Steam heated reaction kettle is a reaction vessel using steam as heat source, widely used in chemical, pharmaceutical, food and other industries. It heats the materials in the jacket or coil through steam to achieve rapid and uniform heating effect, applicable to various chemical reactions, synthesis, mixing and other processes, and is an indispensable and important equipment in chemical production.
The working principle of steam-heated reactor is to use steam as the heat source and transfer the steam heat energy to the materials inside the reactor, so that the materials absorb heat to carry out chemical reactions or physical changes. Specifically, the steam flows through the jacket, outer coil or inner coil of the kettle to transfer the heat to the materials in the kettle, so as to achieve the heating purpose. 1.Rapid heating: the steam heating reactor uses steam as the heat source, the heating speed is fast, which can meet the demand of efficient production.Working Principle of Steam Heated Reaction Kettle
Performance Characteristics of Steam heated reaction kettle
2.Uniform heating: steam is evenly distributed in the reactor, which makes the material heated evenly and is conducive to the uniformity of the chemical reaction.
3.Strong controllability: the temperature of steam heating reactor can be precisely controlled by adjusting steam flow, pressure and other parameters to meet different process requirements.
4.Safe and reliable: steam heating reactor adopts special steam heating system device with multiple safety protection measures to ensure safe and reliable operation of the equipment.
5.Small environmental pollution: the steam heating process produces less pollutants and has less impact on the environment.
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