Using anchored nanosilver technology, silver ions are implanted into activated carbon and tightly bound to it. Each nano-sized activated carbon particle has a strong adsorption capacity for organic macromolecules, and the antibacterial rate reaches 99.9%.
The bactericidal function is enhanced to more than 200 times that of silver-added and silver-loaded antibacterial activated carbon.
Compared to the chlorination disinfection of tap water, it has tens of times more bactericidal function.
It can inhibit more than 650 kinds of bacteria and can be consumed immediately without boiling, meaning it is ready-to-drink.
Obtaining certifications such as NSF, SGS, etc., and complying with international drinking water standards.
Using anchored nanosilver technology, silver ions are implanted into activated carbon and tightly bound to it. Each nano-sized activated carbon particle has a strong adsorption capacity for organic macromolecules, and the antibacterial rate reaches 99.9%.
The bactericidal function is enhanced to more than 200 times that of silver-added and silver-loaded antibacterial activated carbon.
Compared to the chlorination disinfection of tap water, it has tens of times more bactericidal function.
It can inhibit more than 650 kinds of bacteria and can be consumed immediately without boiling, meaning it is ready-to-drink.
Obtaining certifications such as NSF, SGS, etc., and complying with international drinking water standards.
