Can A Metal Be Gas?

Yes, metals can be gases, depending on how high their boiling points are. But are gaseous metals really considered metals?

Close your eyes for a moment and let the word ‘metal’ float in your head. Now answer this: what’s the first image that comes to your mind when you think of ‘metal’?

Some of you may see something like this:

Music band group silhouette perform on a concert stage(Taya Ovod)s

Instant connection with the word ‘metal’, eh? (Photo Credit : Taya Ovod/Shutterstock)

But I think that most of you will see a hard, shiny solid object – maybe a shiny sword, a slick machine or clean cookware?

We associate the word ‘metal’ with solid objects because most metals around us are solids. But are metals restricted to the solid state only? Can they be gas?

Can a metal be gas?

Yes, absolutely! Although metals usually occur in a solid state at room temperature (which is probably why we associate the word ‘metal’ with solid objects), metals can be gases too. 

The thing about states of matter is that they are universal: a metal can be solid, liquid or gas. But that state is decided based on the right conditions of temperature and pressure.

For instance, a metal, say, lead, has a boiling point of 1740 degrees celsius. Now, you know that lead, in its ‘natural state, is a solid. But when you start heating it, it will first turn into liquid at 327 degrees Celsius and if you continue to supply more heat, it will turn into gas at 1740 degrees Celsius.

Lead ingots(nathapol HPS)s

A picture of lead ingots. Lead turns to vapor at 1740 degrees Celsius.     (Photo Credit : nathapol HPS/Shutterstock)

Another excellent example is mercury. In fact, it’s a metal with the lowest boiling point (356.7 °C), which means, of all metals, it turns into gas at a relatively lower temperature. (add mercury’s boiling point – DONE)

But note that mercury vapors are very harmful. According to the World Health Organization, “the inhalation of mercury vapor can produce harmful effects on the nervous, digestive and immune systems, lungs and kidneys, and may be fatal. The inorganic salts of mercury are corrosive to the skin, eyes and gastrointestinal tract, and may induce kidney toxicity if ingested.” (Source)

Mercury pouring from a pipette onto a reflective surface(MarcelClemens)s

Mercury is quite remarkable – it’s a metal that exists as a liquid at room temperature and then boils at a shallow temperature. (Photo Credit : MarcelClemens/Shutterstock)

Now, let’s discuss another aspect of this metal-to-gas saga. 

Does a metal remain metal when it turns into gas?

We’ve established that metals can turn into gases if they are heated to their boiling points. But once a metal is heated to its boiling point and it becomes gas, is it still metal? In other words, can a metal be in a gaseous state and still be a metal?

Gaseous metals don’t retain the properties of their solid counterparts, including metallic bonds, metallic conductivity, ductility, luster or other metallic properties. This is why metals are no longer considered metals when they assume a gaseous state – they’re just gas with certain characteristic properties of the ‘parent’ element. (then what are they considered as? – THEY ARE JUST GAS AT THAT POINT. MERCURY IS A METAL, BUT WHEN IT’S BOILED ITS VAPOR IS CALLED MERCURY GAS/FUMES)

Metallic bonding and basic physical properties of metals and alloys(Inna Bigun)s

Some properties of metals. (Photo Credit : Inna Bigun/Shutterstock)

But why are metals solids anyway? What’s so special about them that makes them solid?

Why are metals solid anyway?

Metals are solid at room temperature because of how their consistent atoms are packed within.

You see, all matter is made of atoms. The state of a substance relies on how close or far apart these atoms are to each other. 

If the constituent atoms of a substance are far apart, then that substance will exist as a gas at room temperature. Atoms in the liquid state are relatively closer, but in solids, atoms are packed together in tight crystals. 

State of Matter(Arisa_J)s

States of matter and the arrangement of their atoms. (Photo Credit : Arisa_J/Shutterstock)

Due to the strong forces that hold these atoms close together, solids are rigid and have a definite shape and size (unlike liquid and gas).

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Metals are solid at room temperature because the constituent atoms of metals are packed close together, imparting them a rigid or ‘set’ exterior. This is also why metals have high melting points and don’t exist in the liquid state at room temperature.

All in all, metals can be converted into gas, but once they turn into gas, they don’t retain their metallic properties. 

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About the Author

Ashish is a Science graduate (Bachelor of Science) from Punjabi University (India). He spends a lot of time watching movies, and an awful lot more time discussing them. He likes Harry Potter and the Avengers, and obsesses over how thoroughly Science dictates every aspect of life… in this universe, at least.

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