MasterLine 8

MasterLine 8

MasterLine 8 window

Crafted for masters

MasterLine 8 is a unique window system that combines countless design opportunities with first in class performance in terms of thermal insulation, air-and water-tightness, and production speed. The system offers a wide design range and ultimate performance regarding thermal insulation and air- and water tightness. This new generation of innovative window solutions mirrors the current architectural trend towards maximising daylight while offering ultimate insulation levels.

MasterLine 8 features 3 different levels of insulation for high insulated, low energy and even passive houses. These different levels of insulation are achieved by the integration of new and clever materials. The unique concept makes it possible to combine an extensive range of window opening types, design variants, and different levels of thermal insulation. The design variants, each with their own distinct look and feel, make MasterLine 8 suitable for any architectural style.

Masterline 8

Opening Elements

MasterLine 8

Properties

Min. Visible width frame: inward opening 53 mm
Min. Visible width vent: inward opening 37 mm
Min. Visible width frame-vent: inward opening 97 mm
Min. Visible width frame: outward opening 20 mm
Min. Visible width frame-vent: outward opening 118 mm
Min. Visible width T-profile 80 mm
Max. height vent 2800 mm
Max. width vent 1200 mm
Max. weight vent (element) 200 kg
Overall system depth frame 77 mm
Overall system depth vent 87 mm
Rebate height 27 mm
Min. Glass thickness 4 mm
Max. Glass thickness 58 mm
Min. Glass thickness vent 13 mm
Max. Glass thickness vent 68 mm

Properties

Comfort      
MasterLine 8 Air tightness max. test pressure 4 (600 Pa)
MasterLine 8 Water tightness E900 (900 Pa)
MasterLine 8 Wind load resistance C5 (2000 Pa)
MasterLine 8 Acoustic performance TuTi: Rw(C;Ctr) = 46(0;-3) dB DC: Rw(C;Ctr) = 44(-2;-4) dB
Safety
MasterLine 8 Burglar resistance RC2/WK2
RC3/WK3
Energy
MasterLine 8 Thermal insulation (Uf) 119mm: St. 1,9 / HI 1,6 / HI+1,2 W/m²K