SOPRAFLOW CONTROL
Description
- Compatible with SOPRAFLOW ALU drains
- Adjustable
- Easy to install
Properties
Function
Vegetative solutions, Accessory products
Building Component
Roofs, Balconies & Plaza Decks
Technology
Other
SOPRAFLOW CONTROL Product line
| 2 Products | Diameter | Colour | Length | Width | Thickness | Size | Weight | Volume | Quantity per packaging | Gross area | Net area | Units per skid | Granules size | Finish | Application temperature | R Value ((ft² · °F · hr)/BTU) | Weight per surface (kg/m² or lb/ft²) | Board thickness | Temperature grade | Fire resistant | Slope | Maximum Thickness | Minimum Thickness | Container | Option |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| SOPRAFLOW CONTROL 6'' Product code: 24292 | Diameter | Colour Blue | Length | Width | Thickness 1.5 mm | Size | Weight 0.23 kg | Volume | Quantity per packaging | Gross area | Net area | Units per skid 740 | Granules size | Finish | Application temperature | R Value ((ft² · °F · hr)/BTU) | Weight per surface (kg/m² or lb/ft²) | Board thickness | Temperature grade | Fire resistant | Slope | Maximum Thickness | Minimum Thickness | Container | Option |
| SOPRAFLOW CONTROL 4'' Product code: 24291 | Diameter | Colour Blue | Length | Width | Thickness 1.5 mm | Size | Weight 0.23 kg | Volume | Quantity per packaging | Gross area | Net area | Units per skid 740 | Granules size | Finish | Application temperature | R Value ((ft² · °F · hr)/BTU) | Weight per surface (kg/m² or lb/ft²) | Board thickness | Temperature grade | Fire resistant | Slope | Maximum Thickness | Minimum Thickness | Container | Option |
Complementary products
Towards Better Stormwater Management in Urban Areas : The Power of Buildings
Solutions for Better Stormwater Management in Urban Areas
Frequently Asked Questions
The mineral zones around drain points, as well as the way the system is designed, are there to ensure appropriate flow to drains and prevent ice build-ups. There should be no concern about this if both design and installation are done adequately.
Not necessarily, as it depends on the height of the water retained. A parapet at least 150 mm higher than the finished level of the water management or vegetated system is required.
Yes, it is possible. What will be necessary is to know the exact total volume of water that needs to be retained in the tank, as well as the outflow of water allowed. We can use the SKYWATER Manager calculation tool to assess what type and size of green, blue or hybrid system you would need to attain the same performance. After this is established, the building needs to be able to sustain the weight, and the design process is carried out as it would be in any case.