ATE Bativac Tube évacuation renforcé SN4 ou SN8
Bativac Tube évacuation renforcé SN4 ou SN8 Palette
ATE Bativac SN8 tube évacuation renforcé D100
ATE Bativac SN8 tube évacuation renforcé D100
ATE Bativac Tube évacuation renforcé SN4 ou SN8
Bativac Tube évacuation renforcé SN4 ou SN8 Palette
ATE Bativac SN8 tube évacuation renforcé D100
ATE Bativac SN8 tube évacuation renforcé D100

Reinforced PVC building evacuation tube

Applications: 

  • Wastewater or rainwater drainage outside of buildings
  • For underground use where increased crush resistance is required.
  • Discharge to a septic tank and/or the main sewer system
  • Connecting pipe between spreading lines
  • Under Technical Approval 17.2/25-375 & certified QB-68-01-375

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Description

The buried drainage pipe: constraints to be respected

When installing underground drainage systems on the private portion of a building, several constraints must be considered during implementation. While public applications are subject to strict regulations, including the requirement to use reinforced pipes with joints, private applications offer greater flexibility, which can be detrimental to the long-term viability of the installations. Wastewater and stormwater management systems, as well as those for discharge to septic tanks or the main sewer system, are governed by stringent standards to ensure their reliability. These installations must:

  • To comply with the standards defined by DTU 60.33 and meet the installation rules for buried pipes in booklet 70
  • Providing increased crush resistance (SN4/SN8): the pipes must have sufficient rigidity to withstand pressure and ground movement, as well as the passage of vehicles.
  • Maintain a diameter of 100 mm

 

Since 2007, DTU 64.1 has required a minimum SN4 rating for pipes, excluding all lower-rated multi-purpose pipes. Despite these requirements, over 50% of installed pipes are unsuitable for wastewater and/or rainwater drainage or for use in septic tanks. Private drainage systems deserve the same attention to ensure their reliability and longevity.

“If in doubt: The SPANC (Public Non-Collective Sanitation Service) allows for the inspection of all systems

put in place  and to answer questions regarding the implementation of the installed pipeline.”

 

Why choose the BatiVac SN4/SN8 drain pipe?

The BATIVAC SN4 or SN8 is a reinforced PVC drain pipe, designed by ATE to meet the strictest requirements in terms of quality, durability, efficiency, and environmental friendliness. It is covered by Technical Approval 17.2/25-375 and certified QB-68-01-375.

Quality and ecology

BATIVAC SN4/SN8 products are pipes that contain a significant proportion of recycled PVC . ATE designed the reinforced BatiVac to maintain the same quality characteristics and meet the same high standards as PVC made from raw materials.

While construction activities are essential, the sector is the third largest emitter of greenhouse gases. Underground drainage networks must therefore meet environmental challenges by combining performance and sustainability . The BATIVAC SN4/SN8 is fully aligned with this approach.

Economy and sustainability

Compact co-extrusion gives our products superior strength , ensuring exceptional durability. The BATIVAC SN4/SN8 represents long-term savings by eliminating costly maintenance interventions.

To minimize deflection during packaging, the 4-meter BATIVAC , blue for SN4 and gray-blue for SN8, is delivered on a pallet containing 3 wooden straps . This packaging allows for easy installation, facilitating adjustment of the 2% slope during implementation and minimizing deformation.

 

Tip: To mitigate potential problems and ensure the robustness of your installation,

ATE recommends installing the BATIVAC SN8.

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Features

Resistance SN4 SN8
Diameter (mm) Ø100 Ø100
Color Grey/Blue Blue
Length of bar (ml) 4 4
Palletisation (ml) 420 420
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Benefits

  • Best value for money on the market
  • Controlled mechanical resistance: SN4 and SN8
  • Length of 4ml
  • Assembly by bonding according to DTU 60-33
  • Three-ply wood pallets to prevent warping during packaging
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FAQ

Water can be present in a crawl space without harming the building.
You can drain the crawl space: you’ll need to drill a core hole just above the foundation, insert a tube with a grid at the end or a downspout and connect the drain to the rainwater system (provided the latter is working properly). The water will then drain into your existing system without stagnating in the crawl space.
I would like to ask a question

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