Reactor electric heaterEveryone shouldI should know, but its classification may be unfamiliar. At present, reaction kettle electric heaters can be divided into three types. The heating position for each purpose can be different. There are also differences in heating effects, what are the three types?

One is to use a flange type tubular reaction kettle electric heater, whose electric heating element is inserted backwards into the reaction kettle jacket to heat the heat transfer oil, which can effectively transfer heat energy to the chemical raw materials in the reaction kettle, so that they reach the required temperature and meet the requirements of the reaction. The other is an internal heating reaction kettle electric heater, which directly inserts tubular electric heating elements into the reaction kettle or evenly distributes electric heating tubes around the wall. This type of reactor electric heater not only heats up quickly and has high efficiency, but is also very popular.

Another type is the far red reaction kettle electric heater, which wraps around the bottom and middle lower parts of the reaction kettle for heating. Due to the characteristics of large heating area, stable and fast temperature rise, uniform heat release, and convenient temperature control, this type of equipment can be controlled in sections up, middle, and down, making it easy to control the temperature of the reactor wall inside the reactor.
It is worth noting that the far-infrared reactor electric heater has no side effects on the fuel inside the reactor, and there will be no material carbonization phenomenon. Moreover, it operates without noise, pollution, and has a long service life, and its energy-saving effect is very significant.
“Far infrared silicon carbide radiation heating device for reaction kettle”(hereinafter referred to as the heating device) Compared with heating methods such as power frequency induction heating reaction kettle, electric heating rod heating oil tank, circulating heat transfer oil bath heating kettle, direct furnace, etc., this heating device has more advanced technology and is widely used in pesticides, dyes, rubber additives, anti-aging agentsRDChemical industries such as spices, chemical and pharmaceutical intermediates, petroleum pipelines, and minerals. This heating device is highly efficient and energy-saving (compared to thermal conductivity)30%Above), operates without noise, pollution, is safe and explosion-proof, has easy temperature control, has a long service life, and heats up quickly and evenly(Heating temperature can reach up to800Celsius)Other characteristics,It is currently the heating method for * both domestically and internationally.