Study on the Ageing Behaviour of GH8607 (δ+γ)   Structure Iron Base Alloy

曹士锐; 郝曜; 郑之英

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Study on the Ageing Behaviour of GH8607 (δ+γ) Structure Iron Base Alloy

更新时间：2026-09-14

- Study on the Ageing Behaviour of GH8607 (δ+γ) Structure Iron Base Alloy
- GH8607双相铁基合金的时效行为
- Issue 2, (1999)
- 作者机构：
  
  华北工学院材料工程系,山西,太原,030051
- 作者简介：
- 基金信息：
- DOI：
  CLC：
- Published：1999
- 稿件说明：
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曹士锐, 郝曜, 郑之英. Study on the Ageing Behaviour of GH8607 (δ+γ) Structure Iron Base Alloy[J]. 1999, (2).
DOI：

曹士锐, 郝曜, 郑之英. Study on the Ageing Behaviour of GH8607 (δ+γ) Structure Iron Base Alloy[J]. 1999, (2). DOI：

摘要

目的对ＧＨ８６０７双相铁基合金的时效过程、强化相析出和基体相变进行研究．方法采用高温Ｘ射线衍射、热膨胀分析、ＴＥＭ等试验手段．结果ＧＨ８６０７合金在时效时具有较高的硬化速率．析出相为碳化物（Ｍ２３Ｃ６，Ｍ６Ｃ）和金属间化合物（Ｌａｖｅｓ相、Ｘ相）．时效过程中出现δ→γ转变，并在随后的冷却中产生板条马氏体；时效后经多次重复加热，在马氏体中沉淀出强化相．结论ＧＨ８６０７合金具有高的时效温度和热强性，可用于制造在８５０℃以下工作的热挤压模具．

Abstract

Aim To study the ageing behaviour

precipitation of strengthing phase and phase transition of the basemetal of the GH8607 duplex iron base alloy. Methods Testing methods such as high temperature X ray diffraction

thermal expansion detection

TEM etc.

are adopted. Results GH8607 hardens fast as it is aged. The precipitated phases are the carbide M 23 C 6

M 6C) and metalloid (Laves phase

X phase) the δ→γ transition occurred during the ageing process will form lamellar martensite after subsequent cooling. Strengthening phases are precipited in the martensite during the repeated heating and cooling operations after ageing. Conclusion Due to its higher ageing temperature and high temperature strength

GH8607 is suitable for manufacturing heated extruding dies working under 850 ℃.

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