Manganese oxide granules are inorganic oxide materials with monovalent manganese oxide as the main component. They are typically green to dark green granules or powders and are chemically stable. This material is widely used in ceramics, glass, battery materials, and functional inorganic materials, and is an important basic industrial raw material.
We can supply Manganese oxide granules in different particle sizes, purities, and packaging forms according to your needs. Please contact us for technical parameters or quotations.
Optional Purity
Uniform Particle Size
Stable Chemical Composition
Good Batch Consistency
Suitable for Industrial Scale-up
Controllable Particle Size
Wide Range of Applications
Long-Term Stable Supply
Ceramics and Glazes Industry: Manganese oxide granules are often added to ceramic and glaze formulations as colorants or fluxing agents to adjust sintering performance and the color of the final product.
Glass Manufacturing and Modification: In specialty and functional glasses, MnO can be used to improve the optical properties of the glass or as a decolorizing and coloring additive.
Battery and Energy Storage Materials: Manganese oxide granules can serve as precursors for manganese-based materials, used in research-scale or industrial-scale battery cathodes and related energy storage material systems.
Metallurgical and Inorganic Material Synthesis: In metallurgical and inorganic chemical synthesis processes, MnO particles can be used as a manganese source to prepare other manganese compounds or composite oxide materials.
Q1: What is the difference between MnO and MnO2?
A1: MnO is monovalent manganese oxide, mainly used in the synthesis of ceramics, glass, and materials; MnO2 is hypervalent manganese oxide, more commonly used in batteries and catalysis. Their uses and chemical properties differ.
Q2: Are manganese oxide granules easily oxidized?
A2: Manganese(II) oxide is relatively stable under normal temperature and dry conditions, but may be further oxidized under high temperature or strong oxidizing conditions, requiring proper storage and use.
Q3: Does particle size affect application performance?
A3: Yes, different particle sizes affect reactivity, dispersibility, and sintering performance. Specific specifications need to be selected based on the application scenario.
Q4: Are MnO granules suitable for long-term storage?
A4: When stored in a sealed, dry, and light-protected environment, they maintain good chemical stability and performance.
Each batch is supplied with:
Certificate of Analysis (COA)
Technical Data Sheet (TDS)
Material Safety Data Sheet (MSDS)
Third-party testing reports available upon request
We focus on the stable supply and quality control of inorganic functional materials. We strictly manage the purity, particle size, and batch consistency of MnO particles, while also supporting customized services and professional technical communication to help customers obtain more reliable and controllable material solutions in practical applications.
Molecular formula: MnO
Molecular weight: 70.94 g/mol
Appearance: Green
Density: 5.36 g/cm³
Crystal structure: Cubic (NaCl type)
Inner Packaging: Vacuum-sealed bags and boxed to prevent contamination and moisture.
Outer Packaging: Cartons or wooden crates selected based on size and weight.
If you need any service, please contact us
