- 104 units expected on 02-05-2024
- Air tightness class 2
- Sendzimir galvanised
- Easy to assemble
Recommended price
£12.25
-10%
£11.03
Item number: 75010160
Complete your order
- 33 items in stock
£87.54
Stream-Vent roof cowl diameter 160 mm
The Stream-Vent roof cowls are low-resistance and suitable for vertical air supply and extraction. The open underside creates a lower pressure difference with the outside air, allowing more air to be displaced. This also makes the Stream-Vent very useful for a combination of several ventilation systems.
The optimal construction ensures that the cowl is barely affected by different wind pressures on the façade. Stream-Vent roof cowls are rainproof and meet the Airtightness Class D standard. The corresponding roof terminal, found under accessories, can be connected to a spiral pipe with a diameter of 160 mm.
| Cowl features | Value |
| Nominal duct diameter | 160 mm |
| External diameter of cowl | 230 mm |
| Working height | 642 mm |
| Material | Aluminium |
| Air stream | Vertical |
| Function | Supply and extraction |
The roof slabs for the Stream-Vent are available separately.
| Brand | Econox |
| Category | Stream-Vent hood |
| GTIN | 8719544080226 |
| Manufacturer's item number | 11100160 |
| Article number | 11100160 |
Specifications
| With protection cover for walk-in | Yes |
| Met isolatiering | Yes |
| With mortar lid | No |
Accessoires
- 26 items in stock
- Ø 160 mm
- Aluminium
- Airtightness class D
£88.88
Item number: 11110160
- 500 items in stock
- 20 metre length
- For quick mounting
Recommended price
£4.60
-10%
£4.13
Item number: 20051045
- 7589 items in stock
- STAINLESS STEEL
- Adjustable closure
- high-quality finish prevents tube damage
£1.73
Item number: 20051053
- 11 items in stock
- 45 units expected on 07-06-2024
- Acoustically insulated
- Prevents condensation
- Ideal for quiet ventilation
Recommended price
£51.12
-25%
£38.34
Item number: 72500516
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Energy prices are skyrocketing, and decesion have to be made between eating or heating. It is time to make our homes more sustainable and thus save energy. In summer, our homes use less energy than in winter. In summer you are outside more often and the heating does not have to be switched on. In winter, we often keep the windows closed to keep the heat in, but unfortunately that is when the problems arise. There is no fresh air coming into our well insulated houses. The lack of fresh air leads to high CO2 levels, which in turn leads to various health complaints.
