How to Make Colloidal Silver at Home

making colloidal silver

How to Make Colloidal Silver at Home

There are many benefits of making colloidal silver at home, but you might be wondering how you can make it yourself. This article will give you some helpful tips. First, it is important to understand how this liquid is made. The basic process involves running an electrical current through a mixture of water and silver rods. After that, you will have to clip positive and negative currents to the rods. After the preparation is finished, you will need to plug three holes in the cap and allow it to run for three hours. Once the process is complete, you will have to sieve the solution with coffee filters to remove any remaining particles.

You will need two batteries for this experiment. The positive terminal of one battery should be connected to the negative terminal of the other. Similarly, the negative wire must be connected to the positive terminal. Then, you will need to insert a diode and two silver pieces. Then, you will need to hold these wires in a certain way. Be sure not to touch the leads because this will create a short circuit.

You will need to connect the two batteries to the silver anode. The positive and negative batteries should be on opposite sides of the diode. Now, you will need two pieces of silver. These must be connected in the right manner to avoid short circuits. You may be concerned about the safety of your hands while preparing this solution, but don’t worry because it’s safe. If you’re not a naturalist, this can be a fun and rewarding project. You’ll be surprised at how much fun this process can be!

When you’re ready to make colloidal silver, you’ll need two pots and a microwave. These two pots should be placed on an oven. The first one should have distilled water, while the other should have water. The second pot is filled with water. Then, put them on the microwave, and heat them to the lowest setting. This will change the sub-atomic structure of the water, making it easier to make colloidal gold.

The second step in making colloidal silver is to conduct the silver anodes using a battery. This can be accomplished by placing the anodes in the water. Then, you’ll need a diode and a silver wire. The positive wire should be connected to the negative lead. The negative one must be connected to the negative lead. Finally, you’ll need to add distilled water and saline to the electrolyze the mixture.

The next step in making colloidal silver involves connecting two pieces of silver wire to a battery. These must be held in a good position in order to prevent the silver anodes from touching each other. The distilled water will be the cleaner, but it’s okay to use tap water if you prefer. If you’re using distilled water, just make sure the anodes do not touch. You’ll need to use a battery with a diode that works at high voltage.

In the last step of the process, you’ll need to connect the two batteries to a diode. This will cause the silver anodes to be connected to the positive and negative lead of the second battery. Ensure that the two pieces are holding the silver anodes in a good position to prevent a short circuit. Afterward, you’ll need to connect the two ends of the electrodes with the other pot.

The next step in making colloidal silver is to heat the water. The first step is to place the two pots on top of each other. Then, place the distilled water into one pot and the tap water in the other. Once you’ve done that, you can then pour the water into the other pot. It’s very important to keep the two pots at the same temperature. If you don’t want to end up with a water that’s too hot, you can simply put the two in a separate vessel.

If you’re having trouble with the process, you can check out videos online to help you. Then, place the two pots on the oven. In the first pot, place the distilled water and the water in the second, put the distilled water on top. Then, stir them until the water is vaporized. If you’ve used tap or distilled, you should use the lowest setting possible. It should be warm enough to emulsify silver.