Tinderbox Tall Wood Stove - 5kW
Wood burning stove, 5kW - ECODesign 2022, Smoke Control Area Exempt, 80.4% Efficient, A+ Energy Rating, 14% Dust. Designed and assembled in the UK, these stoves are the most efficient of their size in the UK, together with the lowest emissions (Dust Particles) available today.
The Tinderbox Tall from Mi-Fires features a contemporary and timeless design making it ideal for all interiors. With clean lines and gentle curves on the door, the Tinderbox is as appealing to look at as it is to use
The Tinderbox Tall brings a little more height to the larger model of the popular Tinderbox range. Featuring an efficient firebox and larger fire glass window this makes a modern and attractive EcoDesign ready wood burner.
An impressive 14mg of particulate emissions is one of the lowest produced in any stove in the UK
5Kw output makes it suitable for medium to large rooms.
Being DEFRA approved, Smoke Control Areas Exempt and ECO-Design friendly, the Tinderbox Tall makes an impressive statement whether in a fireplace or free standing.
Variable Air Flow And Tertiary Air System
The powerful tertiary air system is central to the stoves efficiency and clean viewing window.
Preheated air is drawn into the fire chamber and injected into the path of the gases produced during primary combustion, this re-ignites the gases resulting in a significantly cleaner and more efficient fire.
Key Features
- 5mm and 8mm steel seam welded stove body construction
- Cast iron door
- Lined with 30mm vermiculite panels
- Installer friendly 125mm outlet
- Discreet, hidden levelling screws
- 12mm decorative hearth compatible
Product Details
SKU | 137-T-Tinderbox |
Item | Tall Tinderbox Wood Stove 5kW ECODesign |
Rated Power: | 5 kW |
Energy Rating: | A+ |
Weight: | 76 Kg |
Effiency: | 80.4 |
CO (at 13% O2): | 0.001 |
Mean Flue Temp: | 249°C |
DIN Plus dust (at 13% O2): | 14 Nmg/m3 |
Mean CnHm (at 13% O2): | 79 Nmg/m3 |
Mean NOx (at 13% O2): | 127 Nmg/m3 |
Distance to Combustibles: | Side: 400mm, Back: 300mm; Under Stove: 53°C |