Key Features

Ultra-high ionic conductivity: The oxygen vacancy mechanism confers excellent oxygen ion conductivity (the key material of the SOFC electrolyte).

Enhanced mechanical properties: The nano-size effect improves fracture toughness and thermal shock resistance (better than micron ZrO₂).

Chemical inertness: resistant to acid and alkali corrosion, suitable for harsh environments (such as chemical catalytic carriers).

Application Area

Solid oxide fuel cell (SOFC): electrolyte layer material (low resistance, high ionic conductivity).

Oxygen sensor: automobile exhaust gas detection, industrial process monitoring.

High temperature coating: the bottom layer of the thermal barrier coating (TBCs) is resistant to sintering and thermal cycling.

Precision ceramics: high light transmittance ceramics (such as fiber optic connectors), wear-resistant parts.

Biomedical materials: high-stability artificial joints or dental restorations.