SPS HDPE Pipes PE 100 Pressure 16 Bar Outside Diameter 63 mm Thickness 5.8 mm Black | Saudi Pipes Systems (SPS)
Description
SPS HDPE Pipes, crafted from PE 100, deliver reliable performance with a 16 Bar pressure rating, 63 mm outside diameter, and 5.8 mm wall thickness. Engineered for durability and flexibility, they are a top choice for construction and infrastructure projects in the UAE.
Product Description
Elevate your infrastructure projects with SPS HDPE Pipes, a premium solution from Saudi Pipes Systems (SPS). Manufactured from high-grade polyethylene PE 100, these pipes are built to withstand the demanding conditions of the UAE's climate and industrial environments. Their exceptional resistance to corrosion and chemicals ensures a long service life without the risk of leaks or degradation.
These pipes offer outstanding pressure handling up to 16 Bar, making them suitable for a wide range of applications, from water supply networks to industrial fluid transport. The superior fusion welding capability creates seamless, leak-proof joints, while the inherent flexibility allows them to absorb soil movements and ground shifts, ensuring structural integrity even in challenging terrains common in the Emirates.
With a black exterior that provides UV resistance and a durable PE 100 material, these pipes are engineered for reliability. Whether you're working on a residential development in Dubai, a commercial project in Abu Dhabi, or a municipal infrastructure upgrade in Sharjah, SPS HDPE Pipes deliver consistent performance.
Key Features
- Material: High-density polyethylene PE 100
- Pressure rating: 16 Bar
- Outside diameter: 63 mm
- Wall thickness: 5.8 mm
- Standard Dimension Ratio (SDR): 11
- Color: Black (UV resistant)
- Length: Available in rolls of 100 meters
- Excellent corrosion and chemical resistance
- High flexibility for soil movement accommodation
- Leak-proof fusion welding joints
Ideal for potable water lines, sewer systems, drainage, and industrial applications across the UAE, these pipes meet the rigorous standards of modern construction.