Designed to maximize material flow and mixing during chemical reactions. A glass-lined half-pipe coil also increases heat transfer efficiency.

• The half-pipe coil inside the jacket is a special characteristic of this reactor. The increased flow rate of the heating or cooling medium made possible by this design greatly increases the heat transfer system's efficiency within the jacket. Though the half-pipe coil's faster flow rate and greater heat transfer efficiency make it quite appropriate for many chemical processes, the heat transfer area may be somewhat smaller than that of a normal jacketed glass-lined reactor.
• An agitator included in the reactor encourages fluid circulation inside the vessel, therefore enabling complete mixing of two or more media. diverse mixing intensities can be obtained to suit diverse response needs by varying the agitator's speed using gear reducer.
• The distinctive design of glass-lined reactors with half-pipe coil jackets helps to explain their great popularity. This design guarantees homogeneous mixing of components and increases heat transfer efficiency, thereby optimizing reaction conditions and hence enhancing product quality and yield.