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Semiconductor Wafer Bonding Materials Market to Reach $400.17 Million by 2031, Driven by Packaging Advancements | Valuates Reports

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BANGALORE, India, May 16, 2025 /PRNewswire/ — The Global Temporary Wafer Bonding Materials Market is Segmented by Type (Thermoplastic Materials, UV Curing Materials, Composite Films, Metallic Materials), by Application (Wafer-level Packaging, MEMS, Compound Semiconductor).

The Temporary Wafer Bonding Materials Market was estimated to be worth USD 269.58 Million in 2024 and is forecast to a readjusted size of USD 400.17 Million by 2031 with a CAGR of 5.56% during the forecast period 2025-2031.

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Major Factors Driving the Growth of Temporary Wafer Bonding Materials Market:

 The temporary wafer bonding materials market is expanding rapidly due to advancements in semiconductor packaging, demand for thin wafer processing, and the proliferation of compound semiconductor applications. Key material types like UV-curable and thermoplastic adhesives address diverse needs in MEMS, 3D packaging, and wafer-level integration. Factors such as environmental compliance, foundry adoption, and miniaturization trends are further fueling growth. As industries embrace next-generation chips and sensor-rich devices, temporary bonding solutions that offer stability, reliability, and clean debonding become indispensable. With consistent investments in chip manufacturing and packaging innovations worldwide, the market for temporary wafer bonding materials is poised for sustained and diversified expansion.

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TRENDS INFLUENCING THE GROWTH OF THE TEMPORARY WAFER BONDING MATERIALS MARKET:

UV curing materials are significantly contributing to the growth of the temporary wafer bonding materials market due to their fast-processing capabilities and precision bonding. These materials offer excellent thermal stability and allow easy debonding under UV light exposure, making them ideal for advanced semiconductor packaging applications. As device miniaturization becomes essential in electronics, UV-curable adhesives provide high alignment accuracy and minimal substrate distortion. Their compatibility with thin wafers used in 3D stacking and advanced memory packaging strengthens their demand. Additionally, their low contamination levels and solvent-free nature align with environmental and safety regulations. With the growing use of advanced packaging in logic, memory, and RF devices, UV curing materials continue to drive market adoption across global foundries and IDMs.

Thermoplastic materials are propelling market growth by offering reversible bonding capabilities, high flexibility, and excellent temperature resistance. Their ability to soften upon heating and resolidify upon cooling makes them ideal for temporary bonding applications during wafer thinning and back-end processing. As chip designs become more complex and wafer handling more delicate, thermoplastics provide mechanical stability without permanent adhesion. These materials are especially favored in MEMS, compound semiconductors, and flexible device fabrication, where thermal cycling and mechanical stress are frequent. Their adaptability to various substrate materials, along with clean debonding characteristics, improves manufacturing yields and lowers damage risks. The reliability and process compatibility of thermoplastics enhance their value in advanced wafer-level packaging technologies.

The rise of compound semiconductors and wafer-level packaging is accelerating demand for temporary wafer bonding materials due to their unique processing needs. Compound semiconductors like GaN and SiC are fragile and require strong but easily removable bonding solutions during thinning and etching. Temporary bonding enables precision processing of these substrates without breakage. Similarly, wafer-level packaging techniques demand materials that can withstand backgrinding, polishing, and etching while allowing clean removal post-processing. As high-frequency, power, and optoelectronic applications expand, the use of compound semiconductors grows, thereby fueling the need for reliable temporary bonding. The synergy between compound materials and wafer-level integration directly influences the market for advanced bonding materials.

The growth in advanced packaging technologies such as 2.5D, 3D-ICs, and fan-out packaging is creating a strong demand for temporary wafer bonding materials. These complex architectures involve multiple wafer handling, thinning, and stacking processes, where temporary bonding plays a vital role in structural support and protection. The ability of bonding materials to provide strong adhesion and easy debonding is essential to preserve wafer integrity and ensure high yield. As packaging shifts from traditional wire bonding to wafer-level and chip-scale integration, manufacturers increasingly rely on materials that ensure both precision and reversibility. This trend fuels continuous innovation and market growth in temporary bonding solutions.

In semiconductor manufacturing, yield optimization is critical, and temporary bonding materials contribute by minimizing wafer breakage and contamination during thinning, lithography, and etching. The fragility of ultra-thin wafers demands materials that provide robust mechanical support while remaining inert to subsequent processing steps. Temporary bonding materials help maintain wafer planarity and surface quality, which are essential for photolithographic alignment and patterning. Their clean debonding properties also reduce the risk of residue, thereby maintaining surface cleanliness for downstream processes. With device geometries shrinking and wafer fragility increasing, the demand for bonding materials that enhance process stability and protect wafer integrity is driving market expansion.

Integrated Device Manufacturers (IDMs) and semiconductor foundries are the major consumers of temporary wafer bonding materials due to their adoption of advanced front-end and back-end processing. As these players expand their capabilities in 3D packaging, MEMS, CMOS image sensors, and power devices, they require materials that offer consistent performance across varying process conditions. Foundries prefer materials with high throughput compatibility and easy integration into automated production lines. Additionally, collaboration between material suppliers and IDMs on customized bonding formulations is becoming more common, enabling tailored solutions for specific device needs. This increasing engagement and scale of adoption in fabrication facilities bolster overall market growth.

Device miniaturization in electronics is leading to the widespread use of ultra-thin wafers, which are more susceptible to cracking and warping. Temporary bonding materials play a crucial role in enabling these thin wafers to be safely processed during backgrinding, etching, and lithography. The demand for thinner and lighter consumer devices, such as smartphones and wearables, accelerates the need for bonding materials that ensure structural integrity during manufacturing. These materials allow temporary integration with carrier wafers, providing necessary support. As the trend toward miniaturization continues, the significance of temporary wafer bonding materials in ensuring process success becomes increasingly critical.

Microelectromechanical systems (MEMS) and sensors are witnessing high adoption across automotive, consumer electronics, healthcare, and industrial sectors. Manufacturing of these devices involves complex wafer-level processes where temporary bonding materials offer handling support and process compatibility. MEMS fabrication includes etching, doping, and thinning steps, which require stable temporary adhesives to prevent damage or misalignment. Additionally, the need for cost-efficient and miniaturized sensor solutions encourages volume production using wafer bonding techniques. As sensor-rich applications such as autonomous driving, IoT, and biomedical diagnostics expand, the corresponding demand for robust and flexible bonding materials in MEMS production continues to surge.

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TEMPORARY WAFER BONDING MATERIALS MARKET SHARE:

Asia-Pacific dominates the temporary wafer bonding materials market, driven by the presence of major semiconductor fabrication hubs in China, Taiwan, South Korea, and Japan. These countries are home to leading foundries and OSAT companies that are increasingly adopting advanced packaging techniques.

North America follows, led by technological innovation and high R&D investments in chip design and manufacturing.

Europe also contributes significantly due to the region’s strength in automotive electronics and sensor technologies. Meanwhile, emerging markets in Southeast Asia and the Middle East are beginning to establish semiconductor fabs, offering new opportunities for material providers. Regional dynamics strongly influence production trends, partnerships, and regulatory compliance in the global bonding materials market.

Key Companies:

Brewer Science3MTokyo Ohka KogyoSamcien Semiconductor MaterialsSekisui ChemicalDOWHenkelNissan ChemicalAI TechnologyHD MicroSystems (DuPont)

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DISCOVER MORE INSIGHTS: EXPLORE SIMILAR REPORTS!

–          Thin Wafer Temporary Bonding Adhesive Market was estimated to be worth USD 178 Million in 2023 and is forecast to a readjusted size of USD 343.5 Million by 2030 with a CAGR of 9.8% during the forecast period 2024-2030.

–          The global market for Temporary Wafer Debonding System was estimated to be worth USD 322 Million in 2023 and is forecast to a readjusted size of USD 551.6 Million by 2030 with a CAGR of 8.4% during the forecast period 2024-2030.

–          The global market for Thin Wafers Temporary Bonding Equipment was valued at USD 161 Million in the year 2023 and is projected to reach a revised size of USD 244 Million by 2030, growing at a CAGR of 5.9% during the forecast period.

–          Temporary Bonding and Debonding Systems Market

–          Temporary Bonding Adhesives for Semiconductor Market

–          Wafer Bonding Equipment Market was valued at USD 321 Million in the year 2024 and is projected to reach a revised size of USD 449 Million by 2031, growing at a CAGR of 5.0% during the forecast period.

–          Temporary Bonding Adhesive Market revenue was USD 195.9 Million in 2022 and is forecast to a readjusted size of USD 342.3 Million by 2029 with a CAGR of 8.2% during the forecast period (2023-2029).

–          Wafer Bonding and Debonding Equipment Market was valued at USD 276 Million in the year 2023 and is projected to reach a revised size of USD 429 Million by 2030, growing at a CAGR of 5.0% during the forecast period.

–          Chip Bonding Adhesive Market was valued at USD 355 Million in the year 2023 and is projected to reach a revised size of USD 510 Million by 2030, growing at a CAGR of 5.3% during the forecast period.

–          Wafer Debonding System Market

–          Automatic Wafer Bonding Equipment Market was valued at USD 321 Million in the year 2024 and is projected to reach a revised size of USD 449 Million by 2031, growing at a CAGR of 5.0% during the forecast period.

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Northern Hemisphere Heat Drives Demand for Cooling and Sun-Protection Products on Yiwugo

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YIWU, China, July 24, 2026 /PRNewswire/ — Yiwugo.com, the official website of the Yiwu Commodity Market, is the largest commodity wholesale market in the world. The final whistle may have blown on the World Cup, but the intense heat gripping the Northern Hemisphere shows no sign of letting up. Europe has experienced unusually hot weather this year, sparking not only a surge in demand for air conditioners but also a boom in portable handheld fans. Merchants on Yiwugo say that in previous years, European customers would begin placing orders in March or April and take their time completing their annual procurement. This year, however, the purchasing season has stretched well into summer, with a flood of new buyers coming in, most of them looking for small handheld fans. With customers eager to capitalize on the peak summer season, delivery timelines have also become significantly tighter. Whereas orders in previous years could generally be fulfilled within a month, merchants are now frequently being asked to deliver within about a week, leaving manufacturers scrambling to keep pace with demand.

Lingpan Official Flagship Store has specialized in the production and sales of small fans, insulated cups, and related products for 15 years. This summer, demand from European customers for high-speed small fans has risen sharply, accompanied by urgent delivery requirements. Many customers began requesting shipment just one week after placing their orders, hoping the products would arrive in time for the World Cup and the ongoing heatwave across Europe. One long-standing European customer purchased only five models of small fans from Lingpan last year. Anticipating stronger demand ahead of this summer, the customer expanded the order to 10 models. The first shipment sold out soon after arriving at port, prompting several subsequent repeat orders. European buyers have shown particular interest in high-speed cooling fans and placed great requirements on product quality. So far this year, Lingpan’s fan sales have more than doubled compared with the same period last year, with total purchases reaching approximately RMB 1 million.

Beyond Europe, the owner of Lingpan, Ling Pan pointed out that the Indian market has also undergone significant changes over the past two years. Indian customers are showing great interest in panda-shaped fans, drinking cups, and related products. Procurement volumes among many Indian buyers have increased substantially, with average annual purchases now reaching several hundred thousand yuan.

Unlike European countries grappling with sudden heat waves, Asian markets such as Japan and South Korea, where summers are consistently hot and air conditioners and fans are already everyday essentials, have shown much stronger demand for sun-protection products. From April 1, 2026 to date, sales of sun-protection masks on Yiwugo have increased by 31.6% YoY, while sales of sun-protection face shields surged by 72.42% and sun hats rose by 8.1%.

Chen Jia, a Yiwugo merchant, has engaged in the production and sales of sun-protection masks and sun-protection face shields for eight years. Chen operates the Xiao Zhen and Xiao Mian Sun-Protection Products Workshop in District 4 of the Yiwu International Trade Market. In recent years, the company has customized cooling nylon fabrics for customers in Japan and South Korea. Sun-protection masks and sun-protection face shields made from this material not only offer UPF 50+ protection, but also maintain a more structured shape and are less susceptible to snagging or deformation. Their protective performance remains effective after routine washing, and the products can last for more than five years under normal use.

In 2024, a TV shopping operator from South Korea contacted Xiao Zheng and Xiao Mian through Yiwugo and began placing orders after inspecting the products in person. Over the following two years, the company continued to improve the fitness and design of its sun-protection products. It introduced sun-protection face shields with breathable mesh panels and incorporated soft supports around the nose area to prevent the masks from rubbing against lipstick. These product upgrades have steadily driven up customer ratings on the client’s store. Annual procurement, initially valued at around RMB 300,000, has risen year by year, and the company has since developed into a recognized brand in the local market.

Persistent heat across the Northern Hemisphere has been creating new forms of cross-border consumer demand while enabling Yiwugo merchants to keenly capture shifts in overseas markets. From the strong sales of small portable fans in Europe to the rising demand for functional sun-protection products in Japan and South Korea, the diversity of orders reflects both consumers’ need for relief from extreme heat and the ability of Yiwu manufacturers to strengthen their presence in global markets through product innovation and rapid fulfillment. Faced with a rapidly changing international market, many merchants are continuing to refine product designs, upgrade fabric techniques, and enhance supply efficiency. By leveraging Yiwugo to broaden their export channels, they are keeping pace with overseas consumption trends and capitalizing on the expanding market for cooling and sun-protection products, turning the summer heat into new momentum for cross-border trade.

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SOURCE Yiwugo.com

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Snorkel AI Highlights First Wave of Open Benchmarks Grants Projects

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SAN FRANCISCO, July 24, 2026 /PRNewswire/ — Snorkel AI today highlighted the first group of projects supported through Open Benchmarks Grants, a $3 million commitment to support open-source datasets, benchmarks, and evaluation research.

Launched in February 2026, Open Benchmarks Grants has received hundreds of applications from researchers, labs, and engineers working to address a growing challenge: AI systems are advancing faster than the field’s ability to rigorously measure their performance on realistic, consequential work.

“From complex environments and huge autonomy horizons to rich, sophisticated outputs, these projects tackle some of the field’s hardest evaluation challenges,” said Fred Sala, a member of the Open Benchmarks Grants steering committee and assistant professor at the University of Wisconsin–Madison. “I’m excited to see the broader research community use, validate, and build on them.”

Open Benchmarks Grants provides selected teams with funding, expert data development support, research and engineering collaboration, and platform resources. Supported projects include:

Frontier-Bench (formerly Terminal-Bench 3.0), developed with Laude Institute and the Harbor community, is a harder, more domain-diverse successor to Terminal-Bench 2.1 — built in the open, task by task, under continuous adversarial review.Agents’ Last Exam, developed with UC Berkeley RDI and the RDI Foundation, evaluates agents on long-horizon, economically valuable professional workflows. It spans 55 sub-industries and includes more than 1,500 tasks toward a 5,000-task target, sourced and validated by more than 300 industry experts.OSWorld 2.0, developed with XLANG Lab, evaluates computer-use agents on 108 long-horizon workflows across 31 self-hosted web environments and professional desktop applications.Continual Learning Bench, developed with UC Berkeley SkyLab and the University of Wisconsin–Madison, measures whether agents genuinely improve across sequential, stateful tasks.SlopCode Bench, developed with the University of Wisconsin–Madison, measures how code quality degrades as coding agents repeatedly modify and extend their own solutions.Terminal-Bench 2.1, developed with Stanford University, Laude Institute and the Harbor community, evaluates agents on challenging work in terminal environments. The release corrected 28 tasks and introduced continuous validation.

With support from Open Benchmarks Grants, Terminal-Bench Science is also now in development, extending the Terminal-Bench framework to computational research workflows across the life, physical, earth, and mathematical sciences.

Beyond the grants program, Snorkel led the development of Senior SWE-Bench with the research teams at Princeton University and the University of Wisconsin–Madison. The benchmark evaluates coding agents on senior-level engineering work, including implementing features from realistic instructions, investigating bugs that require runtime analysis, and producing code that follows existing codebase conventions.

Open Benchmarks Grants was established with support from Hugging Face, Prime Intellect, Together AI, Factory, Harbor, and PyTorch. Applications remain open and are reviewed on a rolling basis.

Learn more and apply for a grant at benchmarks.snorkel.ai.

About Snorkel AI
Snorkel AI is the frontier AI data lab, helping teams build the data and environments behind high-performing frontier and agentic AI. We combine technology with research-driven AI data development to create datasets, benchmarks, evals, and custom solutions for real-world AI systems. Founded out of the Stanford AI Lab in 2019, Snorkel works with leading AI labs and enterprises to move from better data to better outcomes. 

media@snorkel.ai

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Payzli Vaults to No. 3 on Tampa Bay’s Fast 50, Up From No. 22 in One Year

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Payments technology company, Payzli earns a second consecutive Fast 50 ranking, crediting the climb to accelerating partner and merchant growth on its proprietary technology stack.

TAMPA, Fla., July 24, 2026 /PRNewswire/ — Payzli, the partner-first payments technology company, has been named the No. 3 fastest-growing company in the region on the Tampa Bay Business Journal’s 2026 Fast 50 – a 19-spot climb from its No. 22 debut last year, and the company’s second consecutive year on the list.

The ranking was announced July 23 at the Tampa Bay Business Journal’s Fast 50 event in Tampa, where Co-Founder and Chief Revenue Officer Naim Hamdar accepted the award alongside members of the Payzli team.

Payzli attributed its growth to a compounding effect: a national network of ISOs, agents and ISVs bringing merchants onto a technology platform Payzli built and operated in-house. 

That platform rests on three proprietary pillars:

Payzli Connect: the company’s payment CRM and merchant-and-partner dashboard, giving agents and ISOs daily residuals visibility and giving merchants a single place to run their account.Payzli POS: AI-powered point-of-sale and business software purpose-built for service businesses, including salons, med spas, wellness studios, and independent operators.Payzli Transact: an online payment gateway built on Visa Platform Connect through Payzli’s partnership with Visa Acceptance Solutions.

The Visa Acceptance Solutions partnership is central to how Payzli frames its credibility: rather than assembling a growth story on top of borrowed infrastructure, the company processes on rails backed by one of the most established networks in the industry alongside Fiserv and TSYS – a point that matters to the partners and merchants deciding where to place their volume.

“A second year on this list, and a jump to No. 3, isn’t about one good quarter. It’s about a network deciding to build with us and stay,” said Naim Hamdar, Co-Founder and Chief Revenue Officer of Payzli. “Every rank on this list represents partners we’ve earned and merchants who trust us to run their payments. We built the technology in-house so we could keep the promises the industry usually breaks: nothing hidden, a real person in reach, and daily residual visibility our agents can actually count on. That’s what this ranking measures and it’s why we’re doing it all, for the joy of business.”

“They say nothing in Tampa moves fast except the afternoon thunderstorms, so making the Fast 50 two years running feels pretty good,” said Kapil Pershad, Co-Founder and Chief Technology Officer of Payzli. “In all seriousness, this is a credit to our team and the businesses that trust us to power their growth.”

The Fast 50, produced by the Tampa Bay Business Journal, recognizes the fastest-growing private companies in the Tampa Bay region. Payzli’s return to the list and its move into the top three reflects a merchant-first product suite and a rapidly expanding national partner network across the payments and embedded-finance landscape.

About Payzli

Payzli is an end-to-end payments technology partner that makes accepting payments simpler and affordable for businesses of all sizes and risk levels. Founded in 2020 and headquartered in Tampa, Florida, Payzli brings together in-person processing, an advanced online gateway, AI-powered point of sale, and mobile and contactless payments – backed by its own technology, honest pricing, and dedicated human support. Built partner-first, Payzli equips ISOs, agents, developers, and independent software vendors to grow, with direct integrations to major processing platforms, in-house underwriting, a flexible credit policy, a Visa Acceptance Solutions foundation partnership, and sponsor-bank backing from Esquire Bank, a NASDAQ-listed strategic investor in Payzli. For more information, email partners@payzli.com or visit payzli.com.

Payzli is a registered trademark of United Payment Systems LLC. United Payment Systems LLC is a registered ISO of Esquire Bank (Jericho, NY), Commercial Bank of California (Irvine, CA), and KeyBank, National Association (Cleveland, OH).

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