Manganese Chloride Powder ( MnCl2, 99%, 5um)

Manganese Chloride Powder ( MnCl2, 99%, 5um)

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Product Name Manganese Chloride Powder ( MnCl2, 99%, 5um)
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Product Code Np-Ag-4950DX
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Product Properties

Manganese (II) Chloride Micron Powder  (99+%, 5um, MnCl2)
MnCl2 Powder Purity: 99+%
MnCl2 Powder Appearance: Black powder
MnCl2 Powder APS: 5um
MnCl2 Powder True density: 4.5g/cm3
4950DX Maganese Chloride Powder Specification for Download 

Health and Safety


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Eyeshields, Gloves, type N95 (US), type P1 (EN143) respirator filter



Maganese Chloride( MnCl2) Powder General Description

A fine black powder composed of manganese chloride particles with diameters of 5um or less, this material sees most of its usage in the production of dry 

cell batteries and as a precursor ingredient for producing more complex compounds. To find out more about ordering, handling, and utilizing manganese 

chloride powder, you can contact directly.



Maganese Chloride( MnCl2) Powder Applications

  •      •  Dry cell battery applications: Like many nanopowders, manganese chloride has been of particular interest for its potential in batteries; 
  •         specifically, it’s been researched as a component for dry cell batteries, where it prevents the accumulation of certain gases in the cell.

  •      •  Antiknock compound applications: One of the most common uses of manganese chloride powder is in the production of an antiknock
             compound for gasoline, methylcyclopentadienyl and manganese tricarbonyl.

  •      •  Medical applications: Manganese chloride in various forms has been utilized due to its role in the body; in particular, it is a frequently
             used additive for certain intravenous solutions to provide nutritionally required manganese.

  •      •  Additive and filler applications: Like many powder-form materials, manganese chloride has been extensively studied and tested as an
            additive and filler for other compounds. In particular, it has been researched for its potential as a filler for PVA/PVP films, where it improves
            optical and structural properties.