Micro magnetic stirring reactor

Micro magnetic stirring reactorIt is an equipment used for conducting experiments such as chemical synthesis, catalytic reactions, and material preparation under high pressure, high temperature, or special atmospheric conditions. This type of reactor combines magnetic stirring technology and high-pressure vessel design, making it perform well in small-scale research and production.Widely used in fields such as chemistry, materials science, pharmaceuticals, biotechnology, environmental science, etc., it is particularly suitable for experiments such as chemical synthesis, catalyst evaluation, material synthesis, biomass conversion, etc. that require high pressure and high temperature conditions.

Micro magnetic stirring reactorWith its precise temperature and pressure control, efficient safety performance, and flexible adaptability to experimental conditions, it has become a popular choice in modern laboratoriesImportant equipment for researchers, providing special featuresExploring effective pathways for new chemical reactions and material synthesis under certain conditions.

Key Features:

1. Using the principle of magnetic transmission for stirring, an external magnet drives the internal magnet to rotate without penetrating the container wall, thereby avoiding possible leakage risks and improving the sealing and safety of the reaction vessel.

2. Designed to withstand high-pressure environments, with a wide range of working pressures, it can meet various experimental needs, such as chemical synthesis, catalytic reactions, etc.

3. Equipped with a temperature control system, it can accurately control the reaction temperature, usually using electric heating jacket or oil bath heating to ensure that the reaction proceeds at the set temperature.

4. The kettle body is commonly made of corrosion-resistant materials such as stainless steel, Hastelloy, titanium alloy, etc. The inner lining is made of polytetrafluoroethylene (PTFE) or other inert materials to enhance chemical resistance and protect the reaction medium from contamination.

5. Equipped with safety valves, pressure gauges, and other devices to ensure timely release of pressure in case of overpressure, avoiding the occurrence of safety accidents.

6. Some models are equipped with observation windows or transparent windows for easy observation of the reaction process. Meanwhile, the remote intelligent control system can be used to achieve multi platform operation, facilitating data recording and analysis.

7. Different heating methods, stirring speeds, pressure ranges, etc. can be selected according to experimental needs to adapt to different types of chemical reactions.

8. Compact design, small size, easy to place and transport in the laboratory, suitable for experimental environments with limited space.

Technical Specifications