Designed to be a reliable “on-the-move armor barrier,” this tactical ballistic plate combines robust protection with real-world practicality, making it ideal for professionals facing medium-to-high threat scenarios.
When paired with a Level IIIA bulletproof vest, it fully meets NIJ Level III standards. At 15 meters, it effectively stops high-impact rifle ammunition, including 7.62×51mm M80 NATO (full-power NATO rounds), 7.62×39mm AK47 MSC (standard AK47 ammo), and 5.56×45mm M193/SS109 (common for M16/AR-15). Each plate endures 3–6 consecutive hits, delivering the durability needed for SWAT counter-terrorism, military patrols, and other high-risk missions.
Crafted with a monolithic SiC ceramic + HPPE (Ultra-High Molecular Weight Polyethylene) composite structure, it prioritizes both protection and lightness. Each plate weighs just 1.85±0.05kg – 20% lighter than same-level aluminum oxide ceramic plates and 50% lighter than steel armor. Even during long hours of wear, users won’t feel obvious fatigue, keeping them agile in the field.
Its multi-curve design hugs the natural contour of the torso and chest, cutting pressure by 60% for all-day comfort. Measuring 254×305±3mm, it covers critical vital areas (heart, lungs) while featuring an SE Cut (Shooters Cut) for quick, easy insertion/removal into bulletproof vests. It never limits underarm movement, making crawling, tactical leaps, and other dynamic actions smooth and unhindered.
The outer layer is wrapped in 600D Oxford fabric, treated for both waterproofing and flame retardancy. It maintains stable performance in extreme temperatures (-30℃ to +50℃), stays water-tight in rain, and won’t ignite when in contact with open flames. With a wear-resistance coefficient 3x that of ordinary canvas, it shields the inner ceramic and HPPE layers from daily friction and field scratches, extending the plate’s lifespan.
Monolithic SiC ceramic boasts an ultra-high hardness of HV0.5 ≥ 2600 (second only to diamond). When a bullet strikes, the ceramic surface instantly shatters the bullet’s casing and core, turning the “sharp penetrator” into flat debris. Its rigid structure also dissipates 80% of the impact force, preventing single-point penetration.
The HPPE layer behind the ceramic acts as a “tough shock absorber.” Made via gel-spinning, HPPE fibers are 15x stronger than steel of the same weight. When bullet debris and residual impact force reach the HPPE layer, the fibers deform slightly – a process that dissipates remaining kinetic energy. Finally, debris is fully trapped inside the plate, eliminating secondary damage risks.
Storage: Keep in a dry, dark space. Avoid long-term exposure to high humidity (relative humidity ＞ 80%) or direct UV rays – this prevents HPPE aging and ceramic moisture damage.
Service Life: Under normal use, replace every 5–8 years. If ceramic cracks, outer fabric is damaged, or HPPE hardens, stop use immediately.
Taboos: Never drop, smash, or roll the plate (to avoid hidden ceramic cracks). Keep away from strong acids/alkalis to prevent fabric and internal material corrosion.
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