ZC1869 Cerium oxide-stabilised zirconium dioxide micropowder (CSZ-Micropowder)

Ceria Stabilised Zirconia Micro Powder Description

Studies from 2016 established that CSZ ceramics exhibit improved resistance to degradation at low temperatures in comparison with YSZ. When pure CeO2 is added to aluminium oxide and the particles form a CeO2‐stabilised ZrO2 ceramic, the toughness can be increased if the additive is provided in the correct proportion.

Specifications for Ceria-Stabilised Zirconium Dioxide Micro Powder

Applications of Ceria-Stabilised Zirconium Dioxide Micro Powder

• Used as an electrolyte material in solid oxide fuel cells.
• Commonly employed in the fabrication of high-temperature ceramic components.
• Applied in the manufacture of catalysts.
• Used in the production of high-temperature thermal insulation layers for the aerospace industry.
• Utilised in biomedical devices, such as artificial joints and dental implants.

Packaging for Ceria-Stabilised Zirconium Dioxide Micro Powder

Our Ceria-Stabilised Zirconium Dioxide Micro Powder is carefully handled to prevent damage during storage and transportation, thereby preserving the product’s original quality.

Ceria Stabilised Zirconia Micro Powder FAQs

Q1: What are the principal properties of Ce-TZP Powder?

A: The principal properties include high toughness, high fracture strength, ionic conductivity, high thermal stability, wear resistance and chemical inertness. When compared with Yttrium Oxide-Stabilised Zirconium Dioxide (YSZ), it demonstrates improved resistance to decomposition at low temperatures.

Q2: Why is ceria-stabilised zirconium dioxide preferred for dental and orthopaedic implants?

A: Ce-TZP is favoured due to its toughness, biocompatibility and resistance to low-temperature degradation. These properties ensure the longevity and reliability of implants under physiological conditions.

Q3: Which particle sizes are available for Ce-TZP Powder?

A: Ce-TZP Powder is supplied in various particle sizes, ranging typically from nanometres to micrometres. The selection depends on the specific application requirements.