3183 °C
- 5761 °F
- 3456 °K
5604 °C
- 10120 °F
- 5877 °K
Contributed by the site creator
Finely powdered Rhenium metal in an ampoule
![Three beads of |os| in the center, a bead of |ru| [in the row] above, a bead of |re| [in the column] to the left, and a bead of |ir| [in the column] to the right. This mirrors the relative positions of these elements in the periodic table.](/cdn/media/max/a03iql3vpfcmx56/20240503_235720_WrjLOVqPDu.jpg)
Contributed by @plazmatter0430
Three beads of Osmium in the center, a bead of Ruthenium [in the row] above, a bead of Rhenium [in the column] to the left, and a bead of Iridium [in the column] to the right. This mirrors the relative positions of these elements in the periodic table.
Contributed by @plazmatter0430
Rhenium bead and a sintered (compressed heated powder) chunk
Contributed by collector no. 4
Manganese group (not including Technetium ): Heavily oxidized Manganese chips, and a small Rhenium piece in bottles
Contributed by collector no. 3
Manganese and Rhenium . Between these two samples is a large gap where Technetium would be, but Technetium is radioactive and samples are hard to obtain.
Contributed by collector no. 3
1 gram Rhenium bead. Because it has a higher density, note its smaller size in comparison to the Ruthenium , Rhodium , and Palladium bead photos that were contributed by the same collector.
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