Melting Points of Metals and Alloys
One of the key properties of metals or alloys is their melting point, which is the temperature at which they transition from a solid to a liquid state. The melting point is important because it determines the temperature at which the metal or alloy can be processed or cast.
Alfa Chemistry is committed to providing you with the resources to complete your projects quickly and accurately. The following is a comprehensive table of metals and alloys including the melting temperatures of Fahrenheit, Celsius and Kelvin.
| Melting Points of Metals and Alloys | |||
|---|---|---|---|
| Name | Fahrenheit | Celsius | Kelvin |
| Mercury | -38 °F | -39 °C | 234 K |
| Phosphorus | 111 °F | 44 °C | 317 K |
| Selenium | 423 °F | 217 °C | 490 K |
| Tin | 449 °F | 232 °C | 505 K |
| Babbitt | 480 °F | 249 °C | 522 K |
| Bismuth | 521 °F | 272 °C | 545 K |
| Cadmium | 610 °F | 321 °C | 594 K |
| Lead | 621 °F | 328 °C | 600 K |
| Magnesium Alloys | 660-1200 °F | 349-649 °C | 622-922 K |
| Zinc | 787 °F | 420 °C | 693 K |
| Aluminum Alloys | 865-1240 °F | 463-671 °C | 736-944 K |
| Aluminum Bronze | 1190-1215 °F | 600-655 °C | 916-930 K |
| Magnesium | 1200 °F | 650 °C | 922 K |
| Pure Aluminum | 1220 °F | 660 °C | 933 K |
| Beryllium Copper | 1587-1750 °F | 865-955 °C | 1137-1228 K |
| Manganese Bronze | 1590-1630 °F | 865-890 °C | 1139-1161 K |
| Sterling Silver | 1640 °F | 893 °C | 1166 K |
| Admiralty Brass | 1650-1720 °F | 900-940 °C | 1172-1211 K |
| Yellow Brass | 1660-1710 °F | 905-932 °C | 1178-1205 K |
| Bronze | 1675 °F | 913 °C | 1186 K |
| Pure Silver | 1761 °F | 961 °C | 1234 K |
| Red Brass | 1810-1880 °F | 990-1025 °C | 1261-1300 K |
| Gold | 1945 °F | 1063 °C | 1336 K |
| Copper | 1983 °F | 1084 °C | 1357 K |
| Cast Iron | 2060-2200 °F | 1127-1204 °C | 1400-1478 K |
| Ductile Iron | 2100 °F | 1149 °C | 1422 K |
| Manganese | 2271 °F | 1244 °C | 1517 K |
| Beryllium | 2345 °F | 1285 °C | 1558 K |
| Monel | 2370-2460 °F | 1300-1350 °C | 1572-1622 K |
| Hastelloy | 2410-2460 °F | 1320-1350 °C | 1594-1622 K |
| Carbon Steel | 2500-2800 °F | 1371-1540 °C | 1644-1811 K |
| Inconel | 2540-2600 °F | 1390-1425 °C | 1666-1700 K |
| Incoloy | 2540-2600 °F | 1390-1425 °C | 1666-1700 K |
| Silicon | 2572 °F | 1411 °C | 1684 K |
| Nickel | 2647 °F | 1453 °C | 1726 K |
| Wrought Iron | 2700-2900 °F | 1482-1593 °C | 1755-1866 K |
| Cobalt | 2723 °F | 1495 °C | 1768 K |
| Stainless Steel | 2750 °F | 1510 °C | 1783 K |
| Palladium | 2831 °F | 1555 °C | 1828 K |
| Titanium | 3040 °F | 1670 °C | 1944 K |
| Thorium | 3180 °F | 1750 °C | 2022 K |
| Platinum | 3220 °F | 1770 °C | 2044 K |
| Chromium | 3380 °F | 1860 °C | 2133 K |
| Rhodium | 3569 °F | 1965 °C | 2238 K |
| Niobium (Columbium) | 4473 °F | 2470 °C | 2740 K |
| Molybdenum | 4750 °F | 2620 °C | 2894 K |
| Tantalum | 5400 °F | 2980 °C | 3255 K |
| Rhenium | 5767 °F | 3186 °C | 3459 K |
| Tungsten | 6150 °F | 3400 °C | 3672 K |
| Iron-Antimony Alloy | 1378 °F | 748 °C | 1021 K |
| Iron-Gadolinium Alloy | 1562 °F | 850 °C | 1123 K |
| Iron-Molybdenum Alloy | 2646 °F | 1452 °C | 1725 K |
| Iron-Niobium Alloy | 2498 °F | 1370 °C | 1643 K |
| Iron-Silicon Alloy | 2196 °F | 1202 °C | 1475 K |
| Iron-Tin Alloy | 2061 °F | 1127 °C | 1400 K |
| Iron-Yttrium Alloy | 1652 °F | 900 °C | 1173 K |
| Iron-Zirconium Alloy | 2421 °F | 1327 °C | 1600 K |
Alfa Chemistry provides a table to give you a quick overview of the melting points of different metals and alloys. Whether you are a researcher, a scientist, or a student, we are your most trusted partner.