Greetings Illuminative ones,
Back on Sun 16 May Simon posted a test he found during his net travels
titled *Simple Colloidal Silver Home test*. We have been here before.
Thanks for reminding us Simon. Lot of unscrupulous people out there.
Bless you Bob Lee
--
oozing on the muggy shore of the gulf coast
[email protected]
--- Begin Message ---
[email protected] wrote:
>
> Hi everyone,
> I found this on the web. It is suppose to be a test to see if the solutions
> we are making or buying are good or not. This site basically says that
> anything we make is not good and there is no other company that makes it the
> right way.
> Read the test
> any input or suggestions?
> Donna Earnest
> Pour a small portion of the test liquid into an ordinary drinking glass up to
> about 2 inches or 5 cms. Add to this one teaspoon of ordinary household salt.
>
> If the liquid is a true colloidal silver then it will stay clear as the small
> silver particles do not react with salt. However if it turns milky, then you
> can be assured that it is a silver salt or has a stabiliser added such as a
> protein.
Greetings all eminent and peerless makers of CS,
Thanks for bringing this to our attention Donna.
Very interesting. Here is what Modern Chemistry by Professors
Metcalf,Williams and Casta has to say. Let us go to page 457 and read
together.
TEST FOR SILVER ION:
Certain solubility characteristics of the silver ion(Ag+), enable us to
recognize its presence in solutions. The chlorides of silver,mercury (I)
,and lead are very slightly soluble.
If a soluble chloride is added to a test solution containing silver
ions, silver chloride forms as a white precipitate. If lead and mercury
(I) ions are present, they to precipate as chlorides.
Since lead chloride is soluble in hot water, it may be removed from the
precipitate by washing with hot water. The silver chloride can be
seperated from the mercury (I) chloride in the precipitate by washing it
with an ammonia-water solution. This produces the soluble complex
Ag(NH3)2+ ion.The basic filtrate contains these silver-ammonia ions and
chloride ions. By neutralizing the hydroxide ions of the basic filtrate
with nitric acid, silver chloride again precipitates.
The formation of a white precipitate when this filtrate is made acidic
in the manner described indicates the presence of silver.
end
So I went into the kitchen and took my box of Sodium Chloride with
traces of sodium thiosulfate,potassium iodide and the impurity magnesium
chloride ( its called table salt) and poured it into some impure tap
water. Yup ! It turned milky so I gargled with it. Don`t like to waste
anything. Then I poured some into my CS solution. Yup ! It turned milky.
Must be silver in that there water. Gargled with that too. Next poured
(salt) into some soda pop. Yup! It turned milky too. Didn`t drink it, to
salty. Next poured some into pure distilled water. Nothing happened, so
poured some more in, then it super saturated and became milky. Gargled
with it.
Proves there was metallic ions in the tap water and silver ions in the
CS and the distilled water was pure enought for our purposes and don`t
put salt in the soda pop. What other wool pulling ,slight of hand,will
they come up with to push their product over all others?
Knowledge is power!
Bless you Bob Lee
Notice:
This material may be passed on freely from person to person, but not
used without permission in media for commercial purposes.
--
oozing on the muggy shore of the gulf coast
[email protected]
--- End Message ---
