Silicon Carbide Crucible Description

Silicon Carbide Crucible is a robust, high-efficiency vessel engineered to endure severe temperatures and aggressive chemical conditions. It is widely utilized in fields such as metallurgy, foundry operations, and research in materials science for the melting and containment of metals and various materials. Crafted from silicon carbide, a blend of silicon and carbon, this crucible merges the thermal conductivity typical of metals with the superior temperature resistance and robustness characteristic of ceramics.

Silicon Carbide Crucible Specifications

Available Sizes

For more specifications, please contact us.

Silicon Carbide Crucible Applications

• Metal Processing and Casting: In the field of metallurgy, SiC crucibles are prized for their capacity to melt both ferrous and non-ferrous metals, thanks to their resilience against high temperatures and corrosive slags.
• Glass and Ceramics Creation: These crucibles are ideal for the high-temperature melting and handling of substances needed in the production of glass and ceramics, where resistance to chemicals is crucial.
• Laboratory Chemical Analysis: Silicon carbide crucibles are essential in lab settings for conducting chemical analyses and experiments at elevated temperatures, ensuring accuracy and a contamination-free environment.
• Powder Metallurgy: These crucibles are key in the sintering and melting of metal and ceramic powders, playing a significant role in the creation of cutting-edge materials.
• Energy Sector Applications: Their ability to withstand extreme temperatures makes them apt for use in certain reactor types and processing materials for energy-related applications, including those in the nuclear field.

Silicon Carbide Crucible Packaging

Our Silicon Carbide Crucible is carefully handled during storage and transportation to preserve the quality of our product in its original condition.