Prime Updated In Stock ERW Steel Pipe Price List 2016/08/20

API 5L Q235B, ERW Steel Pipe, Carbon Steel
Outside Diameter 外径(mm)	Wall Thickness 壁厚 (mm)	Length 长度 (mtr)	Quantity 数量		REMARK 标记 Surface, End	EXW CHINA 出厂价 USD/TON 美金每吨
			PCS 根数	TON 吨位
355.6	7.5	12	21	16.22	BE, Bare pipe	483.72
508.0	9.5	12	75	105.11		497.50
API 5L Q345B, ERW Steel Pipe, Carbon Steel
Outside Diameter 外径(mm)	Wall Thickness 壁厚 (mm)	Length 长度 (mtr)	Quantity 数量		REMARK 标记 Surface, End	EXW CHINA 出厂价 USD/TON 美金每吨
			PCS 根数	TON 吨位
139.7	7.7	6.5	52	8.47	PE,Caps,Black painting	527.82
168.3	6.9	12	87	28.67		534.71
API 5L 20#, ERW Steel Pipe, Carbon Steel
Outside Diameter 外径(mm)	Wall Thickness 壁厚 (mm)	Length 长度 (mtr)	Quantity 数量		REMARK 标记 Surface, End	EXW CHINA 出厂价 USD/TON 美金每吨
			PCS 根数	TON 吨位
168.3	6.5	12	47	14.00	BE, Bare pipe	$447.89
API 5L X42, ERW Steel Pipe, Carbon Steel
Outside Diameter 外径(mm)	Wall Thickness 壁厚 (mm)	Length 长度 (mtr)	Quantity 数量		REMARK 标记 Surface, End	EXW CHINA 出厂价 USD/TON 美金每吨
			PCS 根数	TON 吨位
139.7	5.1	6.5	87	9.57	PE, Black Painting	$507.52
168.3	6.1	11.95	50	14.58		$507.52
ASTM A53  GR.B, ERW Steel Pipe, Carbon Steel
Outside Diameter 外径(mm)	Wall Thickness 壁厚 (mm)	Length 长度 (mtr)	Quantity 数量		REMARK 标记 Surface, End	EXW CHINA 出厂价 USD/TON 美金每吨
			PCS 根数	TON 吨位
60.3	4	6	130	4.00	Bare	$442.38
73	5.16	6	467	24.00		$441.00
219	7.1	12	186	82.00	Black	$441.00
168.3	6	12	300	86.00	Bare	$441.00
API 5L GR.B, ERW Steel Pipe, Carbon Steel
Outside Diameter 外径(mm)	Wall Thickness 壁厚 (mm)	Length 长度 (mtr)	Quantity 数量		REMARK 标记 Surface, End	EXW CHINA 出厂价 USD/TON 美金每吨
			PCS 根数	TON 吨位
273.0	9.3	6	20	7.26	PE,Caps,Black painting	497.50
114.3	6.0	6.5	23	2.40	BE, Black painting	464.43
219.1	8.3	6	48	12.43		471.32
273.0	9.0	6	55	19.34		501.64
355.6	9.4	11	20	17.66		489.23
406.4	12.5	11	50	66.78		503.01
42.3	3	12	50	2.00	PE,Caps,Black painting	$468.56
355.6	7.5	12	128	98.00	BE, Bare pipe	$479.59
508	9	12	78	104.00		$489.23
88.9	5.49	6	350	23.00	Bare	$427.22
42.2	3.56	12	410	16.00		$441.00
273	8.8	6	112	38.53	BE, Black Painting	$450.00
610	41.275	6	7	24.31		$475.23
406.4	16.66	6	8	7.69	BE, Light Oil	$469.83
60.3	5.54	6	1058	47.49	BE, Black Painting	$465.52
273.1	9.27	12	9.5	6.88		$445.65
355.6	12.7	12	10	12.89		$458.71
168.3	10.97	12.4	68.5	36.15		$446.32
508	9	2	78	103.66	BE, Bare	$460.50
Note:  1. The above price is based on bare pipe, for extra coating, please contact sales@primesteeltube.com;           2. The above price is based on EXW, for FOB/CIF/CFR price, please contact sales@primesteeltube.com;           3. The above price is not including any packing and end processing charge, for detailed quotation, please contact sales@primesteeltube.com;           4. The above price is only valide during August 20-27;           5. The applicapable MOQ for this price list is over 100 tons;

Usage of Steel Pipe

Transport and Service: Heavy traffic can put high amounts of pressure on roadway foundations, but the high tensile strength of carbon pipe, in addition to its elasticity and its ductility, allow it to be used safely in transport and service projects. Carbon pipe distributors know the product works well for water mains under roadways because it’s highly resistant to shock and vibration. It also tends to react more evenly when put under various degrees of fluctuating water pressure. Additionally, it can be made much thinner than pipes made from other materials. This means that it has a greater carrying capacity. Plus, it’s cheaper than copper, and the durability of carbon pipe helps decrease costs needed for repairs or replacement.

Building Homes: Carbon pipe is safe and durable. It does not need to be treated with preservatives, pesticides or glue, so it can be safer to handle when working on a home project. It’s also non-combustible, so it’s a good option for fire mitigation, and it won’t rot like some other pipes–making it resistant to common (and costly) household pests like termites. Additionally, it is a good choice in homes because it has a higher resistance to natural disasters like tornados, lightning, earthquakes and hurricanes.

Green Projects: Using carbon steel pipes makes sense for a lot of projects, but it’s also a great choice for the earth, because steel can be recycled–and it can be recycled over and over without losing any strength. The process of producing steel has also gone green, with almost half the world’s steel being produced in electric plants that use recycled scraps and generate no CO2 emissions.

We are manufacturer of Carbon Steel Pipes and supply high quality Carbon Steel Pipes in both large and small quantities worldwide & offer you the best prices in the market.

We have a team of experienced professionals with years of experience in manufacturing.

How to Weld Steel Pipe

Welding pipes is one of the simplest and most durable ways to join piping together and steel pipes can simply be welded together with MIG (metal inert gas), TIG (tungsten inert gas or SMAW (stick metal arc) welding. Before welding two pipes together, avoid any gaps between the two pipes. While welding, take measures to ensure the continual alignment of the two pipes.

1. Align the two pipes and use clamps to hold them together, if necessary.

2. Fire your welding torch or strike your welding electrode on the steel to open an arc between the welding tool and pipes. Allow the torch to form a small welding puddle on the surface of the steel, called a tack weld.

3. Move the arc slightly and create another welding puddle elsewhere on the circumference of the pipes. Continue to move the arc and create more welding puddles until you have formed a series of tack welds at regular intervals along the circumference.

4. Move the welding tool thoroughly along the circumference of the pipes creating a welding puddle that extends fully around the circumference and connects the two pipes together.

5. Extinguish the arc and allow the welding puddle several minutes to dry.

We are manufacturer of ERW Steel Pipes and supply high quality ERW Steel Pipes in both large and small quantities worldwide & offer you the best prices in the market.

We have a team of experienced professionals with years of experience in manufacturing.

Submerged Arc Welding Straight Seam Welded Steel Pipe Beveling Process

In submerged arc welding straight seam welded steel pipe beveling process, the general use

LSAW unit, LSAW pipe mill uses advanced milling technology of floating plate plate edge processing. Plate under the action of the automatic alignment device processing center line, and then in the submerged arc welding straight seam welded steel pipe beveling process, the general use LSAW unit, LSAW pipe mill using advanced milling processes floating plate plate edge processing.

SAW straight seam welded steel pipe beveling process

Plate under the action of the automatic alignment device processing center line, then pulled by a gripping means uniform feed milling device mounted on both sides of the swing axis, guided by the floating-tracking device to follow the edge of the floating plate. When the plate edges appear wavy or bent when, under the action of the float, milling Milling operations can be performed while maintaining the relative position of the edge of the plate under the same conditions, to ensure longitudinal submerged arc welding straight seam steel pipe welding groove uniformity.

We are manufacturer of Carbon Steel Pipes and supply high quality Carbon Steel Pipes in both large and small quantities worldwide & offer you the best prices in the market.

We have a team of experienced professionals with years of experience in manufacturing.

Line Pipe

Line pipe is a type of steel pipe that is used for transporting materials through pipelines across the country. Line pipe can be used to transport petroleum, natural gas, oil, and water. It is a durable pipe that must meet certain specifications and regulations. This pipe typically has a high strength and durability in order to withstand high pressures. 

What is Line Pipe

Line pipe is a type of pipe that is manufactured from high strength carbon steel. It is typically made according to metallurgical specifications that were developed by the American Petroleum Institute (API). Line pipe can be used to build pipelines that transport a variety of resources including natural gas, oil, petroleum, and water. This pipe is available in a variety of diameters ranging from 2 inches to 48 inches. Line pipe can include either seamless or welded carbon steel or stainless steel piping. Because line pipe needs to withstand high pressures, there are important tests done on line pipe to ensure it meets all of the requirements of steel chemistry, strength, toughness, and dimensional characteristics. Using line pipe that meets the set criteria will ensure safe and reliable pipeline service.The size and diameter of line pipe that is required for a pipeline can vary based on the amount of gas or liquid that a pipe is intended to carry as well as the pressures that a line pipe must withstand. For example, in most cases a mainline, the principal pipeline that delivers natural gas, will require line pipe that is around 16 to 48 inches in diameter. Smaller pipelines that deliver gas to the mainline or take gas from a mainline can be constructed of 6 to 16 inch diameter line pipe. One can determine the necessary diameter required for a pipeline by considering the volume of gas or liquid that the line pipe will be carrying as well as the pressure at which this will be transported. The thickness requirements for line pipe are determined by the maximum operating pressure required for a pipeline. This is based on published standards and federal regulations. Following proper safety regulations when selecting and installing line pipe, will ensure proper pipeline operation and prevent dangerous or hazardous situations.

We are manufacturer of Line Pipes and supply high quality Line Pipes in both large and small quantities worldwide & offer you the best prices in the market.

We have a team of experienced professionals with years of experience in manufacturing.