Application field:
Electromagnetic heating reactor is widely used in many fields, including chemical industry, medicine, environmental protection and so on.
In the field of chemical industry, it is especially suitable for organic synthesis, such as esterification, alkyd condensation, ketonation, dehydration,
ester acidification and other processes. Because the electromagnetic heating adopts the direct heating method, the reaction speed is fast,
the reaction temperature is accurate, which is helpful to improve the yield and purity of the reaction. In addition, electromagnetic heating reactor
is also used in the field of medicine a
nd food processing, , for example, in the production process of biopharmaceutical, chemical pharmaceutical,
Chinese medicine extract and so on. In the field of environmental protection, electromagnetic heating reactor can be used for waste water treatment,
waste gas purification and other environmental protection projects.
How it works:
The working principle of electromagnetic heating reactor is to use the principle of electromagnetic induction, converts electric energy into heat energy,
heats the medium in the reactor. The equipment mainly includes electromagnetic heater, kettle body, temperature control system, sealing device
and other accessories. The temperature control system monitors the temperature in the reactor by sensors in real time, and controls the power output of
the heater, to ensure the temperature stability of the reaction process. Seals are used to keep the reaction medium safe and reduce energy consumption.
Other accessories such as agitator, cooling coil, can be selected according to actual demand.
Advantages of electromagnetic heating:
The reactor electromagnetic induction heater is a heating equipment, and it is also a popular heating equipment for many users. Its energy saving
and environmental protection, rapid heating, the temperature can be heated to 500-600 degrees. This is difficult to achieve with many heating methods.
Many of the heating methods of most reactors use thermal oil heating, but the drawback of thermal oil heating is that the temperature is difficult to
increase to more than 300 degrees, which leads to a lot of waste and loss (heating higher temperatures can extract more products). Electromagnetic
heating is heating in the body of the reactor, and there is no need to increase the space occupied by the equipment. The reactor electromagnetic heater
technology is to use the eddy current generated in the high-frequency alternating electromagnetic field to heat the metal cylinder itself, so that
the internal heating medium (water or chemical raw materials) is heated.
Equipment ordering Instructions:
1, the required equipment volume size; (Device size can be customized)
2, the temperature required for product work;
3. Characteristics and requirements of user products;
4, mixer requirements (speed, mixing method, whether to frequency conversion, etc.)
5, the controller requirements;
6, whether it needs cooling, cooling requirements;