Silicon Carbide-Graphite Crucibles
Product Description
Our silicon carbide-graphite (SiC-C) crucibles are engineered for high-temperature stability, thermal shock resistance, and long
service life in demanding industrial applications. Manufactured using isostatic pressing technology, these crucibles combine the superior heat conductivity of graphite with the mechanical strength and oxidation resistance of silicon carbide, making them ideal for metal melting, alloy production, and high-precision thermal
processing.
Available in standard and custom sizes, our crucibles are designed to withstand extreme thermal cycling (up to 1600°C) while maintaining structural integrity, ensuring consistent performance in foundries, laboratories, and recycling
facilities.
Key Features & Benefits
1.Exceptional Thermal Shock Resistance – Withstands rapid heating and cooling cycles without cracking.
2. High Thermal Conductivity – Ensures uniform heat distribution, improving melting efficiency.
3. Oxidation & Corrosion Resistance – Enhanced durability in oxidizing and reducing atmospheres.
4.Long Service Life – Reduces downtime and replacement costs compared to traditional clay-graphite crucibles.
5. Customizable Designs – Available in various sizes, wall thicknesses, and compositions to match specific process
requirements.
6.Isostatic Pressing Technology – Ensures uniform density, high strength, and minimal porosity for reliable performance.
Why Choose Our SiC-Graphite Crucibles?
✅ 20+ Years of Advanced Ceramics Expertise – Proven solutions for extreme thermal environments.
✅ Custom & Bulk Production Options – Scalable for small labs to industrial foundries.
✅ ISO-Certified Manufacturing – Strict quality control ensures consistent, high-performance products.
✅ Technical Support – Our engineers assist with material selection and process optimization.
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Typical Applications:
✔ Aluminum & Copper Alloy Casting
✔ Precious Metal (Gold/Silver) Refining
✔ Specialty Steel & Superalloy Processing
Available in custom sizes and wall thicknesses to match specific
furnace configurations and production requirements.
