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Monocrystalline magnesium is widely used in matrix metals, alloy thin film materials, and biomaterials. Magnesium is a relatively soft metal with a silver white luster. It is obtained by electrolytic melting of magnesium dichloride. Magnesium can burn in air and react with hot water when ignited. It is used in bulk metals and lightweight alloys.
Magnesium is used as a sacrificial anode to protect metals exposed to seawater and groundwater.
Product Description
Monocrystalline magnesium is widely used in matrix metals, alloy thin film materials, and biomaterials. Magnesium is a relatively soft metal with a silver white luster. It is obtained by electrolytic melting of magnesium dichloride. Magnesium can burn in air and react with hot water when ignited. It is used in bulk metals and lightweight alloys.
Magnesium is used as a sacrificial anode to protect metals exposed to seawater and groundwater.
Product Parameters
Main performance parameters | |
Molecular formula | Mg |
Crystalline system | hexagonal crystal system |
Lattice constants | a=3.20936, c=5.21112 A |
Density | D=1.738（g/cm3） |
Melting point | 649 ℃ |
Growing directions | Crucible descent method (Bridgman method) |
Purity | ＞4N |
Thermal expansion coefficient | 26.1 x 10-6K-1 |
Conventional crystal orientation | <0001>;<11-20>;<10-10>;<1-102> |
Crystallographic tolerance | ±1° |
Dimensions and tolerances | 5x5,105,1010,1515,2015,2020, or customized |
Thickness and tolerance | 0.5mm，1.0mm |
Polishing | One side or double-sides |
Surface roughness | Ra＜10 nm（5×5μm） |
Package | 100 clean bag, 1000 ultra-clean room, easy oxidation, vacuum moisture-proof preservation |
