文档介绍：摘要
随着中国经济的高速发展对模具工业提出了越来越高的要求,因而模具材料选择及其热处理工艺的选择已在模具制造业中引起广泛的重视。模具热处理是保证模具性能的重要工艺过程。它对模具的制造精度,模具的强度, 模具的制造成本,模具的工作寿命有着直接的影响。本文在分析模具材料和40Cr钢热处理及金相实验基础上,根据模具的选材条件、试样的材料性质,以及40Cr的热处理工艺和金相组织综合分析,根据实际制订出合理的热处理工艺,并根据实验得出数据进行分析。这样,能使模具达到良好的使用性能和寿命要求的。同时,满足经济性要求,降低成本。
关键词:模具材料;热处理;热处理工艺;金相组织;
Abstract
With China's rapid economic development of the mold industry has ever-increasing demands, which mold material selection and heat treatment process of choice has been in the mold manufacturing industry has aroused widespread attention. Die die heat treatment is to ensure that the important properties of the process. Its manufacture of precision molds, mold strength, the manufacturing cost of mold, mold of his working life has a direct impact. Based on the analysis of mold materials and heat treatment and metallographic 40Cr steel on an experimental basis, in accordance with the conditions of mold material, the nature of the sample material, as well as the 40Cr microstructure heat treatment technology prehensive analysis, based on the actual formulation of a reasonable heat treatment process, and According to an analysis of experimental data. In this way, make good use of mold performance and life requirements. At the same time, meet the requirements of the economy and reduce costs.
Key words: mold material; heat treatment; heat treatment process; microstructure;
目录
第一章绪论 - 4 -
模具制造概况 - 4 -
- 5 -
我国模具的发展 - 5 -
- 5 -
模具选材 - 6 -
- 6 -
、合金元素对钢性能的影响 - 8 -
实验目的及意义 - 11 -
、实验目的 - 11 -
研究方案技术路线 - 13 -
第二章 40Cr感应淬火工艺参数
服役条件 - 15 -
- 15 -
技术要求 - 15 -
调质技术要求 - 15 -
试样40cr
- 16 -
- 17 -
- 18 -
第三章 40Cr感应淬火工艺 - 24 -
感应加热淬火工艺概述 - 24 -
主电路的主要设计技术参数 - 28 -
感应加热淬火技术的优点与不足 - 29 -
- 34 -
感应加热淬火技术的发展方向 - 34 -
感应加热淬火技术的发展 - 34 -
新型感应加热淬火技术 - 35 -
感应加