Description
Introducing the Helsinki 5kw cassette multifuel stove, a perfect blend of contemporary design and efficient heating. With its sleek, minimalistic style and etched black glass door and frame, this stove fits seamlessly into any standard opening, enhancing your home’s aesthetic.
Key Features:
- Powerful Heating: With a 4.6kw output, the Helsinki stove heats spaces up to 65m³, ensuring a warm and comfortable environment.
- High Efficiency: Boasting an impressive 83.3% efficiency rating, this stove delivers maximum heat with minimal fuel consumption.
- Eco Design 2022 Compliant: Rated A+ for energy efficiency, it meets the latest environmental standards for sustainable heating.
- Fuel Versatility: Capable of burning both wood and solid fuels, offering flexibility to suit your preferences.
- Airwash Technology: Keeps the large glass window clean for a clear, unobstructed view of the flames.
- Cleanburn Technology: Ensures efficient, cleaner burning for improved performance.
Upgrade your home with the Helsinki 5kw Insert Stove, combining modern elegance with high efficiency and versatile functionality. Perfect for those seeking a stylish and effective heating solution. For more information and recommendation visit our showroom 
Kildare Stoves or call 0858754191.
Eco Design
All Hamco stoves meet and go beyond the stringent air quality and efficiency standards of the Ecodesign directive, lowering emissions to an absolute minimum, this collection is designed to make them some of today’s cleanest burning fires.
Why use a stove as a heating source? Wood is a renewable energy resource. Differently from what happens when fossil fuels are burnt, such as diesel oil, gas or coal, which are resources that are bound to run out and have a negative environmental impact, when wood burns, it is possible to speak about zero environmental impact. In contrast to these types of fuels, when it burns, wood releases an amount of carbon dioxide which is equivalent to that absorbed by a tree during its growth. This process is called carbon cycle.
