Iron (Fe) and carbon steel are the two primary materials useful in the production of carbon steel flanges. Flanges serve as connectors. To link pipes to valves, pressure tanks, pumps, etc., they have two or more apertures. There are many grades of carbon steel because the carbon concentration varies. Every grade has a different carbon content ratio and hence different characteristics. The following ASTM standards are frequently useful to create carbon steel flanges: A105, A182, A694, A516, and A350. Various Carbon Steel A105/A105N Flanges Supplier offers grades at an affordable price range. This variety of grades contains between 1.1% and 2.1% of the weight of carbon. The stronger and more durable the flange, the higher the carbon content.
Various Grades of Carbon Steel Flanges
- ASTM A105 Carbon Steel Flanges: Pipelines for high-pressure transmission can use ASTM A105 Carbon Steel Flanges as valves and fittings. Carbon Steel High temperatures can be taken care of by ASTM A105 Flanges. Carbon steel was forged to create them. They can reach temperatures between 0 and 550 degrees Celsius. They are very beneficial in applications related to marine engineering. They can be applicable in heat exchangers, petrochemical plants, power plants, nuclear industries, gas equipment, valves, and the oil and gas sector.
- ASTM A350 Carbon Steel Flanges: Due to their exceptional strength, resistance, durability, and temperature tolerance, carbon steel A350 flanges are in high demand. A350 Flanges offer the highest level of machinability after hardening. The forging and normalization processing techniques can also improve the machinability of A350 Carbon Steel Flanges. These flanges are extremely strong and leak-proof. They are economical to use. A350 flanges are superior to those produced by other austenitic steels because they are less expensive.
- Carbon Steel ASTM A694 Flanges: This type of carbon steel is known for its extremely stress-sensitive. The flow of gases and liquids at extremely high pressures must adhere to strict guidelines. As the carbon concentration in this type of steel rises, it gets heavier. Less ductility exists. A695 carbon steel loses its welding property if a suitable heat treatment is not given.
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