Alloy Structure Steel
Introduction:
We will discuss about alloy steel structure. Alloy steel contains Fe, C and one or more other metals. Generally, the percentage of the alloying metal (the metal other than iron) is less than 2. The actual alloying metal can be varied, the choice depending on the availability and cost of metals. Such alloying increases the hardness and improves the micro-structure. I like to share this Structure of Ethane with you all through my article.
More about Alloy Steel:
An innumerable number of alloy steels can be made by altering the constituents and also the composition structure. This steel has very high tensile strength and is highly atmospheric structure corrosion-resistant.
Another name of ferrous steels is alloy steels. These are the types of steels in which the elements like Al, B, Cr, Co, Cu, Mn are present in sufficient quantities, in addition to carbon and iron, to improve the properties of steels.
Properties:
It possesses high yield point and high strength.
It possesses sufficient formability, ductility and weldability.
They are sufficiently corrosion and abrasion resistant.
Distortion and cracking are less.
High temperature strength should be greater. Please express your views of this topic gram formula mass definition by commenting on blog.
Important Alloy Steel:
Nichrome:
It is an alloy of nickel and chromium
Composition:
Nickel - 60%
Chromium - 12%
Iron - 26%
Manganese - 2%
Properties:
It shows good resistance to oxidation and heat.
Steels containing 16 to 20% chromium with low carbon content possess oxidation resistance up to 900oC.
Steel containing 18% nickel, with small amounts of chromium can withstand temperature above 900oC.
It possesses high melting point structure.
It can withstand heat up to 1000 to 1100oC.
It possesses high electrical resistance.
Uses:
It is widely used for making resistance coils, heating elements in stoves structure.
It is also used in electric irons and other household electrical appliances.
It is also used in making other machineries or equipment exposed to very high temperatures.
We will discuss about alloy steel structure. Alloy steel contains Fe, C and one or more other metals. Generally, the percentage of the alloying metal (the metal other than iron) is less than 2. The actual alloying metal can be varied, the choice depending on the availability and cost of metals. Such alloying increases the hardness and improves the micro-structure. I like to share this Structure of Ethane with you all through my article.
More about Alloy Steel:
An innumerable number of alloy steels can be made by altering the constituents and also the composition structure. This steel has very high tensile strength and is highly atmospheric structure corrosion-resistant.
Another name of ferrous steels is alloy steels. These are the types of steels in which the elements like Al, B, Cr, Co, Cu, Mn are present in sufficient quantities, in addition to carbon and iron, to improve the properties of steels.
Properties:
It possesses high yield point and high strength.
It possesses sufficient formability, ductility and weldability.
They are sufficiently corrosion and abrasion resistant.
Distortion and cracking are less.
High temperature strength should be greater. Please express your views of this topic gram formula mass definition by commenting on blog.
Important Alloy Steel:
Nichrome:
It is an alloy of nickel and chromium
Composition:
Nickel - 60%
Chromium - 12%
Iron - 26%
Manganese - 2%
Properties:
It shows good resistance to oxidation and heat.
Steels containing 16 to 20% chromium with low carbon content possess oxidation resistance up to 900oC.
Steel containing 18% nickel, with small amounts of chromium can withstand temperature above 900oC.
It possesses high melting point structure.
It can withstand heat up to 1000 to 1100oC.
It possesses high electrical resistance.
Uses:
It is widely used for making resistance coils, heating elements in stoves structure.
It is also used in electric irons and other household electrical appliances.
It is also used in making other machineries or equipment exposed to very high temperatures.