Helium

Discovered
1868
Melts
-272.20 °C
  • -457.96 °F
  • 0.95 °K
Boils
-268.95 °C
  • -452.12 °F
  • 4.20 °K

Gallery

Original media from our community.

Ampoule of |he| in a bottle
Contributed by
Ea Nasir

Ampoule of |he| in a bottle

Ampoule of |he| in a bottle
The Noble Gas group, in ampoules. There's not much to see here. From left to right: |he|, |ne|, |ar|, |kr|, |xe|.
Contributed by
collector no. 3

The Noble Gas group, in ampoules. There's not much to see here. From left to right: |he|, |ne|, |ar|, |kr|, |xe|.

The Noble Gas group, in ampoules. There's not much to see here. From left to right: |he|, |ne|, |ar|, |kr|, |xe|.
Helium gas in an ampoule with a high voltage source next to it, which causes a beautiful pink and white glow. This is similar to how Neon lamps work.
Contributed by
collector no. 4

Helium gas in an ampoule with a high voltage source next to it, which causes a beautiful pink and white glow. This is similar to how Neon lamps work.

Helium gas in an ampoule with a high voltage source next to it, which causes a beautiful pink and white glow. This is similar to how Neon lamps work.
Helium gas in an ampoule with a high voltage source next to it, which causes a beautiful pink and white glow. This is similar to how Neon lamps work.
Contributed by
collector no. 4

Helium gas in an ampoule with a high voltage source next to it, which causes a beautiful pink and white glow. This is similar to how Neon lamps work.

Helium gas in an ampoule with a high voltage source next to it, which causes a beautiful pink and white glow. This is similar to how Neon lamps work.

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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.