Ceramic Composite Plate

Ceramic Composite Plate refers to flat, structural products made from Ceramic Matrix Composites (CMCs). CMCs are materials where a ceramic matrix (e.g., Silicon Carbide) is reinforced by ceramic fibers (e.g., Carbon or Silicon Carbide fibers). This combination overcomes the inherent brittleness of traditional ceramics, yielding a material that is fracture-tough, lightweight, and retains exceptional strength and stiffness at temperatures exceeding $1650^\circ C$. These plates are crucial for high-performance applications in aerospace engine hot sections, nuclear energy, thermal protection systems, and high-temperature furnace liners where traditional metals cannot operate. Zeron Fastners supplies CMC plates in various matrices and fiber orientations for advanced fabrication projects.

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Ceramic Composite Plate

Ceramic Composite Plate Chemical Composition (Typical SiC/C-Fiber CMC)

Component Composition
Matrix Silicon Carbide (SiC) or Oxide
Reinforcement Continuous Ceramic Fibers (e.g., C-Fiber, SiC Fiber)
Density 2.0 – 3.2 g/cm³
Porosity <10% (varies by processing)

Ceramic Composite Plate Mechanical Properties (Typical SiC/C-Fiber CMC)

Property Value (Typical)
Maximum Service Temp (in Air) > $1650^\circ C$
Flexural Strength 150 – 500 MPa
Fracture Toughness ($\text{K}_{\text{IC}}$) 8 – 20 $\text{MPa}\cdot\sqrt{\text{m}}$ (High for ceramic)
Thermal Shock Resistance Excellent

Ceramic Composite Plate Feature Products