Heat exchanger for semiconductor technology
In semiconductor production, aggressive and corrosive media play a decisive role in various processes such as chemical etching, cleaning and surface treatment. These media, which often contain strong acids, bases and highly reactive chemicals, enable precise patterning and structuring of semiconductor materials. Due to their highly corrosive properties, however, the use of metallic heat exchangers in these processes is not possible.
Metal heat exchangers corrode when exposed to aggressive chemicals, which leads to contamination of the media and end products and thus jeopardizes production. Corrosion by-products can affect the quality of semiconductors, compromise the integrity of equipment and pose safety risks.
Corrosion- and reaction-resistant materials for semiconductor technology
CALORPLAST heat exchangers are made entirely of corrosion- and reaction-resistant materials. Our heat exchangers have been used for decades for all processes, from heating and cooling etching baths and storage tanks to applications in laboratories and quality assurance. The modular concept of CALORPLAST allows it to be used as a Immersion-Type heat exchanger, on a liquid/liquid basis or as an air cooler. Always precisely tailored to the respective requirements.
In semiconductor production, CALORPLAST plastic heat exchangers offer an optimum solution for handling aggressive media. They are ideal for processes that require the use of corrosion-resistant materials and prevent contamination that could affect product quality. Their adaptability allows them to be used in various applications, from etching baths to quality assurance, and represents a safe, efficient alternative to metallic heat exchangers. These properties make them a preferred choice in the semiconductor industry.
