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The alf melting point is the temperature at which pure aluminum, one of the most common metals, melts. It is 659 degrees Celsius or 1218 Fahrenheit.
Aluminum is a member of Group 13 on the periodic table and is the third most abundant element after oxygen and silicon. It is an extremely useful metal that is used in a wide variety of industries, including electronics.
It has several different applications and is widely used in food packaging, beverage cans, and other metal utensils. When alloyed with other metals, however, it becomes even more durable.
Generally, stronger the bond between atoms, the greater the energy required to break that bond. The more energy it takes to break a bond, the higher the melting point of the substance.
This relationship between a substance’s melting point and the energy required to dissociate bonds is important in understanding how different substances behave when they are heated. For example, iron has a much higher melting point than ice.
Melting points vary from substance to substance and can also be affected by ionic bond melting point variations, intermolecular forces, and shape of molecules. A pure compound that is crystalline usually has a more precise melting point and completely melts over a small range of temperatures not exceeding 0.5-1 degrees Celsius.
Determining the melting point of a solid is an essential step in laboratory analysis of solutions and solids. Knowing the melting point of a solid is important to identifying impurities in an unknown solid or determining if a solid can be melted to a liquid state.
