Carbon Steel Pipes: Types and Applications

The pipes carbon steel have many properties that make them ideal for various applications. They are highly resistant, malleable and inexpensive. Compared to PVC, they are much stronger and less expensive than stainless steel. In addition, they have a high resistance to pressure.


Seamless steel tubes: The tubes carbon steel seamless are usedpipes-steel-seammainly for the conduction of fluids and gases. In addition, they are applied in various industries such as the chemical, petrochemical, fishing industry, the mining sector, the energy sector, among other industries.

Welded steel pipe:  The steel tubes welded to the carbon are used to transport structures and fluids and liquids (water, steam and gas).

Main applications

These pipes are ideal for the conduction of fluids, such as water, gas, steam, air, oil, oil, petroleum products, treated water, among others. In addition, they are also used as structural support for industrial buildings and roads.

Within industries, these are used to meet different needs such as:

Energy industry:  Within this carbon steel fittings malaysia industry, steel pipes are used to conduct the steam that is created in the generation of electricity and, at the same time, to cool the towers in which this steam is generated.

Hydraulic industry:  The main function of steel pipes is to transport drinking water, as well as treated and black water.

Steel industry:  These pipes are used to transport the water used to cool the mills and the steam that is released during the plant’s processes.

Construction: Steel pipes are used as structural tubes and provide support to industrial buildings.

The properties of alloy steels

Alloy steels are so named because they are made with a small percentage of one or more metals, in addition to iron. The addition of aluminum can make steel more uniform in appearance.

Steel with auxiliary manganese becomes remarkably hard and strong.

Properties of stainless steels

Stainless steels contain between 10-20% chromium, making the steel extremely resistant to corrosion (rust). When a steel covers more than 11% chromium, it happens to be treated 200 times additionally resilient to corrosion than steels that don’t contain chromium. 

Ferritic steels have a chromium content of roughly 15%, but trace only levels of carbon alloys and metals like molybdenum, aluminium, and titanium. These steels are magnetic, have a high hardness and strength, and can be strengthened through cold working.

Chromium, nickel, and carbon are all present in considerable levels in martensitic steels. They’re magnetic and can be heat treated. Cutting instruments, such as knives and surgical equipment, are frequently made of martensitic steels.

Low carbon steel has a carbon content of 0.05 percent to 0.25 percent and a manganese content of up to 0.4 percent. Also known as mild steel, this is a low-cost, easy-to-work-with material. Carburization can raise the surface hardness of steels that aren’t as hard as high carbon steels.

Carbon Steel Medium has a carbon content of 0.29 percent to 0.54 percent and a manganese content of 0.60 percent to 1.65 percent. Medium carbon steel is ductile, robust, and has a long service life.

High carbon steel has a carbon content of 0.55 percent to 0.95 percent and a manganese content of 0.30 percent to 0.90 percent. It is extremely robust and has excellent form memory, making it perfect for springs and wire.

Steel with a carbon content of 0.96 percent to 2.1 percent is known as very high carbon steel. Because of its high carbon concentration, it is a very strong substance. This grade necessitates cautious handling due to its fragility.



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