ASTM A283 Carbon Steel Pipe

Standard:
ASTM A36, ASTM A283, ASTM A572, ASTM A656, JIS G3101 SS400, EN10025-2, DIN 17100, DIN 17102, GB/T700, GB/T1591
Surface Treatment: Oiled, black painted, shot blasted, hot dipped galvanized
Certifications: ISO 9001,SGS,BV
Delivery Time: 7-10 Days
Payment Term: T/T, L/C, WeChat pay, Alipay, etc
Transport: Suit for all kinds of transport, or as required
WeChat:+86 13337918168
WhatsApp:+86 13337918168
Email:monica@lhsteelgroup.com
Product Detail

This is the most common and cheapest material used in process plants. Carbon steels are used in most general refinery applications. It is routinely used for most organic chemicals and neutral or basic aqueous solutions at moderate temperatures. Carbon steels are extensively used in a temperature range of (-) 29 degrees centigrade to 4270 centigrade 

Available Specification

API SPEC 5L

Product Name

Executive Standard

Dimension (mm)

Steel Code / Steel Grade

Line Pipes

API 5L

Ø10.3~1200 x WT1.0~120

A, B, X42, X46, X52, X60, X70, X80, PSL1 / PSL2

 

API SPEC 5CT

     Product Name

     Executive Standard

Dimension (mm)

Steel Code / Steel Grade

     Casing

API 5CT

Ø114~219 x WT5.2~22.2

J55, K55, N80, L80, P110

     Tubing

API 5CT

Ø48.3~114.3 x WT3.2~16

J55, K55, N80, L80, P110

 

ASTM / ASME

Product Name

Executive Standard

Dimension (mm)

Steel Code / Steel Grade

 Black and Hot-Dipped Zinc-Coated Seamless Steel Pipes

ASTM A53

Ø10.3~1200 x WT1.0~150

Gr.A, Gr.B, Gr.C

Seamless Carbon Steel Pipes for High Temperature Service

ASTM A106

Ø10.3~1200 x WT1.0~150

Gr.B, Gr.C

Seamless Cold-Drawn Low-Carbon Steel Heat-Exchanger and Condenser Tubes

ASTM A179

Ø10.3~426 x WT1.0~36

Low Carbon Steel

Seamless Carbon Steel Boiler Tubes for High Pressure

ASTM A192

Ø10.3~426 x WT1.0~36

Low Carbon Steel

Seamless Cold-Drawn Intermediate Alloy Steel Heat-Exchanger and Condenser Tubes

ASTM A199

Ø10.3~426 x 1.0~36

T5, T22

Seamless Medium-Carbon Steel Boiler and Superheater Tubes

ASTM A210

Ø10.3~426 x WT1.0~36

A1, C

Seamless Ferritic & Austenitic Alloy Steel Boiler, Superheater & Heat-Exchanger Tubes

ASTM A213

Ø10.3~426 x WT1.0~36

T5, T9, T11, T12, T22, T91

Seamless Carbon and Alloy Steel for Mechanical Tubing

ASTM A333

Ø1/4"~42" x WT SCH20~XXS

Gr.1, Gr.3, Gr.6

Seamless & Welded Carbon Steel Pipes and Alloy Steel Pipes for Low Temperature Use

ASTM A334

Ø1/4"~4" x WT SCH20~SCH80

Gr.1, Gr.6

Seamless Cold-Drawn Carbon Steel Feedwater Heater Tubes

ASTM A556

Ø10.3~426 x WT1.0~36

A2, B2

 

DIN

Product Name

Executive Standard

Dimension (mm)

Steel Code / Steel Grade

Seamless Steel Tubes for Elevated Temperature

DIN 17175

Ø10~762 x WT1.0~120

St35.8, St45.8, 10CrMo910, 15Mo3, 13CrMo44, STPL340, STB410, STB510, WB36

Seamless Steel Tubes

DIN 1629 / DIN 2391

Ø13.5~762 x WT1.8~120

St37.0, St44.0, St52.0, St52.3

Seamless Steel Tubes

DIN 2440

Ø13.5~165.1 x WT1.8~4.85

St33.2

Seamless Steel Pipes for Structural Purpose

DIN 2393

Ø16~426 x WT1.0~36

RSt34-2, RSt37-2, RSt44-2, St52


BS

Product Name

Executive Standard

Dimension (mm)

Steel Code / Steel Grade

Seamless Steel Tubes for Machine Structure

BS 970

Ø10~762 x WT1.0~120

Carbon Steel

Seamless Steel Tubes for Boiler and Heat Exchangers

BS 3059

Ø10~762 x WT1.0~120

360, 410, 440, 460, 490

 

Specification of seamless steel pipe

Out diameter: 1/2 inch - 36 inch (21.3mm-914.4mm)

Thickness: 2.11mm-60mm ( SCH10, SCH20, SCH40, SCH80, STD, SCH120, SCH160, XXS)   

NOMINAL  PIPE  SIZE

OD(mm)

NOMINAL WALL THICKNESS

DN

NB(inch)

ASME

SCH10

SCH20

SCH30

STD

SCH40

SCH60

XS

SCH80

SCH100

SCH120

SCH140

SCH160

XXS

15

1/2"

21.3 

2.11


2.41

2.77

2.77


3.73

3.73




4.78

7.47

20

3/4"

26.7

2.11


2.41

2.87

2.87


3.91

3.91




5.56

7.82

25

1"

33.4

2.77


2.9

3.38

3.38


4.55

4.55




6.35

9.09

32

1.1/4"

42.2

2.77


2.97

3.56

3.56


4.85

4.85




6.35

9.7

40

1.1/2"

48.3

2.77


3.18

3.68

3.68


5.08

5.08




7.14

10.15

50

2"

60.3

2.77


3.18

3.91

3.91


5.54

5.54




8.74

11.07

65

2.1/2"

73

3.05


4.78

5.16

5.16


7.01

7.01




9.53

14.02

80

3"

88.9

3.05


4.78

5.49

5.49


7.62

7.62




11.13

15.25

90

3.1/2"

101.6

3.05


4.78

5.74

5.74


8.08

8.08






100

4"

114.3

3.05


4.78

6.02

6.02


8.56

8.56


11.13


13.49

17.12

125

5"

141.3

3.4



6.55

6.55


9.53

9.53


12.7


15.88

19.05

150

6"

168.3

3.4



7.11

7.11


10.97

10.97


14.27


18.26

21.95

200

8"

219.1

3.76

6.35

7.04

8.18

8.18

10.31

12.7

12.7

15.09

18.26

20.62

23.01

22.23

250

10"

273

4.19

6.35

7.8

9.27

9.27

12.7

12.7

15.09

18.26

21.44

25.4

28.58

25.4

300

12"

323.8

4.57

6.35

8.38

9.53

10.31

14.27

12.7

17.48

21.44

25.4

28.58

33.32

25.4

350

14"

355.6

6.35

7.92

9.53

9.53

11.13

15.09

12.7

19.05

23.83

27.79

31.75

35.71


400

16"

406.4

6.35

7.92

9.53

9.53

12.7

16.66

12.7

21.44

26.19

30.96

36.53

40.19


450

18"

457.2

6.35

7.92

11.13

9.53

14.27

19.05

12.7

23.83

39.36

34.93

39.67

45.24


500

20"

508

6.35

9.53

12.7

9.53

15.09

20.62

12.7

26.19

32.54

38.1

44.45

50.01


550

22"

558.8

6.35

9.53

12.7

9.53


22.23

12.7

28.58

34.93

41.28

47.63

53.98


600

24"

609.6

6.35

9.53

14.27

9.53

17.48

24.61

12.7

30.96

38.89

46.02

52.37

59.54


650

26"

660.4

7.92

12.7


9.53



12.7







700

28"

711.2

7.92

12.7

15.88

9.53



12.7







750

30"

762

7.92

12.7

15.88

9.53



12.7







800

32"

812.8

7.92

12.7

15.88

9.53

17.48


12.7







850

34"

863.6

7.92

12.7

15.88

9.53

17.48


12.7







900

36"

914.4

7.92

12.7

15.88

9.53

19.05


12.7







 

Low-Temperature Carbon steel pipes

Linghang can be used at a low temperature of (- 45.5) degrees centigrade.   Killed Carbon Steel is defined as those which are thoroughly deoxidized during the melting process. Deoxidation is accomplished by the use of silicon, manganese, and aluminum additions to combine with dissolved gases, usually, oxygen, during steelmaking. This results in cleaner, better-quality steel which has fewer gas pockets and inclusions. Killed carbon steel is specified for major equipment in the following services to minimize the possibility or extent of hydrogen blistering and  hydrogen embrittlement:    

·where hydrogen is a major component in the process stream.

·where hydrogen sulfide H2S is present with an aqueous phase or where liquid water containing H2S  is present.

·Process streams containing any amount of Hydrofluoric acid (HF), boron trifluoride (BF3), or  (BF) compounds; or

·Monoethanolamine (MEA) and diethanolamine (DEA) in solutions of greater than 5 weight percent. 

Features

Carbon steel pipes are safe to handle and work with. They are inflammable and resistant to corrosion even in environments that are acidic. With superior shock resistance, carbon steels hold up better than other pipes when laid underground. Their high tensile strength is ideal for high pressure applications. This means carbon steels have a higher carrying capacity than other materials with the same diameter, thus more cost effective. General applications include water, oil and gas piping, sewage, scaffolding, building construction, furniture, vehicle, civil engineering, escalators, elevators, and other general usage.  

If you are interested in our Carbon Steel Pipes:

ASTM A36, ASTM A283, ASTM A572, ASTM A656, JIS G3101 SS400, EN10025-2, DIN 17100, DIN 17102, GB/T700, GB/T1591. 

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