SPS HDPE Pipes PE 100 Pressure 6 Bar Outside Diameter 450 mm Thickness 17.2 mm Black | Saudi Pipes Systems (SPS)
Description
Discover SPS HDPE Pipes PE 100, engineered for Bahrain's demanding construction and infrastructure projects. With a 6 Bar pressure rating, 450 mm outside diameter, and 17.2 mm wall thickness, these black polyethylene pipes deliver exceptional durability and corrosion resistance.
Product Description
Engineered for the Gulf environment, SPS HDPE Pipes PE 100 are the reliable choice for water supply, sewage, and industrial applications across the Kingdom of Bahrain. Manufactured from premium polyethylene PE 100, these pipes offer outstanding resistance to corrosion, chemicals, and abrasion, ensuring a long service life even in Manama's coastal humidity or Riffa's sandy soils.
With a pressure rating of 6 Bar, an outside diameter of 450 mm, and a wall thickness of 17.2 mm, these pipes are built to handle demanding flow rates while maintaining structural integrity. The black color provides UV protection, and the smooth internal surface minimizes friction losses, enhancing hydraulic efficiency.
Ideal for infrastructure projects in Muharraq, Sitra, and other growing areas, these pipes feature high flexibility, making them resistant to soil movement and seismic activity. Their non-conductive nature adds an extra layer of safety, and the simple fusion welding process ensures leak-proof joints, reducing installation time and maintenance costs.
Key Features
- Material: High-density polyethylene PE 100
- Pressure rating: 6 Bar
- Outside diameter: 450 mm
- Wall thickness: 17.2 mm
- Color: Black with UV resistance
- Length: Straight 12-meter sections; custom lengths available on request
- High flexibility for soil movement resistance
- Corrosion and chemical resistant
- Non-conductive for enhanced safety
- Easy installation with fusion welding
Whether for potable water networks, drainage systems, or industrial pipelines, SPS HDPE Pipes deliver dependable performance tailored to Bahrain's construction standards and climate.