NIOBIUM ALLOY STEEL APPLIED IN COLD FORMING MANUFACTURE

Bruno Inácio da Maia, A. H. Futami, Marco Aurélio de Oliveira, Luiz Veriano Oliveira Dallavalentina
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Abstract

Niobium alloy steels are still little known and debated when applied to the metallurgy industry, including cold forming process. It is not much clear about its characteristics and your mechanical performance when compared to traditional steels, which the market already uses. The possibility of input new materials, reducing costs and generating competitiveness is the basis for researches that can generate new opportunities for industries. In this article, we showed the possibility of withdrawing the heat treatment process, which guided the execution of the tests presented here. This paper deals with the performance comparison of SAE 1312 MOD steel compared to ISO 898-1, which deals with mechanical performance for bolts. The tests were correlated with the bolts of 8.8 resistance class, which currently have heat treatment. It is possible to evaluate the positive performance of the niobium-alloyed steel (SAE 1312 MOD), despite the occasional performance limitations in some attributes addressed in ISO 898-1.
铌合金钢在冷成形制造中的应用
铌合金钢在冶金工业中的应用,包括冷成形工艺,仍然是鲜为人知的和争论的。与市场上已经使用的传统钢材相比,它的特性和机械性能还不太清楚。投入新材料,降低成本和产生竞争力的可能性是研究的基础,可以为工业创造新的机会。在本文中,我们展示了取消热处理工艺的可能性,这指导了本文所介绍的测试的执行。本文讨论了SAE 1312 MOD钢与ISO 898-1的性能比较,ISO 898-1涉及螺栓的机械性能。试验对象为目前已热处理的8.8级电阻级螺栓。尽管在ISO 898-1中提到的某些属性中偶尔存在性能限制,但仍可以评估铌合金钢(SAE 1312 MOD)的积极性能。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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