Magnesium Mg Metal Element 12 Pure 99.9% Granules for Alloy Material Manuf

• Application: Aviation, Electronics, Industrial, Medical, Chemical
• Standard: JIS, GB, DIN, BS, ASTM, AISI
• Purity: >99.99%
• Shape: Round
• Alloy: Non-alloy
• Secondary: Non-secondary
• Model NO.: HY-123
• Primary Supplement Type: Magnesium
• Transport Package: Wooden Box
• Specification: 3mm, 4mm, 5mm, 6mm
• Trademark: HY
• Origin: China
• HS Code: 8104110000
• Production Capacity: 10000000000000000000000

Product Description

Technical specifications:

Brand:	Haoyu
Manufacturing Country And Region:	China
Manufacturer number:	HY-01
Type:	Granules
Material:	magnesium
Operation area:	Metal element 12
Standard classifications:
Name, symbol, ordinal number:	Magnesium, Mg, 12
Assay:	99.9%
Further information:
Melting point:	923 K (650 ° C)
Density:	1.738 g / cm3
Thermal conductivity:	156 W / (m K)
Boiling point:	1380 K (1107 ° C)

Description:

Due to its properties, pure magnesium is rarely used in technology. It is also used as a reducing agent to extract metals such as beryllium, titanium, uranium and others from their oxides or halides. The majority of the recovered magnesium is used in the production of magnesium alloys. These alloys are characterized by a low density, high mechanical strength and corrosion resistance. In addition, they can be processed well at low cost. They are used in aircraft and motor vehicle construction, mechanical engineering, in the construction of means of transport, household machines, office machines and optical devices in electrical engineering and electronics.

Areas of application:

• Railing construction
• food industry
• Beverage industry
• chemistry

Technical Parameter of Magnesium Granules Mg Granules:

Product Name	MF	Purity	Particle Size	Bulk Density	Melting Point	Color
Magnesium Granules	Mg	99.95%	4 * 4mm	1.74 g/cm3	648.8ºC	Silver White

 

 

 

 

Production Method of Magnesium Granules :  
There are many methods for producing magnesium particles, among which the main methods include physical methods, chemical, and biological methods. These methods are described in detail below. 

Physical method: The physical method uses physical means to crush magnesium raw materials into particles. The method mainly includes mechanical ball milling and gas atomization methods. 

Mechanical ball milling method: The magnesium raw material is mixed with the grinding ball, and the raw material is crushed into particles by the impact and friction of the grinding ball through the high-speed rotating mill. The advantages of this method are simple to process, low cost, low production efficiency, and coarser product size. 

Gas atomization method: The use of high-temperature gas to spray dry magnesium raw materials so that they form fine particles. The advantages of this method are fine particle size and high production efficiency, but the equipment investment is large, and the production cost is high. 

Chemical method: The chemical method uses chemical reactions to convert magnesium raw materials into magnesium particles. The method includes the precipitation, electrolysis, and spray pyrolysis methods. Precipitation method: the magnesium ion and the appropriate precipitant reaction, the formation of insoluble in water magnesium precipitate, and then through filtration, washing, drying, and other processes to obtain magnesium