Chemical Steam Heating Reaction Kettle

Chemical steam heating reaction kettle Introduction

The working principle of the steam heating reactor is to pass the steam into the boiler in the jacket of the reactor, and transfer the heat of the steam into the kettle to absorb the heat in the kettle. The reactor is heated by steam and exchanged with steam as a heat source. There are three ways of steam heat exchange: jacket heat exchange, inner coil heat exchange, and outer tube half tube heat exchange. At present, the advanced reactor heat exchange technology is an outer disk semi-tube steam heat exchange technology, which overcomes the shortcomings of the traditional heat exchange technology, such as low thermal efficiency and large diameter of the kettle body, and reduces the thickness of the inner pot of the reactor, thereby saving manufacturing costs.

Technical team：

Technical Parameters:

Design pressure: ≤12.5Mpa Working pressure: ≤9.8MPa

Design temperature: ≤350°C Operating temperature: ≤300°C

Heating method: electric heating, jacketed heat conduction oil electric heating, jacket steam heating, etc.

Heating power: 1.5-7.5KW Power supply: 220V, 380V.

Stirring speed: 50-750r/min adjustable Motor power: 55-550W

Body material: 304, 316L, 321, C276, TA, Ni, etc.

Sealing form: magnetic seal.

Gasket: stainless steel winding mat, graphite composite mat, octagonal mat, PTFE mat (working temperature below 180 ° C)

Stirring form: magnetic stirring, mechanical stirring.

Stirring slurry form: propulsion, slurry, anchor, six-blade turbine, Bulma gold type

Controller: The controller is equipped with a self-tuning function intelligent digital temperature control meter with automatic constant temperature control function; the panel displays the speed, the temperature inside the kettle and the heating voltage, motor current, working time and so on. The speed is adjustable.

Stainless steel steam kettle, outer disk half-tube steam reactor is widely used in chemical, food, paint, hot melt adhesive, silica gel, paint, medicine, petrochemical production, evaporation, synthesis, polymerization, saponification, sulfonation, chlorination, nitrification, etc.