Calcium-Stabilized Zirconia Ceramic Plate
Chemical Composition
Total content of zirconia (ZrO₂) and hafnia (HfO₂) ≥94%, with calcium oxide (CaO) content maintained at 4.5-5.0%. Impurities (Fe₂O₃, SiO₂, etc.) are strictly controlled within 0.1-0.4%8.
High purity and precise stoichiometry minimize reactions with free-state reactive substances (e.g., silica, iron oxide) at elevated temperatures, preventing surface contamination1.
Thermal Performance
Long-term operational temperatures reach 2200–2300°C, with a refractory rating ≥2500°C8.
Calcium stabilization effectively suppresses zirconia crystal phase transitions (monoclinic ↔ tetragonal ↔ cubic), eliminating cracking risks caused by volumetric changes during phase transformations
Chemical Composition
Total content of zirconia (ZrO₂) and hafnia (HfO₂) ≥94%, with calcium oxide (CaO) content maintained at 4.5-5.0%. Impurities (Fe₂O₃, SiO₂, etc.) are strictly controlled within 0.1-0.4%8.
High purity and precise stoichiometry minimize reactions with free-state reactive substances (e.g., silica, iron oxide) at elevated temperatures, preventing surface contamination1.
Thermal Performance
Long-term operational temperatures reach 2200–2300°C, with a refractory rating ≥2500°C8.
Calcium stabilization effectively suppresses zirconia crystal phase transitions (monoclinic ↔ tetragonal ↔ cubic), eliminating cracking risks caused by volumetric changes during phase transformations
Contact: Deky
Phone: +86-13380633985
E-mail: deky@good-2b.com
Add: 1202 Building 1,Chun Ze Ming Yuan,JingAn town,Doumen District,Zhuhai,GuangDong,China 519100
