Aluminium Zirconate Description
Aluminium Zirconate (Aluminium Zirconium Oxide) is a highly insoluble and thermally stable aluminium source. It is suitable for glass, optical and ceramic applications.
Aluminium Zirconate is an oxide compound that does not conduct electricity. Certain oxides with a perovskite structure exhibit electrical conductivity and are used in the cathodes of solid oxide fuel cells and in oxygen production systems. These compounds contain at least one oxygen anion and one metal cation. They are generally insoluble in aqueous solutions and extremely stable. They have applications ranging from the manufacture of clay bowls to advanced electronics and lightweight structural components in aerospace, as well as in electrochemical applications such as fuel cells where ionic conductivity is observed. Metal oxide compounds are basic anhydrides and react with acids and strong reducing agents in redox reactions.
Aluminium Zirconate is available in the form of pellets, pieces, powders, sputter targets and nanoparticles produced at Stanford Advanced Materials at the nanoscale. See nanotechnology for further details on nanotechnology applications. High-purity, submicron and nanopowder forms are available. Standard and customised packaging are offered, and additional data regarding research, technical information and safety (MSDS) is available. Please contact us to obtain information regarding lead times and prices.

Specifications for Aluminium Zirconate
CAS Number
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70692-95-4
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Molecular Formula
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Al2Zr3O9
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Molecular Weight
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471.63
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Appearance
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Powder and pieces
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Solubility in H2O
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Insoluble
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Exact Mass
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471.633033
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Monoisotopic Mass
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467.631422
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Applications for Aluminium Zirconate
It is used as a reinforcement in composite materials with ceramic and metal matrices.
It is used as a reinforcing fibre in composite materials with ceramic and metal matrices.
Aluminium Zirconate Packaging
Our Aluminium Zirconate is handled carefully to prevent damage during storage and transport, thereby preserving the product’s quality in its original state.