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    • 25. 发明公开
    • PROCESSING ALUMINIUM ARTICLES FOR IMPROVED BAKE HARDENABILITY
    • 加工铝制品以提高烘烤硬度
    • EP0832308A1
    • 1998-04-01
    • EP96913857.0
    • 1996-05-02
    • KAISER ALUMINUM & CHEMICAL CORPORATION
    • SHEN, Tien, H.
    • C22C21C22F1
    • C22F1/043C22C21/02C22C21/08C22F1/05
    • A method of producing an aluminium article comprising the steps of: (a) providing stock including an aluminium alloy comprising about 1.0 to 1.3 wt.% silicon, about .40 to .80 wt.% magnesium, about .02 to .20 wt.% of an element selected from the group consisting of manganese and chromium, not more than about .70 wt% copper, the remainder substantially aluminum, incidental elements and impurities; (b) hot rolling the stock; (c) solution heat treating; (d) rapid quenching to a threshold temperature of about 200 degrees F; (e) cooling to room temperature; (f) holding at room temperature for not more than 6 hours; and (g) reheating to a temperature of about 200 degrees F. The figure shows a controlled heat pattern of cooling after solution heat treatment according to the present invention compared to the prior art.
    • 一种生产铝制品的方法,包括以下步骤:(a)提供包含铝合金的原料,所述铝合金包含约1.0-1.3重量%的硅,约0.40-80重量%的镁,约0.02-0.20重量% %的选自锰和铬的元素,不多于约0.70重量%的铜,其余基本上为铝,偶存元素和杂质; (b)热轧该库存; (c)固溶热处理; (d)快速淬火至约200°F的阈值温度; (e)冷却至室温; (f)在室温下保持不超过6小时; 和(g)重新加热到约200°F的温度。该图显示了与现有技术相比,根据本发明的固溶热处理后的受控热图案。
    • 29. 发明公开
    • Controlled addition of lithium to molten aluminium
    • Gesteuerte Zugabe von Lithium a geschmolzenes铝。
    • EP0296700A2
    • 1988-12-28
    • EP88303323.5
    • 1988-04-13
    • KAISER ALUMINUM & CHEMICAL CORPORATION
    • Bruski, Richard Scott
    • B22D11/10B22D39/02C22C1/02
    • C22C1/026
    • Lithium feed to an aluminium-lithium alloy production system is achieved at a highly controlled rate by advancing a plunger (25) at a predetermined volumetric rate into a body of molten lithium retained in a holding vessel (20) to displace the lithium toward an overflow port (33) through which it is fed into a mixing vessel (67) where it is combined with the molten aluminium. Control of the aluminium feed rate is achieved by maintaining a constant head height upstream of an orifice (68). The thus metered streams of molten lithium and aluminium are then combined in a vortex bowl, whose outlet then feeds the molten alloy to a casting station.
    • 通过将柱塞(25)以预定的体积速率推进到保持在保持容器(20)中的熔融锂体中以将锂移向溢流器,以高度控制的速率实现铝 - 锂合金生产系统的锂进料 端口(33),通过所述端口(33)将其馈送到与熔融铝组合的混合容器(67)中。 通过在孔口(68)的上游保持恒定的头部高度来实现铝进给速率的控制。 然后将如此计量的熔融锂和铝流量组合在涡流碗中,其中出口然后将熔融合金进料到铸造台。