首页|不同冶炼方式下的H13的锻造生产及组织性能对比

不同冶炼方式下的H13的锻造生产及组织性能对比

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随着新能源汽车的快速发展,急需对高热疲劳性、高使用寿命的铝压铸模具钢材进行研发应用.而H13属于热作模具钢,普遍应用于铝挤压、铝压铸、热模锻等行业,市场需求量较大.主要根据原材料冶炼方式的不同,对H13锻圆的锻造生产以及组织性能进行对比分析.
Comparison of Forging Production and Microstructure Performance of H13 Under Different Smelting Methods
With the rapid development of new energy vehicles,there is an urgent need to research and apply aluminum die-casting die steel with high thermal fatigue and long service life.H13 belongs to the hot work mold steel and is widely used in industries such as aluminum extrusion,aluminum die-casting,and hot forging,with a high market demand.Mainly based on the different smelting methods of raw materials,a comparative analysis is conducted on the forging production and microstructure properties of H13 forging round.

smelting of raw materials,homogenization and heating forgingrefinement and spheroidization annealing after forgingcomparison of microstructure and properties

唐亚宁、张曜

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韶关市中机重工有限责任公司,广东 韶关 512000

原材料的冶炼、均质化加热锻造 锻后细晶化+球化退火 组织性能对比

2024

山西冶金
山西省金属学会 山西省有色金属学会

山西冶金

影响因子:0.139
ISSN:1672-1152
年,卷(期):2024.47(1)
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