Extreme Ultraviolet (EUV) Pellicle Market Size, Share, and Growth Forecast 2026 - 2033

The global extreme ultraviolet (EUV) pellicle market is expected to be valued at US$ 229.1 million in 2026 and is projected to reach US$ 704.2 million by 2033, growing at a CAGR of 17.4% between 2026 and 2033. Wider adoption of EUV lithography in logic and memory chip production is the primary growth factor.

Chipmakers use pellicles to protect high-value photomasks from particle contamination and improve wafer yield. The transition to High-NA EUV tools and higher-power light sources is expected to increase demand for stronger, more durable membranes, supporting continued investment across the pellicle supply chain.

Drivers - Widespread Adoption of EUV Lithography at Advanced Chip Nodes

Rising adoption of EUV lithography is the primary factor driving the demand for EUV pellicles. As chipmakers advance to smaller process nodes, more critical layers are transferred to EUV, increasing the number of photomasks requiring protection. Pellicles prevent particles from reaching the mask surface during exposure, linking pellicle demand directly to the number of EUV layers used in chip production. As a result, chipmakers increasingly consider pellicles an essential yield-management technology.

TSMC, Samsung Electronics, Intel, SK hynix, and Micron use EUV systems from ASML, the sole supplier of EUV lithography equipment. Memory manufacturers have expanded EUV adoption into DRAM production, broadening the addressable customer base beyond logic chipmakers. Government initiatives, including the CHIPS and Science Act in the United States and the European Chips Act, are supporting new semiconductor fabs and additional EUV tool installations. Each new EUV tool expands the installed base requiring qualified pellicles, supporting long-term market demand.

Yield Protection and High Photomask Costs Strengthen the Business Case

High photomask costs strengthen the economic case for EUV pellicles. EUV masks contain complex multilayer patterns, and particle contamination can create defects across multiple wafers during exposure. Mask cleaning, inspection, and replacement add production costs and can reduce fab utilization. Pellicles reduce particle-related contamination and help extend mask usability, supporting higher production efficiency and lower material waste. Increasing chip density is also reducing defect tolerance, making mask protection more important at advanced nodes.

EUV masks use reflective multilayer blanks from suppliers such as Hoya and AGC, while mask manufacturers such as Photronics invest in advanced inspection equipment. EUV lithography operates at a wavelength of 13.5 nanometers, making particle control particularly important. imec and ASML continue to develop higher-transmission and more durable pellicle technologies. Increasing qualification of pellicles for production masks supports recurring demand as fabs expand EUV capacity.

Restraints - Technical Limits on Transmission and Durability Slow Pellicle Adoption

Technical limitations related to transmission and durability remain key constraints on EUV pellicle adoption. Pellicles need to be thin enough to transmit EUV light while maintaining sufficient mechanical strength during production. Light absorption reduces scanner throughput and wafer productivity, while membrane breakage or degradation can interrupt production and increase operating costs. Fabs therefore require extensive qualification before adopting new pellicle designs across production lines, extending commercialization timelines for suppliers.

EUV scanners operate in a hydrogen environment and expose pellicles to high thermal loads from the EUV source. Free-standing films only tens of nanometers thick are difficult to manufacture in large, defect-free formats. Silicon-based membranes can face performance limitations as source power increases, while High-NA systems introduce additional requirements related to light angles and membrane uniformity. Repeated testing on ASML scanners further extends qualification cycles and increases development costs.

Supply Concentration and Export Controls Limit Market Growth and Access

A concentrated supplier base creates supply-chain risks and limits the pace of EUV pellicle market expansion. Only a small number of companies have the technical capabilities and qualification history required to supply production-grade EUV pellicles. Capacity constraints, manufacturing defects, or quality issues can therefore affect multiple fabs. New suppliers also face lengthy qualification processes and significant capital requirements before reaching commercial scale. Export restrictions further limit access to advanced EUV equipment in some markets, affecting the geographic expansion of demand.

ASML controls EUV scanner technology and has licensed pellicle technology to partners such as Mitsui Chemicals, resulting in a relatively concentrated technology ecosystem. The Netherlands requires export licenses for advanced EUV systems, while EUV tools have not been shipped to China. This limits demand from one of the world's largest semiconductor manufacturing markets. Specialized materials, including carbon nanotubes, also require dedicated manufacturing capabilities, increasing the investment and technical requirements for new suppliers.

Opportunities - Second-Source Suppliers and Regional Localization Create New Supply Opportunities

Demand for supply-chain resilience is creating opportunities for second-source EUV pellicle suppliers. Semiconductor fabs in Korea, Japan, Taiwan, and the United States are expanding capacity, increasing demand for reliable and geographically diversified suppliers. Vendors that complete qualification early can secure long-term supply agreements with leading fabs. Regional manufacturing also reduces logistics risks and enables faster technical support, while early collaboration with chipmakers strengthens supplier relationships.

Mitsui Chemicals produces EUV pellicles under license from ASML, while S&S Tech and FST in South Korea are developing their own products. TSMC has also developed pellicle capabilities for internal use. Rapidus in Japan installed its first EUV tool in 2024 and is developing a domestic semiconductor ecosystem. Semiconductor incentive programs in the United States, Japan, South Korea, and the European Union are supporting localized supply chains, creating opportunities for regional pellicle manufacturing. Local production can also shorten qualification and support cycles.

Higher-Power EUV Sources and Throughput Raise Demand for Durable Pellicles

Increasing EUV source power is creating demand for pellicles with higher thermal stability and longer operating life. Higher source power supports greater wafer throughput but also increases the heat load on the membrane. Pellicles that maintain transmission and structural integrity under these conditions can support higher scanner productivity and improve the cost economics of EUV production. This creates opportunities for suppliers with advanced membrane technologies and validated high-power performance.

ASML has increased EUV source power across its NXE scanner generations, with further increases incorporated into its technology roadmap. Carbon-based membranes from developers such as Canatu and Lintec target higher thermal and durability requirements. imec also continues research into advanced pellicle materials. As EUV source power increases, suppliers that demonstrate reliable performance under high-power operating conditions are positioned to strengthen relationships with leading semiconductor fabs. Qualification results and long-term reliability remain important factors in securing production orders.

Pellicle Type Insights

EUV pellicle represents the leading pellicle type segment, holding around 82% share of the extreme ultraviolet (EUV) pellicle market in 2026. This leadership is supported by the large installed base of ASML NXE scanners with a numerical aperture of 0.33. The design is well established, with suppliers having extensive experience in qualification and commercial delivery. Fabs prefer proven pellicles for high-volume production because membrane failure can disrupt wafer output. Established procurement channels and validated performance support the segment's continued leadership.

High-NA EUV pellicle is expected to be the fastest-growing product type, driven by the transition toward next-generation lithography systems. ASML introduced High-NA systems with a numerical aperture of 0.55, and Intel received the first tool in late 2023. These systems require pellicles with updated optical and mechanical specifications. Adoption is focused on advanced logic and memory nodes, and increasing deployment of High-NA tools in production fabs is expected to accelerate demand for compatible pellicles.

Which Membrane Material Leads the Extreme Ultraviolet (EUV) Pellicle Market?

Silicon-based membranes are likely to lead the market with a 35% share in 2026, supported by their early commercialization and established qualification history. ASML and its partners have refined silicon-based designs over several years, while fabs have tested them on production masks, reducing qualification risk. The supply chain is also more developed than for emerging membrane materials. At current source power levels, silicon-based pellicles provide a practical balance of EUV transmission, mechanical strength, and cost.

Carbon-based membranes are expected to register the fastest growth, driven by their higher thermal and hydrogen resistance compared with many alternative materials. Carbon nanotube films combine high strength, low thickness, and high EUV transparency, making them suitable for higher-power scanners and High-NA systems. Canatu, Lintec, and Mitsui Chemicals are developing carbon-based products, while imec has conducted extensive research in this area. Successful fab qualification can support broader adoption of these membranes as chipmakers seek higher durability without compromising scanner throughput.

Application Insights

Logic ICs represent the leading application category, accounting for around 56% of the market share in 2026. Foundries were early adopters of EUV, and advanced logic nodes now use multiple EUV layers per chip. TSMC, Samsung Electronics, and Intel operate high-volume production lines for smartphone, server, and artificial intelligence processors. Each additional EUV layer increases the need for mask protection, while the high cost of logic masks strengthens the economic value of pellicles. These factors support logic ICs as the leading application segment.

Memory ICs represent the fastest-growing application, driven by increasing EUV adoption across advanced DRAM generations. Samsung Electronics, SK hynix, and Micron are expanding EUV use in DRAM to support higher bit density and advanced process nodes. Rising demand for high-bandwidth memory used in artificial intelligence servers further supports investment in advanced memory production. Memory fabs operate at high volumes, making mask protection and yield optimization particularly important. Expanding EUV adoption across memory manufacturing is therefore broadening the pellicle customer base.

Which Region Leads the Extreme Ultraviolet (EUV) Pellicle Market?

Asia Pacific is expected to lead the global extreme ultraviolet (EUV) pellicle market with a 38% share in 2026. The region hosts leading semiconductor manufacturers and a large concentration of pellicle and photomask suppliers. China remains restricted from purchasing EUV scanners under export controls, although domestic research and development continues. Regional sourcing also reduces delivery risks for critical semiconductor materials. Strong government support for semiconductor investment further supports market growth. Demand is expected to remain strong as High-NA tools enter production, creating opportunities for suppliers with local qualification and technical support capabilities near major fabs.

Taiwan Extreme Ultraviolet (EUV) Pellicle Market Size

Taiwan accounts for an estimated 34% of Asia Pacific's extreme ultraviolet (EUV) pellicle market revenue in 2026. TSMC operates the world's largest base of EUV scanners for advanced logic production and has developed internal pellicle capabilities. Demand is supported by smartphone, server, and artificial intelligence processor production. A well-established local supplier ecosystem supports faster qualification of new materials and close collaboration among chipmakers, mask shops, and material companies. Government policies also support domestic semiconductor supply chains. Taiwan is expected to remain the largest market in Asia Pacific as advanced nodes incorporate more EUV layers.

South Korea Extreme Ultraviolet (EUV) Pellicle Market Size

South Korea is projected to hold a substantial share of the Asia Pacific market in 2026. Samsung Electronics and SK hynix use EUV for advanced logic and DRAM production, while SK hynix installed an ASML High-NA system in 2025. Local suppliers such as S&S Tech and FST are expanding domestic pellicle capabilities. High-volume memory production increases the importance of mask protection and yield management. Government support for semiconductor investment further strengthens the market ecosystem, while large domestic memory manufacturers provide local suppliers with a stable customer base. South Korea’s market is expected to expand rapidly as memory manufacturers increase EUV layer adoption.

Japan Extreme Ultraviolet (EUV) Pellicle Market Size

Japan is anticipated to hold a notable share of the Asia Pacific extreme ultraviolet (EUV) pellicle market in 2026. Mitsui Chemicals produces EUV pellicles under license from ASML, while Hoya and AGC supply photomask blanks. Rapidus installed EUV tools in 2024 as part of Japan's domestic semiconductor development strategy. The country's established strengths in advanced materials, specialty chemicals, and precision manufacturing support pellicle development. Government funding is also supporting semiconductor capacity expansion and technology development. Collaboration between universities and chemical manufacturers supports the transition of new materials from research to commercial production.

North America Extreme Ultraviolet (EUV) Pellicle Market Trends and Insights

North America is projected to hold about 34% share of the extreme ultraviolet (EUV) pellicle market in 2026, supported by substantial investment in new semiconductor fabs and strong federal incentives. Leading chipmakers are expanding advanced logic and memory capacity that is expected to use EUV scanners. Most pellicles are supplied from Asia and Europe, making local fabs dependent on global supply chains. Demand is closely linked to fab construction and production ramp schedules. The region is expected to strengthen its position as new fabs reach volume production, creating opportunities for suppliers to establish local technical support and secure long-term supply agreements.

U.S. Extreme Ultraviolet (EUV) Pellicle Market Size

The U.S. accounts for an estimated 94% of the North American extreme ultraviolet (EUV) pellicle market revenue. Intel operates leading-edge fabs in Oregon and Arizona and received the first High-NA tool, while Micron and TSMC are expanding domestic semiconductor capacity. Support from the CHIPS and Science Act is increasing fab investment and strengthening the domestic semiconductor ecosystem. Large fab projects are also attracting material and equipment suppliers closer to production sites, while domestic supplier development is receiving greater attention. Universities provide a skilled engineering workforce, supporting technology development and qualification. The market is expected to expand steadily as new fabs reach higher utilization and qualify additional pellicle suppliers.

Europe Extreme Ultraviolet (EUV) Pellicle Market Trends and Insights

Europe is anticipated to hold nearly 24% share of the extreme ultraviolet (EUV) pellicle market in 2026. The region serves as a major center for EUV equipment development rather than large-scale EUV chip production. ASML, Carl Zeiss SMT, and research centers such as imec support pellicle technology development through scanner testing, materials research, and process development. The European Chips Act is supporting the regional semiconductor ecosystem and encouraging new investment.

Although demand is lower than in Asia Pacific, Europe's role in EUV technology development makes the region strategically important. The region is expected to remain a hub for pellicle research and qualification, creating opportunities for material developers to establish early partnerships through regional research programs.

Netherlands Extreme Ultraviolet (EUV) Pellicle Market Size

The Netherlands is projected to hold around 38% share of the European extreme ultraviolet (EUV) pellicle market in 2026. ASML develops and tests EUV and High-NA scanners in the country, creating consistent demand for pellicles used in tool qualification and customer support. Close relationships among equipment suppliers, research organizations, and material developers strengthen the local ecosystem. Supplier clusters around ASML also support technology development and testing. Each new scanner generation requires compatible pellicle evaluation, sustaining qualification activity. Government support for semiconductor research provides additional momentum. The country is expected to retain its leading position as new EUV and High-NA platforms require continued pellicle testing and qualification.

Germany Extreme Ultraviolet (EUV) Pellicle Market Size

Germany is expected to hold a significant share of the European market in 2026. Carl Zeiss SMT supplies optical systems used in EUV scanners, while the country has a strong base of precision engineering, research institutions, and semiconductor manufacturing. Demand is supported by optics testing, semiconductor research programs, and expanding chip production capacity. Public funding for semiconductor research strengthens the technology ecosystem, while collaboration among optics manufacturers, research institutes, and equipment companies supports faster development and qualification. Expanding fab projects are also increasing demand for advanced semiconductor materials.

Belgium Extreme Ultraviolet (EUV) Pellicle Market Size

Belgium is anticipated to hold a notable share of the European extreme ultraviolet (EUV) pellicle market in 2026. imec in Leuven serves as a major EUV research center, supporting pellicle materials development and High-NA process research in collaboration with ASML. Partnerships with chipmakers, equipment companies, and material suppliers support ongoing development and qualification activity. Demand is primarily linked to research programs and partner fab trials. Global chipmakers and material companies participate in imec programs, providing recurring project activity and funding. Its role as a neutral research partner also enables multiple companies to evaluate new materials in a common development environment. Belgium is expected to maintain a strong position in the market as advanced material testing and High-NA development expand.

The global extreme ultraviolet (EUV) pellicle market is highly concentrated, with competition centered on technical performance, qualification, and reliability rather than production scale. ASML influences the market through EUV scanner design and pellicle technology licensing, while Mitsui Chemicals is a key commercial supplier. TSMC maintains internal pellicle capabilities, while S&S Tech and FST are developing Korean alternatives. Specialists such as Canatu and Lintec are advancing carbon-based membranes designed for higher thermal loads.

Established suppliers hold an advantage because semiconductor fabs prefer qualified pellicles with proven production performance, creating high switching barriers. New entrants are focusing on High-NA and high-power applications, where evolving specifications create opportunities for differentiated technologies. Key competitive strategies include developing second-source capabilities, forming partnerships with leading fabs, and collaborating with research centers on next-generation materials. Pricing power is driven primarily by qualification, reliability, and technical performance rather than production volume.

Key Industry Developments

• In April 2024, Intel announced that it had completed assembly of the first commercial High-NA EUV scanner from ASML at its Oregon site, a step that advances the need for High-NA pellicle development.
• In December 2024, Rapidus installed its first EUV lithography system at its pilot fab in Hokkaido, Japan, adding a new customer for EUV materials, masks, and pellicles in the Japanese market.
• In September 2025, SK hynix introduced a commercial High-NA EUV scanner from ASML at its Icheon fab in South Korea, marking early High-NA use in memory production and widening demand for matching pellicles.