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What is the maximum operating temperature of a double glass reactor?

What is the maximum operating temperature of a double glass reactor?

The maximum operating temperature of a double glass reactor depends on its design and manufacturing process, as well as its configuration and conditions of use. Generally speaking, double-layer glass reactors can withstand higher temperatures, but their specific maximum operating temperatures may vary depending on the manufacturer and model.


In some cases, the temperature control range of double-layer glass reactors can reach-80~250℃. When configured with a corresponding circulating oil bath or a closed constant pressure high temperature circulating tank, its maximum use temperature can even reach 250 °C. However, it should be noted that even if the reactor can withstand such high temperatures, other factors, such as the nature of the reactants and the safety of the operation, need to be taken into account in the actual operation to determine the appropriate operating temperature.

In addition, the material of the double-layer glass reactor is also an important factor affecting its operating temperature. For example, pre-stressed borosilicate glass can operate at temperatures up to 280 °C (instantaneous 300 °C), and non-pre-stressed borosilicate glass can be used at temperatures as high as 450 °C. However, these temperature ranges are measured under specific conditions and may need to be adjusted for actual operation.

Therefore, for the maximum operating temperature of a double glass reactor, it is recommended to consult the instruction manual of the specific equipment or consult the manufacturer for accurate information. Meanwhile, when using double-layer glass reactor, safety operation procedures should be followed to ensure the stability and safety of the experimental process.

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