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zilight® ultra-small nanozirconia doped grades

Zilight® Ultra-Small Nanozirconia Doped Grades offers yttria-stabilized zirconia nanoparticles dispersed in various media for use in a wide range of applications. zilight® ultra-small nanozirconia doped grades can be used as starting materials, or sintering additives, for the fabrication of ceramics and ceramic nanocomposites used in structural, biomedical, dental applications and more. They can as well be used to produce nanostructured inorganic coatings. They also find applications as nanofillers in composite materials, for instance dental composites and nanocoatings, and in 3D-printing feedstocks.

Brand: zilight (2 products)

Functions: Filler

Chemical Family: Aluminosilicates, Zirconium Compounds

Features: Chemical Resistance, Good Mechanical Properties, Good Shrinkage Resistance, High Mechanical Properties, Improved Dimensional Stability, Low Oil Absorption, Low Viscosity, Transparency

End Uses: Asphalt, Ceramics

Technical Data Sheet

Enhanced TDS

Knowde-enriched technical product data sheet

Identification & Functionality

Chemical Family
Aluminosilicates,
Zirconium Compounds
CASE Ingredients Functions
Filler
Industrial Additives Functions
Filler
Technologies
CASE Ingredients,
Industrial Additives & Materials
Product Families
CASE Ingredients — Additives
Fillers & Extenders
Industrial Additives & Materials — Processing Aids
Glass & Ceramic Additives
Type of Functionalization

Depends on dispersion medium and application requirements

Dispersion solid content

Up to 70% depending on morphology and dispersion medium

Dispersion medium

Water, alcohol, polyol, acetone, MEK, selected organic solvents,methacrylate-based dental resins, acrylates, silicone oils, customer specific monomer mixtures, e.g., epoxy and fluorene (under development)

Features & Benefits

CASE Ingredients Features
Chemical Resistance,
Good Mechanical Properties,
Improved Dimensional Stability,
Low Oil Absorption,
Low Viscosity,
Transparency
Industrial Additives Features
Good Shrinkage Resistance,
High Mechanical Properties
Main Benefits
  • Smallest nanoparticles on the market
  • Highest transparency and low viscosity at high particle loading
  • Low organic content
  • High sinterability at low temperature
  • Fine-grained final ceramics
  • Highly translucent final ceramics
  • Improved mechanical properties of final ceramics

Applications & Uses

Markets
Industrial,
Paints & Coatings
Applications
Industrial — Chemical & Industrial Manufacturing
Ceramics & Refractory
Paints & Coatings — Other Paints & Coatings Applications
Applicable Processes
Coatings Manufacturing,
Sintering
Industrial Additives End Use
Asphalt,
Ceramics

Properties

Typical Properties
ValueUnitsTest Method / Conditions
Chemical formulaZrO2 - 1 to 10 mol% Y2O3--
Crystal structure of particlesTetragonal--
MorphologyNearly spherical--
Average particle size (according to the grade)5 - 20nm-
Density (theoretical) for 3YSZ6.1g/cm3-
Refractive indexMin. 2.10--
Sintering temperature950 - 1200°C-

Technical Details & Test Data

Example of size distribution

zilight® ultra-small nanozirconia doped grades - Example of Size Distribution