Yttrium stabilized zirconia YSZ ceramic tube

Solid Oxide Fuel Cell SOFC.
Temperature sensor: Ideal material for manufacturing high-temperature thermocouples, especially in environments with strict requirements for chemical inertness and mechanical strength.
High temperature filter: Be used as filters for high-temperature gases and liquids, especially in applications that require corrosion resistance and high temperature stability.
Components of high-temperature furnaces and reactors: Such as insulation materials or protective sleeves as heating elements.
Biomedical applications: Such as coating as bone implant materials or for dental treatment.
Optics and laser applications: Component in optical windows or laser applications.
Catalytic support: Support for certain catalytic processes.

YSZ-8 (yttrium oxide stabilized zirconium) is an important electrolyte material for solid oxide fuel cells (SOFCs), with various performance advantages, making it widely used in the field of fuel cells. The performance advantages of YSZ-8 as a fuel cell are listed below:
High ion conductivity: YSZ-8 has excellent oxygen ion conductivity and can quickly transfer oxygen ions at high temperatures (approximately 700 ° C to 1000 ° C), which helps improve the efficiency and response speed of fuel cells.
Stable chemical properties: YSZ-8 exhibits good chemical stability in high temperatures and extreme environments, making it less likely to react or corrode with other materials, thereby enhancing the long-term service life of fuel cells.
High mechanical strength: YSZ-8 has high mechanical strength and durability, which enables it to withstand certain pressure and stress during the stacking and assembly process of fuel cells, helping to maintain the structural stability of the battery.
Adaptability to common fuels: YSZ-8 can be used to react with common fuels (such as hydrogen, natural gas, etc.) and conduct oxygen ion conduction at high temperatures, enabling fuel cells to exhibit good stability and performance when using different fuels.
Strong pollution resistance: YSZ-8 can resist the impact of impurities and pollutants that may exist in the fuel on battery performance, maintain its stable operation, and help reduce the complexity of fuel pretreatment.
Good low-temperature starting performance: Compared to other solid oxide fuel cell electrolyte materials, YSZ-8 has better low-temperature starting performance and can start operating at lower temperatures, saving preheating time and energy consumption.