Abyssmite ((Ah-bizz-might))

Description:

This is one of the strongest materials ever know, and just as rare as Nebulite. It's a pure black steel-like texture, absorbing 100% of light that hits it, making it impossible to see in darkness, which only increases its value as a weapon and armor. It's very rigid, but can flex quite a bit should enough pressure be given. Almost nothing can penetrate, break, scratch, or melt it, let alone the very strongest of forces. The only way to forge it into tools and armor, is to expose it to temperatures so high, it's practically impossible to survive the procedure. The only place found within the Mesican continent, is Mount. Hephaestus / The Devil's Forge. Special heat-resistant armor had to be designed to withstand the temperatures so hot, even the most powerful demons couldn't survive it.

Origin:

It's found exclusively in the hearts of blackholes, which means the material can only be acquired once the blackhole collapses, vanishing in a flash of energy, leaving a small clump (roughly the size of a soccer ball) behind to float through space. These can collide into other planets, astroids, or fall through the earths atmosphere as meteorites. Because of this, the material is extremely rare. Many attempts have been made to recreate it, the results being catastrophic disasters (Chernobyl being an example, with the Tsar Bomba being another), or cheap copies that failed to hold even a candle to Abyssmite.

Usage & Properties:

Due to it's scarcity, Abyssmite is used sparingly, used either to form some of the strongest and sharpest blades, or the most durable and protective armors ever, rendering the users either unkillable, or able to slice anything in their path.
Due to the molecular structure of Abyssmite, any energy that gets sent into it, gets completely absorbed by the extremely dense material, simply being devoured by the impossibly tightly packed atoms. Bullets can be fired at extreme speeds, colliding with the material would bring them to a complete stop, smashing the bullet and leaving the material unharmed. In result of the extreme density, the material is frigid to the touch, often freezing water vapor upon contact, and making it much heavier than when it is molten (in which case, it burns the very air around it, causing fires to anything nearby).

Type

Metal