HDPE Gas Pipe
HDPE Gas Pipe
HDPE Gas Pipe
HDPE Gas Pipe
HDPE Gas Pipe
HDPE Gas Pipe
HDPE Gas Pipe
HDPE Gas Pipe
HDPE Gas Pipe
HDPE Gas Pipe
HDPE Gas Pipe
HDPE Gas Pipe
HDPE Gas Pipe
HDPE Gas Pipe
HDPE Gas Pipe
HDPE Gas Pipe

HDPE Gas Pipe

HDPE pipe is produced by high density polyethylene raw material. Uses in gaseous fuels, municipal, marine, mining, storage, canal and industrial area. HDPE pipe is strong, Environmentally, flexible and lightweight. It is the best choice with its high quality, lower cost and performance..High density polyethylene pipes resist to corrosion, abrasion and high resistance to chemical resistance. HDPE pipes with 50 years life long term being produced by CHUANGRONG based in China and are shipped more than 60 countries in the world.

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Introduction

HDPE pipe is produced by high density polyethylene raw material. Uses in gaseous fuels, municipal, marine, mining, storage, canal and industrial area. HDPE pipe is strong, Environmentally, flexible and lightweight. It is the best choice with its high quality, lower cost and performance..High density polyethylene pipes resist to corrosion, abrasion and high resistance to chemical resistance. HDPE pipes with 50 years life long term being produced by CHUANGRONG based in China and are shipped more than 60 countries in the world.

Parameter

Product Name

HDPE Gas Pipe

Sizes Available

DN 20 mm - 630mm, 1 inch - 25 inch

SDR

SDR17,SDR11,

PN

PN3,PN5,PN7

Material

PE100

Executive Standard

Executive Standard

Colors Available

Black color with orange strips

Packing Method

Normal export packing.
Pipe dia.20mm-63mm can be in coils with 50m/100m length, pipe dia. up to 63mm in bars with 5.8m/11.8m length.

Production Lead Time

Depending on the order quantity.
Normally about 5 days for 20ft container, 10 days for a 40ft container.

Certificate

ISO, CE

Supply Ability

100000 Ton/Year

Payment Method

T/T, L/C at sight

Trading Method

EXW, FOB, CFR, CIF

20mm-630mm

SDR17.6

SDR11

SDR9

20

2.3

3

3

25

2.3

3

3

32

2.3

3

3.6

40

2.3

3.7

4.5

50

2.9

4.6

5.6

63

3.6

5.8

7.1

75

4.3

6.8

8.4

90

5.2

8.2

10.1

110

6.3

10

12.3

125

7.1

11.4

14

140

8

12.7

15.7

160

9.1

14.6

17.9

180

10.3

16.4

20.1

200

11.4

18.2

22.4

225

12.8

20.5

25.2

250

14.2

22.7

27.9

280

15.9

25.4

31.3

315

17.9

28.6

35.2

355

20.2

32.3

39.7

400

22.8

36.4

44.7

450

25.6

40.9

50.3

500

28.4

45.5

55.8

560

31.9

50.9

62.5

630

35.8

57.3

70.3

Application

  • 1. Municipal Natural Gas Distribution Networks​​

    This is the most common application. HDPE pipes are used as the main backbone for distributing natural gas from city gate stations to residential neighborhoods, commercial districts, and industrial areas. Their corrosion resistance ensures product purity and a long, maintenance-free service life underground.

  • ​​2. Mains and Service Connections to Residential and Commercial Buildings​​

    HDPE pipes are used for the secondary mains running under streets and, most notably, for the direct service lines that connect individual homes, apartments, and businesses to the main gas grid. Their flexibility allows for trenchless installation, minimizing surface disruption.

  • ​​3. Industrial Plant Fuel Gas Supply​​

    Within industrial facilities, HDPE pipes safely transport natural gas as a fuel source for boilers, furnaces, and other processing equipment. Their safety and reliability are critical in these complex environments, reducing the risk of leaks compared to metallic alternatives.

  • ​​4. Gas Transmission in Corrosive or Challenging Environments​​

    HDPE is the preferred material for areas with corrosive soils, high water tables, or coastal regions with saltwater exposure, where steel pipes would rapidly corrode. Its durability also makes it suitable for installations in seismically active zones due to its ability to withstand ground movement.

  • ​​5. Renewable and Alternative Gas Projects (Biogas, Hydrogen Blending)​​

    HDPE pipes are increasingly used for transporting renewable gases, such as biogas from landfills or anaerobic digesters. They are also the leading material being tested and approved for use in hydrogen blending projects, positioning them as the pipeline for the future of clean energy.

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