EN 10208-2 L245NB/ L360NB Seamless and Welded Pipes supplier

DIN EN 10208-1 Class C L360NB Welded Pipe supplier in India

EN 10208-2 seamless pipes Spec Chart
Different Types of BS EN 10208 Pipes
EN-10208-1 - Steel Pipes Chemical Composition
Uni EN 10208-2 Material Thickness Chart in MM
En-10208-1 Steel Pipes Coefficient of thermal expansion
Din En 10208-2 Pipe Density
Elastic modulus of Pn-en 10208-2 Seamless Pipes
Mechanical Properties of UNI EN 10208-2 Material

High quality UNI EN 10208-2 Material Stockist in India

BS EN 10208-1/2 is a specification of pipes that are intended for transportation of combustible fluids on land. The material is highly heat resistant, wear and tear resistant and has HIC resistance. The BS EN 10208-2 is mostly used in the oil and gas industries to transport crude oil and other combustible fluids. The material has several quality levels and there are different categories and dimensions. The EN 10208-2 Hot Rolled Seamless Steel Pipes and cold drawn steel pipes are available. The hot rolled ones are rolled from sheets or plates of the same material grade while the seamless pipes are cold drawn from ingots of the same material grade. The EN 10208 Steel Pipes have diameters ranging from 21.3mm to 660mm and the wall thicknesses ranging up to 40mm with seamless pipes ranging from 10.2mm to 108mm. The EN 10208-2 Seamless Pipes have high accuracy in dimensions and can be used for more precise applications and be fitted easily and with efficiency. So the seamless pipes are preferred in sensitive applications such as gas transmission lines. The pipes have carbon, manganese, phosphorus, sulfur and silicon in the composition. This composition along with the formation techniques provide the EN 10208-2 Steel Pipes with the specific mechanical properties. The welding of these pipes is much easier with most traditional methods. No preheating is required and no post weld heat treatment is required.

EN 10208-2 seamless pipes Spec Chart

application:

distribution of combustible media with determined pressure (previously DIN 17172)

production method:

– seamless: S
– seamed: HFW high frequency welding
SAW powder welding
COW combined welding
Fusion welds of strip joining for spiral pipes are acceptable after agreement

grade: seamed and seamless:

1.0457	L 245 NB	StE 240.7
1.0484	L 290 NB	StE 290.7
1.0582	L 360 NB	StE 360.7
1.8972	L 415 NB	StE 415.7

grade: seamless:

1.8948	L 360 QB	–
1.8947	L 415 QB	–
1.8952	L 450 QB	–
1.8955	L 485 QB	–
1.8957	L 555 QB	–

grade: seamless:

1.0418	L 245 MB	–
1.0429	L 290 MB	StE 290.7 TM
1.0578	L 360 MB	StE 360.7 TM
1.8973	L 415 MB	StE 415.7 TM
1.8975	L 450 MB	StE 445.7 TM
1.9877	L 485 MB	StE 480.7 TM
1.8978	L 555 MB	–

outer diameter:

Ø 33,7 up to 1.626 mm (seamless up to 660 mm)

wall thickness:

up to 40 mm

pipes type and production running:

see UNI 10208-2 Table 2

diameter and ovality tolerance:

see DIN 10208-2 Table 9

wall thickness tolerance:

see EN 10208-2 Table 10

max. value of fusion weld excedance:

see 10208-2 Table 15

straightness:

0,2 % along whole length, locally < 4 mm/m

PE coating:

EN 10285 or 10287 in 3-layer extrusion moulding or surfacing by welding method

En-10208-1 Steel Pipes and En-10208-2 Non-alloy Welded Tube Weight Chart

Different Types of BS EN 10208 Pipes

Check Chemical Properties of Pn-en 10208-2 Seamless and ERW Tube

EN-10208-1 - Steel Pipes Chemical Composition

Number No.	Grade	Grade	Yield point	Tensile strength	Ultimate longitudinal	Impact strength	Carbon
Number No.		Grade	Yield point	Tensile strength	elongation	at bending	equivalent
EN10208-2 Hot Rolled Seamless Tube
1.0457	L 245 NB	StE 240.7	245-440	415	22	40	0,42
1.0484	L 290 NB	StE 290.7	290-440	415	21	40	0,42
1.0582	L 360 NB	StE 360.7	360-510	460	20	40	0,45
1.8972	L 415 NB	StE 415.7	415-565	520	18	40	w/uzg

1.8948	L 360 QB		360-510	460	20	40	0,42
1.8947	L 415 QB		415-565	520	18	40	0,43
1.8952	L 450 QB		450-570	535	18	40	0,45
1.8955	L 485 QB		485-605	570	18	46	0,45
1.8957	L 555 QB		555-675	625	18	61	w/uzg

1.0418	L 245 MB	–	245-440	415	22	40	0,4
1.0429	L 290 MB	StE290.7 TM	290-440	415	21	40	0,4
1.0578	L 360 MB	StE360.7 TM	360-510	460	20	40	0,41
1.8973	L 415 MB	StE415.7 TM	415-565	520	18	40	0,42
1.8975	L 450 MB	StE445.7 TM	450-570	535	18	40	0,43
1.8977	L 485 MB	StE480.7 TM	485-605	570	18	46	0,43
1.8978	L 555 MB		555-675	625	18	61	w/uzg

View BS EN 10208 Pipe and EN 10208-2 Welded Pipes in Different Thickness and Sizes

Uni EN 10208-2 Material Thickness Chart in MM

Steel designation	Pipes body (seamless pipes and welded pipes)				Spiral weld		Whole pipes
Steel designation	Pipes body (seamless pipes and welded pipes)				HFW, SAW, COW	SAW, COW	Whole pipes
Steel symbol	Plastic limit R 10,5N/mm 2	Tensile strength R mN/mm 2min.	R10,5/RmMax	Elongation A% min.	Tensile strength R mN/mm 2min	Diameter of the bending mandrel bar in the bending test	Pressure water test
L245NB L245MB	245 to 440	415	0,80 0,85	22	The same values as for the pipes body apply	3T	Every pipes should be subject to the test and it should be free of any leaks or deformations
L290NB L290MB	290 to 440	415	0,85 0,85	21		3T
L360NB L360QB L360MB	360 to 510	460	0,85 0,88 0,85	20		4T
L415NB L415QB L415MB	415 to 565	520	0,85 0,88 0,85	18		5T
L450QB L450MB	450 to 570	535	0,90 0,87	18		6T
L485QB L485MB	485 to 605	570	0,90 0,90	18		6T
L555QB L555MB	555 to 675	625	0,90 0,90	18		6T

En-10208-1 Steel Pipes Coefficient of thermal expansion

Coefficient of thermal expansion

1.08E-5 1/K at -100 °C

Din En 10208-2 Pipe Density

Density

7.85 g/cm³ at 20 °C

Elastic modulus of Pn-en 10208-2 Seamless Pipes

Elastic modulus

217 GPa at -100 °C

Mechanical Properties of UNI EN 10208-2 Material

Grade	Permissible yield point ratio	Yield Strength MPa(min)	Tensile Strength MPa	Elongation % (min)
L245NB	≤ 0.85	240	370 - 490	24

EN 10208-2 L245NB Seamless Pipe