Magnesium Silicide is the most stable component in the MgSi binary. It is known for its high melting point and hardness as well as high elastic modulus. Purity: 99%
Particle size 5-10um

Magnesium Silicide Mg2Si Powder :
Magnesium Silicide is an organic compound that is made up of magnesium and silica. The chemical formula for this inorganic compound is Mg2Si with a molecular weight of 76.71. Cubic crystal in cyan, or light purple. The melting point at 1102°C is the relative density 1.94.
Magnesium silicide does not dissolve in cold water but will decompose in hot. The silica can be totally decomposed by heating it up to 1200°C under hydrogen flow. For the alkali solution, it is stable. Hydrogen and silane can be produced by their decomposition. Mg2Si, the stable compound in the MG-Si binary, has a high melt point, high hardness. High-elastic modus properties make it a narrow-bandgap n-type semiconductor materials. These are used to manufacture optoelectronic devices and energy devices. Mg2Si has an entire structure that belongs to the facial cube lattice. Its space group is FM3M and its group number is 225. The lattice constant A = 0.6391 nm. The crystal structure shows that each Si atom is in (0, 0, 0, 0), which forms a facial cubic structure of a long A. The MG atom lies at a position (0.25, 0.25, 0.25). Each MG atom found in the center of the tetrahedron consisting of Si atoms forms an unfilial structural of the edge length (A / 2). Magnesium Silicide is a narrow-gap semiconductor. While the conductivity of the crystals is n-type, it can also be doped with Ag or Ga or Sn and possibly Li (at a high doped level). Send an inquiry for the most current price to purchase Magnesium Silicide Sg2Si Powder bulk.

Magnesium Silicide, Mg2Si powder:
Magnesium silicide (CAS 22833-39-6) powder has a high melting temperature, high corrosion resistance.

Technical Parameter Magnesium Silicide Mg2Si powder:

Product name	MF	Purity	Particle size	Melting Point	Density	The color of the sky
Silicide magnesium	Mg2Si	99%	5-10um	1102	1.94 g/cm3	black

Chemical composition of Magnesium Silicide Powder Mg2Si:

Mg2Si	Mg	Si	C	P	Fe	S
>99%	Balance	36%	0.09%	0.02%	0.25%	0.005%

It is simple. Silicide for Magnesium Mg2Si Powder produced?
Silica powder has a particle size of 180. Magnesium powder is 100g. Research has revealed that silicide magnesium's optimal conditions for reaction are 600°C, 4 hours, silica powder with a particle diameter of 180, cooling at 10°C/min, good product quality and more than 98% magnesium silicide.

Magnesium Silicide Mg2Si Powder :
Magnesium Silicide is used often to create aluminum alloys. This contains around 1.5% magnesium sulicide.
To produce a series of aluminum alloys, 6000 series with up to 1.5% magnesium silicide, Magnesium Silicide can be used. It is possible to harden the alloy of this group and create the Guinier PRESTON zone or a very fine precipitate. This will increase the strength of your alloy.
The principal electronic use of MG2Si's MG2Si can be found in its thermoelectric generator.
Magnesium silicide is used in the primary purpose of synthesizing other silicides.
It is used for the production of MgSin2 powder. It is useful in the production of non-oxide clay powder.
An by-product of silicide magnesium silicide

Shipping Magnesium Silicide Mg2Si powder:
There are many packing options available that depend on the amount of magnesium silicide, Mg2Si.
Packing of Magnesium silicide, Mg2Si powder: You can vacuum pack 1kg/bag or 25kg/barrel.
Delivery of magnesium silicide Mg2Si in powder form: After receipt of payment, items may be sent out either by air or by sea.

Magnesium Silicide Properties
Other Titles	dimagnesium silicide, dimagnesium monisilicide, MgSi, Mg2Si powder
	22831-39-6
Compound Formula	Mg2Si
Molecular Weight	76.7
Appearance	Gray Black Powder
Melting Point	N/A
Boiling Point	N/A
Density	1.94 g/cm3
Solubility of H2O	N/A
Exact Value	75.94701
Magnesium Siicide Health and Safety Information
Signal word	Danger
Hazard Statements	H261
Hazard Codes	F
Risk Codes	14/15
Safety statements	N/A
Transport Information	UN 2624 4.3/PG2

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