Formula and smelting key technique for high-strength and high-tenacity aluminum alloy
A high-strength, high-toughness, key technology technology, applied in the field of high-strength, high-toughness aluminum alloy formulations, can solve problems such as insufficient strength and toughness, and restrictions on automobile lightweight
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Embodiment 1
[0018] The high-strength and high-toughness aluminum alloy provided in this embodiment, by weight percentage:
[0019] Si: 7-12%; Ti: 0-0.3%; Cu: 0-3%; Mn: 0.2-1%; Fe: 0-0.8%; Mg: 0.15-0.8%; Ni: 0-0.1%; : 0~0.02%; La: 0~0.2%; Re: 0~0.1%; Mo: 0~0.1%; Nd: 0~0.008%; Sb: 0~0.1%; Zr: 0~0.01%; Sr: 0~0.5%; Ce: 0~0.01%; Zn: 0~21%; Pb: 0~0.05%; Impurities: 0~0.05%; the balance is Al.
[0020] The key technology of smelting provided by this embodiment includes permanent magnetic stirring and sound source intermittent insertion process, permanent magnetic stirring and sound source intermittent insertion process include the following work cycle: the first step of the cycle: permanent magnetic stirring clockwise rotation, the angular frequency is w, and the stirring time for clockwise rotation is t1; the second step of the cycle: put the sound source emitter in the smelting furnace, and the sound duration is t2. is w / 2; the third step of the cycle: take out the sound source emitter, the ...
Embodiment 2
[0022] The high-strength and high-toughness aluminum alloy provided in this embodiment, by weight percentage:
[0023] Si: 7-12%; Ti: 0-0.3%; Cu: 0-3%; Mn: 0.2-1%; Fe: 0-0.8%; Mg: 0.15-0.8%; Ni: 0-0.1%; : 0~0.02%; La: 0~0.2%; Re: 0~0.1%; Mo: 0~0.1%; Nd: 0~0.008%; Sb: 0~0.1%; Zr: 0~0.01%; Sr: 0~0.5%; Ce: 0~0.01%; Zn: 0~21%; Pb: 0~0.05%; Impurities: 0~0.05%; the balance is Al.
[0024] The key technology of smelting provided by this embodiment includes permanent magnetic stirring and sound source intermittent insertion process, permanent magnetic stirring and sound source intermittent insertion process include the following work cycle: the first step of the cycle: permanent magnetic stirring clockwise rotation, the angular frequency is w, and the stirring time for clockwise rotation is t1; the second step of the cycle: put the sound source emitter in the smelting furnace, and the sound duration is t2. is w / 2; the third step of the cycle: take out the sound source emitter, the ...
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