Linepipe Supplier In China

Linepipe

Linepipe Steel Tubes Are Mainly Used For The Transport Of Oil And Gas And Have Standardised Production Standards.

Within This Standard, There Are Two Grades, PSL 1 And PSL 2. The PSL 2 Production Grade Is More Stringent.

Generally, a Line Pipe Less Than 2 Inches In Diameter Can Be Selected With Bevelled Or Plain Ends, But Line Pipe Greater Than 2 Inches In Diameter Must Be Bevelled To Facilitate Subsequent Butt Welding Of The Pipe.

Balingsteel Supplies Large Quantities Of Sch 40 And Sch 80 Steel Pipe.

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OUR PRODUCT

Industry Applications for Linepipe

Pipelines Are Mainly Used for the Transportation of Liquids, Gases, and Petroleum, And Is Often Used in the Following Areas.

Oil and Gas Industry

Pipeline Steel API 5l X42 or X56 Is Commonly Used for the Connection and Transportation of Oil and Gas Pipelines.

Chemical Industry

Pipeline Steels, After Tempering (Adding Rare Elements) and Heat Treatment, Have High Quality Acid and Alkali Resistance and Are Suitable for Transporting Chemical Liquids.

Machinery Manufacturing Industry

Pipeline Steel Can Be Connected to the Hydraulic and Fuel Systems of Machinery and Equipment.

Water Industry

Large Diameter Spiral Steel Pipe with Internal FBE Anti-Corrosion Coating Is Commonly Used for Water Pipeline Connection and Transportation.

Advantages of Steel Linepipe

Pipeline Steel Pipes Have the Following Advantages:

Extensive Use
Economic Costs
Outstanding Performance
Well-Established Standards
High Pressure and High-Temperature Resistance

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Type of Linepipe

According to the Difference in the Molding Method, Pipeline Steel Is Divided into Seamless Pipe, High-Frequency Resistance Welded Pipe, Submerged Welded Pipe, Spiral Welded Steel Pipe.

SMLS—Seamless Steel Pipe

Balingsteel Always Chooses Premium Quality Materials for Seamless Pipes That Meet Standards like ASTM, API, ISO, DNV, GOST, and GB. We Can Provide 1 ~28 Inch Seamless Steel Pipe for Your Choice. Just Give Us Your Size, and We Will supply it for You.

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ERW&EFW—High-Frequency Resistance Welded Pipe

Balingsteel Has Strict Control over the Production Process of High-Frequency Resistance Welding with 100% Weld Flaw Inspection. Our OD Is from 1/2~48 Inch for Your Free Choice. Please Let Us Know What Size You Need.

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LSAW—Submerged Welded Pipe

Balingsteel Can Produce LSAW by UOE, JCOE Method. Our Sizes Range from 12 ~68 Inches. If You Have a Special Thickness Requirement, Please Contact Us.

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SSAW—Spiral Welded Steel Pipe

Balingsteel Provides the World with High-Quality SSAW, Our Calibers Range from 24“ to 100”. 12m, 24m, 36m 48m Lengths Are Available for You to Choose From!

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Coating Solution for Linepipe

Pipeline Steel Usually Has Internal and External Anti-Corrosion Requirements, Generally Epoxy Resin Anti-Corrosion, 3LPE Anti-Corrosion, 3LPP Anti-Corrosion.

External Coating

External Coatings Provide Excellent Corrosion Resistance, Chemical Resistance, and Other Protection to Pipe Surfaces, Metal Structures, etc.., Which Can Greatly Extend the Service Life of Pipes.

Balingsteel Offers a Wide Range of External Coating Solutions Such as FBE, 3LPE, 3LPP, 3PE, PU, Etc.

To Protect Your Materials from Corrosion.

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Internal Coating

Internal Coatings Allow Pipes to Be Installed and Operated in a Way That Reduces Surface Roughness, Improves Efficiency, And Maintains the Purity of the Fluid Being Conveyed. The Main Internal Corrosion Protection Are FBE and Cement Mortar Anti-Corrosion.

Our Coatings Come from the World’s Leading Coating Companies and Utilize Advanced Processes to Ensure That Every Internal Surface Is Protected.

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Successful Delivery Experience

With over 25 Years of Pipeline Delivery Experience, Balingsteel Has Successfully Delivered Several Gas and Oil Pipelines for NNPC.

Other Projects Such as Akk and Train 7 Are Also in Progress.

Feel Free to Contact Us for More Information on How We Can Work Together.

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Data Sheet for Linepipe

Process of Manufacture Linepipe
Chemical Composition for PSL 1 Linepipe
Chemical Composition for PSL 2 Linepipe
Tensile Tests for PSL 1 Linepipe
Tensile Tests for PSL 2 Linepipe
CVN Absorbed Energy Requirements
Tolerances for Diameter and Out-of-roundness
Tolerances for Wall Thickness

Process of Manufacture Linepipe

Type of Pipe or Pipe End	PSL 1 Pipe Grade a					PSL 2 Pipe Grade a
	L175 or A25 b	L175P or A25P b	L210 or A	L245 or B	L290 or X42 to L485 or X70	L245 or B to L555 or X80	> L555 or X80 to L690 or X100	> L690 or X100 to L830 or X120
Type of Pipe
SMLS	X	X	X	X	X	X	X	—
CW	X	X	—	—	—	—	—	—
LFW	X	—	X	X	X	—	—	—
HFW	X	—	X	X	X	X	—	—
LW	—	—	—	—	X	—	—	—
SAWL c	—	—	X	X	X	X	X	X
SAWH d	—	—	X	X	X	X	X	X
COWL c	—	—	X	X	X	X	—	—
COWH d	—	—	X	X	X	X	—	—
Type of Pipe End
Belled end e	X	—	X	X	X	—	—	—
Plain end	X	—	X	X	X	X	X	X
Plain end for special coupling	X	—	X	X	—	—	—	—
Threaded end f	X	X	X	X	—	—	—	—
a Intermediate grades are available if agreed, but limited to grades higher than Grade L290 or X42. b Grades L175, L175P, A25, and A25P are limited to pipe with D ≤141.3 mm (5.563 in.). c Double-seam pipe is available if agreed, but limited to pipe with D ≥ 914 mm (36.000 in.). d Helical seam pipe is limited to pipe with D ≥ 114.3 mm (4.500 in.). e Belled-end pipe is limited to pipe with D ≤ 219.1 mm (8.625 in.) and t ≤ 3.6 mm (0.141 in.). f Threaded-end pipe is limited to SMLS and longitudinal seam welded pipe with D ≤ 508 mm (20.000 in.).

Chemical Composition for PSL 1 Linepipe

Steel Grade (Steel Name)	Mass Fraction, Based on Heat and Product Analyses a,g %
	C	Mn	P		S	V	Nb	Ti
	max b	max b	min	max	max	max	max	max
Seamless Pipe
L175 or A25	0.21	0.60	—	0.030	0.030	—	—	—
L175P or A25P	0.21	0.60	0.045	0.080	0.030	—	—	—
L210 or A	0.22	0.90	—	0.030	0.030	—	—	—
L245 or B	0.28	1.20	—	0.030	0.030	c,d	c,d	d
L290 or X42	0.28	1.30	—	0.030	0.030	d	d	d
L320 or X46	0.28	1.40	—	0.030	0.030	d	d	d
L360 or X52	0.28	1.40	—	0.030	0.030	d	d	d
L390 or X56	0.28	1.40	—	0.030	0.030	d	d	d
L415 or X60	0.28 e	1.40 e	—	0.030	0.030	f	f	f
L450 or X65	0.28 e	1.40 e	—	0.030	0.030	f	f	f
L485 or X70	0.28 e	1.40 e	—	0.030	0.030	f	f	f
Welded Pipe
L175 or A25	0.21	0.60	—	0.030	0.030	—	—	—
L175P or A25P	0.21	0.60	0.045	0.080	0.030	—	—	—
L210 or A	0.22	0.90	—	0.030	0.030	—	—	—
L245 or B	0.26	1.20	—	0.030	0.030	c,d	c,d	d
L290 or X42	0.26	1.30	—	0.030	0.030	d	d	d
L320 or X46	0.26	1.40	—	0.030	0.030	d	d	d
L360 or X52	0.26	1.40	—	0.030	0.030	d	d	d
L390 or X56	0.26	1.40	—	0.030	0.030	d	d	d
L415 or X60	0.26 e	1.40 e	—	0.030	0.030	f	f	f
L450 or X65	0.26 e	1.45 e	—	0.030	0.030	f	f	f
L485 or X70	0.26 e	1.65 e	—	0.030	0.030	f	f	f
a Cu ≤ 0.50 %; Ni ≤ 0.50 %; Cr ≤ 0.50 % and Mo ≤ 0.15 %. b For each reduction of 0.01 % below the specified maximum concentration for carbon, an increase of 0.05 % above the specified maximum concentration for Mn is permissible, up to a maximum of 1.65 % for grades ≥ L245 or B, but ≤ L360 or X52; up to a maximum of 1.75 % for grades > L360 or X52, but < L485 or X70; and up to a maximum of 2.00 % for Grade L485 or X70. c Unless otherwise agreed, Nb + V ≤ 0.06 %. d Nb + V + Ti ≤ 0.15 %. e Unless otherwise agreed. f Unless otherwise agreed, Nb + V + Ti ≤ 0.15 %. g No deliberate addition of B is permitted and the residual B ≤ 0.001 %.

Chemical Composition for PSL 2 Linepipe

Steel Grade (Steel Name)	Mass Fraction, Based on Heat and Product Analyses % max									Carbon Equivalent a % max
	C b	Si	Mn b	P	S	V	Nb	Ti	Other	CEIIW	CEPcm
Seamless and Welded Pipe
L245R or BR	0.24	0.40	1.20	0.025	0.015	c	c	0.04	e,l	0.43	0.25
L290R or X42R	0.24	0.40	1.20	0.025	0.015	0.06	0.05	0.04	e,l	0.43	0.25
L245N or BN	0.24	0.40	1.20	0.025	0.015	c	c	0.04	e,l	0.43	0.25
L290N or X42N	0.24	0.40	1.20	0.025	0.015	0.06	0.05	0.04	e,l	0.43	0.25
L320N or X46N	0.24	0.40	1.40	0.025	0.015	0.07	0.05	0.04	d,e,l	0.43	0.25
L360N or X52N	0.24	0.45	1.40	0.025	0.015	0.10	0.05	0.04	d,e,l	0.43	0.25
L390N or X56N	0.24	0.45	1.40	0.025	0.015	0.10 f	0.05	0.04	d,e,l	0.43	0.25
L415N or X60N	0.24 f	0.45 f	1.40 f	0.025	0.015	0.10 f	0.05 f	0.04 f	g,h,l	As agreed
L245Q or BQ	0.18	0.45	1.40	0.025	0.015	0.05	0.05	0.04	e,l	0.43	0.25
L290Q or X42Q	0.18	0.45	1.40	0.025	0.015	0.05	0.05	0.04	e,l	0.43	0.25
L320Q or X46Q	0.18	0.45	1.40	0.025	0.015	0.05	0.05	0.04	e,l	0.43	0.25
L360Q or X52Q	0.18	0.45	1.50	0.025	0.015	0.05	0.05	0.04	e,l	0.43	0.25
L390Q or X56Q	0.18	0.45	1.50	0.025	0.015	0.07	0.05	0.04	d,e,l	0.43	0.25
L415Q or X60Q	0.18 f	0.45 f	1.70 f	0.025	0.015	g	g	g	h,l	0.43	0.25
L450Q or X65Q	0.18 f	0.45 f	1.70 f	0.025	0.015	g	g	g	h,l	0.43	0.25
L485Q or X70Q	0.18 f	0.45 f	1.80 f	0.025	0.015	g	g	g	h,l	0.43	0.25
L555Q or X80Q	0.18 f	0.45 f	1.90 f	0.025	0.015	g	g	g	i,j	As agreed
L625Q or X90Q	0.16 f	0.45 f	1.90	0.020	0.010	g	g	g	j,k	As agreed
L690Q or X100Q	0.16 f	0.45 f	1.90	0.020	0.010	g	g	g	j,k	As agreed
Welded Pipe
L245M or BM	0.22	0.45	1.20	0.025	0.015	0.05	0.05	0.04	e,l	0.43	0.25
L290M or X42M	0.22	0.45	1.30	0.025	0.015	0.05	0.05	0.04	e,l	0.43	0.25
L320M or X46M	0.22	0.45	1.30	0.025	0.015	0.05	0.05	0.04	e,l	0.43	0.25
L360M or X52M	0.22	0.45	1.40	0.025	0.015	d	d	d	e,l	0.43	0.25
L390M or X56M	0.22	0.45	1.40	0.025	0.015	d	d	d	e,l	0.43	0.25
L415M or X60M	0.12 f	0.45 f	1.60 f	0.025	0.015	g	g	g	h,l	0.43	0.25
L450M or X65M	0.12 f	0.45 f	1.60 f	0.025	0.015	g	g	g	h,l	0.43	0.25
L485M or X70M	0.12 f	0.45 f	1.70 f	0.025	0.015	g	g	g	h,l	0.43	0.25
L555M or X80M	0.12 f	0.45 f	1.85 f	0.025	0.015	g	g	g	i,l	0.43 f	0.25
L625M or X90M	0.10	0.55 f	2.10 f	0.020	0.010	g	g	g	i,l	―	0.25
L690M or X100M	0.10	0.55 f	2.10 f	0.020	0.010	g	g	g	i,j		0.25
L830M or X120M	0.10	0.55 f	2.10 f	0.020	0.010	g	g	g	i,j		0.25
a Based on product analysis, for seamless pipe with t > 20.0 mm (0.787 in.), the CE limits shall be as agreed; the CEIIW limits apply if C > 0.12 % and the CEPcm limits apply if C ≤ 0.12 %. b For each reduction of 0.01 % below the specified maximum for C, an increase of 0.05 % above the specified maximum for Mn is permissible, up to a maximum of 1.65 % for grades ≥ L245 or B, but ≤ L360 or X52; up to a maximum of 1.75 % for grades > L360 or X52, but < L485 or X70; up to a maximum of 2.00 % for grades ≥ L485 or X70, but ≤ L555 or X80; and up to a maximum of 2.20 % for grades > L555 or X80. c Unless otherwise agreed, Nb + V ≤ 0.06 %. d Nb + V + Ti ≤ 0.15 %. e Unless otherwise agreed, Cu ≤ 0.50 %; Ni ≤ 0.30 %; Cr ≤ 0.30 % and Mo ≤ 0.15 %. f Unless otherwise agreed. g Unless otherwise agreed, Nb + V + Ti ≤ 0.15 %. h Unless otherwise agreed, Cu ≤ 0.50 %; Ni ≤ 0.50 %; Cr ≤ 0.50 % and Mo ≤ 0.50 %. i Unless otherwise agreed, Cu ≤ 0.50 %; Ni ≤ 1.00 %; Cr ≤ 0.50 % and Mo ≤ 0.50 %. j B ≤ 0.004 %. k Unless otherwise agreed, Cu ≤ 0.50 %; Ni ≤ 1.00 %; Cr ≤ 0.55 % and Mo ≤ 0.80 %. l For PSL 2 pipe grades except those grades to which footnote j) already applies, the following applies: unless otherwise agreed no intentional addition of B is permitted and residual B ≤ 0.001 %.

Tensile Tests for PSL 1 Linepipe

Pipe Grade	Pipe Body of Seamless and Welded Pipe			Weld Seam of EW, LW, SAW, and COW Pipe
	Yield Strength a Rt0.5 MPa (psi)	Tensile Strength a Rm MPa (psi)	Elongation (on 50 mm or 2 in.) Af %	Tensile Strength b Rm MPa (psi)
	min	min	min	min
L175 or A25	175 (25,400)	310 (45,000)	c	310 (45,000)
L175P or A25P	175 (25,400)	310 (45,000)	c	310 (45,000)
L210 or A	210 (30,500)	335 (48,600)	c	335 (48,600)
L245 or B	245 (35,500)	415 (60,200)	c	415 (60,200)
L290 or X42	290 (42,100)	415 (60,200)	c	415 (60,200)
L320 or X46	320 (46,400)	435 (63,100)	c	435 (63,100)
L360 or X52	360 (52,200)	460 (66,700)	c	460 (66,700)
L390 or X56	390 (56,600)	490 (71,100)	c	490 (71,100)
L415 or X60	415 (60,200)	520 (75,400)	c	520 (75,400)
L450 or X65	450 (65,300)	535 (77,600)	c	535 (77,600)
L485 or X70	485 (70,300)	570 (82,700)	c	570 (82,700)

Tensile Tests for PSL 2 Linepipe

Pipe Grade

Pipe Body of Seamless and Welded Pipe

Weld Seam of HFW, SAW and

COW Pipe

Yield Strength a

Rt0.5

MPa (psi)

Tensile Strength a

MPa (psi)

Ratio a,c

Rt0.5/Rm

Elongation

(on 50 mm

or 2 in.)

Tensile

Strength d

MPa (psi)

min

max

min

max

min

L245R or BR L245N or BN L245Q or BQ

L245M or BM

245

(35,500)

450

(65,300) e

415

(60,200)

655

(95,000)

0.93

415

(60,200)

L290R or X42R L290N or X42N L290Q or X42Q

L290M or X42M

290

(42,100)

495

(71,800)

415

(60,200)

655

(95,000)

0.93

415

(60,200)

L320N or X46N L320Q or X46Q L320M or X46M

320

(46,400)

525

(76,100)

435

(63,100)

655

(95,000)

0.93

435

(63,100)

L360N or X52N L360Q or X52Q L360M or X52M

360

(52,200)

530

(76,900)

460

(66,700)

760

(110,200)

0.93

460

(66,700)

L390N or X56N L390Q or X56Q L390M or X56M

390

(56,600)

545

(79,000)

490

(71,100)

760

(110,200)

0.93

490

(71,100)

L415N or X60N L415Q or X60Q L415M or X60M

415

(60,200)

565

(81,900)

520

(75,400)

760

(110,200)

0.93

520

(75,400)

L450Q or X65Q L450M or X65M

450

(65,300)

600

(87,000)

535

(77,600)

760

(110,200)

0.93

535

(77,600)

L485Q or X70Q L485M or X70M

485

(70,300)

635

(92,100)

570

(82,700)

760

(110,200)

0.93

570

(82,700)

L555Q or X80Q L555M or X80M

555

(80,500)

705

(102,300)

625

(90,600)

825

(119,700)

0.93

625

(90,600)

L625M or X90M

625

(90,600)

775

(112,400)

695

(100,800)

915

(132,700)

0.95

695

(100,800)

L625Q or X90Q

625

(90,600)

775

(112,400)

695

(100,800)

915

(132,700)

0.97 g

―

L690M or X100M

690

(100,100) b

840

(121,800) b

760

(110,200)

990

(143,600)

0.97 h

760

(110,200)

L690Q or X100Q

690

(100,100) b

840

(121,800) b

760

(110,200)

990

(143,600)

0.97 h

―

L830M or X120M

830

(120,400) b

1050

(152,300) b

915

(132,700)

1145

(166,100)

0.99 h

915

(132,700)

CVN Absorbed Energy Requirements

Specified Outside Diameter	Full-size CVN Absorbed Energy min
D	KV
mm (in.)	J (ft·lbf)
	Grade
	≤ L415 or X60	> L415 or X60 to ≤ L450 or X65	> L450 or X65 to ≤ L485 or X70	> L485 or X70 to ≤ L555 or X80	> L555 or X80 to ≤ L625 or X90	> L625 or X90 to ≤ L690 or X100	> L690 or X100 to ≤ L830 or X120
≤ 508 (20.000)	27 (20)	27 (20)	27 (20)	40 (30)	40 (30)	40 (30)	40 (30)
> 508 (20.000) to 762 (30.000)	27 (20)	27 (20)	27 (20)	40 (30)	40 (30)	40 (30)	40 (30)
> 762 (30.000) to 914 (36.000)	40 (30)	40 (30)	40 (30)	40 (30)	40 (30)	54 (40)	54 (40)
> 914 (36.000) to 1219 (48.000)	40 (30)	40 (30)	40 (30)	40 (30)	40 (30)	54 (40)	68 (50)
> 1219 (48.000) to 1422 (56.000)	40 (30)	54 (40)	54 (40)	54 (40)	54 (40)	68 (50)	81 (60)
> 1422 (56.000) to 2134 (84.000)	40 (30)	54 (40)	68 (50)	68 (50)	81 (60)	95 (70)	108 (80)

Tolerances for Diameter and Out-of-roundness

Specified Outside Diameter

mm (in.)

Diameter Tolerances d

mm (in.)

Out-of-roundness Tolerances

mm (in.)

Pipe Except the End a

Pipe End a,b,c

Pipe Except the End a

Pipe End a,b,c

SMLS Pipe

Welded Pipe

SMLS Pipe

Welded Pipe

< 60.3 (2.375)

-0.8 (0.031) to +0.4 (0.016)

–0.8 (0.031) to +0.4 (0.016)

1.2 (0.048)

0.9 (0.036)

≥ 60.3 (2.375) to

168.3 (6.625)

±0.0075D

-0.4 (0.016) to +1.6 (0.063)

0.020D for

D £ 75 ;

by agreement

for D > 75

0.015D for

D £ 75 ;

by agreement

for D > 75

> 168.3 (6.625) to

610 (24.000)

±0.0075D

±0.0075D, but maximum of

±3.2 (0.125)

±0.005D,

but maximum of ±1.6 (0.063)

0.020D

0.015D

> 610 (24.000) to

1422 (56.000)

±0.01D

±0.005D,

but maximum of ±4.0 (0.160)

±2.0 (0.079)

±1.6 (0.063)

0.015D,

but maximum of 15 (0.6)

for D £ 75 ;

by agreement

for D > 75

0.01D,

but maximum of 13 (0.5)

for D £ 75 ;

by agreement

for D > 75

> 1422 (56.000)

As agreed

a The pipe end includes a length of 100 mm (4.0 in.) at each of the pipe extremities.

b For SMLS pipe, the tolerances apply for t ≤ 25.0 mm (0.984 in.), and the tolerances for thicker pipe shall be as agreed.

c For expanded pipe with D ≥ 219.1 mm (8.625 in.) and for nonexpanded pipe, the diameter tolerance and the out-of-roundness tolerance may be determined using the calculated inside diameter (the specified outside diameter minus two times the specified wall thickness) or measured inside diameter rather than the specified outside diameter (see 10.2.8.3).

d For determining compliance to diameter tolerances, the pipe diameter is defined as the circumference of the pipe in any circumferential plane divided by pi (π).

Tolerances for Wall Thickness

Wall Thickness

mm (in.)

Tolerances a

mm (in.)

SMLS Pipe b

≤ 4.0 (0.157)

+0.6 (0.024)

-0.5 (0.020)

> 4.0 (0.157) to < 25.0 (0.984)

+0.150t

–0.125t

≥ 25.0 (0.984)

+3.7 (0.146) or +0.1t, whichever is the greater

-3.0 (0.120) or –0.1t, whichever is the greater

Welded Pipe c,d

≤ 5.0 (0.197)

± 0.5 (0.020)

> 5.0 (0.197) to < 15.0 (0.591)

± 0.1t

≥ 15.0 (0.591)

± 1.5 (0.060)

a If the purchase order specifies a minus tolerance for wall thickness smaller than the applicable value given in this table, the plus tolerance for wall thickness shall be increased by an amount sufficient to maintain the applicable tolerance range.

b For pipe with D ≥ 355.6 mm (14.000 in.) and t ≥ 25.0 mm (0.984 in.), the wall thickness tolerance locally may exceed the plus tolerance for wall thickness by an additional 0.05t, provided that the plus tolerance for mass (see 9.14) is not exceeded.

c The plus tolerance for wall thickness does not apply to the weld area.

d See 9.13.2 for additional restrictions.

What Is the Difference Between PSL 1 and PSL 2?

PSL 1 and PSL 2 Are Two Different Grades Within the API Standard, With PSL 2 Having More Testing Requirements, And PSL 2 Piping Being Weighed, So Wall Thickness Control Is More Uniform and Stringent.

What Is the Difference Between Linepipe And OCTG?

OCTG Caliber Wall Thickness and Linepipe Are Not the Same, OCTG According to the Inch Caliber Calculation, Linepipe Follows ANSI B36.10M and ANSI B36.19M Table Standards.

What Are the End Finishes for Pipeline?

We Have Belled End,Plain End,Coupling,Flanged End and Threaded End.

Size Chart

SPECIFICATION STANDARD (LINEPIPE)
Normal Diameter		OD(MM)	WT(MM)
A(MM)	B(INCH)	ASME	STD	SCH40	SCH40S	XS	SCH80	SCH160
6	1/8″	10.29	1.73	1.73	1.73	2.41	2.41
8	1/4″	13.72	2.24	2.24	2.24	3.02	3.02
10	3/8″	17.14	2.31	2.31	2.31	3.2	3.2
15	1/2″	21.34	2.77	2.77	2.77	3.73	3.73	4.78
20	3/4″	26.67	2.87	2.87	2.87	3.91	3.91	5.56
25	1″	33.40	3.38	3.38	3.38	4.55	4.55	6.35
32	1.1/4″	42.16	3.56	3.56	3.56	4.85	4.85	6.35
40	1.1/2″	48.26	3.68	3.68	3.68	5.08	5.08	7.14
50	2″	60.32	3.91	3.91	3.91	5.54	5.54	8.74
65	2.1/2″	73.02	5.16	5.16	5.16	7.01	7.01	9.53
80	3″	88.90	5.49	5.49	5.49	7.62	7.62	11.13
90	3.1/2″	101.60	5.74	5.74	5.74	8.08	8.08
100	4″	114.30	6.02	6.02	6.02	8.56	8.56	13.49
125	5″	141.30	6.55	6.55	6.55	9.53	9.53	15.88
150	6″	168.28	7.11	7.11	7.11	10.97	10.97	18.26
200	8″	219.08	8.18	8.18	8.18	12.7	12.7	23.01
250	10″	273.05	9.27	9.27	9.27	12.7	15.09	28.58
300	12″	323.85	9.53	10.31	9.53	12.7	17.48	33.32
350	14″	355.60	9.53	11.13	9.53	12.7	19.05	35.71
400	16″	406.40	9.53	12.7	9.53	12.7	21.44	40.49
450	18″	457.20	9.53	14.27	9.53	12.7	23.83	45.24
500	20″	508.00	9.53	15.09	9.53	12.7	26.19	50.01
550	22″	558.80	9.53			12.7	28.58	53.98
600	24″	609.60	9.53	17.48	9.53	12.7	30.96	59.54
650	26″	660.40	9.53			12.7
700	28″	711.20	9.53			12.7
750	30″	762.00	9.53			12.7
800	32″	812.00	9.53	17.48		12.7
850	34″	863.60	9.53	17.48		12.7
900	36″	914.40	9.53	19.05		12.7
950	38″	965.20	9.53			12.7
1000	40″	1016.00	9.53			12.7
1050	42″	1066.80	9.53			12.7
1100	44″	1117.60	9.53			12.7
1150	46″	1168.40	9.53			12.7
1200	48″	1219.20	9.53			12.7
1300	52″	1320.80	9.53			12.7
1350	54″	1371.60	9.53			12.7
1400	56″	1422.40	9.53			12.7
1500	60″	1524.00	9.53			12.7
1600	64″	1625.00	9.53			12.7
1700	68″	1727.20	9.53			12.7
1800	72″	1828.80	9.53			12.7
1900	76″	1930.40	9.53			12.7
2000	80″	2032.00	9.53			12.7

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SMLS—Seamless Steel Pipe

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Size Chart