Once liquid Adamantium cools and hardens, it can never be manipulated again, although it can be destroyed by Antarctic Vibranium, which dissolves all metals.
It can be destroyed by subjecting it to extremely high temperatures. However, this process only succeeds in blowing the Adamantium to bits as neither Vibranium nor steel can be recovered from this process. Adamantium was extensively used in the Weapon X military program made famous by Wolverine.
Adamantium, however, is only supposed to be able to be melted (at 1,500 Fahrenheit) and molded once, even if temperatures are kept high. Hardened within seconds, it can only be altered by tinkering with its cellular structure, and only god-like creatures like Belasco and his pet demon can destroy it.
Ultron's outer shell is made of Adamantium, which is nearly unbreakable. While Black Adam could potentially break it over time, Ultron's various other powers are enough to keep him at bay, including his Encephalo-beam and his energy absorption abilities.
1 Answer. Adamantium is indestructible; meaning it is completely resistant to any form of heat, light, radiation, force or electromagnetic manipulation.
What is the closest metal to adamantium in real life?
Scientist David Evans argued that as adamantium "is considered to be a very dense and indestructible metal" the most suitable real material to model it would be osmium, "the densest known metallic element".
Magneto can manipulate adamantium. Magneto has always been able to affect adamantium. This happens in many of different stories, including when Magneto slowly pulls Wolverine's adamantium-coated skeleton straight out of his body.
Sometimes he can, sometimes he can't. Despite adamantium being the stronger metal, some writers suggested Wolverine can't pierce through the metal X-Men. But, throughout the two heroes' history, Wolverine has managed to cut Colossus on multiple occasions.
Only beings with godlike powers (such as Rune King Thor) or with strong magnetic powers (like Magneto) can manipulate Primary Adamantium. Otherwise, it is completely indestructible to all forms of attack.
Physically he is stronger with the skeleton, since his bones without the adamantium are just bones, so lifting something heavy can still cause damage to those bones. With the adamantium, if his muscles can lift a thing, he can lift it; no worrying about stress fractures.
It depends in the main universe Hulk can't break Adamantium, only reality manipulators can break that metal. Could the Hulk cut Wolverine with an adamantium sword? Yes. The Hulk could cut Wolverine with a butter knife.
The ability of Adamantium to pierce Hulk's hide has changed over time, but currently it can, though it requires a decent amount of force for it to cut him, as shown in Immortal Hulk #8. Adamantium can cut Hulk's skin, it just isn't all that easy.
Wolverine's max-age would be 466.32 years. Meaning having been born in 1832, in a perfect world without Transigen and the Adamantium skeleton, Wolverine would have lived to the year 2298 at the age of 466. That's a long time, so much more longer than any of us.
Finally, after Logan tells him bones are coated with the metal, Hulk promises to strip it off his skin - but never successfully damages Wolverine's adamantium bones. Hulk has broken adamantium objects, armors, and weapons in the past.
Issue #3 of the Official Handbook of the Marvel Universe mentions that Colossus is made up of the dense metal osmium, which is actually derived from another dimension. Colossus' connection with the other unspecified dimension can reshape all of Peter's bodily functions in organic ionic osmium materials.
There is no possible way that Spider-Man could break/snap Captain America's Vibranium shield through just raw strength alone, it has survived a hit from Thor's hammer and took extreme hits from one of the strongest in Thanos where Captain America was been chopped down.
What is the closest thing to vibranium in real life?
James Kakalios, a physics, and astronomy professor at the University of Minnesota suggests a substance known as graphene would be the closest substance to vibranium known to man. Graphene is an ultra-thin form of carbon; only one atom thick.
-Uru is the same as Adamantium, added with its own magical properties. If 3 characters of the same strength wore suits of the same weight and weilded swords of each metal, then imo the fight would come to a DRAW. Adamantium has no way to penetrate Vibranium, same vice versa.. same with Uru.
His adamantium claws are one of the few weapons in the Marvel Universe that can consistently pierce Hulk's skin and Wolverine has no problem going for Hulk's head. In fact, if it came down to it, Wolverine could cut Hulk's head off, ending the Hulk once and for all.
While Thor is easily the more powerful of the two, he finds himself incapable of matching Wolverine's speed and agility. The mutant is able to get in several swipes at the Asgardian - drawing blood - and even goes full leapfrog on him, impaling him through the back with all six adamantium claws.
He has known war his entire life and he is very strong. But Wolverine has Adamantium which is the strongest metal in the MCU world. It is impenetrable and Wolverine's claws can cut through anything even Thanos strong and thick purple skin.
Yes. To have the hammer in his hand wouldn't and shouldn't ever happen. He's just not worthy of it under the magical conditions set on the hammer as per Odin The Asgardian All-Father. However, his genetic power and ability to control metal and magnetic fields would give him a leg up in countering its power.
Wolverine received his adamantium at Weapon X, though the team did not give it to Sabretooth because his body violently rejected it. But in a miniseries introduced in 1993, Sabretooth was finally given adamantium lacing to his skeleton, thanks to Graydon Creed, his son.
However, many fans of the movies may be surprised to know that there are actually five types of vibranium. Vibranium is one of the rarest metals on Earth. Most describe it as one of the hardest substances known in the Marvel Universe, but that is not entirely accurate.
