How to Choose a Weighing Module for a Stirred Kettle with Mixing Function

When selecting a reaction kettle loading module, various factors must be considered, including the adopted reaction method, reaction requirements, and carrying capacity. Below are some suggestions for your reference.

Initially, select an appropriate agitator module based on the reaction mode. For liquid-phase reactions, a magnetic stirrer is typically chosen due to its simple structure and ease of maintenance; for gas-phase reactions, an appropriate agitation method such as a mechanical stirrer or turbine stirrer is required.

Secondly, select the appropriate dynamic load module based on the reaction requirements. Considering factors such as reaction temperature, pressure, and speed, choose a dynamic load module that can withstand high temperature and pressure; for reactions requiring higher mixing speeds, opt for a dynamic load module that offers higher rotation speeds.

Additionally, the load-bearing capacity of the reaction kettle dynamic module must be considered. Depending on the volume and density of the reaction liquid, select the appropriate size and material for the dynamic module. Typically, materials like stainless steel and tantalum, which are resistant to corrosion and high temperatures, are used.

At the end, experimental validation and optimization will be conducted based on actual usage. Depending on the actual usage conditions, such as the viscosity of the reaction liquid and the solubility of the gas, some optimizations to the dynamic loading module may be required, such as replacing the material of the rotating shaft and adding a gas dispersion device, etc.

Note that the above suggestions are for reference only. When selecting the reactor dynamic loading module, it is necessary to consider specific experimental requirements and equipment performance comprehensively to choose an appropriate solution.