Know More About the Different Types of Steel

Stainless steel has a high tensile strength

A finished steel product, usually in hexagonal, rectangular, circular or flat shapes. Generally rolled from forgings, bars are made in two main categories: special and commercial. Commercial stainless steel is usually used for making:

Stainless steel has a high tensile strength and a great resistance to impact and corrosion. Therefore it is used to make structural steel long products such as: bolts, hinges, doorframes, racks, piers, rollers, stairs, brackets, and shelving. It is preferred for use in structures where the stress is high. Besides being used for heavy industrial work, it is also used for making: bolts, hinges, doorframes, shelves, balustrade fittings, and many more. The best part is that it can be used for almost all applications because it can be customized to fit different shapes and sizes.

process produces a desired alloy which imparts good strength, flexibility, durability

Commercial stainless steel is generally preferred over other kinds of steel because it costs less than other steel types. It is economical and has good resistance against various chemicals and liquids. Moreover, the efficiency of this kind of steel product is higher than any other variety available in the market. Therefore, a large number of industries prefers to use this variety over other available options such as coated, galvanized, and rolled steel product.

For forming the steel into any shape and size, the alloying compounds are either formed synthetically or chemically. During the process of chemical alloying, the carbon content of the steel is bound with hydrogen or oxygen. The process produces a desired alloy which imparts good strength, flexibility, durability, as well as a lustrous and smooth surface. The most common types of alloying compounds used for this purpose are steel cleaner, steel wool, oil, carbonate, borate, phosphate, boron nitride, and chrome.


The process of carbon formation in steel includes two key chemical reactions. First of all, an excess of carbon atoms is bonded with hydrogen reduced iron atoms to form the compound known as carbon steel. Second, the hydrogen reduced iron atoms are bonded with the unbound carbon. The resulting compound is known as clear steel. This steel imparts good hardness, tensile strength, and durability to the product.

Besides these two important components, steel also undergoes numerous other processes during its formation. The first step is known as steel smelting, which uses heat to convert crude steel into fine steel. After this process is complete, steel and coal particles are separated out from the remaining natural gas. Steel that has undergone this process is known as world steel.

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