Wrought Steel Pipes - Bursting Pressure

Theoretical bursting and working pressure wrought steel standard, extra strong and double extra strong pipe

Sponsored Links

The bursting pressure below is based on Barlow's formula. The working pressure is based on factor 8. Dimensions are based on ASME/ANSI B36.10/19.

Standard Wrought Steel Pipes - STD - Schedule 40

Pipe Dimension
(inches)
Standard - STD - Sch. 40
Bursting Pressure
(psi)
Working Pressure
(psi)
1/2 10380 1300
3/4 8610 1080
1 8090 1010
1 1/4 6745 840
1 1/2 6100 760
2 5185 650
2 1/2 5650 710
3 4940 620
3 1/2 5610 700
4 5270 660
5 4630 580
6 4220 530
7 3940 490
8 3720 470
9 3540 445
10 3380 420
12 2930 370

Extra Strong Wrought Steel Pipes - XS - Schedule 80

Pipe Dimension
(inches)
Extra Strong - XS - Schedule 80
Bursting Pressure
(psi)
Working Pressure
(psi)
1/2 14000 1750
3/4 11730 1470
1 10890 1360
1 1/4 9200 1150
1 1/2 8420 1050
2 7340 920
2 1/2 7680 955
3 6860 860
3 1/2 7950 990
4 7480 940
5 6740 840
6 6510 810
7 6540 820
8 5770 720
9 5185 650
10 4645 580
12 3910 490

Double Extra Strong Wrought Steel Pipes - XXS

Pipe Dimension
(inches)
Double Extra Strong - XXS
Bursting Pressure
(psi)
Working Pressure
(psi)
1/2 28000 3500
3/4 23460 2930
1 21780 2720
1 1/4 18400 2300
1 1/2 16840 2110
2 14680 1840
2 1/2 15355 1920
3 13710 1710
3 1/2 15900 1990
4 14965 1870
5 13475 1690
6 13035 1630
7 11465 1430
8 10140 1270

Sponsored Links

Related Topics

Related Documents

Sponsored Links



SketchUp Engineering ToolBox - Online 3D modeling!

Free SketchUp Engineering ToolBox - enabled for use with the amazing, fun and free Google SketchUp.


Search the ToolBox

Google
Web The Engineering ToolBox

© The Engineering ToolBox 2005

8 8 6


.
Resources, Tools and Basic Information  for Engineering and Design of Technical Applications!

Resources, Tools and Basic Information for Engineering and Design of Technical Applications!

Google
Web The Engineering ToolBox