Tellurium

Discovered
1782
Melts
450 °C
  • 843 °F
  • 724 °K
Boils
1122 °C
  • 2051 °F
  • 1395 °K

Gallery

Original media from our community.

One medium, and many small chunks of moderately tarnished Tellurium, with some shiny parts visible. The surface of the medium chunk shows a neat crystal structure.
Contributed by
collector no. 4

One medium, and many small chunks of moderately tarnished Tellurium, with some shiny parts visible. The surface of the medium chunk shows a neat crystal structure.

One medium, and many small chunks of moderately tarnished Tellurium, with some shiny parts visible. The surface of the medium chunk shows a neat crystal structure.
The Chalcogen group: |o|, |s|, |se|, and |te|
Contributed by
collector no. 4

The Chalcogen group: |o|, |s|, |se|, and |te|

The Chalcogen group: |o|, |s|, |se|, and |te|
Tellurium can be commonly found in two allotropes (elemental forms): brittle silvery crystals, and amorphous (lack of a molecular structure) dark gray powder. The first photo is a bottle of small, dark gray, amorphous chunks, and the second photo is a bottle of brittle, shiny, silvery chunks.
Contributed by
collector no. 2

Tellurium can be commonly found in two allotropes (elemental forms): brittle silvery crystals, and amorphous (lack of a molecular structure) dark gray powder. The first photo is a bottle of small, dark gray, amorphous chunks, and the second photo is a bottle of brittle, shiny, silvery chunks.

Tellurium can be commonly found in two allotropes (elemental forms): brittle silvery crystals, and amorphous (lack of a molecular structure) dark gray powder. The first photo is a bottle of small, dark gray, amorphous chunks, and the second photo is a bottle of brittle, shiny, silvery chunks.
Tellurium can be commonly found in two allotropes (elemental forms): brittle silvery crystals, and amorphous (lack of a molecular structure) dark gray powder. The first photo is a bottle of small, dark gray, amorphous chunks, and the second photo is a bottle of brittle, shiny, silvery chunks.
Contributed by
collector no. 2

Tellurium can be commonly found in two allotropes (elemental forms): brittle silvery crystals, and amorphous (lack of a molecular structure) dark gray powder. The first photo is a bottle of small, dark gray, amorphous chunks, and the second photo is a bottle of brittle, shiny, silvery chunks.

Tellurium can be commonly found in two allotropes (elemental forms): brittle silvery crystals, and amorphous (lack of a molecular structure) dark gray powder. The first photo is a bottle of small, dark gray, amorphous chunks, and the second photo is a bottle of brittle, shiny, silvery chunks.
The Chalcogen group: |o|, |s|, |se|, |te|
Contributed by
collector no. 3

The Chalcogen group: |o|, |s|, |se|, |te|

The Chalcogen group: |o|, |s|, |se|, |te|
Roughly 4 cm diameter disc of Tellurium. The surface shows patterns of Pine-tree or needle-like crystals.
Contributed by
collector no. 3

Roughly 4 cm diameter disc of Tellurium. The surface shows patterns of Pine-tree or needle-like crystals.

Roughly 4 cm diameter disc of Tellurium. The surface shows patterns of Pine-tree or needle-like crystals.

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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.