Industrial Metal Melting Crucible , Silicon Carbide Graphite Casting Crucible

Crucibles are indispensable in various industrial and laboratory applications where substances need to be heated to high temperatures. These robust containers are crafted from materials that exhibit exceptional refractory properties, ensuring they remain stable and functional even in the most extreme thermal conditions.

Silicon carbide graphite crucibles are engineered to provide exceptional performance in high-temperature applications, such as metal smelting processes. These crucibles are crafted from a compound of silicon and carbon, which gives them their unique properties and makes them ideal for fusing materials like aluminum, copper, and brass.

One of the key features of silicon carbide crucibles is their chemical stability. They can resist most molten metals and metal oxides up to their maximum operating level, ensuring that the dissolved substance remains uncontaminated and the crucible undamaged. Furthermore, silicon carbide has one of the lowest thermal expansion coefficients, allowing the crucible to handle rapid heating and cooling cycles without cracking.

Oval type crucible suitable for automated operations with robotic arms. A partition is added in the middle of the crucible, enabling simultaneous melting and working.

• Design and Shape: The oval shape provides a larger surface area for heating, beneficial for certain applications
• Material Composition: Made from silicon carbide and graphite for excellent thermal stability and chemical resistance
• Long Life: Offers extended service life with careful handling, reducing replacement costs
• Thermal Shock Resistance: Handles rapid heating and cooling cycles without cracking

Oval type crucibles are specifically designed for high-temperature applications in various industrial and laboratory settings. They are used for:

• Melting of non-ferrous metals (aluminum, copper, brass)
• Synthesis of advanced materials
• Die-casting of zinc alloy and aluminum alloy
• Other high-temperature processes requiring precise thermal control