Can the Sterilizer Metal Mechanical Timer still keep accurate timing in a high temperature environment?

The question of whether the Sterilizer Metal Mechanical Timer can keep accurate timing in a high temperature environment is a comprehensive consideration involving multiple factors such as the design and manufacturing quality of the timer, material properties, and the working environment temperature.
As a mechanical timing device, the metal mechanical timer contains a series of precise mechanical structures and components inside, which work together to achieve the timing function. These mechanical structures usually have a certain high temperature resistance, because metal, as a common material, can still maintain certain mechanical properties and stability at higher temperatures. However, this does not mean that all metal mechanical timers can maintain the same performance in a high temperature environment, because different timers have differences in design and manufacturing processes.
For a specific sterilizer metal mechanical timer, from the information provided, its operating temperature range is clearly defined between -10°C and +125°C. This means that the manufacturer has tested and verified the timer accordingly to ensure that it can work normally and maintain timing accuracy within this temperature range. Within this temperature range, the internal mechanical structure and electronic components (if any) of the timer should be able to withstand the effects of high temperatures without significant performance degradation or failure.
Even if the timer is designed to be resistant to high temperatures, working for a long time in an extremely high temperature environment may still have a certain impact on its performance. This is because high temperatures may cause slight deformation or wear of the mechanical structure inside the timer. These changes may not be enough to cause the timer to fail immediately, but over time, they may gradually accumulate and affect the accuracy of timing. In addition, high temperatures may also accelerate the aging process of the electronic components inside the timer, resulting in an increased risk of performance degradation or failure.
Therefore, although this sterilizer metal mechanical timer is designed to work in a high temperature environment and maintain accurate timing, it is still necessary to avoid long-term exposure to extreme high temperature environments in actual use. In order to ensure the long-term stability and reliability of the timer, users should follow the manufacturer's instructions and recommendations and regularly maintain and inspect the timer. If the timer is found to have performance degradation or abnormal performance in a high temperature environment, it should be stopped in time and contact the manufacturer or professional maintenance personnel for inspection or replacement.