In the textile industry, there will always be some textile auxiliaries that are indispensable. The most common one is textile preservatives. The use of textile preservatives can help textile mills solve many problems.

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?

Nowadays, people may no longer be unfamiliar with Kathon preservatives. The use of kathon preservatives in the industry is very extensive and there are many places that can be used. So specifically, where can the industry use it? What effect can it achieve?

Metalworking fluid is a fertile breeding ground for microbial growth. Many workers use the processing fluid when they think that they do not need to add industrial preservatives. After adding, they will destroy the function in the liquid.

1,2-Benzoisothiazolin-3-one (BIT) This fungicide is one of the new generation of industrial fungicides in the world today. Products were introduced in the 1970s. In the early 1980s, Imperial Chemical Industries invested £5.5 million to develop a continuous production process and achieved great success in synthetic emulsions, waterborne coatings, adhesives, paper, metal cutting fluids, technical oils, and oilfields.

Waterborne pigments are very sensitive to microbial attack. In general, all organic pigments can be used by a variety of bacteria to become a source of carbon and nitrogen for bacteria. In all pigment tests, yellow pigments are most susceptible to microbial degradation due to organic components.

Bacteria are a class of prokaryotic microorganisms. They are a kind of prokaryotic organism with short shape, simple structure and multi-divisional reproduction. It is the most widely distributed organism in the natural world and the main body of natural material circulation. By Bacterial reproduction

Bronopol is a class of high-efficiency, broad-spectrum preservatives with the following distinct advantages: Bronopol at a concentration of ppm can effectively kill bacteria

There are many types of microbes in jet fuel, which can be divided into three categories.

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.