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Capacity Expansion Creates New Opportunities for Semiconductor Components
Entering the first half of 2026, the global semiconductor precision components market, driven strongly by AI (Artificial Intelligence) infrastructure construction, is in the early-to-mid stage of a new upward cycle. SEMI (Semiconductor Equipment and Materials International) forecasts that the global semiconductor manufacturing equipment market will reach $165.9 billion in 2026, a 23.2% increase year-over-year. This indicates that the wafer fab expansion wave, dominated by AI chips, HBM3 and HBM4 (High Bandwidth Memory), and advanced-node logic chips, is entering a phase of rapid capacity release.
In this round of expansion, WFE (Wafer Fab Equipment) investment is expected to climb to $139 billion in 2026, accounting for over 80% of the entire semiconductor equipment market. Since equipment performance directly determines the process node, power consumption, and yield of chips, the precision components sector, as the physical cornerstone of the equipment, not only directly captures the dividends of equipment investment but also faces generational leap requirements in materials science and precision. This is driven by the advancement of process nodes to 3nm and beyond (such as GAA transistor structures and backside power delivery networks).
At the technical evolution level, the three- to four-fold annual growth in AI workloads has significantly increased the intensity of etching and deposition processes in wafer manufacturing. Particularly in front-end core processes such as high-precision etching and ALD (Atomic Layer Deposition), the intensity of capital expenditure shows a step-like growth. This demand for deep etching and complex thin-film growth directly drives the rising value proportion of components such as vacuum reaction chambers, precision gas flow control cabinets, and high-purity pipeline welding parts.
Deloitte's research points out that given the advancement of Chiplet technology and advanced process nodes, the demand for high-performance memory (such as HBM and DDR7) is surging, even causing supply tightness for consumer-grade DDR4/DDR5 memory. It is estimated that in the first half of 2026, their prices could rise by up to 50%. This AI-dominated reshaping of capacity and supply chain patterns has elevated precision components to a strategic height of national key technology security in ensuring the resilience of the global semiconductor supply chain and equipment delivery schedules.
Along with changes in the global trade landscape, semiconductor special metal raw materials, special gas control components, and surface treatment processes such as special electroless nickel plating and anodizing are facing more export controls and tariff barriers.
Data shows that increased import tariffs caused by protectionist policies have raised the input costs of key raw materials for components by 6% to 9%. To avoid the systemic risks brought by single-country supply chain exposure, global semiconductor equipment giants (such as Applied Materials and Lam Research) accelerated the de-geopoliticization of their supply chains in the first half of 2026, requiring component manufacturers to possess multi-regional, close-proximity delivery and globalized production service capabilities.
Against this backdrop, driven by the counter-cyclical expansion of wafer fab construction, mainland China's 12-inch wafer monthly capacity is expected to reach over 3 million pieces by 2026, doubling from 2022. This not only provides broad domestic substitution space for local precision component manufacturers in mainland China (such as Fortune Precision) but also forces local leaders to accelerate the construction of overseas manufacturing bases (such as Fortune Precision Singapore) to enter the non-China supply chains of top-tier international equipment manufacturers.
Meanwhile, multinational component giants (such as Ultra Clean Holdings) are actively optimizing their global production networks. By making heavy capital investments in low-geopolitical-risk and low-cost regions in Southeast Asia (such as Penang, Malaysia, and Singapore), they strive to seize the first-mover advantage of the new WFE upward cycle while ensuring business continuity.
Local Leap vs. Global Closed Loop: A Comparison of Business Layout and Product Portfolio
Fortune Precision: Platform Leap of the Leader in Domestic Substitution
Founded in 2008, Fortune Precision was listed on the STAR Market in October 2022 as the first semiconductor equipment precision components company. The company has long been deeply engaged in precision manufacturing technology for metal materials. Currently, its product performance has reached international mainstream standards, successfully entering the supply chains of leading domestic front-end semiconductor equipment manufacturers such as NAURA, AMEC, and Piotech, and achieving batch supply for overseas leading customers to a certain extent. Fortune Precision is positioned as a "one-stop" platform for semiconductor precision components. Through wholly-owned or controlled R&D and production bases in Shenyang, Beijing, Nantong, and Singapore, it has built a platform-based business layout covering multiple tracks of mechanical and electromechanical components.
In terms of product dimensions, Fortune Precision has formed four major product matrices: process components, structural components, gas delivery systems, and module products:
① Process components mainly focus on core parts inside the reaction chamber that are in direct contact with the wafer and susceptible to corrosion, such as cross-hole welding gas distribution plates, heater plates, liners, cathode sleeves, and exhaust grilles;
② Structural components focus on stable support and transmission outside the chamber, such as the main bodies of reaction and transfer chambers, chamber shutters, pallet shafts in CMP transmission mechanisms, and cast steel platforms;
③ Gas delivery systems focus on the safety and cleanliness of fluid transport, providing high-purity gas pipelines, vacuum gas pipelines, and high-purity Manifold pipeline welding parts;
④ Module products achieve a higher level of electromechanical integration, including various advanced process gas delivery control cabinets (such as ETCH, CVD, and ALD process gas cabinets) and control modules like gate valves and angle valves.
Fortune Precision's growth logic lies in keeping pace with the localization wave of China's semiconductor equipment. By continuously expanding product categories horizontally and delving into special processing technologies vertically, it is gradually transitioning from single-component processing to the manufacturing of complex subsystem modules.
Ultra Clean Holdings (UCT): The Giant's Closed Loop in Global Gas/Chemical Delivery Subsystems
Ultra Clean Holdings, Inc., founded in 1991 and headquartered in Hayward, California, USA, is a globally recognized industry giant in semiconductor critical subsystems, ultra-high purity cleaning, and analytical services. Ultra Clean Holdings adopts a unique dual-wheel drive business model, dividing its business into the Products segment and the Services segment. The Products segment provides extremely precise gas delivery systems, fluid delivery systems, precision robotics, vacuum reaction chamber components, and chemical delivery modules. The Services segment provides ultra-high purity cleaning, coating regeneration, surface packaging, and high-sensitivity micro-contamination analysis for tool chamber components.
The core competitive advantage of Ultra Clean Holdings lies in its commercial closed loop covering the entire life cycle of the equipment. Its Products segment provides critical subsystem integration before the equipment leaves the factory, while the Services segment provides high-frequency, cyclical component cleaning and coating treatment services during the wafer fab operation and maintenance phase. This makes the Services segment a source of high-stickiness, high-margin recurring revenue (recurring service revenue accounts for nearly 64%).
Through the acquisition of HIS Innovations Group in 2023, Ultra Clean Holdings further expanded its technological depth in sub-fab vacuum valves, process abatement, and gas control integration, achieving comprehensive coverage from the main equipment chamber to the sub-fab support systems.
Detailed Deconstruction of Product Matrix and Business Model
It can be seen from the comparison that Ultra Clean Holdings holds a clear leading position in the complexity of control subsystems, multi-physics field fluid integration, and the closed-loop ecosystem of services. The stable cash flow and high gross margin provided by its service business effectively resist the performance fluctuations caused by cyclical equipment order cuts in the product business.
Fortune Precision, on the other hand, demonstrates a strong latecomer advantage in its "one-stop" manufacturing capability. Particularly in the precision cutting of large-size reaction chambers, welding of special materials, and supporting qualifications for surface treatment in mainland China, it has formed extremely high geopolitical and licensing barriers.
Process Breakthrough and Industry Barrier Analysis: Comparison of Technical Strength
Fortune Precision's Technical Breakthroughs and Underlying Localized Processes
Fortune Precision's R&D focuses on overcoming the performance bottlenecks of mechanical structural parts and gas delivery pipelines in front-end manufacturing equipment, with a focus on solving issues such as corrosion resistance, particle control, and high surface finish.
Its independently developed core technology system covers precision mechanical manufacturing, ultra-high surface finish manufacturing for stainless steel, high-precision micro-hole manufacturing, plasma spraying, nano-film coating, aluminum-based fluorination, and high-performance electroless nickel plating. For example, targeting the highly corrosive fluorine-based/chlorine-based gases in plasma etching equipment, Fortune Precision has developed aluminum-based fluorination and special anodizing surface treatment technologies, significantly improving the erosion resistance life of metal substrates in strong plasma environments.
In the field of assembly and welding, Fortune Precision has mastered laser welding, electron beam welding, and advanced brazing technologies, ensuring high airtightness and zero particle residue in the manufacturing and testing of ultra-clean gas cabinets. However, in areas such as fluid dynamic control valves for advanced process nodes and ultra-long-life chamber coatings, it is still in a catching-up state.
Ultra Clean Holdings' Materials Science Barriers, Patent Matrix, and Smart Manufacturing Upgrade
As an industry leader, Ultra Clean Holdings' technical barriers have gone beyond pure precision machining, extending to advanced materials science, highly integrated system control design, and ultimate production process control.
By the end of 2025, Ultra Clean Holdings held over 320 active patents and patent applications globally, mainly covering complex gas delivery subsystems, high-precision thermal management systems, and unique cleaning processes. To address the zero-tolerance for ultra-trace contamination inside reaction chambers in EUV (Extreme Ultraviolet) Lithography and advanced memory processes, Ultra Clean Holdings has developed proprietary EUV protective coatings and utilizes its QCL (Quality Control Laboratory) to provide parts-per-trillion (ppt/ppq) level micro-contamination analysis. This creates extremely high cross-technical barriers in detection, cleaning, and precision manufacturing.
On the manufacturing front, Ultra Clean Holdings' smart and automated transformation achieved a landmark breakthrough in 2025. By December 2025, in its global core cleanroom assembly lines, 42% of the steps were completed by robots and automated systems. This smart manufacturing system has boosted production line throughput efficiency by 28%, shortened delivery times by nearly 20%, and pushed the overall assembly defect rate down to an extreme low of within 80 ppm (parts per million), greatly enhancing its capacity agility in responding to sudden large orders from major customers.
Differences in R&D Investment Intensity and Technology Transformation Paths
A deep deconstruction of R&D data reveals the essential differences between the two:
Fortune Precision exhibits the characteristics of a "catcher-up" with high R&D intensity and large-scale technological catch-up. Its R&D-to-revenue ratio is as high as 6% to 8%, mainly because the rapid evolution of domestic equipment process nodes requires the company to make simultaneous "rigid capital investments and R&D expenditures" across multiple unrelated underlying technology sectors, including metal machining, high-purity welding, and various surface treatments;
Ultra Clean Holdings, on the other hand, demonstrates the characteristics of a "leader" with mature technology, focusing on system application and process efficiency optimization. Although its R&D-to-revenue ratio remains at a low level of around 1.5%, relying on its huge sales volume, over 320 patents on hand, and a high proportion of 62% engineering and technical personnel, it integrates R&D more into engineering application introduction (NPX program) and actual cleaning recipe updates in wafer fabs, achieving extremely high technology transformation efficiency.
Comparative Analysis of Development Strategy and Future Outlook
Fortune Precision's "Close-Proximity" Delivery and Singapore Overseas Expansion Strategy
Fortune Precision's future development strategy is based on two pillars: "close-proximity delivery" in the domestic market and "geopolitical isolation overseas expansion" in the overseas market.
• Multi-base Distributed Collaboration: The company has completed capacity layout in multiple locations in Shenyang, Beijing, and Nantong, China. Among them, the Nantong factory was successfully put into production at the end of 2024, and its planned capacity is being released in a gradient of 30% to 50%, mainly supporting wafer fabs in the East China region. The production of the Beijing factory has achieved close-proximity responses to advanced process customers in the Beijing-Tianjin-Hebei region (such as NAURA and SMIC Beijing), greatly shortening the R&D sampling and batch delivery cycles. Shenyang's self-built special surface treatment production base has solved the bottleneck of domestic high-quality plasma spraying and acid-alkali resistance testing licensing restrictions. • The Overseas Springboard Role of the Singapore Base: Fortune Precision Singapore completed acceptance and gradually started production by the end of 2025. This is not only the core grasp for the company to enter the supply chains of non-China international semiconductor giants but also effectively isolates the geopolitical tariff friction of directly exporting metal parts from China, opening up tens of billions of RMB in potential overseas market space for the company.
Ultra Clean Holdings' "UCT 3.0" Evolution and Malaysia Capacity Foundation
Ultra Clean Holdings is comprehensively advancing its ambitious "UCT 3.0" transformation plan. Its core goal is to drive the company's transition from a single-system contract manufacturer to a global "joint R&D designer and manufacturing partner," and to achieve a long-term blueprint of $4 billion in annual revenue, a gross margin of over 20%, and an operating profit margin of greater than 10% by 2030 (a significant leap from the 4.9% operating profit margin at the end of 2025).
• The Pillar Effect of the Penang, Malaysia Super Factory: In April 2024, Ultra Clean Holdings fully completed its super manufacturing base located in Batu Kawan Industrial Park, Penang, Malaysia. The cumulative investment for this project reached 250 million ringgit (approximately 49 million euros). Phase I (300,000 square feet, focusing on steel frames, welding, and module assembly) and Phase II (250,000 square feet, significantly increasing vertical integration of longitudinal precision machining and fluid components) are both fully operational. In 2025, a third phase of land was added, and the construction area and total number of employees are expanding rapidly. Once the capacity of this factory is fully ramped up, it is expected to bring an additional $600 million to $800 million in annual revenue for Ultra Clean Holdings, and greatly optimize its close-proximity delivery efficiency in the Asia-Pacific region (increasing the proportion of Asian capacity from 50% to 60%).
• Deep Innovation of the Executive Team: To support the rapid implementation of the UCT 3.0 strategy and the expectation management of the capital market, the company carried out a series of senior management reorganizations in the first half of 2026. This included appointing Robert Wunar as Chief Operating Officer (COO) in January to lead smart manufacturing and the global supply chain; a smooth transition in board leadership in April; and in July 2026, announcing the appointment of Michael Keogh, former Ford EV financial executive and senior executive at Apple and Intel, as the company's new Chief Financial Officer (CFO), replacing Sheri Savage who retired in April, to comprehensively lead the company's future financial model optimization, profit margin improvement, and potential globalized capital operations.
Conclusion
Based on the comprehensive comparative analysis above, Fortune Precision and Ultra Clean Holdings, as the "China-US Duopoly" in the semiconductor components field, present completely different yet complementary business characteristics to the industry and capital markets in the market game in the first half of 2026.
Fortune Precision demonstrates strong marginal elasticity in domestic substitution and high growth potential. Through the forward-looking expansion of strategic assets, talents, and capacity with high intensity from 2024 to 2025, although the company experienced a short-term phased loss in 2025 due to low capacity utilization rate during the ramp-up phase and a surge in equipment depreciation expenses, entering the first half of 2026, the scale effect released by this heavy-asset layout is astonishing, and profits have achieved an explosive reversal of nearly ten times.
Overseas, the production of the Singapore base has successfully built a defensive growth springboard under the uncertain geopolitical situation. Domestically, highly benefiting from the autonomous supply chain guarantee demand of mainland China's 12-inch wafer monthly capacity breaking through 3 million pieces, Fortune Precision's market share in process components and electromechanical cabinets is expected to maintain a high-slope climb from 2026 to 2027.
Ultra Clean Holdings (UCT), relying on its global monopoly position, the full life-cycle "Products + Services" closed loop, and high recurring revenue, demonstrates strong industrial defense capabilities and explosive potential driven by the new round of AI equipment investment. Although it suffered non-cash financial disturbances from goodwill impairment in 2025, and faced the suppression of major customer inventory digestion and low overall capacity utilization rate (about 65%) in the first half of 2025 to 2026, Ultra Clean Holdings already possesses a very strong risk-resistant foundation.
Through the rapid capacity ramp-up of the Penang, Malaysia super factory (providing $600 million to $800 million in additional annual revenue potential), it has effectively built a cost safe haven for Asia-Pacific delivery. At the same time, since its built huge capacity can support an annual revenue scale of over $3 billion without significantly increasing capital expenditures (the current operating rate is just over $2 billion), it possesses excellent operating elasticity. With the addition of top-tier multinational enterprise management talents like Michael Keogh to the C-suite, when the global semiconductor capital expenditure fully recovers in the second half of 2026, Ultra Clean Holdings is highly likely to burst out with excellent free cash flow elasticity, making it a rare high-quality platform-based subsystem leader in the global WFE upward cycle.
References:
1. Forecast: Global Semiconductor Equipment Market to Grow 23% in 2026 - Nikkei Chinese, https://cn.nikkei.com/industry/itelectric-appliance/63261-2026-07-16-09-08-59.html
2. Ultra Clean Holdings: Business Model Canvas – MatrixBCG.com, https://matrixbcg.com/products/uct-business-model-canvas