couldnt we just make or try to use different plates used in electrolyzers out of these or similar metals or alloys?im sure not every combination of metal plates and metal alloy plates has been tried in electrolyzers,like when you make a battery out of a potato or anything really you use copper and zinc plates for the best result,maybe there is a certain combo of metal or alloy plates that could improve the efficiency of electrolyzers to a degree that we dont need fossil fuels anymore
Try magnesium and aluminum, cheaper,better, and use functional water instead of water with an electrolyte you will have a slower seperation rate of the 2 metals and they are reusable and when the two metals are forged together they act as an accelerant to produce hydrogen, good luck
Try magnesium and aluminum, cheaper,better, and use functinal water instead of water with an electrolyte you will have a slower seperation rate of the 2 metals and they are reuseable and when the two metals are forged together they act as an accelerant to produce hydrogen, good luck
Free energy has been here all along ,But the Oil coporations life depends on covering this up,Get a motor that needs no gas or electric input at LT-MAGNET-MOTORdotCOM ,Be the revolution!
Free energy can change the world!But there are very powerfull forces that want to supress the technology,Get a motor that works with the power of magnets only at LT-MAGNET-MOTORdotCOM ,Let the revolution begin!
dude this is not new knowledge. no one buy this gallium aluminum alloy, it contains aluminum hydroxide which is extremely caustic. the reason this is not used as a fuel is that 1. gallium is expensive and
that isn't water. It's some sort of acid, probably HCl, What's happening the metal he dropped in is bonding with the nonmetal in whatever acid he used, probably chlorine from hydrochloric acid, and dissolving in the solution, this then rejects the hydrogen which is given off by the solution. yes he is producing hydrogen, no it didn't happen just by mixing metal and water. There are some metals which can break the bonds in H2O, specifically alkali metals, but that isn't what is happening here,
Could I make a alloy that would react with water to make hydrogen by smearing liquid gallium on aluminum foil? Also what are the products of the water and aluminum reaction and how should I dispose of them. Are any toxic fumes given off?
i think these gallium is nothing more then aluminum powder wt dry sodium peroxide mix in to ball shape .. when you add water .... if you relley want to save money.. use soda cans and cheap old drain cleaner and just add water.. it last way longer..
superwhiz88: Gallium is an element with the symbol Ga. Liquid Gallium dissolves the Aluminum and strips off the oxide layer so that the aluminum can react directly with the water breaking it apart. The Aluminum is used up but the Gallium collects at the bottom and can be reused over and over.
When I first started selling gallium, a person emailed me wanting to buy a large amount of gallium. He actually said he wanted to power a locomotive with it, and asked me how much I thought he would need!
Anyway, I don't sell gallium anymore because I received a threatening email for not shipping it in full HAZMAT compliance, so I can now recommend GalliumSource(dot)com to buy gallium.
I cant say this is a new discovery to solve our oil dependency. Else we would be driving cars powered with water and any Alkali metal. As they all produce hydrogen when reacted with water. But we don't because id rather buy 10 gallons of gas, than 200 pounds of sodium.
I am doing this with Gallium and Aluminum but I also mixed in a lot of Magnesium powder to the point where it was grainy more like damp clay when it cooled. Anyway, I put a little in water in a test tube and I think the reaction is slower than if I had used just aluminum.
Just in case anyone was wondering about automotive applications: Worldwide gallium production was 95 tons in 2008. Suppose a 3wt% gallium alloy and 111g H2/ kgAl. At 3 wt% -> 3173 tons Al. Suppose 7g H2/km ->16km/kgAl. Therefore 5.1m km. Avg. American 20,000km/year/car. So enough gallium last year for 255 cars. Recycle the Ga 4 times/year and you're at 1000 cars. CO2/km I estimate is even higher than gasoline: 187gCO2/km vs 160gCO2/km for gasoline. Energy efficiency: at best 8% vs. 20% for gas.
Good stuff. What % Ga is that? Does it fully react? I've tried this myself. The grey precipitate eventually settles and turns black, correct? So you have white Al(OH)3 and black stuff. Is that just an optical trick and it's still elemental gallium or has it oxidised? The mechanisms of reaction are, I reckon, intergranular corrosion and selective leaching because gallium is cathodic w.r.t. aluminium, what do you think? Thanks!
it does not, but there are other alkali metals that do sink. furthermore, what that guy i holding is not alluminum hydroxide. How do i know this? handling aluminum hydroxide hurts because its strongly caustic.
What the hell are you talking about? AlOH isn't caustic at all, its used as a digestive aid you tool.
No, only two of the alkali metals sink, rubidium and cesium, if you think this is rubidium or cesium, you are a complete moron. Read the periodic table some time.
Since I know you don't have a basic grasp of chemistry, you'll probably say: "what about calcium and strontium?"
First of all, not alkali metals, second of all, they are dark and dull in appearance.
When the gallium/aluminum compound reacts with the water, it produces the pure gallium, as well as the hydrogen and Al(OH)3, so it is easy to get your gallium back.
Aluminium to Gallium ratio has to be about 10 to 1 or 10% Gallium. Mercury is far cheaper as ratio is down to 100 to 1 or 1% Mercury about the amount in a flourescent lamp. Mercury is far cheaper although care has to be taken with handling and recovery of the Mercury for recycling.
Other than hydrogen, what is the chemical by-product of this reaction? The water appears quite murky. If used to harness the hydrogen, what would be done with the waste water-compound and is that substance harmful to the environment?
Aluminium is reactive enough to reduce water to hydrogen, being oxidized to aluminium oxide. However, the aluminium oxide forms a protective coat which prevents further reaction. When gallium is alloyed with aluminium, the coat does not form, thus the alloy can potentially provide a solid hydrogen source for transportation purposes, which would be more convenient than a pressurized hydrogen tank."
What practical use does this have and how much do raw materials cost versus output in liters? In other words, is it worth it? If i can run a gas cooker on it or a car then yes, but then i would have to source the metals locally in South Africa, very interesting reaction though, but why is this not commonly used? Does it produce chlorine during reaction? any other backdraws? be free to drop me a private note, it's interesting to me :)
This is more energy inefficient because both of the metals gallium and aluminum require electrolysis to be acquired. Which requires 3x more energy than if you were to simply use electrolysis on the water itself. But only if you were to have an impossible 100% efficiency, it would require more energy than it produces no matter what.
no, this is not going to be used in power plants because hydrogen is not a SOURCE of energy. used in any chemical form, it can only be used for energy STORAGE.
hydrogen is almost exclusively found bonded with other stuff. you need to put in some energy to release it, and by joining it back together, you will NOT get extra energy because of the first law of thermodynamics.
this alloy might be used in mobile units just like any ordinary battery, but it will not be used as a source of energy.
I even scratch the Al surface a LOT! I'll try again, this time in a test tube and leave it for weeks. I don't see how Hg is dangerous for planes. People exagerate.
hg is mercury not gallium... gallium is dangerous because it will dissolve the metal that the plane is made of ...it can actually dissolve a hole through the plane
What? Simple videos of cool things like this are what make youtube great, IMO. It's just a video showing a Ga-Al alloy reacting with water. What more is there to be said about it? Well, you can talk theory, but I'd rather just see it personally...
i think this alloy breaks down the aluminium oxide barrier on aluminium metal that prevents it reacting with oxygen in air or water. the alloy gives the aluminium a chance to react with the water to produce an aluminium oxide and hydrogen gas.
Seems great, now we need to find a process to convert the aluminum oxide back into aluminum without using much energy, or else we'll eventually run low on aluminum.
The Al2O3 would go back to the company and reduced by electrolysis. Unfortunately, that process produces a LOT of CO2 because the anode is made of graphite. The best is lead-acid batteries since they are super cheap and there is plenty of lead for everyone, unlike gallium. Charge the Pb-acid batterie with hydro power or solar.
How does this work? Obviously, gallium and aluminum can't "produce" hydrogen, but if that solution is water, then I guess they are splitting the water into its constituent hydrogen and oxygen?
It doesn't produce oxygen but aluminum oxide (Al2O3) instead. You can search for aluminum and gallium and water. Gallium makes it such that aluminum doesn't have it's thin Al2O3 coating so it reacts like hell. Al is actually a very reactive metal. Also, I think you can do this with mercury+Al as well.
how much does this alloy cost?how many cubic feet of hydrogen will say apound of this alloy generate? also during the Civil War hydrogen ewas made on site for balloons bysome method like this.
While not considered toxic, the data about gallium is inconclusive. Some sources suggest that it may cause dermatitis from prolonged exposure; other tests have not caused a positive reaction. Like most metals, finely divided gallium loses its luster. Powdered gallium appears gray. When gallium is handled with bare hands, the extremely fine dispersion of liquid gallium droplets which results from wetting skin with the metal may appear as a gray skin stain.
Unlike mercury, liquid gallium metal wets glass and skin, making it mechanically more difficult to handle (even though it is substantially less toxic and requires far fewer precautions).
C'mon, no experiment with hydrogen is awesome until you light it with a match...
nightvidcole 4 months ago
Nice but so much for an on/off switch
zaxs142 5 months ago
couldnt we just make or try to use different plates used in electrolyzers out of these or similar metals or alloys?im sure not every combination of metal plates and metal alloy plates has been tried in electrolyzers,like when you make a battery out of a potato or anything really you use copper and zinc plates for the best result,maybe there is a certain combo of metal or alloy plates that could improve the efficiency of electrolyzers to a degree that we dont need fossil fuels anymore
bulletproof2353 8 months ago
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Try magnesium and aluminum, cheaper,better, and use functional water instead of water with an electrolyte you will have a slower seperation rate of the 2 metals and they are reusable and when the two metals are forged together they act as an accelerant to produce hydrogen, good luck
jandjtechniks 1 year ago
Try magnesium and aluminum, cheaper,better, and use functinal water instead of water with an electrolyte you will have a slower seperation rate of the 2 metals and they are reuseable and when the two metals are forged together they act as an accelerant to produce hydrogen, good luck
jandjtechniks 1 year ago
This has been flagged as spam show
Free energy has been here all along ,But the Oil coporations life depends on covering this up,Get a motor that needs no gas or electric input at LT-MAGNET-MOTORdotCOM ,Be the revolution!
lavernedi 1 year ago
This has been flagged as spam show
Free energy can change the world!But there are very powerfull forces that want to supress the technology,Get a motor that works with the power of magnets only at LT-MAGNET-MOTORdotCOM ,Let the revolution begin!
ivylsp 1 year ago
so what about the bi product?
Coingg 1 year ago
so what is the purpose of that...? you've gonna drink it?
instinct5am 1 year ago
@instinct5am The purpose of this is that we can generate hydrogen gas for energy from something we have an excess of, aluminum
hkparker 1 year ago
@hkparker ahhh...i see...tnx
instinct5am 1 year ago
What is the chemical reaction that happens here?
ductape95 1 year ago
dude this is not new knowledge. no one buy this gallium aluminum alloy, it contains aluminum hydroxide which is extremely caustic. the reason this is not used as a fuel is that 1. gallium is expensive and
2. alluminum hydroxide is toxic.
mahcatfan 1 year ago
if it were doing what he says it would be a much more violent reaction. This in all likelihood is really just zinc and HCl.
JonMeany 1 year ago
that isn't water. It's some sort of acid, probably HCl, What's happening the metal he dropped in is bonding with the nonmetal in whatever acid he used, probably chlorine from hydrochloric acid, and dissolving in the solution, this then rejects the hydrogen which is given off by the solution. yes he is producing hydrogen, no it didn't happen just by mixing metal and water. There are some metals which can break the bonds in H2O, specifically alkali metals, but that isn't what is happening here,
JonMeany 1 year ago
Could I make a alloy that would react with water to make hydrogen by smearing liquid gallium on aluminum foil? Also what are the products of the water and aluminum reaction and how should I dispose of them. Are any toxic fumes given off?
AHW214 1 year ago
i bet u could power a flame lamp off that stuff, and heres the kicker, no hydroflourocarbons! =D
Macs101 1 year ago
i think these gallium is nothing more then aluminum powder wt dry sodium peroxide mix in to ball shape .. when you add water .... if you relley want to save money.. use soda cans and cheap old drain cleaner and just add water.. it last way longer..
superwhiz88 2 years ago
superwhiz88: Gallium is an element with the symbol Ga. Liquid Gallium dissolves the Aluminum and strips off the oxide layer so that the aluminum can react directly with the water breaking it apart. The Aluminum is used up but the Gallium collects at the bottom and can be reused over and over.
KEngel1021 1 year ago
When I first started selling gallium, a person emailed me wanting to buy a large amount of gallium. He actually said he wanted to power a locomotive with it, and asked me how much I thought he would need!
Anyway, I don't sell gallium anymore because I received a threatening email for not shipping it in full HAZMAT compliance, so I can now recommend GalliumSource(dot)com to buy gallium.
libtechsk8er 2 years ago
Hey WaterFireSoup, where can I email you?
crazychrisb5 2 years ago
@crazychrisb5 You can contact him at info (at) galliumsource(DOT)com - It's on his website (see the description)
libtechsk8er 2 years ago
I cant say this is a new discovery to solve our oil dependency. Else we would be driving cars powered with water and any Alkali metal. As they all produce hydrogen when reacted with water. But we don't because id rather buy 10 gallons of gas, than 200 pounds of sodium.
anorwood84 2 years ago
Wrong....Using " Any Alkali " metal wouldn't work...It is to hard to capture the Hydrogen without ignition.
WaterFireSoup 2 years ago 2
I am doing this with Gallium and Aluminum but I also mixed in a lot of Magnesium powder to the point where it was grainy more like damp clay when it cooled. Anyway, I put a little in water in a test tube and I think the reaction is slower than if I had used just aluminum.
KEngel1021 1 year ago
I saw N64 Pod racer in the background! AWESOME GAME!
Azeralas 2 years ago
This has been flagged as spam show
Just in case anyone was wondering about automotive applications: Worldwide gallium production was 95 tons in 2008. Suppose a 3wt% gallium alloy and 111g H2/ kgAl. At 3 wt% -> 3173 tons Al. Suppose 7g H2/km ->16km/kgAl. Therefore 5.1m km. Avg. American 20,000km/year/car. So enough gallium last year for 255 cars. Recycle the Ga 4 times/year and you're at 1000 cars. CO2/km I estimate is even higher than gasoline: 187gCO2/km vs 160gCO2/km for gasoline. Energy efficiency: at best 8% vs. 20% for gas.
cimon9999 2 years ago
Comment removed
cimon9999 2 years ago
Good stuff. What % Ga is that? Does it fully react? I've tried this myself. The grey precipitate eventually settles and turns black, correct? So you have white Al(OH)3 and black stuff. Is that just an optical trick and it's still elemental gallium or has it oxidised? The mechanisms of reaction are, I reckon, intergranular corrosion and selective leaching because gallium is cathodic w.r.t. aluminium, what do you think? Thanks!
cimon9999 2 years ago
You should have held a lit match at the mouth of the bottle.
TheNilvarg 2 years ago
meh, you wouldnt be able to see the flame...just intense heat and condensation :)
misterflip20 2 years ago
yaws
same old sodium + water experiment
he is just tricking us with a different name
LOOOL
lookwhoscomin 2 years ago
Sodium doesn't sink....
WaterFireSoup 2 years ago 8
lol duhh i was being sarcastic and was making a point that i was expecting a huge explosion giving out lots of light [=
lookwhoscomin 2 years ago
it does not, but there are other alkali metals that do sink. furthermore, what that guy i holding is not alluminum hydroxide. How do i know this? handling aluminum hydroxide hurts because its strongly caustic.
mahcatfan 1 year ago
What the hell are you talking about? AlOH isn't caustic at all, its used as a digestive aid you tool.
No, only two of the alkali metals sink, rubidium and cesium, if you think this is rubidium or cesium, you are a complete moron. Read the periodic table some time.
Since I know you don't have a basic grasp of chemistry, you'll probably say: "what about calcium and strontium?"
First of all, not alkali metals, second of all, they are dark and dull in appearance.
iwasapenny 1 year ago
so how do you get the gallium back? its over $2 a gram...
tproduction1 2 years ago
When the gallium/aluminum compound reacts with the water, it produces the pure gallium, as well as the hydrogen and Al(OH)3, so it is easy to get your gallium back.
libtechsk8er 2 years ago
isnt H like really flammable? and i never knew it was that color
magemager0 3 years ago
H2 is colourless, the thing in the pot i think is gallium oxide... hmmmm or some other compound anyway, good question.
timothyp2009 3 years ago
i thought he said it was a gallium alluminum alloy or are u saying that the gas is gallium oxide?
magemager0 3 years ago
are you stupid, H2 is colourless and is whats being given off, like i said so the gas isnt gallium oxide, but i think thats whats in the pot isnt it?
timothyp2009 3 years ago
ur confusing and ur making absolutely no sense so just dont message me ne more
magemager0 3 years ago
lol, THE GREY STUFF, IM TRYING TO THINK ABOUT WHAT IT IS.!!!
timothyp2009 3 years ago
the grey stuff in the beginning? is gallium or the grey stuff comin off the gallium,,sry i was confused and misunderstood
magemager0 3 years ago
the grey stuff thats given off
timothyp2009 3 years ago
Aluminium to Gallium ratio has to be about 10 to 1 or 10% Gallium. Mercury is far cheaper as ratio is down to 100 to 1 or 1% Mercury about the amount in a flourescent lamp. Mercury is far cheaper although care has to be taken with handling and recovery of the Mercury for recycling.
ChrisPCrunchy 3 years ago
This comment has received too many negative votes show
Dont play with that kid that Hydrogen can make a explosion s big as ur Nieghboorhood with a bottle that small... i leared this in Scince :D
jojothemapler 3 years ago
FAIL
dwerg2k 3 years ago
were did u get the gallium and y did u waste it when its so expensive
badboy81791 3 years ago
isn't hydrogen EXTREMELY flammable??
mchboy1 3 years ago
Nope...you need some O2 as well.
AnselmoFanZero 3 years ago
This comment has received too many negative votes show
ur such a fag kid
get some real videos
xHaRdCoReJuGGaLo15x 3 years ago
Other than hydrogen, what is the chemical by-product of this reaction? The water appears quite murky. If used to harness the hydrogen, what would be done with the waste water-compound and is that substance harmful to the environment?
AltheRake 3 years ago
read about it on wikipedia
hessy11 3 years ago
"Gallium applications-
As part of an energy storage mechanism:
Aluminium is reactive enough to reduce water to hydrogen, being oxidized to aluminium oxide. However, the aluminium oxide forms a protective coat which prevents further reaction. When gallium is alloyed with aluminium, the coat does not form, thus the alloy can potentially provide a solid hydrogen source for transportation purposes, which would be more convenient than a pressurized hydrogen tank."
SevenMinusOne 3 years ago
you wikid that one didnt you
hessy11 3 years ago
that would explain the quotation marks, wouldn't it?
Meleeman07 3 years ago
Did u make this Gallium alloy?
GingleGangle1 3 years ago
Where can I buy gallium? I need some for my HHO generator
ChrisLizzy4 3 years ago
how much is the galluim you are selling becuase i only want a small bit of it to show to my class
xlsniper50000 3 years ago
how mach gallium to alemenum and water do you need
geofftoms3 3 years ago
What practical use does this have and how much do raw materials cost versus output in liters? In other words, is it worth it? If i can run a gas cooker on it or a car then yes, but then i would have to source the metals locally in South Africa, very interesting reaction though, but why is this not commonly used? Does it produce chlorine during reaction? any other backdraws? be free to drop me a private note, it's interesting to me :)
sunnycheetah 3 years ago
DUDE its a flux copassitor!!!
abdiel357 3 years ago
This is more energy inefficient because both of the metals gallium and aluminum require electrolysis to be acquired. Which requires 3x more energy than if you were to simply use electrolysis on the water itself. But only if you were to have an impossible 100% efficiency, it would require more energy than it produces no matter what.
Azilythe 3 years ago
no, this is not going to be used in power plants because hydrogen is not a SOURCE of energy. used in any chemical form, it can only be used for energy STORAGE.
hydrogen is almost exclusively found bonded with other stuff. you need to put in some energy to release it, and by joining it back together, you will NOT get extra energy because of the first law of thermodynamics.
this alloy might be used in mobile units just like any ordinary battery, but it will not be used as a source of energy.
endimion17 3 years ago
Is this a nuclear reactor?
swomplode 3 years ago
I tried mixing Al and Hg. It doesn't mix!
vmelkon 3 years ago
You can't just mix it together. You have to let it set abit. It will fuse together if you will. It takes some time. Patience
WaterFireSoup 3 years ago
I even scratch the Al surface a LOT! I'll try again, this time in a test tube and leave it for weeks. I don't see how Hg is dangerous for planes. People exagerate.
vmelkon 3 years ago
hg is mercury not gallium... gallium is dangerous because it will dissolve the metal that the plane is made of ...it can actually dissolve a hole through the plane
mingmingnak 3 years ago
does the gallium get consumed into an oxide too, if not can it be realistically and inexpensively removed to be used again?
raulitech 3 years ago
Was that a tooth in Mountain Dew?
tnarwhale 3 years ago
hahaha
saltpeter08 3 years ago
fill up a balloon with hydrogen then, blow it up!
warriorsng 3 years ago
This is easily one of the worst sciencey videos on YouTube. Nothing was said and the image was mostly out of focus. Please try again.
KestrelK1 3 years ago
What? Simple videos of cool things like this are what make youtube great, IMO. It's just a video showing a Ga-Al alloy reacting with water. What more is there to be said about it? Well, you can talk theory, but I'd rather just see it personally...
flyingfish555 3 years ago
is this as exothermic as some of the other reactions are?
Britainlockman 4 years ago
Indeed
WaterFireSoup 4 years ago
whats the product at the end of the reaction. AlO2 and gallium. is it a catalyst?? thanks for any info you can give me
boxa888 3 years ago
i think this alloy breaks down the aluminium oxide barrier on aluminium metal that prevents it reacting with oxygen in air or water. the alloy gives the aluminium a chance to react with the water to produce an aluminium oxide and hydrogen gas.
raulitech 3 years ago 4
nice n64 podracer lol
sparks12001 4 years ago
that solution looks really tasty! why dont u drink it?
jmmatos23 4 years ago
does the solution heat up when the gallium is added?
frizspin175 4 years ago
there is an even better way to generate hydrogen!
arxfatallis 4 years ago
Seems great, now we need to find a process to convert the aluminum oxide back into aluminum without using much energy, or else we'll eventually run low on aluminum.
H4X0R081 4 years ago
The Al2O3 would go back to the company and reduced by electrolysis. Unfortunately, that process produces a LOT of CO2 because the anode is made of graphite. The best is lead-acid batteries since they are super cheap and there is plenty of lead for everyone, unlike gallium. Charge the Pb-acid batterie with hydro power or solar.
vmelkon 3 years ago
How does this work? Obviously, gallium and aluminum can't "produce" hydrogen, but if that solution is water, then I guess they are splitting the water into its constituent hydrogen and oxygen?
webgrunt 4 years ago
Correct
WaterFireSoup 4 years ago
It doesn't produce oxygen but aluminum oxide (Al2O3) instead. You can search for aluminum and gallium and water. Gallium makes it such that aluminum doesn't have it's thin Al2O3 coating so it reacts like hell. Al is actually a very reactive metal. Also, I think you can do this with mercury+Al as well.
vmelkon 4 years ago
how much does this alloy cost?how many cubic feet of hydrogen will say apound of this alloy generate? also during the Civil War hydrogen ewas made on site for balloons bysome method like this.
tomterahedrob 4 years ago
You should have lit the hydrogen gas at the end. Otherwise, it can just be a lump of calcium carbonate.
spokehedz 4 years ago
While not considered toxic, the data about gallium is inconclusive. Some sources suggest that it may cause dermatitis from prolonged exposure; other tests have not caused a positive reaction. Like most metals, finely divided gallium loses its luster. Powdered gallium appears gray. When gallium is handled with bare hands, the extremely fine dispersion of liquid gallium droplets which results from wetting skin with the metal may appear as a gray skin stain.
qwertycorp 4 years ago
Unlike mercury, liquid gallium metal wets glass and skin, making it mechanically more difficult to handle (even though it is substantially less toxic and requires far fewer precautions).
qwertycorp 4 years ago
How many gallons of hydrogen can one get from an empty beer can?
NiTrain00 4 years ago
What do you mean by this?
WaterFireSoup 4 years ago
hes an idiot
babot6 4 years ago
Go see the article at msnbc-msn-com id 18700750 where they tell all about it.
NiTrain00 4 years ago
is gallium poison as mercury? can i swallow it?
belgvr 4 years ago
No retard you dont swallow it
WaterFireSoup 4 years ago
i'm curious about the poisoning of this shit...
and the retard is you mom that brought u to life...
belgvr 4 years ago
That is the most reatrded come back ever. If you wanted to know if its poisons just ask.
WaterFireSoup 4 years ago
Wow how come your making fun of his mom ?, His mom isent the one who made fun of you ?
nitrex 4 years ago
Its not as poisonous as mercury but its still toxic, The level of toxicity is low. Why swallow it ?, no one eats gallium.
nitrex 4 years ago
That was cool. It seemed the camera had a little trouble focusing though.
Aqlex 4 years ago
Yeah i dont have to good of a cam,era.Looking to upgrade
WaterFireSoup 4 years ago
I think you could get some decent stuff on the internet for around $300.
Aqlex 4 years ago
Gallium is a Unique Metal
nitrex 4 years ago
How did you alloy your Gallium with Aluminum?
Cheers
Callidus80 4 years ago
I first melted the Ga then let peice of Al sit in it.
WaterFireSoup 4 years ago
don't you need a license to sell gallium?
fatmeteor 4 years ago
No you do not
WaterFireSoup 4 years ago
Its not needed since the item he is selling is harmless. In ebay alot of peoples sell without license and its still legal.
nitrex 4 years ago
dude can u make a long tub for the hydro and light it ?
msdnvp 4 years ago
Why not try this? Annd then do it :-)
WaterFireSoup 4 years ago
Its possible but people mostly make discharge tubes.
nitrex 4 years ago
Nice great work. 5 Stars for you :).
nitrex 4 years ago
Thank you. Do you wana buy any Ga?
WaterFireSoup 4 years ago
Star Wars podracer ftw.
Omnis2 4 years ago
What do you mean?
WaterFireSoup 4 years ago
The Nintendo 64 game cartridge behind the reaction vessel.
Omnis2 4 years ago
Hah correct,Found it behind my bed
WaterFireSoup 4 years ago