Re: Colloidal Silver

Depending on temperature, in most cases, heating CS during production most often results in accelerating the process. Which in turn, pushes the solution toward maximum saturation sooner. To which I'd add, also encompasses the particulate size that is inherently progressive and very much a part of the package.

That said, I'd also add that most any basic LVDC Colloidal Silver generator(without a cut-off circuit) can potentially make straw colored solutions if left to run long enough. Which ultimately comes down to the nature and progression of the chemistry process. ie, starting with very small particles at low ppm and increasing in density until the equidistant nature of the particle fields collapse to form larger clusters, and so-on and so-forth.

Now if the heating of a solution involved super-heating, then the nature of the chemistry process would change dramatically and the results would differ. - however, that's unlikely to be the case here, and more importantly, where I'd never recommend such methods for all but the most seasoned chemistry enthusiasts given the risks involved.

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