Aluminum alloy for louver and preparation method of aluminum alloy
A blinds and aluminum alloy technology, applied in the field of aluminum alloys, can solve the problems of restricting the widespread use and promotion of aluminum alloy blinds, difficulty in plate shape control, and high equipment capacity requirements
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Embodiment 1
[0053] This embodiment prepares an aluminum alloy for blinds, including: 1.0% Si, 0.3% Fe, 0.3% Cu, 0.9% Mn, 1.0% Zn, 0.05% Ti, the rest is Al and the total amount is less than 0.15% unavoidable impurities.
[0054] The aluminum alloy strip material for shutters of this embodiment is prepared according to the following steps:
[0055] Put primary aluminum ingots, pure zinc ingots, pure magnesium ingots, aluminum-copper master alloys, manganese additives, iron additives, and aluminum-titanium master alloys with an aluminum content of not less than 99.7% into the melting furnace according to the proportion of the ingredients. Stirring, slag removal, refining, degassing, and semi-continuous casting to obtain ingots with a size of 450mm×1290mm×5000mm; the ingots were homogenized annealed at 560°C×12h in an annealing furnace, cooled to room temperature in air, Carry out head-to-tail sawing and face milling to obtain ingots with specifications of 430mm×1290mm×4800mm, heat treatment...
Embodiment 2
[0058] The present embodiment prepares a kind of aluminum alloy for blinds, and it comprises: the Si of 1.2%, the Fe of 0.7%, the Cu of 0.25%, the Mn of 1.3%, the Mg of 0.2%, 0.15% Ti, the rest is Al and the total amount is less than 0.15% unavoidable impurities.
Embodiment 100
[0059] The aluminum alloy strip material for shutters in this embodiment is prepared according to the following steps:
[0060] Put primary aluminum ingots, pure zinc ingots, pure magnesium ingots, aluminum-copper master alloys, manganese additives, iron additives, and aluminum-titanium master alloys with an aluminum content of not less than 99.7% into the melting furnace according to the proportion of the ingredients. Stirring, slag removal, refining, degassing, and semi-continuous casting to obtain ingots with a size of 450mm×1290mm×5000mm; the ingots were homogenized annealed at 560°C×12h in an annealing furnace, cooled to room temperature in air, Carry out head-to-tail sawing and face milling to obtain ingots with specifications of 430mm×1290mm×4800mm, heat treatment at 500±10°C in a heating furnace, and hot-roll through multiple passes to 6mm hot-rolled coils, and wait for the hot-rolled coils to cool to After room temperature, the hot-rolled coils are cold-rolled to 3.0m...
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Abstract
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