TUYPERDREN corrugated double wall tubing grooved to the area near the kidneys of the tube.
Made of High Density polyethylene (PE-AD) by means of a continuous in-line coextrusion process, fully automated.
Presentation in black color.
Supplied in 6m bars.
Designed to solve those situations in which the function of capturing is a priority over that of evacuating.
Ideal to apply in secondary sections.
Wall thickness: 14.7 mm.
Manufacturing standard UNE 53994.
Properties:
- LIGHTNESS: great ease of handling and installation thanks to its low weight.
- FLEXIBILITY: they adapt to the possible settlements of the land.
- ENDURANCE:
- CHEMICAL: they remain unchanged by the chemical substances contained in the water and in the soil, so they are inert to corrosion.
- TO THE IMPACT: even at very low temperatures.
- ABRASION: thanks to its great interior smoothness, the action of the solid particles in suspension that are transported by water or fluid do not affect the walls of the pipe.
- ELECTRICAL INSULATION: non-conductive materials of electricity.
- ECONOMY OF MAINTENANCE: thanks to their characteristics they require less cleaning work and, in case of replacement, the work is quick and inexpensive.
- ECONOMY OF DESIGN: the internal smoothness of its walls allows higher speeds of the transported flow to be reached, so that the solid particles that could enter are dragged more easily. This allows the use of very small slopes, thus reducing excavation costs. Thanks to their great lightness, they require less labor and therefore less assembly means for their installation than other conventional pipes.
- GREATER DURABILITY: Unattackable by rodents and termites.
- GREATER MECHANICAL RESISTANCE TO CRUSHING: double-walled corrugated pipes offer greater resistance to crushing since their RCE (Specific Circumferential Stiffness) is higher than any other conventional pipe, so they are especially recommended for draining land where the level water table is found at depths greater than 4,00 m.
FIELDS OF APPLICATION:
The main applications occur in those situations where it is necessary to CAPTURE and EVACUATE groundwater. Ideal solution for draining at depths greater than 4,00 m, also allowing the reuse of captured water.
- Sports facilities: Drainage of grass fields
- Agriculture: Drainage of water from irrigation and rain, which makes it possible to substantially improve the management of water resources.
- Building: Drainage of retaining walls, the subsoil of concrete slabs located in basements, and foundations in general (avoid damp from the ground).
- Civil works: Drainage of the subsoil of airports, highways and roads (avoids humidity that causes deformations or settlements in the pavement).
