Radon Sump
Verified by manufacturer 3 months ago
Radon sump forming the collection and extraction point for radon gases that accumulate beneath a building in a radon effected area.
Application
For radon gases beneath buildings within radon affected areas.
Description
An extraction point for radon gases beneath buildings within radon affected areas. If a radon sump is positioned within a permeable granular layer beneath a ground floor slab and subsequently connected to an extract fan, then the penetration of hazardous radon gas into the building is minimized. Cordek also provide a range of additional components including membranes, DPC's and vent outlets to provide a solution to the issues posed by radon gas to new constructions.
Features and benefits:
- Can reduce the risk posed by radon gas by minimizing the pressure beneath the building.
- Robust polypropylene construction for positioning beneath ground slab constructions.
- Can be used in conjunction with Cordek Radon Membrane and associated accessories to provide ‘full’ radon protection.
- Installed during construction for ‘activation’ post construction if required.
General information
Color | Black |
Material | Polypropylene |
Shape | Circle |
Length | 510 mm |
Width | 510 mm |
Height | 240 mm |
Uniclass | |
CAWS | D21/370 Plastics depressurization sumps D21/40 Plastics depressurization sumps |
Specification data - Depressurization sumps
Material | Polypropylene. |
Shape | Circular. |
Size | 510 x 240 mm. |
Sump height (nominal) | 240 mm. |
Inlets/ outlets | |
Number of inlets/ outlets | 5. |
Diameter | 110 mm. |
Serviceable area (maximum) | >250 m². |
Sustainability data
Country of product manufacture | United Kingdom |
Material | Polypropylene |
BIM objects
NBS BIM Object Standard
This BIM object has been authored to meet the requirements of the NBS BIM Object Standard.
Find out more about the NBS BIM Object Standard.
| Platform | Compatible | Version |
|---|---|---|
 IFC | IFC2X3 | 2 |
 Revit | Revit 2016 | 6 |