UPVC Pipes Nominal Pressure 10 Bar Outside Diameter 75 mm Thickness 3.6 mm Gray
Description
UPVC pipes with a 10 bar nominal pressure, 75 mm outside diameter, and 3.6 mm wall thickness in gray, engineered for corrosion resistance and easy installation across Bahrain's water, sewage, and irrigation networks.
Product Description
Our UPVC pipes are the reliable choice for demanding infrastructure projects throughout the Kingdom of Bahrain. Manufactured from high-grade unplasticized polyvinyl chloride, these pipes deliver exceptional strength and longevity, even in the harsh Gulf climate with high temperatures and humidity. The gray finish not only provides a professional look but also offers UV resistance for outdoor installations.
These pipes are engineered to handle a nominal pressure of 10 bar, making them suitable for a wide range of applications, from potable water distribution in Manama and Riffa to sewage and drainage systems in new developments. Their superior chemical resistance to acids, bases, salts, and oxidants ensures they perform flawlessly in industrial settings, agricultural irrigation, and even electrical conduit applications.
Key Features
- Nominal pressure: 10 bar – robust for high-demand systems
- Outside diameter: 75 mm with tolerance +0.3 mm for precise fit
- Wall thickness: 3.6 mm – strong yet lightweight
- Length: 6 meters standard (custom lengths on request)
- Weight: 1.22 kg/meter – easy to handle and transport
- Socket type: rubber joint sizes from 63 mm to 800 mm for flexible connections
- Corrosion-resistant to acids, bases, salts, and oxidants
- Environmentally friendly and fully recyclable
- Easy to install with simple cutting and joining techniques
Whether you are upgrading aging infrastructure in Muharraq or building new residential complexes in the Northern Governorate, these UPVC pipes offer a cost-effective, durable solution. With a 6-meter standard length and availability of custom sizes, they adapt to your project's specific needs, ensuring minimal waste and efficient installation.