09 Sep
Colloidal Silver Clarification: Particle Size & Coverage Area
Question: If the atomic nanometer mean size is very small (only 1-3 nanometers), how does it have much larger particle coverage area than other colloidal silvers with larger nanometer size?
Answer: Clarifying the confusion. When you hear the words “surface area” you might think of a cluster of silver- like one single, bulky, larger surface sized silver floating around in water. This is typical of ionic silver which can clump into larger particles due to the missing electrons and attach to each other. Ionic silver are commonly 10ppm brands.
But actually instead, the highest particle surface area is achieved with a high concentration of nanometer sized particles (between 1-10 nm). This distinction is important because the higher the particle surface area, the more stable the colloid.
Particle size controls the surface area and the effectiveness of the colloidal silver suspension. Atomic colloids which have the highest % of small particles = the highest particle surface area.
Contrary, ionic colloids = low particle surface area since most of the metal content is in the form of metal ions, not particles.
Think of Silver Wings atomic silver particles like looking at the galaxy, Milky Way with gazillions of stars spreading throughout.
Then looking up into the sky on a cloudy night and only seeing the moon- representing an ionic silver large particle cluster: 
Collectively, the gazillion stars have much higher surface area vs just the moon- even though that moon may appear bigger and to have more surface area.
Smaller particle size = nice absorption in your body making Silver Wings superior. See the obvious difference:
