About the armor plate introduction

Armor Plate | The ceramic armor sheet has high rigidity and high strength. In many environments, the chemical inertness will hardly cause plastic deformation. When the high-speed projectile collides with the ceramic layer, the ceramic layer will shatter and crack, and the projectile will be diffused and consumed around the impact point of the projectile. . The high modulus fiber composite board further consumes the remaining energy of the projectile, and the warhead will be passivated or even broken due to its own high strength and hardness characteristics, so as to achieve the purpose of bulletproof.

Armor Plate | The ceramic armor sheet is better than metal in that when resisting the impact of the warhead, the metal material will deform plastically and absorb energy, while ceramics hardly produce plastic deformation, relying on its own high strength and high hardness to passivate and shatter the warhead, forming small and hard fragments. The energy of the high-velocity warhead was absorbed in the process. Therefore, the application of advanced ceramics in armor systems is very attractive, and it has become a kind of protective armor widely used in body armor, vehicles and aircraft.

Armor Plate | Active armor is composed of automatic detection, discrimination, and attack systems, and plays a protective role by intercepting incoming warheads.

The role of armor: There are 4 types of armor, deck armor, side armor, waterproof armor, and mine armor. They are respectively used for armor-piercing defense, high-explosive defense, hull structure defense, and torpedo defense. There are certain differences in the protection capabilities of armor of different nationalities. Since the armor has a certain weight, it will affect the speed of the ship. Therefore, the lighter the armor, the better.

Armor Plate | A protective shell used to block or weaken the attack power, and offset or reduce the damage of the attack to the protected target.

In the military, military equipment and facilities are usually composed of solid metal or non-metallic materials, which can defend against physical attacks of certain energy and reduce the damage of protected targets. Divided into passive armor and active armor. Passive armor developed earlier: early armor was composed of leather, bamboo and wood, and then developed into metal, steel, aluminum, titanium alloy armor, etc. The excellent characteristics of some high-tech new materials have also been applied to armor manufacturing, such as glass fiber reinforced plastic, carbon fiber, high-strength ceramics, etc.