A.080

Classic Solution . Horizontal weft façade (TH) . Attached exterior glass (VEP) . Glued exterior glass and (VEC) . Skylight

Facade system composed of 5 different solutions.

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A response to the most varied architectural specificities of each project.

A.080

Classic Solution

Glass fixing by aluminum clamping cap profiles, fixed by screws to the transom riser structure, with EPDM seals. The thermal break is ensured by an intermediate profile in polyamide. The profiles for the outer layers, horizontal and vertical, have a 50 mm view.

Horizontal weft façade (TH)

Horizontally, the glass is fastened to the transoms using aluminum profile covers, with EPDM seals and screws. Vertically, the glass is glued to the upright with structural silicone protected and topped with an EPDM sealant. The horizontal linear visual effect is obtained by the absence of vertical external profiles.

Attached exterior glass (VEP)

The fixing of the glasses is carried out by a mechanical process, which are framed and, later, fixed by pieces and screws that ensure the transmission of the efforts to the base structure. The modulation of the glasses is emphasized by the outer edge of the profile. The aluminum flap that serves as a frame has a view of 15 mm.

Glued exterior glass (VEC)

The glasses are glued to a frame which, in turn, is fixed to the mullion/transom structure. Total absence of aluminum profiles on the outside.

Skylight

Lanterns, roofs, glazed inclined planes with the possibility of ventilation through a projection window powered by an electric motor.

Classic

Horizontal weft façade (TH)

Attached exterior glass (VEP)

Glued exterior glass (VEC)

Skylight

Performances

Classic Façade

Initial Type Test
Curtain façade composed of 15 sashes (1 projecting and 14 fixed)
Dimension: 5500mm x 7890mm

AIR PERMEABILITY
Projecting Module
Class 3

AIR PERMEABILITY
Module fixo
Class AE

WATER PROOFING
Class RE750

WIND PRESSURE RESISTANCE
SUITABLE

IMPACT RESISTANCE
E3 - EXTERIOR
I3 - INTERIOR

THERMAL TRANSMISSION COEFFICIENT

Uw=3.0W/m2K-1
Dimension: 3890 mm x 2960 mm
Glass Ug=1.4W/m²K-¹

DESEMPENHO ACÚSTICO
Rw=37dB

Variable values according to the typology and composition of the glass.
Uw - Thermal transmission coefficient. The smaller, the better the thermal performance.
Rw - Frame acoustic insulation index. The higher, the better the sound insulation coefficient.