Metallurgical Analysis of Steel Plate for Deep Drawing Application

Victor Yuardi Risonarta (Catholic University of Darma Cendika)
Huffal Azhar Fadly (Sepuluh Nopember Institute of Technology)
Hafidh Frian Perdana (Sepuluh Nopember Institute of Technology)

International Journal of Industrial Research and Applied Engineering
Vol 2, No 1 (2017)

Deep drawing is one of metal forming manufacturing processes which can be used to produce many products, e.g. kitchen ware, automotive parts, etc. Although this particular manufacturing company has applied the Japanese standard JIS G 3141 as guidance to select a steel plate for deep drawing application, the deep drawing process at this company is still failed. Therefore, this manuscript discusses more deeply the metallurgical analysis of selected steel plates to produce a deep-drawn product with 0.5 thickness. Analysis presented in this manuscript comprises the influence of chemical composition of a steel plate on its mechanical property, i.e., tensile strength, elongation, and hardness. As a result, a correlation between chemical compo­sition and expected mechanical property to manufacture a drink cup is outlined. Moreover, recommended chemical composition of a steel plate is also presented.