Why do semiconductors need ozone?

In the semiconductor industry, ozone plays an integral and critical role. As a high-efficiency cleaning and disinfection gas, it is widely used in the manufacturing process of core components such as transistors and integrated circuits. Ozone is decomposed by ozonolysis catalyst to produce free radicals and oxygen molecules, these active substances can effectively remove surface attached organic matter, while killing microorganisms, thus significantly improving the electrical performance and stability of the product.

In transistor fabrication, ozone ensures surface cleanliness and charge response stability; In the manufacture of integrated circuits, it forms a protective layer to prevent the material from being contaminated. In addition, ozone's flexibility, economy and environmental protection make it the industry's first choice. In summary, ozone in the semiconductor industry with its unique cleaning and disinfection capabilities, to improve product quality and production efficiency has made an important contribution.

MINSTRONG is a company specializing in the production of ozone decomposition catalysts, with more than 40 years of catalyst production, operation and research and development, the produced ozone decomposition catalysts do not contain activated carbon, safe and non-explosive, with highly active copper oxide and manganese oxide as the main components. It can quickly break down ozone into oxygen without consuming any energy. This is the most effective and least costly way to break down ozone.