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Manganese carbide is a stable substance that’s formed from carbon and manganese. Mn3C can be described chemically. It has a melting point around 1520degC. The density is 6.89g/cm3.
Particle Size – -325mesh
Purity: 99%
About Manganese Carbide Mn3C Powder:
Manganese-carbon carbide can be described as a stable combination of manganese (and carbon) and other elements. Manganese carbide formula is Mn3C. Manganese carbide melting point (about 1520degC) is Manganese, while Manganese carbide density (6.89g/cm3) is. Manganese carbide burns quickly when exposed to oxygen. Once it is decomposed in water, manganese hyperxide, methane or hydrogen are formed. It is simple to decompose with acid.
The heat of the formation of manganese carbide is ^fHm (298K)=-(15.06±12.55)kJ/mol. In an electric furnace blast furnace, or in an electric furnace, high-carbon ferrromanganese (or manganese-silicon) is made. However, it isn’t pure manganese. Thus, the heat absorbed in the reaction is smaller than that from reduction to metal manganese (or manganese silicide). The reaction takes place when the temperature is lower. The high-carbon form of ferromanganese is therefore more carbon.
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Performance of Manganese Carbide Mn3C Powder:
Mn3C is either a bright needle crystal or soft crystalline, solid form with a relative density of 6.89. While it can’t be dissected in concentrated sulfuric acids and nitric a, you can make manganese hydrogen or hydrocarbons by using water. It easily reacts with fluorine (and chlorine) and quickly burns in oxygen.
Parameter Technical of Manganese CarbideMn3CPowder:
Certificate of Mn3C Puffer
Purity
C
P
S
O
Free carbon
Particel Size
>99%
5.91
0.03
0.03
0.3
0.2
D50=11μm, -325mesh
How is Manganese Carbide Mn3C Powder produced?
Gas-based reduction of manganeseoxide is one method to prepare manganese carbide. Following the mixture of manganese oxide and water, agglomerate, dry and then the dried block is placed under a humid atmosphere which contains H2, CMC, CO, CO and N2. Finally, the manganese-carbidide products are calcined at temperatures between 1100-1300. Following are the details: The mass percentage of 325 mesh size represents 90% analytically pure Manganese dioxide. It is also composed of trimanganese trioxidide. A calcination atmosphere of 10% CH4, 30%H2, 10% CO, 50% N2 and 10% H2 is used to dry the sample. It’s heated up to 1150°C with a time of 120min. When the product has been chilled to room temperature it becomes manganese oxide.
Manganese Carbide Mo3C Powder:
Manganese carbide, Mn3C, powder, is used in targets, weld material, spray tools and steelmaking industries, as well as other fields.
A manganese carbide is used to refine cermet grains and tungsten citride, which can dramatically improve the alloy’s characteristics.
Manganese troxide is used extensively in making soft magnetic materials such as manganese-zinc-ferrite.
Manganese carbide can be used in the production of transformer oil. This method is straightforward and can be used to produce large quantities of oil.
Manganese Carbide mn3C Powder Storage:
Manganese Carbide Manganese Carbide powder Mn3C must be stored at room temperature.
Packing & Shipping of Manganese Carbide Mn3C Powder:
This item is packaged in double plastic bags.
Manganese Carbide Mn3C Powder packing: vacuum packing, 100g, 500g or 1kg/bag, 25kg/barrel, or as your request.
Manganese Carbide mn3C Powder shipping: can be shipped by sea, by air, and by express as soon a payment receipt has been received.
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