Good-quality air thanks to ventilation system
Install a ventilation system in your home and enjoy a healthy, comfortable and energy-efficient indoor climate!
Ventilation in your home ensures healthy air at all times
Throwing the windows wide open to air everything is also a solution, but it is not always comfortable r very effective and can cool or heat up your home considerably. Yet good air quality at all times is vital for human beings, which is why it is important to have a good ventilation system. There are two types of controlled mechanical ventilation (CMV) systems: single-flow and double-flow.
Controlled mechanical ventilation (cmv)
Whichever type of controlled mechanical ventilation you install, it will give you an economical way of gently and permanently refreshing the air in your home, whilst reducing heat loss by 50% compared with traditional ventilation.
Benefits of the CMV system
- A permanent supply of fresh air ensures a constant supply of oxygen to the home.
- The air inside the home is purified.
- Relative humidity is controlled within the home’s comfort zone.
- Odours and vapours are eliminated by the supply of fresh air into the home.
Single-flow ventilation type C
The single-flow ventilation system refreshes the air in your home by extracting indoor air via an electric extractor and bringing in “fresh” outdoor air via ventilation grilles in the frames/walls.
Benefits of single-flow ventilation:
- Low power consumption
- Inexpensive compared with double-flow CMV
- Easy to maintain
- Less heat loss
Double-flow ventilation type D
The dual-flow ventilation system is designed to provide the home with an optimum level of comfort, offering a host of benefits to occupants.
Benefits of the double-flow system:
- The oxygen supply in the home is guaranteed by a constant supply of fresh air.
- The air in the home is purified.
- Relative humidity is controlled within the home’s comfort zone.
- Odours and vapours are ongoingly removed from the home.
- The user saves considerably on heating costs thanks to heat recovery.