EN 10294-1 Hollow Bars, Grade E355+N/ C22/ C35 Hollow Bar

EN 10294-1 Grade E355+N Alloy Steel Seamless Tubes and EN 10294-1 Gr 38Mn6 Carbon Steel Hollow Bar supplier in India

EN 10294-1 is a low carbon grade of steel. The EN 10294-1 Hollow Bars are designed with a superior composition of carbon, silicon, manganese, phosphorous, sulfur, nickel, chromium, molybdenum, copper, and vanadium. The content embedded in these bars gives them enhanced resistance against corrosive and oxidative media. EN 10294-1 Gr 38Mn6 Carbon Steel Hollow Bar is produced in mild carbon steel grades. These hollow bars provide support and stability to different structural steel applications.

EN 10294-1 Grade 38Mn6 Seamless Pipe & Gr E235 Tube manufacturer in India

The versatile Gr E235 TubeEN 10294-1 Grade E235 Hollow Bars are unalloyed steel grade that belongs to European standards. These bars are well suited for a wide spectrum of machining procedures without the need for a heat-treatment process. The EN 10294-1 Grade E315 Hollow Bars have a superior tensile strength of 450mpa with a minimum yield strength of 315mpa and can be easily elongated by 21% in the system. EN 10294-1 Grade E275 Hollow Bars have lower strength in comparison to the 275 grade. These bars can be surface protected and are seen in machine parts, hydraulic prop tubes, machining, and engineering applications.

Check dimensions and Properties of E275/E315 Hollow Bars & Grade E355K2/ E275K2 Alloy Steel Hollow Bars

Wide stock of 20MnV6 Hollow Shafts & EN 10294-1 E355+AR/ 38Mn6 Hollow Bar

The EN 10294-1 Grade E355+N Alloy Steel Seamless Tubes are supplied via a normalized condition. These tubes are very durable and can be hardened, tempered, annealed and precipitation hardened. The diameters of these tubes are different for round, square, rectangular, or hollow sections. All these piping components can be customized as per different project requirements. If you have any queries or want to know more about these products, contact us or visit any of our outlets for more information.