HDPE Gas Pipe

Te omuaraa o te HDPE Gas Pipe

Polyethylene Gas Pipe (PE gas pipe, short for PE gas pipe) is a pipeline system made of high density polyethylene (HDPE) or medium density polyethylene (MDPE) as raw materials through extrusion molding process, specially designed for the transportation of natural gas, liquefied petroleum gas (LPG) and other gas media. Compared with traditional metal pipes, PE gas pipe has become the preferred material in the field of global gas transportation due to its characteristics of light weight, te patoiraa i te ino, strong impact resistance and long life.

Details of HDPE Gas Pipe

Te patoiraa i te ino: PE material has natural resistance to chemical corrosion, electrochemical corrosion and soil microbial erosion, without additional anti-corrosion treatment.

Flexibility and shock resistance: The pipeline has high flexibility, which can adapt to external deformation such as terrain settlement or earthquake, and reduce the risk of leakage.

Long life service: the design life can reach more than 50 matahitis, far more than the metal pipeline (usually 20-30 matahitis).

Convenient construction: light weight (ʻĀita 1/8 of the steel pipe), support trenchless construction (such as directional drilling), greatly reduce installation costs.

Good sealing: using hot melt connection technology, the interface strength is consistent with the pipe body, and the potential gas leakage is eliminated.

Environmental safety: non-toxic and tasteless, in line with drinking water contact standards, e 100% E nehenehe e faaohipa faahou.

HDPE Gas Pipe technical indicators:

Te mau faataaraa no HDPE Gas Pipe

1.Material grading

PE80: Medium density polyethylene, suitable for medium and low pressure gas transmission (≤0.4MPa).

PE100: High-density polyethylene, with higher strength and pressure resistance (up to 1.0MPa), suitable for high pressure long distance transportation.

2. Pipe size

Parau: SDR (Ratio o te faito au) is the ratio of the outer diameter of the pipe to the wall thickness, and the smaller the value, the stronger the pressure resistance.

3. Standard length

Straight pipe: 6m, 12m (non-standard length can be customized).

Coil pipe: 50m-200m (suitable for small diameter pipe, easy to transport and construction).

4. Color identification

Black pipe body + yellow stripe: international common gas pipeline identification.

Other colors can be customized according to customer requirements (subject to local regulations).

5. International standard certification:

ISO 4437: International standard for buried polyethylene piping systems for gas applications.

EN 1555: European standard for polyethylene piping for gas transmission.

ASTM D2513: American Society for Materials and Testing Standard for Gas Piping.

GB 15558.1-2015: China’s National Standard for polyethylene pipes for Gas use.

Te mau faaohiparaa o HDPE Gas Pipe

1. Urban gas network

Municipal gas main lines and residential pipelines.

Gas supply system for industrial and commercial users.

2. Industrial gas transmission

Industrial gas distribution for chemical plants, Te mau fare uira, e tē vai atura.

LNG/LPG storage and distribution station connection pipeline.

3 Rural and remote areas

Distributed gas supply system.

Bio-gas engineering gas pipeline.

4. Special environment

Earthquake prone areas: Use flexibility to reduce the risk of fracture.

Highly corrosive soil: Longer service life instead of metal pipes.

Water crossing: low buoyancy, excellent water pressure resistance.

Te tapo'iraa e te tonoraa

Pipe dia. dn20-63mm be in coils with 100m/200m length

Pipe dia. Dn75-1200mm be packed in bars with 5.8m or 11.8m length

Te tonoraa:Na te moana,purumu,na roto i te manureva aore ra mai te aniraa a te taata hoo.

Hoho'a o te Taiete

Ua haamauhia te Luoyang Datang Energy Tech Co.Ltd i te matahiti 1999 2015 e te vai ra te reira i roto i te hoê tuhaa fenua no te faahoturaa i te mau rave'a aravihi apî, Te oire no Luoyang, Te tapo'i ra te reira i te hoê vahi rahi e te mau fare nehenehe roa a'e. Te horoa nei to tatou faatereraa hau i te hoê vahi turu, e tae noa'tu i te mau rave'a faahororaa e te mau rave'a faufaa rahi. Mai te haamataraa mai â i te matahiti 2015, ua fafau matou i te maitai roa i roto i te mau paipa e te mau tao'a, tamau noa i te faaapî no te pahono i te mau hinaaro o te matete.

Mai te mea e, e hinaaro outou i te mau PPR Pipes e te mau rave'a,A faaite mai na i te Mātou(mau hooraa@mau hooraa)

Te mau parau aufau

T/T,L/C i te hi'oraa,Tooa o te râ & Paypal,e tē vai atura.

FAQ no HDPE Gas Pipe

Q1: How long is the service life of HDPE Gas Pipe?

TE: Under standard working pressure and environmental conditions, the design life of PE gas pipe is 50 matahitis. The actual life is affected by the installation quality, soil environment and maintenance.

Q2: Can HDPE Gas Pipe withstand high temperature?

TE: PE gas pipe long-term operating temperature limit is +40℃, te taime poto (such as maintenance welding) can withstand +60℃. It is recommended to use heat-resistant materials or add insulation layer in high temperature environment.

Q3: How to connect HDPE Gas Pipe?

TE: Electrofusion and Butt Fusion are mainly used, which need to be operated by professional technicians to ensure tightness.

Q4: Is the HDPE Gas Pipe environmentally friendly?

TE: PE material is non-toxic and harmless, the production process is pollution-free, and can be 100% recycled, in line with EU RoHS and REACH environmental protection standards.

Q5: What are the disadvantages of PE100 Gas Pipe compared with metal pipe?

TE: PE pipes have poor UV resistance (need to be buried) and limited high temperature resistance. However, its comprehensive cost performance still has significant advantages in the gas field.