NIJ0101.06 Level III SiC Ceramic + HPPE Composite Tactical Ballistic Plate (Stand Alone)

—— An "All-in-One Mobile Armor" for Medium-High Threat Scenarios, No Need for Additional Soft Armor

I. Core Highlights: Four Key Advantages, Leading with Stand-Alone Protection

1. NIJ0101.06 Level III Stand-Alone Protection

Compliant with the rigorous NIJ 0101.06 standard for Level III stand-alone protection—no need to pair with a Level IIIA soft bulletproof vest. It can effectively stop 7.62×51mm M80 NATO (NATO full-power ammo), 7.62×39mm AK47 MSC (AK47 standard ammo), and 5.56×45mm M193/SS109 (M16/AR-15 common ammo) at 15 meters. Each plate withstands 3-6 consecutive hits, ideal for scenarios requiring quick deployment without layered armor.

2. Optimized Thickness for Reliable Stand-Alone Performance

With a thickness of 25±2mm, it provides sufficient buffer space for energy absorption while maintaining tactical practicality. The "monolithic SiC ceramic + HPPE" composite structure ensures stand-alone protection without excessive bulk—slim enough to fit most tactical plate carriers, even for agile movements.

3. Balanced Weight for Protection & Mobility

Weighing 2.15±0.05kg per plate, it strikes a balance between stand-alone defense and wearability. While slightly heavier than ICW (in-conjunction-with) plates, it eliminates the need for a 1-2kg soft armor layer, resulting in a comparable or even lighter total load for full protection. No obvious fatigue during long-term missions like patrols or raids.

4. Ergonomic Design & Durable Environmental Adaptability

Features a multi-curve shape that fits the torso contour, reducing 60% of pressure compared to flat plates. The 254×305±3mm size (with SE cut/Shooters Cut) covers vital areas (heart, lungs) and allows easy insertion into plate carriers without restricting underarm movement. The outer 600D Oxford fabric (waterproof + flame-retardant) performs stably from -30℃ to +50℃, resisting scratches, rain, and open flames to protect internal components.

II. Detailed Specifications: Accurate Data for Tactical Reliability

III. Protection Principle: Dual-Mechanism for Stand-Alone Reliability

1. Step 1: Monolithic SiC Ceramic Stops Bullets Head-On

With a hardness of HV0.5 ≥ 2600 (second only to diamond), the monolithic SiC ceramic instantly fragments incoming bullet jackets and cores on impact—transforming high-velocity projectiles into harmless flat debris. Its seamless structure prevents penetration through gaps, a critical advantage for stand-alone use.

2. Step 2: Thickened HPPE Layer Absorbs Residual Energy

The 25±2mm thickness includes a reinforced HPPE layer (made via gel-spinning, 15x stronger than steel by weight). This layer deforms slightly to dissipate 100% of the bullet’s remaining kinetic energy—no need for an extra soft armor layer. Debris is fully contained within the plate, avoiding secondary injury to the wearer.

IV. Application Scenarios: Flexible Deployment for Stand-Alone Needs

V. Usage Precautions: Maintain Stand-Alone Performance

1. Storage: Keep in a dry, dark area (relative humidity ≤ 80%); avoid direct UV exposure to prevent HPPE aging or ceramic moisture damage.

2. Service Life: 5-8 years under normal use. Immediately stop using if ceramic cracks (visible or via tapping test), fabric tears, or HPPE hardens.

3. Handling: Do not drop, crush, or roll the plate—this may cause hidden ceramic cracks that reduce stand-alone protection. Avoid contact with strong acids/alkalis to protect the outer fabric and internal layers.