BEBON steel is E355 steel supplier,we have much experience in manufacture E355 steel, We could give the fastest delivery time on the base of our competitive price directly from our mill. if you need know steel grade feature,we can provide E355 chemical composition and E355 mechanical properties.
E355D - BEBON steelNFA E355D steel plate/sheet ,NFA36-231 E355D steel plate/sheet, under NFA standard, we can regard E355D steel plate/sheet as high yield strength steels for cold-forming steels. E355D steel plate is mainly used as high yield strength steels for cold-forming steels. The NFA36-231 E355D steel is equivalent to SEW092 QStE380TM and EN S355MC steel grades.
EN 10305-1 E355 Carbon Steel Pipes & Tube SpecificationsNov 12, 2018 · EN 10305-1 E355 pipesfactory 2018-11-12T14:15:22+00:00 EN 10305-1 Steel tubes for precision applications Part 1:Seamless cold drawn tubes Chemical Composition of EN 10305-1 E355 Carbon Steel Pipes
EN 10305-4 Grade E355 Specification. EN 10305-4 Grade E355 Carbon Steel Seamless Tubes are also known as mild steel pipes and tubes.EN 10305-4 Grade E355 Tubes are low-cost Low Carbon Steel Tubes with max 022 % carbon content with combination of max 160 % manganese easy to form and shape .These pipes are manufactured as per EN Specification and commercially referred as cs pipes
EO-Tubes for fitting- & flange systemsTensile strength min. 340 N/mm2 Yield strength min. 235 N/mm2 Fatigue strength 225 N/mm2 1) Elongation at break min.. 25% E355+N / St.52.4 (1.0580) acc. to DIN EN 10305-4 Tensile strength min. 490 N/mm2 Yield strength min. 355 N/mm2 Fatigue strength 265 N/mm2 2) Elongation at break min.. 22 % 316Ti (1.4571) cold drawn (CFA) acc. to DIN EN 10216-5
HYDRAULIC & ENGINEERING PRODUCTS - National TubeEN10297-1 E355 / EN10210-1 S355J2H Size Range Metric Imperial Up to 700mm Bore Up to 27 Bore * Impact Tested to 34J min @ - 40°C - available on request. Note Chemical Composition % max C Si Mn P S 0.22 0.55 1.60 0.025 0.025 Mechanical Properties Yield Strength (R eH) Tensile Strength (R m Elongation (A) 510 N/mm² min 640 N/mm² min 4% min
Upper yield strength ReH min Mpa:Tensile strength Rm min Mpa:Elongation in the longitudinal direction:Minimum average absorbed energy KV, in. J at a test temperature of 20 °C:For TN in mm:For TN in mm:A min % Name:Number:16 < 25 < 40 < 16< 25< 40< T:T = T = T = T =16:T = T = T = N:N:N:N:N:N:N:N = 16:25:40:50:25:40:50
S355 S355J2 S355J2+N SteelAs a hot rolled non alloy high yield steel the main characterisitics of S355 are its mechanical properties, such as the tensile strength and yield strength. Tensile Strength N/mm² (MPa) Yield Strength N/mm² (MPa) 470-630 355 (*as rolled - 16mm plate) Heat Treatment
S355K2+N Plates, Structural and Offshore Steel Plates En S355 has a minimum strength of 355 N/nm2. This steel grade is a low carbon, welder-friendly alloy. They are also called as high tensile strength structural steel. Welding this steel is easy. Cold-forming properties of this steel plate are due to their low carbon equivalent in the alloy.
Among them, the grades S235JR to S500J0 as well as S185, S295 E355 and E360 are integrated. Structural grade carbon steel are characterized by a minimum yield strength of 185 to 500 MPa. The grades S235 to S355 are supplied with significantly reduced spans as
Supplying EN 10297-1 Steel tubing garde E355 for piston Yield strength (ReH) Tensile strength (Rm) E355. 1.0580. 355. 490. EN 10297-1 is a specification for seamless circular steel tubes for mechanical and general engineering purposes. Wiho can supply and stock a large inventory of E355 (St52) seamless tube in accordance with EN 10297-1 specifications used for piston, shafts, sleeves and other mechanical and structural parts.E355 EN 10305-1 (Euronorm) - MetalDatafoE355 EN 10305-1 (Euronorm) Tensile Strength:> 450 MPa Elongation:> 22 % Ratio Yield strength/Tensile stength:> 0.5 +N Yield Strength:> 355 MPa Tensile Strength:490 - 630 MPa Elongation:> 22 % Outside diameter:< 30 mm ; Wall thickness:< 3 mm ; Yield Strength:> 345 MPa Tensile Strength:490 - 630 MPa Elongation:> 22 % Calculated properties