Product News

When you see "benzalkonium chloride" on the packaging of disinfectant wipes, it is indeed playing the role of an anti-bacterial agent. This cationic surfactant disrupts the structure of the microbial cell membrane, causing bacteria, viruses, and other pathogens to "explode" on the spot, just like using chemical weapons to dismantle an enemy fortress.

The industrial fungicide BIT10, with its unique molecular structure, penetrates the microbial cell membranes and blocks key metabolic processes. It maintains long-term stability in water-based systems ranging from pH 4 to 12 and has become the preferred choice for anti-corrosion in coatings and adhesives. It has acute toxicity to algae and strict control over production emissions is necessary. New technologies such as microencapsulation are promoting its upgrade to precise controlled release.

In industrial systems such as coatings, adhesives, and metal processing fluids that contain water, microorganisms are the lurking "invisible destroyers"

MIT/CIT

Cosmetics contain a large amount of nutrients, providing suitable conditions for the growth and reproduction of microorganisms. If the products are contaminated by microorganisms, it is likely that the microorganisms will multiply in large numbers

kathon is currently a highly efficient and broad-spectrum disinfectant and preservative that is widely popular on the market. With its unique characteristics, it has always been ahead of other similar disinfectants and preservatives. The following are the advantages of kathon preservative as compiled by the chemical experts for you, so that you can have a better understanding. 1) It can kill various bacteria, fungi and yeasts with a long-lasting effect, and the dosage is low. 2) The pH range applicable for kathon preservative is wide, with pH values ranging from 2.0 to 9.0...