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Line Pipe Schedule 10 Dimension, Weight and Thickness Chart

Oilfield Chart - Line Pipe Schedule 10 Dimension, Weight and Thickness Chart

Line pipe are essential tools in the petroleum industry. They are of vital importance to the oil production process as well as to other operations that require the transport of gas or liquid.

As they have a variety of uses, they are manufactured in different sizes or dimensions. As a result of these differences, line pipe vary in areas like weight and thickness but are nonetheless made to be durable enough to withstand great amounts of pressure.

Thus, different specifications are made to identify these line pipe especially for the variety of clients that may need them. One of these specifications is the line pipe schedule.

Line Pipe Schedule

The line pipe schedule describes the thickness of the wall of the pipe as well as its inside diameter. Aside from describing the size of the tubing, the line pipe schedule can be used to classify the line pipe for different amounts of pressure (high or low) and for different amounts of temperature.

What is important to note is that as the number of the schedule increases, the wall thickness becomes greater. While the schedule number may be the same for different sizes of pipe, the actual wall thickness may be different. One of these line pipe schedule numbers is line pipe schedule 10 as seen on the Line Pipe Schedule 10 Dimension, Weight and Thickness Chart.

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Line Pipe Schedule 10 Dimension, Weight and Thickness Chart

	Nom. Size (in)	OD (in)	OD (mm)	Wall Thkns (in)	Wall Thkns (mm)	Wgt (lb/ft)	Wgt (kg/m)
wdt_ID	Nom. Size (in)	OD (in)	OD (mm)	Wall Thkns (in)	Wall Thkns (mm)	Wgt (lb/ft)	Wgt (kg/m)
1	1/8	0.41	10.3	0.049	1.24	0.19	0.28
2	1/4	0.54	13.7	0.065	1.65	0.33	0.49
3	3/8	0.68	17.1	0.065	1.65	0.42	0.63
4	1/2	0.84	21.3	0.083	2.11	0.67	1
5	3/4	1.05	26.7	0.083	2.11	0.86	1.28
6	1	1.32	33.4	0.109	2.77	1.4	2.09
7	1 1/4	1.66	42.2	0.109	2.77	1.81	2.7
8	1 1/2	1.9	48.3	0.109	2.77	2.09	3.11
9	2	2.375	60.3	0.109	2.77	2.64	3.93
10	2 1/2	2.875	73	0.12	3.05	3.53	5.26

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Line Pipe Schedule 10 Dimension, Weight and Thickness Chart

	Nom. Size (in)	OD (in)	OD (mm)	Wall Thkns (in)	Wall Thkns (mm)	Wgt (lb/ft)	Wgt (kg/m)
wdt_ID	Nom. Size (in)	OD (in)	OD (mm)	Wall Thkns (in)	Wall Thkns (mm)	Wgt (lb/ft)	Wgt (kg/m)
1	1/8	0.41	10.3	0.049	1.24	0.19	0.28
2	1/4	0.54	13.7	0.065	1.65	0.33	0.49
3	3/8	0.68	17.1	0.065	1.65	0.42	0.63
4	1/2	0.84	21.3	0.083	2.11	0.67	1
5	3/4	1.05	26.7	0.083	2.11	0.86	1.28
6	1	1.32	33.4	0.109	2.77	1.4	2.09
7	1 1/4	1.66	42.2	0.109	2.77	1.81	2.7
8	1 1/2	1.9	48.3	0.109	2.77	2.09	3.11
9	2	2.375	60.3	0.109	2.77	2.64	3.93
10	2 1/2	2.875	73	0.12	3.05	3.53	5.26

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Line Pipe Schedule 10 Dimension, Weight and Thickness Chart Terms:

In the Line Pipe Schedule 10 Dimension, Weight and Thickness Chart, there are four key terms: 1. nominal size (in inches), 2. outside diameter (both in inches and millimeters), 3. wall thickness (both in inches and millimeters), and 4. weight (both in pounds per feet and kilograms per meter). The nominal size is used as the primary specification for the pipe, as its value is based on a set of non-specific standard sizes for line pipe.

Along with the ‘universal nominal size’, the outside diameter is used to specify the line pipe because it determines the overall dimensions and capacity of a line pipe. The two remaining terms on the Line Pipe Schedule 10 Dimension, Weight and Thickness Chart–the wall thickness and weight–are basically factors that depend on the nominal size and outside diameter that are specified to identify the strength of the line pipe.

Line Pipe Schedule 10 Dimension, Weight and Thickness Chart Abbreviations:

OD – Outside Diameter
in – inches
mm – millimeter
lb/ft – pounds per feet
kg/m – kilogram per meter
Wgt – Weight
Nom. Size – Nominal Size
Wall Thkns – Wall Thickness

Go here if you are looking for the Line Pipe Schedule 20 Dimension, Weight and Thickness Chart.

The Oilfield Equipment related post Line Pipe Schedule 10 Dimension, Weight and Thickness Chart is from Flowtech Energy. Looking for Oilfield Equipment including New, Used, Remanufactured and Surplus Oilfield Supply, check out our inventory or call our toll free number at 877-645-6693 for more information.

From https://www.flowtechenergy.com/charts/line-pipe-schedule-10-dimension-weight-and-thickness-chart/

Line Pipe Schedule 20 Dimension, Weight and Thickness Chart

Oilfield Chart - Line Pipe Schedule 20 Dimension, Weight and Thickness Chart

Line pipe is of much use in the petroleum industry. Evidently, they are of vital importance in the oil production process as well as in other operations that require the transport of gases or liquids moving with great pressure.

As they have a variety of uses, they are also manufactured in different sizes or dimensions. As a result of these differences, line pipe varies in areas like weight and thickness but is nonetheless made to be durable to withstand great amounts of pressure. Thus, different specifications are made to differentiate and identify this line pipe especially for the variety of clients who may need them. One of these specifications is the line pipe schedule.

Line Pipe Schedule

The line pipe schedule is basically used to describe the size of the line pipe. The schedule number relates to the wall thickness of the pipe such that when the number of the schedule increases, the wall thickness becomes greater, too. Thus, the line pipe schedule defines the strength of the pipe used.

It is important to note that while the schedule number may be the same for different sizes of pipes, the actual wall thickness may be different. The line pipe schedule number is defined as a result of the internal working pressure in the line pipe and the allowable stress for the material used in the construction. One of these line pipe schedule numbers is line pipe schedule 20, as seen on the diagram below, entitled Line Pipe Schedule 20 Dimension, Weight, and Thickness Chart.

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Line Pipe Schedule 20 Dimension, Weight and Thickness Chart

	Nom. Size (in)	OD (in)	OD (mm)	Wall Thkns (in)	Wall Thkns (mm)	Wgt (lb/ft)	Wgt (kg/m)
wdt_ID	Nom. Size (in)	OD (in)	OD (mm)	Wall Thkns (in)	Wall Thkns (mm)	Wgt (lb/ft)	Wgt (kg/m)
1	8	8.625	219.1	0.25	6.35	22.36	33.31
2	10	10.75	273	0.25	6.35	28.04	41.77
3	12	12.75	323.8	0.25	6.35	33.38	49.73
4	14	14	355.6	0.312	7.92	45.61	67.9
5	16	16	406.4	0.312	7.92	52.27	77.83
6	18	18	457	0.312	7.92	58.94	87.71
7	20	20	508	0.375	9.53	78.6	117.15
8	22	22	559	0.375	9.53	86.61	129.13
9	24	24	610	0.375	9.53	94.62	141.12
10	26	26	660	0.5	12.7	136.17	202.72

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Line Pipe Schedule 20 Dimension, Weight and Thickness Chart

	Nom. Size (in)	OD (in)	OD (mm)	Wall Thkns (in)	Wall Thkns (mm)	Wgt (lb/ft)	Wgt (kg/m)
wdt_ID	Nom. Size (in)	OD (in)	OD (mm)	Wall Thkns (in)	Wall Thkns (mm)	Wgt (lb/ft)	Wgt (kg/m)
1	8	8.625	219.1	0.25	6.35	22.36	33.31
2	10	10.75	273	0.25	6.35	28.04	41.77
3	12	12.75	323.8	0.25	6.35	33.38	49.73
4	14	14	355.6	0.312	7.92	45.61	67.9
5	16	16	406.4	0.312	7.92	52.27	77.83
6	18	18	457	0.312	7.92	58.94	87.71
7	20	20	508	0.375	9.53	78.6	117.15
8	22	22	559	0.375	9.53	86.61	129.13
9	24	24	610	0.375	9.53	94.62	141.12
10	26	26	660	0.5	12.7	136.17	202.72

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Line Pipe Schedule 20 Dimension, Weight and Thickness Chart Abbreviations:

OD – Outside Diameter
in – inches
mm – millimeter
lb/ft – pounds per feet
kg/m – kilogram per meter
Wgt – Weight
Nom. Size – Nominal Size
Wall Thkns – Wall Thickness

Line Pipe Schedule Terms

In the Line Pipe Schedule 20 Dimension, Weight and Thickness Chart, there are four key terms used:

Nominal size (in inches) is used as the primary specification for the pipe, as its value is based on a set of non-specific standard sizes for line pipe.
Outside diameter (both in inches and millimeters) is used to specify the line pipe and determines the overall dimensions and capacity of the line pipe.
Wall thickness can be measured both in inches and millimeters.
Weight is measured both in pounds per feet and kilograms per meter.

The wall thickness and weight are factors that depend on the nominal size and outside diameter that are specified. They identify the strength of the line pipe.

Go here if you are looking for the Line Pipe Schedule 5 Dimension, Weight and Thickness Chart.

The Oilfield Equipment related post Line Pipe Schedule 20 Dimension, Weight and Thickness Chart is from Flowtech Energy. Looking for Oilfield Equipment including New, Used, Remanufactured and Surplus Oilfield Supply, check out our inventory or call our toll free number at 877-645-6693 for more information.

From https://www.flowtechenergy.com/charts/line-pipe-schedule-20-dimension-weight-and-thickness-chart/

Line Pipe Schedule 60 Dimension, Weight and Thickness Chart

Oilfield Chart - Line Pipe Schedule 60 Dimension, Weight and Thickness Chart

Pipes used in the drilling of gas and oil wells are meant for carrying fluid under certain kinds of pressure from internal or external factors, sometimes both. To withstand fluid pressure and for the pipes to carry out their functions efficiently, they must be made sufficiently stronger.

The strength of pipes depends mainly on wall thickness. The necessity to use pipes that can sustain pressurized fluid led to the development of standard pipe sizes.

Decades ago, line pipe sizes were limited to three standards: Extra-Strong (XS), Standard Weight (STD), and Double Extra Strong (XXS). With modernization, there was a need to develop other standards to meet the changing requirements dictated by the industry.

Pipe Schedule

Pipe schedule basically describes a pipe’s thickness and is identified by the abbreviation SCH. Under the standard API 5L and ANSI/ASME B36.10 M, the most common schedules consist of the following: 5, 10, 20, 30, 40, 60, 80, 100, 120, 140 and 160. The most popular of the line pipe schedules is 40 while 5, 60, 100, 120 and 140 are seldom used.

Line Pipe Comparative Sizes, Schedules and Wall Thickness

Pipe size is normally the Nominal Pipe Size (NPS), so for a 6-inch pipe, 6 inches is its nominal size. For NPS 14 and above, the outside diameter (OD) will be the same as the NPS.

The OD for all pipe sizes is fixed. When the schedule or wall thickness varies, this has an implication on the inside diameter (ID). An increase in the schedule number increases the wall thickness but inversely reduces the actual bore. This makes the ID almost equal to the pipe’s nominal size.

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Line Pipe Schedule 60 Dimension, Weight and Thickness Chart

	Nom. Size (in)	OD (in)	OD (mm)	Wall Thkns (in)	Wall Thkns (mm)	Wgt (lb/ft)	Wgt (kg/m)
wdt_ID	Nom. Size (in)	OD (in)	OD (mm)	Wall Thkns (in)	Wall Thkns (mm)	Wgt (lb/ft)	Wgt (kg/m)
1	8	8.625	219.1	0.406	10.31	35.64	53.08
2	10	10.75	273	0.5	12.7	54.74	81.55
3	12	12.75	323.8	0.562	14.27	73.15	108.96
4	14	14	355.6	0.594	15.09	85.05	126.71
5	16	16	406.4	0.656	16.66	107.5	160.12
6	18	18	457	0.75	19.05	138.17	205.74
7	20	20	508	0.812	20.62	166.4	247.83
8	22	22	559	0.875	22.23	197.41	294.25
9	24	24	610	0.969	24.61	238.35	355.26

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Line Pipe Schedule 60 Dimension, Weight and Thickness Chart

	Nom. Size (in)	OD (in)	OD (mm)	Wall Thkns (in)	Wall Thkns (mm)	Wgt (lb/ft)	Wgt (kg/m)
wdt_ID	Nom. Size (in)	OD (in)	OD (mm)	Wall Thkns (in)	Wall Thkns (mm)	Wgt (lb/ft)	Wgt (kg/m)
1	8	8.625	219.1	0.406	10.31	35.64	53.08
2	10	10.75	273	0.5	12.7	54.74	81.55
3	12	12.75	323.8	0.562	14.27	73.15	108.96
4	14	14	355.6	0.594	15.09	85.05	126.71
5	16	16	406.4	0.656	16.66	107.5	160.12
6	18	18	457	0.75	19.05	138.17	205.74
7	20	20	508	0.812	20.62	166.4	247.83
8	22	22	559	0.875	22.23	197.41	294.25
9	24	24	610	0.969	24.61	238.35	355.26

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The Line Pipe Schedule 60 Dimension, Weight and Thickness Chart shown above includes dimensional measurements in inches and millimeters. Weight is expressed in either pounds per foot or kilogram per meter.

The schedule number is determined using the following equation:

Schedule Number = (1,000) (P/S), where:

P – indicates the internal working pressure in pounds per inch, and
S – indicates the allowable stress in pounds per inch

Line Pipe Schedule 60 Dimension, Weight and Thickness Chart Abbreviations:

mm – millimeter
lb/ft – pounds per feet
kg/m – kilogram per meter

Line Pipe Standard Specifications

The manufacture of line pipe follows the most common specifications developed by organizations responsible for standardizations:

The API Spec 5L, for line pipe specification
ASME/ANSI B36.10M, for welded and seamless wrought steel pipe
ASME/ANSI B36.19, for stainless steel pipes

API stands for the American Petroleum Institute while ASME stands for the American Society of Mechanical Engineers and ANSI refers to the American National Standards Institute.

Go here if you are looking for the Line Pipe Schedule 80 Dimension, Weight and Thickness Chart.

The Oilfield Equipment related post Line Pipe Schedule 60 Dimension, Weight and Thickness Chart is from Flowtech Energy. Looking for Oilfield Equipment including New, Used, Remanufactured and Surplus Oilfield Supply, check out our inventory or call our toll free number at 877-645-6693 for more information.

From https://www.flowtechenergy.com/charts/line-pipe-schedule-60-dimension-weight-and-thickness-chart/

Line Pipe Schedule 80 Dimension, Weight and Thickness Chart

oilfield Chart - Line Pipe Schedule 80 Dimension, Weight and Thickness Chart

The line pipe’s major function in the oil and gas industry is the transmission or conveyance of fluids. Generally, the transport of fluid is conducted under a certain level of pressure which makes the internal diameter (ID) a critical line pipe dimension.

The ID changes with the wall thickness of the pipe such that as the wall thickens, it effectively decreases the ID. While certain schedules have the same outside diameter, which is fixed, they correspond to a series of different wall thicknesses which are necessary to bear the fluid’s pressure during transmission. Such are shown in the chart of line pipe schedule 80 dimension, weight, and thickness.

Pipe Schedules

The pipe schedules available in the market are manufactured based on specifications that are compliant with standards set by organizations such as the Association of American Mechanical Engineers (ASME). The pipe can be seamless, welded wrought steel, or the costlier stainless steel. The schedules are presented as numbers prefixed by SCH and suffixed with the letter ‘S’ if this is stainless steel pipe.

The most commonly used are pipe schedule 40 and 80; they are manufactured in large volume or quantities. While these are the most in-demand schedules, the latter is thicker than the former. The features of pipe schedule 80 are outlined in the line pipe schedule 80 dimension, weight, and thickness table shown below.

Simply put, the larger the number is, the thicker the surface wall and the higher the pipe’s resistance become. The schedule number is computed by coming up with an approximate value using the following formula:

Schedule Number = P/S x 1000

Where: P stands for design pressure, while S is the allowable stress of material expressed in pounds per square inch or psi.

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Line Pipe Schedule 80 Dimension, Weight and Thickness Chart

	Nom. Size (in)	OD (in)	OD (mm)	Wall Thkns (in)	Wall Thkns (mm)	Wgt (lb/ft)	Wgt (kg/m)
wdt_ID	Nom. Size (in)	OD (in)	OD (mm)	Wall Thkns (in)	Wall Thkns (mm)	Wgt (lb/ft)	Wgt (kg/m)
1	1/8	0.405	10.3	0.095	2.41	0.31	0.47
2	1/4	0.54	13.7	0.119	3.02	0.54	0.8
3	1/2	0.84	21.3	0.147	3.73	1.09	1.62
4	3/4	1.05	26.7	0.154	3.91	1.47	2.2
5	1	1.315	33.4	0.179	4.55	2.17	3.24
6	1 1/4	1.66	42.2	0.191	4.85	3	4.47
7	1 1/2	1.9	48.3	0.2	5.08	3.63	5.41
8	2	2.375	60.3	0.218	5.54	5.02	7.48
9	2 1/2	2.875	73	0.276	7.01	7.66	11.41
10	3	3.5	88.9	0.3	7.62	10.25	15.27

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Line Pipe Schedule 80 Dimension, Weight and Thickness Chart

	Nom. Size (in)	OD (in)	OD (mm)	Wall Thkns (in)	Wall Thkns (mm)	Wgt (lb/ft)	Wgt (kg/m)
wdt_ID	Nom. Size (in)	OD (in)	OD (mm)	Wall Thkns (in)	Wall Thkns (mm)	Wgt (lb/ft)	Wgt (kg/m)
1	1/8	0.405	10.3	0.095	2.41	0.31	0.47
2	1/4	0.54	13.7	0.119	3.02	0.54	0.8
3	1/2	0.84	21.3	0.147	3.73	1.09	1.62
4	3/4	1.05	26.7	0.154	3.91	1.47	2.2
5	1	1.315	33.4	0.179	4.55	2.17	3.24
6	1 1/4	1.66	42.2	0.191	4.85	3	4.47
7	1 1/2	1.9	48.3	0.2	5.08	3.63	5.41
8	2	2.375	60.3	0.218	5.54	5.02	7.48
9	2 1/2	2.875	73	0.276	7.01	7.66	11.41
10	3	3.5	88.9	0.3	7.62	10.25	15.27

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Pipe Dimensions

Based on the above chart, steel pipe’s dimensions include the outer diameter or OD, wall thickness or WT, and length which ranges from 20 ft or 6 meters to 40 ft or 12 meters.

Given these dimensions, the weight of the pipe, the amount of pressure it can withstand, and its cost per foot or meter can be calculated.

Pipe dimensions can be expressed as follows:

Wall thickness can be expressed as pipe schedule
Diameters can be expressed as the nominal pipe size (NPS) which is the standard used in nominal diameter (DN)
Pipe weight class (WGT) can be expressed in pounds per foot or kilogram per meter

Line Pipe Schedule 80 Dimension, Weight and Thickness Chart Abbreviations:

OD – Outside Diameter
in – inches
mm – millimeter
lb/ft – pounds per feet
kg/m – kilogram per meter
Wgt – Weight
Nom. Size – Nominal Size
Wall Thkns – Wall Thickness

Go here if you are looking for the Line Pipe Schedule 30 Dimension, Weight and Thickness Chart.

The Oilfield Equipment related post Line Pipe Schedule 80 Dimension, Weight and Thickness Chart is from Flowtech Energy. Looking for Oilfield Equipment including New, Used, Remanufactured and Surplus Oilfield Supply, check out our inventory or call our toll free number at 877-645-6693 for more information.

From https://www.flowtechenergy.com/charts/line-pipe-schedule-80-dimension-weight-and-thickness-chart/

Line Pipe Schedule 140 Dimension, Weight and Thickness Chart

Oilfield Chart - Line Pipe Schedule 140 Dimension, Weight and Thickness Chart Piping schedule refers to the pipe’s thickness. Schedule 140 is a pipe’s thickness designator. The American Society of Mechanical Engineers assigned the schedule number to combine the pipe’s diameter and wall thickness. It replaces and simplifies the old system where line pipe is available in only three sizes such as double extra-strong (XXS), standard weight (STD), and extra-strong (XS) – all based on the iron pipe size or IPS system.

The schedule number (140) is equivalent to the pressure and stress that are both measured in pounds per square inch (psi).

Schedule number = p/s

P – the service pressure
S – the allowable stress

Line Pipe Schedule 140 Dimension, Weight, and Thickness Chart

The Line Pipe Schedule 140 Dimension, Weight, and Thickness Chart shows the exact numerical values for each nominal size and corresponding dimensions (diameter, thickness) and weight. The chart or table is useful for specifying the best pipe for drilling completion. It allows one to determine the pipe that is compatible with other drill pipe components, as well as the pipe that is best for certain underground conditions.

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Line Pipe Schedule 140 Dimension, Weight and Thickness Chart

	Nom. Size (in)	OD (in)	OD (mm)	Wall Thkns (in)	Wall Thkns (mm)	Wgt (lb/ft)	Wgt (kg/m)
wdt_ID	Nom. Size (in)	OD (in)	OD (mm)	Wall Thkns (in)	Wall Thkns (mm)	Wgt (lb/ft)	Wgt (kg/m)
1	8	8.625	219.1	0.812	20.62	67.76	100.92
2	10	10.75	273	1	25.4	104.13	155.15
3	12	12.75	323.8	1.125	28.58	139.67	208.14
4	14	14	355.6	1.25	31.75	170.21	253.56
5	16	16	406.4	1.438	36.53	223.64	333.19
6	18	18	457	1.562	39.67	274.22	408.26
7	20	20	508	1.75	44.45	341.09	508.11
8	22	22	559	1.875	47.63	403	600.63
9	24	24	610	2.062	52.37	483.12	720.15

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Line Pipe Schedule 140 Dimension, Weight and Thickness Chart

	Nom. Size (in)	OD (in)	OD (mm)	Wall Thkns (in)	Wall Thkns (mm)	Wgt (lb/ft)	Wgt (kg/m)
wdt_ID	Nom. Size (in)	OD (in)	OD (mm)	Wall Thkns (in)	Wall Thkns (mm)	Wgt (lb/ft)	Wgt (kg/m)
1	8	8.625	219.1	0.812	20.62	67.76	100.92
2	10	10.75	273	1	25.4	104.13	155.15
3	12	12.75	323.8	1.125	28.58	139.67	208.14
4	14	14	355.6	1.25	31.75	170.21	253.56
5	16	16	406.4	1.438	36.53	223.64	333.19
6	18	18	457	1.562	39.67	274.22	408.26
7	20	20	508	1.75	44.45	341.09	508.11
8	22	22	559	1.875	47.63	403	600.63
9	24	24	610	2.062	52.37	483.12	720.15

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Line Pipe SCH 140: Definition of Dimensional Values

The Table for Line Pipe Schedule 140 Dimension, Weight, and Thickness constitutes rows for nominal sizes and columns for dimensional values.

Nominal size is the non-specific term used for non-approximate values. It refers to the outside diameter. A 2 nominal pipe size means a pipe with 2.375 inches on its outside diameter regardless of wall thickness. An increase in the schedule (SCH) increments the mechanical pipe strength and allows it to withstand higher pressures.

Outside diameter is the measurement from the outer wall to the other side – top to bottom and left to right. To calculate the outside diameter, use this formula:

Outside diameter = ID + Wall thickness (2x)

Wall thickness is expressed in pipe schedule. The wall thickness measures the pipe’s wall in inches or millimeters. To calculate the wall thickness based on ID and OD, here is the formula:

Wall thickness = ID – OD / 2

Weight defines the pipe’s weight per foot or pound.

Line Pipe Schedule 140 Dimensions

The Line Pipe Schedule 140 Dimension, Thickness, and Weight Table shows that an increase in nominal size also increments the outside diameter (millimeters), wall thickness (inches and millimeter), and weight (kg/m) except for the outside diameter.

For example, in stainless steel pipes and tubes, the formula for Outer Diameter would be the following:

OD (mm) – W.T (mm) X W.T (mm) x 0.02466 = kilogram per meter.

Line Pipe Schedule 140 Dimensions Chart Abbreviations:

OD – Outside Diameter
in – inches
mm – millimeter
lb/ft – pounds per feet
kg/m – kilogram per meter
Wgt – Weight
Nom. Size – Nominal Size
Wall Thkns – Wall Thickness

Go here if you are looking for the Line Pipe Schedule 160 Dimension, Weight and Thickness Chart

The Oilfield Equipment related post Line Pipe Schedule 140 Dimension, Weight and Thickness Chart is from Flowtech Energy. Looking for Oilfield Equipment including New, Used, Remanufactured and Surplus Oilfield Supply, check out our inventory or call our toll free number at 877-645-6693 for more information.

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Line Pipe Schedule 160 Dimension, Weight and Thickness Chart

Oilfield Chart - Line Pipe Schedule 160 Dimension, Weight and Thickness Chart

Line Pipe Schedule 160 Dimension, Weight and Thickness Chart contains fact-based information on line pipe. Specific structural data about the line pipe is valuable as they represent the pipe’s strength, limitation, and suitability to certain situations.

Line pipe schedules are commonly used to determine the thickness of the pipe. In the pipe industry, as the figure increases, so does the pipe’s diameter. While the pipe schedule can be similar with various pipe sizes, its thickness still varies.

Line Pipe Schedule 160 Dimension, Weight, and Thickness Discussion

The function of the pipe is to carry and transport fluid from its source area. Given this, the pipe’s internal diameter is considered a critical dimension. In the past, there were three pipe wall thickness standards being followed:

Standard or STD
Extra Strong or XS
Double Extra Strong or XXS

However, these were not suitable for all the applications. The pipe chart has been revised and international institutions came up with pipe schedules. There are now 11 schedule numbers typically used: 5, 10, 20, 30, 40, 60, 80, 100, 120, 140, and 160.

These are the standards given by prominent institutions such as ANSI (American National Standards Institute), ASME (American Society of Mechanical Engineers), and API (American Petroleum Institute). SCH 40 is popular and preferred more for pipe that measures 8 inches or below, while pipe schedules 5, 60,100, 120 and 140 are rarely utilized.

Certain factors are considered first when pipe is involved in a project. In the revised pipe chart, STD is equivalent to SCH for NPS 10 while XS is identical to pipe schedule 80 for NPS 8. The strongest and most efficient is comparable to SCH 160 from NPS 60.

The schedules are usually calculated using this expression:

SCH Number = (1,000) (P/S)

P – the internal pressure

S – the stress that is allowed for the material

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Line Pipe Schedule 160 Dimension, Weight and Thickness Chart

	Nom. Size (in)	OD (in)	OD (mm)	Wall Thkns (in)	Wall Thkns (mm)	Wgt (lb/ft)	Wgt (kg/m)
wdt_ID	Nom. Size (in)	OD (in)	OD (mm)	Wall Thkns (in)	Wall Thkns (mm)	Wgt (lb/ft)	Wgt (kg/m)
1	1/2	0.84	21.3	0.188	4.78	1.31	1.95
2	3/4	1.05	26.7	0.219	5.56	1.94	2.9
3	1	1.32	33.4	0.25	6.35	2.84	4.24
4	1 1/4	1.66	42.2	0.25	6.35	3.76	5.61
5	1 1/2	1.9	48.3	0.281	7.14	4.86	7.25
6	2	2.375	60.3	0.344	8.74	7.46	11.11
7	2 1/2	2.875	73	0.375	9.53	10.01	14.92
8	3	3.5	88.9	0.438	11.13	14.32	21.35
9	4	4.5	114.3	0.531	13.49	22.51	33.54
10	5	5.563	141.3	0.625	15.88	32.96	49.11

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Line Pipe Schedule 160 Dimension, Weight and Thickness Chart

	Nom. Size (in)	OD (in)	OD (mm)	Wall Thkns (in)	Wall Thkns (mm)	Wgt (lb/ft)	Wgt (kg/m)
wdt_ID	Nom. Size (in)	OD (in)	OD (mm)	Wall Thkns (in)	Wall Thkns (mm)	Wgt (lb/ft)	Wgt (kg/m)
1	1/2	0.84	21.3	0.188	4.78	1.31	1.95
2	3/4	1.05	26.7	0.219	5.56	1.94	2.9
3	1	1.32	33.4	0.25	6.35	2.84	4.24
4	1 1/4	1.66	42.2	0.25	6.35	3.76	5.61
5	1 1/2	1.9	48.3	0.281	7.14	4.86	7.25
6	2	2.375	60.3	0.344	8.74	7.46	11.11
7	2 1/2	2.875	73	0.375	9.53	10.01	14.92
8	3	3.5	88.9	0.438	11.13	14.32	21.35
9	4	4.5	114.3	0.531	13.49	22.51	33.54
10	5	5.563	141.3	0.625	15.88	32.96	49.11

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Line Pipe Schedule 160 Dimension, Weight and Thickness Chart Abbreviations:

OD – Outside Diameter
in – inches
mm – millimeter
lb/ft – pounds per feet
kg/m – kilogram per meter
Wgt – Weight
Nom. Size – Nominal Size
Wall Thkns – Wall Thickness

In this Line Pipe Schedule 160 Dimension, Weight, and Thickness Chart, the factors that comprise the line pipe dimension 160 are presented. These are used to determine the diameter of the pipe for different industrial purposes.

Nominal Pipe Size is an international standard implemented to follow specific pipe diameter and thickness.

Line Pipe Dimensions & Weight Metrication

O.D X 25.4 = mm
I.D x 25.4 = mm wall x 25.4 = mm
lbs/ft x 1.488 = kg/meter

Go here if you are looking for the Line Pipe Schedule 120 Dimension, Weight and Thickness Chart.

The Oilfield Equipment related post Line Pipe Schedule 160 Dimension, Weight and Thickness Chart is from Flowtech Energy. Looking for Oilfield Equipment including New, Used, Remanufactured and Surplus Oilfield Supply, check out our inventory or call our toll free number at 877-645-6693 for more information.

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Welded and Seamless Steel Pipe Schedule Weight Chart

Oilfield Chart - Welded and Seamless Steel Pipe Schedule Weight Chart The Welded and Seamless Steel Pipe Schedule Weight Chart provides an overview of the two main pipes used in the oil and gas industry. The table also provides specific information on how efficient the pipe is. Details include the accurate gallon capacity per linear foot. It also supplies data on pipe schedule or wall thickness.

Welded and Seamless Steel Pipe Schedule Weight Discussion

The line pipe manufacturing industry produces two types of pipe: welded steel pipe and seamless steel pipe. They have significant differences in terms of production cost and steel grade.

Welded steel pipe is used widely in automobiles, boilers, furniture, scaffolding, and other industries. This steel pipe is a tubular material that is made from flat plates, known as skelp that is formed to prepare for welding. To ensure high-quality standards, a radiological or ultrasonic inspection is performed together with a pressure test.

Listed below are the benefits of using welded steel pipe:

It is cost effective compared to seamless pipe
Its wall thickness is consistent
It is possible to inspect the internal surface before manufacturing

Meanwhile, seamless line pipe is made from a cylindrical bar heated to a high temperature before piercing it to make a hole through the cylinder. The roller sizes are used to create the pipe’s wall thickness and correct diameter. The process creates small diameter pipe ranging from 0.5 to 24 inches.

Here are some benefits of using seamless line pipe:

Pressure ratings are increased
It has increased strength under heavy load
It has uniform shape

Increased pressure rating is the seamless line pipe’s best benefit, as it has increased ability to resist heavy loads. While it is a bit expensive, lighter and thinner sizes can be an option to reduce the expenses.

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Welded and Seamless Steel Pipe Schedule Weight Chart

	NPS	OD	Wall Thkns	ID (in)	Wgt (ppf)	Std to XXHY
wdt_ID	NPS	OD	Wall Thkns	ID (in)	Wgt (ppf)	Std to XXHY
1	1/2	0.84	0.109	0.622	0.85	STD
2			0.147	0.546	1.09	XHY
3			0.188	0.464	1.31
4			0.294	0.252	1.72	XXHY
5	3/4	1.05	0.113	0.824	1.13	STD
6			0.154	0.742	1.48	XHY
7			0.219	0.612	1.95
8			0.308	0.434	2.44	XXHY
9	1	1.315	0.133	1.049	1.68	STD
10			0.179	0.957	2.17	XHY

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Welded and Seamless Steel Pipe Schedule Weight Chart

	NPS	OD	Wall Thkns	ID (in)	Wgt (ppf)	Std to XXHY
wdt_ID	NPS	OD	Wall Thkns	ID (in)	Wgt (ppf)	Std to XXHY
1	1/2	0.84	0.109	0.622	0.85	STD
2			0.147	0.546	1.09	XHY
3			0.188	0.464	1.31
4			0.294	0.252	1.72	XXHY
5	3/4	1.05	0.113	0.824	1.13	STD
6			0.154	0.742	1.48	XHY
7			0.219	0.612	1.95
8			0.308	0.434	2.44	XXHY
9	1	1.315	0.133	1.049	1.68	STD
10			0.179	0.957	2.17	XHY

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Welded and Seamless Steel Pipe Schedule Weight Chart – Dimensions and weights section modulus and gallons capacity per linear foot

	NPS	OD	SCH	Section Modulus	Gallon Cpty Per Linear Foot
wdt_ID	NPS	OD	SCH	Section Modulus	Gallon Cpty Per Linear Foot
1	1/2	0.84	40	0.0407	0.0158
2			80	0.0478	0.0122
3			160	0.0528	0.0088
4				0.0577	0.0026
5	3/4	1.05	40	0.0705	0.0277
6			80	0.0853	0.0225
7			160	0.1006	0.0153
8				0.1103	0.0077
9	1	1.315	40	0.1328	0.0449
10			80	0.1606	0.0374

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Welded and Seamless Steel Pipe Schedule Weight Chart – Dimensions and weights section modulus and gallons capacity per linear foot

	NPS	OD	SCH	Section Modulus	Gallon Cpty Per Linear Foot
wdt_ID	NPS	OD	SCH	Section Modulus	Gallon Cpty Per Linear Foot
1	1/2	0.84	40	0.0407	0.0158
2			80	0.0478	0.0122
3			160	0.0528	0.0088
4				0.0577	0.0026
5	3/4	1.05	40	0.0705	0.0277
6			80	0.0853	0.0225
7			160	0.1006	0.0153
8				0.1103	0.0077
9	1	1.315	40	0.1328	0.0449
10			80	0.1606	0.0374

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Terms Used:

Nominal pipe size is an international standard used to determine the diameter of a certain pipe.

Pipe schedule defines a pipe’s wall thickness. Examples include SCH: 5, 10, 20, 30, 40, 60, 80, 100, 120, 140, and 160.

O.D = Outside diameter

I.D = Inside diameter wall = Wall thickness lbs/ft = lbs/ft

STD = Standard weight.

Welded and Seamless Steel Pipe Schedule Weight Chart Abbreviations:

O.D. – Outer Diameter
I.D. – Inner Diameter
STD – Standard
SCH – Schedule
XHY – Extra Heavy
XXHY – Double Extra Heavy
NPS – Nominal Pipe Size

Pipe Size Formula:

O.D X 25.4 = mm
I.D x 25.4 = mm Wall x 25.4 = mm
Lbs./ft. x 1.488 = kg/meter

Go here if you are looking for the Line Pipe Dimensions and Schedule in Millimeters Chart (API 5L).

The Oilfield Equipment related post Welded and Seamless Steel Pipe Schedule Weight Chart is from Flowtech Energy. Looking for Oilfield Equipment including New, Used, Remanufactured and Surplus Oilfield Supply, check out our inventory or call our toll free number at 877-645-6693 for more information.

From https://www.flowtechenergy.com/charts/welded-and-seamless-steel-pipe-schedule-weight-chart/

Epoxy 1 Model Formulas Chart

Oilfield Chart - Epoxy 1 Model Formulas Chart The Epoxy 1 Model Formulas Chart shows the coating compositions and formulation categories based on epoxy resins. The table is useful for determining the correct powder coatings and their respective formulations or parts per weight.

Epoxy 1 Model Formulas Table Analysis

The Table for Epoxy 1 Model Formulas shows the weight percentage per sample as shown in letters. Each letter in the column represents the formulations or model formulas, and the parts per weight. For instance, Formula A has 100 parts per Epoxy 1 modified with Epikure P-104, Barium sulfate (filler 1), unmodified with Calcium carbonate (filler 2), and modified with Modaflow (flow control agent). The same formulation applies to the other columns.

The Epoxy 1 Model Formulas and Table shows that adducts, fillers, and additives can improve or affect the epoxy powder coating’s flexibility, resistance, performance, and durability.

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Epoxy 1 Model Formulas Chart

	Model formulas based on Epoxy 1.	A	B	C	D	E
wdt_ID	Model formulas based on Epoxy 1.	A	B	C	D	E
1	Epoxy1 (solid bisphenol A/epichlorohydrin epoxy)	100	0	100	0	0
2	Hypro 1300X8 adduct	0	100	0	100	0
3	Hypro 1300X13 adduct	0	0	0	0	100
4	Epikure P-104 (accelerated dicyandiamide curative)	4	3.5	4	3.5	3.5
5	Barium sulfate (filler 1)	35	35	0	0	35
6	Calcium carbonate (filler 2)	0	0	21.3	21.3	0
7	Modaflow (flow control agent)	1.4	1.4	1.4	1.4	1.4

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Epoxy 1 Model Formulas Chart

	Model formulas based on Epoxy 1.	A	B	C	D	E
wdt_ID	Model formulas based on Epoxy 1.	A	B	C	D	E
1	Epoxy1 (solid bisphenol A/epichlorohydrin epoxy)	100	0	100	0	0
2	Hypro 1300X8 adduct	0	100	0	100	0
3	Hypro 1300X13 adduct	0	0	0	0	100
4	Epikure P-104 (accelerated dicyandiamide curative)	4	3.5	4	3.5	3.5
5	Barium sulfate (filler 1)	35	35	0	0	35
6	Calcium carbonate (filler 2)	0	0	21.3	21.3	0
7	Modaflow (flow control agent)	1.4	1.4	1.4	1.4	1.4

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Legend:

A, B, C, D, E – represent the various model formulas

Epoxy 1 Model Formulas Chart: Definition of Terms

Epoxy

Epoxy consists of a hardener and an epoxy resin that, when mixed together in a proper formulation or combo, will produce a hard, solvent, and chemical-resistant finish. Epoxies are used in pipes, stones, metals, woods, and painted and veneer surfaces.

Filler

Filler is an epoxy used to thicken the primer epoxy, fill dings and gaps, and smooth or level surfaces.

Flow Control

Flow control Is an epoxy agent used to ensure the proper spreading of the epoxy onto the surface without any fish eye, cratering, or surface defect.

Powder Coatings

Powder coating is an adhesive applied through the electrostatic spray deposition or ESD. The powder can be a thermoset or thermoplastic polymer (a plastic material).

The following are the various types of powder coatings:

Solid Bisphenol A

This is an organic compound that is crystalline and a colorless solid. The material is often used in containers, epoxy resins, adhesive coatings, and electrical insulation.

Epichlorohydrin Epoxy

This Is a pungent, sweet, and colorless liquid used for making epoxy resins.

Hypro 1300X8 Adduct

This is an acrylonitrile copolymer – carboxyl terminated butadiene—that is used as a reactant to improve epoxy performance. Adduct means the result of addition reaction.

Hypro 1300X13 Adduct

This is a carboxyl terminated butadiene or CTBN epoxy toughener. It is used as a reactant with a base.

Epikure P-104 (Accelerated Dicyandiamide Curative)

This is a trademark that refers to a curing agent and powder epoxy curing agent.

Barium Sulfate (Filler 1)

This is a transparent inorganic compound that is used to change consistency or can become a filler. Barium sulfate is also used as pigment.

Calcium Carbonate (Filler 2)

This is a filler and pigment. It has the largest volume filler that is often used in plastic applications.

Modaflow (Flow Control Agent)

This is an additive used without adding silicone. It’s used for latex, water-reducible, and dispersion systems.

Go here if you are looking for the Coating Thickness Conversion Chart.

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Epoxy 2 Model Formulas Chart

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The pipe is usually coated with Epoxy substances to prevent corrosion. It is important that this coating is durable as well as flexible to make the pipe efficient for the transport of oil and gas.

The Epoxy 2 Model Formulas Chart presents model formulas for power coatings that are based on Epoxy 2. In general, an epoxy is an organic compound that is made of carbons linked to other elements such as nitrogen, hydrogen, or oxygen. As a result, it creates a covalent bond in which the elements share electrons to stay together.

Epoxy 2 Model Formulas Discussion

As the chart presents a model formula, it is best to discuss the specific terms used in the formula based on Epoxy 2.

Solid bisphenol A/ Epichlorohydrin is also known as BPA. It is a transparent crystalline material that belongs to a family of organic compounds. This is widely used in manufacturing polycarbonate plastics and epoxy resins. C15H16O2 is its molecular formula.

Novalac Epoxy is a type of resin utilized as an epoxy coating for pipe, floors, tanks, and electronic parts. The great advantage of this product is its high resistance to corrosion, chemical content, and temperature.

Hypro 1300X8 is a globally used reactant with thermoset resin to enhance a material’s performance. Specifically, it increases the temperature mechanical properties and crack resistance. It also improves the flexibility of thermoset resins. It is commonly used for composites, film adhesives, and polymeric intermediate for vinyl esters and epoxies.

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Epoxy 2 Model Formulas Chart

	Model formulas based on Epoxy 2.	F	G	H	I	J
wdt_ID	Model formulas based on Epoxy 2.	F	G	H	I	J
1	Epoxy 2 (solid bisphenol A/epichlorohydrin blended with novalac epoxy)	100	0	100	0	0
2	Hypro 1300X8 adduct	0	100	0	100	0
3	Hypro 1300X13 adduct	0	0	0	0	100
4	Epikure P-202 (2-methylimidazole phenolic curative)	25.4	22.1	25.4	22.1	22.1
5	Barium sulfate (filler 1)	42.3	42.3	0	0	42.3
6	Calcium carbonate (filler 2)	0	0	25.7	25.7	0
7	Modaflow (flow control agent)	1.4	1.4	1.4	1.4	1.4

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Epoxy 2 Model Formulas Chart

	Model formulas based on Epoxy 2.	F	G	H	I	J
wdt_ID	Model formulas based on Epoxy 2.	F	G	H	I	J
1	Epoxy 2 (solid bisphenol A/epichlorohydrin blended with novalac epoxy)	100	0	100	0	0
2	Hypro 1300X8 adduct	0	100	0	100	0
3	Hypro 1300X13 adduct	0	0	0	0	100
4	Epikure P-202 (2-methylimidazole phenolic curative)	25.4	22.1	25.4	22.1	22.1
5	Barium sulfate (filler 1)	42.3	42.3	0	0	42.3
6	Calcium carbonate (filler 2)	0	0	25.7	25.7	0
7	Modaflow (flow control agent)	1.4	1.4	1.4	1.4	1.4

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Legend:

F, G. H. I, J – represent the various model formulas

Other Terms used in the table

Barium Sulfate (Filler 1) is a kind of inorganic compound, with Ba SO4 as its chemical formula. This compound is known to be insoluble in water and is also odorless.

Calcium Carbonate (Filler 2) has a huge role in formulating a sealant, adhesive, and coating compound. Its presence improves relevant properties of a material.

These fillers increase abrasion resistance, thermal stability, corrosion resistance, and machinability. They also make the material flame retardant. Moreover, there are fillers that exhibit high heat dissipation characteristics and electrical conductivity. Manufacturers utilize these fillers to curtail weight and manage the viscosity while improving dimensional stability.

Modaflow (flow control agent) can greatly enhance the performance and properties of a pipe system. Here are some notable advantages:

Enhances slip which results in high damage resistance
Removes fisheyes and craters
Retains recoat adhesion and substrate
Helps in the dispersion of pigment
Enhances slip which results in high damage resistance
Removes fisheyes and craters
Retains recoat adhesion and substrate
Helps in the dispersion of pigment
Enhances leveling and flow
Improves substrate wetting
Enables volatile and air release
Curtails the number of pinholes and orange peels.

Go here if you are looking for the Epoxy 1 Model Formulas Chart.

The Oilfield Equipment related post Epoxy 2 Model Formulas Chart is from Flowtech Energy. Looking for Oilfield Equipment including New, Used, Remanufactured and Surplus Oilfield Supply, check out our inventory or call our toll free number at 877-645-6693 for more information.

From https://www.flowtechenergy.com/charts/epoxy-2-model-formulas-chart/

Drill Collar Capacity and Displacement Chart

Oilfield Chart - Drill Collar Capacity and Displacement Chart

The Drill Collar Capacities and Displacement Chart shows the numerical values for outer diameter, internal diameter, capacity, and displacements.

The table is useful for determining the correct drill collar type, knowing which drill collar is appropriate between the drill pipe and a bit, and finding the best drill collar for certain drilling conditions and completions in the gas and oil industry.

Relationship among Internal, External Diameter, Capacity, and Displacements

The Displacement and Drill Collar Capacity Table shows the relationship among the dimensions, capacity, and displacements. Both capacity and displacement increase in relation to the outer diameter and inner diameter.

An increase in outer diameter increases the inner diameter (in inches), but the inner diameter only changes slightly. It is possible for a pipe or drill collar to increase in outer diameter while keeping its inner diameter constant.

Definition of Terms

Annular volume is a fluid volume between the cylindrical objects’ two diameter length per volume.
Drill collar is a tubular connector or piece between the bit and drill pipe. The drill collar is used to pump drilling fluid through the drill string and concentrate weight to the drill bit.
Displacement refers to the volume of fluid displaced in relation to the steel volume. Water is displaced when the tube, drill pipe, and those with closed ends are put in or pulled out.
Hydrostatic pressure is the pressure made by the liquid weight in a confined space.
Pressure gradient describes a spatial definition or a direction of flow.

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Drill Collar Capacity and Displacement Chart

	DC OD (in)	DC ID (in)	DC Cpty (bbl/ft)	Steel Displ. (bbl/ft)	Closed-End (bbl/ft)
wdt_ID	DC OD (in)	DC ID (in)	DC Cpty (bbl/ft)	Steel Displ. (bbl/ft)	Closed-End (bbl/ft)
1	3 ⅛	1.250	0.00152	0.008	0.0095
2	3 ¾	1.500	0.00219	0.0115	0.0137
3	4 ⅛	2.000	0.00389	0.0126	0.0165
4	4 ¾	2.000	0.00389	0.0181	0.0219
5	6	2.250	0.00492	0.0301	0.0350
6	6 ¼	2.500	0.00607	0.0318	0.0379
7	6 1/2	2.500	0.00607	0.035	0.0410
8	8	2.813	0.00768	0.0545	0.0622
9	8 ¼	2.875	0.00803	0.0589	0.0661
10	8 1/2	2.875	0.00803	0.0622	0.0629

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Drill Collar Capacity and Displacement Chart

	DC OD (in)	DC ID (in)	DC Cpty (bbl/ft)	Steel Displ. (bbl/ft)	Closed-End (bbl/ft)
wdt_ID	DC OD (in)	DC ID (in)	DC Cpty (bbl/ft)	Steel Displ. (bbl/ft)	Closed-End (bbl/ft)
1	3 ⅛	1.250	0.00152	0.008	0.0095
2	3 ¾	1.500	0.00219	0.0115	0.0137
3	4 ⅛	2.000	0.00389	0.0126	0.0165
4	4 ¾	2.000	0.00389	0.0181	0.0219
5	6	2.250	0.00492	0.0301	0.0350
6	6 ¼	2.500	0.00607	0.0318	0.0379
7	6 1/2	2.500	0.00607	0.035	0.0410
8	8	2.813	0.00768	0.0545	0.0622
9	8 ¼	2.875	0.00803	0.0589	0.0661
10	8 1/2	2.875	0.00803	0.0622	0.0629

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The Table for Drill Collar Capacity and Displacement shows the following columns and their numerical values.

Outer Diameter (in) is the measurement from the pipe’s outer wall to the other side – from top to bottom and left to right.

OD = N + 2 / P

Inside Diameter (in) is the measurement from the pipe’s inner wall to the other side – from top to bottom and left to right.

ID = OD – Wall Thickness (2X)

Where outer diameter is subtracted by wall thickness and multiplied by 2.

Capacity refers to the measure of the drill collar’s internal area, expressed in length/volume, usually bbl/ft or gal/ft.

Displacement is measured in gallons per feet. It pertains to the volume of fluid displaced in relation to the pipe’s volume. To calculate, here is the formula:

Pipe Displacement in bbl/ft = (Outer Diameter in (2x) – Internal Diameter in (2x) – ) / 1029.4

Note: The outer diameter of the pipe (inches) and the inner diameter of the pipe are in inches. This formula is not meant for closed-end displacement.

Drill Collar Capacity and Displacement Chart Abbreviations:

OD – Outside Diameter
ID – Inside Diameter
DC Cpty – Drill Collar Capacity
bbl/ft – barrel per foot

Go here if you are looking for the Sucker Rod Chemical, Grade and Strength Chart.

The Oilfield Equipment related post Drill Collar Capacity and Displacement Chart is from Flowtech Energy. Looking for Oilfield Equipment including New, Used, Remanufactured and Surplus Oilfield Supply, check out our inventory or call our toll free number at 877-645-6693 for more information.

From https://www.flowtechenergy.com/charts/drill-collar-capacity-and-displacement-chart/