1, tungsten alloy armor piercing warhead
Armor-piercing bullets are usually made of high-density alloy steel, tungsten carbide, tungsten alloy, depleted uranium and other hard materials to increase penetration and destructive power. The bullet is sharp, the internal chamber is small, and the cross section is usually water droplet shape to increase the penetration and hit rate. The body of an armor-piercing projectile is usually made of steel or iron and has a certain strength and weight to ensure the kinetic energy needed to penetrate the armor.
When penetrating the armor, the armor-piercing projectile relies on its high speed and toughness to hit the target, using kinetic energy to drive the warhead into the armor, and explode inside the armor, thereby damaging the equipment and structures inside the armor. In addition, armor-piercing shells can also be detonated after penetrating the armor through a delayed fuse detonation or primer detonation to further damage the equipment in the armor or kill the active force.
In modern warfare, armor-piercing shells are widely used and are an important part of anti-tank weapons. In addition to traditional tank guns and anti-tank guns, modern armor-piercing shells are also widely used in anti-aircraft guns, naval guns, coastal guns and other weapons
2, how strong is the penetration of tungsten alloy armor-piercing bullets?
The penetration of tungsten alloy armor-piercing ammunition depends on many factors, including the mass of the bullet, the mass of the core, the muzzle velocity, and the impact Angle. Generally speaking, the penetration of tungsten alloy armor-piercing bullets is stronger than that of ordinary armor-piercing bullets. Due to the hardness and density of tungsten alloy, tungsten alloy armor-piercing bullets have higher kinetic energy and mass, and can produce greater impact force and penetration. Under the same conditions, the penetration force and penetration depth of tungsten alloy armor-piercing shells are greater than that of ordinary armor-piercing shells.
In addition, the penetration of tungsten alloy armor-piercing bullets is also affected by the shooting distance, shooting Angle, target type and target hardness. For example, at close range, tungsten alloy armor-piercing shells can penetrate thicker armor, but at long range shooting, due to factors such as air resistance, their penetration and penetration depth may be reduced.
To sum up, the penetration of tungsten alloy armor-piercing bullets is strong, but the specific penetration and penetration depth depend on a number of factors.
Amanda
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