Organic chemical ionization is an exception, because the abnormal absorption of this ionization reduces the concentration of polyacrylamide PAM. But the next thing people need to look at is the ionization of inorganic substances. [url=https://www.yrdcarbon.com/products/chemical/]wholesale polyacrylamide[/url] In the past, it was widely believed that the flocculation of electrolyte solution ionization was due to the absorption of positive charges.

In fact, this basic theory appeared in the early stage of the development trend of colloidal chemistry. It was felt that the electrostatic induction reaction between the sol or solid particles made the particles not converge and stabilize. Afterwards, everyone understands that what people are involved in is not pure C0ul0MB removal, but very different and more complicated interactions between the two layers.

Therefore, its basic theory should be that it should become a very critical basic theory, and it should become a very critical basic theory, it should become a very critical basic theory, and it should become a very critical basic theory. [url=https://www.yrdcarbon.com/products/chemical/anionic-polyacrylamide.html]anionic polyacrylamide suppliers[/url]  Many experiments on the basic theory have shown that with the increase in the concentration of the electrolyte solution, the positive charge of the two layers does not decrease, but only increases.

Therefore, in the 1930s of the 20th century, this colloidal solution plateau has been abandoned by many colloidal chemists. The basic theory of absorption can only have a certain value in some unique situations (for example, the strong absorption of organic chemical ionization).

In summary, one can say that a small amount of specific electrolyte solution (solvable) is necessary to create a two-layer. All lithium battery electrolytes can flocculate the sol, and the flocculation concentration value can be roughly based on the ionization price.

The natural barrier of kinetic energy that prevents the accumulation of polyacrylamide PAM is immediately associated with the two layers around the particles. In order to measure the reliability and flocculation of the sol, the transformation of the two layers when the two layers of objects penetrate into each other can be studied in detail.