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EN 10224-2 L235 Pipe supplier

Low cost carbon steels are available with different yield strengths. The strength of the material constructed under standard EN 10224 differs on account of its chemistry. Usually, most carbon steel pipes that are manufactured using euro standards like en 10224-2, tend to have designations along with a numerical value assigned to their grade. While the numeric value details the minimum yield strength in N/mm2, the letter is indicative of its application.

EN 10224 Seamless Tubes

 

In this case grade, L275 means the carbon steel tube is intended for the conveyance of water or some form of aqueous media. Some of the most common grades produced under this standard include L235, L275 & L355. The chemical composition of these three EN 10224 Carbon Steel Seamless Tubes includes manganese, which boosts their mechanical properties. For instance, manganese not only improves the hardness but also aids manufacturers with ease when the en 10224 l275 components are to be formed and shaped. If one compares high carbon steel pipes to a mild or low carbon version such as en 10224 grade l235 pipes, the hardness is much lower. Which is why for demanding uses many buyers prefer their end products to undergo a set of additional processing. For instance, when the en 10224 l355 undergoes processing such as carburization or even nitriding, its hardness increases to a substantial degree. What makes this even better is that the cost of processing low carbon en 10224 l235 pipes is much lower than purchasing a highly alloyed pipe.

L275 mild steel pipes and tubes at low cost



EN 10224 Carbon Steel Seamless Tubes Specification chart

EN 10224 Water Line pipe for the convey of drinking, industrial and waste water


Products seamless steel pipe
Material carbon steel
Technique hot rolled
Outer diameter 108 mm to 273 mm
Wall thickness 4 mm to 25 mm
Length random or approximate
Shape round
Standard GB/T 8163
Steel grade 20, Q295, Q345, Q390, Q420, Q460
Surface bare pipe, or to be painted with black or other color painting, or coated with anti-corrision paint
End treatment plain end, or bevelled end with protecting cap

Most popular types of EN 10224 Tubes

EN 10224-2 Seamless Pipe in Grade L235, L275 and L355

BS EN 10224 weld steel pipe
BS EN 10224 weld steel pipe
Carbon welded 42 inch EN 10224 steel pipe
Carbon welded 42 inch EN 10224 steel pipe
Double walled steel casing en 10224 pipe
Double walled steel casing en 10224 pipe
EN 10224 Spiral Welded 6 Inch Steel Pipes
EN 10224 Spiral Welded 6 Inch Steel Pipes
EN 10224 weld steel round welded ms erw pipe
EN 10224 weld steel round welded ms erw pipe
EN 10224 spiral weided pipes
EN 10224 spiral weided pipes
EN 10224 q235 structure round weld ms carbon mild tube
En 10224 q235 structure round weld ms carbon mild tube
EN 10224 welded steel pipe
EN 10224 welded steel pipe
EN 10224 weld hollow galvanized steel pipe tube
EN 10224 weld hollow galvanized steel pipe tube

Composition Standard of EN 10224 Grade L355 Tubes

Carbon Silicon Manganese Phosphorous Sulphur Molybdenum Nickel Chromium Copper Others
max 0.22 max 0.35 max 1.60 0.04 0.04

EN 10224 L235

Chemical composition
Content in mass-%:
Quality: Min: Max:
C: - 0.16
Si: - 0.35
Mn: - 1.2
P: - 0.03
S: - 0.025
Nb: - -
V: - -
Al total: - -
Ti: - -
Cr: - -
Ni: - -
Mo: - -
Cu: - *
N: - -
CEV max in %: -

EN 10224 L275

Chemical composition
Content in mass-%:
Quality: Min: Max:
C: - 0.2
Si: - 0.4
Mn: - 1.4
P: - 0.03
S: - 0.025
Nb: - -
V: - -
Al total: - -
Ti: - -
Cr: - -
Ni: - -
Mo: - -
Cu: - *
N: - -
CEV max in %: -

EN 10224 L355

Chemical composition
Content in mass-%:
Quality: Min: Max:
C: - 0.22
Si: - 0.55
Mn: - 1.6
P: - 0.03
S: - 0.025
Nb: - *
V: - *
Al total: - -
Ti: - *
Cr: - -
Ni: - -
Mo: - -
Cu: - *
N: - -
CEV max in %: -

Mechanical Characteristics of EN 10224 Tubes Seamless Tubes

View latest price list and dimensions of EN 10224 Carbon Steel Seamless Tubes

Yield Strength Tensile Strength Elongation A5 min
MPa min ksi min MPa min MPa min ksi min Percentage
500 650 21

EN 10224 L235

Mechanical properties
Yield strength Rp0,5 MPa (in PSI): Min: 235 (34 100)** Max: -
Tensile strength Rm MPa (in PSI): Min: 360 (52 200) Max: 500 (72 500)
Elongation (% min.): transverse: 23 longitudinal: 25
Impact strength:
Test temperature in °C:
Min. average impact energy in J:
-
transverse: -
longitudinal: -
Hardness (max. HRC): - -

EN 10224 L275

Mechanical properties
Yield strength Rp0,5 MPa (in PSI): Min: 275 (39 900)** Max: -
Tensile strength Rm MPa (in PSI): Min: 430 (62 400) Max: 570 (82 700)
Elongation (% min.): transverse: 19 longitudinal: 21
Impact strength:
Test temperature in °C:
Min. average impact energy in J:
-
transverse: -
longitudinal: -
Hardness (max. HRC): - -

EN 10224 L355

Mechanical properties
Yield strength Rp0,5 MPa (in PSI): Min: 355 (51 500)** Max: -
Tensile strength Rm MPa (in PSI): Min: 500 (72 500) Max: 650 (94 300)
Elongation (% min.): transverse: 19 longitudinal: 21
Impact strength:
Test temperature in °C:
Min. average impact energy in J:
-
transverse: -
longitudinal:
Hardness (max. HRC): - -

EN 10224 Gr L355 Carbon Steel Tubes Equivalent material grade

DIN EN BS NFA ASTM ASME
EN 10224 Grade L355