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CA0912 Borom Carbide Plate

Catalogue Number CA0912
Material B4C Ceramic
Purity 97%~99%
Density 2.1 to 2.7 g/cm3
Appearance Black
Tensile Strength 350 MPa (Ultimate)
Melting Point 2445℃
MSDS / SDS

Boron Carbide Plates (B4C) are ultra-hard, lightweight ceramic materials noted for exceptional wear resistance, high mechanical strength, and excellent thermal stability. These materials are suitable for ballistic armour, abrasive components, and high-temperature applications. We can supply plates in various sizes and shapes made of boron carbide ceramic material.

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FAQ

How does the purity level of Boron Carbide Plates affect their performance and cost?

Higher purity (above 98%) Boron Carbide Plates provide increased hardness, wear resistance, and mechanical strength, which are necessary for ballistic armour and high-performance industrial applications. However, higher purity usually entails higher costs. Procurement should balance purity requirements with budget and intended use.

What should I consider when selecting Boron Carbide Plates for ballistic armour versus wear-resistant components?

For ballistic armour, prioritise plates with high density and consistent hardness to ensure maximum protection with minimal weight. For wear-resistant parts, focus on toughness and thermal stability to withstand abrasion and high operating temperatures. Verify supplier quality certifications and batch consistency for critical applications.

Are there any special handling or machining considerations for Boron Carbide Plates?

Due to their extreme hardness and brittleness, Boron Carbide Plates require specialised cutting and machining techniques, such as diamond tooling and controlled cooling. Improper handling can lead to micro-cracks or fractures, affecting performance. Confirm with suppliers about recommended processing guidelines to avoid costly damage.

 

How does Boron Carbide Plate performance vary under high-temperature conditions?

While Boron Carbide has a high melting point (~2445°C), its mechanical properties can degrade if exposed to prolonged extreme heat. For applications involving sustained high temperatures, verify thermal conductivity and strength retention data, and consider protective coatings or composite solutions if necessary.

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