Complete Wasserführender Kamineinsatz Mbo Links 15 Kw Ø 200 Perfect Gift [KTGguCIq]

Water-Fueled Fireplace Insert MBO Left 15 kW Ø 200

The MBO PW line double-glazed fireplace inserts are an ecological and economic solution that distinguishes itself with a water-based unit. Unlike traditional air inserts, these inserts offer a unique vision of fire and fine frames, perfectly fitting into the design of modern interiors. This type of fireplace is often chosen for open-plan homes, especially in living areas with dining spaces.

Modern Design and Maximum Efficiency

The insert is equipped with a single, decorative glass that makes it look elegant and modern. This solution optically enlarges the space in front of the insert and emphasizes the vision of the fire. The door features a comfortable handle. The insert is designed to maximize energy use with an efficient combustion process and temperature retention, ensuring that the heat is maintained for longer periods. The combustion chamber is lined with TERMOTEC, a heat-absorbing material that increases the temperature in the combustion chamber. The afterburning of fuel particles is achieved through two deflectors that extend the exhaust path, increasing combustion efficiency and ensuring better energy utilization. This process also minimizes the emission of pollutants into the atmosphere.

Comfortable Use and Eco-Friendly Operation

The device is equipped with a clean glass system (air curtain), which evenly distributes the airflow, sweeping the glass and reducing soot deposition to a minimum. This allows for an attractive and clean glass appearance for a long time. The special perforated handle design prevents overheating, enhancing the comfort of using the fireplace. The triple combustion chamber air ventilation system meets the requirements of Ecodesign. The product is suitable for use with experienced wood (moisture content ≤ 20%). With a nominal power of 15 kW and a heating range of 6.0 - 18.0 kW, this fireplace insert is perfect for modern homes seeking both style and efficiency.