The swing hydrogenation reaction system is mainly used in the pharmaceutical industry for the synthesis reactions of gases, liquids, and solids under conditions of 60PSI, 80 ℃, or normal temperature and pressure. This includes catalytic hydrogenation reactions, unsaturated hydrocarbon reduction reactions, condensation reactions, evaluation of hydrogenation catalysts, and synthesis reactions that require vigorous mixing.

The traditional hydrogenation or gas addition reaction operation uses a common high-pressure reactor, where gas is introduced into the reactor through a gas pipe, and then the gas is distributed and contacted in the liquid material through high-speed stirring by a stirring blade. This requires a huge gas pressure, strong stirring and mixing, and a long contact reaction time, which increases the uncertainty and danger of the reaction experiment. Moreover, due to the fact that high-pressure reactors are generally made of stainless steel, they are not suitable for reactions involving acid or halogen components, which limits hydrogenation or other gas-liquid reactions.

>By adopting a unique reaction kettle with large amplitude and rapid oscillation, a rolling effect is formed on the liquid surface inside the reaction kettle, which increases the contact area and mass transfer efficiency of gas-liquid reaction and improves the gas-liquid reaction rate

>The reaction rate is more than 5 times that of a typical reactor

>Standard configuration can achieve hydrogen storage and pressure control

>Can provide oscillation reaction state continuously for a long time, meeting the requirements of long-term reaction

>Heating can be carried out during the reaction process to achieve temperature measurement and control, and the reaction conditions can be extended from room temperature to 80 ℃

>A glass hydrogenation reaction vessel that can withstand pressures of 4-10 bar, achieving visualization of the reaction process and capable of reacting acid and halogen components

>Glass hydrogenation reaction bottles with epoxy resin coating can be selected to protect glass fragments from bursting out in case of accidental explosion of the reaction bottle, thereby improving safety

>The reaction bottle is designed with explosion-proof guardrails on the outside to further enhance safety during the reaction

>Changing the usual soft rubber plug hydrogenation bottle mouth connection to ACE-THRED safety thread connection ensures maximum sealing under pressure environment and avoids the cross contamination problem often caused by rubber plug sealing; And a JULABO precision controlled heating sleeve temperature control system has been added

● Includes 6 containers of different volumes, ranging from 9-335ml

● Built in hydrogen cylinder, maximum pressure can reach 60pisg

Two pressure gauges display the pressure inside the reactor and hydrogen cylinders

Bright TFT screen that can display vibration speed

Intelligent and convenient touch control speed

● Hydrogenated bottle protective cap

● Temperature control mode is available