Chromium (Cr) – Stainless steel, electroplating, pigments – 1907 ☌ (3465 ☏). Titanium (Ti) – Aerospace, medical implants, jewelry – 1668 ☌ (3034 ☏). Zinc (Zn) – Galvanizing, brass alloys, batteries – 419.5 ☌ (787 ☏). Silver (Ag) – Jewelry, electrical contacts, coins – 961.8 ☌ (1763 ☏). Nickel (Ni) – Stainless steel, batteries, coins – 1453 ☌ (2647 ☏). Mercury (Hg) – Thermometers, fluorescent lamps, switches – -38.87☏ (-38.83☌). Gallium (Ga) – Low-melting alloys, electronic devices – 29.76 ☌ (85.57 ☏). Lead (Pb) – Batteries, radiation shielding, ballast – 327 ☌ (621 ☏). Copper (Cu) – Electrical wiring, heat exchangers, coins – 1084 ☌ (1983 ☏). Aluminum (Al) – Construction, packaging, transportation – 660 ☌ (1220 ☏). Iron (Fe) – Construction, machinery, transportation – 1538 ☌ (2800 ☏). Gold (Au) – Jewelry, electronic components, coins – 1064 ☌ (1947 ☏). Platinum (Pt) – Jewelry, catalytic converters, laboratory equipment – 1768 ☌ (3214 ☏). Rhenium (Re) – High-temperature alloys, aircraft and aerospace industries – 5597☏ (3083☌). Tungsten (W) – High-temperature applications, furnace linings, rocket nozzles, electrical contacts – 3410 ☌ (6170 ☏). Austenitic Stainless Steel*: 1375 -1450☌. Melting point temperature of most common engineering metals are: Melting Point Temperature of Common Engineering Metals The melting temperature also determines the point at which a metal will begin to vaporize, and this is important because the vaporation point is the temperature at which a metal will begin to break down into its individual atoms. This is critical when designing components for high temperature applications such as in power plant, jet engines, rockets, propulsion system and nuclear plant etc., for example. This is important because the liquefaction point is the temperature at which a metal will lose its structural integrity and become unable to support itself. 
The metal melting temperature is important because it determines the point at which a metal will begin to liquefy.Īs the material temperature increases it has usually: Why is the Metal Melting Temperature Important?
The melting point of a metal is an important property in foundry science because it determines how easily the metal can be cast into different shapes.
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