High Temperature Stirred Pressure Reactors
  • High Temperature Stirred Pressure Reactors

High Temperature Stirred Pressure Reactors

Voume: 500liters
Pressure: -1(FV) - +150bar
Temperature: 20 °C to +450 °C
Material: SS304, SS316, other alloys



Pilot Reactors

  • Product description
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    • Commodity name: High Temperature Stirred Pressure Reactors
    • Commodity ID: 308

    <span>Voume: </span>500liters<br/> <span>Pressure: </span>-1(FV) - +150bar<br/> <span>Temperature: </span>20 °C to +450 °C<br/> <span>Material:</span> SS304, SS316, other alloys<br/>

    High Temprature Electric heating Stirred Pressure Reactors



    The far-infrared electric heating device has a large heating area, stable and fast heating, uniform heat release, convenient temperature control, and can be controlled by upper, middle and lower sections.


    • Far infrared electric heating sitrred reactor;

    • Volume: 500liters;

    • Maximum Pressure: 150bar;

    • Maximum Temperature: Up to 450℃;

    • Material:SS304, SS316, Hastelloy B/C, Nickel, Titanium, Zirconium, etc;





    • Far infrared electric heating,up to 450℃;
    • Zero leakage magnetic drive;
    • Pressure gage with safety rupture disc;
    • Variable speed motor and gear drive;
    • Stir shaft and stirrer assembly
    • Liquid inlet/ sampling/ outlet with dip tupe;
    • Gas inlet and release needle valves;
    • Internal spiral cooling coil



    • At the same heating power, the heat efficiency of far infrared heating device is higher, warming faster, and no need thermal oil.(thermal oil should be exchange for every year ), but the initial investment in far infrared is slightly higher.
    • Another more important advantage is that the far infrared service life is much longer than the thermal oil of electric heating.

    The above 2 heating methods are mainly aimed at the heating temperature of reaction kettle below 350 degrees, but the far infrared heating could reach over 450℃. This is the far-infrared heating device unique personality and characteristics.



    Typical Applications

    • Hydrogenation reactor; Polymerization reactor; Synthesis reactor;Catalyst testing / evaluation; Catalytic reactor; Crystallization; Chemical development. Hydrogenation reactor; Polymerization reactor; Synthesis reactor;Catalyst testing / evaluation; Catalytic reactorCrystallization; Chemical development.




    Key words:
    • Stirred Pressure Reactors
    • High Temprature reactors
    • Electric heating pressure reactors
    • Electric heating chemical reactors


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