There are many kinds of sterilization preservatives, which can be divided into inorganic sterilization preservatives and organic sterilization preservatives according to the different molecular structures. 1, inorganic bactericidal preservatives

Isothiazolinone, as an internationally recognized low-toxicity new fungicide, has emerged in the field of preservatives in recent years and is known as a new star in this field.

What are the common categories of antiseptic? According to the different molecular structure, it can be divided into inorganic sterilization preservatives and organic sterilization preservatives. Here are some:

Bactericidal preservatives are mainly used to ensure that materials do not deteriorate during use by killing bacteria or making them lose their ability to grow and reproduce. Bactericidal preservatives can denature proteins in microorganisms

What issues should you consider when choosing a bactericidal preservative

Bactericidal Algaecide 3Q-101: Bactericidal and algaecide 3Q-101 has broad-spectrum and high-efficiency bactericidal and algae-killing capabilities, can effectively control the reproduction of bacteria and algae in water and the growth of slime, and has good slime stripping effect and certain dispersion and penetration. Degreasing, deodorizing ability and corrosion inhibition.

Circulating water is mainly divided into two categories: industrial and household, and related applications can effectively save the problem of water waste.

Oxidative bactericidal algicide is a biocide with strong oxidizing properties, usually a strong oxidant, which has a strong killing effect on microorganisms in the water. Oxidizing biocides can oxidize other reducing substances in the water. When organic matter, hydrogen sulfide, and ferrous ions are present in the water, some of the oxidizing biocides will be consumed, reducing their biocidal effect.

Coatings and paints often appear yellow, black, deterioration of flatulence and other phenomena, which has brought serious losses to the paint factory. Why does this happen?

Mainly refers to physical blending, which is the easiest and most common method. Regardless of the form of the mold-proof fungicide (solid, powder, liquid, etc.), it is only a physical mixture when added to the paint. Therefore, the efficacy of the mold-proof fungicide is not only related to its own efficacy, It is also closely related to particle size, degree of dispersion, and the like.