Al-Rajhi HDPE Pipe PE 100 Pressure 16 Bar Outside Diameter 630 mm Thickness 57.2 mm Black Color
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Al-Rajhi HDPE PE 100 pipes, rated for 16 bar pressure with a 630 mm outer diameter and 57.2 mm wall thickness, offer superior durability and chemical resistance for demanding water supply systems in Oman.
Product description
Al-Rajhi HDPE pipes, manufactured from premium PE 100 grade polyethylene, are engineered to deliver long-lasting performance in the most challenging environments. These pipes are specifically designed to withstand the harsh climatic conditions prevalent in Oman, from the intense heat of the desert to the coastal humidity of Muscat and Salalah. Their exceptional resistance to corrosion, chemicals, and abrasion ensures a reliable and maintenance-free service life, making them an ideal choice for water transmission and distribution networks.
Thanks to the excellent fusion welding properties of PE 100, these pipes provide leak-proof joints that maintain system integrity even under high pressure. The high flexibility of the material allows the pipes to absorb soil movements and seismic activity, which is particularly beneficial in regions with shifting sands or unstable ground. Furthermore, the non-conductive nature of HDPE adds an extra layer of safety in areas where electrical hazards may be a concern.
Key Features & Benefits
- High pressure tolerance: rated at 16 bar, suitable for demanding applications
- Outer diameter of 630 mm and wall thickness of 57.2 mm for robust structural integrity
- PE 100 material with SDR 11 and pipe series S5 for standardized performance
- Resistant to combustion, chemical reactions, and corrosion
- Non-conductive and highly flexible, unaffected by soil movement
- Easy to install with reliable fusion welding for leak-free connections
- Available in standard 12-meter lengths, with custom lengths on request
Applications in Oman
These HDPE pipes are widely used in water supply projects across the Sultanate, including municipal water networks, industrial cooling systems, and agricultural irrigation. Their durability and resistance to harsh environmental conditions make them a preferred choice for infrastructure development in cities like Sohar and Salalah, as well as for rural water distribution projects.
