Carbon steel pressure reactor vessels
Carbon steel is an alloy between carbon and iron. Also known as mild steel, carbon steel is one of the most commonly used engineering materials. It is favored because it is relatively cheap and widely available. It also has good tensile strength and ductility. However, carbon steel is not generally resistant to corrosion which can be an issue in many environments. Carbon steel pressure reactor vessels | Mild steel pressure reactors | Mild steel reactor vessels | Stirred tank reactor/ SA516 Gr70 pressure reactors/ Carbon steel pressure autoclaves
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Carbon steel pressure reactor vessels
Introduction
Carbon steel is an alloy between carbon and iron. Also known as mild steel, carbon steel is one of the most commonly used engineering materials. It is favored because it is relatively cheap and widely available. It also has good tensile strength and ductility. However, carbon steel is not generally resistant to corrosion which can be an issue in many environments.
Volume: 1000-500000liters.
Design pressure: maximum up to 200bar
Design temperature: Up to 350℃
Heating method: Steam; Oil; Electric;
Seal type: Magnetic stirrer drives or double end mechanical seal
Carbon steel reactors | Carbon steel pressure reactor | Clad steel reactors
Carbon steel stirred tank reactor | Stainless steel reactor | Stainless steel clad reactor
Construction of material
Q345R: The most common low alloy steel, because of its economical and high stress strength, which is suitable for the low corrosion and high pressure application.
15CrMoR: Due to the addition of Cr, Mo and other alloying elements into low carbon steel, the comprehensive properties of steel are greatly improved. It offer good performance to the hydrogen resistance and high temperature application.
16MnDR：16MnDR is a kind of low temperature pressure vessel steel plate. Minimum operating temperature can reach to -40℃.
SA516 Gr70:
Customizations
If there has special process requires，HXHCEM will also customize for you！
Pls list your basis process parameters like follows：
1. Reactor volume
2. Operating Temperature
3. Operating Pressure
4. Reactor Material / contacting components material (Solid or cladding?)
5. Agitator type, and the Mixing Speed, motor power request?
6. With heating Jacket or not? Jacket type?
7. Internal cooling coil or not, exchange area?
8. Your other requests
9. Design code requirements?
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