Sludge deposition in molten aluminum die casting alloys in the holding furnace

Yasuhiro Osame; Katsusaburo Toyoda; Yoshishige Tsumura; Muneo Suzuki; Shigeru Furuya; Katsuhisa Nagayama

doi:10.2464/jilm.36.813

Sludge deposition in molten aluminum die casting alloys in the holding furnace

Yasuhiro Osame, Katsusaburo Toyoda, Yoshishige Tsumura, Muneo Suzuki, Shigeru Furuya, Katsuhisa Nagayama

Research output: Contribution to journal › Article › peer-review

9 Citations (Scopus)

Abstract

The sludge deposition of JIS die casting alloy ADC12 in the holding furnace was studied. A quaternary intermetallic compound (FeMn)₃Si₂Al₁₅ deposits in the molten metal free from Cr. Critical Fe and Mn concentrations for sludge deposition at a holding temperature T°C are expressed as: %Fe+{3.34-(T-630)/714}%Mn = 2.39+(T-630)/152 A quinary Al-Si-Fe-Mn-Cr compound (FeMnCr) ₃Si₂Al₁₅ deposits in the molten metal containing Cr. Critical concentrations of Mn and Cr in molten ADC12 alloys containing 1.0% of Fe at a temperature T°C are expressed as: %Mn+{4.00+(T-630)/333}%Cr=0.40+(T-630)/500.

Original language	English
Pages (from-to)	813-818
Number of pages	6
Journal	Journal of Japan Institute of Light Metals
Volume	36
Issue number	12
DOIs	https://doi.org/10.2464/jilm.36.813
Publication status	Published - 1986
Externally published	Yes

Keywords

ADC12 alloy
die casting alloy
hard spots
intermetallic compounds
sludge

ASJC Scopus subject areas

Mechanics of Materials
Mechanical Engineering
Metals and Alloys
Materials Chemistry

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title = "Sludge deposition in molten aluminum die casting alloys in the holding furnace",

abstract = "The sludge deposition of JIS die casting alloy ADC12 in the holding furnace was studied. A quaternary intermetallic compound (FeMn)3Si2Al15 deposits in the molten metal free from Cr. Critical Fe and Mn concentrations for sludge deposition at a holding temperature T°C are expressed as: %Fe+{3.34-(T-630)/714}%Mn = 2.39+(T-630)/152 A quinary Al-Si-Fe-Mn-Cr compound (FeMnCr) 3Si2Al15 deposits in the molten metal containing Cr. Critical concentrations of Mn and Cr in molten ADC12 alloys containing 1.0% of Fe at a temperature T°C are expressed as: %Mn+{4.00+(T-630)/333}%Cr=0.40+(T-630)/500.",

keywords = "ADC12 alloy, die casting alloy, hard spots, intermetallic compounds, sludge",

author = "Yasuhiro Osame and Katsusaburo Toyoda and Yoshishige Tsumura and Muneo Suzuki and Shigeru Furuya and Katsuhisa Nagayama",

year = "1986",

doi = "10.2464/jilm.36.813",

language = "English",

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T1 - Sludge deposition in molten aluminum die casting alloys in the holding furnace

AU - Osame, Yasuhiro

AU - Toyoda, Katsusaburo

AU - Tsumura, Yoshishige

AU - Suzuki, Muneo

AU - Furuya, Shigeru

AU - Nagayama, Katsuhisa

PY - 1986

Y1 - 1986

N2 - The sludge deposition of JIS die casting alloy ADC12 in the holding furnace was studied. A quaternary intermetallic compound (FeMn)3Si2Al15 deposits in the molten metal free from Cr. Critical Fe and Mn concentrations for sludge deposition at a holding temperature T°C are expressed as: %Fe+{3.34-(T-630)/714}%Mn = 2.39+(T-630)/152 A quinary Al-Si-Fe-Mn-Cr compound (FeMnCr) 3Si2Al15 deposits in the molten metal containing Cr. Critical concentrations of Mn and Cr in molten ADC12 alloys containing 1.0% of Fe at a temperature T°C are expressed as: %Mn+{4.00+(T-630)/333}%Cr=0.40+(T-630)/500.

AB - The sludge deposition of JIS die casting alloy ADC12 in the holding furnace was studied. A quaternary intermetallic compound (FeMn)3Si2Al15 deposits in the molten metal free from Cr. Critical Fe and Mn concentrations for sludge deposition at a holding temperature T°C are expressed as: %Fe+{3.34-(T-630)/714}%Mn = 2.39+(T-630)/152 A quinary Al-Si-Fe-Mn-Cr compound (FeMnCr) 3Si2Al15 deposits in the molten metal containing Cr. Critical concentrations of Mn and Cr in molten ADC12 alloys containing 1.0% of Fe at a temperature T°C are expressed as: %Mn+{4.00+(T-630)/333}%Cr=0.40+(T-630)/500.

KW - ADC12 alloy

KW - die casting alloy

KW - hard spots

KW - intermetallic compounds

KW - sludge

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Sludge deposition in molten aluminum die casting alloys in the holding furnace

Abstract

Keywords

ASJC Scopus subject areas

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