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Industrial Semi-Solid Rheocasting of Aluminum A356 Brake Calipers

机译:铝制A356制动钳的工业半固态流变铸造

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Industrial semi-solid casting trials of aluminum A356 brake calipers were performed over five days with the CSIR-RCS and high-pressure die casting process cell. Consecutive visual passed castings were used as the measure of process stability, and common defects between trials were categorized. Short fill results are erratic and caused by unintended underdosing by the furnace or incomplete billet discharge at the delivery point in the shot sleeve. Cold shuts can be significantly reduced by adjusting the shot control profile. Surface finish defects include surface roughness and staining caused by lubricant burn off. Visual passed castings display none of the above-mentioned external defects. X-ray examination and pressure testing of heat-treated castings from the consecutive visual passed castings show improvement over the five days. These initial-stage industrialization efforts pave the way for process commercialization.
机译:通过CSIR-RCS和高压压铸工艺单元对铝A356制动钳的工业半固态铸造试验进行了五天。连续的目测合格铸件用作过程稳定性的量度,并对试验之间的常见缺陷进行了分类。短填充结果是不稳定的,并且是由于炉子意外加料不足或在注射套筒中的出料点处坯料排出不完全引起的。通过调整压射控制曲线可以大大减少冷关。表面光洁度缺陷包括表面粗糙度和润滑剂烧掉引起的污染。外观合格的铸件均不显示上述外部缺陷。连续观察通过的铸件的X射线检查和热处理铸件的压力测试显示,在5天内,情况有所改善。这些初期工业化努力为工艺商业化铺平了道路。

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