BXT-MCR-200S Laboratory Chemical Extraction Heating Microwave Synthesis Reactor

Microwave chemical reactor

Microwaves are high-frequency electromagnetic waves. They do not generate heat by themselves. Due to their scattered and uncoherent nature in nature, microwaves cannot be used as an energy source. However, magnetrons can convert electrical energy into microwaves. With an oscillation frequency of 2450 MHz per second, they can penetrate various media. When the medium has a suitable dielectric constant and dielectric loss, it will undergo high-frequency oscillation in the alternating electromagnetic field, thereby accumulating energy within the medium. For chemical reactions, both thermal and non-thermal effects can be produced simultaneously.

Non-polar materials such as tetrafluoroethylene; but they will be reflected on the metal surface. The power output of the magnetron in household microwave ovens is basically fixed. The smaller power is achieved by changing the on/off time of the current (proportion of empty time) to realize. The microcomputer can implement timing more strictly by controlling the on/off of the current, and the same working conditions can be selected to obtain repeated chemical reaction conditions.

Selection Guide

Application

       Food and Biomedical Fields: Applied in food processing (such as microwave-assisted extraction of active components from food, such as tea polyphenols and flavonoids, with higher extraction rates and shorter processing times), biomedical research (such as microwave-assisted enzymatic reactions to improve the enzymatic hydrolysis efficiency of proteins).

Machine model and corresponding parameters

Optional reaction vessel

List of Accessories

Take BXT-MCR-250ST as an example. For specific model accessories, please contact customer service.