SIGA

The Siga free-standing fireplace is distinguished by its high thermal efficiency of up to 84%. The corner design, combined with a modern finish, makes it a perfect fit for both small and spacious rooms. The corner SIGA wood-burning freestanding stove is characterized by above-average energy and emission parameters, which were achieved thanks to, among other things, ergonomic design and efficient aeration of the hearth. The SIGA free-standing fireplace is equipped with a sealed chamber and a spigot allowing the supply of outside air. Such a solution makes it possible to safely use the stove in domestic conditions with a mechanical ventilation system.

SIGA freestanding stove - perfect workmanship and practical solutions

Siga free-standing fireplace has been manufactured, among other things, from high-grade boiler plate that guarantees increased resistance to sudden temperature fluctuations. The use of high-quality materials, combined with precise workmanship, ensures long life and preservation of the original parameters even in the case of frequent use.

The SIGA wood-burning freestanding stove is distinguished by its slender, rectangular design, so it takes up little space. The use of corner doors guarantees an extremely phenomenal vision of the fire. The use of three-stage combustion chamber venting technology ensures high efficiency of the whole process. In addition, the entire system can be controlled by a single lever, which is located under the door. In addition, the freestanding stove is equipped with an effectively working flue gas afterburner, as well as a highly efficient air curtain. Thanks to the afterburner, dust and carbon monoxide emissions are reduced to an absolute minimum.

SIGA free-standing fireplace - excellent heat accumulation

The corner SIGA wood-burning freestanding fireplace is equipped with a sturdy, easily removable grate made of cast iron. The ash pan, distinguished by its above-average volume, reduces the frequency of ash removal. The SIGA corner freestanding stove, or more precisely the combustion chamber and the deflector that is mounted above the chamber, are made of ACCUCERAM. This is an extremely advanced proprietary material with high heat storage capabilities.

Another advantage of the corner stove is a special exchanger with steel fins, whose main task is to efficiently collect heat from the flue gases and then quickly transfer it to the room. In addition, the path that the flue gases must take is maximized thanks to the use of a solid limiter made of steel. Such a solution further improves the efficiency of the fireplace.

SIGA corner freestanding stove - full resistance to high temperatures

Siga corner freestanding stoves allow connection of the leadout in two ways. The first is through the side wall, while the second is through the top wall of the fireplace. In addition, the rear covers of the stove can be freely interchanged with each other. The corner door of the free-standing wood-burning fireplace is made of fireplace ceramic, which has been additionally polished on both sides. The ceramic is suitable for exposure to very high temperatures of up to 800°C. In addition, the entire corner door is made of boiler plate and a special profile. This combination guarantees rigidity and safe use.

The most important advantages of the freestanding SIGA corner stove

The heat load range of the SIGA freestanding fireplace is between 3 kW and 8.5 kW. The low lower value makes the wood-burning freestanding stove perfect for both small and medium-sized rooms. High efficiency and low emissions make the SIGA free-standing fireplace meet all the requirements of 15a B-VG, BlmSchV II and Ecodesign.

The modern design, combined with a decorative DECOR type frame, makes the fireplace have a practical and decorative function. Another advantage is the possibility of precise adjustment of the hearth aeration system using only one damper. The lower intake spigot makes the SIGA fireplace suitable for homes with a recuperation system. The technology of stove production includes the use of high-quality materials, such as boiler steel grade P265GH. In addition, the entire production process involves the use of extremely precise machinery, such as 3D lasers, 2D lasers, modern press brakes and advanced welding robots.