UPVC Pipes Nominal Pressure 10 Bar Outside Diameter 110 mm Thickness 5.30 mm Gray

These UPVC pipes are specifically designed for demanding irrigation applications in the United Arab Emirates, offering a perfect balance of strength, durability, and ease of handling. With a nominal pressure rating of 10 Bar and a robust 5.30 mm wall thickness, they ensure reliable water conveyance even under high-pressure conditions common in large-scale agricultural and landscaping projects.

Manufactured from high-quality unplasticized polyvinyl chloride (UPVC), these pipes deliver exceptional resistance to combustion, chemical corrosion, and electrical conductivity, making them a safe and long-lasting choice for both underground and above-ground installations. Their lightweight construction simplifies transportation and installation, reducing labor costs and project timelines—an advantage in the fast-paced construction sector of Dubai, Abu Dhabi, and Sharjah.

Engineered to withstand the harsh desert climate, including extreme heat, UV exposure, and dusty conditions, these pipes maintain their structural integrity and performance over years of service. The rubber ring socket ensures secure, leak-proof connections, while the standard 6-meter length can be customized to meet specific project requirements.

Key Features and Benefits

• Nominal pressure: 10 Bar for high-pressure irrigation systems
• Outside diameter: 110 mm with a tolerance of +0.3 mm
• Wall thickness: 5.30 mm for enhanced durability
• Weight: 2.61 kg/m for easy handling and transport
• Gray color; other colors available on request
• Standard length: 6 meters or customized as needed
• Rubber ring socket for secure, leak-proof joints
• Fire-resistant, chemical-resistant, and electrically non-conductive
• Lightweight design reduces installation time and cost

Ideal for agricultural irrigation, municipal water supply, and industrial fluid transfer across the UAE, these UPVC pipes meet the rigorous demands of modern infrastructure projects while ensuring efficient water distribution and long-term reliability.