Magnesium Zirconate MgZrO3 Powder

Property	Typical Information
Product Name	Magnesium Zirconate Powder
Chemical Name	Magnesium Zirconate
Nominal Chemical Formula	MgZrO₃
CAS Number	12032-31-4
Molecular Weight	163.53 g/mol
Appearance	Typically white to off-white powder
Material Type	Magnesium-zirconium oxide ceramic
Crystal Structure	Depends on composition and phase
Density	Depends on phase and powder characteristics
Melting Point	Supplier- and phase-dependent
Purity	Grade-dependent
Particle Size	Specification-dependent
Solubility in Water	Generally insoluble
Applications	Ceramic research, refractory development, oxide materials

• Advanced Ceramic Material: Suitable for specialized ceramic research and formulation development.

• High-Temperature Applications: May be considered for selected refractory and thermal-processing systems.

• Oxide Ceramic Composition: Combines magnesium and zirconium in an oxide material.

• Powder Processing: Suitable for ceramic mixing, forming, and sintering studies, depending on grade.

• Custom Specifications: Composition, purity, and particle-size requirements may be specified.

• Research Applications: Relevant to materials science, oxide ceramics, and high-temperature material development.

• Research Grade: For laboratory studies and advanced materials research.

• Ceramic Grade: For ceramic formulation and processing development, subject to material availability.

• High-Purity Grade: For applications requiring controlled impurity levels.

• Custom-Specified Powder: Purity, particle size, phase composition, and packaging based on project requirements.

1. What is magnesium zirconate powder?

Magnesium zirconate refers to a magnesium-zirconium oxide material studied for ceramic and materials-science applications. The exact phase and stoichiometry should be verified because magnesium-zirconium oxide systems can have different compositions.

2. What is magnesium zirconate powder used for?

Potential areas of use include advanced ceramic research, oxide material development, refractory formulations, and high-temperature materials studies. Suitability depends on the confirmed phase and measured properties.

3. What is the chemical formula of magnesium zirconate?

The nominal formula requested is MgZrO₃. Buyers should confirm the exact phase, stoichiometry, and CAS number with the supplier before purchasing.

4. Is magnesium zirconate powder suitable for high-temperature applications?

It may be evaluated for selected ceramic and refractory applications. Actual temperature limits and performance must be established from verified material data and application testing.

5. Can magnesium zirconate powder be supplied in high-purity grades?

High-purity sourcing may be possible depending on supplier capability. Specify the required purity, impurity limits, phase, and analytical documentation when requesting a quotation.

6. Can REG Metals source magnesium zirconate powder with a specified particle size?

REG Metals can assist with sourcing powder to requested particle-size and purity specifications, subject to availability and confirmation of the exact material composition.