Chimney Stoves
The design solutions of the HOME and PREMIUM wood-burning stoves serve as heating accessories of households with modern furnishings and holiday houses, as well as more traditional interiors. The stoves are produced in a twin-wall design. The outer stove wall can be tiled with ceramic tiles; sandstone, soapstone, or other natural stone; or they can be made of sheet steel treated with heat-resistant paint. The regulated thermal performance ranges between 2 kW and 12.3 kW depending on the type, and can be easily controlled by the primary and secondary combustion air intakes or by the patented Easy Control system.
HAAS+SOHN Rukov wood-burning stoves are characterized by efficiency exceeding 80%. They provide economical heating due to their low fuel consumption. Such high values are achieved mainly by tertiary combustion, which is a standard feature of all new models. The range also includes stoves with external air supply (CPV), which are ideal for low-energy or passive buildings. Some wood-burning stoves are fitted with closures for the external air supply, which prevent cooling of the rooms where they are installed, thus saving you money.
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Tiled stove ALYTUS II
Tiled stove BRILLO
Fireplace stove AURORA
Fireplace stove AVESTA II
Fireplace stove EPIC
Fireplace stove FENIX
Fireplace stove GLOW
Fireplace stove LIVORNO II
Fireplace stove VENTO
Fireplace stove VISTA
FAQ
The optimal output depends on the size and insulation of the space, the type of construction and the required heating method. Usually, approximately 1 kW of output is calculated for a 10–20 m² well-insulated room. In older houses, higher output may be required. We recommend that you base your decision on the actual heat losses of the building and not choose an unnecessarily oversized device — the output should correspond to normal operation, not extreme conditions.
The optimal output depends on the size and insulation of the space, the type of construction and the required heating method. Usually, approximately 1 kW of output is calculated for a 10–20 m² well-insulated room. In older houses, higher output may be required. We recommend that you base your decision on the actual heat losses of the building and not choose an unnecessarily oversized device — the output should correspond to normal operation, not extreme conditions.
The optimal output depends on the size and insulation of the space, the type of construction and the required heating method. Usually, approximately 1 kW of output is calculated for a 10–20 m² well-insulated room. In older houses, higher output may be required. We recommend that you base your decision on the actual heat losses of the building and not choose an unnecessarily oversized device — the output should correspond to normal operation, not extreme conditions.