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> HDPE pipes have high flexibility. In this way, they provide ease of installation. Elongation at break is minimum 350%.
> PE Pipes are not affected by underground movements, they do not have fracture properties.
> Impact resistance and crack propagation resistance are high.
> Since HDPE 100 pipes have low internal surface roughness, they provide significant advantages in diameter selection during project design.
> Suitable for submarine laying, not affected by sea water and sea movements.
> There is no installation waste due to the joining methods of HDPE Pipes.
> PE Pipes are resistant to UV rays.
> They are not affected by harmful substances in the soil structure which have corrosive effect. Therefore, there is no need for cathodic protection.
> Resistant against chemical substances.
> Polyethylene pipe does not change the odor and taste of water, therefore it is suitable for health.
> Plant and tree roots cannot penetrate into polyethylene pipes.
> Pressurized drinking water network
> Waste water discharge and waste water pumping lines
> Irrigation systems, submarine transit lines and deep sea discharges
> Underground fire extinguishing systems (Hydrant lines)
> Cooling water systems
> Telecommunication systems and mining
> Natural Gas Transportation, LPG Systems
| Diameter Ranges (mm) | d20 - d110 mm for PE 32, d20 - d400 mm for PE 80, d20 - d630 mm for PE 100 |
| Pressure Classes | PN6 and PN10 for PE 32 and PE 80, PN4 - PN5 - PN6 - PN8 - PN10 - PN12.5 - PN16 - PN20 - PN25 for PE 100 |
| Operating Temperature | Minimum: -40°C Maximum: +40°C |
| Connection Type | Electrofusion Welding, Butt Welding, Socket Fusion Welding, Flanged Connection, Mechanical Threaded Connection, Push-Fit Connection |
| Coefficient of Thermal Expansion | 0,18 mm/m°K |
| Approvals and Certificates | Türkiye: TSE |
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