Aysan Circular Drainage Pipes: Efficient Water Evacuation Solutions
Aysan Circular Drainage Pipes are high-quality PVC-U products designed for the effective evacuation of surface water puddles and excess groundwater. These spiral-structured pipes with circular cross-sections provide reliable performance in various drainage applications.
Technical Features and Advantages
- Practical Packaging: Available in 50-meter or 100-meter rolls tailored to specific dimensions. Roll sizes are optimized for compatibility with modern drainage laying machines
- Standard Compliance: Manufactured in accordance with TS 9128 and DIN 1187 standards
- Easy Installation: Features our patented clip-on coupling system for quick and secure connections
- High Resistance: PVC-U material ensures excellent resistance to chemicals, abrasion, and UV radiation
- Flexible Design: Spiral construction allows adaptability to ground movements and settling
- Lightweight: Facilitates easy transportation and installation
Application Areas
- Agricultural land drainage systems
- Golf courses and sports fields
- Landscaping and garden drainage
- Construction site and foundation drainage
- Industrial facility drainage systems
- Roadside and highway drainage
Why Choose Aysan Circular Drainage Pipes?
- Long-lasting and durable material composition
- Easy installation and time-saving assembly
- Cost-effective solution with low maintenance requirements
- Environmentally friendly and recyclable material
- Comprehensive product range with various diameter options
Circular Drainage Pipe Diameters Ø (mm) |
100 |
125 |
160 |
200 |
- Evacuation of detrimental water from farm lands.
- Evacuation of substratum water in all kind of construction ground.
- In the substructure of grass pitch.
- For improvement of muddy lands, swamps and etc.
- For drainage of highway pavement.
- Its service life is 50 years under the ground.
- Its shipping and its laying are very practical.
- It is resistant against heavy chemicals.
- There isn’t any wastage during laying.
- There isn’t any risk of occlusion.