Linked from

The 13 pages that link to Hydrofluoric acid, each with the reason it gives.

• Hydrochloric acidCompared with: Its toxicity and tissue penetration contrast with hydrochloric acid's strong ionization and different injury profile.

• FluorineBroader topic: This hazardous compound is often confused with elemental fluorine but has distinct chemistry.

• Nitric acidCompared with: Its hazards differ sharply: hydrofluoric acid is weak in water yet penetrates tissue and binds calcium.

• Chemical burnBroader topic: Its fluoride ions can cause deep injury and dangerous electrolyte disturbances beyond the visible burn.

• Hydrogen fluorideBroader topic: Dissolving HF in water produces the form commonly encountered in industrial and laboratory exposures.

• FluoriteRelated: Most fluorite consumed by the chemical industry is converted into hydrogen fluoride.

• Calcium fluorideRelated: Industrial conversion of fluorite with sulfuric acid produces hydrogen fluoride.

• Fluorine chemistryBroader topic: Its toxicity and ability to penetrate tissue demand specialized handling and treatment.

• Hydrogen halideCompared with: Unlike the other common hydrohalic acids, it attacks silica and is weakly ionized in water.

• Aqua regiaCompared with: Unlike aqua regia’s attack on noble metals, hydrofluoric acid is notably effective against silica.

• Hydrogen iodideCompared with: Unlike hydroiodic acid, it is weak in water because HF remains only partly ionized.

• Halide mineralRelated: Industrial hydrofluoric acid is commonly produced from fluorite.

• Caesium fluorideCompared with: It is a hazardous molecular fluoride reagent, unlike the ionic solid caesium fluoride.