Multi Metals India is a notable manufacturer, supplier, and distributor of ASME SA671 CS EFW Pipes in Poland. ASTM A671 Carbon Steel EFW Tubing are commonly used for low-pressure liquid delivery and medium-pressure uses in the oil and gas industries. The EFW Tubing offers excellent toughness, strength, corrosion resistance, and durability. These Carbon Steel Pipes is made using a high-frequency electric welding process that ensures superior weld quality. It features an outer layer of protective coating to withstand corrosion from weathering elements. This also helps to extend the life of the pipe and ensures it will perform reliably for years to come. Due to their robust construction, ASME SA671 Carbon Steel EFW Pipes are ideal for use in extreme temperatures and difficult conditions such as acidic or chemical processing facilities where regular maintenance is vital. Furthermore, these Pipes can withstand high pressure and are resistant to extreme wear and tear, meaning they are also suitable for use in hydraulic systems and other applications requiring extensive durability.
The most popular grades of ASME SA671 CS EFW Tubing are those with the designations “CC”, which means they have been cold-worked after welding (CW). These Tubing offer superior toughness compared to hot-worked versions, making them ideal for use in various structural applications where higher pressure ratings are required. The various grades available differ by their chemical compositions, offering varying levels of corrosion resistance, temperature, and pressure ratings. The CC60 grade is an economical option that provides good weldability and formability. It contains 0.53% carbon and offers an outstanding strength-to-weight ratio, making it the most common option for applications requiring medium to low temperatures and pressures. The CC65 grade has a slightly higher carbon content (0.58%) as compared to CC60, which gives it high mechanical properties in high temperature applications such as boilers or refineries. Finally, the CC70 grade contains 0.63% carbon and is typically used for specialty applications that require high-pressure ratings or superior corrosion resistance.