Stûv (16-up) – Available in 3 Sizes
Its glass door gives an amazing view of the spectacle of the flames. The visual effect of the suspended stove completes the picture: freeing up the floor space makes the room appear bigger. It owes its excellent performance to a system that recovers the heat contained in the combustion gases.
3 Sizes
The stove is available in 3 widths:
- Narrow model (Stûv 16/58) for 33 cm logs maximum
- Intermediate model (Stûv 16/68) for 50 cm logs maximum
- Wide model (Stûv 16/78) for 60 cm logs maximum
Hinged door system
The Stûv 16 is fitted with a hinged door which just allows the fire to be refuelled. The Stûv works only with the door closed.
When performance rises from the flames
- Damper beneath the stove: a single control to adjust the 3 air supplies.
- Double combustion: optimises the combustion of the wood and reduces the production of ash.
Operating Mode
- Combustion air.
Illustration with direct air intake under the stove. The external air intake can also be located at the rear of the device. - Combustion.
The air intake, the combustion chamber and smoke evacuation form an air-tight system. - The air is captured in the living room and is heated by the device.
- The convection air circulates throughout the combustion chamber and captures heat from the smoke.
- The heated air comes out of the device naturally and spreads within the room.
The content of this website is intended for initial assistance only – for full details please contact the showroom or refer to the manufacturers website for each product – there you will find full technical details, the product fiche etc which gives all efficiencies, installation instructions, dimensions and so on. We are more than happy to provide these but do not have the facility on this website. If you let us know which fires you are interested in, we can provide full details by email. If you have any questions at all please let us know. Happy Browsing! In the showroom or by email we are quite happy to provide full technical advice about installation and suitability.
Last updated 15 May 2025