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  1. There are more products that fulfill technical criteria for your country available through vendors from abroad.
  2. Schuco AWS 75.SI+

    Aluminum windows for permanent and non-permanent areas: Schuco AWS 75.SI +, Uf = 0.92 W / m2.K; triple glazing Ug = 1,1 W / m²K, with one high-efficiency low emission glass with a thickness of 4 mm, warm edge spacer, 16mm distance between the panes, air between the panes.
    Add to List
    Material of frame
    Aluminium
    Number of panes
    3.000000
    Filling
    Air
    Thermal insulation resistance (R-value)
    0.81 (m²·K)/W
    Thermal transmittance (U-value)
    1.23 W/(m²·K)
  3. Schuco AWS 75.SI+

    Aluminum windows for permanent and non-permanent areas: Schuco AWS 75.SI +, Uf = 0.92 W / m2.K; double glazing Ug = 1,2 W / m²K with two high-efficiency low-emission glasses with a thickness of 4 mm, warm edge spacer, 16mm distance between the panes, argon between the panes
    Add to List
    Material of frame
    Aluminium
    Number of panes
    2.000000
    Filling
    Argon
    Thermal insulation resistance (R-value)
    0.77 (m²·K)/W
    Thermal transmittance (U-value)
    1.30 W/(m²·K)
  4. Schuco AWS 75 BS.SI+

    Aluminum windows for permanent and non-permanent areas: Schuco AWS 75 BS.SI +, Uf = 0.92 W / m2.K; triple glazing Ug = 1,1 W / m²K, with one high-efficiency low emission glass with a thickness of 4 mm, warm edge spacer, 16mm distance between the panes, air between the panes.
    Add to List
    Material of frame
    Aluminium
    Number of panes
    3.000000
    Filling
    Air
    Thermal insulation resistance (R-value)
    0.81 (m²·K)/W
    Thermal transmittance (U-value)
    1.23 W/(m²·K)
  5. Schuco AWS 75 BS.SI+

    Aluminum windows for permanent and non-permanent areas: Schuco AWS 75 BS.SI +, Uf = 0.92 W / m2.K; double glazing Ug = 1,2 W / m²K with two high-efficiency low-emission glasses with a thickness of 4 mm, warm edge spacer, 16mm distance between the panes, argon between the panes
    Add to List
    Material of frame
    Aluminium
    Number of panes
    2.000000
    Filling
    Argon
    Thermal insulation resistance (R-value)
    0.77 (m²·K)/W
    Thermal transmittance (U-value)
    1.30 W/(m²·K)
  6. Salamander Streamline 76

    PVC windows for permanent living areas: Salamander Streamline 76Uf = 1.3 W / m²K (5 chambers); triple glazing Ug = 0.9 W / m²K, with two high-performance low-emission glasses with a thickness of 4 mm, warm edge spacer, 14mm distance between the windows, air between the windows.
    Add to List
    Material of frame
    PVC
    Number of panes
    3.000000
    Filling
    Air
    Thermal insulation resistance (R-value)
    0.84 (m²·K)/W
    Thermal transmittance (U-value)
    1.19 W/(m²·K)
  7. Salamander Streamline 76

    PVC windows for permanent living areas: Salamander Streamline 76Uf = 1.3 W / m²K (5 chambers); triple glazing Ug = 0.9 W / m²K, with one high-efficiency low emission glass with a thickness of 4 mm, warm edge spacer, 16mm distance between the panes, argon between the panes.
    Add to List
    Material of frame
    PVC
    Number of panes
    3.000000
    Filling
    Argon
    Thermal insulation resistance (R-value)
    0.84 (m²·K)/W
    Thermal transmittance (U-value)
    1.19 W/(m²·K)
  8. Brugmann bluEvolution 82

    PVC windows for residential areas: Brugmann bluEvolution 82 Uf = 1.0 W / m²K (6 chambers); triple glazing Ug = 1,1 W / m²K, with one high-efficiency low emission glass with a thickness of 4 mm, warm edge spacer, 16mm distance between the panes, air between the panes.
    Add to List
    Material of frame
    PVC
    Number of panes
    3.000000
    Filling
    Air
    Thermal insulation resistance (R-value)
    0.80 (m²·K)/W
    Thermal transmittance (U-value)
    1.25 W/(m²·K)
  9. Brugmann bluEvolution 82

    PVC windows for residential areas: Brugmann bluEvolution 82 Uf = 1.0 W / m²K (6 chambers); double glazing Ug = 1,2 W / m²K with two high-efficiency low-emission glasses with a thickness of 4 mm, warm edge spacer, 16mm distance between the panes, argon between the panes
    Add to List
    Material of frame
    PVC
    Number of panes
    2.000000
    Filling
    Argon
    Thermal insulation resistance (R-value)
    0.77 (m²·K)/W
    Thermal transmittance (U-value)
    1.30 W/(m²·K)
  10. Brugmann bluEvolution 73

    PVC windows for residential areas: Brugmann bluEvolution 73 Uf = 1.3 W / m²K (5 chambers); triple glazing Ug = 0.9 W / m²K, with two high-performance low-emission glasses with a thickness of 4 mm, warm edge spacer, 14mm distance between the windows, air between the windows.
    Add to List
    Material of frame
    PVC
    Number of panes
    3.000000
    Filling
    Air
    Thermal insulation resistance (R-value)
    0.84 (m²·K)/W
    Thermal transmittance (U-value)
    1.19 W/(m²·K)
  11. Brugmann bluEvolution 73

    PVC windows for residential areas: Brugmann bluEvolution 73 Uf = 1.3 W / m²K (5 chambers); triple glazing Ug = 0.9 W / m²K, with one high-efficiency low emission glass with a thickness of 4 mm, warm edge spacer, 16mm distance between the panes, argon between the panes.
    Add to List
    Material of frame
    PVC
    Number of panes
    3.000000
    Filling
    Argon
    Thermal insulation resistance (R-value)
    0.84 (m²·K)/W
    Thermal transmittance (U-value)
    1.19 W/(m²·K)
  12. Salamander bluEvolution 92

    PVC windows for residential areas: Brugmann bluEvolution 92 Uf = 1.0 W / m²K (6 chambers); triple glazing Ug = 1,1 W / m²K, with one high-efficiency low emission glass with a thickness of 4 mm, warm edge spacer, 16mm distance between the panes, air between the panes.
    Add to List
    Material of frame
    PVC
    Number of panes
    3.000000
    Filling
    Air
    Thermal insulation resistance (R-value)
    0.80 (m²·K)/W
    Thermal transmittance (U-value)
    1.25 W/(m²·K)
  13. Salamander bluEvolution 92

    PVC windows for residential areas: Brugmann bluEvolution 82 Uf = 1.0 W / m²K (6 chambers); double glazing Ug = 1,2 W / m²K with two high-efficiency low-emission glasses with a thickness of 4 mm, warm edge spacer, 16mm distance between the panes, argon between the panes
    Add to List
    Material of frame
    PVC
    Number of panes
    2.000000
    Filling
    Argon
    Thermal insulation resistance (R-value)
    0.77 (m²·K)/W
    Thermal transmittance (U-value)
    1.30 W/(m²·K)
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