DaVinci FC
Das Modell DA VINCI FC ist ein gewebtes Drahtmusterdesign, das gerade Stäbe und vorgewellte Stäbe kombiniert. Das Modell besteht hauptsächlich aus Edelstahl, es sind jedoch auch andere Kombinationen erhältlich.
Das Modell DA VINCI FC ist ein gewebtes Drahtmusterdesign, das gerade Stäbe und vorgewellte Stäbe kombiniert. Das Modell besteht hauptsächlich aus Edelstahl, es sind jedoch auch andere Kombinationen erhältlich.
Das Architekturnetzmodell DA VINCI C ist ein gewebtes Drahtmuster, das mehrere Kabel und einen Drahtstab kombiniert und sich ideal für Außen- und Innenanwendungen eignet. Das Modell besteht hauptsächlich aus Edelstahl, es sind jedoch auch andere Kombinationen erhältlich.
Discover the Aalto model by Codina Architectural, a stunning architectural metal mesh designed to elevate any project. With a woven wire pattern featuring four cables and one rod, the Aalto model is perfect for facades, banisters, and a variety of other applications. Crafted primarily from stainless steel, Codina Architectural offers multiple material finishes and color shades, ensuring the Aalto model can seamlessly integrate into any architectural design.
Featuring an open area of 53.3% and a maximum width of 4 meters, the Aalto model provides versatility and durability for various architectural projects. The stainless steel construction, weighing 5.6 kg/m2, offers both strength and aesthetic appeal.
Start your architectural journey with Codina Architectural’s Aalto model, an exemplary solution for projects ranging from interiors to exteriors. Explore the endless possibilities of architectural mesh with Codina Architectural today!
Das CORBUSIER-Architekturnetzmodell ist ein gewebtes Drahtmuster, das aus einer Kombination aus einem Kabel und einem Runddraht besteht. Dies macht es zum idealen Drahtgeflecht für den Einsatz in Fassaden, Geländern und vielen anderen Anwendungen. Das Modell besteht hauptsächlich aus Edelstahl, es sind jedoch auch andere Kombinationen erhältlich.
BREUER architectural mesh model is a woven wire mesh made of cable and laminated wire.
GROPIUS F architectural mesh model is a preondulated woven wire mesh design with flat wire.
Gropius R architectural mesh model is a preondulated woven wire mesh design with round wire section.
Metallgeflecht aus U-förmigen Spiralen, das eine starre und flexible Lösung für Außen- und Innenanwendungen bietet. Erhältlich in Edelstahl.
SERT WAVE architectural mesh model model is a weave made by inter-linked wire in the form of “Z”.
CANDELA F architectural mesh is the spiral mesh with less opening in our range.
CANDELA R architectural mesh is the spiral mesh with less opening in our range. The design is made with left/rigth flat wire spirals combined with three rods connected together.
GAUDI R50 architectural mesh model is designed using round wire section. GAUDI series are the unique designed without rods across the spirals, which leads to an increase of flexibility.
GAUDI R architectural mesh model is designed using round wire section. GAUDI series are the unique designed without rods across the spirals, which leads to an increase of flexibility.
GAUDI F model is designed using round wire section. GAUDI series are the unique designed without rods across the spirals, which leads to an increase of flexibility.
GAUDI Q mesh is the newest model of the Gaudi Series. This model is designed by square wire made in aluminium and it can be anodised in different colours that can fit with the most special projects.
The architectural mesh model MIES R is one of our most suitable meshes to fit any outdoor or indoor applications.
MIES F architectural mesh model is one of our most suitable meshes to fit any outdoor or indoor applications.
The PAXTON model is one of our most suitable meshes to adapt to any exterior or interior application.
The CODERCH model is one of our most remarkable meshes for its multitude of applications in architecture und Innenarchitektur. Codina Architectural produces several material finishes and color shades for this model, allowing the model to adapt to any project requirement.