Silver Impregnated Carbon is proven to stop the growth of ash/dust fed bacteria
When a cell of bacteria is absorbed into the carbon's structure, it comes into contact with silver ions.
The sulphurhydryl group already within the bacterial cell reacts with the silver, producing a silver sulfur complex.
The complex immobilizes the respiratory activity of the bacterial cell by preventing the transfer of hydrogen and an oxidative reaction.
The cell cannot reproduce and dies, reducing the risk of gastro illness by ingesting bacteria.
Several factors need to be considered when recommending silver impregnated carbon for use in bacteriostatic filters.
Coconut Carbon is rated to be one of the best base materials used in today's market.
Coconut Carbon provides a much higher volume of micropores than coal, wood or lignite based carbon.
Thus, resulting in a more effective removal of trihalomethanes (THM's) from municipal water supplies.
The larger surface area provides a more effective method of filtering common contaminates such as chlorine and chloramines.
The unique raw material of the coconut shell and the carbon manufacturing process ensures exceptional hardness and low ash content.