Why choose Jydepejsen?

with several functions. So it is important to take everything into account when investing in your home's new heating source. Jydepejsen, with its usual sense of the different needs of its customers, has developed a number of stove models. Together with the many different cladding and function options there is a model for every situation. The interior of the stove reflects Jydepejsen's long experience in achieving perfect combustion and heat distribution. Of several important factors, the key points are:

THE COMBUTION CHAMBER
The heart of the stove is the combustion chamber, with its base of special cast iron, able to tolerate extremely high temperatures. The sides are clad in vermiculite panels, which sustain flame impact up to 1.100º C.

INSULATION
The vermiculite panels insulate the combustion chamber, giving a higher combustion temperature, better carbonisation of the wood and higher efficiency. The high insulation effect makes it possible to control heat distribution. Primary air / air supply for lighting When lighting the stove, primary air is fed in under the grate. In this phase the fire needs air from below in order to catch quickly. Primary air is only introduced in the lighting phase, and is subsequently shut off.
Secondary air / air supply for combustion - preheated air Once the fire is well alight, combustion is controlled by secondary air. This air enters via two ducts alongside the combustion chamber, where it is heated to approx. 350-450º C before reaching the fire. The combination of preheated air and insulation of the combustion chamber with vermiculite panels produces an extremely high combustion temperature.

FRESH AIR
Modern houses nowadays are often so tightly insulated that the inside volume of air can be sparse. Such houses usually have built-in air inlets, supplying the house with fresh air from outside; an indoor underpressure is hereby avoided. Most of Jydepejsen´s stove models are available with a fresh air intake, which allows the stove to take in air from outside only, using the fresh air inlets of the house.

ADJUSTMENT
Once the flames have died down, air intake is reduced to a minimum. The very high temperature in the combustion chamber causes the gases in the wood to ignite, thus achieving perfect combustion.

CONVECTION
The stationary air between the inner and outer stove starts to move as the temperature in the stove rises. The heated air is forced out of the convection holes on top of the stove and at the same time cool air is drawn in at floor level. This airflow continues as long as the stove is hot, bringing about a substantial reduction in radiant heat and a distribution of heat round your home.