The boiling temperature of a pure substance depends on the pressure. When the pressure increases, the boiling temperature of the pure substance also increases. In the following table, the boiling-liquefaction temperature is given for a pressure of 1 atmosphere or 1,013 hectoPascals.
TFus-Sol : Melting and Solidification Temperature
TLiq-Ébu : Liquefaction and Boiling Temperature
| Aluminum TFus-Sol = 660°C TLiq-Ébu = 2,500°C |
| Copper TFus-Sol = 1,084°C TLiq-Ébu = 2,570°C |
| Cyclohexane TFus-Sol = 6.5°C TLiq-Ébu = 81°C |
| Dinitrogen TFus-Sol = -210°C TLiq-Ébu = -196°C |
| Dioxygen TFus-Sol = -218°C TLiq-Ébu = -183°C |
| Ethanol TFus-Sol = -117°C TLiq-Ébu = 78°C |
| Ether TFus-Sol = -116°C TLiq-Ébu = 34°C |
| Gold TFus-Sol = 1,064°C TLiq-Ébu = 2,856°C |
| Helium TFus-Sol = -272°C TLiq-Ébu = -269°C |
| Iron TFus-Sol = 1,534°C TLiq-Ébu = 2,750°C |
| Lead TFus-Sol = 327°C TLiq-Ébu = 1,755°C |
| Mercury TFus-Sol = -39°C TLiq-Ébu = 357°C |
| Phosphorus TFus-Sol = 44°C TLiq-Ébu = 277°C |
| Silver TFus-Sol = 960°C TLiq-Ébu = 2,200°C |
| Sodium Chloride TFus-Sol = 801°C TLiq-Ébu = 1,465°C |
| Sucrose TFus-Sol = 150°C |
| Tin TFus-Sol = 232°C TLiq-Ébu = 2,270°C |
| Tungsten TFus-Sol = 3,420°C TLiq-Ébu = 5,555°C |
| Zinc TFus-Sol = 419°C TLiq-Ébu = 907°C |