2010•Advanced materials researchOpen access

Research on Rapid Manufacturing of Functionally Graded Mold by Electroforming and Arc Spray

Chang Sheng Liu, Hao Ping Zeng, Hai Qing Du, Wei Fan

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Abstract

Functionally graded mold (FGM) is the trend in the development of modern mold. Based on the optimization of electroforming and arc spray forming, a functionally graded mold with the structure of Ni-NiAl-ZnAl-Zn was manufactured, and the microstructure of the mold shell was analyzed. The experiments show that the manufacturing of functionally graded mold by electroforming and arc spray forming is feasible in engineering. The research is of significant value in exploring new manufacturing technology of functionally graded mold.

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What this paper is about

Functionally graded mold (FGM) is the trend in the development of modern mold. Based on the optimization of electroforming and arc spray forming, a functionally graded mold with the structure of Ni-NiAl-ZnAl-Zn was manufactured, and the microstructure of the mold shell was analyzed. The experiments show that the manufacturing of functionally graded mold by electroforming and arc spray forming is feasible in engineering. The research is of significant value in exploring new manufacturing technology of functionally graded mold.

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Available abstract

Functionally graded mold (FGM) is the trend in the development of modern mold. Based on the optimization of electroforming and arc spray forming, a functionally graded mold with the structure of Ni-NiAl-ZnAl-Zn was manufactured, and the microstructure of the mold shell was analyzed. The experiments show that the manufacturing of functionally graded mold by electroforming and arc spray forming is feasible in engineering. The research is of significant value in exploring new manufacturing technology of functionally graded mold.

Key concepts: Electroforming, Mold, Materials science, Shell (structure), Composite material, Metallurgy, Layer (electronics)

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