OK Janet, well I don't believe that ion/particle ratio is possible with LVDC,
so that suggests to me that HVAC is used, and for commercial production that
would obviously make sense, but I'm not a lover or supporter of HVAC produced
EIS/CS. Now, before anyone gets off their high horse, I have *NOTHING* against
said product/s and don't ask me why I am not a supporter of HVAC produced
products, I have my own reasons, and it's each to their own on the subject of
HVAC vs LVDC products.
Particle size is much more complicated than that to me. Most reports state TEM
images or whatever for determining size and I don't believe that is by any
stretch of the imagination to be an accurate picture. It may work fine on a
glass slide, but what about in the body/blood? Again, this is my personal
opinion and conviction.
My lab analysis was done using AAS and incorporating a .45 micron paper filter
{yep, that's 450nm I believe} so I don't follow any statement regarding
particle size because those particles could do anything in the filtering
process. I don't pretend to understand laboratory techniques or procedures,
but I surmise that as the solution is passed through that filter, the more
particles present will encourage more particles to collect in that filter. For
simplicity, when a couple of particles are trapped in that filter, other
particles will become trapped {regardless of size}, thus this paper filtering
is relatively meaningless to me.
The colour is another issue whereby I have my own opinion. Any colour up to
golden is perfectly fine, anything over that, or darker is of some concern to
me as it indicates the solution does not meet my quality standards. Yet again,
this is my own personal opinion and conviction.
My lab reports made me think considerably differently about home produced
EIS/CS to what I read in the public domain, using LVDC of course, which is why
I take anything a marketer says with a pinch of salt {no pun intended <g>}.
May I take the liberty of adding this reminder...I am a solitary animal, I
speak for myself only and I am not a follower of any particular flock. I make
my own determinations from literature I have perused over considerable time. I
mean no disrespect to a person or criticism of any product out there, I make my
own determinations on matters EIS/CS related.
There, I think I've been tactful and as diplomatic as I can <g>.
N.
From: [email protected]
To: [email protected]
Subject: RE: CS>Mesosilver
Date: Wed, 1 Feb 2012 18:50:11 -0500
Neville, Eskimo,
MesoSilver prints the ppm and the particle size in nms on their label. I'm
assuming its the average size of particles (.65 nm) and they state the ratio is
80% particles w/ 20% ions (don't ask me at what size they draw the
distinction). I believe different size bottles can be purchased for 10, 15 or
20 ppm.
I've used them over the last 5 years and notice the color does start at yellow
and continues on to darker colors as the months go by. It's nice to know today
there are ways to determine, to some degree, what the particle density (ppm) is
via conductivity measures- to begin with and as a finished product of colloidal
silver. And the more challenging determination of particle size via electron
microscope for the 1%ers and the laser option for the rest of us.
Ag 4all
