PubChem says that it's a powerful oxidiser (H272). Same for trichloroisocyanuric acid. Right? (another question: why on pubchem after each H phrases
theres a percentage?)
[Edited on 20-5-2021 by BauArf56]njl - 20-5-2021 at 04:42
Yes?BauArf56 - 20-5-2021 at 04:52
so could it be used as a substitute to calcium hypochlorite for ignition-on-contact reactions? (ca(ocl)2 is able to ignite brake fluid after a few
second)njl - 20-5-2021 at 04:54
Maybe, that's something that you will most likely have to try to get a good answer.
Edit: That's not really even the kind of property that one can assume would translate between compounds.
[Edited on 5-20-2021 by njl]draculic acid69 - 20-5-2021 at 06:37
so could it be used as a substitute to calcium hypochlorite for ignition-on-contact reactions? (ca(ocl)2 is able to ignite brake fluid after a few
second)
Don't think so. My experience with brake fluid and several forms of "pool chlorine"
have proven that it needs to be calcium hypochlorite. Tcca was a definite failureBauArf56 - 20-5-2021 at 07:41
so i made some tests. With ethanol nothing happens, with sugar it's quite hard to ignite and as it burns it gives off chlorine-smelling clouds and
with magnesium it gives off a blinding orange light.
