Boron Carbide Plate

• Engineered for Body Armor Protection – High-performance boron carbide plate for body armor, specifically designed to deliver reliable ballistic resistance in critical protection systems.
   
• Exceptional Hardness – Made from premium Boron Carbide (B4C), one of the hardest ceramic materials available, providing superior impact and penetration resistance.
   
• Lightweight & High Strength – Low density combined with excellent structural durability reduces overall armor weight without compromising protection.
   
• Advanced Ballistic Performance – Effectively absorbs and disperses projectile energy, enhancing personal and vehicle armor protection systems.
   
• Superior Wear & Impact Resistance – Performs reliably under repeated stress and high-impact conditions.
   
• High Thermal Stability – Maintains mechanical integrity even in elevated temperature environments.
   
• Chemical & Corrosion Resistance – Resistant to most acids and alkalis, ensuring long-term durability in harsh operational conditions.
   
• Precision Manufacturing – Uniform thickness, smooth surface finish, and tight dimensional tolerances for consistent ballistic performance.

Feature	Details
Product Name	Boron Carbide Plate
Material	High-purity Boron Carbide (B₄C) Ceramic
Application	Boron carbide plate for body armor systems
Type	Advanced Ballistic Ceramic Plate
Purity	99%
Density	Approx. 2.48–2.52 g/cm³
Hardness	30 GPa (Extremely High Hardness)
Thickness	5 mm – 20 mm (Custom sizes available)
Dimensions	Standard 250 × 300 mm or customized as required
Weight	Lightweight for enhanced mobility
Ballistic Rating	NIJ Level III / Level IV compatible (upon request)
Thermal Stability	Stable up to 1000°C
Chemical Resistance	Excellent resistance to acids & corrosive environments
Surface Finish	Precision ground / polished
Color	Dark Gray to Black
Applications	Military armor, Law enforcement protection, Tactical vests, Composite armor systems
Storage	Store in dry conditions; avoid impact or mechanical shock

1. What is a boron carbide plate used for?
A boron carbide plate is primarily used for body armor applications. It provides lightweight, high-hardness ballistic protection against rifle and high-velocity threats.

2. Why is boron carbide plate preferred for body armor?
Boron carbide is one of the hardest materials available after diamond and cubic boron nitride. It offers excellent ballistic resistance while being lighter than traditional ceramic armor materials like alumina.

3. Is boron carbide plate suitable for military and tactical use?
Yes, boron carbide plates are widely used in military, law enforcement, and tactical body armor systems due to their superior strength-to-weight ratio.

4. How does boron carbide plate compare to silicon carbide plates?
Boron carbide plates are lighter and harder than silicon carbide plates, making them ideal for high-performance body armor where weight reduction is critical.

5. Are boron carbide plates available in different sizes and thicknesses?
Yes, boron carbide plates for body armor are available in multiple sizes, shapes (SAPI, ESAPI, shooter cut), and thicknesses depending on protection level requirements.

The Boron Carbide Plate from REG Metals is an ultra-hard boron carbide ceramic plate designed for extreme wear resistance and high-performance industrial applications. Made from advanced B4C ceramic material, this boron carbide plate offers exceptional hardness, low density, and superior resistance to abrasion, making it one of the hardest known engineering ceramics. Ideal for use in armor systems, neutron absorption, industrial wear parts, and high-impact environments, this ceramic B4C plate delivers unmatched durability and long service life.

 

As a trusted supplier of advanced ceramic armor materials and refractory components, REG Metals provides boron carbide sheets, B4C plates, and precision-engineered wear-resistant solutions.

 

Whether you need a lightweight armor ceramic plate, high-hardness boron carbide sheet, or industrial wear-resistant plate, this product ensures maximum protection and performance in demanding applications.