User error, I'd assume, but I didn't feel like spending a lot of time on it. This type of setup is supposed to work well, but like the phone jack method, I couldn't get any results at all. If you're uncomfortable playing with wires in such a manner, you can buy a 12-volt adapter from Radio Shack that has two holes at the end of the cord that fit 12 to 14-gauge silver wire perfectly. Higher voltages are supposed to be better, so a 12-volt transformer would be preferred over a 4.5 volt one. It's inconsistent, and the results end up quite a bit murkier than I'd like.Īnother method is to take the power supply from an old cordless phone or other device, cut the end off, split and strip the wires, and hook each to a length of silver wire submerged in water. Honestly, after several experiments, at this point I'd pass on any 9-volt battery based design. I added a little on/off switch and a lightbulb to test whether the connections were good. From there I got some little 9-volt battery snaps from Radio Shack and wired them together in series. I don't have a picture handy, and when I tried this method, the middle battery became very hot and started hissing, so let's just call that one Not Recommended. The very simplest battery-based design has you snapping the three batteries to each other in a staggered fashion that's easier to see a picture of than to describe. This is a dual reference to the three 9-volt batteries used and the three nines in the 99.9% purity of the silver you need. The traditional low-tech method for making colloidal silver is usually called the "three-nines" design. I mentioned the uber-simple phone jack design in the previous post, but as it didn't work for me, we'll pass over that. A local jeweler may be a good place to check as well. I found two six inch lengths of 99.99% pure 14 gauge wire on eBay for about eight bucks. 12 to 14 gauge wire is easy to find and to work with. At least 99.9%, though it's just as easy to get 99.99% pure silver. And to do this safely ( disclaimer, disclaimer, disclaimer), we need to get fairly specific for each of these, so let's break them down: To make colloidal silver, you need three key ingredients: Silver, electricity, and water. Meanwhile, on to the actual topic of this post. If I ever start turning gray, I'll be sure to let you know. So that's about all I can figure out on that front. A lot of people use colloidal silver, and the number of actual cases of argyria is very small. And since argyria can't be produced in animals or other artificial conditions, it may be a very tough question to answer. So don't assume I know everything as fact. But critics of this story say his methods were faulty. (Quackwatch is generally well respected, but has it's own critics.) You'll often hear of the case of Stan Jones, the Libertarian presidential candidate from Montana who contracted argyria from home made colloidal silver. But there are plenty of detractors out there, like this woman who contracted argyria and spends her time convincing people that colloidal silver is a bunch of hooey. The information I have says the method I've ended up with will not cause argyria. In fact, it's very hard to find out details about any of these cases at all.Īnd today I'm going to talk about how to make colloidal silver yourself. We usually don't know what concentrations or methods those people used. However, there have been cases of people contracting argyria from homemade colloidal silver. Yesterday I referenced a source that says that there has not been a documented case of argyria (that permanent blue/gray skin condition) from low concentrations of colloidal silver. The truth is that there hasn't been a ton of research on this, and there are many more anecdotes than published studies. If you read this whole series, you'll notice I'm doing a lot of disclaiming and hedging and using lots of conditional words. Colloidal Silver, Part Two: Explanation
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