Chlorine

Discovered
1774
Melts
-101 °C
  • -150 °F
  • 172 °K
Boils
-34 °C
  • -30 °F
  • 239 °K

Gallery

Original media from our community.

Liquified high pressure Chlorine in a sealed ampoule. Beautiful photo of a dangerous element.
Contributed by
Ea Nasir

Liquified high pressure Chlorine in a sealed ampoule. Beautiful photo of a dangerous element.

Liquified high pressure Chlorine in a sealed ampoule. Beautiful photo of a dangerous element.
Chlorine gas in an ampoule. Difficult to see, but a faint yellow color is there.
Contributed by
collector no. 12

Chlorine gas in an ampoule. Difficult to see, but a faint yellow color is there.

Chlorine gas in an ampoule. Difficult to see, but a faint yellow color is there.
Scary yellow-green Chlorine gas in an ampoule
Contributed by
collector no. 4

Scary yellow-green Chlorine gas in an ampoule

Scary yellow-green Chlorine gas in an ampoule
The Halogen group: roughly 30% |f| gas, |cl| gas, |br| liquid and vapor, and |i| pellets, all in ampoules
Contributed by
collector no. 4

The Halogen group: roughly 30% |f| gas, |cl| gas, |br| liquid and vapor, and |i| pellets, all in ampoules

The Halogen group: roughly 30% |f| gas, |cl| gas, |br| liquid and vapor, and |i| pellets, all in ampoules
Pressurized liquid Chlorine in an ampoule
Contributed by
collector no. 2

Pressurized liquid Chlorine in an ampoule

Pressurized liquid Chlorine in an ampoule
The Halogen group: |f| (probably only 33% F, 67% |he|), |cl|, |br|, and |i|
Contributed by
collector no. 3

The Halogen group: |f| (probably only 33% F, 67% |he|), |cl|, |br|, and |i|

The Halogen group: |f| (probably only 33% F, 67% |he|), |cl|, |br|, and |i|
Near a plasma globe, Chlorine glows a dim blue-indigo color
Contributed by
collector no. 2

Near a plasma globe, Chlorine glows a dim blue-indigo color

Near a plasma globe, Chlorine glows a dim blue-indigo color
In most cases, |cl|, |br|, and |i| are the only Elements in the halogen group that people can get. |f| is overwhelmingly reactive and requires special equipment to contain, while |at| is overwhelmingly radioactive and has not been isolated in a sample large enough to see.
Contributed by
@plazmatter0430

In most cases, |cl|, |br|, and |i| are the only Elements in the halogen group that people can get. |f| is overwhelmingly reactive and requires special equipment to contain, while |at| is overwhelmingly radioactive and has not been isolated in a sample large enough to see.

In most cases, |cl|, |br|, and |i| are the only Elements in the halogen group that people can get. |f| is overwhelmingly reactive and requires special equipment to contain, while |at| is overwhelmingly radioactive and has not been isolated in a sample large enough to see.
In most cases, |cl|, |br|, and |i| are the only Elements in the halogen group that people can get. |f| is overwhelmingly reactive and requires special equipment to contain, while |at| is overwhelmingly radioactive and has not been isolated in a sample large enough to see.
Contributed by
@plazmatter0430

In most cases, |cl|, |br|, and |i| are the only Elements in the halogen group that people can get. |f| is overwhelmingly reactive and requires special equipment to contain, while |at| is overwhelmingly radioactive and has not been isolated in a sample large enough to see.

In most cases, |cl|, |br|, and |i| are the only Elements in the halogen group that people can get. |f| is overwhelmingly reactive and requires special equipment to contain, while |at| is overwhelmingly radioactive and has not been isolated in a sample large enough to see.
Chlorine gas inside a spherical ampoule, which in itself is inside a glass dome on a decorative black base plate. The faint yellow color of Chlorine is visible within the inner ampoule.
Contributed by
collector no. 3

Chlorine gas inside a spherical ampoule, which in itself is inside a glass dome on a decorative black base plate. The faint yellow color of Chlorine is visible within the inner ampoule.

Chlorine gas inside a spherical ampoule, which in itself is inside a glass dome on a decorative black base plate. The faint yellow color of Chlorine is visible within the inner ampoule.
Ampoule of liquid Chlorine encased in a clear acrylic block. Chlorine is normally a gas, but the sample is roughly under 8 times normal atmospheric pressure which allows it to liquify. The characteristic evil yellow color of liquid Chlorine is clear to see.
Contributed by
collector B.W.

Ampoule of liquid Chlorine encased in a clear acrylic block. Chlorine is normally a gas, but the sample is roughly under 8 times normal atmospheric pressure which allows it to liquify. The characteristic evil yellow color of liquid Chlorine is clear to see.

Ampoule of liquid Chlorine encased in a clear acrylic block. Chlorine is normally a gas, but the sample is roughly under 8 times normal atmospheric pressure which allows it to liquify. The characteristic evil yellow color of liquid Chlorine is clear to see.
An ampoule of Chlorine gas. The white background allows the yellow-green color to pop.
Contributed by
the site creator

An ampoule of Chlorine gas. The white background allows the yellow-green color to pop.

An ampoule of Chlorine gas. The white background allows the yellow-green color to pop.

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The Living Table of Elements
by Tyler Unleaded

Media (c) their contributors; listings (c) their sellers.
Some elements are dangerous. Some elements may be banned or restricted in your area. You must always follow relevant safety procedures and local laws that pertain to any materials you posses or intend to posses.