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The 13 pages that link to Iron–carbon phase diagram, each with the reason it gives.

• Phase diagramBroader topic: Its invariant reactions and phase fields guide heat treatment of steel.

• SteelRelated: It maps the phases that form as steel composition and temperature change.

• Cast ironNarrower topic: It places cast iron compositions beyond the usual steel carbon range.

• BloomeryRelated: It explains why bloomery iron can remain solid while higher-carbon material may begin to melt.

• Wrought ironNarrower topic: It places wrought iron in the low-carbon region of the iron–carbon system.

• Carbon steelRelated: It shows how carbon percentage and cooling conditions determine the phases carbon steel can contain.

• TemperingRelated: It provides the transformation boundaries that distinguish tempering from austenitizing.

• AusteniteRelated: It shows the temperature and carbon conditions under which austenite forms.

• MartensiteNarrower topic: It shows the high-temperature austenite region from which steel is quenched.

• Iron smeltingRelated: It explains how carbon content and cooling shape the iron produced by smelting.

• FerriteRelated: It maps the conditions under which ferrite forms and coexists with other phases.

• CementiteRelated: It locates cementite and shows the transformations that create or consume it.

• Alloy steelRelated: It maps the phases alloying elements alter in steel.