How does glass reaction kettle handle high temperatures?

Glass reaction kettle using borosilicate glass and other materials, can withstand high temperatures, this material has a low coefficient of expansion and high thermal shock resistance. This material is able to withstand extreme temperature changes without breaking, making it suitable for high temperature applications. The glass reaction kettle usually comes with a jacket that allows heat transfer fluids such as oil or water to circulate to regulate the temperature of the reactants in the glass container. This design not only allows for precise temperature control, but also ensures that the glass does not come into direct contact with a heat source, reducing the risk of cracking due to thermal stress.

In addition, the chemical inertness of borosilicate glass makes it suitable for handling corrosive compounds, which is often necessary in high-temperature reactions. The glass structure also facilitates direct observation of the reaction, which is essential for monitoring and controlling the process. In some cases, these glass reaction kettle are equipped with safety devices such as explosion-proof valves and digital display manometers to provide additional safety when handling high temperatures and pressures. High temperature resistance, chemical resistance and safety make glass reaction kettle a reliable choice for a variety of industrial and scientific applications.