The high-temperature glass circulating oil bath is suitable for the equipment connected to the reaction device of the refrigeration and heating reaction in the pharmaceutical and chemical industries, and is used for the heating, cooling and constant temperature control of the reactor and the microreactor.

1. Whether it is air-cooled or water-cooled, the temperature control device should be located in an operating environment with sufficient space: the surrounding space should be greater than 30cm.
2. When selecting a heat transfer medium for a high temperature glass circulating oil bath, it is necessary to pay attention to whether its temperature upper and lower limits, ignition point, viscosity, freezing point, etc. are suitable. Meet the requirements and whether it is suitable for the use of the internal pipeline of the instrument.
3. In the chemical and pharmaceutical industry, there are many kinds of products, and the temperature requirements for different materials to react are different. The demand for temperature is high. The reaction can only be carried out when the heat absorption reaches a certain temperature, and the reaction can release a large amount of heat energy. High temperature glass The circulating oil bath can dynamically respond and realize the heating and cooling temperature control in the reactor.
4. In order to ensure the accuracy and stability of the temperature control during the user’s use, the chemical and pharmaceutical production process also requires a fast response speed for temperature control, high efficiency of temperature switching, and rapid realization of the set target temperature to meet the materials in the reactor. temperature requirements.
5. The working principle of the high temperature glass circulating oil bath is to drive the heat transfer medium (usually water, ethanol, silicone oil, etc.). ) from the tank with built-in heater to the thermostat and from the thermostat back to the tank. The controller adjusts the temperature of the thermal fluid according to the temperature of the thermal fluid measured by the temperature sensor or the internal temperature of the temperature control device.