BEST COMBINATION OF BALLISTIC PERFORMANCE & WEIGHT SAVINGS

Boron carbide (B₄C), sometimes called “black diamond,” is recognized as one of the world’s hardest known materials. The high hardness of boron carbide ceramic effectively spreads the kinetic energy of projectiles when used in the manufacture of armor plates and panels. Boron carbide’s exceptional hardness coupled with its remarkably low density makes it ideal for the manufacture of boron carbide armor that provide protection from high-level ballistic threats without restricting performance or mobility. BoroShock™ is the material of choice for all armor applications where advanced protection is required at an extremely light weight.

BENEFITS OF BORON CARBIDE ARMOR

HIGH-PERFORMANCE + DESIGN-CENTRIC

BoroShock™ can be  precisely formed into a variety of complex shapes and sizes to meet the exacting design specifications of any armor systems, including double-curved torso plates for body armor or lightweight paneling for aircraft armor. The combined strengths of boron carbide’s manufacturability and impressive strength-to-weight ratio transcends conventional armor limitations, fueling innovation in the design of armor carrier systems that enhance operational performance without compromising ballistic protection.

​

MANUFACTURING ADVANTAGES OF BOROSHOCK™

• Cost-Effective: Monolithic boron carbide (B4C) densified by pressureless sintering for a high-performance, lower cost alternative to hot-pressed boron carbide.

• Highly-Customizable: Prior to sintering, boron carbide powder can be formed into complex shapes, including double curved torso plates (ideal for body armor).

• Precision-Engineered: Able to machine special features, surface textures, and apertures in the boron carbide ceramic post-sintering.

​

​