Dutch Minister Sjoerd Sjoerdsma Challenges US Lawmakers Over Proposed Semiconductor Export Curbs Affecting ASML

Washington D.C. witnessed a significant diplomatic push this week as Dutch Trade Minister Sjoerd Sjoerdsma engaged with top American officials, including Commerce Secretary Howard Lutnick and key members of Congress, to voice profound concerns over the proposed MATCH Act. This legislative initiative, if enacted, threatens to dramatically expand existing restrictions on Chinese access to Western semiconductor manufacturing equipment, a move that would disproportionately impact ASML, Europe’s most valuable technology company and a critical player in the global microchip supply chain. Sjoerdsma’s visit underscores the escalating tensions between national security imperatives and economic realities in the ongoing geopolitical contest for technological supremacy.

The Proposed MATCH Act and Its Far-Reaching Implications

The Microchip Access and Technology Control for Huawei (MATCH) Act, introduced in April, represents a significant escalation of US efforts to curb China’s semiconductor ambitions. While existing regulations, largely influenced by US foreign policy, have long barred ASML’s most advanced Extreme Ultraviolet (EUV) lithography machines from reaching Chinese customers, the MATCH Act proposes to extend these prohibitions to Deep Ultraviolet (DUV) immersion machines. These DUV systems, though considered a generation older than EUV, remain indispensable for manufacturing a vast array of crucial semiconductors, including those used in artificial intelligence applications, data centers, and various consumer electronics. For ASML, a company that generated 19% of its net system sales from China in the most recent reporting period, the implications are stark. The proposed legislation goes beyond current multilateral export controls agreed upon by the Netherlands, the United States, and Japan, which already limit sales of advanced DUV tools. The MATCH Act would effectively shut down a substantial portion of ASML’s business with one of its largest markets, potentially costing the company billions in revenue and severely disrupting its long-term strategic planning.

Minister Sjoerdsma’s candid remarks to Bloomberg following his meetings highlighted the gravity of the situation: "It’s exceptional that I’m coming here to broadly outline our concerns to Congress. The stakes for the Netherlands may be very high." This direct engagement from a high-ranking European official in the legislative process of a sovereign nation signals the extraordinary economic and strategic importance of ASML and the semiconductor industry to the Netherlands and, by extension, the European Union.

ASML: The Unseen Giant Powering the Digital Age

Headquartered in Veldhoven, Netherlands, ASML holds a near-monopoly on the production of advanced lithography machines, the highly complex and precision instruments essential for etching intricate circuits onto silicon wafers. Without ASML’s technology, the world’s most advanced microchips, including those powering cutting-edge AI, high-performance computing, and next-generation mobile devices, simply cannot be manufactured. The company’s market capitalization, often exceeding €300 billion, reflects its unique and indispensable position in the global technology ecosystem.

ASML’s product portfolio includes two main categories of lithography systems relevant to the current debate:

Extreme Ultraviolet (EUV) Lithography: These are the most advanced machines, costing hundreds of millions of dollars each and employing light with extremely short wavelengths to create features as small as a few nanometers. They are critical for manufacturing the most advanced logic and memory chips (e.g., 7nm, 5nm, 3nm nodes and beyond). Sales of these machines to China have been restricted for several years due to US pressure and subsequent Dutch export controls, citing national security concerns.
Deep Ultraviolet (DUV) Lithography: While older in concept, DUV systems, particularly the immersion variants, remain workhorses of the semiconductor industry. They are used to produce a vast range of chips, from mature nodes to those powering many current AI accelerators and sophisticated automotive electronics. ASML CEO Christophe Fouquet noted in May that what China can currently acquire are older-generation DUV tools, some of which were first shipped a decade ago. It is precisely these DUV immersion machines that the MATCH Act seeks to relegate off-limits, a significant expansion from existing controls.

The complexity of these machines is staggering. An ASML EUV system comprises over 100,000 components, hundreds of kilometers of wiring, and requires custom-built facilities to operate. The development of this technology represents decades of investment, research, and collaboration across a global supply chain involving thousands of specialized companies.

Chronology of Escalating Semiconductor Controls

The current diplomatic friction is the latest chapter in a multi-year saga of escalating US-China tech rivalry, with semiconductors at its core.

2019-2020: The Trump administration initiated targeted restrictions, most notably by placing Huawei on the Entity List, effectively cutting off its access to US technology and, crucially, chips made with US equipment or software, regardless of where they were manufactured (the "foreign direct product rule"). This led to early US pressure on the Netherlands to block ASML’s EUV sales to China.
October 2022: The Biden administration enacted sweeping export controls, significantly broadening the scope of restrictions. These rules targeted China’s ability to obtain advanced computing chips, develop and maintain supercomputers, and manufacture advanced semiconductors. The controls also imposed restrictions on US persons supporting China’s chip industry and expanded the foreign direct product rule to cover more items.
January 2023: Following extensive negotiations with the US, the Netherlands announced its own national export controls, which came into effect later in the year. These regulations required ASML to obtain export licenses for some of its advanced DUV lithography systems, effectively aligning Dutch policy more closely with US objectives, although not to the extent now proposed by the MATCH Act. Japan, another key player in semiconductor equipment manufacturing (e.g., Tokyo Electron, Nikon), followed suit with similar measures.
May 2023: ASML confirmed that, under the new Dutch rules, it would no longer ship its most advanced immersion DUV systems (e.g., NXT:2000i and newer) to China without a license, which were unlikely to be granted for Chinese advanced fabs.
April 2026: The MATCH Act is introduced in the US Congress, signaling a legislative push to further tighten the screws on China’s access to even more generations of DUV technology.
May 2026: ASML CEO Christophe Fouquet reiterates the company’s commitment to compliance but voices concerns about the scope of potential future restrictions, noting the economic impact on ASML and the long-term risk of spurring China to develop its own indigenous solutions.
June 2026: Minister Sjoerdsma travels to Washington D.C. to lobby against the MATCH Act, highlighting the Dutch government’s direct economic and sovereignty concerns.

Economic Stakes and Broader Implications

The potential passage of the MATCH Act carries significant economic and geopolitical implications:

For ASML and the Netherlands: China is a vital market for ASML, representing nearly one-fifth of its net system sales. A complete ban on DUV immersion tools would lead to a substantial revenue loss, impacting ASML’s profitability, its ability to fund its massive R&D budget (which stood at over €4 billion in 2025), and potentially affecting employment within the company and its extensive supply chain. The Netherlands prides itself on its robust trade relationships and adherence to multilateral frameworks. Unilateral US legislation that dictates the sales policies of a Dutch company to a major trading partner raises questions about economic sovereignty and the extraterritorial reach of US law.
For the Global Semiconductor Supply Chain: While the US aims to secure its technological leadership, overly aggressive export controls risk fragmenting the global semiconductor industry. Such measures could lead to inefficiencies, higher costs, and a complex web of compliance requirements for companies operating internationally. It could also force Chinese companies to redouble efforts to "de-Americanize" their supply chains, potentially creating parallel, less efficient ecosystems.
For US-EU Relations: The US has largely succeeded in bringing its allies, including the Netherlands and Japan, on board with existing export control regimes by emphasizing national security concerns. However, the MATCH Act’s potential to inflict severe economic damage on a key European ally could strain transatlantic relations. European nations generally prefer a coordinated multilateral approach to trade and technology restrictions rather than unilateral legislative action by one country. Dialogue and compromise will be crucial to prevent diplomatic rifts.
For China’s Semiconductor Ambitions: The ongoing restrictions have undeniably hampered China’s progress in advanced chip manufacturing. However, they have also ignited a fervent, state-backed drive for self-sufficiency. Chinese foundries like SMIC, despite sanctions, have shown surprising resilience, reportedly achieving 7nm-class production using modified DUV tools. Further restrictions on DUV technology could accelerate China’s efforts in indigenous R&D and manufacturing, potentially leading to breakthroughs in areas where it currently lags. While this might take years, the long-term outcome could be a more self-reliant, albeit potentially less efficient, Chinese semiconductor industry, which might eventually diminish the leverage of Western equipment suppliers. This presents an "innovation paradox" where sanctions, while intended to cripple, can sometimes catalyze domestic ingenuity.
For the AI Industry: DUV immersion tools are critical for producing many of the chips used in AI applications, not just the bleeding-edge chips made with EUV. Restricting access to these tools could slow China’s AI development, which is a stated goal of US policy. However, it could also push Chinese AI companies to optimize their software and algorithms for less advanced hardware, or intensify efforts to secure alternative supply chains.

Official Responses and Perspectives

US Administration: Commerce Secretary Howard Lutnick, while acknowledging the Dutch concerns, is expected to reiterate the US commitment to national security and preventing adversaries from acquiring technologies that could undermine US interests. The administration’s stance has consistently been that safeguarding technological superiority is paramount, even if it entails economic costs for allies.
US Congress (Proponents of MATCH Act): Sponsors of the MATCH Act argue that a more robust approach is necessary to counter China’s military modernization and technological authoritarianism. They view the expansion of controls as a critical step in denying China the foundational technology required for its strategic industries. The bill, as Bloomberg noted, would likely need to be folded into a larger legislative package to pass, indicating that its proponents are actively seeking avenues for its enactment.
China: Beijing has consistently condemned US export controls as protectionist, discriminatory, and a violation of international trade rules. Chinese officials and state media are expected to react strongly to any further restrictions, reiterating calls for technological self-reliance and accusing the US of weaponizing trade and technology.
Industry Analysts: Many analysts point to the delicate balance between effective export controls and unintended consequences. While some see the MATCH Act as a logical extension of existing policy, others warn of the potential for market distortion, reduced global innovation, and the eventual creation of distinct, competing technological blocs. There is a consensus that ASML’s unique position makes it an unavoidable focal point in this geopolitical struggle.

Conclusion: A High-Stakes Balancing Act

Minister Sjoerd Sjoerdsma’s mission to Washington underscores the profound complexity and high stakes of semiconductor geopolitics. The proposed MATCH Act represents a pivotal moment, challenging the delicate balance between national security, economic prosperity, and international cooperation. While the US seeks to solidify its technological lead and counter perceived threats, its actions risk alienating key allies and inadvertently accelerating the very self-sufficiency it aims to prevent in China. The coming months will determine whether diplomacy and mutual understanding can find a middle ground, or if the global semiconductor industry will be further fractured by an intensifying technological cold war, with ASML, a symbol of European innovation, caught squarely in the crossfire.