Preparing method of alloy magnesium rod
An alloy and magnesium rod technology, applied in the field of magnesium rod preparation, can solve the problems of high copper prices and high cost of brass rods
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Embodiment example 1
[0019] Add copper, sodium and magnesium to an industrial furnace for smelting; gradually add magnesium ingots until the composition requirements are met, wherein the mass percentage of copper is 0.1%, the mass percentage of sodium is 0.05%, and the rest is the magnesium; adding Refining agent sodium chloride, stirring and refining; pour the refined alloy melt into the holding furnace and let it stand, the temperature is controlled at 450°C; after extrusion, peeling and wire drawing, a round alloy with a diameter of 5mm and a length of 6m is obtained Magnesium rods.
Embodiment example 2
[0021] Add copper, sodium and magnesium to an industrial furnace for smelting; gradually add magnesium ingots until the composition requirements are met, wherein the mass percentage of copper is 1%, the mass percentage of sodium is 0.08%, and the rest is the magnesium; The refining agent potassium chloride is used for stirring and refining; the refined alloy melt is poured into the holding furnace for standing, and the temperature is controlled at 500°C; after extrusion, peeling and wire drawing, a square alloy magnesium with a diameter of 50mm and a length of 10m is obtained Great.
[0022] The finished alloy magnesium wire.
Embodiment example 3
[0024] Add copper, sodium and magnesium to an industrial furnace for smelting; gradually add magnesium ingots until the composition requirements are met, wherein the mass percentage of copper is 2%, the mass percentage of sodium is 0.1%, and the rest is the magnesium; adding Refining agent ammonium chloride is used for stirring and refining; the refined alloy melt is flowed into the holding furnace for standing, and the temperature is controlled at 480°C; after extrusion, peeling and wire drawing, a hexagonal shape with a diameter of 100mm and a length of 2m Alloy magnesium rod.
[0025] According to the embodiment provided by the present invention, the obtained alloy magnesium rods can be drawn into alloy magnesium rods of different lengths, diameters, and shapes according to requirements, and their mechanical properties and corrosion resistance are equivalent to those of brass rods, and the cost is greatly reduced.
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