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Acm-Boundary-Hypereutectoid — Fe-C

Name: Binary Phase Diagrams — Fe-C: invariant point or boundary Acm_boundary_hypereutectoid · engineering significance Defines upper carbon limit for steel vs cast iron classification; critical for… · phase description Maximum carbon solubility in austenite; boundary between steel and cast iron · composition 1 wt pct 2.11 wt% · temperature C 1148 C
Creator: Engineering Database

Alloy System: Fe-C
Invariant Point Or Boundary: Acm Boundary Hypereutectoid
Component 1 Name: C
Composition 1 Wt Pct (wt%): 2.11
Engineering Significance: Defines Upper Carbon Limit for Steel vs Cast Iron classification; Critical for Casting Design
Phase Alpha: Austenite
Phase Beta: Cementite
Phase Description: Maximum Carbon Solubility in austenite; Boundary Between Steel and Cast Iron
Reaction Type: Phase Boundary
Temperature C (C): 1,148

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Fe-C — invariant point or boundary Acm_boundary_hypereutectoid · engineering significance Defines upper carbon limit for steel vs cast iron classification; critical for… · phase description Maximum carbon solubility in austenite; boundary between steel and cast iron · composition 1 wt pct 2.11 wt% · temperature C 1148 C | Binary Phase Diagrams | Engineering Database