What is the use of chillers in high precision industrial processes?

Chillers are essential in high-precision industrial processes, particularly in semiconductor manufacturing and biomedical applications. In semiconductor manufacturing, chillers are used to control the temperature of equipment and production environments, ensuring the precision needed for the creation of microchips. They prevent overheating, which could lead to defects in the delicate semiconductor processes. Dielectric cooling fluids, which are non-conductive, are often used in these chillers to absorb and dissipate heat without causing electrical short circuits, making them ideal for semiconductor manufacturing where electrical components are involved.

In biomedical applications, chillers also play an essential role in maintaining exact temperatures for sensitive equipment and processes. They are used in cryopreservation, where precise cooling is required to preserve biological samples, tissues, or cells. Chillers help ensure that medical devices operate within their optimal temperature ranges, preventing potential damage and maintaining performance in critical healthcare settings. Both in semiconductor manufacturing and biomedical applications, chillers are crucial for maintaining temperature stability, ensuring safety, and enhancing efficiency across these high-precision fields.

What are dielectric fluids?

Dielectric fluids are already around for some time in electrical engineering, serving as insulating oils in high-voltage equipment. Dielectric fluids prevent electrical discharges, enhance insulation, and dissipate heat, ensuring the reliability of power systems. Dielectric fluids also find use in cooling electronic components and industrial processes, requiring high-temperature stability.

Why choosing THERMASOLV™ dielectric fluids?

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