s355mc en 10149 equivalent material
Material name:S355MC / H340LA Proprietary brand:precidur ® HSM 355 Delivery specification:DIN EN 10149-2 / VDA 239-100 Application:Steels with very good forming, fine blanking and welding properties General thickness tolerances Differences Between Grades S355JR and S355MC - BEBON 10mm thickness S355MC steel plate in under EN 10149-2. It is a Thermo-Mechanically rolled fine grained hot rolled weldable material. 10mm thick S355MC steel plates are suitable for cold forming. The 10mm thickness S355MC steel plate yield strength is 355MPa min. Differences Between Grades S355JR and S355MC:
Equivalent Materials. ISO FeE355; ASTM HSLAS-F Grade 50 See where falls on the material property chart for against in your materials selection and design process. Our Ashby charts are interactive with more technical data upon clicking. Send us your request for EN 10149-2 Grade S355MC thermomechanically rolled and we will get back to you EN 10149-2 Grade S355MC thermomechanically rolled - Low EN 10149-2 Grade S355MC thermomechanically rolled. Equivalent standards are similar to one or more standards provided by the supplier. Some equivalent standards may be stricter whereas others may be outside the bounds of the original standard. See where falls on the material property chart for against in your materials selection and EN 10149-2 S355MC Steel Plate and EN 1.0976 Sheet/ Shim EN 10149-2 S355MC YIELD STEEL PLATES specification also covers steel grades having minimum yield strengths of 500 to 700 MPa in thicknesses of 1.5 to 16 mm. EN 10149-2 S355MC SHEETS material number is 1.0976 and theequivalent grades of S355MC are UNI8890 FeE355TM, SEW092 QStE 380TM, ASTM 050XLK, NFA36-231 E355D.
EN 10149-2 High Tensile S420MC Plates manufactured by utilizing qualitative material and state-of-the-art technology in industrial process of products under the management of expert.We supply EN 10149-2 High Tensile S420MC Coils, s420mc steel is equivalent to SEW092 QStE420TM, NFA E420D, UNI FeE420TM, ASTM. X60XLK and BS HR50F45 steel grades EN 10149-2 S420MC Steel Plate and EN 1.0972 Coil/ Sheet s420mc material properties are excellent forming high strength, good welding performance, high dimension accuracy.WNR 1.0980 PLATES are manufactured by utilizing high quality raw material and latest technology in industrial process of products under the management of our expert team. EN 10149-2 S420MC Plates is fine grain steel, with good cold formability. Hot strip mill product tolerancesSUPRAFORM 315MC/EN 10149 -2 S315MC X SUPRAFORM 355MC/EN 10149 -2 S355MC X SUPRAFORM 420MC/EN 10149 -2 S420MC X SUPRAFORM 460MC/EN10149 -2 S460MC X Material thicker than 16mm on enquiry only 3. When orders are placed with ordered thickness as maximum, double the value stated in
This page cover the S 355 MC/S355MC Chemical element, Mechanical Properties, S355MC Datasheet, Cross Reference of S355MC Mainly used for . SSAB Domex 355MC - meets S355MC - SSABSSAB Domex® 355MC meets or exceeds the requirements of S355MC in EN 10149-2. Upon agreement, it can be delivered as double certified. This double certification will enable producers of steel structures, in accordance with EN 1090, to use SSAB Domex® 355MC in Shipbuilding material s355mc steel equivalent 5000tons in Shipbuilding material s355mc steel equivalent 5000tons in Italy Posted On:Mar 30 , 2021 According to the economic development trend in Asia and the economic development of China, India, Japan and ASEAN, it is estimated that the steel consumption in Asia will be 1228 million tons in 2019, with a year-on-year growth of 6.6%; the s355mc steel e
Tata Steel. Tata Steel. EN 10149-2:2013. Germany SEW 092. Grade. Grade. Grade. Grade. Ympress S315MC. XF315. S315MC. QStE340TM. Ympress S355MC. XF355. S355MC. QStE380TMHigh Strength Low EN 10149-2 S355MC Steel Plate Supplier These High Tensile EN 10149-2 S355MC Sheets are factory-made by using higher quality of steel, which is being made from specialized authorities. These High Tensile EN 10149-2 S355MC Coils are mass-produced as per the set manufacturing criterions.