HDPE Pipes PE 100 Pressure 10 Bar Outside Diameter 200 mm Thickness 11.9 mm Black | NEPROPLAST
Description
Product Description
NEPROPLAST HDPE pipes, manufactured from high-density polyethylene (PE 100), are the ideal solution for water distribution networks across Oman—from Muscat's urban infrastructure to agricultural projects in Salalah and Sohar's industrial zones. These pipes are engineered to handle a working pressure of 10 bar, with a robust 200 mm outside diameter and 11.9 mm wall thickness, ensuring long-term performance even in harsh desert climates.
Thanks to their exceptional resistance to bacteria, insects, heat, and UV radiation, these pipes maintain water quality and structural integrity over decades of service. Their lightweight yet strong construction simplifies handling and installation, reducing labor costs and project timelines. The black color provides additional UV protection, and the smooth inner surface minimizes friction losses, enhancing flow efficiency.
These pipes are easy to join using electric fusion welding, creating leak-proof, maintenance-free connections. They require no painting or external coating, making them a cost-effective choice for potable water, irrigation, and industrial applications. Available in standard 12-meter lengths, with custom lengths on request, they can be adapted to suit any project specification.
Key Features
- PE 100 high-density polyethylene for superior strength and durability
- Pressure rating: 10 bar
- Outside diameter: 200 mm; thickness: 11.9 mm
- Lightweight (7.045 kg/m) for easy handling and installation
- Resistant to bacteria, insects, heat, and UV radiation
- No painting required; low maintenance
- Easy to weld with electric fusion for secure, leak-proof joints
- Available in 12-meter straight lengths; custom lengths on request
Whether you are upgrading water networks in Muscat, expanding irrigation systems in Al Batinah, or developing industrial projects in Duqm, NEPROPLAST HDPE pipes deliver the reliability and performance Oman's growing economy demands.