UPVC Pipes Sewage System Nominal Pressure 10 Bar Outside Diameter 630 mm Thickness 30 mm Gray
Description
Discover our high-performance UPVC pipes for sewage and drainage systems, rated at 10 Bar with a 630 mm outside diameter and 30 mm wall thickness. These gray pipes are built to withstand high pressure and harsh conditions, making them a reliable choice for construction projects across Bahrain.
Product Description
Our UPVC pipes are specifically engineered for sewage and drainage systems, offering exceptional durability and performance in the demanding climate of Bahrain. Constructed from high-quality unplasticized polyvinyl chloride (UPVC), these pipes deliver outstanding resistance to high pressure, chemical corrosion, and combustion, ensuring long-lasting service in both residential and commercial applications.
Key Features
- Nominal pressure rating of 10 Bar for reliable performance in high-pressure sewage systems.
- Outside diameter of 630 mm with a wall thickness of 30 mm, providing structural integrity and flow capacity.
- Lightweight design simplifies transportation and installation, reducing labor and logistics costs.
- Non-conductive material enhances safety in electrical environments.
- Excellent resistance to harsh weather, dust, and chemical exposure common in Bahrain's coastal and industrial areas.
- Socketed ends facilitate quick, secure connections without specialized tools.
- Standard length of 6 meters (custom lengths available on request) to suit project requirements.
- Gray color standard, with other colors available upon request.
Applications in Bahrain
These UPVC pipes are ideal for sewage and drainage networks in new developments across Manama, Muharraq, and Riffa. Their robust construction meets the demands of both above-ground and underground installations, ensuring efficient wastewater management in residential compounds, commercial buildings, and industrial facilities. The pipes' resistance to saline air and high humidity makes them particularly suitable for coastal projects in Bahrain.