In the Marvel universe, some heroes and villains have shown their mettle and fought over literal metal. Most specifically, it’s an oft-mentioned alloy found in both hidden African countries and openly angry Canadians. We’re, of course, talking about the ancient mystical vibranium and the sparsely manufactured adamantium that was the key to creating the balls of the terrifying Weapon X, aka Logan, aka Wolverine, aka Fastball Special.
Both terms can be used for good or bad depending on which metal fabricator you talk to, but the most important debate that has raged over the years is: Which is stronger between these two popular materials? Under expert care, almost unthinkable powers can be harnessed at the wielder’s will when needed, but when the time comes, which hero will do the trick? Want to hold the line? Either a hero in a metal suit or a hero in another metal suit. Can I have it as my personal cutlery set and “sneak” it whenever I want? Well, after a thorough evaluation and deep dive into other Marvel metals that could potentially compete with the two most talked about types, the winner might actually surprise you, dude.
Adamantium is stronger than vibranium
There’s no question that vibranium is an important part of the Marvel Universe, especially the Marvel Cinematic Universe. This is an element that plays a big role in Black Panther’s arsenal, and was also used to create Captain America’s Stars and Stripes shield. However, when it comes to basic requirements such as density and durability, adamantium is much stronger than vibranium.
Debuting in 1969’s “Avengers” #66 when Ultron uses it as a metal to create a new body, adamantium is a virtually indestructible substance that can withstand the strength of Marvel’s most powerful characters (more (described later). It can withstand nuclear explosions and can cut through almost any material depending on the strength of the wielder. The best version to get is true adamantium. This covers Wolverine’s bones and allows him to be very good at what he does (even though what he does isn’t very good).
This metal can be replicated, but unfortunately it also has its drawbacks. The biggest problem is that it’s very one-and-end material. Because it cannot be changed once formed into any shape, it has been used to make a great many blades, tailored suits, and claw covers. If you want something a little more adaptable, it’s best to head to Wakanda and get the metal that’s been applied to some of the Marvel Universe’s most iconic weapons. That is, of course, if the Wakandan royal family gives the go-ahead.
Vibranium is a more adaptable metal than adamantium
Adamantium may be a strong and durable metal that still ticks when you lick it, but so is the highly popular vibranium. What sets it apart from Wakandan-based substances is that it can be used for a variety of purposes beyond just giving your local hero retractable cat-like claws. Originating from a meteorite that crashed into Earth a million years ago, Earth is now the only remaining location housing metals with technological and energy-manipulating properties. One of its most basic uses is in Wakandan weapons and Panther habits (the suit worn by T’Challa). The key trick of the prince’s iconic costume is that it can absorb different types of energy and redirect it as a method of defense or attack. It also stores various vibranium weapons that give the Panther an advantage against many enemies.
Besides Panther’s legendary threads, vibranium has also been applied to all sorts of notable items in the Marvel Universe. Not only did Hawkeye use it for the tips of his arrows, but it was mixed to make reinforced concrete for the foundation of Avengers Tower. But most notably, vibranium was actually mixed with a version of adamantium called proto-adamantium, which led to the creation of Captain America’s shield, making it one of the most powerful weapons on Earth. That’s what happened. This versatile feature makes Vibranium even more powerful in many ways.
Is Thor’s hammer Mjolnir stronger than adamantium or vibranium?
It’s common in comic book lore for superheroes to not get along, but in the unlikely event that the great protector of Asgard has to face off against the prince of Wakanda, how could the weapons of both sides fight? I wonder? Wakanda may have the otherworldly metal that powers all of T’Challa’s arsenal, but its strength against the God of Thunder’s iconic weapon has fluctuated over the years, sometimes giving it a blow. Sometimes we have as much trouble withstanding the hammer as we do receiving it. Mjolnir itself is made from Ur, depicted in the comics as a metal ore from the first moon, and has been wielded on Captain America’s shield in both the MCU and the comics’ main universe, resulting in several scrapes. It remained.
In the comics, similar to the MCU, Cap’s shield was able to stop Mjolnir in its path, but it did not emit a shockwave upon impact. When it comes to adamantium in its purest form, both substances are noted to be seemingly equivalent, thanks to an opportunity tossed aside by Wolverine and Thor. In “Wolverine vs. Thor”, the former was hypnotized by Loki to attack the God of Thunder, with Logan’s claws unable to even scratch Mjolnir’s surface, while Thor remained on the defensive. At the same time, Thor did not damage Wolvie’s claws either, proving that neither metal could impact the other.
Will Magneto’s powers also affect adamantium and vibranium?
Wolverine may be at odds with the Norse god, but he proves no match for the master of magnetism. The downside to Logan’s strong, highly metal-coated bones is that, as depicted in X-Men #25, they easily snap from bone to bone like Magneto squeezes a tube of toothpaste. can be separated and it takes time to return to its original state. comics. But when it comes to vibranium, things tend to get a little sketchy and, like many shiny substances under Eric Lehnsherr’s control, veer in a few different directions.
When Magneto and Black Panther confront each other, the metal-loving mutant admits that he can’t put the beads on T’Challa’s suit because they contain vibranium, but other vibranium objects have also been spotted. There is. Other problems have doors apart. For example, in the case of Captain America’s shield, there was a scene in Super-Villain Team-Up #14 where Magneto was able to stop it and throw it back at the Super Soldier and his allies. However, there was also a scene where Magneto frankly admitted that he couldn’t control the Frisbee, which is feared by all the bad guys in the world. Perhaps it all depends on what shield Cap is throwing, but the original version was comprised of a variation of adamantium (which would explain his control), while the other version is pure vibranium It was. Whenever Magneto arrives in the MCU, we’ll have to wait for some clarification (from a safe distance) to know how things will be handled there.
Mysterium is stronger than adamantium or vibranium
The debate over which metal is truly the strongest may ultimately be settled in the MCU, but Marvel Comics has one recently discovered competitor that turns other metals into aluminum foil, and that’s Tony. -Forged into one of Stark’s flashiest suits. In “The Invincible Iron Man” #15, the master of technology applied Mysterium, a metal derived from the White Hot Room, where mutants fled after the fall of Krakoa.
In a fight with a restored Wolverine corpse (there are such things everywhere these days), the adamantium claws not only fail to cut through Stark’s new suit, but they bend like dry spaghetti. Given that adamantium has proven to be the strongest in terms of density and durability, bending so easily against this new metal would completely knock him off the top spot, making Wolverine the only one alive but Magneto. You’ll realize there’s something to worry about.
Indeed, given that Logan just appeared in the MCU in Deadpool & Wolverine and adamantium is rumored to be involved in Captain America: Brave New World, the metal may be best used for slicing and dicing. In the future, it may become the hardest metal in at least one universe.
