SIC+PE, NIJ Level IV, 23MM, 2.5KG, bulletproof breastplate ballistic insert, 250X300MM

Description

Name: NIJ Grade IV Ultra-Light Silicon Carbide Bulletproof Plate

Standard: NIJ 0101.06 Class IV, we can provide the corresponding test report.

Material: SiC + UHMW-PE

Weight: 2.5KG + 0.05KG / 2.20 + 0.11LB

Thickness: 23mm

Outer layer: black waterproof polyester fabric;
Dimensions: 250x300mm / 9.8’x11.8′
Shape: Trapezoid (Trapezoid board with chamfered corners)

Packing list:
1 x Trapezoidal Bulletproof Plate.

Notice:
Reflective vest not included

Target Users: NIJ Class IV Superlight Sic Bulletproof Plates for use against weapon-related threats. Armed forces, SWAT agencies, internal security agencies, customs and border protection agencies, immigration control agencies, and other agencies at risk of firearms may be equipped with our products. People get better results and fewer casualties. The product is also better suited for situations such as long-distance missions or long-distance missions. It is also a good choice for your own family protection

Parameters of projectiles that NIJ IV can defend against:

Full Metal Housing 7.62 x 51mm M80 (FMJ) / NATO Ball;

7.62 x 39mm AK47 Lead Core (LC) / Mild Steel Core (MSC);

5.56 x 45 mm M193 Lead (LC) / NATO SS109 Ball;

Ballistic inserts are often used in body armor or tactical vests. There are two types of bulletproof cartridges: frontal and side. The front panel protects the chest and back, and the side panels protect the sides of the body. The chamfers usually protect the front side of the chest, and the squares protect the back.

There are four kinds of bulletproof plate materials: bulletproof steel, PE polyethylene, PE+alumina, PE+silicon carbide. Available in a variety of material models, this battery is pure PE + silicon.

Ceramic bulletproof inserts are usually made of materials such as ceramic and polyethylene PE. The rule is: when a bullet hits a bulletproof cartridge, the bullet hits the top of the ceramic layer first. The huge impact force of the projectile is transmitted to the environment, absorbing the huge kinetic energy of the projectile. When the projectile passes through the ceramic layer, it loses most of its kinetic energy. When the projectile reaches the polyethylene layer, the polyethylene dissipates the kinetic energy of the projectile by stretching and wrapping the projectile and fragments, with little effect on the body, providing excellent protection.