SC9912 Recrystallized Silicon Carbide Beam 40 x 60 mm

Recrystallized Silicon Carbide Beam 40 x 60 mm Description

Recrystallized Silicon Carbide Beam 40 x 60 mm is a ceramic component manufactured using high-purity SiC and controlled recrystallization methods. The 40 x 60 mm dimensions facilitate compatibility with standard machining and assembly systems. The material's inherent thermal stability and defined operating temperature (up to 1650 ℃) support its use in environments requiring minimal thermal deformation. These features provide a predictable performance profile in applications where high-temperature endurance is essential.

Recrystallized Silicon Carbide Beam 40 x 60 mm Applications

1.       Industrial Processing Equipment
- Used as a load-bearing component in high-temperature furnaces to mitigate thermal stress by leveraging its stable microstructure.
- Applied as structural support in chemical reactors to maintain dimensional integrity under fluctuating temperatures, aiding precise process control.

2.       Semiconductor Manufacturing
- Serves as a fixture component in semiconductor processing tools to counteract thermal expansion effects by utilising its defined operating temperature range, ensuring process repeatability.
- Frequently used in heating elements where dimensional stability and resistance to thermal shock deliver operational consistency.

Recrystallized Silicon Carbide Beam 40 x 60 mm Packing

The Recrystallized Silicon Carbide Beam 40 x 60 mm is secured in an anti-static, foam-lined container with protective wrapping to diminish impact and particulate contamination. It is stored in a dry, ambient-controlled environment to preserve its material properties. The packaging design incorporates cushioning elements and sealed compartments to minimise exposure to contaminants. Custom packaging options, including vacuum-sealed and labelled formats, can be arranged for specific logistical requirements.

Frequently Asked Questions

Q1: What are the dimensional tolerances for this silicon carbide beam?
A1: The beam is manufactured with tight dimensional tolerances to ensure compatibility with standard assembly fixtures. Detailed inspection during production uses calibrated tools to verify that the 40 x 60 mm dimensions remain within specified limits, reducing the need for post-process adjustments in high-temperature applications.

Q2: How does the operating temperature limit affect installation in industrial systems?
A2: The operating temperature limit of ≤1650 ℃ defines the thermal envelope for system integration. Engineers should account for this limitation during design to avoid temperatures that may induce stress or deformation. Pre-use simulations and thermal profiling are recommended to optimise component integration within processing equipment.

Q3: Can variations in the recrystallization process affect material performance?
A3: Minor variations in the recrystallization process can influence microstructural attributes such as grain size and porosity. SAM employs real-time thermal monitoring and post-process imaging to minimise these variations, ensuring that the material's mechanical and thermal properties remain within acceptable ranges for industrial use.

Additional Information

Silicon carbide ceramics have been widely studied due to their high thermal conductivity, chemical inertness, and excellent wear resistance. These properties make the material a subject of ongoing research in fields requiring heat-resistant components and precision machining operations. Advanced sintering techniques can improve density and microstructural uniformity, which are critical factors for ensuring consistent performance in high-temperature environments.

In addition, the understanding of recrystallization phenomena in ceramics contributes to improvements in durability and service life under thermal cycling. Ongoing studies explore the correlation between microstructural evolution and mechanical properties, thereby enhancing the material's performance in various industrial applications.