ASTM A106 Gr. B Carbon Steel Seamless Pipes

Description

How to calculate a steel pipe theoretic weight
Measuring Out Diameter
The weight of a pipe depends on the weight density of the material that composes the pipe as well as the physical volume of the pipe. Weight density measures the amount of compactness of the pipe material expressed in pounds per cubic foot.
The volume of a pipe equals its surface area times its thickness. Specifically, the surface area of a pipe is the same as a cylinder and equals the number of square inches that can cover the curved sides of the pipe.

Calculate the weight of round pipe and Special Section Tubes

T.W.=*4.*5*(1.*6*SW*1.*1*S)*S/***0

Gather the necessary information.

You will need to know the outside diameter of the pipe. This is the distance of a straight line that runs through the center of the pipe and connects two points on the pipe\'s surface. You will also need to know the wall thickness of the pipe. Both of these measurements should be taken in inches. The final thing that you will need to know is the length of the pipe. This last measurement should be taken in feet.
Subtract the pipe\'s wall thickness from the pipe\'s outside diameter. For example, if you had a pipe with a diameter of six inches and a wall thickness of two inches, you would subtract two from six to get four.

Pipe Weight Calculator - Imperial and Metric
Pipe Weight Formula - This formula can be used to determine the weight per foot for any size of pipe with any wall thickness.
The imperial formula is:
Wt/Ft = *0.*9*(OD - Wall Thickness)*Wall Thickness
The weight of any tube can be calculated with the following formulas. Simply multiply the appropriate alloy density by the calculation shown below of the required part.

Imperial	Example
density (lbs/in³)	0.**4 lbs/in³
x
(OD² - (OD - 2xT)²)	(3.0 in² - (3.0 in - 2x0.**2 in)²)
x
Length	*2in
x
Ï€/4
=
weight	0.**2  lbs

* Totals should be used as an estimate of weight.

Metric	Example
density (g/cm³)	7.*5g/cm³
x
(OD² - (OD - 2xT)²)	(*0.0 mm² - (*0.0 mm - 2x1.0 mm)²)
x
Length	1m
x
Ï€/***0
=
weight	1.**9 kg

* Totals should be used as an estimate of weight.to change this html

Wall thickness tolerance of steel pipe
Seamless pipes are extensively applied for the nuclear device, gas, petrochemical, ship building and boiler industries. seamless pipes dominates *5% of market share in Chinese boiler industry.

Types	Sizes		allowed tolerance
			Ordinary steel pipe	Senior steel pipe
Hot rolled	Out diameter	<*0</td>	± 0.*0 mm	± 0.*0 mm
		≥*0	± 1 %	± 0.*5 %
	Wall thickness	<4</td>	± *2.5 %	± *0 %
		***0	**5% **2.5% Â	± *0 %
		≥*0	± *2.5 %	± *0 %
Cold drawn	Out diameter	***0	± 0.*0 mmÂ	± 0.*0 mm
		>****0	± 0.*0 mm	± 0.*0 mmÂ
		>****0	± 0.*5 mm	± 0.*5 mmÂ
		>*0	± 1 %	± 0.5 %
	Wall thickness	≤1	± 0.*5 mm	± 0.*2 mm
		**3	+ *5 % - *0 %Â	± *0 %
		>3	+ *2.5 - *0 %	± *0 %

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Is seamless pipe stronger than welded?
Welded pipes are typically more cost effective than their seamless equivalents. Welded pipes are usually more readily available than seamless. The longer lead time required for seamless pipes can not only make timing problematic, but it also allows more time for the price of the materials to fluctuate