CHOOSE THE FORM OF HEATING MOST SUITABLE FOR YOUR HOME | Pellet stoves were created as a form of ecological, economic heating designed to combine the visual comfort of the burning flame with the convenience of an automatic, electronically managed system. Their installation within the home does not require large-scale restoration works: in this way the pellet stove can easily be used as the main heating source and as an additional solution together with other systems. |
Ducted Stoves | Ducted stoves have a system of pipes that convey the hot air to other rooms in the house adjacent to the one in which the stove is installed, thus obtaining a more uniform circulation of the heat inside the home. In the most modern stoves you can choose the amount of air to allocate to heating the room in which the stove is installed (front air) and the quantity of air to be allocated to ducting (rear air). |
Design Line | The strong point of Made in Italy products has always been originality and quality; the unique style of Italian design is well-known and appreciated all over the world and their innovation and creativity is recognised. Creative talent, today more than ever, is not restricted to the boundaries of furnishing objects but extends to products that were originally only considered for their functionality: this is how design stoves were created, designed to combine the ancient flavour of the fire with the most modern furnishing technologies. |
Boiler Stoves | Just like water heaters, thermal stoves can be considered a 360° heating form because they act in three ways: they produce hot water for radiators, they use the heat of the stove body that passes into the room by radiation, and they can be fitted with a sanitary kit to produce hot water for domestic use. The burning fire also creates a pleasant atmosphere and a more intimate, relaxing domestic setting. |
Box Line | The functioning principle is the same as the traditional fireplace, except that it is a closed fireplace fitted with a wide glass door that allows the flame to be seen well. The advantage is the capacity to minimise any heat loss, allowing greater efficiency and lower emissions of polluting gases. The inserts are easy to install in already-existing fireplaces increasing their yield as much as 3 or 4 times and making full use of space. |
Wood Stoves | All the charm of tradition, all the convenience of modern technology: the shininess of majolica and the retro charm of the fire burning slowly in the fire box bring back the magic of passed traditions that are reinterpreted here through a modern technology that combines pleasure and comfort.
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How a Pellet Stove Works: When the stove is switched on, the flame lights following the combined action of three elements: - Air that enters the stove via a primary air input duct (19) and reaches the burner (17)
- The pellet that is taken from the hopper (3) and dropped into the burner (17) via the screw
- The resistance, that activates combustion as it heats up
Combustion generates smoke which, coming into contact with the exchanger (5), releases all its heat The released heat is then conveyed to the room through the hot air output front grill (10). The combustion smoke then continues to circulate through the smoke duct (4), before being expelled by the extractor (6). The whole mechanism is monitored by an electronic board fitted with a microprocessor which, by means of the various sensors and probes inside the stove, regulates the air flow and feed so as to optimise combustion. In this case, since the stove is ducted, the hot air also passes through the rear (2) before been conveyed to the adjacent rooms. The quantity of front and rear air is regulated by lever (1) | | |  | | 1. Front/rear air switching lever | | | 2. Rear air output pipe | | | 3. Pellet hopper | | | 4. Smoke flue | | | 5. Tube heat exchanger | | | 6. Smoke extractor | | | 7. Graphic Display | | | 8. Majolica top | | | 9. Humidifier tray | | | 10. Front hot air exit grate | | | 11.Glass-cleaning air duct | | | 12. Steel flame guard | | | 13.Glass-ceramic window, heat resistance 750°C | | | 14. Firex 600 | | | 15. Stainless steel high temperature burner | | | 16. Primary air intake | | | 17. Ash pan | | | 18. Majolica sides |
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