What are Carbon Steel Pipe Fittings?

Carbon Steels are an iron-carbon alloy known for its good formability and weld ability properties. The products have optimum performance, robust construction, precise design, durability, and high-grade materials. Low-carbon steel is usually used for makings Carbon Steel Pipe Fittings because they have high ductility and low strength.

S Nomi is a renowned manufacturer of Carbon Steel Pipe Fittings in Kolkata, West Bengal. We bring substantial industrial experience and skill to this the organisation, which is concerned with offering a high-quality selection of Carbon Steel pipe fittings. S Nomi is a well-known manufacturer of Carbon Steel Pipe Fittings, which are available in a variety of shapes, patterns, and sizes for our clients in Odisha and Bihar. We also provide these fittings in a variety of grades and specifications, including ASTM A234 Carbon Steel Butt Weld Pipe Fittings, ASTM A105 Carbon Steel Butt Weld Fittings, and ASTM A106 Gr. B Carbon Steel Pipe Fittings. These carbon steel pipe fittings cannot be hardened through heat treatment, but they can be work hardened. Our Carbon Steel Pipe Fittings can be solution treated or annealed by rapidly cooling after heating to around 1100 degrees Celsius. These Carbon Steel Pipe Fittings are easy to weld and may be used according to any conventional welding legal procedure. Our Carbon Steel Pipe Fittings are not as easily welded as austenitic grades, but duplex grades have lower thermal expansion, which decreases distortion and residual strains after welding.

Carbon Steel Pipe Fittings are more durable and trustworthy than standard fittings. They also improve flow through the system. These fittings provide the advantage of being resistant to high temperatures and pressures. This allows them to execute their duties even under harsh situations. These pipe fittings come in several schedules and grades, like Carbon Steel Pipe Fittings. The kind of schedule you are looking for depends on the outside diameter of the pipe. Usually, the higher the pressure the pipe has, the higher the schedule. The schedules also correlate to the wall thickness of the pipe.