Diometium Steel

- Also see AOI-IOI-098 (DIOMETIUM STEEL)
Diometium Steel, also known as Diomet, Diomet Metal, Diomet Alloy, or Diometric Steel, is a dense, titanium/radium-based metallic alloy that is virtually indestructible by civilian means and is capable of absorbing and is capable of absorbing, dampening, and cooling extreme heat or cold. The basis for this alloy is an extremely rare ore found in a large meteorite 120.39 km (74.81 mi) off the coast of Catania. When combined with titanium, carbon, and an as yet undisclosed chemical, the metallic alloy refined from the base ore forms a solid metallic alloy that is stronger than titanium steel and less than a third of the weight, as well as being completely heat and cold energy absorbent. This is what the Foundation calls "Diometium Steel". When the base ore is made into the alloy, the radium levels subside, making it unnoticeable. 
AOI-IOI-098 (DIOMETIUM STEEL) was found on March 4th, 2005 on an expedition requested by Dr. Kel Su Min. Dr. Min learned of a number of adolescents who had had extreme cases of radiation poisoning. The meteor was found ██ ████ later.
Diometium steel has unique properties which allow it to absorb, dampen, and cool extreme heat or cold. When combined with AOI-IOI-█████ (██████████████), it forms a nigh-indestructible material which can be woven into fabric and displays uncanny protection against mystical properties. The trouble with this is IOI-████ is difficult to obtain. 
Diometium can also be used in the creation of weapons that do not require an anti-overheating system. The creation of even a small amounts of Diometium is extremely tedious and astronomically expensive. While The FFOS maintains the most complete research and data available on the formula and the exact procedure for its manufacture, certain parties within the apposing organizations, such as The British "Roundtable" and the Russian "Red Sons", have access to it as well. Diometium is created primarily by mixing certain chemicals together with the unique ore and titanium. When this raw ore and chemical mixture are heated to about 3272°F (1800°C) the resulting liquid can be cast or worked into any particular shape imaginable. After it cools, the alloy sets and becomes solid. The ore got its name from the Italian words for "god metal (Diomet)", a name given to IOI-098 by civilians after the ███████ event. The Research Division began experimenting with various ores and advanced refining processes following the discovery. 
=== Diometium is used in: ===
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