Ranger Rick
Well-Known Member
How about a little background?
Tungsten aka "W" (abbreviation of Wolfram) in the periodic table is rare element and usually found in a compound. Tungsten is almost twice as heavy as lead. It is also toxic to mammals. Tungsten jumped in popularity pre-WWII when German munitions developed a super hardened tungsten alloy core, steel clad 8mm Mauser round that was leaps ahead of any other armor piercing ammo.
The WWII German term was: Spitzgeschoss mit Stahlkern - SmKH - translated: Pointed bullet with a Wolfram core and steel jacket. I don't know if SMK has any nexus to SmKH. Another associated German term was "Munition panzerbrechend" = Armor piercing ammunition. Germany developed an improved tungsten alloy made for deadly 88mm armor piercing anti-tank rounds. Even at longer ranges (1000m), the 88's could penetrate through an American tank in any direction!
So why not develop a dangerous big game stopper? Unfortunately, China and Russia have the world's largest supply of Tungsten reserves today. JMTC
Tungsten aka "W" (abbreviation of Wolfram) in the periodic table is rare element and usually found in a compound. Tungsten is almost twice as heavy as lead. It is also toxic to mammals. Tungsten jumped in popularity pre-WWII when German munitions developed a super hardened tungsten alloy core, steel clad 8mm Mauser round that was leaps ahead of any other armor piercing ammo.
The WWII German term was: Spitzgeschoss mit Stahlkern - SmKH - translated: Pointed bullet with a Wolfram core and steel jacket. I don't know if SMK has any nexus to SmKH. Another associated German term was "Munition panzerbrechend" = Armor piercing ammunition. Germany developed an improved tungsten alloy made for deadly 88mm armor piercing anti-tank rounds. Even at longer ranges (1000m), the 88's could penetrate through an American tank in any direction!
So why not develop a dangerous big game stopper? Unfortunately, China and Russia have the world's largest supply of Tungsten reserves today. JMTC