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...

ince water-based coatings are mainly used in special environments such as winemaking, food, beverages, medicine, chemical industries, construction buildings, and underground structures. The main characteristics of these environments are high humidity, high temperature, abundant nutrients, and being highly conducive to mold growth.

BIT20 is an efficient bactericidal and antiseptic agent. It inhibits the growth of microorganisms by interfering with their metabolism. It is widely used in industrial water treatment, coatings, papermaking, and personal care products. Correct usage can extend the product's lifespan, but the concentration and storage conditions must be strictly controlled. ​

I. Characteristics of Water-Based Metalworking Fluids 1. Alkaline pH: 8 - 9.5. Although this is not the most suitable pH for microorganisms, it does not affect their rapid proliferation. 2. Temperature: The low temperature is sufficient to support the growth and reproduction of microorganisms, but not so high as to inhibit their growth. 3. Usually contains a high percentage of water. 4. The components contain sufficient nutrients.

From a technical perspective, the kathon preservative demonstrates excellent compatibility and environmental adaptability. It remains active within a wide pH range (typically 2-10) and under various temperature conditions, and is not significantly affected by water hardness.

Take the silver ion antibacterial agent as an example. Its mechanism of action is as follows: Release and Adsorption: Under the influence of water, silver ions slowly migrate to the surface of the plastic, and because bacteria carry a negative charge, they are adsorbed onto the surface of the bacteria.

The mold inhibitor for MS sealant is an additive specially designed based on the characteristics of modified silane sealant (MS sealant). Its core function is to achieve a lifelong mold prevention effect for the MS sealant by blocking the environment for mold growth or directly killing the mold, reaching the highest mold prevention level of 0 grade as stipulated by the national standards. Here is a detailed introduction to the MS sealant mold inhibitor: