Nevium

Nevium is a rare metallic superalloy that is found on the planet Nexonia Prime. It is characterised by its unusually extremely high strength and abnormally low weight ratio.
==Overview==
In pure form, Nevium forms a solid metallic superalloy that is stronger than Tungsten, Azadynium, Orion Steel, Mathorium, and sometimes Colossium, but weighs only one-fifth of what they usually do, and is completely vibration absorbent. This makes the material nearly indestructible because any hard attempt to heavily physically damage the material may be negated on a molecular level because mechanical or kinetic energy will be absorbed rather than breaking any bonds in the molecular matrix. 
This means that Nevium alloys can withstand a wide range of physical impacts, such as high-caliber bullets, grenades, and high-frequency blades. The careful control of Nevium's distribution and usage on Nexonia Prime, under the guidance of Michael Nexima, highlights the planet's strategic approach to its resources. This control serves to prevent the misuse of this powerful superalloy by entities with ill intentions, thus maintaining the balance of power in the region.
== Trivia==
===General===
*Nexonia Prime had a vast amount of Nevium deposits in its surface. While the rest are scarcely scattered throughout the galaxy.
*Nevium was a popular substance throughout the PROJECT-G/NEX Chronicles, continually sought after by robotic corporations. Unfortunately, save for PROJECT, Nexima was able to prevent them from being used for malicious purposes.
*Michael Nexima owns 98% of all the Nevium supplies in the planet.
*It has been claimed Hytherion counters the alloy due to being more durable, heavier and considerably more dense.
*PROJECT has managed to use 10% of Nexima's deposits for their cybernetics, robotics and various projects. SHADOW's helmet is notably made from this superalloy.
*NEV-TRON, a robotic assassin made by Michael Nexima, has built his current body into Nevium; He used this newfound power until he was taken offline.
== Navigation==
Category:Metals
Category:Alloys
Category:Main Topics
Category:Materials