Windows and Doors with Deceuninck Slide 74 Profiles

Windows and doors made with Deceuninck Slide 74 profiles are designed to offer exceptional performance in terms of thermal and sound insulation, durability, and modern aesthetics. These profiles are ideal for use in areas with milder climates, where the thermal insulation requirements are not as stringent as in regions with extreme climates.

Deceuninck Slide 74 sliding systems allow for the use of large glass surfaces, providing panoramic views and maximizing natural light in the interiors. The modern and elegant design integrates perfectly into contemporary architecture, creating a smooth transition between interior and exterior spaces. Smooth and quiet operation is ensured by high-quality sliding mechanisms, and the systems offer easy and secure access thanks to advanced security features.

Technical Specifications

Profile Width: 74 mm
Insulation Chambers: 3 chambers that ensure efficient thermal and sound insulation.
Number of Seals: The sealing system uses brushes, which provide effective protection against air and water infiltration.

Glazing Options:

  • Double glazing of 24 mm.

Thermal Conductivity:

  • The thermal conductivity of the frame (Uf) is approximately 1.9 W/(m²K).
  • Combined with high-performance double glazing, the overall thermal conductivity of the window (Uw) can reach values as low as 1.3 W/(m²K), providing good energy efficiency for milder climates.

Color Palette

Standard Colors: White, a classic and versatile choice.
Laminated Colors: Anthracite Grey, Matte Black, and wood tones like Golden Oak and Walnut, ideal for a modern or traditional look.
Special Finishes: Textured and metallic finishes for a contemporary design.

Conclusion

The Deceuninck Slide 74 systems stand out for their numerous advantages, including efficient space-saving, thanks to the sliding mechanism that does not require additional space for opening or closing. The Deceuninck Slide 74 profiles are an excellent solution for residential and commercial projects located in areas with milder climates. They offer an optimal balance between performance, aesthetics, and energy efficiency, while ensuring durability and versatility in design.