HDPE Pipes PE 100 20 Bar Pressure 400 mm Diameter 44.7 mm Thickness Blue | NEPROPLAST
Description
NEPROPLAST HDPE PE100 pipes, 400 mm diameter with 44.7 mm wall thickness, rated for 20 bar pressure, in blue. Ideal for potable and agricultural water systems across Bahrain, offering superior durability and UV resistance.
Product Description
NEPROPLAST presents its premium HDPE pipes, manufactured from high-density polyethylene (PE 100) to deliver exceptional performance in demanding water transport applications. With a 400 mm outside diameter and a robust 44.7 mm wall thickness, these pipes are engineered to handle a nominal pressure of 20 bar, making them a reliable choice for infrastructure projects across the Kingdom of Bahrain.
These pipes are particularly suited to Bahrain's climate and construction environment. Their resistance to heat, UV rays, and bacterial growth ensures long service life even under intense sun exposure, while their lightweight nature simplifies handling and installation on site. The pipes require no painting and can be easily cut or formed to meet specific project requirements, offering flexibility for contractors and engineers.
Key Features
- Material: High-density polyethylene (PE 100) for superior strength and durability
- Pressure rating: 20 bar nominal, suitable for high-pressure water systems
- Dimensions: 400 mm outside diameter, 44.7 mm wall thickness
- Length: Straight 12-meter sections; other lengths available on request
- Weight: 49.060 kg per meter, balancing strength with ease of handling
- Color: Blue, for easy identification in water networks
- Resistance: Immune to bacteria, insects, heat, and ultraviolet radiation
- Connection: Secure electric welding for leak-proof, lasting joints
Whether for potable water distribution in Manama, agricultural irrigation in Riffa, or industrial supply lines in Hidd, these HDPE pipes deliver consistent performance and peace of mind. Their corrosion-free nature and low maintenance requirements make them a cost-effective solution over the long term.