There are lots of information, and unfortunately, lots of
misinformation, about colloidal silver available. Here, we shall strive
to set some colloidal silver facts straight.
Not many people are aware of this colloidal silver fact, but those
products sold in the market under the general label of “colloidal
silver” are actually composed of two silver components: ionic silver and
colloidal silver. Combined, these two form what is known as EIS, or
Electrolytically Isolated Silver.
The other method of producing EIS is the HVAC. This
method uses a higher amount of voltage, typically 10,000 v at 60 hertz,
and is considered far more sophisticated and complex, requiring careful
timing and expert knowledge.
Silver compounds – that is, non-colloidal silver compounds – when ingested, have the tendency to convert into silver chloride once they reach the stomach. While in that form, silver is typically insoluble, but since they are small enough, they can be circulated around the body through the blood.
When they get to the skin and the skin is exposed to light, a reaction occurs similar to the photographic process when taking a picture with a film camera. This will result in a bluish tinge in the skin, causing a condition called argyria.
Now, the story is different when it comes to colloidal silver. It is a colloidal silver fact that as long as the silver particles are small enough, they can easily diffuse through the stomach and enter the bloodstream.
Note that colloidal silver solution consists of two components: colloidal silver and ionic silver. While colloidal silver will almost instantaneously enter the bloodstream, ionic silver, with solubility of 13 ppm, will remain in the stomach and become silver chloride.
Silver chloride will travel through the bloodstream, but now here’s the funny thing. Silver chloride has the tendency to plate with other silver components found in the body, causing them to increase their particulate content by 10%. Since there are already colloidal silver found in the blood, silver chloride will bind with these, doubling their size and thereby decreasing the likelihood of getting caught up in tissues. Thus, argyria is unlikely to occur. Instead, what happens is that the silver particles stay long enough in the body to destroy bacteria, fungie, and viruses, but they do not remain stuck between tissues. The body can easily get rid of them through the normal process of elimination.