Alloysare the strong and ductile substances and can be polished to a higher luster.Alloys are the mixture of metallic compounds or elements with another metallicelements in varying proportion. Alloys have their different properties fromthose of the component elements. These properties depend on alloying one metalwith other metal or non metal. These alloys exhibit physical and engineeringproperties. The physical properties like density, electrical properties, thermalconductivity of an alloy is not much differ from its component elements, butengineering properties like shear and tensile strength may be greatly differfrom its constituent elements. This happens due to the sizes of atoms in thealloy.
There are many alloyswhich are used in different ways. Aluminum Alloys, Copper Alloys, NickelAlloys, Stainless Alloys and Titanium Alloys are some of them.
Aluminiumis one of the most light weight of the various metals and it lacks the strengthand corrosion resistant necessary for various applications. Therefore,aluminium is combined with various elements like zinc, magnesium, copper. Thisresults in the formation of a metal that has great strength and good corrosionresistance. These aluminium alloys are used in aerospace and automotiveindustries.
Copper inits purest form is generally not used due to its soft nature. Some of theCopper alloys have good electical conductivity and are used in electric wiresand cables. Copper Alloy C12200 is used for making pipes and tubes.
Nickelalloys are used in products that are exposed to extremely high temperature or acorrosive environment. These Nickel-based alloy products and materials survivesprolonged exposure to water which is far better than pure metals or some otheralloys. A nickel-base alloy have favorable toughness and thermal fatigueresistance.
Stainlesssteel alloys have extremely high strenght as compared to other alloys.Therefore, it is used for fans impellers that allow for higher safe speeds atelevated temperatures. It also has improved corrosion resistance. They usualllydo not rust and have the ability to withstand high temperatures and have someiron in them. Stainless steel alloys reacts differently to heat temperatures.
Titaniumhas just over half density that of steel. Titanium Alloys have high tensilestrength, toughness, low weight and extraordinary corrosion resistance.Titanium alloys are used in engine components, due to its high durableproperties.
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