ZC1872 Cerium oxide stabilised zirconium dioxide nanopowder (CSZ nanopowder)

Ceria Stabilised Zirconia Nano Powder Description

Research conducted in 2016 determined that the ceramic material CSZ exhibits improved resistance to degradation at lower temperatures compared with YSZ. When pure CeO2 is combined with aluminium oxide so that the particles form a CeO2-hardened ZrO2 ceramic, the measured bending strength improves markedly, provided that the additives are incorporated correctly.

Specifications for Ceria-Stabilised Zirconium Dioxide Nanopowder

Applications of Ceria-Stabilised Zirconium Dioxide Nanopowder

• Coating Material
• Use as an Abrasive
• Valve Seats

Packaging of Ceria-Stabilised Zirconium Dioxide Nanopowder

Our Ceria Stabilised Zirconia Nano Powder is carefully handled during storage and transport to prevent any damage, thereby preserving the quality of our products in their original state.

Ceria Stabilised Zirconia Nano Powder FAQs

Q1: What are the key properties of Ce-TZP powder?

A: The properties include a bending strength of 12 MPa, a compressive strength of 2000 MPa, measurable ionic conductivity as documented in research, thermal stability confirmed by a maximum operating temperature of 537℃, verified wear resistance and chemical inertness. In contrast, yttrium oxide-stabilised zirconium dioxide (YSZ) exhibits a greater degree of degradation at low temperatures.

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

A: Ce-TZP is used for dental and orthopaedic implants because it provides a quantifiable level of toughness, biocompatibility and resistance to low-temperature degradation. These factors contribute to the longevity of implants under physiological conditions.

Q3: What particle sizes are available for Ce-TZP powder?

A: Ce-TZP powder is available in a range of particle sizes from nanometres to micrometres, depending on the specific application requirements.