Steel Pipe Prices

Steel pipe prices, vary depending on steel price, pipe type, dimensions, material and vendors.

A general steel pipe price scale for February 2024:

Black pipe: 25 usd /kg – 40 usd/kg
Galvanized pipe: 35 usd/kg – 50 usd/kg
Stainless pipe: 80 usd/kg – 150 usd/kg
Seamless pipe: 50 usd/kg – 80 usd/kg
Mannesmann pipe: 60 usd/kg – 90 usd/kg

Other factors that may affect steel pipe prices:

Wall thickness: As the wall thickness increases, the price also increases.
Length: Long pipes can be more expensive than short pipes.
Quality: The prices of pipes produced from different types of steel such as S235, S355 and ST44 are also different.
Order quantity: Large quantity orders may receive a price discount.

General characteristics of steel pipes:

Durability: Steel pipes are high strength and durable products.
Long-lasting: Long-lasting when used and maintained properly.
Variety: Can be produced in different sizes, pipe types and materials.
Areas of use: It is used in many areas such as construction, machinery manufacturing, shipbuilding, and automotive industry.

Aço Pipe Types

Steel pipes are a versatile material used in a variety of applications. Types of steel pipes include:

Black pipe: This is the most common type of steel pipe and is often used for water and gas lines. The black pipe is made from seamless steel, which provides strength and durability.
Galvanized pipe: This type of steel pipe is coated with a zinc coating that protects against corrosion. Galvanized pipe is used in applications exposed to water, for example, sprinkler systems and fencing.
Stainless steel pipe: This type of steel pipe is made of an alloy that is resistant to rust and corrosion. Stainless steel tubing is used in applications where corrosion resistance is important, such as food processing, chemical processing, and marine.
Seamless pipe: This type of steel pipe is made from a single piece of steel and has no seams. Seamless pipe is used in high-pressure applications, for example, hydraulic lines and boilers.
ERW pipe: This type of steel pipe is made by joining and welding the edges of a steel strip together. ERW pipe is less expensive than black pipe and is often used in low-pressure applications.
When choosing steel pipe, it is important to consider the specific requirements of the application. For example, if protection against corrosion is important, galvanized or stainless steel pipe should be used. For a high pressure application, seamless pipe should be used.

Characteristics of Spiral and Longitudinally Welded Pipe Types

Spiral tube:

Manufacturing: Spiral pipe is produced by bending and welding a steel strip in a helical manner.

Features:

Can withstand higher pressures.
It has more flexibility.
It is longer lasting.
It is more expensive.
It is less common.
Usage areas:

High pressure liquid and gas transportation

Oil and gas drilling
water purification
sewer systems

Longitudinally Welded Pipe:

Production: Longitudinally welded pipe is produced by welding a steel strip flat.

Features:

Can withstand lower pressures.
It has less flexibility.
It is shorter lived.
It is cheaper.
It is more common.

Usage areas:

Low pressure liquid and gas transportation
Building
machinery manufacturing
Agriculture

HR Pipes	Pipes Price ListeThickness (mm) – USD / mt
EBAT (mm)	Pipes Price ListeThickness (mm) – USD / mt
EBAT (mm)	1,40	1,50	1,90	2,00	2,40	2,50	2,90	3,00	3,20	3,60	4,00	5,00	6,00	6,30	8,00 10,00
13		0,91
16		1,03
17		1,10		1,38
18		1,16
19	1,17	1,22		1,36
20		1,28		1,53
21,3		1,28	1,52	1,56		1,88
22		1,39		1,72		2,18
25		1,42		1,73		2,18		2,57
26,9		1,50	1,78	1,78	2,08	2,14		2,52
28		1,61		2,08
30		1,77		2,22
32		1,73	2,07	2,10		2,60		3,10
33,7		1,83	2,20	2,21	2,59	2,67		3,15	3,55	4,20	4,40
35		2,12		2,55		3,00
38		2,12		2,59		3,12		3,69			5,04
40		2,32		2,95		3,48		4,10			5,40
42,4	2,26	2,31	2,78	2,85		3,37		3,96	4,63	4,91	5,43
45		2,52		3,09		3,75		4,45
48,3	2,53	2,59	3,08	3,22	3,70	3,82		4,52	5,06	5,74	6,28	7,83
50		2,84		3,46		4,10		4,88			6,75	8,51
51		2,85	3,38	3,49	4,05	4,17		4,96	5,43		6,77	8,55
57		3,55		4,27		5,13		6,08			8,01	9,98
60,3		3,32	3,89	4,01	4,74	4,85	5,59	5,72	6,41	7,24	7,64	9,75
63				4,74		5,69		6,77				11,28
63,5								6,78			8,74	11,31
70		4,26		5,22		6,28		7,46			9,85	12,31
76,1		4,25		5,11	6,02	6,19	7,16	7,37	8,34	9,17	9,73	12,40
88,9		5,53		6,20		7,31	8,57	8,69		10,79	11,40	14,58	18,87
101,6				7,18		8,69		10,37		12,67	13,64	17,31	20,98
108				8,38		9,97		11,72			15,43	19,05	23,46
114,3				8,02		9,50		11,31		13,87	14,95	18,80	23,31	25,63
127						12,13		13,02			17,18	21,34	26,02		35,36
139,7						12,40		14,41			18,95	23,56	28,64		40,54
150								16,58			21,96
152						14,27		16,58			22,65	27,33
156											23,27	28,11	34,73		47,69
159								18,09			23,38	29,10	35,40
168,3								18,54			23,21	28,83	35,32		47,92
191								23,19			29,50	35,29	42,41		60,20
219,1								26,71			32,05	39,52	47,77		66,06
273											42,02	51,19	63,54		87,34	111,46
323,3												62,19	75,41		105,30

Drawn Steel Pipe Features

Drawn steel pipe is produced by bringing hot-rolled steel coils to the desired dimensions by cold drawing process. This process gives the pipe high strength, precise dimensions and a smooth surface.

Some important features of drawn steel pipes:

Durability: Drawn steel pipes are high-strength and durable products.
Precise dimensions: Drawn steel tubes can be produced to precise dimensional tolerances.
Smooth surface: Drawn steel pipes have a smooth surface.
Diversity: It can be produced in different sizes, wall thicknesses, steel types and surface coatings.
Areas of use: It is used in many areas such as automotive, machinery manufacturing, hydraulic systems, aviation and space industry.

Some disadvantages of drawn steel pipes:

It is more expensive than welded pipes.
It is more difficult to produce.
It is less common.

Steel drawn pipe types:

Seamless drawn steel pipe: These are pipes produced from a single steel ingot and have a seamless structure.

Welded drawn steel pipe: These are pipes that are produced by welding sheet metal and have a welded structure.

When choosing steel drawn pipe:

It is important to consider the specific requirements of the application.
The correct size, wall thickness, steel type and surface finish must be selected.