What Is A 10bar Stainless Steel Reactor

10bar stainless steel reactor refers to a stainless steel reactor that can withstand the maximum working pressure of 10 bar. "10bar" is a unit of pressure, which means to bear 10 kilograms of pressure per square centimeter. Stainless steel reaction kettle is a common chemical experimental equipment, which is used for various chemical reactions, dissolution, mixing, storage and other operations. It is usually made of stainless steel and has the advantages of corrosion resistance, high temperature resistance and easy cleaning.

In the design and manufacture of 10bar stainless steel kettle, it is necessary to consider that the maximum pressure it needs to bear is 10 bar, so it is necessary to adopt more solid and thick stainless steel materials, combined with special manufacturing technology and sealing design, to ensure that it can safely and reliably withstand chemical reactions under high pressure.

10bar SS reaction kettle is usually used in high-pressure chemical reaction, hot water treatment, high-pressure sterilization and other fields, and its pressure range and volume can be customized according to experimental requirements. No matter what model or specification of stainless steel reaction kettle is used, it is necessary to operate in strict accordance with the instruction manual to ensure the reliability and safety of the experiment.

Differences between 10bar stainless steel reaction unit and general stainless steel reactor

1. Material selection: 10bar stainless steel reactor needs materials that can withstand higher pressure. Usually, stronger and more corrosion-resistant stainless steel materials, such as 316 stainless steel, are selected to ensure safe use under high pressure.

 

 

2. Wall thickness increase: In order to withstand higher pressure, the wall thickness of 10bar reactor is usually increased. Thick wall thickness can enhance the structural strength of the reactor to prevent deformation or rupture caused by excessive pressure.

3. Enhanced sealing design: The kettle cover is fixed by flange, and the magnetic stirring port is sealed. By fixing the kettle cover with the flange, it can be ensured that safety accidents such as leakage or explosion will not occur during the operation of the kettle. Flange connection mode has strong sealing and bearing capacity, which can effectively prevent medium leakage and pressure out of control.

The 10bar machine needs to be more tightly sealed to ensure no leakage under high pressure. In order to improve the sealing effect, special sealing structures or sealing materials, such as gaskets and O-rings, are usually used in the sealing parts.

 

4. Strengthening the supporting structure: Because the 10bar stainless steel equipment bears higher pressure during the working process, the supporting structure needs to be strengthened accordingly to ensure the stability and safety of the reaction kettle.

 

Method for detecting whether stainless steel reaction kettle can bear the pressure of 10 Bar

• Wall thickness detection: Use ultrasonic thickness gauge to detect the wall thickness of stainless steel reaction kettle to determine whether it meets the safety requirements under 10 Bar pressure. If the wall thickness is too thin, it is necessary to replace the stainless steel material with appropriate wall thickness.
• Strength test: The mechanical strength of stainless steel reaction kettle is tested by universal testing machine and other testing equipment to test whether its compressive performance and strength meet the standard requirements under 10 Bar pressure.
• Anti-corrosion detection: The anti-corrosion performance of stainless steel reaction kettle is tested to ensure that it can work stably in harsh environments such as high pressure, high temperature, acid and alkali for a long time.
• Sealing test: Use air tightness tester and other equipment to test the sealing of stainless steel reaction kettle to ensure that it can withstand 10 Bar pressure without leakage.
• Pressure-bearing experiment: Put a stainless steel reaction kettle filled with water or other liquids in a pressure-bearing device, gradually increase the pressure, and check whether it can withstand the pressure of 10 Bar and whether there is leakage or deformation.

Turnkey Solution

Heating circulator: A heating circulation system can be used to send a heating medium (such as hot water or heat transfer oil) into the interlayer of a stainless steel reaction kettle through a circulating pump to realize the heating of the interlayer. When the heating medium flows in the interlayer, it can transfer heat to the materials in the reaction kettle, thus heating the materials.

Cooling circulator: The method of cooling the interlayer of the reaction kettle depends on the required cooling degree and operating conditions. Cold water or chilled water can be used as cooling medium to exchange heat through pipes or coils on the sandwich wall. In addition, a refrigerant circulation system, such as a refrigerator or a refrigerant pump, can be used to introduce refrigerant into the interlayer for cooling.

Vacuum pump: 10bar stainless steel reactor is usually equipped with a vacuum system to maintain the vacuum degree in the reaction kettle. The vacuum system includes vacuum pump and related pipes, valves and other components. The gas in the reaction kettle is pumped out by the vacuum pump, so that a negative pressure state is formed in the reaction kettle, and the purpose of maintaining the vacuum degree is achieved.

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