High-Pressure Fuel Transmission

Engineered Arteries
for Global Energy.

Deliver fuel across vast distances with unparalleled security and efficiency. Our advanced transmission pipeline systems are built for endurance, high flow, and extreme environments.

2.5 MPa+ Pressure Rating
Seamless Continuous Coils
Corrosion Free Lifetime

Reinforced Structural Integrity

Multi-layer composite engineering designed to withstand high pressure, heavy traffic loads, and soil shifting.

Heavy duty transmission pipe cross section anatomy
Industrial Grade DN160+ Focus

Layer 1 Reinforced PE-RT Core

Enhanced inner core with increased wall thickness to support high-velocity fuel flow and maintain 1.6MPa - 2.5MPa operating pressures.

Layer 2 Steel Wire/Fiber Reinforcement

An integrated high-tensile reinforcement mesh that prevents pipe elongation and provides superior resistance to external crushing loads.

Layer 3 Dual Permeation Barriers

Synergistic EVOH and PVDF barrier layers ensure absolute zero-leakage of refined petroleum products and chemical additives.

Layer 4 Toughened HDPE Jacket

An extra-thick outer protection layer UV-stabilized and scratch-resistant, allowing for direct burial in rocky or abrasive terrains.

Streamlining Long-Distance Logistics

Optimized for massive energy infrastructure where continuity and maintenance-free performance are the standard.

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Ultra-Long Coils

Available in lengths up to 500m+, reducing joint requirements by 90% and effectively minimizing long-distance leak risks.

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Zero Maintenance

Advanced non-metallic structure eliminates the need for cathodic protection systems, significantly reducing long-term OPEX.

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HDD Capability

High axial strength supports Horizontal Directional Drilling (HDD), ideal for crossing rivers, highways, and sensitive terrains.

10X Speed vs. Steel
-60% Total Install Cost
50Y Engineering Life

Industrial Technical Matrix

Nominal Size (DN) Outer Diameter (mm) Wall Thickness (mm) Working Pressure Max Flow (L/min) Standard Length
DN 110 110.0 10.0 2.5 MPa ~1200 250m / Coil
DN 125 125.0 11.4 2.0 MPa ~1600 200m / Coil
DN 140 140.0 12.7 2.0 MPa ~2100 150m / Coil
DN 160 160.0 14.6 1.6 MPa ~2800 100m / Coil
DN 200 200.0 18.2 1.6 MPa ~4500 Straight 12m
* Performance values based on refined petroleum products at 20°C. Custom pressure ratings available upon engineering request.

Industrial Compliance & Safety

Meeting the world's most stringent petroleum engineering standards for high-pressure transmission.

American Petroleum Institute
API Spec 15LE

The primary standard for polyethylene line pipe, ensuring reliability in upstream and midstream fuel transport applications.

High Pressure Variant
EN 14125 Class D

Certified for the highest pressure class, specifically designed for industrial depots and long-distance transmission networks.

Polyethylene Material
ASTM F714

Standard specification for PE pipe based on outside diameter, controlled for critical long-term stress-rupture strength.

International Organization
ISO 4427-2

Global conformity for polyethylene piping systems, providing a unified standard for project engineering across all borders.

IP 15/05 Energy Institute
ATEX II G Explosive Zones
ASME B31.4 Liquid Pipelines
EPA / CE Global Directives

Industrial Applications

Standardized high-pressure transmission solutions for critical energy infrastructure.

Midstream Logistics

Tank Farm Transfer

High-capacity links for bulk fuel movement between regional storage depots, ensuring continuous flow with zero maintenance.

DN110-200 PN 2.5 MPa
Aviation Infrastructure

Airport Hydrants

Purity-focused jet fuel delivery systems for remote terminal aprons, meeting the highest aviation safety standards.

Jet A-1 Ready Zero Purity Risk
Maritime Energy

Coastal Terminals

Rust-proof composite structures engineered specifically for saline coastal environments and offshore fueling.

Saline Resistant Anti-Static

Engineering Expertise FAQ

How does the system handle thermal expansion in long distances?
Unlike rigid steel, our composite pipes have a natural degree of flexibility. For long-distance underground transmission, the soil friction typically restrains expansion. In specific above-ground segments, we utilize engineered 'S' curves or expansion loops to absorb axial movement without stressing the electro-fusion fittings.
Is it suitable for Horizontal Directional Drilling (HDD)?
Yes. The high tensile strength of our reinforced composite layers allows the pipe to withstand significant pulling forces. This makes it ideal for trenchless crossings under rivers, highways, or existing infrastructure where traditional excavation is impossible.
How do these pipes react to pressure surges (Water Hammer)?
The composite structure has a lower Modulus of Elasticity compared to steel, which allows it to dampen the shockwaves of pressure surges. This inherent elasticity reduces the peak pressure of a surge, protecting pumps and valves throughout the pipeline network.
What are the long-term maintenance requirements?
Our pipes are 100% non-corrosive, meaning they require zero cathodic protection and no periodic recoating. Maintenance is primarily focused on the monitoring systems at connection hubs. The design life exceeds 50 years in standard soil conditions.
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Engineering Consultant Note

For transmission lines exceeding 500 meters, we recommend integrating automated leak detection sensors at every inspection manhole to maintain a high-resolution integrity profile of the entire pipeline artery.

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