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Cooling Curve's Effect on Hardening Behavior of Steel

机译:冷却曲线对钢硬化行为的影响

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摘要

Quenching Oils are comprised mostly of mineral oil as major component, but mineral oil alone result in lower cooling performance. Therefore, various additives are formulated as required for each particular case. Cooling curves of mineral oil as determined by JIS method can be divided into three stages, vapor film stage, boiling stage and convection stage. And there are many types of additives used for quenching oil, one effective to shorten vapor film stage and another to shift boiling stage toward lower temperature side. As rapid quenching required temperature range for particular steel varies pending on its shape of CCT curve, it is possible to provide higher quench hardening performance using quenching oil formulated of adequate additives.
机译:淬火油主要由矿物油作为主要成分组成,但仅矿物油导致较低的冷却性能。因此,根据每个特定情况的要求配制各种添加剂。通过JIS方法测定的矿物油的冷却曲线可分为三个阶段,蒸气膜阶段,沸腾阶段和对流阶段。并且有许多类型的添加剂用于淬火油,一种有效地缩短蒸汽膜阶段,另一个是有效的,以将沸腾阶段朝较低温度侧移动。随着特定钢的快速淬火所需的温度范围在其CCT曲线的形状上均匀地变化,可以使用对适当添加剂配制的淬火油提供更高的淬火硬化性能。

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