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Beyond military use, 80% of tungsten is for industrial tooling. A shortage, as seen in Nazi Germany late in WWII, directly degrades a nation's entire manufacturing base. Allied soldiers noted captured German tanks were terribly made because they lacked tungsten carbide for tooling.
Beyond oil, the conflict disrupts supply chains for materials like sulfur and helium, which are essential for producing copper, cobalt, and components used in semiconductor manufacturing. This creates a significant, non-obvious risk to the global tech industry.
Geopolitical conflicts create ripple effects beyond obvious commodities like oil. They disrupt foundational materials like aluminum and fertilizer, which are critical, yet often overlooked, components in everything from cars and cans to the food supply, revealing hidden supply chain vulnerabilities.
While state control is a factor, China's 80% market share in tungsten is fundamentally due to possessing the world's highest-grade and most abundant geological deposits. This natural advantage makes it economically difficult for mines in other countries to compete during peacetime.
The US defense industry's error was creating a separate, "exquisite" industrial base. The solution is designing weapons that can be built using existing, scalable commercial manufacturing techniques, mirroring the successful approach used during World War II.
The operational status of specific tungsten mines has historically correlated with the onset of major global conflicts. Mines open just before wars (WWI, WWII, Korea) and close when peace returns, as investors place real capital bets on impending military demand.
The urgent need to replenish munitions for Ukraine and prepare for a Taiwan contingency is directly undermined by dependency on Chinese rare earths. Chinese export control laws can automatically deny sales to defense users, creating an acute short-term vulnerability for a Western defense industrial base holding limited stockpiles.
The tech-driven 1990s Gulf War made tungsten seem obsolete. However, the prolonged, attritional nature of the war in Ukraine has forced a strategic rethink, highlighting the renewed need for basic, physically effective munitions where tungsten is a key component.
While media outlets create hype cycles around certain critical materials like rare earths, other equally vital commodities such as tungsten and tin face similar geopolitical supply risks but receive far less attention. These 'un-hyped' bottlenecks present significant investment opportunities for diligent researchers.
The common belief that a large weapons stockpile deters adversaries is flawed. The war in Ukraine demonstrated that the true measure of deterrence is a nation's industrial capacity—the factory's ability to rapidly regenerate and replace assets consumed in conflict.
When Japan cut off 90% of the U.S. rubber supply before WWII, America responded by rapidly scaling synthetic rubber technology. This historical success, a "Manhattan Project" for materials, serves as a powerful analogy and strategic model for tackling the current rare earth dependency.