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PHILOU Zrealone
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@Fulmen,
Just asking:
Is the corrosion of your steel pieces not a problem?
I suspect molten nitrate 200-400°C might be rude to them; so will chlorides...
PH Z (PHILOU Zrealone)
"Physic is all what never works; Chemistry is all what stinks and explodes!"-"Life that deadly disease, sexually transmitted."(W.Allen)
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Fulmen
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Corrosion shouldn't be a problem with nitrates. It will probably oxidize the surface, but it should only form a thin layer.
We're not banging rocks together here. We know how to put a man back together.
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sussyn
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I have extra KNO2 if you're also interested in nitrite eutectics. Gotta check shipping costs etc, I'm not too experienced with the exept quantities
rules since ORM-D went away, but I'll be happy to learn. There might be some NaNO2 hiding somewhere, too, or I can get some.
Good luck!
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Fulmen
International Hazard
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Thank you for the offer, but I think I'll focus on the nitrates for now. This whole project has been delayed as my shop access has been severely
restricted lately. But hopefully that will sort itself out during the winter, it would be nice to have this done by that time...
We're not banging rocks together here. We know how to put a man back together.
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Praxichys
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Lithium salts aren't that hard to come by. Lithium carbonate can be had for about $12/lb. The carbonate is a great point to start making lithium
salts; all that is needed is to treat it with various acids.
Just a thought.
http://www.axner.com/lithium-carbonate-fine.aspx
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Fulmen
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That is a fair point, I'll look into that.
We're not banging rocks together here. We know how to put a man back together.
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The Volatile Chemist
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I saw the same thing on continentalclay.com. 1lb pack. Not too bad price-wise.
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chloric1
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Lithium salts
I have been trying to find the patent but no luck. Basically, the premise is if you start with lithium chloride and sodium nitrate( also
bromide,iodide etc), you would mix strong solutions of the two then raise temperature to reduce volume causing NaCl to drop out. You FILTER HOT and
keep reducing volume until another crop of NaCl drops out. Filter hot again. Now you have a strong lithium nitrate solution still contaminated with
sodium chloride and perhaps unreacted lithium chloride and sodium nitrate. No here is where it gets interesting. Lithium salts have an uncanny
ability to dissolve in polar organic solvents like methanol, ethanol, and acetone. So , as long as your lithium chloride is not in excess, you
should be able to add excess alcohol or acetone to salt mix to drop out more sodium chloride as this will shift the equilibrium in favor. Filter
again and evaporate your filtrate. Next to seal the deal, take crystal residue and dissolve in neat acetone or alcohol. This should virtually
eliminate any further sodium from the lithium nitrate.
This is tedious but cost effective as you would not handle nitric acid. Lithium chloride solution is easily generated by adding the pottery grade
lithium carbonate to diluted muriatic acid from home improvement store. Add slight excess of lithium carbonate to remove dissolved metals like iron
from acid solution. Hope this is helpful.
Fellow molecular manipulator
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byko3y
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chloric1, dunno why you are thinking to mess with LiCl if you have Li2CO3 as a starting material. Solubility of lithium nitrate is
only slightly higher in alcohol and acetone than solubility of lithium chloride. In this way you will get a mixture of LiCl+LiNO3.
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S.C. Wack
bibliomaster
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Weird how so many mixtures are supposed to melt at 145C. Fieser says 10 parts KNO3 7 parts NaNO2. Others replace some K with Na: 53:40:7. Or nitrates
of K (65.8) and Ca (34.2). Even more Na for 142C: 44.2% KNO3, 48.9% NaNO2, 6.9% NaNO3 google says.
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Texium
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Thread Moved
27-11-2023 at 11:48 |
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