After extracting the metal powder using FeSO4 from chlorine water and leaving the powder in the air for a long time, the metal powder itself turns into a silver-colored metal without melting. It looks like strands of wire.
There are a couple metals that will melt slightly above room temp, such as gallium.Need a lot more information. What did you start with, ores, e scrap, Karat scrap? Then describe your processes, including chemicals.
Could that be a salt crystal ?After extracting the metal powder using FeSO4 from chlorine water and leaving the powder in the air for a long time, the metal powder itself turns into a silver-colored metal without melting. It looks like strands of wire.
It's not crystal but metal, I'll take photos during the day.Could that be a salt crystal ?
Thank YouThere are a couple metals that will melt slightly above room temp, such as gallium.
How could I now reveal which metal it is exactly?Aluminum and mercury have a reaction similar to what you described.
By providing more info as asked, investigating all circumstances and excluding all other possible known options, leaving you with only one.How could I now reveal which metal it is exactly?
Need a lot more information. What did you start with, ores, e scrap, Karat scrap? Then describe your processes, including chemicals.
This does not get you any further.Thank you
I agree with Martijn here, if you want to solve this you need to supply us with more information.Thank you
What diameter are the wires? Tin whiskers are one thing which grow by themselves from a concentrating solution.After extracting the metal powder using FeSO4 from chlorine water and leaving the powder in the air for a long time, the metal powder itself turns into a silver-colored metal without melting. It looks like strands of wire.
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