The Rising Role of Electronic Materials and Chemicals in Next-Generation Semiconductor Manufacturing

The global electronic materials and chemicals market is valued at USD 59.9 billion in 2025 and is projected to reach USD 98.6 billion by 2035, expanding at a CAGR of 5.1%. As consumer electronics, electric vehicles, and advanced communication technologies like 5G continue to drive innovation, the demand for specialized materials and chemicals used in electronic component fabrication has surged.

While discussions on this market often focus on growth drivers like consumer electronics and PCB manufacturing, a critical yet underexplored angle lies in its role in enabling next-generation semiconductor technologies. The evolution of semiconductor design, particularly in AI, IoT, and quantum computing, is heavily dependent on advancements in materials and chemical engineering-an insight that remains relatively untapped in mainstream market narratives.

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Market Context

The electronic materials and chemicals market comprises essential products such as photoresists, CMP (chemical mechanical planarization) slurries, specialty gases, conductive polymers, and wet chemicals used in etching and cleaning processes. These materials are indispensable in manufacturing integrated circuits, displays, and printed circuit boards. As device miniaturization becomes the norm, the performance and purity of these chemicals play a crucial role in defining the efficiency of advanced chips.

Global semiconductor demand is growing at an unprecedented pace, driven by electric vehicles, 5G-enabled devices, and data centers. With Moore's Law approaching its physical limits, new materials such as high-k dielectrics, low-k interlayer dielectrics, and advanced photoresists are enabling continued innovation in transistor scaling and energy efficiency.

The Uncommon Insight: Materials as the Backbone of Advanced Chip Design

While much of the industry focus is on the design and architecture of chips, the electronic materials and chemicals market is the backbone that supports these breakthroughs. The transition from traditional silicon wafers to compound semiconductors like gallium nitride (GaN) and silicon carbide (SiC) is a perfect example. These materials require ultra-pure chemicals during wafer cleaning and doping to maintain performance and reliability in high-power applications such as electric vehicle inverters and fast-charging systems.

The rapid adoption of EUV (extreme ultraviolet) lithography for sub-7nm nodes is another area where photoresist materials and advanced developers are critical. Without the evolution of these chemicals, achieving the precision required for next-generation chips would be impossible. Similarly, CMP slurries have evolved to support the demands of 3D NAND and advanced packaging technologies, which are essential for high-density memory solutions used in AI servers and autonomous vehicles.

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Case Studies and Real-World Examples

One compelling example is Taiwan Semiconductor Manufacturing Company (TSMC), which has partnered with leading chemical suppliers like JSR, TOK, and Merck to develop cutting-edge photoresists and deposition materials for its 3nm and 2nm chip nodes. These collaborations highlight how the electronic materials and chemicals industry plays a silent yet pivotal role in maintaining technological leadership in semiconductors.

In the United States, the CHIPS and Science Act of 2022 has spurred significant investments in local semiconductor manufacturing. Chemical companies such as DuPont and Honeywell are expanding their production capacities for high-purity solvents, etchants, and CMP materials to support fabs being built by Intel, Micron, and Samsung. This trend is expected to significantly increase the domestic demand for electronic materials over the next decade.

Moreover, Japan's dominance in specialty chemicals-including fluoropolymers, photoresists, and specialty gases-has been instrumental in supporting global semiconductor supply chains. The country's expertise in ultra-high-purity electronic chemicals has made it a crucial partner for leading chipmakers, particularly for advanced nodes where contamination levels must be near zero.

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Future Outlook

The future of the electronic materials and chemicals market is closely tied to the evolution of technologies like artificial intelligence, quantum computing, and advanced sensors. As chip architectures become more complex, the industry will require next-generation materials with enhanced properties. For example, low-k dielectric materials are gaining traction for reducing signal delays and power consumption in high-speed processors. Likewise, graphene and 2D materials are being explored as potential replacements for silicon in certain applications, which will drive demand for new classes of etching and deposition chemicals.

The rise of green electronics is another emerging trend. Manufacturers are investing in environmentally friendly chemicals and processes to reduce the carbon footprint of semiconductor fabs. Initiatives such as using biodegradable solvents and recycling chemical waste are expected to shape procurement strategies for major semiconductor companies in the coming years.

Key Segmentation

By Product:

By product, the segmentation is as liquid, gaseous, and solid.

By Application:

By application, the segmentation is as silicon wafers, PCB laminates, specialty gases, wet chemicals and solvents, photoresist, and others.

By End Uses:

By end uses, the segmentation is as semiconductors and integrated circuits, printed circuit boards and flat panel displays.

By Region:

By region, the segmentation is as North America, Latin America, Europe, Asia Pacific, and The Middle East & Africa.

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This release was published on openPR.