The decision to install windows made from natural materials often provides a building with its defining look and sets the tone for the interior. While wood has been associated with domestic warmth for centuries, modern processing relies on precise technologies that have completely transformed its properties. Today’s frames successfully blend traditional craftsmanship with high resistance to changing weather conditions and strict energy efficiency standards.
Material Selection and Frame Dimensions
Producing a durable window begins by rejecting flawed raw materials. At DAKO factories, proven wood species are used to create frames: European pine and spruce, as well as resilient, exotic meranti. Every delivered batch of wood undergoes a strict selection process to eliminate sections with knots and natural defects. This process prevents the frame from warping later on and guarantees its full structural stability in the finished building.
Does frame thickness have a real impact on the daily comfort of residents? Absolutely, because this parameter strongly determines the building’s thermal barrier. The Polish manufacturer offers profiles in three widths: 68 mm, 78 mm, and the thickest variant of 92 mm. Using the most massive frame retains more heat inside the room and more effectively dampens noise from busy streets, which can be crucial in densely built areas.
Profile Shapes and Architectural Style
Matching joinery to the facade requires defining the appropriate design aesthetic. Designers often seek austere forms that complement flat roofs and large glazed areas. The DDF series was created for minimalist architectural concepts, characterized by very simple, subtle profile milling. In stark contrast is the DDR line, designed for historical renovations or manor-style buildings, which features a more rustic and softly rounded edge shape.
Regardless of the chosen style, when designing the facade and ordering wooden windows, clients can select the opening mechanics individually to suit the layout of each room. Options include single-sash systems, traditional double-sash structures, and proven tilt or tilt-and-turn mechanisms. Everything is supported by reliable hardware that must smoothly bear the daily weight of what is often very massive wood and glass.
Three Protection Layers and Finishes
Frame surfaces exposed to rain and harsh sunlight require an advanced coating. The application of varnishes is handled by the PowerFeed system, which precisely applies three separate layers: an impregnating coat, a color coat, and a topcoat. Between individual painting cycles, the wood undergoes manual sanding, allowing for continuous quality control over the surface smoothness and eliminating the slightest imperfections.
Aesthetics represent a separate decision-making process, allowing the natural look of the raw material to be either completely hidden or proudly showcased. Within the varnish offerings, buyers will find:
- Transparent azure varnishes that subtly color the wood while leaving the grain clearly visible
- Smooth and completely opaque paints from the extensive RAL color palette
- Specific colors dedicated to historic buildings, such as Classic Rosewood or Dark Grey Azure, which are classified as “heritage” shades
Glass Barriers and Logistical Security
The potential of a thick frame is only fully realized when combined with the appropriate glazing unit. During the configuration process, clients can upgrade standard double glazing to a triple-pane system. The space between the panes is filled with a special gas that acts as a barrier against cold penetrating from the outside, which measurably reduces the building’s heating energy demand during the winter months.
Transporting heavy yet delicate material to the construction site requires appropriate logistical support. Instead of relying on external courier companies, the manufacturer delivers orders using its own specialized fleet of vehicles. This organized logistics approach minimizes the risk of impact, guaranteeing that the carefully finished varnish and glazing units reach their destination in perfect condition.
Conclusion
Modern wood processing has completely transformed the functionality of this material in fenestration. The use of selected raw materials, massive profile thicknesses, and rigorous three-layer varnishing processes results in a highly sealed structure that is exceptionally resistant to the passage of time. This specific combination of engineering performance and natural aesthetics allows for a home finish that is highly thoughtful and durable for many years to come.
