High-Temperature Resistant Silicon Carbide Crucible - Recrystallized SiC Saggar for Metal Smelting,1pcs(100 * 100 * 60mm)

Silicon carbide can maintain excellent structural integrity and strength at high temperatures. Its melting point is approximately 2730°C and it has high hardness with a Mohs hardness of about 9 to 9.5 making it one of the hardest synthetic substancesIts structure is dense and highly durable capable of withstanding temperatures as high as 1700 degrees Centigrade. Therefore it is an ideal material for smelting metals and alloys and it comes in various shapes and sizesDue to their high-temperature resistance and excellent thermal conductivity they can withstand extremely high temperatures and provide efficient heat conduction ensuring the of molten metalThe flexural strength is generally between 400 and 600 MPa capable of withstanding high pressure and heavy load applications. The thermal expansion coefficient of silicon carbide ceramics is relatively low and they have good dimensional stability

• Exceptional temperature resistance up to 1650°C, perfect for demanding laboratory and industrial applications.
• Made from recrystallized silicon carbide, ensuring high hardness (Mohs 9-9.5) and structural integrity at extreme temperatures.
• Dense and durable devise capable of withstanding temperatures as high as 1700°C, ideal for smelting metals and alloys.
• Excellent thermal conductivity for efficient heat conduction, ensuring optimal performance during metal melting processes.
• High flexural strength (400-600 MPa) provides reliability under heavy loads and high-pressure applications, with low thermal expansion for dimensional stability.