provides into the United States.

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In January 2026, there were 12.59 American manufacturing workers compared to 12.74 million in February 2020, before COVID-related manufacturing job losses began.

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Notably, by December 2024, at the end of the Biden administration, U.S. manufacturing employment had climbed again to reach 12.69 million.

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However, in the first 11 months of Trump’s second term (February–December 2025), the United States has lost 91,000 manufacturing jobs.

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Meanwhile, Mexico has added roughly a total of 700,000 manufacturing jobs since 2020.

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From 2022 to 2024, U.S. auto sector employment averaged more than one million jobs, a level not seen since the early 2000s.

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However, in the second half of 2025, U.S. auto industry employment began to decline to a level of 951,000 auto manufacturing jobs in December 2025.

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FDA proposals to speed up trials, generics for U.S. pharma firms


WASHINGTON — The Food and Drug Administration used the president’s budget to propose policies aimed at encouraging domestic development and manufacturing of drugs.  

FDA Commissioner Marty Makary has said the agency needs “giant, big ideas” to counter China’s dominance in early-stage clinical development of drugs. Among the FDA’s ideas are proposals to make it easier to run early-stage trials in the U.S. and to hand an advantage to U.S.-based generics manufacturers.


STAT Plus: White House proposes 12% cut to federal health agencies in 2027 budget request

The Trump administration has been using a variety of policy levers to try and bring drug manufacturing to the U.S. For example, many of the brand drugmakers that struck deals to lower U.S. prices also promised to increase domestic manufacturing, under the threat of tariffs.

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Ardena reaps rewards from CDMO specialization plays, US plant buy


As biotechs face increasingly tight development timelines, scale-up headaches, and, more recently, unpredictable policy fluctuations, one way to stand out as a CDMO partner is by picking a specialty and mastering it. 

That was one of Jeremie Trochu’s goals when he joined as Ardena’s CEO in 2024—aiming to steward the CDMO toward a new phase of growth by expanding its international footprint, refining its strengths and ensuring that recent acquisitions entered the fold smoothly. 

In the ensuing years, Ardena has worked to bolster a range of CDMO capabilities without overloading its clients with potential service offerings, Trochu said in a recent virtual interview with Fierce in tandem with DCAT Week 2026. 

“You want to be holistic, but within a particular specialty,” he explained. 

The CDMO’s current business revolves around its advanced oral solid services, from formulation development through to clinical manufacturing and small-scale commercial production, plus its capabilities related to nanomedicines and advanced conjugates, according to Trochu. 

Ardena has integrated those constituent pieces into its overall focus on precision medicine, specifically working with clients on therapies tailored to smaller patient populations, Trochu continued. 

The CEO speculated that more biotechs are likely looking for one-stop-shop CDMOs such as Ardena given the accelerated development and regulatory timelines they’re operating under in places like the U.S. 

When companies developing drugs for rare or undertreated conditions win FDA fast track or orphan drug designations, the pressure increases “to quickly pivot from successful results in phase 2 all the way through to your commercial launch on an accelerated timeframe,” Trochu explained. 

Newer technologies, such as artificial intelligence, also have the potential to increase the pace of development cycles, he added. 

“If you’re not integrated as an operation, and if you’re not specialized in the capabilities you are offering to your client, you are not going to be able to have the agility and the speed necessary and required by your biotech customers,” Trochu said of the resultant expectations placed on CDMOs.

Breaking down some of Ardena’s recent specialization moves, Trochu homed in on nanomedicine, which he noted the CDMO has been engaged with since “before it was cool,” alluding to the lipid nanoparticles that rose to prominence as delivery vehicles for mRNA in COVID-19 vaccines earlier in the decade. 

Over its history, Ardena has worked on more than 100 nanomedicine programs, by Trochu’s tally, and 30 of those are actively in the clinic now, per the CEO. To support its nanomedicine strategy, Ardena established a facility dedicated to the technology in the Netherlands several years back, he added. 

On the other side of the equation, Ardena hasn’t hesitated to downsize in areas where it feels its resources could be better spent.

Case in point: Earlier this year, Ardena agreed to sell a manufacturing facility in Södertälje, Sweden, to local drugmaker Nanologica for nearly $1 million. As Trochu put it, Ardena was “not in a position to truly invest in the next chapter of growth” at the site.

As for the company’s purpose-built Dutch facility, Trochu said Ardena designed the plant to address a “gap” in the market for nanomedicine developers, pointing out that the site has continued to garner strong international interest from clients despite a strained geopolitical environment. 

“When you have a unique set of capabilities and you have a track record along [with] those capabilities, people from the U.S., people from Asia, definitely people from Europe, will find you,” he said. 

Trochu addressed the recent geopolitical turbulence affecting markets and supply chains directly, noting that while there certainly have been pressures on the biopharma industry, “we’ve been pretty immune to those dynamics.” 

Ultimately, biotech clients are still looking for “best-in-class” partners to help solve their problems, and that desire tends to supersede challenges posed by governmental policy shifts, Trochu said. 

 

Heading West

 

For much of its history, Belgium’s Ardena has been “primarily an EU-based CDMO,” Trochu said. But the firm in 2024 made inroads into the U.S. with plans to purchase Catalent’s oral solids development and small-scale manufacturing facility in Somerset, New Jersey, which was put up for sale as part of the U.S. CDMO’s acquisition by Novo Holdings. 

Ardena completed the purchase in February of 2025. 

That timing turned out to be serendipitous, Trochu suggested, as a massive industry push to establish or expand U.S. production infrastructure kicked off soon after, largely in response to the threat of U.S. import tariffs under the Trump administration. 

“If you think about the last 15 to 18 months, it’s even more important to be able to supply clients on both sides of the pond,” he explained.

Trochu admitted that the “timing worked out” on the Catalent facility purchase.

“A year later, it would have been maybe a more competitive process to acquire a world-class GMP facility in the U.S., especially in light of a stronger regionalization trend,” he said. 

Ardena has added around 200 employees to its headcount through the purchase of the site, which is currently equipped for clinical and smaller-scale commercial manufacturing of oral drugs. But from the jump, the company’s strategy was to eventually bring its other capabilities online at the U.S. location, Trochu said. 

Some of those expansion efforts are already underway, with the CDMO’s first bioanalytical lab opening in Somerset soon, the CEO added. Meanwhile, Ardena is eyeing portions of the site’s greater GMP space to devote to nanomedicines in the future, he said. 

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Apparel Brands Partner With Unspun to Build Automated U.S. Manufacturing Hub » World Business Outlook


Leading brands, including Walmart, have signed letters of support for unspun’s plan to build domestic manufacturing capacity in the U.S. using an AI-enabled 3D weaving technology designed to bring apparel manufacturing closer to consumers at a commercial scale. Supply chain partners Bethel Industries, Peckham, and PDS Ltd / GSC Link are also participating to help establish automated domestic production hubs, with initial production on the near-term horizon.

With more than USD 50M in VC funding, unspun is advancing its proprietary 3D weaving technology — an AI-enabled system that produces garments directly from yarn via a highly automated process. REI has also signed a letter of support for the initiative, reinforcing broad industry demand for reshored, next-generation apparel manufacturing. unspun has equipment ready for deployment and is currently evaluating sites across multiple states.

“We are not exploring whether domestic apparel manufacturing can work. We are building it,” said Arne Arens, CEO of unspun and former Global Brand President of The North Face. “Our clients are looking for a new production model because they see the economics: manufacturing closer to the customer, responding to demand within the same season, and creating skilled American jobs in the process.”

Unspun (Logo credit: Business Wire)Unspun (Logo credit: Business Wire)

unspun’s 3D technology weaves semi-finished garments directly from yarn in minutes, transforming dozens of traditional cut-and-sew steps into a single, automated process. The platform enables brands to produce closer to demand, reorder within the same season, and significantly reduce excess inventory — an issue that costs the industry billions each year. By shortening production timelines from months to days, 3D weaving can improve gross margins by 400–500 basis points through fewer markdowns and write-offs, while also supporting the creation of skilled manufacturing jobs in the U.S. This approach is designed to unlock domestic, demand-driven production at commercial scale as the apparel industry shifts toward next-generation manufacturing systems.

Avisnash Bhasker, Vice President, Apparel Production Development at Walmart, said, “Our customers are proud to buy apparel made in America, and the demand keeps growing. We are excited about unspun’s commitment and effort in helping rebuild domestic manufacturing capability that is faster, smarter, and designed for how customers actually shop.”

unspun is currently evaluating potential locations, infrastructure requirements, and workforce training programs as it moves toward establishing the first automated apparel manufacturing hubs in the United States powered by 3D weaving technology. The initiative represents one of the first examples of AI-enabled automation being deployed to rebuild domestic manufacturing capacity at scale.

Arens was appointed CEO in March 2026, bringing decades of experience leading global consumer brands, including The North Face and Boardriders, the parent company of Quicksilver and Billabong. His appointment signaled unspun’s shift from technology development to industrial-scale deployment.

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PTAB Memo Recenters Discretion On US Manufacturing


By Brandon Theiss ( April 6, 2026, 5:57 PM EDT) — U.S. Patent and Trademark Office Director John Squires’ March 11 memorandum introduces a new organizing principle into discretionary institution practice: the relationship between the patent dispute and U.S. manufacturing….

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Why American manufacturing matters now more than ever – Feb 2026



Made in America: Why American manufacturing matters now more than ever – Feb 2026

By Meg Scarbrough

As the United States marks its 250th anniversary, the flooring industry’s relationship with domestic manufacturing is being tested-and, in many cases, clarified. “Made in America” still carries symbolic weight, but in today’s market, it increasingly reflects a series of operational decisions shaped by supply-chain volatility, trade policy uncertainty, workforce dynamics and the need for tighter control over production.

Over the past year, those pressures have forced manufacturers to examine not just where products are made, but why. For some, that has meant doubling down on longstanding U.S. operations. For others, it has involved targeted investments, portfolio segmentation or a more precise strategy around what domestic manufacturing is best suited to deliver. 

TARIFFS, UNCERTAINTY AND THE SEARCH FOR CERTAINTY

Tariff policy-both enacted and anticipated-has played a central role in reopening conversations around domestic production. Even when outcomes remain fluid, the uncertainty itself has altered behavior across the supply chain, pushing manufacturers and customers alike to prioritize predictability.

For companies with an established North American footprint, that uncertainty has often reinforced existing strategies rather than forcing abrupt change. Dal-Tile’s broad domestic presence has provided flexibility without requiring a fundamental reset. “We have the flexibility to bring product in or out depending on what’s going on in the economic world,” says Scott Maslowski, executive vice president of sales and operations, adding that the company has not made “any sort of significant overhaul as we’re pretty well balanced in North America, where most of our products are produced.” 

Others described tariffs less as a turning point than as a stress test-validating strategies already in place. That was the case at Novalis Innovative Flooring, where recent trade disruption confirmed the value of diversification. “Trade policy volatility and global supply chain disruptions didn’t fundamentally change our strategy-they reinforced it,” says Kimberly Hill, vice president of product and marketing. “Rather than making abrupt moves in response to tariffs or geopolitical changes, we’ve focused on resilience, optionality and disciplined planning.”

Across interviews, the impact of tariffs surfaced most clearly in how customers assess risk. Bentley Mills has seen increased attention to origin not as a branding preference but as a project safeguard. “Customers are more aware of where products are made than ever before,” says Catherine Prossen, vice president of business development. “Due to the critical nature of construction schedules, the reliability of specifying products that are made in the USA helps ensure projects stay on schedule.”

That emphasis on reliability-and the consequences of missing it-came up repeatedly, underscoring how manufacturing decisions now intersect directly with execution risk.

ANCHORING PRODUCTION CLOSER TO THE MARKET

Rather than framing the conversation strictly around reshoring, many manufacturers described a broader effort to anchor production closer to demand-particularly for products where lead times, customization and replenishment speed matter most. In that context, tariffs and global disruption have often served less as a catalyst for change than as confirmation of direction.

For Interface, proximity has long been a guiding principle. “If anything, these ongoing challenges have reinforced our strategy to produce products as close to the customer as possible,” says Bill Blackorby, vice president and chief supply chain officer. “By building localized supply chains around our manufacturing sites-whether in the U.S. or Europe-we’ve been able to minimize risk and respond quickly to disruptions.”

That logic extends beyond risk mitigation to how portfolios are structured. Atlas Concorde USA describes domestic manufacturing as a way to de-risk schedules without sacrificing design breadth. “After multiple years of geopolitical shocks, freight volatility and shifting tariff policy, buyers are prioritizing reliable dates and fewer surprises over marginal savings,” says CEO Federico Pifferi. “In short, certainty has become a deciding attribute, and domestic production is one way the market tries to de-risk schedules without narrowing design choice.”

Similar segmentation has taken shape elsewhere, with domestic and imported products playing distinct roles. “U.S.-made products anchor the mid to high end of the assortment, where customers value consistent quality, faster lead times and advanced performance,” says Alan Smith, MSI’s director of business development, “while imported products allow us to serve opening and value-driven segments at scale.” 

That emphasis on proximity and agility also surfaced at Shaw, where domestic production supports both speed and resilience across categories. “U.S.-based production enables greater market agility, allowing us to navigate uncertainty, maintain reliability for our customers and strengthen long-term supply chain stability,” says Herb Upton, senior vice president of manufacturing. “Being closer to our end-markets also strengthens collaboration between product development and manufacturing, allowing us to respond rapidly to evolving trends.”

SPEED TO MARKET-AND SPEED TO TREND

Beyond supply reliability, manufacturers consistently pointed to speed to market as one of the most tangible advantages of domestic production. In some cases, that speed is measured not just in logistics but also in design responsiveness.

Producing closer to end markets eliminates transportation lag and allows faster response to demand shifts. Dal-Tile’s Maslowski notes that domestic production “takes all the transportation time out of product getting into the marketplace,” while also enabling “quick turnaround in regards to product demand or product outages.”

Several executives emphasized a more nuanced benefit: the ability to react to changing trends without carrying excess inventory. At AHF Products, chief commercial officer Jennifer Zimmerman describes how domestic manufacturing gives customers room to adjust. “One of our customers came to us a week or so ago and added a new twist on why Made in America was so important for them,” she says. It centered on the ability to respond quickly to changing trends without being overcommitted to inventory tied to styles or SKUs that fail to gain traction.

That flexibility extends directly to color and design cycles. “It gives people the ability to react faster on color trends, because you can get something to market so much faster, and you don’t have to have an overabundance of inventory that you’re liquidating,” Zimmerman adds. 

In a market where retailers remain cautious about working capital, that discipline carries weight. “Customers want a lot more certainty in their product,” she says. “It not only helps them with the working capital…they don’t buy six months of supply.” 

That desire for control also surfaced in discussions around vertical integration. At Mohawk Industries, domestic manufacturing is closely tied to innovation strategy. “We are incredibly vertically integrated, which means we have control over every step of the process, from production to distribution,” said David Moore, vice president of product management. “By controlling all these aspects internally, we can drive real, customer-valued innovation that effectively solves their problems.” 

AUTOMATION AND ADVANCED MANUFACTURING NARROW THE GAP

Labor availability and cost remain persistent challenges, but many manufacturers pointed to automation and advanced manufacturing as key enablers of domestic competitiveness-particularly in higher-value categories.

Interface described recent investments as transformational rather than incremental. “We’ve just completed a major investment cycle in automation and robotics at our Georgia facility,” Blackorby says. “It’s about more than efficiency-it’s about smarter scheduling, better use of raw materials and faster response to customer orders.”

Similar gains were cited in tile manufacturing. Panariagroup USA highlighted the role of advanced technology in strengthening domestic output. “Thanks to recent investments in polishing lines, DryFix systems and large-format capabilities, we can meet sophisticated customer demands with greater speed, consistency and flexibility,” says CEO Leonardo Pesce. “The majority of our business now comes from U.S. production.”

CFL echoed that sentiment, noting that advanced equipment is essential to moving U.S. manufacturing beyond entry-level offerings. “That’s why CFL has focused on investing in onshoring our most innovative production by bringing in higher-grade manufacturing equipment, such as digital print and embossing machinery,” the company said, “and other methods for producing our top-of-the-pyramid products.”

WHERE DOMESTIC MANUFACTURING STILL STRAINS

Despite renewed momentum, executives were candid about the limits of U.S. manufacturing.

Labor remains a significant constraint. “As our aging workforce begins to retire, we do not have enough new skilled labor to fill the gaps,” Prossen says. 

Interface notes that “regulatory complexity is also increasing, especially as states adopt their own requirements,” while leaders at Mannington Mills observe that “labor, raw materials and regulations are market dependent but can definitely be a barrier to entry.”

Several manufacturers stressed that domestic production is not universally competitive across all price points. MSI’s Smith acknowledges that “domestic production can be more challenging to compete at the lowest opening price points,” while Mannington notes that in a soft market, “the U.S. consumer seems to be more focused on value in the product ahead of whether it is produced stateside.”

DEMAND FOR MADE IN AMERICA-EVOLVING, NOT ABSOLUTE

Interest in U.S.-made products has grown, but manufacturers were careful to distinguish preference from priority.

Sajal Patel, chief marketing officer at Nox, describes demand as pragmatic rather than ideological. “We’re seeing continued interest in U.S.-manufactured flooring…largely driven by the value of more predictable supply, shorter lead times and greater schedule certainty,” he says, adding that domestic products “continue to complement imported offerings by providing added flexibility based on project requirements, rather than serving as a replacement.”

Design professionals, in particular, are asking more targeted questions. Bentley Mills’ Prossen notes that “designers are often asking about domestic production when working on federally funded projects since that is a project requirement,” while Pifferi says that inquiries, now center on “lead-time reliability, back-order risk, and what happens if lanes tighten again.” In that context, made in America has become less about symbolism and more about execution. As Pifferi summarizes, “The ask is simple: certainty.”

A STRATEGY, NOT A SLOGAN

Taken together, the conversations point to domestic manufacturing as a strategic lever rather than a blanket solution. Companies are using U.S. production selectively-to anchor fast-moving SKUs, support customization, reduce inventory exposure and provide confidence in volatile conditions-while continuing to rely on global sourcing where it delivers scale, specialization or cost efficiency.

As the industry moves into 2026, made in America is no longer a binary designation. It is a set of choices-about risk, responsiveness and control-being recalibrated in real time. 

THE MANUFACTURERS

AHF PRODUCTS

U.S. manufacturing footprint: AHF Products operates facilities across Tennessee, Pennsylvania, Illinois, West Virginia, Missouri and Arkansas, producing ceramic tile, solid and engineered hardwood, vinyl sheet, VCT, and vinyl plank and tile.  

Summary: For AHF, domestic manufacturing is not a response to recent market disruption-it is foundational to how the company operates. Leadership consistently points to customer demand for certainty as the driving force behind its U.S.-first approach: certainty around pricing, lead times, inventory exposure and the ability to react quickly to changing design trends. Retailers and distributors, AHF says, are increasingly unwilling to carry excess inventory tied to long overseas lead times, making proximity a competitive advantage. That responsiveness extends beyond logistics. AHF executives note that domestic manufacturing allows it-and its customers-to adapt faster to shifts in color, finish and product mix, reducing the risk of being overcommitted to a trend that fades. While imports remain part of the portfolio where they make sense, AHF views U.S. production as a stabilizing force-particularly in periods of tariff uncertainty and supply-chain volatility.

What’s next: AHF plans to continue investing in U.S. manufacturing, automation and workforce development, positioning domestic production as a long-term growth lever across hard surface categories.

ATLAS CONCORDE USA

U.S. manufacturing footprint: Atlas Concorde USA manufactures porcelain tile just south of Nashville, Tennessee, producing indoor tile, decorative elements, bricks and 2cm outdoor pavers.

Summary: Atlas Concorde’s domestic manufacturing strategy has been shaped less by short-term trade policy and more by a long-standing effort to reduce global risk. Leadership says recent years of freight volatility, geopolitical disruption and shifting tariff policy have reinforced what customers now value most. Across retail, builder and design channels, buyers are prioritizing dependable lead times and predictable delivery over marginal cost savings. The company treats U.S. and imported manufacturing as complementary tools rather than substitutes. Domestic production anchors fast-moving SKUs and schedule-sensitive projects, while imports support distinct aesthetics and technologies where longer planning horizons are built into the specification process. That balance allows Atlas Concorde to protect schedules without narrowing design choice.

What’s next: Looking ahead, Atlas Concorde plans to maintain its U.S. footprint while targeting selective upgrades that improve consistency, logistics efficiency and on-time performance.

BENTLEY MILLS

U.S. manufacturing footprint: Bentley Mills manufactures commercial carpet tile and broadloom in City of Industry, California. 

Summary: For Bentley Mills, domestic manufacturing is closely tied to reliability on commercial projects where schedules are non-negotiable. Designers and specifiers, particularly on federally funded work, are increasingly attentive to where products are made-not as a preference, but as a requirement tied to compliance and delivery certainty. While U.S. production supports responsiveness and supply predictability, Bentley acknowledges the challenges that come with it. Labor availability remains a concern as the workforce ages, and rising energy costs continue to affect manufacturing economics. Even so, Bentley views domestic sourcing as critical to maintaining control over quality, innovation and customer service.

What’s next: Bentley expects to maintain a portfolio that remains overwhelmingly domestic while continuing to evaluate options for its resilient flooring offering.

CFL

U.S. manufacturing footprint: CFL produces rigid LVT, including SPC, at its facility in Adairsville, Georgia.

Summary: Since beginning U.S. production in 2020, the company has steadily expanded domestic capabilities, including advanced digitally printed and embossed rigid core flooring. In 2025, CFL completed Phase 4 of its U.S. plant, doubling rigid core capacity and reinforcing its long-term commitment to onshoring innovation-driven production. CFL’s U.S. plant is designed to support customization and flexibility, including lower minimum order quantities and closer collaboration with customers through on-site product reviews and plant visits. The company has invested in higher-grade manufacturing equipment-such as direct digital printing and embossing technologies-to move domestic rigid core production beyond entry-level offerings and into higher-value segments, including ultra-matte visuals and acoustic products. U.S.-made products occupy the service- and stability-driven portion of CFL’s portfolio, while imported products continue to support categories that are still in the process of being onshored, such as certain LVT glue-down offerings. This tiered approach allows CFL to balance innovation, cost and availability across the product pyramid.

What’s next: CFL will continue expanding domestic capacity and R&D with the goal of increasing the share of high-performance, U.S.-made products in its portfolio.

DAL-TILE 

U.S. manufacturing footprint: Dal-Tile manufactures tile, mosaics, quarry tile, exterior pavers and quartz slabs across facilities in Pennsylvania, Alabama, Tennessee, Oklahoma and Texas.

Summary: Domestic manufacturing has long been central to Dal-Tile’s business model rather than a reaction to recent trade disruption. With most of its portfolio produced in North America, the company has maintained flexibility without the need for major structural shifts tied to tariff policy or global supply chain volatility. Producing close to the market allows Dal-Tile to remove transportation time from the equation, respond quickly to product demand or outages, and gather faster customer feedback during product development. That proximity supports quicker decision-making around which products move forward and how assortments evolve-an advantage that has become more visible as customers prioritize reliability and pricing confidence. Automation and digital manufacturing have further strengthened domestic operations, enabling more advanced visuals and surface effects while maintaining consistency at scale. While labor availability can vary by geography, Dal-Tile reports that raw material sourcing and regulatory requirements remain manageable across its U.S. facilities.

What’s next: Dal-Tile expects to maintain its current manufacturing balance while remaining agile as economic and market conditions evolve.

INTERFACE

U.S. manufacturing footprint: Interface manufactures carpet tile at its facility in LaGrange, Georgia.

Summary: Interface’s U.S. manufacturing strategy is rooted in integration. By keeping design, manufacturing and supply-chain teams in close proximity, the company is able to compress lead times, respond quickly to customer needs and reduce transportation emissions. That proximity also supports customization and innovation that would be more difficult in a fragmented global model. Recent investments in automation and robotics at the LaGrange facility have further strengthened U.S. operations, improving productivity, material efficiency and order responsiveness. While labor availability and regulatory complexity remain ongoing challenges, Interface reports that advanced manufacturing capabilities have helped offset those pressures.

What’s next: Interface plans to apply lessons learned from its U.S. automation investments across its global manufacturing network.

MANNINGTON MILLS

U.S. manufacturing footprint: Mannington manufactures broadloom, carpet tile, LVT, vinyl sheet and rubber in facilities in New Jersey, Georgia, North Carolina and Florida. 

Summary: Mannington takes a pragmatic, category-by-category approach to domestic manufacturing. Rather than viewing U.S. production as an ideological choice, the company evaluates where it delivers the most value-whether through customization, speed to market or supply flexibility. The company has structured its portfolio to allow movement between sourced and produced models with minimal disruption, preserving redundancy as market dynamics shift. In a price-sensitive environment, Mannington notes that consumers often prioritize value first, even as domestic production remains part of its identity.

What’s next: Mannington expects to continue reassessing its U.S. footprint, expanding or contracting as customer demand dictates.

MOHAWK 

U.S. manufacturing footprint: Mohawk manufactures broadloom, carpet tile, laminate and resilient, with operations in North Carolina, Virginia, Georgia, Alabama, Texas, Washington, Ohio and Connecticut.

Summary: Domestic manufacturing is a core competency for Mohawk, supporting supply-chain control, product quality and innovation. The company’s vertically integrated model allows it to manage production from raw material sourcing through manufacturing and distribution, reducing exposure to global disruption and enabling faster response to customer needs. While Mohawk acknowledges higher labor and regulatory costs associated with U.S. production, those challenges are offset by logistics efficiencies, supply stability and greater control over innovation and product development. Demand for U.S.-manufactured flooring continues to grow among builders and customers seeking reliability, consistency and insulation from tariff-related volatility. It’s worth noting that Mohawk owns Dal-Tile.

What’s next: Mohawk plans to maintain and selectively expand its domestic manufacturing footprint, continuing to invest in scalable, technology-driven U.S. facilities to support innovation, sustainability and long-term supply reliability.

MSI

U.S. manufacturing footprint: MSI manufactures rigid core LVT through a U.S. production partnership in Georgia.

Summary: MSI views domestic manufacturing as a strategic anchor for mid- to high-end LVT products where thicker constructions, tighter quality control and faster replenishment matter most. Shorter supply chains allow the company to respond more quickly to design trends while maintaining consistency and performance. Imports remain essential for serving opening price points at scale, creating a balanced portfolio that allows MSI to meet a wide range of customer needs without overcommitting to a single sourcing model.

What’s next: MSI plans to continue refining its mix of domestic and imported production to support innovation and availability.

NOVALIS INNOVATIVE FLOORING

U.S. manufacturing footprint: Novalis manufactures select resilient flooring products in Dalton, Georgia.

Summary: Novalis has taken a measured approach to U.S. manufacturing, emphasizing resilience and optionality over rapid expansion. Trade volatility and supply-chain disruption reinforced a strategy the company already had in place: a diversified global footprint with targeted domestic production where proximity delivers clear value. Domestic manufacturing supports collaboration, faster iteration and customization for specific programs, while global operations provide scale and material efficiency.

What’s next: Novalis plans to maintain and thoughtfully evolve its U.S. manufacturing role in alignment with long-term portfolio goals.

NOX

U.S. manufacturing footprint: Nox manufactures LVT products at its facility in Fostoria, Ohio, including dryback, looselay and click formats.

Summary: Nox’s U.S. manufacturing operation plays a key role within a broader global network. Domestic production supports speed to market, private-label programs and predictable supply, while global facilities provide additional capacity and flexibility. Customers increasingly value U.S.-made products for reliability and documentation rather than origin alone. Rather than replacing imports, Nox positions domestic manufacturing as a complement that allows customers to tailor sourcing based on regulatory, segment or project-specific needs.

What’s next: Nox expects to maintain and selectively expand its U.S. footprint as demand for resilient flooring grows.

PANARIAGROUP USA

U.S. manufacturing footprint: Panariagroup USA, through Florida Tile, manufactures porcelain floor and wall tile at its facility in Lawrenceburg, Kentucky. 

Summary: U.S.-made porcelain is a core component of Panariagroup USA’s portfolio, supported by ongoing investment in advanced manufacturing technologies. Recent upgrades-including polishing lines, DryFix systems and expanded large-format capabilities-have strengthened the company’s ability to deliver sophisticated design, consistent quality and faster response to customer demand. The company is part of Italy’s Panariagroup. While imports continue to complement the assortment, particularly for specialized slab products from Italy, the majority of its tile portfolio is now produced domestically. Advances in U.S. manufacturing technology have significantly narrowed the gap in design, performance and technical capability compared to European production, reinforcing the competitiveness of American-made porcelain. 

What’s next: Panariagroup USA plans to continue expanding its U.S. manufacturing footprint, with additional investment in advanced technology and production capacity. Domestic manufacturing remains central to the company’s strategy, supporting speed to market, customization and long-term supply reliability as demand for U.S.-made porcelain continues to grow.

SHAW

U.S. manufacturing footprint: Shaw manufactures broadloom, carpet tile, engineered hardwood, resilient flooring and synthetic turf across a number of facilities in the Southeast U.S., including operations in Georgia, South Carolina, Alabama and Tennessee.

Summary: Shaw operates an intentional “make and source” model, balancing domestic manufacturing with global sourcing to support speed, scale and flexibility across categories. Over the past five years, the company has accelerated investment in U.S. manufacturing while maintaining a diversified sourcing strategy designed to manage risk and support long-term competitiveness. Domestic production plays a key role in agility and responsiveness. Shaw has invested heavily in automation and advanced manufacturing across its U.S. operations, supporting faster design iteration, smaller and more customized runs, and improved efficiency. Modernized equipment in carpet, resilient and hardwood facilities enhances speed, precision and consistency while reducing waste and supporting future-ready manufacturing.

What’s next: Shaw plans to continue expanding and strengthening its U.S. manufacturing footprint while maintaining a balanced sourcing approach. Domestic production remains a foundational element of the company’s strategy, supporting speed, innovation and reliability as market conditions continue to evolve.

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US Battery Manufacturing Expansion Surges Ahead


The modern energy storage sector operates through complex production networks where manufacturing capacity development frequently outpaces immediate market absorption. This phenomenon reflects broader industrial scaling patterns where initial overcapacity serves as infrastructure foundation for future demand expansion. Understanding these capacity-demand imbalances provides insight into strategic positioning within rapidly evolving technology markets.

Current U.S. battery manufacturing expansion demonstrates this dynamic through unprecedented facility construction rates and investment flows. Manufacturing infrastructure development now exceeds traditional forecasting models, creating strategic opportunities for industry participants while reshaping global supply chain architectures.

Analyzing Manufacturing Capacity Growth Trajectories

Battery manufacturing infrastructure in the United States has undergone dramatic transformation since 2024, with production capabilities expanding from minimal grid storage capacity to comprehensive domestic supply sufficiency. Industry data reveals systematic capacity building across multiple technology platforms and geographic regions.

Grid Storage Production Capacity Evolution:

2024 baseline: 70 GWh annual production capacity across limited facility networks

2025 expansion: 145 GWh capacity through foreign investment integration

2026 projections: 280 GWh capacity representing 300% growth over two years

2027 targets: 421.5 GWh projected capacity with mature supply chain networks

This expansion timeline represents one of the fastest manufacturing scale-ups in modern industrial history. The Centre on Global Energy Policy documented cost reduction mechanisms driving this growth, noting production cost decreases of up to 30 percent through federal incentive structures.

Manufacturing facility diversity has expanded from single-cell suppliers to comprehensive production ecosystems. Current supplier networks include 10 module assembly operations and projected expansion to 11 suppliers by 2027, indicating market maturation beyond initial foreign investment phases.

Regional Manufacturing Distribution:

Geographic Region
Primary Facilities
Investment Value
Technology Focus

Great Lakes Corridor
Michigan, Ohio operations
$15+ billion
LFP battery cells

Southeast Hub
Georgia, Tennessee plants
$20+ billion
Module assembly

Southwest Expansion
Texas, Arizona facilities
$8+ billion
System integration

Furthermore, grid storage manufacturing differs fundamentally from electric vehicle battery production through chemistry selection, form factor requirements, and cycle life optimization. Lithium iron phosphate (LFP) chemistry dominates stationary storage applications due to enhanced safety profiles and extended operational lifespans compared to traditional lithium-ion formulations used in transportation applications.

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Federal Policy Architecture and Investment Incentives

Manufacturing investment decisions respond directly to policy framework structures that reduce operational costs while providing market access advantages. The Inflation Reduction Act created competitive positioning for domestic manufacturing through multiple incentive mechanisms.

Cost Reduction Framework Analysis:

Manufacturing tax credits: Direct production cost reduction averaging 30%

Local content requirements: Driving foreign manufacturers toward domestic operations

Supply chain incentives: Encouraging component sourcing diversification

System integration benefits: Favoring vertically integrated manufacturing approaches

Investment data from S&P Global indicates the United States imported over $100 billion in batteries and components since 2021, with approximately 50% sourced from Chinese suppliers. This import dependency created strategic vulnerabilities that federal policy mechanisms aim to address through domestic capacity building.

Korean manufacturing companies responded most aggressively to these incentive structures, committing approximately $20 billion toward U.S. battery manufacturing expansion between 2025 and 2029. Benchmark Minerals projects Korean producers will contribute over 40% of domestic capacity growth during this period.

Tariff Strategy Implementation

Current tariff policies create protective mechanisms for domestic manufacturers while maintaining supply chain relationships with essential material suppliers. However, the broader trump tariffs impact demonstrates how trade policy complexity emerges from geographic concentration of critical materials processing.

Trade policy complexity emerges from geographic concentration of critical materials processing. Chinese suppliers control approximately 85% of graphite processing, 60% of lithium processing, and 75% of cathode material production, creating strategic supply chain chokepoints despite domestic manufacturing growth.

Leading Manufacturing Scale-Up Companies

LG Energy Solution Strategic Pivot

LG Energy Solution executed the most significant facility transformation in the sector through its Holland, Michigan operation conversion from electric vehicle to grid storage production. The company invested $1.4 billion to establish dedicated lithium iron phosphate production lines with 16.5 GWh current capacity.

This strategic pivot reflects market condition adaptation as electric vehicle demand growth slowed while grid storage requirements accelerated. LG projects capacity expansion to 50 GWh by end-2026, representing 200% growth within 18 months.

Facility Conversion Process:

Technology transfer: Adapting EV battery lines for stationary storage chemistry

Equipment modification: Retrofitting assembly systems for different form factors

Workforce retraining: Developing expertise in grid storage applications

Quality control systems: Implementing cycle life testing protocols

Korean Investment Leadership

Samsung SDI and SK Innovation complement LG’s expansion through coordinated facility development across multiple states. Combined Korean investment exceeds $20 billion, establishing comprehensive supply chain networks from raw material processing through finished system assembly.

Geographic distribution strategies focus on transportation cost minimisation and workforce availability. Tennessee, Georgia, and Michigan emerged as preferred locations due to existing automotive manufacturing expertise and logistical infrastructure.

Domestic Manufacturing Champions

Tesla Energy operates the largest single-site battery manufacturing facility in California with 40 GWh annual Megapack production capacity. The company’s vertical integration strategy encompasses battery cells, module assembly, and complete system manufacturing under unified operational control.

In addition, Stryten Energy pursues multi-chemistry diversification across lead-acid, lithium-ion, and vanadium redox flow battery technologies. The company operates 11 existing facilities with planned 10 GW capacity addition across military, grid storage, and transportation market segments.

Supply Chain Dependency Analysis

Critical Material Import Vulnerabilities

Despite domestic manufacturing expansion, essential component dependencies persist across multiple supply chain stages. International Energy Agency analysis identifies production capacity and technical expertise concentration in Asian markets as primary supply security risks.

Material Category
Primary Suppliers
Dependency Level
Alternative Sources

Active materials
China (75%)
High
Korea, Japan limited

Precursor chemicals
China (80%)
Critical
Australia, Chile emerging

Processing equipment
China, Korea (70%)
High
European alternatives

Quality control systems
Korea, Japan (60%)
Medium
Domestic development

Raw material processing represents the most significant supply chain vulnerability. Graphite processing remains 85% concentrated in Chinese facilities, while cathode material production shows similar geographic concentration patterns.

This vulnerability underscores the importance of critical minerals energy security considerations that influence manufacturing expansion decisions.

Midstream Manufacturing Gaps

Active material production capabilities require substantial technology transfer and equipment investment to establish domestic alternatives. Current domestic facilities focus primarily on final assembly operations rather than chemical processing stages.

Korea and Japan offer the only significant alternative supplier bases for essential components, but capacity limitations restrict their ability to substitute for Chinese supply chains completely. This creates strategic dependencies despite domestic final assembly capabilities.

Supply Chain Resilience Strategies:

Inventory management: Maintaining strategic material stockpiles

Supplier diversification: Developing alternative source relationships

Technology licensing: Acquiring processing expertise through partnerships

Vertical integration: Establishing domestic chemical processing capabilities

Technical Manufacturing Challenges

Production Scaling Complexities

Rapid facility expansion creates multiple technical challenges from equipment installation through workforce development. Manufacturing quality control systems require extensive optimisation during capacity ramp phases.

Grid storage applications demand different performance characteristics than electric vehicle batteries, necessitating specialised production processes. Cycle life optimisation becomes paramount for stationary applications where batteries may operate for 20+ years with daily charging cycles.

Technology Transfer Difficulties

Adapting Asian manufacturing processes to American operational environments requires substantial modification of equipment, procedures, and quality control systems. Korean and Japanese production methodologies developed for different labour markets and regulatory frameworks.

Key Technical Challenges:

Yield optimisation: Achieving target production rates during startup phases

Quality consistency: Maintaining performance specifications across production volumes

Process automation: Integrating robotic systems with manual operations

Material handling: Managing hazardous chemical processing safely

Consequently, workforce development represents a critical bottleneck as battery manufacturing requires specialised technical skills unavailable in traditional automotive or electronics manufacturing. Training programmes require 6-12 months for technician certification in electrochemical processing operations.

Market Demand and Capacity Balance

Supply-Demand Projections

Current manufacturing expansion trajectories suggest domestic production capacity will exceed demand requirements by 2026. This overcapacity scenario creates both opportunities for export market development and risks of industry consolidation.

Energy storage demand growth of 21% annually supports continued capacity expansion, driven primarily by renewable energy integration requirements and data centre backup power needs. However, production capacity growth exceeds 50% annually, creating potential oversupply conditions.

2026 Market Dynamics Analysis:

Domestic production capacity: 280 GWh annually

Projected U.S. demand: 200 GWh combined grid and transportation

Export potential: 40 GWh available for international markets

Market concentration: 10-12 major suppliers competing for market share

Regional manufacturing clusters enable transportation cost optimisation and supply chain coordination. The Southeast corridor development creates comprehensive ecosystem from raw material processing through finished system delivery.

Demand Growth Drivers

Data centre expansion represents the fastest-growing battery storage market segment as artificial intelligence and cloud computing requirements drive backup power needs. These applications require different battery specifications than traditional grid storage installations.

Furthermore, renewable energy integration continues as the primary demand driver, but growth rates may moderate as grid infrastructure adapts to higher renewable penetration levels. This creates uncertainty for long-term capacity planning.

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Geopolitical Manufacturing Implications

China Relationship Management

Maintaining supplier relationships with Chinese material producers while developing domestic manufacturing creates complex diplomatic and commercial challenges. Tariff policies must balance protective measures with supply chain continuity.

Chinese companies retain control over critical processing technologies and raw material access despite American manufacturing expansion. This creates ongoing strategic vulnerabilities that policy mechanisms alone cannot eliminate.

Interestingly, the chinese battery recycling breakthrough offers potential collaboration opportunities that could benefit American manufacturing sustainability goals.

International Partnership Development

Korean technology transfer represents the most successful international collaboration model, combining foreign expertise with domestic manufacturing capacity. This partnership approach enables rapid technology acquisition while building domestic capabilities.

Japanese collaboration focuses on advanced materials and precision manufacturing equipment, complementing Korean strengths in battery chemistry and production processes. European partnerships emphasise recycling and circular economy technologies.

Strategic Competition Dynamics:

Technology leadership: Competing for next-generation battery innovations

Market access: Securing international customer relationships

Supply chain control: Developing alternative material sourcing networks

Manufacturing cost: Achieving competitive production economics

Investment Patterns and Market Evolution

Project Development Timeline

Major facility investments require 2-3 years from announcement to production startup, creating predictable capacity addition schedules. Current project pipelines suggest continued expansion through 2028-2029 before growth rates moderate.

Significant Facility Investments:

Company
Location
Investment
Capacity
Timeline

Toyota-Panasonic
Liberty, NC
$14 billion
75 GWh
2025-2027

LG Energy Solution
Holland, MI
$1.4 billion
50 GWh
2025-2026

AESC
Tennessee
$2.8 billion
30 GWh
2026-2027

Samsung SDI
Multiple states
$5 billion
45 GWh
2025-2028

Cancelled Projects Analysis

Financial constraints and market uncertainty resulted in approximately $8 billion in cancelled investments, including KorePower Arizona ($1.2 billion) and Freyr Georgia ($2.6 billion) projects. These cancellations reflect more realistic demand forecasting and financing challenges.

Project cancellations concentrated amongst smaller companies lacking established customer relationships or proven manufacturing expertise. Larger corporations with automotive industry partnerships demonstrated greater project completion rates.

Financial Market Assessment

Manufacturing investment patterns reveal preference for companies with proven production expertise and established customer relationships. Financial markets increasingly scrutinise demand projections and competitive positioning before committing development capital.

Equity valuations reflect manufacturing capacity expansion but discount future profitability due to competitive pressures and potential oversupply scenarios. Debt financing requires demonstrated customer contracts and operational cash flow projections.

Technology Evolution and Manufacturing Adaptation

Next-Generation Technology Development

Solid-state battery development threatens current lithium-ion manufacturing investments through superior energy density and safety characteristics. However, manufacturing complexity and cost structures delay commercial deployment until 2030 or later.

Alternative chemistry development includes sodium-ion and iron-air storage systems targeting different market segments than traditional lithium-ion applications. These technologies require different manufacturing equipment and processes.

Manufacturing Process Innovation

Automation advancement reduces labour costs while improving quality consistency, particularly important for achieving competitive production economics. Robotic systems handle hazardous materials processing and precision assembly operations.

Energy efficiency improvements lower production carbon footprints, increasingly important for regulatory compliance and customer requirements. Manufacturing facilities integrate renewable energy sources to minimise operational emissions.

Moreover, american battery recycling initiatives complement manufacturing expansion by providing sustainable material sourcing options.

Technology Differentiation Strategies:

Cycle life optimisation: Extending battery operational lifespans

Energy density improvements: Reducing system footprint requirements

Safety enhancements: Minimising fire and thermal runaway risks

Cost reduction: Achieving competitive pricing through scale economies

Modular facility design enables rapid capacity adjustments based on market demand fluctuations. This flexibility becomes increasingly important as demand forecasting uncertainty persists across different application segments.

Industry Structure and Consolidation Dynamics

Overcapacity Scenario Planning

Potential industry consolidation by 2027-2028 reflects manufacturing capacity exceeding demand absorption rates. Smaller producers lacking scale economies or customer relationships face greatest financial pressure during market adjustment periods.

Market share concentration amongst 3-5 major producers appears likely as competitive pressures eliminate marginal operations. Korean companies and established American manufacturers demonstrate strongest competitive positioning.

This trend aligns with broader industry consolidation dynamics affecting resource-intensive manufacturing sectors.

Competitive Differentiation Requirements

Technology advancement becomes essential for maintaining market position as basic manufacturing capabilities commoditise. Companies invest heavily in research and development to create sustainable competitive advantages.

Vertical integration strategies provide cost advantages and supply chain control but require substantial capital investment. Companies must balance integration benefits against financial requirements and operational complexity.

Export Market Development

North American integration through Canadian and Mexican partnerships creates natural export opportunities for excess production capacity. Trade agreements facilitate cross-border manufacturing and distribution networks.

Global competitiveness requires achieving cost parity with Asian manufacturers while maintaining quality and delivery advantages. American manufacturers leverage proximity to customers and supply chain responsiveness as competitive factors.

The U.S. battery manufacturing expansion represents a fundamental restructuring of global energy storage supply chains, transforming America from import-dependent to potentially export-capable within five years. However, persistent dependencies on Asian supply chains for critical materials and continued manufacturing cost challenges suggest ongoing strategic vulnerabilities.

Success in this transformation requires maintaining technological competitiveness while developing alternative supply sources and adapting to evolving demand patterns. The US battery manufacturing capacity industry’s rapid expansion creates both unprecedented opportunities for energy independence and significant risks from potential overcapacity scenarios that could reshape competitive dynamics across the entire sector.

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First Solar Doubles Down on US Manufacturing Amid Strategic Pivot


First Solar launches new US factory to cut Asian reliance, despite missing Q4 earnings and issuing 2026 revenue guidance below analyst estimates.

First Solar is accelerating its domestic production strategy, commencing commercial operations of its latest module generation within the United States. This move, centered on a new 3.7-gigawatt facility, is designed to lessen reliance on Asian supply chains and capitalize on substantial federal tax incentives. The strategic expansion comes at a pivotal moment for the company, which faces heightened scrutiny following a recent earnings report that fell short of market expectations.

Earnings Context and Cautious Guidance

The company’s strategic shift follows a period of stock market volatility triggered by its latest financial results. For the fourth quarter of 2025, First Solar reported earnings per share of $4.84, missing analyst estimates of $5.19. While the firm achieved a record annual revenue of $5.2 billion for the full 2025 fiscal year, its outlook for 2026 remains measured.

Management has provided revenue guidance for the full year 2026 in a range of $4.9 billion to $5.2 billion. This forecast is notably below the $6.1 billion anticipated by market analysts. The company cites declining average selling prices and the intentional underutilization of its international manufacturing capacity as primary reasons for this conservative projection. A significant financial buffer is expected from Section 45X manufacturing tax credits, which could amount to approximately $2.1 billion in 2026.

Should investors sell immediately? Or is it worth buying First Solar?

Series 7 Modules and Domestic Supply Chain Focus

The cornerstone of this US-focused strategy is the new Series 7 thin-film module, now deployed at the Dodson Creek solar project in Ohio. This technology is central to the company’s operational plans for the current year and is projected to eventually represent over two-thirds of its US production capacity. In a parallel effort, First Solar is advancing construction on a new finishing facility, a step that repatriates final assembly processes from Southeast Asia back to American soil.

This calculated repositioning is a direct response to current US industrial policy, which strongly incentivizes local supply chains. By manufacturing domestically, the company aims to navigate international trade tariffs while maximizing its eligibility for government subsidies and incentives.

Key Upcoming Dates for Investors

Shareholders should mark several important dates on the calendar. The annual shareholder meeting will be held virtually on May 13. The agenda includes the election of ten directors, votes on executive compensation, and a shareholder proposal focused on simplifying the process for calling special meetings. Shareholders of record as of March 19 are eligible to vote.

First Solar is scheduled to release its first-quarter 2026 results in late April. Market experts currently anticipate earnings per share around $2.84 for this period. Another critical deadline is July 4, 2026. By this date, project developers must secure capacity to qualify for existing tax credit provisions. This cutoff is likely to significantly influence the company’s order backlog during the second half of the year.

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Source link

First Solar Doubles Down on US Manufacturing Amid Strategic Pivot


First Solar launches new US factory to cut Asian reliance, despite missing Q4 earnings and issuing 2026 revenue guidance below analyst estimates.

First Solar is accelerating its domestic production strategy, commencing commercial operations of its latest module generation within the United States. This move, centered on a new 3.7-gigawatt facility, is designed to lessen reliance on Asian supply chains and capitalize on substantial federal tax incentives. The strategic expansion comes at a pivotal moment for the company, which faces heightened scrutiny following a recent earnings report that fell short of market expectations.

Earnings Context and Cautious Guidance

The company’s strategic shift follows a period of stock market volatility triggered by its latest financial results. For the fourth quarter of 2025, First Solar reported earnings per share of $4.84, missing analyst estimates of $5.19. While the firm achieved a record annual revenue of $5.2 billion for the full 2025 fiscal year, its outlook for 2026 remains measured.

Management has provided revenue guidance for the full year 2026 in a range of $4.9 billion to $5.2 billion. This forecast is notably below the $6.1 billion anticipated by market analysts. The company cites declining average selling prices and the intentional underutilization of its international manufacturing capacity as primary reasons for this conservative projection. A significant financial buffer is expected from Section 45X manufacturing tax credits, which could amount to approximately $2.1 billion in 2026.

Should investors sell immediately? Or is it worth buying First Solar?

Series 7 Modules and Domestic Supply Chain Focus

The cornerstone of this US-focused strategy is the new Series 7 thin-film module, now deployed at the Dodson Creek solar project in Ohio. This technology is central to the company’s operational plans for the current year and is projected to eventually represent over two-thirds of its US production capacity. In a parallel effort, First Solar is advancing construction on a new finishing facility, a step that repatriates final assembly processes from Southeast Asia back to American soil.

This calculated repositioning is a direct response to current US industrial policy, which strongly incentivizes local supply chains. By manufacturing domestically, the company aims to navigate international trade tariffs while maximizing its eligibility for government subsidies and incentives.

Key Upcoming Dates for Investors

Shareholders should mark several important dates on the calendar. The annual shareholder meeting will be held virtually on May 13. The agenda includes the election of ten directors, votes on executive compensation, and a shareholder proposal focused on simplifying the process for calling special meetings. Shareholders of record as of March 19 are eligible to vote.

First Solar is scheduled to release its first-quarter 2026 results in late April. Market experts currently anticipate earnings per share around $2.84 for this period. Another critical deadline is July 4, 2026. By this date, project developers must secure capacity to qualify for existing tax credit provisions. This cutoff is likely to significantly influence the company’s order backlog during the second half of the year.

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First Solar Stock: New Analysis – 5 April

Fresh First Solar information released. What’s the impact for investors? Our latest independent report examines recent figures and market trends.

Read our updated First Solar analysis…

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Democratic Senators Call on Trump to Block Chinese Automakers From Manufacturing in U.S.


By Elias Schisgall

Three Democratic senators called on President Trump to crack down on the manufacturing and sales of Chinese vehicles in the U.S.

Democratic Sens. Tammy Baldwin of Wisconsin, Elissa Slotkin of Michigan, and Minority Leader Chuck Schumer of New York wrote a letter to Trump also calling for a ban on Chinese vehicles manufactured or titled in Canada and Mexico from entering the U.S.

They additionally argued against letting Chinese automakers open factories in the U.S. and said the administration should work with allies to “address the serious threat posed by Chinese vehicles.” They said the U.S. should support American automakers and their supply chains, adding that Chinese high-tech vehicles could pose a national security risk.

“We urge you to stay the course and make it clear that Chinese auto manufacturers and their products present unprecedented dangers to our economic and national security, and their manufacture, sale, or operation on U.S. soil is non-negotiable,” the senators wrote.

The letter follows Trump’s suggestion at a January meeting of the Detroit Economic Club that despite the administration’s trade tensions with China, he was open to Chinese automakers making investments in the U.S.

“If they want to come in and build a plant and hire you and hire your friends and your neighbors, that’s great, I love that,” Trump said during the event. “Let China come in.”

Write to Elias Schisgall at elias.schisgall@wsj.com

(END) Dow Jones Newswires

04-03-26 1214ET

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