MAXIMUM ENERGY USE

The combustion zone and the body of the stove are made of steel intended for operation at elevated temperatures. The combustion of fuel particles is achieved thanks to two baffles that extend the path of the exhaust gases. The triple ventilation system of the combustion zone includes: primary air - supplied under the grate, secondary air supplied through openings in the rear wall. Additionally, the device features a clean glass system - an air curtain.

Effective combustion and longer temperature retention are achieved thanks to the TERMOTEC lining of the combustion zone - a thermal accumulation material that increases the temperature in the combustion chamber. Integrated external air inlet fi 100, which provides fresh air to the stove from outside the building, improving the combustion process and user comfort. Removable ashtray without removing the grate. The grate is made of cast iron.

GREEN COMBUSTION

The device meets the requirements of Ecodesign and the BImSchV 2 standard, setting the maximum CO emission.

SAFETY AT THE HIGHEST LEVEL

The front side of the device is equipped with heat-resistant ceramic elements that withstand temperatures up to 660°C. The perforated design of the handle causes natural cooling of it. The excellent quality of the material and the special design of the handle ensure comfortable use of the stove.

MODERN DESIGN

An elegant and comfortable handle that can be easily adapted to your interior space (purchase option: gold or nickel handle). The chamber under the fireplace is equipped with a pressure mechanism for opening. The beauty of the fire is enhanced thanks to the round glass.

RECOVERY UP TO 30% HEAT

In a traditional fireplace connection, a large part of the energy is removed with the exhaust gases out of the chimney. One way to reduce the temperature of the exhaust gases and thus increase the efficiency of the fireplace is the use of storage discs, which can recover up to 30% of the escaping heat. The storage discs force the exhaust gases to turn, thus extending their path and removing heat from them. Thanks to the densely arranged heaters, they ensure good heat exchange with the air flowing through them. Ultimately, more heat is used for heating the spaces, increasing the thermal efficiency of the heating system. The discs are made of cast iron, characterized by strong accumulation and heat conductivity properties. They are placed in fireplace inserts using specially designed bases. The protection against the possible movement of the discs is their weight, which ensures the tightness of the air flow channels and a special inlet system.