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Silicon carbide bulletproof board a new safety benchmark


Silicon carbide bulletproof boards are distinguished by their exceptional strength, fire resistance, lightweight design, and multifunctional applications. These panels are manufactured using a direct dry pressing and pressureless sintering process, allowing for the creation of products that can be single or multi-curved according to design requirements.

Typical applications include bulletproof armor and other defense solutions. With a size precision of ±1.0mm and a thickness tolerance of ±0.2mm, these boards ensure high accuracy in their dimensions. Strict inspections for size and surface integrity through fluorescent penetrant testing are conducted in the factory before they are dispatched.

The material density of silicon carbide bulletproof boards is 3.15g/cm3, while their Vickers hardness exceeds 23GPa. When combined with polymer PE composite bulletproof boards, these silicon carbide panels achieve a level V bulletproof standard, marking them as exceptionally capable of withstanding high-velocity projectiles and ballistic threats.

The material density of silicon carbide bulletproof boards is 3.15g/cm3, while their Vickers hardness exceeds 23GPa. When combined with polymer PE composite bulletproof boards, these silicon carbide panels achieve a level V bulletproof standard, marking them as exceptionally capable of withstanding high-velocity projectiles and ballistic threats.

Customization based on client specifications is also available, where silicon carbide bulletproof boards can be tailor-made to match provided blueprints. Their extraordinary hardness coupled with exceptional lightweight characteristics makes these panels specially designed to offer maximum protection against high-speed projectiles and ballistic threats. Constructed from high-quality silicon carbide, these bulletproof boards possess outstanding durability and resistance to fracture. The high hardness guarantees penetration resistance, making them an ideal choice for industries requiring advanced levels of protection.

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