The melting point of Technetium is 2,204 °C or 4000°F. This element is a rare, radioactive metal that was discovered in 1937.
Technetium is unique in that it is the first element in the periodic table that does not have a stable isotope, meaning that all its isotopes are radioactive and have a half-life that ranges from a few millionths of a second to over a million years.
Technetium has a relatively low melting point compared to other metals, which makes it difficult to work with. In fact, it is typically produced in trace amounts in nuclear reactors and is only found in small quantities in the Earth’s crust. Despite its rarity and difficulties in handling, Technetium has several important applications in medicine and industry.
Technetium is used as a tracer in nuclear medicine, where it is introduced into the body and followed through the bloodstream to diagnose and monitor conditions such as heart disease and cancer. In industry, Technetium is used as a catalyst in the production of certain chemicals and as a fuel in nuclear reactors.
Despite its low melting point, Technetium has a high boiling point of 4265 Kelvin (3992 °C or 7188 °F). This combination of low melting point and high boiling point makes it an important element for various applications, including those in nuclear technology.