Catalog excerpts
External Applications Perforated Façades Perforated Façades and Cladding made of CELLON® Panels Version 1.0 General Information Individual panel segmentation within the following design sizes: Our CELLON®-panel is a Compact High-Pressure Laminate Panel (HPL) consisting of 70% cellulose sheets and 30% phenolic resin. The weather-resistant material is ideally suited for external applications such as perforated façades. The unprocessed boards are manufactured exactly as required for each individual project using laser technology. The panels are thus pre-cut to the exact dimensions (incl. drill holes) and with the desired perforations for the specific site. The panels are coated after cutting. Depending on the perforation and the distance between the fixing points, 8 or 10 mm thick panels are used.
Open the catalog to page 1The Advantages at a Glance The unlimited selection of perforation patterns and colours provide a large variety of design options, this way the degree of transparency can be selected freely Precise laser cut allowing for free contour and soft edges according to the submitted CAD data Over 100 perforation available from Bruag Option of custom patterns according to your CAD template at no additional cost Perforations can run smoothly across multiple panels Wide choice of colours (coating according to NCS S Edition 2, RAL, Bruag Alu or IGP) Special colours on request Moisture-resistant,...
Open the catalog to page 2Fixing Distances for Single and Double-Width Panels (wind load q up to 0.5 kN/m2) Fixing Distances for Single and Double-Width Panels (wind load q up to 1.0 kN/m2) The diameter of the drill holes is usually 8 mm (fastener + min. 2 mm). The panels are fixed by means of "self-tapping fagade screws with hexagonal head and washer”, diameter 4.8 mm, supplied by Bruag. Alternatively, rivets may be used. These must be provided by the contractor and must comply with the applicable requirements. Coating by Bruag AG is possible. If fixing points lie within the perforation, the pattern may need to be...
Open the catalog to page 3Sub-Frame Sub-frames are usually made in wood or metal/aluminium. In addition to conventional square tubes, angled or omega section are also suitable in metal constructions. If you do not want the sub-frame to be visible, you can also use fixings with spacers. However, these are significantly more complex in assembly and design. The sub-frame must be attached to the brickwork in accordance with the specifications of the building and must be adapted to the load capacity of the CELLON® panels. For wooden sub-frames, we recommend using EPDM sealing tape between the sub-frame and the panels....
Open the catalog to page 4Façade Schematic CELLON® Perforated Façade Panel Vertical Omega Section Distance between Wall and CELLON® Panel (approx. 30-40 mm)
Open the catalog to page 5Detail Corner Design Corner details may always be designed as butt joint. Allow approx. 6 - 8 mm for the joint. Alternatively, standard corner profiles may be used. Corner Detail with Z-Profile Corner Detail with Square Profile
Open the catalog to page 6Guarding Floor-To-Ceiling Windows Guarding Floor-To-Ceiling Windows with a circumferential L-Section Gurading Floor-To-Ceiling Windows with circumferential Square Tube In case of guarding in front of floor-to-ceiling windows, it is essential to design a circumferential frame. This can be done using L-section or square tube. When using L-section, allow at least 5 mm gap on all sides.
Open the catalog to page 7Bruag AG Bahnhofstrasse 8 8594 Guttingen Switzerland
Open the catalog to page 8All Bruag Design Factory AG catalogs and technical brochures
-
Innovative Cladding Elements
25 Pages
-
Ventilated Façade Solutions
9 Pages
-
Noise-Virus-Catcher®
1 Pages
-
Zeitgeist 2016
2 Pages
Archived catalogs
-
CELLON® design
8 Pages
-
Acoustics Elements
3 Pages
-
Brève Information CELLON®
2 Pages
-
Zeitgeist 2015
4 Pages