以ＴｉＨ２为发泡剂的熔融铝合金发泡过程是一个非等温过程，初始发泡温度与ＴｉＨ２的加入量之间有一最佳配合．在本实验条件下，ＴｉＨ２（＜３００目）加入量为２％（ω），初始发泡温度６８０℃，可使含钙２％（ω）和镁１％（ω）的工业纯铝获得良好的发泡效果．实验表明，选择凝固温度区间大的铝合金材料，有利于发泡过程的工艺参数控制 The foaming process of the molten aluminum alloy with TiH2 as a blowing agent is a non-isothermal process. There is an optimal cooperation between the initial foaming temperature and the addition amount of TiH2. Under the experimental conditions, TiH2 (<300 mesh) was added in an amount of 2% (ω) and the initial foaming temperature was 680 ℃, the industrial pure aluminum with 2% (ω) and 1% (ω) Foaming effect. Experiments show that the choice of a large range of solidification temperature of aluminum alloy material, is conducive to the foaming process parameters control