Micro high pressure reactor

Micro high pressure reactorSuitable for precise chemical synthesis reactions that require simultaneous measurement of temperature, addition of inert gas, pressure, pH value, conductivity, and redox potential during chemical and chemical reactions.

Application examples: catalysis, high-temperature and high-pressure synthesis, kinetic detection, Fischer Tropsch reaction, hydrogenation reaction.

Micro high pressure reactorThe technical parameters are as follows:

Material: The kettle body is made of pure titanium or 316L stainless steel, and the operating table is made of 316L stainless steel, with a working pressure resistance of 8MPa. Working temperature: below 400 ℃

Heating method: Directly heating in the large reactor enclosure, simple and convenient, fast heating, strong usability, using a series of electric fiber furnaces/or electric heating rings for direct heating and temperature control, heating power: 300W-500W. Temperature control accuracy: ± 1 ℃

The valve fittings are imported from Germany with standard interfaces.

Mixing speed and temperature are both displayed digitally as 0-1500RPM, with a speed accuracy of ± 1RPM

◆ Choose plug-in needle type K-type sensor, working temperature: below 400 ℃, display accuracy: ± 1 ℃, standard includes stirring device, pure titanium material reaction kettle body, electric fiber furnace, plug-in needle type K-type sensor, etc.

◆ Can be filled with inert gas to protect the reactants from direct contact with air.

◆ Temperature, pressure, pH, and conductivity sensors can be inserted to ensure accurate measurement of relevant data.

Technical Highlights

(1) Simplify tedious experiments and enable diversified series experiments under different environments or temperatures/pressures in the same operating table, with a capacity of 25ML/50ML/100ML/200ML250ML/500ML. It can also be used separately, in parallel, or in series.

(2) It can be connected to a computer through an RS232 communication interface for printing and displaying historical values and actual curves that users need, and the entire system can be monitored in real time through software.

Model specifications: