Manganese Oxide Powder (MnOₓ Powder)

• Multiple Chemical Forms: Available in different manganese oxide phases.
• Functional Properties: Suitable for catalytic, electrochemical, and ceramic applications.
• Thermal Stability: Properties depend on the specific oxide and processing conditions.
• Particle Size Options: Fine and micronized grades may be available.
• Purity Options: Grade-dependent purity and impurity specifications.
• Custom Sourcing: Material specifications can be matched to application requirements, subject to availability.

Property	Typical Information
Product Name	Manganese Oxide Powder
Material Type	Inorganic metal oxide
Chemical System	Mn–O
Common Chemical Forms	MnO, MnO₂, Mn₂O₃, Mn₃O₄
CAS Number	Depends on chemical form
Appearance	Black, brown, dark gray, or green powder, depending on phase
Crystal Structure	Phase-dependent
Purity	Industrial and high-purity grades, subject to availability
Particle Size	Micron, submicron, or nanoscale grades, depending on supplier
Specific Surface Area	Grade- and process-dependent
Thermal Properties	Depend on oxide phase and atmosphere
Magnetic Properties	Depend on composition and crystal structure
Solubility	Generally low in water; chemical behavior varies by phase
Product Form	Powder
Applications	Battery materials, catalysts, ceramics, glass, and research
Documentation	Certificate of Analysis, subject to supplier availability

• Manganese(II) Oxide Powder (MnO): Used in ceramic formulations, specialty glass, and selected chemical and materials applications.
• Manganese Dioxide Powder (MnO₂): Used in battery materials, catalysts, chemical processing, and other industrial applications.
• Manganese(III) Oxide Powder (Mn₂O₃): Used in ceramics, pigments, catalysts, and materials research.
• Manganese(II,III) Oxide Powder (Mn₃O₄): Used in electronic ceramics, catalyst development, magnetic materials, and specialty chemical applications.
• High-Purity Manganese Oxide Powder: For applications requiring controlled impurity levels.
• Fine and Nano Manganese Oxide Powder: For research and applications requiring specific particle-size characteristics, subject to availability.

1. What is manganese oxide powder?

Manganese oxide powder is a family of inorganic compounds consisting of manganese and oxygen. Different oxidation states produce different chemical forms with distinct physical and functional properties.

2. What is the chemical formula of manganese oxide?

There is no single formula for all manganese oxides. Common forms include MnO, MnO₂, Mn₂O₃, and Mn₃O₄. The exact formula should be specified when requesting a quotation.

3. What is manganese oxide powder used for?

Applications include battery materials, catalysts, advanced ceramics, glass manufacturing, pigments, water treatment, and materials science research. The intended application determines which oxide phase is most suitable.

4. What is the difference between MnO and MnO₂ powder?

MnO is manganese(II) oxide, while MnO₂ is manganese(IV) oxide. They differ in oxidation state, chemical reactivity, and typical applications. MnO₂ is widely used in battery and catalytic applications, while MnO is used in selected ceramic and chemical formulations.

5. What purity levels are available for manganese oxide powder?

Purity depends on the oxide phase, manufacturing process, and supplier. Industrial and high-purity grades may be available. Buyers should specify the required purity and acceptable limits for iron, sodium, and other impurities where relevant.

6. Can REG Metals source custom manganese oxide powder?

REG Metals can assist with sourcing manganese oxide powder according to the required chemical formula, purity, particle size, quantity, and documentation requirements, subject to supplier availability.