Carbon steel pipes: The majority of process pipes are made of carbon steel. Threading, socket welding, and friction welding are all possible methods of connecting it, making it readily accessible and strong. When it comes to steel pipe, durability and strength are requirements that should be met for a particular application. A pipe spool can be joined and formed using this material as long as it is machine-able and ductile.
Applications: A variety of liquids, gasses, and steam are carried above and below ground inside carbon steel pipes. Although they can be used in caustic applications, they should not be used in corrosive applications.
Low temperatures Carbon Steel Seamless Pipe have a moderate to a high level of corrosion resistance in a variety of intermittent circumstances and are intended for use in low temperatures. Because of their strong corrosion resistance, these pipes show good chemistry between classes.
Why are seamless carbon steel pipes superior at low temperatures?
Low-temperature carbon steel seamless pipes may withstand hostile chemical environments and are resistant to cracking, crevice, and chloride stress corrosion cracking. Additionally, these pipes are very resistant to both organic and inorganic chemicals. Low-Temperature Carbon Steel Seamless Pipes are strong and resistant to mechanical forces, as well as being suited for formal applications and resistant to high pressure and high temperatures. They are also recyclable. In challenging industrial pipe systems, high-quality low-temperature CS seamless pipes are frequently used.
Welded or seamless carbon steel pipes
Low-temperature carbon steel pipes that have been welded together are made by rolling steel plates and welding the seams together at the joints. Low-temperature carbon steel seamless pipes don’t have any weld seams.
Applications: Because of its mechanical strength and resistance to corrosion, seamless carbon steel pipes are used in the steam, nuclear device, gas conveyance, petrochemical, shipbuilding, and industry sectors.