Application Note
High-temperature monitoring plays a crucial role across various industries that involve extreme heat processes. In power plants and refineries, it ensures safe and efficient operation of reactors and incinerators. Similarly, in steel and metal processing plants, it is essential for maintaining optimal heat levels in furnaces, foundries, and molten metal applications. The glass and ceramic manufacturing industries rely on precise temperature measurement for processes like kiln and glass melting to produce high-quality products. In heat treatment and aerospace sectors, temperature control is vital in extreme heat environments to meet material specifications. In semiconductor manufacturing, temperature monitoring is critical during chemical vapor deposition (CVD) and epitaxy processes, which are used for wafer processing and crystal growth. The need for precision continues in metal hardening and coating processes carried out in vacuum and controlled atmosphere furnaces. Additionally, high-temperature monitoring is integral in the firing and sintering processes in tiles and ceramics production. Finally, the glass industry uses temperature control to monitor molten glass, ensuring that the melting and forming processes result in high-quality glass products. Across all these applications, maintaining accurate temperature levels is essential to ensure product quality, safety, and efficiency in high-temperature operations.
