Magnesium ingot

Description

1. Primary Magnesium Ingot 1)Specification: In addition to the normal ingot of 7.5 ± 0.5 Kg/ Pï&frac*4;Œaccording to customer demand for processing special ingot. 2)Quality Standardï&frac*4;šGB***9—*5. National standard Grade chemical composition% Mg Fe Si Ni Cu Al Cl¬¬- Mn Ti Total Impurity GB***9—*5 Special grade *9.*6 0.**4 0.**4 0.***2 0.**2 0.**6 0.**3 0.**3 *- 0.*4 Mgï&frac*4;1 *9.*5 0.**4 0.**5 0.***7 0.**3 0.**6 0.**3 0.*1 0.**4 0.*5 Mgï&frac*4;2 *9.*0 0.*4 0.*1 0.**1 0.**4 0.*2 0.**5 0.*3 *- 0.*0 Mgï&frac*4;3 *9.*0 0.*5 0.*3 0.**2 0.*2 0.*5 0.**5 0.*6 *- 0.*0 3)Product quality: *9.9% above second level of magnesium ingot and *9.*5% above first level of magnesium ingot. 4)Product packing: acid dip, Magnesium pallet, Ton casing 5)Characteristic of Magnesium: The density of magnesium is 1.*4g/cm3ï&frac*4;Œequals 2/3 of aluminumï&frac*4;Œ2/5 of titaniumï&frac*4;Œ1/4 of steel. Magnesium can be machined faster. It has the high comparative strength and comparative rigidity in the commonly used structural metals. It has excellent dimensional stability, thermal and electricity conductivity, magnetic shielding performance. It has excellent damping capacity and low inertia which makes it a good choice for parts which undergo frequent and sudden high-speed changes in the direction of motion. 6)Application of Magnesium: The four principal uses of magnesium in the industry are: a) Alloying with aluminum - *0 - *5 percent b) As a structural metal in die casting - magnesium alloys - *3 - *5 percent c) Iron and steel processing - desulfurization - *3 percent d) Rare-earth alloy, Matel reduction and others wonderful_**5 at hotmail dot com