The door frames are made of 8 mm thick steel, with a milled rebate in which the glass is firmly clamped. This ensures a modern and sleek appearance for your Barbas wood-burning stove. Thanks to the design, the glass door offers the largest possible glass surface.

A steel door gives your Barbas wood-burning fireplace a bold and rugged appearance.

If you opt for a self-closing door, the door will be automatically closed using a spring mechanism. This is especially useful when multiple fireplaces are connected to the same chimney, preventing unwanted smoke backdraft.

When the door is opened, it remains open.

The classic custom-made frame from Barbas is specially crafted in our workshop and can be freely configured up to 20 cm around the fireplace. This allows you to easily design the look and give your Barbas fireplace a unique character.

A vermiculite interior lining reflects heat back into the combustion chamber, helping the fireplace maintain a high temperature. This promotes the combustion process and ensures efficient operation. Vermiculite is particularly suitable for a quieter and more comfortable heating experience.

Concrete ceramic gives your Barbas wood-burning stove a modern and robust look. Thanks to the addition of fiberglass, this material is more wear-resistant than vermiculite. However, keep in mind that ceramic concrete takes a little longer to heat up.

Cast iron as an interior lining in your Barbas wood fireplace provides an industrial look, absorbs more heat, and is extremely durable.

The convection fan evenly and quickly distributes warm air throughout the room.

For a natural distribution of warmth throughout your living room.

The fireplace is connected to your chimney via the top of the unit.

A diagonal flue connection on a built-in wood-burning fireplace offers added flexibility during installation, especially in cases of limited space, structural beams above the unit, or angled chimney flues.

A convection casing around a wood stove captures the warm air surrounding the stove and distributes it through convection openings in the stove or its casing. This ensures the heat is spread efficiently and evenly, while the exterior remains cooler.

Without a convection casing, heat is radiated directly from the stove itself and the surface of the casing. This creates intense radiant heat near the stove but may result in less even distribution of warmth throughout the room. Additionally, surfaces around the stove can become significantly hotter.