Masonry Stoves from German Manufacturers
THE STORY OF THE FIREPLACE AND TILED STOVE - OR HOW THE BRUNNER HKD CAME ABOUT
A fire in an open fireplace is something very beautiful, but also quite unreasonable.The precious heat contained in the fire is not released into the living area, but largely disappears up the chimney. A classic tiled stove optimises the amount of heat that can be released into the environment, but the flames cannot be seen anywhere or can only be seen through a small glass door.
Combining both advantages without major disadvantages - that would be brilliant!
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This idea was already realised by BRUNNER in 1991.
The result: a new generation of heating inserts with a large glass door instead of the usual cast iron front with a small combustion door. With the HKD series, it was possible for the first time to combine the beauty of the visible fire with the heat output of a tiled stove heating insert.
This is made possible by a special combustion chamber geometry that burns the wood in an environmentally friendly way and at high temperatures. However, the hot flue gases do not go straight into the chimney,
but flow through a reheating surface. The heat-generating energy of the heating gases is absorbed by this reheating surface and released into the room via the stove casing.
This special feature achieves the high level of efficiency. The technical design of the reheating surface and the stove envelope determines the heat emission behaviour
The result: a new generation of heating inserts with a large glass door instead of the usual cast iron front with a small combustion door. With the HKD series, it was possible for the first time to combine the beauty of the visible fire with the heat output of a tiled stove heating insert.
This is made possible by a special combustion chamber geometry that burns the wood in an environmentally friendly way and at high temperatures. However, the hot flue gases do not go straight into the chimney,
but flow through a reheating surface. The heat-generating energy of the heating gases is absorbed by this reheating surface and released into the room via the stove casing.
This special feature achieves the high level of efficiency. The technical design of the reheating surface and the stove envelope determines the heat emission behaviour