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China Electric Heating Reaction Kettle Suppliers - Factory Direct Carbon Steel, Stainless Steel, and Enamel Options

The electric heating atmospheric pressure reaction kettle is available in multiple materials, including carbon steel, stainless steel, and enamel glass. This versatility allows users to select the most suitable option for their specific needs. Furthermore, these reaction kettles can be categorized based on their manufacturing structure into three main types: open flat cover reaction vessels, open butt welded flange reaction vessels, and closed reaction vessels. Each type presents unique advantages and disadvantages, catering to various applications across industries. As a leading supplier in China, our factory ensures high-quality production standards to meet the demands of diverse chemical processing operations.

Description

Electric heating atmospheric pressure reaction kettle can be divided into carbon steel reaction kettle, stainless steel reaction kettle, and enamel glass reaction kettle (enamel reaction kettle) according to the material. According to the manufacturing structure of the reaction vessel, it can be divided into three categories: open flat cover reaction vessel, open butt welded flange reaction vessel, and closed reaction vessel. Each structure has its own scope of application and advantages and disadvantages.

Electric heating atmospheric pressure reaction kettle can be divided into stainless steel electric heating reaction kettle and stainless steel steam heating reaction kettle according to the heating method. Place thermal oil inside the jacket of the electric heating reactor, heated by an electric heating rod, while keeping the vent open. Gear reducers are recommended for speeds exceeding 160 rpm. The number of openings, specifications, or other requirements can be designed and manufactured according to user requirements.

The electric heating reactor has the characteristics of rapid heating, high temperature resistance, corrosion resistance, hygiene, no environmental pollution, no need for automatic heating of the boiler, and convenient use. Use an electric heating rod to heat the thermal oil inside the jacket, so that the temperature of the thermal oil rises to the required temperature. Then, a temperature measurement controller controls the electric heating rod to turn off the power and maintain a constant temperature.

Electric heating atmospheric pressure reaction kettle

Specification

Volumn (L) Electric heating power Vessel diameter φmm Jacket diameter φmm Motor n/kw Mixing speed r.p.m
50 4×2 KW φ400 φ600 1450/0.8 60-100
100 6×2 KW φ500 φ700 1450/1.1 60-100
300 6×4 KW φ800 φ1000 1450/2.2 60-100
500 9×4 KW φ900 φ1100 1450/3 60-100
1000 12×4 KW φ1200 φ1400 1450/4 60-100
2000 15×5 KW φ1400 φ1600 1450/4 60-100
3000 15×6 KW φ1600 φ1800 1450/5.5 60-100

Frequently Asked Questions

Q What materials are used to make the electric heating atmospheric pressure reaction kettle?
According to the material, it can be divided into carbon steel reaction kettle, stainless steel reaction kettle, and enamel glass reaction kettle (enamel reaction kettle).
Q What are the structural classifications of these reaction vessels?
They can be divided into three categories based on manufacturing structure: open flat cover reaction vessel, open butt welded flange reaction vessel, and closed reaction vessel.
Q When is a gear reducer recommended for the reaction kettle?
Gear reducers are recommended for mixing speeds exceeding 160 rpm.
Q What are the key advantages of using an electric heating reactor?
It features rapid heating, high temperature resistance, corrosion resistance, hygiene, no environmental pollution, no need for automatic boiler heating, and convenient use.
Q How does the temperature control system work?
An electric heating rod heats the thermal oil inside the jacket. Once the temperature reaches the required level, a temperature measurement controller turns off the power to maintain a constant temperature.
Q Can I request custom specifications for the reaction kettle?
Yes, the number of openings, specifications, and other specific requirements can be designed and manufactured according to user needs.