Periodic table of melting points

Interactive periodic table of melting points in degrees Celsius. ElementWorks is a free interactive periodic table: hover an element to preview it, click it for its full card, or pick another view from the Show menu.

Periodic table of melting points explained

The melting point is the temperature at which a solid becomes a liquid at normal pressure. Transition metals around tungsten melt at some of the highest temperatures among metals, while alkali metals and the heavier group 12 and 13 metals melt at low temperatures. Mercury is the only metal that is liquid at room temperature. Values are in degrees Celsius; carbon, phosphorus and arsenic have no ordinary melting point at 1 atm (they sublime or exist in several forms).

Highest values

  1. Tungsten (W): 3421.8 °C
  2. Rhenium (Re): 3185.8 °C
  3. Osmium (Os): 3032.8 °C
  4. Tantalum (Ta): 3016.8 °C
  5. Molybdenum (Mo): 2622.8 °C

Lowest values

  1. Helium (He): -272.2 °C
  2. Hydrogen (H): -259.2 °C
  3. Neon (Ne): -248.6 °C
  4. Fluorine (F): -219.7 °C
  5. Oxygen (O): -218.8 °C

Data table

Show the full data table (all 118 elements)
Melting point (°C) of all 118 elements
No.SymbolElementMelting point (°C)
1HHydrogen-259.2 °C
2HeHelium-272.2 °C
3LiLithium180.5 °C
4BeBeryllium1286.8 °C
5BBoron2075.8 °C
6CCarbon—
7NNitrogen-210 °C
8OOxygen-218.8 °C
9FFluorine-219.7 °C
10NeNeon-248.6 °C
11NaSodium97.8 °C
12MgMagnesium649.9 °C
13AlAluminium660.3 °C
14SiSilicon1413.8 °C
15PPhosphorus—
16SSulfur115.2 °C
17ClChlorine-101.5 °C
18ArArgon-189.3 °C
19KPotassium63.6 °C
20CaCalcium841.9 °C
21ScScandium1540.8 °C
22TiTitanium1667.8 °C
23VVanadium1909.8 °C
24CrChromium1906.8 °C
25MnManganese1245.8 °C
26FeIron1537.8 °C
27CoCobalt1494.8 °C
28NiNickel1454.8 °C
29CuCopper1084.6 °C
30ZnZinc419.5 °C
31GaGallium29.8 °C
32GeGermanium938.3 °C
33AsArsenic—
34SeSelenium220.9 °C
35BrBromine-7.3 °C
36KrKrypton-157.4 °C
37RbRubidium39.3 °C
38SrStrontium776.9 °C
39YYttrium1525.8 °C
40ZrZirconium1854.8 °C
41NbNiobium2476.8 °C
42MoMolybdenum2622.8 °C
43TcTechnetium2156.8 °C
44RuRuthenium2333.8 °C
45RhRhodium1963.8 °C
46PdPalladium1554.9 °C
47AgSilver961.8 °C
48CdCadmium321.1 °C
49InIndium156.6 °C
50SnTin231.9 °C
51SbAntimony630.6 °C
52TeTellurium449.5 °C
53IIodine113.7 °C
54XeXenon-111.7 °C
55CsCesium28.6 °C
56BaBarium726.9 °C
57LaLanthanum919.9 °C
58CeCerium794.9 °C
59PrPraseodymium934.9 °C
60NdNeodymium1023.9 °C
61PmPromethium1041.8 °C
62SmSamarium1071.8 °C
63EuEuropium825.9 °C
64GdGadolinium1311.8 °C
65TbTerbium1355.8 °C
66DyDysprosium1406.8 °C
67HoHolmium1460.8 °C
68ErErbium1528.8 °C
69TmThulium1544.8 °C
70YbYtterbium823.9 °C
71LuLutetium1651.8 °C
72HfHafnium2232.8 °C
73TaTantalum3016.8 °C
74WTungsten3421.8 °C
75ReRhenium3185.8 °C
76OsOsmium3032.8 °C
77IrIridium2445.8 °C
78PtPlatinum1768.2 °C
79AuGold1064.2 °C
80HgMercury-38.8 °C
81TlThallium303.9 °C
82PbLead327.5 °C
83BiBismuth271.6 °C
84PoPolonium253.9 °C
85AtAstatine301.9 °C
86RnRadon-71.1 °C
87FrFrancium26.9 °C
88RaRadium959.9 °C
89AcActinium1226.8 °C
90ThThorium1749.8 °C
91PaProtactinium1567.8 °C
92UUranium1132.2 °C
93NpNeptunium638.9 °C
94PuPlutonium639.4 °C
95AmAmericium1175.8 °C
96CmCurium1339.8 °C
97BkBerkelium985.9 °C
98CfCalifornium899.9 °C
99EsEinsteinium859.9 °C
100FmFermium1526.8 °C
101MdMendelevium826.9 °C
102NoNobelium826.9 °C
103LrLawrencium1626.8 °C
104RfRutherfordium2126.8 °C
105DbDubnium—
106SgSeaborgium—
107BhBohrium—
108HsHassium-147.1 °C
109MtMeitnerium—
110DsDarmstadtium—
111RgRoentgenium—
112CnCopernicium—
113NhNihonium426.9 °C
114FlFlerovium66.9 °C
115McMoscovium396.9 °C
116LvLivermorium435.9 °C
117TsTennessine449.9 °C
118OgOganesson—

Frequently asked questions

Which element has the highest melting point?

Among the elements with a measured melting point at normal pressure, tungsten melts at about 3422 °C. Carbon sublimes at around 3600 °C or higher and has no normal melting point.

Which metal is liquid at room temperature?

Mercury, which melts at about −39 °C. Gallium, cesium and francium melt just above room temperature.

Why do melting points vary so much across the table?

They depend on bonding. Metals with many delocalized electrons and strong metallic bonds melt high, while molecular elements and noble gases are held by weak forces and melt at very low temperatures.

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