Electricity will take the path of least resistance. Since SS is a resistive metal the current will look for an easier path. Any hole will act like the drain on a sink. When you are using plates submerged in your water solution, with the ends open your amp draw will go way up and your production of hho gas will go way down.
The plates being subject to this leakage will also create an increase of voltage on your plates causing them to corrode at the point of leaking. The more electrolyte you put in your hho cell, the more the current will seek to bypass the plates. The current leakage will also cause your cell to overheat because the plates would be go beyond the 2volt max set as a standard for maximum hho gas out put.
Although Hydrogen on demand experimenters are coming up with better ways of building a non leaking hho wet cell by sealing three sides with a half thickness spacer over the top of the plates. There already exist a much more efficient hho gene rator, they have adopted the name HHO Dry Cells. These type of Hydrogen generators are sealed all around the edges and the water stays confined in the middle of the stainless steel plates where it can produce the most hho gas with the least amount of electricity. As more people have started using these hho dry cells they have become very popular, and for good reason. If you wish to learn more about Hho drycells go to the recommended link below
We came across the most helpful hydrogen on demand site on the Internet the other day. This hho site goes to great lengths to help you understand better how hho gas production works, how to get the most hho gas production for your buck, how to apply this technology to your vehicle to save big money and pretty much anything you might want to know about Hydrogen on Demand systems and HHO Dry Cells. Check out hho2u.com.
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