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Waj 5 Double 45 Deg Access Junction

Waj 5 Double 45 Deg Access Junction provides access from surface level to Wavin below ground 110mm diameter gravity drainage and sewer systems. The range of profiles along with the same invert level for entry & outlet minimises the risk of blockages. The WAFIX seal provides security of water tightness whilst facilitating flexibility of installation misalignment.
Availability: In stock
SKU: WAJ5
€120.97 incl vat

Waj 5 Double 45 Deg Access Junction provides access from surface level to Wavin below ground 110mm diameter gravity drainage and sewer systems. The range of profiles along with the same invert level for entry & outlet minimises the risk of blockages. The WAFIX seal provides security of water tightness whilst facilitating flexibility of installation misalignment.

  • Multiple options for maximum installation flexibility
  • Fast, easy installation: no wet trades
  • Lightweight: no lifting equipment required
  • Push-fit shaft sections: one or more can be used to achievenrequired invert depth
  • Final shaft section can be cut to required length
  • No additional trench excavation required
  • The 110mm inlets are level invert and fully swept to give maximum flow characteristics and to minimise the risk of blockage

Waj 5 Double 45 Deg Access Junction provides access from surface level to Wavin below ground 110mm diameter gravity drainage and sewer systems. The range of profiles along with the same invert level for entry & outlet minimises the risk of blockages. The WAFIX seal provides security of water tightness whilst facilitating flexibility of installation misalignment.

  • Multiple options for maximum installation flexibility
  • Fast, easy installation: no wet trades
  • Lightweight: no lifting equipment required
  • Push-fit shaft sections: one or more can be used to achievenrequired invert depth
  • Final shaft section can be cut to required length
  • No additional trench excavation required
  • The 110mm inlets are level invert and fully swept to give maximum flow characteristics and to minimise the risk of blockage
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