2D Carbon-Carbon Composite Sheets and Plates

BZNCarbon offers premium 2D carbon composite plates and sheets with outstanding thermal resistance, high strength, and lightweight structure for advanced industrial applications.

Description

BZNCarbon 2D carbon composite sheets and plates are high-performance carbon fiber-reinforced carbon (C/C) materials designed for use in extreme thermal and mechanical conditions. Manufactured by layering carbon fiber fabrics in two orthogonal directions (x and y), these products offer excellent in-plane strength and high thermal stability.

The layered 2D architecture provides strong reinforcement along the surface plane, making these composites ideal for applications requiring low weight, excellent thermal conductivity, and resistance to heat shock and chemical corrosion.

Available in standard sheets, plates, and custom profiles such as U and L shapes, BZNCarbon’s C/C composites are tailored to meet the most demanding industrial needs.


Technical Specifications

PropertyUnitValue
Bulk Densityg/cm³1.4 – 1.6
Carbon Content%≥ 99.9
Ash Contentppm≤ 200
Processing Temperature°C2200
Max Application Temperature°CUp to 3600 (in vacuum)
Size (max width × length)mm1500 × 1000
Thickness Rangemm1.6 – 20.0
Tensile StrengthMPa40 – 60
Tensile ModulusGPa25 – 30
Bending StrengthMPa80 – 110
Compressive StrengthMPa90 – 120
Thermal ConductivityW/m·K30 – 50

Note: Other fiber types (e.g., 2.5D) and custom densities are available on request.


Key Advantages

  • Up to 5 times stronger than steel by weight

  • Operates reliably in vacuum or inert atmospheres above 2000°C

  • Withstands thermal cycling with minimal dimensional change

  • Low thermal expansion for shape and size stability

  • Excellent energy absorption due to high specific heat

  • Lightweight design—approximately 1/5 the weight of steel

  • Strong resistance to chemical corrosion and radiation exposure


Application Areas

  • Semiconductor and photovoltaic furnaces

  • High-temperature vacuum and inert gas heat treatment systems

  • Crystal growing equipment (e.g., silicon and sapphire growth)

  • Aerospace thermal protection and insulation

  • Glass molding and ceramic firing platforms

  • Nuclear and radiation-sensitive environments