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2006•The Proceedings of the Asian Symposium on Materials and ProcessingOpen access

C-16 STUDY OF RECYCLED AND VIRGIN COMPOUNDED MIM FEEDSTOCK FOR STAINLESS STEEL 630(Session: MIM/Tool)

Warakij LIKITYINGWARA, Phataraporn RUNGKIATNAWIN, N. Muenya, S. Amoranan, W. Kittinantapol, Supachai Surapunt, Anchalee Manonukul

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Abstract

Stainless steel 630 with different mixtures of recycled and virgin feedstock have been injected, debinded and sintered under the same processing condition to study various physical properties. The results suggest that mixing recycled feedstock will not alter mechanical properties. However, the sintered part will be larger as more recycled feedstock has been introduced.

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Stainless steel 630 with different mixtures of recycled and virgin feedstock have been injected, debinded and sintered under the same processing condition to study various physical properties. The results suggest that mixing recycled feedstock will not alter mechanical properties. However, the sintered part will be larger as more recycled feedstock has been introduced.

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Available abstract

Stainless steel 630 with different mixtures of recycled and virgin feedstock have been injected, debinded and sintered under the same processing condition to study various physical properties. The results suggest that mixing recycled feedstock will not alter mechanical properties. However, the sintered part will be larger as more recycled feedstock has been introduced.

Key concepts: Raw material, Materials science, Metallurgy, Mixing (physics), Waste management, Engineering, Chemistry, Organic chemistry

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C-16 STUDY OF RECYCLED AND VIRGIN COMPOUNDED MIM FEEDSTOCK FOR STAINLESS STEEL 630(Session: MIM/Tool) — Research Paper | ScholarLens