The role of 463 anti-mildew agent for powder coating

463 uses its strong bactericidal ability to effectively interfere with and destroy the physiological and biochemical reactions and metabolic activities related to microbial cells, resulting in the growth, reproduction and differentiation of microorganisms being inhibited until they are completely dead. Thus, it protects all kinds of light chemical and other products from mildew and keeps them intact.

Interfere with the biosynthesis of pathogenic bacteria
Interference with the biosynthesis of pathogenic bacteria, that is, the process of interfering with the production of new cell materials needed for the growth and maintenance of life, pathogenic bacteria need many specific substances in the growth and reproduction process in order to form new cells. Among them, low-molecular compounds, such as The biosynthesis of amino acids, purines, pyrimidines and vitamins is carried out in the cytoplasm, while the synthesis of proteins is mainly done on the ribosome, and the synthesis of deoxyribonucleic acid (DNA) and part of ribonucleic acid (RNA) is carried out in the nucleus. The protein can be passed from the parent cell to the progeny cell in a certain sequence accurately and is mainly controlled by the nucleic acid. Nucleic acid is the basis of ptfe wax buy organism’s genetics, it can store, copy and transmit huge genetic information. If the normal production of nucleic acid is disrupted, it is equivalent to destroying the material basis for enzyme production, which in turn destroys the growth and reproduction of the pathogen itself.

Disrupt cell wall synthesis
The cell wall of the fungus is a barrier substance that it metabolizes with the outside world and keeps the internal environment constant. It has been preliminarily understood that the cell wall is composed of nuclear polysaccharides. Bactericides inhibit UDP-acetylglucosamine convertase, which prevents the acetylglucosamine to be polymerized from forming ribopolysaccharides, destroys the formation of cell walls, or changes the permeability of cell membranes, resulting in leakage of cell contents. Will put the cells to death. This mode of action is to kill bacteria, not to inhibit bacteria.