Armor-piercing head

Abstract

The invention provides an armor-piercing head. The armor-piercing head is composed of a conical or pyramidal tip cone and a platform connected to the lower part of the tip cone in shape, wherein the armor-piercing head comprises a bullet core and a housing integrated with the bullet core; the housing at least wraps part of the bullet core, the tip cone is formed by the housing, the bullet core is made of tungsten or tungsten alloy, and the housing is made of amorphous alloy. The armor-piercing head is formed by integrally compounding the bullet core made of the tungsten or tungsten alloy and the housing made of the amorphous alloy; and the tip cone is made of an amorphous material. The amorphous alloy material has the characteristics of high dynamic fracture toughness and high hardness under the action of a high-speed load, and has good self-sharpening property when penetrating metal, so that the armor-piercing head can greatly improve the attack effect; and meanwhile, the tungsten or tungsten alloy instead of lead, depleted uranium alloy and other materials is adopted, so that terrible aftereffects such as residual radioactivity and the influence on the ecological environment can be avoided. The high flying speed of the armor-piercing head can be achieved through the use of the amorphous material, and the flying stability of the armor-piercing head can be maintained through the use of the high-density material of the tungsten or tungsten alloy.

Description

technical field [0001] The invention relates to the technical field of bullets, in particular to an ecologically-friendly armor-piercing bullet with high attack performance. Background technique [0002] Because an important characteristic of the armor-piercing projectile to achieve the attack effect is to achieve sufficient weight, the bullet can maintain sufficient flight distance and kinetic energy. In order to achieve high weight, more warheads use lead materials to wrap copper shells. Lead materials usually cause environmental pollution and are not environmentally friendly. Due to the soft material of the copper shell, it deforms instantly when the warhead comes into contact with the attacked object. Did not play an offensive role. In order to maintain maximum aggressiveness, foreign countries mostly use depleted uranium alloy armor-piercing projectile cores. Depleted uranium projectiles will cause radioactive effects and have a huge impact on the environment and ecolo...

AI Technical Summary

Problems solved by technology

In order to achieve high weight, more warheads use lead materials to wrap copper shells. Lead materials usually cause environmental pollution and are not environmentally friendly. Due to the soft material of the copper shell, it deforms instantly when the warhead comes into contact with the object being attacked. no attack

In order to maintain a high degree of aggressiveness, foreign countries mostly use depleted uranium alloy armor-piercing projectile cores. Depleted uranium projectiles will cause radioactive effects and have a huge impact on the environment and ecology.

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