Linked from

The 11 pages that link to Pyrophoricity, each with the reason it gives.

• White phosphorusRelated: White phosphorus can catch fire when exposed to air, making its handling hazardous.

• DiboraneRelated: Diborane can ignite in air, making oxygen exclusion essential during handling.

• MischmetalRelated: Fine particles abraded from mischmetal-rich flints heat rapidly and burn in air.

• Sodium hydrideRelated: Fine sodium hydride can ignite in air, especially when contaminated or dispersed.

• FerroceriumNarrower topic: Fresh ferrocerium particles react rapidly with oxygen after scraping.

• Lithium hydrideRelated: Finely divided LiH can ignite in air, especially when contaminated or heated.

• Sodium amideRelated: Commercial sodium amide can ignite in air, making its handling unlike many routine bases.

• Lithium aluminium hydrideRelated: Fine LiAlH₄ residues can ignite during handling or quenching, making controlled procedures essential.

• Potassium hydrideRelated: Finely divided potassium hydride can ignite during handling, especially when exposed to moisture.

• DiphosphaneRelated: Diphosphane can ignite in air, a hazard central to its handling.

• n-ButyllithiumRelated: Concentrated n-butyllithium solutions can ignite on exposure to air.