How to choose stainless steel reactor according to the experimental temperature?

When choosing a stainless steel reactor for an experiment, the temperature range is a key factor to consider. Stainless steel reactor should be able to withstand the low and high temperatures required for the process. For experiments involving temperatures below -20°C, a reactor with a suitable cooling system and jacket is required to maintain low temperatures. In contrast, for high temperature processes up to 200°C, stainless steel reactor must be made of stainless steel that can resist thermal deformation and maintain integrity. It is also important to carefully manage temperature changes to avoid thermal shock, which can damage the reactor. The maximum recommended temperature difference between jacket and reactor contents should not exceed 50K. In addition, the temperature stability of the stainless steel reactor is the key to ensuring the efficiency and quality of the chemical reaction. Therefore, a reactor with excellent temperature control and stability is selected to minimize the impact of temperature fluctuations on the reaction process. Be sure to consult the manufacturer's guidelines for specific temperature limits and operating procedures to ensure safe and effective use of stainless steel reactors.