As a key link in the manufacturing industry, the calibration of the temperature field uniformity of heat treatment furnaces is closely related to the sustainable development of enterprises. On the one hand, precise calibration ensures the stability of product quality and reduces the scrap rate, directly reducing the waste of raw materials, which conforms to the resource-saving development concept. For example, automotive manufacturing enterprises ensure the heat treatment quality of engine components through strict calibration, extend the service life of parts, and reduce the resource depletion caused by frequent replacement.
On the other hand, optimizing the calibration process and improving energy efficiency help enterprises save energy and reduce emissions. With the increasing strictness of environmental requirements, enterprises adopt advanced calibration techniques to rationally regulate the furnace temperature, making the heating process more efficient and reducing the negative impact on the environment. In addition, good calibration can also improve the production safety of enterprises, reduce the accident losses caused by furnace temperature runaway, laying the foundation for the sustainable development of enterprises from the aspects of quality, energy, and safety, and enabling enterprises to move forward steadily in the market competition.