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AMORPHOUS BORON POWDER 3N 2N 96%
Currently, the amorphous boron powder widely used in the boron powder market is mainly crude boron with a high impurity content produced by the magnesian thermal reduction method. The magnesian thermal reduction method is simple, has a high yield, and relatively low cost. Because standards vary greatly across different fields, the definition of "amorphous boron powder" is not entirely consistent.
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Properties
PRODUCTION OF AMORPHOUS BORON POWDER
Currently, the amorphous boron powder widely used in the boron powder market is mainly crude boron with a high impurity content produced by the magnesian thermal reduction method. The magnesian thermal reduction method is simple, has a high yield, and relatively low cost. Because standards vary greatly across different fields, the definition of "amorphous boron powder" is not entirely consistent.
|
ITEM |
B90 |
B95 |
B99 |
B99.9 |
|
B |
90-95 |
95-99 |
99-99.9 |
99.9MIN |
|
O |
3.0 MAX |
2.5MAX |
1.0MAX |
0.01MAX |
|
MG |
5.0 MAX |
2.0MAX |
0.1MAX |
0.01MAX |
Application
Amorphous Non-crystalline Boron
- Based on the specific gravity of boron, it is divided into amorphous boron and crystalline boron. Amorphous boron has a specific gravity below 1.73 g/cm³.
- The widely used amorphous boron is formed by reduction at around 1000℃, of which 60% is α-rhombic crystalline boron,And 40% is amorphous boron, a mixture of crystalline and amorphous.
- Due to its small particle size and uniform distribution, amorphous boron has high activity.
