Sappco HDPE Pipe PE 100 Size OD 630 mm Thickness 24.1 mm Black | SAPPCO
Description
Sappco HDPE Pipe PE 100, with a 630 mm outer diameter and 24.1 mm wall thickness, is engineered for robust underground drainage and sewerage systems across the UAE. Manufactured to EN 12666-1 and DIN 8074 standards, this black pipe ensures long-lasting performance.
Product Description
Introducing the Sappco HDPE Pipe PE 100, a premium high-density polyethylene solution tailored for the demanding infrastructure projects in the United Arab Emirates. This pipe is specifically crafted for underground drainage and sewerage systems, offering exceptional strength, durability, and corrosion resistance. Its ability to withstand high temperatures makes it ideal for the region's hot climate, ensuring reliable performance in both residential and commercial developments.
With an outer diameter of 630 mm and a wall thickness of 24.1 mm, this pipe provides a robust conduit for wastewater and stormwater management. The material weight of 46.4 kg/m and a nominal ring stiffness (SN) of 4 ensure structural integrity under heavy soil loads, a common requirement in urban construction across Dubai, Abu Dhabi, and Sharjah. The black color offers UV resistance, making it suitable for above-ground storage and temporary installation during construction phases.
Key Features
- High-density polyethylene (PE 100) material for superior strength and longevity
- Outer diameter: 630 mm, thickness: 24.1 mm
- Material weight: 46.4 kg/m, ensuring stability and ease of handling
- Nominal ring stiffness (SN 4) for reliable underground performance
- Standard Dimension Ratio (SDR 26) for consistent pressure ratings
- Complies with EN 12666-1 and DIN 8074 standards
- Pipe series (S) 12.5, suitable for gravity-flow applications
Whether you are upgrading existing sewer lines or developing new infrastructure in the UAE, the Sappco HDPE Pipe PE 100 delivers the reliability and efficiency required for long-term projects. Its corrosion resistance and smooth inner surface reduce friction, minimizing maintenance costs and ensuring efficient flow rates.