Policy

China Changes the History of Warfare with a Non-Nuclear Warhead


In an unprecedented move, China has recently conducted a successful field test of the world’s first warhead using non-nuclear hydrogen detonation technology.

This achievement marks a technological breakthrough in advanced weaponry, as Chinese scientists managed to develop a hydrogen-based explosive warhead that generates a blast force far exceeding that of conventional explosives like TNT, according to Military Watch Magazine.

The test was conducted under tightly controlled conditions, and the warhead produced a massive fireball with a temperature exceeding 1000 degrees Celsius, which burned for more than two seconds — about 15 times longer than a TNT-based equivalent explosion.

This Chinese innovation is considered a “significant advancement” that could be applied to a wide range of military equipment and weapons, including ballistic missiles, heavy artillery, and air-to-air missiles used by fighter jets.

The development of a small, lightweight, yet highly destructive warhead could fundamentally alter combat tactics and shift global military balances.

This revolutionary device was developed by Research Institute No. 705, part of the state-owned China Shipbuilding Industry Corporation — a leading institution in military technology research and development.

The warhead relies on a substance known as magnesium hydride, a solid material used to store hydrogen with high efficiency, outperforming traditional compressed tanks in its ability to store large quantities of hydrogen in a compact space.

The mechanism of this weapon involves using conventional explosives to trigger a rapid thermal decomposition of magnesium hydride, which releases large volumes of hydrogen gas.

When this gas mixes with oxygen and ignites, it produces a massive and sustained flame, creating an inferno capable of incinerating and destroying large areas in a short time.

Chinese researchers involved in the test stated that “hydrogen gas explosions require very little ignition energy to start, have a wide blast radius, and generate rapidly expanding flames… These characteristics allow precise control of the explosion’s intensity, enabling widespread and evenly distributed destruction.”

Most notably, China is currently the only country in the world with the capacity to produce magnesium hydride on an industrial scale. Estimates suggest annual production may exceed 150 tons.

This industrial dominance grants China a strategic edge in owning this new class of advanced weapons, which could be difficult for other countries to match in the near future.

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