If you are, or know someone who is, a person with excessive facial hair, this one's for you.
So I trimmed my beard recently, and, like an idiot, neglected to clear the larger masses of hair before rinsing out the sink over which I do my trimming.
I thought, naively, that the hair would simply be flushed down as so many of its predecessors had been.
I was wrong. What I ended up with was a sink that wouldn't drain as a result of my foolishness.
Apparently, I have such remarkably strong and healthy hair, that the attempts of tweezers and even Dran-O were insufficient to reopen the clogged waterway.
Then I happened upon an idea, fresh from the third grade science fair.
Vinegar and Baking soda.
(PS: these photos were taken after the fact, so imagine if you will, a snarling mass of hair and myself in shimmering armor standing ready to do battle with it.)
(PPS: or just imagine a clogged sink and a slightly de-bearded guy...)
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- Vinegar.
- Baking Soda. SODA. Not POWDER. SODA.
- Spoon!
- A clogged sink. Mine was clogged with my own beard trimmings, but I leave you to your own devices for that one.









































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5 stars!
Sodium hydroxide (or potassium hydroxide for that matter) will do just fine with cold water, with the added bonus that it won't fire out of the drain into your face, simultaneously giving you severe burns and blinding you.
An exothermic reaction is exactly what you don't want - quite aside from making miniature volcanoes of death, it will also produce enough heat to start fires (and whilst your drainpipe might not be flammable, odds on it passes by something that is at some point - so you can start a fire somewhere away from the sink but still close enough to kill you).
Wear eye protection and have vinegar on hand when you do anything with strongly alkaline substances - they are the polar opposites of strong acids, so treat them as carefully.
As for CO2 extinguishing fires, it does so by displacing the oxygen required for combustion to occur - should the CO2 dissipate (allowing oxygen to return) whilst combustion temperatures remain, then the fire will happily spark right up. So, even if you managed to contain CO2 within the pipe long enough for the temperature to drop below ignition, there is still the matter of flammable material outside the pipe (which is the chief fire hazard in the first place).
bonuseffect of dissolving your pipes (pre-plastic) slowly. The sink pictured above looks exactly like the one in my apt. except we have a bucket under the pipes to catch what should go down the drains (the trap is nearly dissolved).And yes, a really bad clog could send those lovely NaOH crystals back into one's face if one is not careful to go away until it is done working :-) The pipe get VERY hot, but even so, doesn't harm the plastic ones (at least, not the ones I have seen it used on).
Anyway, exothermic reaction *is* what you want - if not, you would 1) have to wait pretty long time 2) there would not be commercially available preparations on the very same basis with instructions exactly the same as I wrote here.
I don't say in any way that one doesn't need to be careful while handling strong alkaline substances or acids. No one says you should have your eye 1 foot over the drain while pouring the water :)
It's probably just the matter of different mentality...
I suppose my biggest problem is that I write for someone like myself - if I'd written "do this and you could kill or injury yourself, or damage your own or someone else's property" I'd still be left with the question of "why?" as a reader.
I've never been the kind of person who responds to don't do x, but I do tend to listen to don't do x because ...
As regarding an exothermic reaction, my understanding is that the heat is irrelevant in this case - it is the caustic nature of the chemical that is doing the heavy lifting. Otherwise you could just pour boiling water down the drain and get the same result - which would be both cheaper and safer.