UPVC Pipes Sewage System Nominal Pressure 12.5 Bar, 32 mm OD, 1.9 mm Thickness, Gray
Description
These gray UPVC pipes are engineered for sewage and drainage systems, offering a nominal pressure of 12.5 Bar, a 32 mm outside diameter, and 1.9 mm wall thickness. They combine high pressure resistance with lightweight, chemical-resistant construction for reliable performance in Bahrain's demanding environments.
Product Description
High-Performance UPVC Pipes for Sewage Systems
Matkel presents these premium UPVC pipes, specifically designed for sewage and drainage applications in Bahrain's construction and industrial sectors. Crafted from durable unplasticized polyvinyl chloride (UPVC), these pipes deliver exceptional resistance to high pressure, chemicals, and corrosion, ensuring long-lasting performance in both residential and commercial projects across Manama, Muharraq, and Riffa.
With a nominal pressure rating of 12.5 Bar and a standard dimension ratio (SDR) of 17, these pipes are built to withstand the demands of modern sewage systems. The 32 mm outside diameter and 1.9 mm wall thickness provide a balanced combination of strength and flow efficiency, while the lightweight nature of UPVC simplifies handling and installation, reducing labor time and costs.
Key Features
- Nominal pressure: 12.5 Bar for reliable performance under pressure
- Outside diameter: 32 mm; wall thickness: 1.9 mm
- Standard Dimension Ratio (SDR): 17; Pipe Series (S): 8
- Gray color (other colors available on request)
- Standard length: 6 meters or customized lengths
- High resistance to combustion, electrical conductivity, and environmental factors
- Chemical durability for aggressive sewage conditions
Applications in Bahrain
These UPVC pipes are ideal for sewage and drainage systems in residential buildings, commercial complexes, and industrial facilities throughout Bahrain. Their resistance to harsh chemicals and environmental stress makes them suitable for both underground and above-ground installations, ensuring dependable waste management in the island's coastal climate.