HDPE Pipes

EONN's High-Density Polyethylene Pipes (HDPE) are made from
polyethylene, a cost effective material used for a broad range of piping solutions in municipal, industrial, marine, mining, landfill, duct and agricultural applications. They have been subjected to the most gruelling of tests and proven effective for above ground, surface, buried, slip lined, floating, and sub-surface marine applications.

EONN's HDPE Pipes carry potable water, wastewater, slurries, chemicals, hazardous wastes and compressed gases, with the greatest of ease. In fact, polyethylene pipes have a long and distinguished history of service to the gas, oil, mining and other industries. They have the lowest repair frequency per kilometre per year, as compared with all other pressure pipe materials used for urban water and gas distribution.

EONN's HDPE Pipes are strong, extremely tough and very durable.
Whether you're looking for long service, trouble-free installation,
flexibility, resistance to chemicals or a myriad of other features, EONN's HDPE Pipes will meet all your requirements.

THE UNMATCHED PROPERTIES OF EONN HDPE PIPES

MECHANICAL PROPERTIES

• Long Term Resistance to Internal Pressure
• High Tensile Properties
• Good Flexural Properties
• High Impact Strength
• Excellent Flow Characteristics
• Light Weight & Flexibility

THERMAL PROPERTIES

• Low Thermal Conductivity
• High Thermal Stability

CHEMICAL PROPERTIES

• High Resistance to Chemical Attack
• High Environmental Stress Cracking Properties

OTHER PROPERTIES

• High Abrasion Resistance
• Low Coefficient of Friction
• Resistant to Animal Life
• Low Flammability
• Physiological Harmless
• High Weather ability

THE WINNING FEATURES OF THE ALL-ROUNDER EONN HDPE PIPES

• Excellent corrosion resistance and chemical resistance,
  resulting in a longer life
• Extremely light weight, hence easy to handle and transport.
• High abrasion resistance
• Earthquake resistance
• High UV resistance to scaling and biological build up
• Emergency connection possible
• High impact strength
• No exhilaration and infiltration, helps maintain the quality of fluid onveyed
• High flexibility combined with strength.
• Excellent water hammer characteristic helps, sustaining surges
• Shifting soils-no breakage
• Excellent flow characteristic leading to significant energy savings
• Smooth inner walls minimises frictional losses.
• Safe for potable water supply.