A brief introduction to the silver synthesis process for formaldehyde equipment.

When it comes to formaldehyde, you may not feel strange. Do you know how formaldehyde is made? Of course, in practical work, we can choose different ways to obtain formaldehyde. From the practical application, formaldehyde has become a very important organic chemical raw material. Today, we will introduce the process of the silver synthesis process for the complete set of formaldehyde equipment.

I hope that through these content sharing, we can deepen your understanding. In fact, formaldehyde products are mainly used in the fields of chemical industry, pesticide, medicine, light industry and so on, and can be used to produce more than one hundred kinds of downstream products. There are mainly two methods of making commonly used methods, namely silver method and iron molybdenum method. In comparison, the former has more advantages in the investment of formaldehyde equipment, and the technology is more mature, which can save a lot of costs.

Next, we will come to understand the specific process. In fact, this method began to be used long ago. Usually silver is used as catalyst. It is suggested that the best use of electrolytic silver catalyst can increase the absorption rate of formaldehyde. Then the mixture of methanol and air is used as raw material to catalyze oxidation in formaldehyde equipment.

In the reaction process, we need to control the specific reaction temperature. Generally speaking, it is best to control the reaction temperature between 550 and 700 degrees centigrade. After the reaction with formaldehyde equipment, after absorption treatment, about 37% of Formaldehyde Solution can be obtained. In the reaction process, not only oxidation and dehydrogenation reactions occur, but also many side reactions.

The above is to share with you on the use of silver synthesis process, the use of formaldehyde set of equipment to produce the main process of formaldehyde, I believe in understanding these contents, we have a more comprehensive understanding and understanding of the production of formaldehyde.