HDPE Pipes SDR 41 Outside Diameter 800 mm Thickness 19.6 mm Black
Description
HDPE pipes with SDR 41 rating, 800 mm outer diameter and 19.6 mm wall thickness, in black. Built for durability and performance in Bahrain's demanding infrastructure projects.
Product Description
Our HDPE pipes are manufactured from premium-grade polyethylene, offering outstanding resistance to corrosion, chemicals, and harsh environmental conditions—ideal for Bahrain's coastal climate and demanding construction sites. These pipes are engineered to handle high pressure, extreme heat, and prolonged UV exposure without degradation, ensuring long-term reliability in water supply, drainage, and industrial applications.
With an outside diameter of 800 mm and a wall thickness of 19.6 mm, these SDR 41 pipes provide excellent structural integrity and flow capacity. They are lightweight yet strong, making transportation and installation straightforward, even in congested urban areas like Manama and Muharraq. The black color offers added UV protection, extending service life in outdoor installations.
These pipes can be joined securely using electric welding (electrofusion) or butt fusion, creating leak-proof connections that meet stringent safety standards. Their non-conductive nature makes them safe for use near electrical lines, and their smooth interior reduces friction, improving flow efficiency.
Key Features
- Outside diameter: 800 mm
- Wall thickness: 19.6 mm
- Standard Dimension Ratio (SDR): 41
- Color: Black
- Length: Available as per customer request
- Resistant to corrosion, chemicals, high pressure, heat, and UV radiation
- Non-conductive to electricity
- Easy installation with electrofusion or butt fusion welding
Applications in Bahrain
These HDPE pipes are suitable for a wide range of infrastructure projects across Bahrain, including water transmission lines in Riffa, sewage systems in Manama, and industrial piping in Hidd. Their durability and resistance to harsh conditions make them a preferred choice for both new installations and rehabilitation of existing networks.