TECHNICAL PROPERTIES:
-Everest Max is a system 60 mm wide, containing 4 chambers and 2 seals.
-Its profiles meet the TS 5358 EN 12608 standard.
-Heights of the profiles for the leaves of the doors included in the system and those of the doors opening outwards have been decreased for optimization purposes, so that the glazing have been enlarged to increase the visibility range.
-This system has been designed to have a special curve quickening the water drainage process.
-This system can be installed on foldable doors, pivots, parallel slides and other special joinery. It is fully compatible with all other systems (louvers, insect screens, roller shutters …).

THERMAL INSULATION 

Physical properties of PVC-U ensure the window to achieve a high performance for thermal insulation, and the 4 chambers, 60 mm profile width and the TPE seals ensure it to achieve a high performance for overall insulation.

Thermal transfer calculations made for this system prove its thermal performance clearly.
 
In general, the heat loss or gain in a building is expressed as “U value”. The lower the U value, the higher the insulation effect. It translates to better thermal perception and greater comfort.

Thermal insulation tests conducted on Zendow by IFT - Rosenheim certifies that its Uf = 1.4 W/m2K.

Furthermore, this system contains TPE seals enabling it to lock in the corners in such a manner to provide excellent insulation.

Furthermore, the 150 mm profiles used in the door panels of this system have a honeycomb structure ensuring the joinery to have excellent insulation properties.

ACOUSTIC INSULATION 

Acoustic insulation refers to dispersion of sound after it emits from its source. The sound reduction index Rw is expressed in dB.

Everest Max provides efficient solutions for acoustic insulation because it is available in glazing thicknesses 20 mm, 24 mm and 28 mm.

Acoustic insulation tests were conducted on the Everest Max system according to the EN ISO 717-1 standard. 
 
It has been certified that its sound reduction index Rw (C, Ctr) = 42.8 (–1.5; –3.9) dB.

Everest Max