We all know that the anti-mildew agent has a good anti-mildew effect, so how does it work against mildew? Let's go and have a look.
1.What is the action of anti-mildew agent
Anti-mildew agent: eliminate mold and prevent mold growth. The anti-mildew agent can be consistent with the enzyme system, which can affect the metabolism of mold, leading to death. By inhibiting the mycoenzyme transaminase system, it is possible to prevent mold from surviving through other pathways, thus causing the mold to die. The main thing is to increase the degree of the oxidation-reduction system of phosphoric acid, which can severely damage the function of mould cells and prevent normal growth. And it has seriously damaged the mold's energy release system, allowing them to do no harm to the outside world.
2.The use of anti-mildew agent
For such a powerful products, we would especially like to know where it can be used for, in the context of the current survey, mould inhibitor is a kind very frequently used in industrial raw materials, namely we often come into contact with paint, plastic products, PVC floor, metope lacquer, shoes industry and so on all have add fungicide, therefore, it is also these things has the very good mouldproof effect is one of the important reasons.
3. Factors affecting the anti-mildew agent
Influence of anti-mildew agent factor 1:
Such a good anti-mildew agent, of course, has such effect on anything, so it has certain limitations. From microbes, mould inhibitor for the PH value is applicable to the different kinds of things have certain differences, for example, benzoic acid fungicide is PH in the range of 2.5-4.0 the most appropriate, and to propionic acid, its PH value in 5.0 the following are very appropriate.
Influence of anti-mildew agent factor 2:
Fungicide for feed is also a kind of important additives, at this time we add mould temperature problem, the most important thing is to consider when under different temperature, to achieve very good mouldproof effect, using the quantity of mould is not the same.