The magnetocaloric reactor is the first device in China to apply magnetocaloric energy to chemical reactions. Compared with ordinary reactors, it has high applicability and can be used for solid, liquid, solid-liquid mixing reactions and simple operation. The magnetocaloric reactor has High energy, fast temperature rise and good temperature stability, uniform heating, the whole reaction process changes from contact reaction to non-contact reaction, safe and efficient, low loss, magnetic particles used in the reaction are easy to recycle and can be used repeatedly. 
Product model and parameters
Instrument application
The non-contact magnetocaloric reactor developed by Gena Si can be customized according to customer requirements on the basis of ensuring the basic function application, which can meet the industrial production requirements (such as semiconductor material refining, electric vacuum device degassing heating). It can meet the basic research objectives of the laboratory (such as the development of new organic reactions, synthesis and purification of polymer materials), and currently has important applications in polymerization, pyrolysis, reduction, catalytic reactions, etc., such as magnetocaloric Synthetic nanomaterials, pyrolysis, magnetocaloric polymerization, magnetocaloric degradation, magnetocaloric energy rapidly heating the carrier to accelerate the reaction process and other tests. The application of magnetocaloric heat in the polymerization process not only accelerates the progress of the reaction, but also arranges the polymers in order and enhances certain properties of the polymer. The high efficiency of the magnetocaloric reaction can greatly shorten the reaction time and improve the reaction efficiency, and the magnetic particles in the reaction are convenient for efficient recycling and reduce loss. The magnetocaloric reaction has a unique advantage for complex multi-step reactions, which rapidly and steadily heat up, making the multi-step complex reaction simple and controllable. Applications 
The application of magnetocaloric heat in the polymerization process not only accelerates the progress of the reaction, but also arranges the polymers in order and enhances certain properties of the polymer. The magnetocaloric reaction is highly efficient, can greatly shorten the reaction time, improve the reaction efficiency, and the magnetic particles in the reaction are convenient for efficient recycling and reduce loss. The magnetocaloric reaction has a unique advantage for complex multi-step reactions, which rapidly and steadily heat up, making the multi-step complex reaction simple and controllable.
