Cerium silicide, a metal compound, is characterized by its high melting point, effective thermal and electrical conductivities. The CeSi2 is synthesized through a reaction between cerium and silicon at high temperatures.
Purity: 99.9%
Specifications: 3-15 millimeters, customizable
CAS: 12014-85-6
Cerium silicide plays a crucial role in various areas such as materials science, catalysis, electronics, and optical technologies.
Its application has propelled advancements in these fields, enhancing both the quality of materials and the efficiency of devices.
Product Name: Cerium Silicide
Chemical Formula: CeSi₂
CAS Number: 12014-85-6
Purity: ≥99.5%, 99.9% (available upon request)
Appearance: Gray-black crystalline powder
Particle Size Options: 1–5 µm, 5–10 µm, nano-scale (customizable)
Production Method: Solid-state reaction or arc melting + milling
Packaging: Vacuum-sealed aluminum foil bag or argon-filled container
| Feature | Technical Value |
High Chemical Purity | Minimizes defect density in electronic films and magneto-resistive materials. |
Rare Earth Silicide Structure | Offers valuable electronic and magnetic properties for functional device integration. |
Excellent Thermal Stability | Stable at high temperatures, enabling use in thermoelectric or coating systems. |
Custom Particle Engineering | Available in nanometer to micrometer range for sputtering targets, pellet pressing, or CVD precursors. |
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