Brief: Discover the high-performance Silicon Carbide Ceramic Shaft, designed for corrosion resistance and precision. Ideal for industries like petroleum, chemical, semiconductor, and aerospace, this shaft offers superior durability and thermal stability. Learn more about its key features and applications in this video.
Related Product Features:
High hardness (Hv2800) and wear resistance for long-lasting performance.
Resistant to strong acids, alkalis, and salt corrosion, ensuring durability in harsh environments.
High-temperature resistance up to 1650℃, suitable for extreme conditions.
Low thermal expansion (4.0 x 10-6/℃) for stability across temperature fluctuations.
High thermal conductivity (120 W/m°K) for efficient heat dissipation.
Superior chemical stability, including resistance to hydrofluoric acid.
Lightweight with a low density (3.15-3.18 g/cm3), reducing overall system weight.
Applications in chemical pumps, semiconductor handling, aerospace, and new energy sectors.
Faqs:
What industries commonly use Silicon Carbide Ceramic Shafts?
These shafts are widely used in petroleum, chemical, semiconductor, food machinery, pharmaceutical, aerospace, and new energy industries due to their corrosion resistance and high-temperature stability.
How does the Silicon Carbide Ceramic Shaft compare to steel shafts?
Ceramic shafts offer higher temperature resistance, better anti-corrosion properties, lower thermal expansion, and can operate without lubrication, making them superior in harsh and high-temperature environments compared to steel shafts.
What quality assurance measures are in place for these ceramic shafts?
We produce samples before mass production, adhere to strict quality control, and use advanced inspection equipment. Our packaging includes foam and carton for double protection to ensure product integrity.