High-strength-toughness and heat-resistant Al-RE-Y-Zr alloy suitable for pressure casting and preparation method thereof
An al-re-y-zr, high-strength technology, applied in the field of high-strength, toughness and heat-resistant Al-RE-Y-Zr alloy and its preparation, can solve the problems of inability to achieve the performance of cast aluminum alloys and insufficient heat resistance, and achieve The smelting process is simple and easy to control, reducing burning loss, improving energy utilization and production efficiency
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Embodiment 1
[0038] A high-strength toughness heat-resistant Al-RE-Y-Zr alloy suitable for pressure casting has a weight percentage of: according to the theoretical ratio, 11wt% Ce, 5wt% Y, 0.3wt% Mg, 0.01wt% Zr, and the rest are Al elements and unavoidable impurity elements.
[0039] Its preparation method is (1) after properly considering burning loss, according to the above-mentioned Al-RE-Y alloy composition and stoichiometric ratio, calculate the consumption of required raw material; Industrial pure aluminum ingot, industrial pure magnesium ingot, Al-20Ce, Al Both -10Y and Al-5Zr master alloys remove the oxide layer and dry and preheat to 180-220°C; calculate the amount of raw materials required according to the composition and stoichiometric ratio of the alloy; (2) the industrial After the pure aluminum ingot is melted into a molten pool at 720°C, the remaining aluminum ingot is added; (3) After the aluminum ingot is completely melted, the temperature is raised to 750°C, and the Al-2...
Embodiment 2
[0042] The weight percent of a kind of high-strength toughness heat-resistant Al-RE-Y-Zr alloy suitable for pressure casting is: according to the theoretical ratio, 3wt% La, 0.2wt% Y, 0.1wt% Mg, 0.08wt% Zr, the rest is Al element and inevitable impurity elements.
[0043] Its preparation method is (1) after properly considering burning loss, according to the above-mentioned Al-RE-Y alloy composition and stoichiometric ratio, calculate the consumption of required raw material; Industrial pure aluminum ingot, industrial pure magnesium ingot, Al-20Ce, Al Both -10Y and Al-5Zr master alloys remove the oxide layer and dry and preheat to 180-220°C; calculate the amount of raw materials required according to the composition and stoichiometric ratio of the alloy; (2) the industrial After the pure aluminum ingot is melted into a molten pool at 720°C, the remaining aluminum ingot is added; (3) After the aluminum ingot is completely melted, the temperature is raised to 750°C, and the Al-2...
Embodiment 3
[0046] The weight percent of a high-strength and tough heat-resistant Al-RE-Y-Zr alloy suitable for pressure casting is: according to the theoretical ratio, 5wt% La, 3wt% Ce, 3wt% Y, 0.2wt% Mg, 0.2wt% Zr , and the rest are Al elements and inevitable impurity elements.
[0047] Its preparation method is (1) after properly considering the burning loss, calculate the consumption of required raw materials according to the above-mentioned Al-RE-Y alloy composition and stoichiometric ratio; combine industrial pure aluminum ingot, industrial pure magnesium ingot and Al-20La, Al -20Ce, Al-10Y and Al-5Zr master alloys are all removed from the oxide layer and dried and preheated to 180-220°C; calculate the amount of raw materials required according to the composition and stoichiometric ratio of the alloy; (2) will account for the height of the crucible After 25% industrial pure aluminum ingots were melted into a molten pool at 720°C, the remaining aluminum ingots were added; (3) After t...
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