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Stainless steel high-pressure reactors are commonly used in reaction processes in fields such as chemistry, food, and pharmaceuticals.  

Regular maintenance of high-pressure reaction vessels can effectively extend their service life. Today, the editor will introduce specific maintenance methods for everyone.

A high-pressure reactor refers to a type of reactor operated under high pressure, and temperature is very important for the high-pressure reactor. Excessive or insufficient temperature can affect the reaction. So it is important to control the issue of the hig...

A tubular heat exchanger is a device that separates solid particles and impurities by filtering materials inside the tubes or bundles.

In chemical engineering and industrial production, stainless steel reaction vessels are key equipment for achieving material mixing and reaction processes, and their performance parameters are crucial for the stability and efficiency of the entire production p...

In chemical experiments and industrial production, a reaction kettle is a commonly used equipment for conducting various chemical reactions and mixing operations. The stirring speed is an important parameter of this equipment, which has a significant impact on...

To adjust the heating or cooling rate of the outer coil reactor, the following measures can be taken:1. Control the flow rate of heating or cooling medium: By adjusting the flow rate of heating or cooling medium (such as hot water, cooling water, or refrigeran...

Stainless steel fermentation tanks are commonly used fermentation equipment in industries such as food, chemical, and biopharmaceuticals, suitable for the fermentation of various microorganisms. However, in the production process, if the usage method and some ...

During the operation of chemical storage tanks, it is necessary to clean or replace the liquid level gauge for repair, or replace the inlet, outlet, and drain valves to clear and clean the cooling water coils.

Confused the concepts of overall volume and nominal volume. Usually, the overall volume of the equipment refers to all the spaces contained in the reactor cylinder and upper and lower seals, and the nominal volume is only the volume corresponding to the jacket of the kettle body, which is the feeding volume. Obviously, the latter is smaller than the former.