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【Basic Information】
CAS#：1314-23-4
Nano zirconium dioxide, molecular formula:ZrO2, Molecular weight:123.22
Nano zirconia exhibits strong thermal shock resistance, high temperature tolerance, excellent chemical stability, and outstanding material composability. When nano zirconia is combined with other materials (Al₂O3 、SiO₂ ) Composite, canVeryThe earth significantly enhances the performance parameters of materials, improving their fracture toughness, flexural strength, and other properties. Therefore, nano-zirconium dioxide is not only applied in the fields of structural ceramics and functional ceramics but also used to enhance the surface characteristics of metal materials (such as thermal conductivity, thermal shock resistance, and high-temperature oxidation resistance). Leveraging the conductive properties of nano-zirconium dioxide doped with different elements, it is utilized in the manufacturing of electrodes for high-performance solid-state batteries.
Zirconia ceramics sintered from nano-zirconia powder have become one of the major structural ceramics due to their excellent performance in phase transformation toughening. In the field of nanocomposite research, significant results have been achieved by using nano-zirconia as a dispersed phase to reinforce and toughen the matrix. Additionally, stabilized nano-zirconia, as an ideal electrolyte, has been widely applied in solid oxide fuel cells.
【Technical Indicators】
Model | Appearance | Crystalline phase | particle sizenm | ZrO2 % | Y2O3 % | Specific surface area m2/g | Product Features and Applications |
UG03 | White powder | Monoclinic | 5 | 99.9 | 0 | 50-100 | Specialized for Catalysis |
| UG -R10
| White powder | Monoclinic | 10-20 | 99.9 | 0 | 70-110 | Thermal insulation coating, electronic materials, functional ceramic anti-corrosion coating, |
| UG -R30
| White powder | Monoclinic | 20-40 | 99.99 | 0 | 10-30 | High purity, anti-corrosion coating, thermal insulation coating, electronic materials, functional ceramics |
| UG -R80
| White powder | Monoclinic | 50-80 | 99.99 | 0 | 10-15 | Ceramic coating, high-temperature coating, refractory materials, functional ceramics |
| UG -R30Y3
| White powder | Four Directions | 20-30 | 94.7 | 3Y/3mol 5.3% | 20-40 30 | Dental ceramic blocks, thermal barrier coating spray coating. Structural ceramics. |
| UG -R50Y3
| White powder | Four Directions | 50-60 | 94.7 | 3Y/3mol 5.3% | 20-40 30 | Dental ceramic blocks, thermal barrier coating spray coating. Structural ceramics. |
| UG -R30Y3
| White powder | Four Directions | 20-30 | 94.7 | 3Y/3mol 5.3% | 20-50 | Dental ceramic blocks, thermal barrier coating spray coating. Structural ceramics. |
UG -R30Y5 | White powder | Four Directions | 20-40 | 91.5 | 5Y/5mol 8.5% | 10-30 | Structural ceramics, functional ceramics, bioceramics (oxygen sensor probe) |
UG -R30Y8 | White powder | Cube | 20-40 | 86.5 | 8Y/8mol 13.5% | 10-30 | Oxygen sensing, fuel cell |
UG -R80Y3 | White powder | Four Directions | 50-80 | 94.7 | 3Y/3mol 5.3% | 10-20 | Tool ceramics, ceramic structural components, spray coatings |
UG -R80Y5 | White powder | Four Directions | 50-80 | 91.5 | 5Y/5mol 8.5% | 10-20 | Structural ceramics, electronic ceramics, bioceramics |
UG -R80Y8 | White powder | Cube | 50-80 | 86.5 | 8Y/8mol 13.5% | 10-20 | Oxygen sensing, fuel cell |
UG -R80KY | White powder | Four Directions | 50-80 | 94.7 | 3Y/3mol 5.3% | 8-10 | Dental ceramics, dental ceramics, bioceramics |
UG -R80Y3R | White particles | Four Directions | 50-100um | 94.7 | 3Y/3mol 5.3% | --- | Tool ceramics, ceramic structural components, spray coatings |
UG -R150Y3 | White powder | Monoclinic | 150 | 99.99 | 3-7 | Tool ceramics, ceramic structural components, spray coatings | |
UG -R150Y3 | White powder | Four Directions | 50-80 | 94.7 | 3Y/3mol 5.3% | 3-7 | Tool ceramics, ceramic structural components, spray coatings |
UG -R150Y5 | White powder | Four directions | 50-80 | 91.5 | 5Y/5mol 8.5% | 3-7 | Structural ceramics, electronic ceramics, bioceramics |
UG -R150Y8 | White powder | Cube | 50-80 | 86.5 | 8Y/8mol 13.5% | 3-7 | Oxygen sensing, fuel cell |
