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Re: Tapping broken taps (a.k.a. I'm all tapped out)
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The problem with mechanical means of removing R&C is that you actually remove material. They won't fit together as well any more. |
Re: Tapping broken taps (a.k.a. I'm all tapped out)
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Re: Tapping broken taps (a.k.a. I'm all tapped out)
So carbonated water is the best bet?
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Re: Tapping broken taps (a.k.a. I'm all tapped out)
I heard Hydroxic Acid works really well.
j/k LOL sorry, couldn't resist. |
Re: Tapping broken taps (a.k.a. I'm all tapped out)
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:rolleyes: + ;) |
Re: Tapping broken taps (a.k.a. I'm all tapped out)
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For home use there is Naval Jelly - been around for years and works pretty well. For bolts and small parts I use a grinder and a wire wheel, these throw off the bristles pretty well so make sure you wear a face shield. But the best is a sandblast cabinet and is enviromentally friendly. Word of caution when using chemicals of any kind. Make sure you know the hazards before you proceed. Look up the MSDS for that material on the internet or find an expert ( and then check the expert to make sure they told you right). Acid and Bases can create strong exothermic(heat releasing) reactions. Ken |
Re: Tapping broken taps (a.k.a. I'm all tapped out)
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Re: Tapping broken taps (a.k.a. I'm all tapped out)
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I mant to type carbonic acid, check later in my post, later in that sentence and you will see thats what i meant. Carbonic acid will form and remove many forms of oxides, including Calcium Oxide. |
Re: Tapping broken taps (a.k.a. I'm all tapped out)
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[EDIT]There is a simple tumbler design here that will work very well for cleaning and polishing small parts.[/EDIT] Quote:
If you are specifically looking to remove rust, there are several ways. For small parts, or light rust, several methods already mentioned (Naval Jelly, steel wool, sandblasting, etc.) work quite well. If you have a lot of items to de-rust, or it is very deep into the part, you can try rust removal by electrolysis. For this method, you place the iron/steel part in an alkaline solution, pass an electric current through the solution, and blast some of the ferrous oxide back into good metal (you hope). There are good instructions on how to do it here and here. I have used this method once, and have a friend who does this a lot when restoring old machine tools, and it works quite well. And, yes, the resulting solution really is as nasty looking as that crud in the second link... -dave |
Re: Tapping broken taps (a.k.a. I'm all tapped out)
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Re: Tapping broken taps (a.k.a. I'm all tapped out)
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Re: Tapping broken taps (a.k.a. I'm all tapped out)
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Re: Tapping broken taps (a.k.a. I'm all tapped out)
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Whoa. Yeah. On the topic of dissolving broken taps, couldn't one find an ion solution in which the ions had a greater (or lesser? :confused: ) standard potential than the ions of the metal used for the tap, but a lesser (or greater?) standard potential than whatever material is being used for the robot? And then just pour that solution over the tap for a redox reaction? |
Re: Tapping broken taps (a.k.a. I'm all tapped out)
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a lower temp allows more gas to disolve in a liquid and a higher temp allows more solid to disolve in a liquid. I cant think about pressure now though... brain is too tired. |
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