Manganese Oxide Micronpowder ( MnO2, 99%, ~5um)

Manganese Oxide Micronpowder ( MnO2, 99%, ~5um)

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Product Name Manganese Oxide Micronpowder ( MnO2, 99%, ~5um)
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Product Code Np-Ag-4930DX
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Product Properties

Manganese (IV) Oxide Powder (MnO2, 99%, ~5um)
MnO2 Powder Purity: 99+%
MnO2 Powder Appearance: Black powder
MnO2 Powder D50: ~5 um
MnO2 Powder D90: < 10 um

Health and Safety


Hazard Statements
N/A
Transport Information
N/A
Suggest equipment
Eyeshields, Gloves, type N95 (US), type P1 (EN143) respirator filter



Maganese Oxide( MnO2 ) Nanopowder General Description


A very fine dark brown powder composed of particles of manganese oxide ranging from 40 to 60nm in diameter. With applications ranging across multiple 
industries and ongoing research into other potential uses, this nanomaterial offers itself to a wide array of commercial and academic purposes. 
To find out more about ordering, handling, and utilizing manganese oxide nanoparticles/ nanopowder, contact directly.


Maganese Oxide( MnO2 ) Nanopowder Applications

  •      •  Sensors. The unique chemical reactivity of manganese oxide makes it a valuable ingredient in the production of various biosensors.
             It’s also useful in producing voltage measurement devices as a voltage sensitive material.

  •      •  Coatings. Like many nanoparticles, manganese oxide is of particular value in producing specialized coatings with particular properties
            which were previously impossible to achieve.

  •      •  Catalyst and additive. As is the case with many oxide nanomaterials, manganese oxide has a variety of applications as a catalyst and
             as an additive in compound materials. Uses include bleaching, plastic manufacturing, production of electronic nanostructures,
             and the absorption of radionucleotides.

  •      •  Data storage. As with many nanoparticles, manganese oxide has been heavily researched as a potential material for producing more
            effective data storage mediums. In particular, it has been investigated for its potential in magnetic data storage.