Sintering: Developments in the Carbon Potential Control of Sintering Furnace Atmospheres

Increasing demand for sintering components in the Automotive industry has led to increasing demand for quality for the parts produced by press and sinter and metal injection moulding processes. C-Potential control of sintering atmospheres has been addressed before with new technology called SINTERFL...

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Published inEuropean Congress and Exhibition on Powder Metallurgy. European PM Conference Proceedings p. 1
Main Authors Malas, Akin, Wiberg, Soren
Format Conference Proceeding
LanguageEnglish
Published Shrewsbury The European Powder Metallurgy Association 01.01.2014
Subjects
Carbon monoxide
Cost control
Gases
Manufacturers
Quality
Sintering
Standard deviation
Temperature effects
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Summary:Increasing demand for sintering components in the Automotive industry has led to increasing demand for quality for the parts produced by press and sinter and metal injection moulding processes. C-Potential control of sintering atmospheres has been addressed before with new technology called SINTERFLEX. This paper is addressing the new issues faced and introducing the next developments to improve the accuracy of C-Potential control for the sintering furnace application. The paper also shares practical industrial applications.