What is carbon steel?

Carbon steel is a metal alloy that is formed as a result of a combination of iron and carbon. Steel is usually considered to be carbon steel when the proportions of other trace elements do not exceed a percentage. The maximum percentage is usually 1.65 percent for manganese and 0.6 percent for copper and silicon. The percentage of copper must be at least 0.4 percent. Steel, which also contains higher or specified amounts of other elements such as nickel, chrome or vanadium, is called alloy steel.

manufacturers add carbon to iron to stiffen the structure in it and strengthen the resulting metal. It is one of the most effective cost -effective flights and a change in the amount of carbon changes the properties of steel. Carbon steels can be classified as low -carbon steels, medium carbon steel, high -cover steel and ultra -fast carbon steel.

LAR TO IED. They are very towing, which makes them difficult. They are used to produce flat sheets or steel strips used to create ships,Wire products, cars, household appliances, tin plates and more. Low -carbon steels are cheaper, but they cannot be changed by thermal processing and are therefore generally used for production and lining purposes.

Increasing the carbon content makes it difficult and increases the carbon steel heavier and stronger, but reduces the welding and ductility of the steel and increases the fragile steel. Manufacturers also add trace amounts of other legs to carbon steel that do not affect steel properties, but allow them to control certain properties of steel. Influenced properties include elasticity, strength and hardness of steel.

Medium carbon steels have a higher carbon content of about 0.3 percent to 0.6 percent. These are an easier machine and some manufacturers add a little silicon and manganese to improve its quality. These steels are still cheap and are used to make things such as axles, gears, shafts, trackNice, pipes and clutches.

High-leaf steels are very difficult to weld because they contain carbon in the range of 0.6 to 1.0 percent. They also have higher manganese shares that are added to increase the hardening of steel. High carbon steel is very sensitive to heat and easily solidifies flame, allowing it to process many different forms. High-iced steels have greater tensile strength and are used to create products such as cutting tools, shoulder blades, springs and high-firm wires.

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ultra-grind steel has carbon in the range of 1.25 to 2.0 percent. This type of carbon steel is not possible to work because it is quite fragile. To create components requiring extreme hardnes, such as blades, cutting tools and large parts. They are very sensitive to heat and have good machining and wear resistance.