Products Architecture B.005

B.005

An economical and functional solution for the least thermally and acoustically demanding constructions.

Thermal bridge-free system designed for construction where energy performance is not relevant.

Request info

The windows can be composed of sashes with a maximum height and width of 2000 mm and 1200 mm, respectively, with a maximum weight per sash of 50 kg. It is possible to design windows with 6 sashes, making up a glazed area of approximately 7200 mm (including aluminum views).

Glasses with a thickness of 4 mm, 6 mm or even 16 mm can be introduced.

B.005
A
A
A
A
<
>
Request for InformationLearn more about the product
Name
Company
E-mail 
Phone
District
Mensagem

One sash

One sash

Two sashes

Two sashes

Three sashes

Three sashes

Four sashes

Four sashes

Six sashes

Six sashes

Technical details

Frame depth (2 rails): 71,5 mm
Frame depth (3 rails): 106 mm
Sash depth: 24,5 mm
Height of the sill (to be recessed): 28,8 mm / 39,5 mm | 30 mm /44 mm
Sash view: 55 mm
Meeting section view: 55 mm
Frame and sash cut: 90º 
Maximum sash width: 1200 mm
Maximum sash height: 2000 mm
Maximum sash weight: 50 Kg
Glazing: 4 mm / 6 mm / 16 mm
Bicolor: No
Aplication: New construction / Renovation

Performance

Initial Type Test
Two-sash sliding window.
Dimension: 2000mm x 1200mm

 

AIR PERMEABILITY
Class 4
WATER PROOFING 
6A
WIND PRESSURE RESISTANCE
B4

 

THERMAL PERFORMANCE

Uw=3.7W/m2K-1
Dimension: 2400 mm x 2000 mm
Glass Ug=3.1W/m2K-1

ACOUSTIC PERFORMANCE
Rw=29 dB

 

 

Variable values according to the typology and composition of the glass.
Uw - Thermal transmission coefficient. Smaller values represent better thermal performances.
Rw - Frame acoustic insulation index. Higher values represent better acoustic insulation coefficient.


 

Technical documentation

Maintenance manual
Download
Galeria 2
Related productsAlso see these products
B
B.095 RPT Light View
B
B.095 RPT
B
B.150 RPT Minimalist
B
B.055 RPT
B
B.080
Ask us for a quote Describe your project to us.
Name 
E-mail  
Contact 
Subject 
Message