Product description
Neproplast HDPE pipes are engineered for demanding water infrastructure projects, offering exceptional durability and performance in the UAE's harsh climate. Manufactured from high-density polyethylene (PE 80), these pipes provide a reliable, long-lasting solution for potable water distribution and agricultural irrigation systems.
With a pressure rating of 6 bar, an outside diameter of 630 mm, and a wall thickness of 28.7 mm, these pipes are built to handle substantial flow rates and withstand high operating pressures. Their lightweight nature simplifies handling and installation, reducing labor costs and project timelines, a key advantage for fast-paced construction projects in Dubai, Abu Dhabi, and across the Emirates.
These HDPE pipes are resistant to bacteria, insects, heat, and ultraviolet radiation, ensuring they maintain their integrity even under intense sun exposure. They require no painting or external coating, minimizing maintenance and lifecycle costs. The smooth inner surface reduces friction and prevents scale buildup, improving flow efficiency and reducing pumping energy.
Available in standard 12-meter straight lengths, with custom lengths and colors available upon request, these pipes offer flexibility for various project specifications. They can be safely joined using electric welding (electrofusion) or butt fusion, creating leak-proof, monolithic pipelines that meet the highest standards of reliability.
Key Features:
- PE 80 high-density polyethylene construction
- Pressure rating: 6 bar
- Outside diameter: 630 mm; wall thickness: 28.7 mm
- Lightweight yet strong, easy to handle and install
- Resistant to bacteria, insects, heat, and UV radiation
- No painting or external coating required
- Can be welded using electric welding for secure joints
- Available in 12-meter lengths; custom lengths and colors on request
- SDR 22, MRS 8, Series S 10.5
Ideal for water supply networks, irrigation projects, and industrial applications across the UAE, these pipes meet the rigorous demands of modern infrastructure while ensuring long-term performance and environmental sustainability.