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Stainless aerospace alloy offers superior machinability

机译:不锈钢航空合金提供出色的可加工性

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For nearly three quarters of a century, metallurgists have added elements such as lead, sulfur, and se-Jenium to enhance the machinability of stainless steels. The eternal challenge has been to keep the levels of such additions low enough that they do not seriously compromise other vital properties. The world's first free-machining stainless steel, invented by Carpenter's Frank Palmer in 1928, was a straight chromium grade with sulfur added, It was the forerunner of today's Type 416 stainless. Sulfur and phosphorus were both added to make Carpenter Type 303 stainless, the first free-machining chrome-nickel stainless, in the early thirties.
机译:在近四分之三世纪的时间里,冶金学家都添加了铅,硫和硒等元素,以增强不锈钢的可加工性。永恒的挑战是将此类添加物的含量保持在足够低的水平,以使它们不会严重损害其他重要特性。由Carpenter的Frank Palmer于1928年发明的世界上第一种自由加工不锈钢是添加了硫的直铬等级,是当今416型不锈钢的先驱。三十年代初,添加了硫和磷以制造Carpenter 303型不锈钢,这是第一个自由加工的铬镍不锈钢。

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