Al-Rajhi HDPE Pipe PE 80 Schedule 10 Bar Outside Diameter 560 mm Thickness 50.9 mm Black Color

Introducing the Al-Rajhi HDPE Pipe, a high-performance solution engineered for the rigorous demands of Qatar's construction and industrial sectors. Manufactured from premium polyethylene (PE 80), this pipe offers exceptional resistance to harsh environmental conditions, chemical exposure, and corrosion, ensuring a long service life with minimal maintenance. Its robust design, featuring a 560 mm outside diameter and 50.9 mm wall thickness, provides outstanding pressure tolerance up to 10 bar, making it suitable for a wide range of applications.

In Qatar's rapidly developing landscape, from Doha's urban infrastructure to industrial zones in Mesaieed and Ras Laffan, this HDPE pipe delivers reliable performance. Its flexibility allows it to withstand soil movement and seismic activity, common in desert terrains, while its non-conductive and combustion-resistant properties enhance safety. The pipe's smooth interior ensures efficient flow, and its fusion welding capability creates leak-proof joints, reducing water loss and operational costs.

Key Features

• High-density polyethylene (PE 80) construction for durability
• Pressure rating: 10 bar, suitable for medium-pressure systems
• Outside diameter: 560 mm, wall thickness: 50.9 mm
• Black color for UV protection and extended outdoor life
• Resistant to chemicals, corrosion, and abrasion
• Flexible, reducing impact from ground movement
• Non-conductive and combustion-resistant for enhanced safety
• Easy to install with fusion welding for leak-proof joints

Applications in Qatar

This pipe is ideal for transporting gaseous fuels, water supply networks, sewage systems, and industrial fluid handling. It meets the standards required for infrastructure projects across Qatar, including residential developments in Al Wakrah, commercial hubs in West Bay, and municipal projects in Al Rayyan. With a standard length of 12 meters (custom lengths available on request), it offers versatility and efficiency for large-scale installations.