Tiny Stove wood - classic

Tiny Stove wood stove - Classic

BACKWASHING THE GLASS

We backwash our ceramic glass with fresh air. This helps to prevent the glass from sooting up so quickly. The cool, incoming air forms a protective film between the glass and the fire.

The air flows through the holes in the front of the door into a channel and is directed down the inside of the upper edge of the glass into the combustion chamber where it is used as combustion air.

FIREBRICK

We use a real fireclay brick, 10 mm thick and cut to size. Cheap vermaculite or Fermacell panels have no place in our stove.

The fireclay brick serves as an insulator to keep the temperature in the combustion chamber as high as possible. Pollutants burn better at high temperatures and the stove achieves better emission values. At only 10 mm thick, the brick is certainly not a good heat accumulator. For us, a low overall weight of the stove is more important than heat storage.

ASH ROD

The ash grate is primarily used to keep the combustion chamber clean. No mess when handling a shovel and broom. The ash can be conveniently drained into the drawer below with a few simple steps on the operating rod.

The ash grate and the closing plate are made of 3 mm thick steel plates (DD11), each with 20 slotted holes. The steel is untreated and will corrode over time.

ASH DRAWER

An ash drawer is a must for all those who really want to use the stove continuously during cold periods. In small stoves without a drawer, an excessively high layer of ash can impair the primary air supply.

The ash drawer is dimensioned so that the stove can be heated for a whole day without the drawer overflowing.

The drawer is secured with a locking cam.

PRIMARY AIR CONTROL

The fresh air can be regulated using a control rod. The slider on the air duct is adjusted by pushing or pulling the operating rod.

The fire can be influenced by regulating the air.

SECONDARY AIR

Additional openings in the fresh air duct are used to direct air into the upper area of the combustion chamber. The incoming fresh air at the hottest point of the stove increases the temperature, which stimulates the combustion of the flue gases. (wood gasifier principle)

This increases efficiency and reduces exhaust air emissions.

SEALING

We use E-glass yarn gaskets with additional impregnation. This improves the resistance of the gaskets to mechanical stress, such as abrasion (solvent-free).

With a continuous application temperature of 450° C, the gasket is ideal for the TINY STOVE.

Gaskets are wearing parts that can also be damaged by mechanical stress. To ensure proper function, we recommend checking the gasket regularly and replacing it if necessary.




Technical data

Sales & advice provided directly by the manufacturer