• Yttria-stabilized Zirconia

Yttria-stabilized Zirconia


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  • Paul Newbatt,Innovnano
  • Yttria-stabilized Zirconia

Contact Details

  • Innovnano
  • Paul Newbatt
  • iParque, Lote 13
    Apartado 7030
  • Antanhol
  • N/A
  • Portugal
  • +351 239 002 850

Contact Supplier

  • Paul Newbatt,Innovnano
  • Product Category
    Complex compound nanoparticles

    Compound name
    Yttria-stabilized Zirconia

    Purity (%)



    ready-to-press powder or suspension

    yttria-stabilized 3 mol % zirconia

    Innovnano's 3 mol % Yttria-stabilised Zirconia (3YSZ) is available as a ready-to-press powder or suspension, and is ideally suited for hot isostatic pressing.

    The inherent nanostructure of 3YSZ provides enhanced properties for improved end-product characteristics in physically demanding applications.

    Innovnano's 3YSZ is manufactured using proprietary Emulsion Detonation Synthesis (EDS) technology, ensuring the highest quality and consistency.

    The result is ceramic components and coatings with exceptional wear-resistance, high component and flexural strength, and excellent durability - for complete confidence in the performance and life-time of your structural ceramics.

    -High specific surface area
    -Zirconia phase stability
    -Chemical homogeneity

  • Established in 2009, we originate from, and are part of, CUF - the largest chemical company in Portugal. Certified by Lloyd’s Register Quality Assurance (LRQA) to ISO 9001 standards, we are committed to meeting market demands for top quality products and production processes. And with a new, purpose-built manufacturing technology facility in Coimbra, Portugal, we have a strong technological platform to enable materials production and processing on a large scale.

    Our unique Emulsion Detonation Synthesis technology is perfectly suited to the industrial-scale production of complex technical ceramic powders and the site capacity of up to 1000 tpa ensures a reliable source of high quality nanostructured ceramic powders for advanced materials applications.

    Furthermore our EDS process uses feedstock precursors from sustainable sources, ensuring a reliable and economical continuity of supply, and supporting the growth of the nanotechnology industry.
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