SPS HDPE Pipes PE 100 Pressure 16 Bar Outside Diameter 200 mm Thickness 18.2 mm Black | Saudi Pipes Systems (SPS)
Description
SPS HDPE Pipes PE 100, rated for 16 Bar pressure, with a 200 mm outside diameter and 18.2 mm wall thickness, offer durable, corrosion-resistant piping for Kuwait's demanding infrastructure projects.
Product Description
Engineered for the toughest conditions, SPS HDPE Pipes PE 100 are the backbone of modern piping systems in Kuwait. Manufactured from premium high-density polyethylene, these pipes deliver outstanding resilience against chemical exposure, corrosion, and soil movement—making them ideal for the harsh desert climate and demanding industrial applications across Kuwait City, Hawalli, and Al Ahmadi.
With a robust 16 Bar pressure rating and a substantial 18.2 mm wall thickness, these pipes are built to handle high-pressure water transmission, sewage networks, and industrial fluid transfer with minimal maintenance. The smooth interior surface reduces friction, ensuring efficient flow, while the black color provides UV resistance for extended outdoor use.
Key Features & Benefits
- PE 100 high-density polyethylene for superior strength and durability
- 16 Bar pressure rating suitable for high-pressure applications
- 200 mm outside diameter and 18.2 mm wall thickness for structural integrity
- Non-conductive to electricity, ensuring safety in underground installations
- High flexibility to withstand soil movement and seismic activity
- Resistant to corrosion, combustion, and chemical reactions
- Leak-proof fusion welding technology for reliable joints
- Available in straight 12-meter lengths; custom lengths on request
From municipal water supply lines to industrial cooling systems, SPS HDPE Pipes are the preferred choice for contractors and engineers in Kuwait. Their lightweight nature simplifies handling and installation, reducing labor costs and project timelines. Whether for new construction or retrofitting existing networks, these pipes deliver long-lasting performance with minimal environmental impact.