Edeka Talfingen

Material: Perforated aluminium sheet 3 mm – powder-coated
Perforation pattern:  Round, staggered – R8 T10
Projekt: Edeka Tailfingen
Kooperation: LACKER GmbH

Design:

• Perforated metal, 3D-formed, matte micaceous iron ore
• Made-to-measure segments in 23 widths and 179 lengths
• Advantage of the lamella profiles drawn especially for this project: integrated mounting groove for the perforated sheets reduces the assembly work to a minimum

Façades in perforated metal (8)

Material: Perforated aluminium sheet 3 mm – powder-coated
Perforation pattern: Round, staggered – R5 T10
Project: Triple-section sports hall, Herdorf
Cooperation: Fielitz GmbH, Goldbeck Ost GmbH

Design:

• Lochblech, formed three-dimensionally, sandgold matt shiny
• Façade creates a changing interplay of light and shadow – similar to a water wave
• Light play influenced by the rhythm of sun, moon and stars, as well as the external lighting

Façades in perforated metal (1)

Material: Perforated aluminium sheet 2 mm – powder-coated
Perforation pattern: Round, staggered – R5 T8
Project: Ecole Marne in Nyon
Cooperation: TECmetall R. Blarer

Design:

• Façade panelling in coloured aluminium sheets under glass  
• Perforated metal as a colourful and structural design element
• Perforated metal for covering and protecting façade insulation

Façades in perforated metal (2)

Material: Perforated aluminium sheets 1.5 mm – anodised
Perforation pattern: Round, staggered – R8 T12
Project: Ecole des Métiers – Fribourg
Cooperation: TECmetall R. Blarer

Design:

• Special perforated special trapezoidal sheets as façade panelling and sun protection
• Trapezoidal perforated metal sheet provides an exciting façade design

Façades in perforated metal (3)

Material: Perforated aluminium sheet 2.5 mm – gold-coloured, anodised
Perforation pattern: Round, staggered – R5 T10
Project: Multi-storey car park façade in the Nuremberg “Nordostpark”
Cooperation: Fielitz GmbH, Goldbeck Ost GmbH

Design:

• Corrugated perforated metal in wave design, gold-coloured, anodised
• Car park façade alters it colour from gold to shimmering golden brown, depending on the time of day and light incidence
• Spectacular wave-corrugated perforated metal, which simultaneously enables transverse ventilation

Façades in perforated metal (4)

Material: Perforated aluminium sheets 1.5 mm – anodised
Perforated pattern: Slot perforations, staggered – LR8 Z50
Project: GGA West
Cooperation: TECmetall R. Blarer

Design:

• Trapezoidally corrugated perforated metal with special perforations for façade cladding
• Shaped perforated metal sheets and aluminium surface provide a contrast to the large window areas
• Perforated metal used partly as blinds, partly as sun protection

Façades in perforated metal (5)

Material: Perforated aluminium sheets 1.5 mm – anodised
Perforation pattern: Round, staggered – R3 T4
Project: Zürich International School – Adliswil
Cooperation: TECmetall R. Blarer

Design:

• 51 % free area provides high translucence to support the design intention
• Perforated metal design supports solid building architecture
• Perforated metal used partly as blinds, partly as sun protection

Façades in perforated metal (6)

Material: Perforated aluminium sheets 2 mm – anodised
Perforation pattern: Round, staggered – R3 T5
Project: MZH Reiden
Cooperation: TECmetall R. Blarer

Design:

• Strongly translucent façade made of perforated aluminium sheets.
• Thanks to their translucence, perforated metal walls underline the open character of the multi-purpose hall and bring out the brightness of the yellow internal decoration
• Perforated metal is used here a both as sun protection and blinds

Façades in perforated metal (7)

Material: Stainless steel perforated sheet 1.25 mm (mechanically formed)
Perforation pattern: Square, straight – C5 U7.5
Project: Multi-storey car park façade in Almere
Cooperation: Voestalpine Polynorm GmbH & Co. KG

Design:

• Fairy tale embossing motif for car park’s perforated metal façade
• Perforated, translucent stainless steel plates provide optimal car park ventilation and regulate light incidence
• Façade with fairy tale motif as an optical and regional architectural highlight