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Product Overview
Magnesium oxide crucibles are high-temperature stable refractory materials made from high-purity magnesium oxide. They have exceptional thermal resistance and can withstand extreme temperatures up to 2200°C. These crucibles are particularly suitable for the synthesis and sintering of lithium solid-state electrolytes, as they do not react with lithium, effectively preventing lithium loss during processing.
Features
- Ultra High Melting Point: With a melting point of up to 2700°C, they are ideal for high-temperature processes.
- Exceptional Physical and Chemical Stability: Resistant to harsh conditions and extreme temperatures.
- Low Porosity: Porosity rate ≤1.0%, ensuring high density and strength.
- Good Compressive and Flexural Strength: Ensures reliability and durability in high-temperature environments.
Applications
Magnesium oxide crucibles are widely used in:
- Superconductor Material Processing
- High-Temperature Synthesis and Sintering: Especially for the synthesis of lithium battery solid-state electrolytes.
- Beta Alumina Processing
- Dielectric, Piezoelectric, and Thermoelectric Materials Processing
- Nickel-Based Superalloy Processing
- Processing of Plutonium and Uranium Materials
- High-Temperature Laboratory Experiments
| Size (Outer, mm) | Volume |
| Φ18*32 | 4 ml |
| Φ18*50 | 7 ml |
| Φ25*28 | 7 ml |
| Φ27*32 | 10 ml |
| φ27*60 | 21 ml |
| φ30*33 | 15 ml |
| Φ33*35 | 16 ml |
| Φ37*55 | 35 ml |
| Φ41*50 | 45 ml |
| Φ41*60 | 50 ml |
| Φ41*70 | 60 ml |
| Φ43*75 | 65 ml |
| Φ45*75 | 73 ml |
| Φ50*100 | 120 ml |
| Φ50*80 | 100 ml |
| Φ53*115 | 200 ml |
| Φ57*72 | 130 ml |
| Φ60*72 | 160 ml |
| Φ62*120 | 270 ml |
| Φ95*40 | 200 ml |
| Φ95*70 | 370 ml |
| Φ95*100 | 550 ml |
