The reliability of the heat treatment process is crucial for the stability of product quality, and the calibration of the temperature field uniformity of heat treatment furnaces is the key guarantee measure for improving this reliability. In complex heat treatment environments, such as high temperature, high pressure, and strong corrosion, the stability of the furnace temperature field faces many challenges.
During the calibration process, in addition to conventional temperature measurement and adjustment, the influence of environmental factors on the calibration equipment and the furnace body itself must also be considered. High-temperature and corrosion-resistant sensors and accessories are used to ensure that the accuracy of the calibration data is not interfered with by the harsh environment. Regularly check the sealing of the furnace body to prevent heat dissipation and the intrusion of external impurities, and maintain the stability of the temperature field inside the furnace. At the same time, an emergency response mechanism is established. When an emergency situation such as abnormal fluctuation of the furnace temperature is found during the calibration process, measures can be quickly taken, such as switching to standby heating elements, starting an auxiliary air flow regulation system, etc., to ensure that the heat treatment process proceeds smoothly as planned, providing a solid backing for product quality.