Linked from

The 18 pages that link to Tin, each with the reason it gives.

• Bronze AgeRelated: Tin scarcity made access to alloying material a major trade concern.

• Bronze sculptureRelated: Tin commonly changes bronze's hardness, melting behavior, and casting qualities.

• BronzeRelated: Tin is the traditional alloying ingredient that hardens copper into bronze.

• LeadCompared with: Tin often replaces lead in solder and coatings, though its properties differ.

• AluminiumCompared with: Tin coatings protect steel cans, whereas aluminium can form the package itself.

• BismuthCompared with: Tin commonly accompanies bismuth in low-melting alloys and solders, but is lighter and more ductile.

• CassiteriteNarrower topic: Cassiterite is the most important mineral source of this metal.

• SolderRelated: Tin is the main constituent of common lead-free and tin-lead solders.

• Bronze Age EuropeRelated: Its uneven distribution made tin a driver of long-distance exchange.

• Float glassNarrower topic: The molten bath is elemental tin, selected for its density and compatibility with glass.

• IndiumCompared with: Tin is indium’s neighbor in the periodic table and a major component of indium tin oxide.

• Type-I superconductorBroader topic: Tin is a classic elemental example used in studies of type-I behavior.

• Post-transition metalBroader topic: Its role in solder and tinplate illustrates practical uses of the group.

• Tin miningNarrower topic: It is the metal ultimately recovered from tin-bearing ores.

• Carbon groupBroader topic: Its low-melting alloys and corrosion-resistant coatings are practical uses of a heavier group member.

• Tin(II) chlorideNarrower topic: Tin(II) chloride is one compound formed from this element.

• GalinstanRelated: Tin combines with gallium and indium to form Galinstan’s liquid alloy.

• Tin(IV) chlorideNarrower topic: Tin is the central atom whose +4 state defines this compound.