How to Make a Hydrogen Torch
Hydrogen water torches are similar to blow torches, but they work at much higher temperatures. One of the major advantages of using a hydrogen torch vs. a traditional blow torch is that there is no soot byproduct. Instead, the hydrogen torch produces just water while working at temperatures that can weld refractory metals a normal torch can't. Best of all, this incredibly powerful torch costs much less than a traditional torch. You can even make one yourself using materials available to the average consumer.
Things You'll Need
- 6 volt battery
- Fine grade sandpaper
- Wire
- 9 volt battery
- Glass container
- 2 cups water
- 1 tsp salt
- 18-inch neoprene tube (IV tubing, available at medical supply stores)
- Plastic wrap
- Steel wool
- Basketball pump needle (available at sporting good stores)
Instructions
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1
Open a 6 volt lantern battery and take out the carbon rods. Clean the carbon rods with fine grade sandpaper.
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2
Wrap a piece of wire around each of the carbon rods, and attach the other end of each wire to a contact on a 9 volt battery.
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3
Fill a glass container with two cups of water and a teaspoon of salt. Insert the carbon rods, with the wires hanging out and the 9 volt battery resting outside the container. Bubbles will start to form in the water.
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4
Put an 18-inch neoprene tube at the top of the glass container just above the water line, and seal the opening of the container around the tube with plastic wrap.
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5
Fill the end of your neoprene tube with steel wool packed as tightly as possible, and then insert a basketball pump needle into the tube.
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1
Tips & Warnings
When you are ready to use your hydrogen torch, light the end of the basketball pump needle with a match.
Wear safety goggles when using your hydrogen torch.
References
Resources
- Photo Credit craftsman"s hands image by Kushnirov Avraham from Fotolia.com
Comments
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Marius ter Horst
Nov 27, 2010
electrolysing salt in water gives also Clorine gas and a mixture with hydogen and chlorine is explosive and can be detonated with light and when hydrogen and chlorine burn it produces hydrochloric acid fumes with are toxic and very corrosive