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Message Subject How I make Colloidal Silver for personal use
Poster Handle Anonymous Coward
Post Content
Mouser Electronics doesn't have .30 ma - they've got either .3 or .033 - which is the one best suitable to use?
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Use the .033, that's 33ma, close enough to 30 ma.

The .3 is 300 ma.

I'm not too sure what the milliamp factor is to making a good Colloidal Silver solution.

I would think the water and the wire might get a little hot with large amperage?

It's the voltage that allegedly makes the particle size different.

You should look for a high voltage Direct Current (DC) with low amperage?

If you could find a 30 Volt DC with 10 ma to 30 ma, I would (guess) that would be suitable.

I use a 12 volt battery myself?

The 12 Volt Battery is capable of delivering like 30 full Amps, but water does not conduct electricity very well. Be advised that Colloidal Silver conducts electricity better than distilled water.

So as the water becomes more colloidal, the Ampere flow will increase.
 Quoting: Anonymous Coward 19630575




It's called "runaway current".

Start off with three 9 volt batteries (27 volts), and then reduce to 2 batteries (18 volts) after you get about 3 or 4 parts per million, and then reduce to 1 battery (9 volts) after you reach 5 or 6 parts per million. You should take it up to between 8 and 10 PPM, stopping every 10 minutes along the way, to stir and to wipe the electrodes clean.

You can even get a little battery holder and make a 3 volt battery pack, and reduce the 9 volts down to 3, to continue generating more particles, and keeping them SMALL.

Also, it's best to heat the DISTILLED water first, before you start, and keep it on a coffee cup warmer (or portable burner) to keep it hot throughout the brewing process. This will help to ensure the smallest particles, as will the voltage reduction, as you progress.
 
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