SC9906 Recrystallized Silicon Carbide Plate 50 mm thick

Recrystallized Silicon Carbide Plate 50 mm thick Description

Recrystallized Silicon Carbide Plate 50 mm thick is a ceramic material composed primarily of SiC with a purity of at least 99% and a density of approximately 2.7 g/cm³. The plate is tailored for applications demanding high thermal stability, as it withstands operating temperatures up to 1 650 ℃. Its recrystallized structure ensures a uniform microstructure, reducing defects that could compromise performance. Detailed quality checks via optical and microstructural evaluations validate dimensional accuracy and compositional consistency, making it suitable for high-temperature industrial processing and structural applications.

Recrystallized Silicon Carbide Plate 50 mm thick Applications

1.       Electronics and Semiconductor Processing
   - Used as a thermal management substrate in high-power semiconductor devices to dissipate heat by leveraging the plate’s high temperature stability.
   - Applied as a support component in laser processing systems to maintain structural integrity when exposed to elevated temperatures.

2.       Industrial Heating and Processing Equipment
   - Serves as a refractory component in industrial furnaces to achieve stable operational performance by utilising its ability to endure temperatures up to 1 650 ℃.
   - Employed in high-temperature chemical processing chambers to provide a chemically inert barrier, thereby minimising contamination risk.

3.       Advanced Research and Development
   - Used as a test specimen in material science laboratories to evaluate thermal and structural behaviours under extreme conditions by taking advantage of its recrystallized microstructure.
   - Applied as a calibration standard in high-temperature measurement systems to validate thermal system responses without distortion from extraneous impurities.

Recrystallized Silicon Carbide Plate 50 mm thick Packing

Recrystallized Silicon Carbide Plate 50 mm thick is securely packaged in custom-cut cushioned foam trays within a rigid, moisture-resistant container. The packaging incorporates anti-static lining and sealed layers to mitigate contamination risks during transit and storage. Products are recommended to be stored in a controlled environment, maintaining low humidity and stable ambient temperature. Options for custom packaging, including inert atmospheres and labelling, are available on request.

Frequently Asked Questions

Q1: How is the microstructural uniformity of the silicon carbide plate ensured?
A1: The recrystallization process is monitored using in-line optical inspections and microstructural analysis. This ensures that the plate consistently meets the required purity and density specifications, which is critical for applications involving extreme thermal conditions.

Q2: What storage conditions are necessary to preserve the plate’s properties?
A2: The plate should be stored in a dry, temperature-controlled environment to prevent moisture absorption and thermal degradation. The recommended conditions are a low-humidity setting with minimal temperature fluctuations to maintain material integrity.

Q3: Can this plate be customised for specific industrial applications?
A3: Yes, customisation options including tailored dimensions, packaging modifications, and slight compositional adjustments are available to align with specific application requirements. Detailed consultation ensures the plate meets the precise operational specifications needed.

Additional Information

Silicon carbide is a well-established ceramic material known for its high thermal stability and chemical inertness. Its properties make it an attractive option in environments where standard materials might fail under extreme conditions. Research into SiC continues to enhance its performance and expand potential applications in high-temperature processing and advanced electronic systems.

In the field of ceramic materials, recrystallization methods are critical for reducing microstructural irregularities. This process plays an important role in producing materials with predictable, consistent properties. The ongoing development of such techniques supports the integration of silicon carbide in both research and industrial applications where durability and performance are paramount.