Key Insights• According to the research report, "Brazil Etching Chemicals Market Overview, 2031," published by Bonafide Research, the Brazil Etching Chemicals Market is anticipated to grow at more than 5.21% CAGR from 2026 to 2031.• Brazil’s etching chemicals market is primarily supported by semiconductor packaging and testing, microelectronics, power electronics, photonics and specialized semiconductor research rather than large scale conventional silicon wafer fabrication. The country has developed capabilities in chip design and back end activities, while front end wafer manufacturing remains limited. • Brazil’s semiconductor ecosystem is concentrated around companies and research centers in São Paulo, Rio Grande do Sul and other technology clusters. Applications such as power electronics, sensors, photonic integrated circuits and advanced electronic components create demand for surface treatment, wafer processing and specialized etching chemicals.• The development of silicon carbide power semiconductors is becoming an important opportunity for Brazil. CEITEC is transitioning toward silicon carbide power chips for applications including electric vehicles and photovoltaic systems, which can create additional demand for specialized etching and semiconductor-processing chemicals.Market Overview• Brazil’s etching chemicals market is expected to grow gradually as the country expands semiconductor packaging, testing, power device manufacturing and specialized microelectronics capabilities. Growth is likely to be more concentrated in mature and specialized semiconductor applications than in advanced logic or high volume memory wafer fabrication.• CEITEC’s planned move into silicon carbide power semiconductor production represents a significant potential new demand center for semiconductor process chemicals. The company has been preparing its Porto Alegre facility for silicon carbide production, with manufacturing targeted for the second half of 2026. • Brazil’s expanding semiconductor ecosystem is also attracting greater international cooperation.

The country is developing partnerships with semiconductor organizations in China, Malaysia and the Philippines, while its established back-end capabilities provide a platform for further development of semiconductor manufacturing and related chemical-processing requirements. Policies• The Brazil Semicon program, established under Law 14.968 in 2024, is the country’s main semiconductor development framework. It modernizes and expands the earlier PADIS program by providing support for semiconductor production, research, innovation, chip design and related electronic activities. • Brazil Semicon also provides mechanisms through BNDES and Finep to support new semiconductor projects as well as the expansion, modernization and technological upgrading of existing facilities. This policy structure can support future investment in semiconductor-processing infrastructure and associated chemical requirements. • In July 2026, Brazil issued Decree No. 13,065, updating the regulatory framework for PADIS and Brazil Semicon. The updated framework includes financial and tax support mechanisms covering eligible semiconductor companies, equipment, materials and technology development activities.Industry Statistics• Brazil’s semiconductor industry is estimated to generate approximately USD 2.5 billion in revenue in 2026, according to Abisemi. The industry has established technological and production capabilities particularly in semiconductor encapsulation and testing, while the number of chip design companies operating in Brazil continues to increase. • Brazil currently has approximately nine companies involved in semiconductor back end activities such as chip testing and encapsulation, with a significant portion of this capacity concentrated in memory related products. The country also has several companies with established integrated-circuit design capabilities. • CEITEC received an R$220 million contribution from Brazil’s National Fund for Scientific and Technological Development in December 2024.

The company has been using the investment to modify its factory and acquire equipment for its planned silicon carbide semiconductor manufacturing activities.Industry News• In August 2026, Abisemi estimated that Brazil’s semiconductor industry could close 2026 with approximately USD 2.5 billion in revenue. The association highlighted the country’s established packaging and testing capabilities, growing chip design presence and increasing international cooperation across the semiconductor value chain.• In February 2026, CEITEC’s transition toward silicon-carbide power semiconductor manufacturing was highlighted as a key change in Brazil’s semiconductor strategy. The company plans to use its existing facility in Porto Alegre for power-chip production targeting applications such as electric vehicles and solar energy systems. • In July 2026, Brazil updated the regulatory framework governing its semiconductor incentives through Decree No. 13,065. The changes strengthened the implementation framework of Brazil Semicon and PADIS and expanded the mechanisms available for supporting semiconductor production, technological development and investment in Brazil.Segment AnalysisBrazil Etching Chemicals Market By Chemical Type• Alkaline Etchants are used in Brazil for controlled removal of metals, oxides, and selected surface layers where alkaline chemistry provides suitable process control and substrate compatibility. These formulations are relevant to PCB manufacturing, electronics processing, precision components, metal treatment, and industrial fabrication. Demand is supported by Brazil’s automotive supply chain, machinery manufacturing, metal fabrication, electronics sector, and broader industrial production activities.• Oxidizing Etchants are utilized in Brazil for controlled oxidation and material removal across electronics, PCB processing, metal treatment, automotive components, and specialized industrial applications.

Hydrogen peroxide, persulfate based formulations, nitric-acid-based systems, and other oxidizing chemistries are selected according to substrate characteristics, etch rate, and process requirements. Brazil’s metalworking, automotive, electronics, and precision manufacturing industries support demand for oxidizing etching formulations. Brazil Etching Chemicals Market By Process• Wet Etching is widely used across Brazil’s electronics, PCB, metal processing, automotive, glass, ceramics, and industrial manufacturing sectors. Liquid-based acids, alkaline solutions, and oxidizing chemistries are applied for material removal, surface preparation, cleaning, pattern formation, and selective treatment of substrates and components. Brazil’s established automotive and metalworking industries, combined with electronics and industrial manufacturing activities, support broad demand for wet etching processes.• Dry Chemical Etching is primarily associated with applications requiring precise and selective material removal, particularly in semiconductor-related research, microelectronics, MEMS, sensors, photonics, and advanced electronic components. Plasma based dry etching enables controlled removal of thin material layers and supports fine feature formation in specialized manufacturing environments. In Brazil, demand is linked to semiconductor-related development, electronics research, aerospace technologies, sensors, and advanced industrial applications. Brazil Etching Chemicals Market By Application• Semiconductor Manufacturing represents a specialized application for etching chemicals in Brazil, covering semiconductor-related manufacturing, microelectronics, power electronics, sensors, MEMS, and research activities.

Etching processes are used for selective material removal, surface preparation, pattern formation, and microfabrication of electronic devices and components. Brazil’s domestic semiconductor initiatives, electronics industry, automotive electronics demand, and research capabilities contribute to the development of this application.• Printed Circuit Boards are used across Brazil’s electronics, telecommunications, automotive electronics, industrial automation, medical equipment, and consumer electronics industries. Etching chemicals are primarily used to remove unwanted copper and create the required conductive patterns during PCB fabrication. Expansion of electronics manufacturing and increasing electronic content in vehicles, industrial equipment, and communication systems support demand for reliable PCB etching processes.Considered in this report• Historic Year: 2020• Base year: 2025• Estimated year: 2026• Forecast year: 2031Aspects covered in this report• Etching Chemicals Market with its value and forecast along with its segments• Various drivers and challenges• On-going trends and developments• Top profiled companies• Strategic recommendationBy Chemical Type• Acid-Based Etchants• Alkaline Etchants• Oxidizing Etchants• Other Formulated EtchantsBy Process• Wet Etching• Dry Chemical EtchingBy Application• Semiconductor Manufacturing• Metal Etching & Surface Treatment• Printed Circuit Boards• Glass & Ceramics• Other Applications.