How to choose a reaction kettle?

A laboratory reactor is a device used for conducting chemical reactions, synthesis, and mixing, typically made of stainless steel or glass materials. They are usually used for small-scale laboratory work, but can also be used for medium scale batch production in the production process.

When choosing a laboratory reactor, the following factors need to be considered:

1. Choose based on the characteristics of the material

Whether the material is corrosive. If it is corrosive, the material of the kettle body is usually selected as stainless steel and high boron glass, and the parts in contact with the material are all made of stainless steel316LStainless steel is sufficient

2. Choose based on processing capacity

The capacity of the reaction kettle should be determined according to the experimental needs. In general, a reaction vessel with a slightly larger capacity than the required capacity for the experiment can better ensure the stability and reproducibility of the experiment.

3. Choose according to different configurations

A reaction kettle is a multifunctional device that can integrate a series of customized configurations such as stirring, emulsification, ultrasound, vacuum, and constant temperature, and can be freely selected with various functions.

4. Refer to the configuration and experimental results based on the case studies previously conducted by the reactor manufacturer

5. Some equipment requires non-standard customization. If explosion-proof is required, it needs to be homogenized and customized in size for operation on a test bench

this kind ofIt is best to find a manufacturer of reaction vessels for non-standard equipment and customize a customized solution for you.

6. Refer to the configuration price based on the actual budget

Reaction vessels can actually be equipped with additional or reduced configurations. If the budget is not enough, you can choose simple manual lifting reaction vessel equipment. If you have the budget, you can choose electric lifting and various automated upgrade configurations, such as electric lifting, touch screen display and other intelligent configurations.

In summary, there is no absolute unified standard for the selection of laboratory reactors. Demand should be the top priority, followed by ensuring the sustainable use of equipment, and finally the issue of price. Of course, this is only my personal suggestion. If you have any other good suggestions, please feel free to add them in the comment section