KRATKI MBA/PW/17/W Straight 17kW – Closed Expansion Tank Fireplace Boiler with Acumotte Lining

KRATKI MBA/PW/17/W Straight 17kW – Closed Expansion Tank Fireplace Boiler with Acumotte Lining

The KRATKI MBA/PW/17/W is a high-efficiency water fireplace boiler designed to provide cost-effective and powerful heating for residential spaces ranging from 100 to 205 m². It combines modern aesthetics with advanced combustion technology, ensuring maximum energy utilization and reduced fuel consumption.

This model features a closed expansion tank system, offering enhanced safety and stable operation within the heating installation. The opening door design ensures ease of use and maintenance, while the internal Acumotte lining improves heat accumulation and retention, increasing overall efficiency.

It is an ideal solution for those looking to connect their fireplace to radiators or underfloor heating systems, significantly reducing heating costs.

 Key Features

• Nominal power: 17 kW
• Heating coverage: 100 – 205 m²
• Type: Water fireplace boiler
• System: Closed expansion tank
• Door type: Hinged / opening
• Combustion chamber lining: Acumotte
• High energy efficiency
• Low wood consumption
• Suitable for radiators & underfloor heating systems

Technical Specifications

• Material: High-quality steel construction
• Efficiency: up to 80%+
• Flue gas temperature: Optimized for performance
• Operating pressure: Suitable for closed systems
• Flue diameter: approx. 200 mm
• Fuel type: Wood
• Airwash system (clean glass)
• Adjustable air intake control
• Compatible with modern heating systems

 Advantages

• ✔ Energy and cost savings
• ✔ Eco-friendly combustion with reduced emissions
• ✔ High thermal performance
• ✔ Long lifespan
• ✔ Modern and elegant design
• ✔ Safe operation with closed system

 Why Choose KRATKI MBA/PW/17/W

This energy-efficient fireplace boiler is a reliable heating solution that combines performance, efficiency, and design. It is ideal for homes requiring consistent and effective heating while helping reduce overall energy expenses.