F2 Fires Accona Multifuel Stove

F2 Fires Accona Multifuel Stove

If you would like a traditional cast iron stove to create a warm and cozy atmosphere in your home, look no further than the F2 Fires Accona multi-fuel and wood-burning stove. This stove, with its modest 5kW heat output, is ideal for heating small to medium-sized living spaces. Its rustic design is certain to make it the captivating centerpiece of your room. The elegantly shaped cast iron door and expansive window offer a clear view of the captivating flames, and the glass remains spotless thanks to the airwash system.

The black finish of this stove seamlessly complements a wide range of interior décors, whether your style is modern and sleek or rustic and traditional. The Accona wood burner is not only visually stunning but also environmentally conscious, meeting the criteria for Ecodesign with very low particulate emissions and an impressive 80% heat efficiency rating. Moreover, it’s DEFRA approved, allowing installation and log burning in smoke-controlled areas.

Thanks to its compact size, the Accona 5kW multi-burner easily fits into most small and standard fireplace openings, making it a versatile choice for many homes. It doesn’t require a structural hearth and can be directly installed onto a 12mm floor plate or hearth, offering flexibility and a great freestanding option. Crafted entirely from cast iron, the F2 Accona stove is durable and dependable.  While the top exit flue is the standard configuration, there’s also the option to vent it from the rear flue outlet when you purchase the rear-to-vertical flue extension.

Ecodesign Ready
Defra Approved
Height 570mm
Width 430mm
Depth 394mm
Nominal Output 5kW
Energy Rating A+
Fuel Type MF – Wood & Smokeless Fuels
Output Range 3-6kW
Flue outlet size 125 mm
Efficiency 79.3%
Maximum log length 300mm
Distance combustible materials rear 150mm
Distance combustible materials side 450mm
Weight 80kg
Distance to centre of top flue outlet from back of stove 121mm
Suitable for glass floor plate
Particulates mg/mo3 @13% 18