DIN 1626 Pipe Manufacturer in China

Fábrica de tubos de acero soldados en espiral de China-Especificaciones de tubos SSAW

DIN 1626 Pipes Supplier in China

Descripción general estándar:

DIN 1626 specifies the technical requirements for welded steel pipes for pressure applications.

Main materials:

Non-alloy and low-alloy steels, with St 37.0 and St 44.0 being the most common steel grades.

Aplicaciones:

Welded steel pipes to DIN 1626 are widely used in industries that need stable pressure control. These include supply chains, processing plants, and storage tanks. They work best in low to medium temperature and pressure.

UNIASEN’s welded steel pipes strictly follow DIN 1626. This ensures high reliability and durability for various industrial uses.

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Specification Chart of DIN 1626 Pipes

Estándar	DIN1626
Manufacturing Progress	REG, LSAW, SAW, SMLS
Solicitud	For petroleum/ natural gas pipeline, for conveying water, drainage, coal gas, mineral, slurry and other low-middle pressure liquids. Also for chemical industry, building,structure, heat-supply and pile driving projects
Grado de acero	USt37.0, St37.0, St44.0, St52.0
sobredosis	6-820mm
WT	SCH10-SCH XXS
Longitud	5.8m 6m 12m or as customer demand
Grado de acero	Upper yield strength values for a design temperature of 50℃, 200℃, 250℃, 300℃
Pipe surface	Varnishing, Oiling, Hot Dip Galvanizing,FBE, 2PP, 3PP, 2PE, 3PE
Pipe end	Plain End,Bevelling End,Threading End,Grooved End
Método conjunto	Montaje, brida, acoplamiento, abrazadera, hombro de tubería, soldadura
Pipe Manufacturing	Soldadura, plegado, perforación, punzonado, estampado, ahusamiento, abocardado, expansión

Dimensión

Afuera
diámetro
milímetros

Nominal
Espesor
milímetros

Other Thickness, mm

1.4

1.6

1.8

2

2.3

2.6

2.9

3.2

3.6

4

4.5

5

5.6

6.3

7.1

8

8.8

10

11

12.5

14.2

16

17.5

20

22.2

25

28

30

32

36

40

10.2

1.6

●

13.5

1.8

●

16

1.8

●

17.2

1.8

●

19

2

●

20

2

●

21.3

2

●

25

2

●

25.4

2

●

26.9

2

●

30

2

●

31.8

2

●

33.7

2

●

38

2.3

●

42.4

2.3

●

44.5

2.3

●

48.3

2.3

●

51

2.3

●

54

2.3

●

57

2.3

●

60.3

2.3

●

63.5

2.3

●

70

2.6

●

73

2.6

●

76.1

2.6

●

82.5

2.6

●

88.9

2.9

●

101.6

2.9

●

108

2.9

●

114.3

3.2

●

127

3.2

●

133

3.6

●

139.7

3.6

●

152.4

4

●

159

4

●

168.3

4

●

177.8

4.5

●

193.7

4.5

●

219.1

4.5

●

244.5

5

●

273

5

●

323.9

5.6

●

355.6

5.6

●

406.4

6.3

●

457

6.3

●

508

6.3

●

559

6.3

●

610

6.3

●

660

7.1

●

711

7.1

●

762

8

●

813

8

●

864

8.8

●

914

10

●

1016

10

●

1220

●

1420

●

1620

●

1820

●

2020

●

2220

●

Requisito químico

Grado de acero		Chemical composition % by mass
Symbol	Material number	C	PAG	S	N	Addition of nitrogen fixing elements（e.g.not less than 0.020% Al total）
Symbol	Material number	máx.
USt 37.0	1.0253	0.2	0.04	0.04	0.007	–
St 37.0	1.0254	0.17	0.04	0.04	0.009	–
St 44.0	1.0256	0.21	0.04	0.04	0.009	–
St 52.0	1.0421	0.22	0.04	0.035	–	Yes

Requisito mecánico

Grado de acero		Upper Yield stress RcH for wall Thickness in mm		Tensile Strength Rm	Elongation after fracture		Diameter of bending mandrel for the bend test on fusion welded tubes
Symbol	Material number	up to 16	over 16 up to 40	Tensile Strength Rm	Longitudinal	Transverse
Symbol	Material number	N/mm2 min.		N/mm2	% min.
USt 37.0	1.0253	235	–	350 to 480	25	23	2 S
St 37.0	1.0254	235	225	350 to 480	25	23	2 S
St 44.0	1.0256	275	265	420 to 550	21	19	3 S
St 52.0	1.0421	355	345	500 to 650	21	19	4 S

DIN 1626

DIN 1626 Pipes Supplier in China

Specification Chart of DIN 1626 Pipes

Dimensión

Requisito químico

Requisito mecánico

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