Horizontal multi-chamber magnetic reaction kettle, an intermittent operation multi-chamber chemical reaction equipment, its components in contact with the reaction medium are available in various grades of stainless steel and non-ferrous metals such as titanium, nickel, and zirconium, offering excellent corrosion resistance during the reaction process. This kettle employs a static seal structure and connects the agitator to the motor via a magnetic stirring system, providing good sealing and mixing effects.

Equipped with a controller, the heater's operating time is adjusted according to the set temperature to achieve automatic temperature control. Similarly, the inverter controlling the agitation motor is adjusted based on the agitation load requirements, to achieve variable speed agitation.

The working principle of the magnetic coupler follows Coulomb's law of magnetism, meaning that two magnets separated by a certain distance can transfer power from one to the other without any traditional mechanical components, thanks to the magnetic coupling force, thus forming a non-contact torque transmission mechanism. The pressure inside the kettle is borne by a pressure-resistant and stationary isolation sleeve, which, together with the kettle body, forms a sealed cavity, keeping the medium inside the kettle in a completely enclosed state. This allows for static sealing, high-pressure resistance, and no leakage.