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Tungsten: The toughest component in the universe

You will not find a mightier metal than tungsten, which is denser, harder, and more heat resistant than practically any kind of other components on the table of elements. Its distinct chemical buildings have made it an essential ingredient in whatever from light bulbs to rocket engines to nuclear blend reactors, and a flashpoint for geopolitical pressure for the past century.

You likewise won’t discover a metal extra beloved by meme traders, that have lately embraced small tungsten dices as their most current absurdist asset class. Following investing their savings right into abstract things like cryptocurrencies as well as NFTs, some money influencers began paying out $3,500 for 4-inch dices of the heavy steel that evaluate an impressive 42 lbs, or 19 kg. On Reddit and Twitter, they have rallied around a basic slogan: “We like the dice.”

Strap on your mining helmets, we will uncover the truth about tungsten, such as

The many uses of tungsten.

Tungsten’s peculiar solidity and density make it the perfect metal for a number of specific niche applications when you need something that’s heavy, small, and challenging, such as:

  • Light bulb filaments
  • Blades, drills, as well as saws
  • Nose cones and rocket engine nozzles
  • High-end darts
  • Angling sinkers
  • Ballast for Formula 1 automobiles, luxury yachts, as well as planes
  • Filling up the center of fake gold bars
  • Paneling the inside of nuclear blend reactors
  • Scratch-resistant wedding event bands
  • Armor-piercing bullets and also shells


  • 16th century: German miners run into a secret aspect in tin ore, which gurgles up right into a gray, hairy-looking slag throughout smelting. They call the material “wolfram,” which roughly converts to “wolf froth.”
  • 1755: Swedish drug store Axel Fredrik Cronstedt locates an uncommonly heavy mineral in an iron mine as well as names it “tungsten,” or “hefty stone.”
  • 1910: American physicist William David Coolidge creates a technique for spinning tungsten into cord filaments, which end up being ubiquitous in lights. Thomas Edison begins purchasing tungsten for the bulbs.
  • 1944: Throughout the Second World War “Wolfram Crisis,” the United States, as well as the UK, embargoed Spain to pressure fascist totalitarian Francisco Franco for stopping providing Nazi Germany utilizing tungsten for the armor-piercing tools. Franco at some point agrees, hobbling Germany’s war device as well as accelerating the end of the war.
  • 1945: American physicist Harry Daghlian unintentionally goes down a tungsten carbide brick onto a nuclear bomb core at the Los Alamos study lab. The resulting nuclear response subjects him to a deadly level of radiation, as well as makes him the first victim of the “devil core” that would go on to eliminate one more physicist in a similar laboratory mishap the next year.
  • 2003: The United States Air Force suggests an area weapon that would orbit Planet as well as drop 20-foot, or 6.1 m, long tungsten poles, which are so heavy that they’d land with the force of a nuke.

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