On this page I will talk about the melting point of chemical elements. The temperature will be presented in °C, °F and K units.
Briefly, melting point is the temperature at which there is a change from a solid state to a liquid state. For more information:
https://materials.gelsonluz.com/2019/07/melting-point.htmlMelting Point of Chemical elements
| °C | °F | K | |
|---|---|---|---|
| Hydrogen | -255,34 °C | -427,61 °F | 17,81 K |
| Helium | -272,2 °C | -457,96 °F | 0,95 K |
| Lithium | 180,54 °C | 356,97 °F | 453,69 K |
| Beryllium | 1287 °C | 2348,6 °F | 1560,15 K |
| Boron | 2079 °C | 3774,2 °F | 2352,15 K |
| Carbon | 3825 °C | 6917 °F | 4098,15 K |
| Nitrogen | -209,86 °C | -345,75 °F | 63,29 K |
| Oxygen | -218,4 °C | -361,12 °F | 54,75 K |
| Fluorine | -219,62 °C | -363,32 °F | 53,53 K |
| Neon | -248,67 °C | -415,61 °F | 24,48 K |
| Sodium | 97,81 °C | 208,06 °F | 370,96 K |
| Magnesium | 648,8 °C | 1199,84 °F | 921,95 K |
| Aluminum | 660,37 °C | 1220,67 °F | 933,52 K |
| Silicon | 1410 °C | 2570 °F | 1683,15 K |
| Phosphorus | 44,1 °C | 111,38 °F | 317,25 K |
| Sulfur | 115,21 °C | 239,38 °F | 388,36 K |
| Chlorine | -100,98 °C | -149,76 °F | 172,17 K |
| Argon | -189,2 °C | -308,56 °F | 83,95 K |
| Potassium | 63,25 °C | 145,85 °F | 336,4 K |
| Calcium | 839 °C | 1542,2 °F | 1112,15 K |
| Scandium | 1541 °C | 2805,8 °F | 1814,15 K |
| Titanium | 1668 °C | 3034,4 °F | 1941,15 K |
| Vanadium | 1890 °C | 3434 °F | 2163,15 K |
| Chromium | 1857 °C | 3374,6 °F | 2130,15 K |
| Manganese | 1244 °C | 2271,2 °F | 1517,15 K |
| Iron | 1535 °C | 2795 °F | 1808,15 K |
| Cobalt | 1495 °C | 2723 °F | 1768,15 K |
| Nickel | 1453 °C | 2647,4 °F | 1726,15 K |
| Copper | 1083 °C | 1981,4 °F | 1356,15 K |
| Zinc | 419,58 °C | 787,24 °F | 692,73 K |
| Gallium | 29,78 °C | 85,6 °F | 302,93 K |
| Germanium | 937,4 °C | 1719,32 °F | 1210,55 K |
| Arsenic | 817 °C | 1502,6 °F | 1090,15 K |
| Selenium | 217 °C | 422,6 °F | 490,15 K |
| Bromine | -7,2 °C | 19,04 °F | 265,95 K |
| Krypton | -156,6 °C | -249,88 °F | 116,55 K |
| Rubidium | 38,89 °C | 102 °F | 312,04 K |
| Strontium | 769 °C | 1416,2 °F | 1042,15 K |
| Yttrium | 1522 °C | 2771,6 °F | 1795,15 K |
| Zirconium | 1852 °C | 3365,6 °F | 2125,15 K |
| Niobium | 2468 °C | 4474,4 °F | 2741,15 K |
| Molybdenum | 2617 °C | 4742,6 °F | 2890,15 K |
| Technetium | 2172 °C | 3941,6 °F | 2445,15 K |
| Ruthenium | 2334 °C | 4233,2 °F | 2607,15 K |
| Rhodium | 1966 °C | 3570,8 °F | 2239,15 K |
| Palladium | 1552 °C | 2825,6 °F | 1825,15 K |
| Silver | 961,93 °C | 1763,47 °F | 1235,08 K |
| Cadmium | 320,9 °C | 609,62 °F | 594,05 K |
| Indium | 156,61 °C | 313,9 °F | 429,76 K |
| Tin | 231,97 °C | 449,55 °F | 505,12 K |
| Antimony | 630,74 °C | 1167,33 °F | 903,89 K |
| Tellurium | 449,5 °C | 841,1 °F | 722,65 K |
| Iodine | 113,5 °C | 236,3 °F | 386,65 K |
| Xenon | -111,9 °C | -169,42 °F | 161,25 K |
| Cesium | 28,4 °C | 83,12 °F | 301,55 K |
| Barium | 725 °C | 1337 °F | 998,15 K |
| Lanthanum | 918 °C | 1684,4 °F | 1191,15 K |
| Cerium | 798 °C | 1468,4 °F | 1071,15 K |
| Praseodymium | 931 °C | 1707,8 °F | 1204,15 K |
| Neodymium | 1021 °C | 1869,8 °F | 1294,15 K |
| Promethium | 1042 °C | 1907,6 °F | 1315,15 K |
| Samarium | 1074 °C | 1965,2 °F | 1347,15 K |
| Europium | 822 °C | 1511,6 °F | 1095,15 K |
| Gadolinium | 1313 °C | 2395,4 °F | 1586,15 K |
| Terbium | 1356 °C | 2472,8 °F | 1629,15 K |
| Dysprosium | 1412 °C | 2573,6 °F | 1685,15 K |
| Holmium | 1474 °C | 2685,2 °F | 1747,15 K |
| Erbium | 1529 °C | 2784,2 °F | 1802,15 K |
| Thulium | 1545 °C | 2813 °F | 1818,15 K |
| Ytterbium | 819 °C | 1506,2 °F | 1092,15 K |
| Lutetium | 1663 °C | 3025,4 °F | 1936,15 K |
| Hafnium | 2227 °C | 4040,6 °F | 2500,15 K |
| Tantalum | 2996 °C | 5424,8 °F | 3269,15 K |
| Tungsten | 3410 °C | 6170 °F | 3683,15 K |
| Rhenium | 3180 °C | 5756 °F | 3453,15 K |
| Osmium | 3054 °C | 5529,2 °F | 3327,15 K |
| Iridium | 2410 °C | 4370 °F | 2683,15 K |
| Platinum | 1772 °C | 3221,6 °F | 2045,15 K |
| Gold | 1064,43 °C | 1947,97 °F | 1337,58 K |
| Mercury | -38,87 °C | -37,97 °F | 234,28 K |
| Thallium | 303,5 °C | 578,3 °F | 576,65 K |
| Lead | 327,502 °C | 621,5 °F | 600,65 K |
| Bismuth | 271,3 °C | 520,34 °F | 544,45 K |
| Polonium | 254 °C | 489,2 °F | 527,15 K |
| Astatine | 302 °C | 575,6 °F | 575,15 K |
| Radon | -71 °C | -95,8 °F | 202,15 K |
| Francium | 27 °C | 80,6 °F | 300,15 K |
| Radium | 700 °C | 1292 °F | 973,15 K |
| Actinium | 1050 °C | 1922 °F | 1323,15 K |
| Thorium | 1750 °C | 3182 °F | 2023,15 K |
| Protactinium | 1600 °C | 2912 °F | 1873,15 K |
| Uranium | 1132 °C | 2069,6 °F | 1405,15 K |
| Neptunium | 640 °C | 1184 °F | 913,15 K |
| Plutonium | 641 °C | 1185,8 °F | 914,15 K |
| Americium | 994 °C | 1821,2 °F | 1267,15 K |
| Curium | 1340 °C | 2444 °F | 1613,15 K |
| Berkelium | 1050 °C | 1922 °F | 1323,15 K |
| Californium | 900 °C | 1652 °F | 1173,15 K |
| Einsteinium | 860 °C | 1580 °F | 1133,15 K |
| Fermium | 1527 °C | 2780,6 °F | 1800,15 K |
| Mendelevium | 828 °C | 1522,4 °F | 1101,15 K |
| Nobelium | 828 °C | 1522,4 °F | 1101,15 K |
| Lawrencium | 1627 °C | 2960,6 °F | 1900,15 K |
Citation
When you need to include a fact or piece of information in an assignment or essay you should also include where and how you found that piece of information (Melting Point).
That gives credibility to your paper and it is sometimes required in higher education.
To make your life (and citation) easier just copy and paste the information below into your assignment or essay:
Luz, Gelson. Melting Point of Chemical elements. Materials Blog. Gelsonluz.com. dd mmmm. yyyy. URL.
Now replace dd, mmmm and yyyy with the day, month, and year you browsed this page. Also replace URL for the actual url of this page. This citation format is based on MLA.
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