MDPE & HDPE GAS PIPING SYSTEM

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Introduction

In modern gas distribution, the choice of materials and systems plays an important role in ensuring efficiency, durability, and above all, safety. Medium-Density Polyethylene (MDPE) and High-Density Polyethylene (HDPE) piping systems have revolutionized the gas industry due to their superior properties and long service life. Used extensively for both residential and industrial applications, MDPE & HDPE pipes have become the best solution for safe gas transportation.

Backed by leading gas pipe manufacturers, MDPE and HDPE gas piping system is setting new standards for performance and reliability. Medium-density polyethylene (MDPE) and high-density polyethylene (HDPE) pipes have consistently delivered high performance in transporting natural gas, PNG, propane, LPG, and biogas. They are lightweight, durable (with a lifespan of more than 100 years) and corrosion resistant.

Gas distribution was one of the first large-scale applications for polyethylene pipes, and many systems installed over six decades ago continue to operate successfully today. Over 90 percent of the pipes used in natural gas distribution are manufactured from plastic, with 99% of these being polyethylene.

In this context, APL Apollo’s polyethylene gas pipes represent the safest and most cost-effective solution for piped gas distribution systems. Widely used in both domestic (city gas distribution) and industrial sectors, these MDPE and HDPE gas piping systems offer leak-proof, durable, homogeneous, and corrosion-resistant performance. APL Apollo gas pipes are the preferred choice of all major City Gas Distribution (CGD) and Coal Bed Methane (CBM) companies across India, reinforcing its position as a trusted leader in gas infrastructure solutions.

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Technical Specifications

APL Apollo Gas Pipes are manufactured as per the specifications given below:

  • Pipe Range: 20 MM To 315 MM, SDR 11, 17
  • EF Fittings: 20 MM To 355 MM, suitable for pressures of 7/12.5/16 KGF/CM2
  • Straight Lengths: Available in 6 M and 12 M; all sizes offered, with coils available for up to 140 MM OD
  • Material Grades: PE 80 (Yellow), PE 100 (Orange), PE 80 & PE 100 (Black)

WHY SHOULD YOU CHOOSE APL APOLLO
MDPE & HDPE GAS PIPING SYSTEM?

LONG LIFE

FLEXIBILITY

ISI CERTIFIED PRODUCT

CORROSION RESISTANT

LIGHT WEIGHT

LEAK-FREE JOINTS

WITHSTAND THE HIGH-PRESSURE FLOW

EASIER INSTALLATION AND MAINTENANCE

Available Sizes

APL Apollo Gas Pipes

20 mm to 315 mm and SDR 11, 17

MDPE & HDPE GAS PIPING SYSTEM

MDPE & HDPE Gas Piping System

Call to place your order via phone

Toll Free No. : 1800 121 3737

Or

Request a callback

Call to place your order via phone

Toll Free No. :
1800 121 3737

Or

request a callback

Applications

APL Apollo’s Gas Pipes are widely known for consistently delivering high performance and transporting natural gas/vaporized LPG, industrial gases, biogas, propane etc. This piping system is also used for landfilling and leachate gas extraction. Our gas line pipes are used in both domestic as well as Industrial sector.

Frequently Asked Questions

MDPE pipes (PE80) are standard for domestic gas distribution networks, while HDPE pipes (PE100) are used in high-pressure or large-scale gas transmission systems.

Both MDPE and HDPE pipes are designed for underground installation, they are non-corrosive, chemically inert, and resistant to external pressure, making them ideal for underground gas distribution.

MDPE/HDPE gas pipes are available in a range of diameters, typically from 20mm to 630mm or more, depending on application and manufacturer specifications.

MDPE/HDPE gas pipes are typically yellow or orange to indicate their use for gas distribution, following industry safety color codes.

Yes, these pipes are highly resistant to chemicals, moisture, and corrosion, making them ideal for long-term use in challenging environments.

When installed correctly, MDPE/HDPE gas pipes can last 50 years or more, depending on environmental conditions and usage.

Yes, they are typically joined using butt fusion, electrofusion, or mechanical compression fittings, eliminating the need for metal joints and reducing corrosion risk.

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