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Continuous Louvre System with 75mm blade
The CLS-system can be fitted to an existing construction and is supported on vertical mullions.
Technical details
- Aluminium blade profiles are clipped into aluminium blade support clips.
- Blade pitch: 75mm.
- Blade height: 92mm.
- Visual free area : 83%.
- Availible with different mullions.
Finishing
Natural anodised: 15 to 22 micron.
Other shades possible.
Powder coated in any RAL finish: 60 – 80 micron.
Manufacture
- Ready made or bar length
- Different types of mullions with 14,5mm, 50mm or 80mm depth.
Fixing
- Depending of the construction and project details.
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Continuous Louvre System with 95mm blade
The CLS-system can be fitted to an existing construction and is supported on vertical mullions.
Technical details
- Aluminium blade profiles are clipped into aluminium blade support clips.
- Blade pitch: 95mm.
- Blade height: 110mm.
- Visual free area : 83%.
- Availible with different mullions.
Finishing
Natural anodised: 15 to 22 micron.
Other shades possible.
Powder coated in any RAL finish: 60 %u2013 80 micron.
Manufacture
- Ready made or bar length
- Different types of mullions with 14,5mm, 50mm or 80mm depth.
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Continuous Louvre System with 65mm blade
The CLS-system can be fitted to an existing construction and is supported on vertical mullions.
Technical details
- Aluminium blade profiles are clipped into aluminium blade support clips.
- Blade pitch: 65mm.
- Blade height: 67mm.
- Visual free area : 78%.
- Availible with different mullions.
Finishing
Natural anodised: 15 to 22 micron.
Other shades possible.
Powder coated in any RAL finish: 60 %u2013 80 micron.
Manufacture
- Ready made or bar length
- Different types of mullions with 14,5mm, 50mm or 80mm depth.
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consisting of vertical round wires and horizontal crimped flat wires
despite the use of flat wires relatively high open area creating adequate transparancy. Mesh appears dense with angular view.
packages of nine round wires create a dominant vertical structure
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Product information:
Description:
The architectural mesh has small openings, provides a
characteristic style and aesthetic design.
The mesh is made from a flat thin woven wire.
Material: Stainless steel
Applications: Interior decoration, façade covering, curtains, ceilings,
Weight: 1,6 kg/ m2
Size: ↔ 56 mm; ↕ 4,5 mm; Ø 1mm
Open area: 76%
Options:
Materials: Stainless steel
Versions: Trapezium shaped mesh
Finish: Matt, glossy, coloured
Dimensions: Width : up to 3000 mm
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Product information:
Description:
A lightweight rigid metal mesh with medium openings, with biwoven
spiral wire.
Material: Stainless steel
Applications: Wall and ceiling panels, balustrade, railings
Weight: 4,1 kg/ m2
Size: 20 mm; 20 mm; Ø 1,2 mm
Open area: 76%
Options:
Materials: Stainless steel, bronze, copper, silver, gold
Finish: Matt, glossy, coloured
Dimensions: Width : up to 6000 mm (20')
Other finish: glossy, coloured
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Description:
Flat spiral wire with a triangular shape of openings.
and corrugated rods. Applications:
Ceiling panels, wall coverings, metal curtains,
facade, room divider, facade elevator elements Material:
Stainless steel Dimensions:
-8.4 mm; J 14 mm; 0 2.3x1.4/1,9 mm Weight:
9-2 kg Finish:
Matt, glossy, coloured Width:
Maximum width: 3000 mm Open area:
78%
On request:
Other materials: bronze, copper, silver, gold Other dimension
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Material: Stainless steel Aisi 316
Wire diameter: Cables: 2 X Ø 2.8 mm
Rod wire: Ø 4 mm
Cable aperture: 100 mm
Rod wire aperture: 11 mm
Open area ~ 67%
Weigth: ~ 8.1Kg/m2
Maximum width: 3250 mm
Application: Facades, ceilings, space, room wall cladding,dividers, protective guardrails, sun screen, product design…
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No longer can aesthetics be sacrificed for functionality in parking design.
New demands on parking structures require them to be elegant, thematic, and serve as focal points that can attract new business - all while seamlessly maintaining their utilitarian purpose. Cambridge has assisted in this visionary shift by providing a solution that meets these demands.
Architects who use Cambridge Parkade systems discover that mesh provides a highly textured and glimmering surface that intrigues the senses and invites drivers to park their vehicles within its space.
Mixed-use facilities of today feature elegantly integrated parking facilities. Parking facility design elements often become thematic to the overall facility. For example, it's not uncommon to see exterior features of a parking facility carried into the interior design of the facility it serves. Cambridge woven metal fabric easily accommodates this design strategy.
No other cladding material transforms ordinary open parking structures into truly extraordinary architecture as effortlessly, economically and environmentally sound than architectural mesh.
Cambridge Architectural Parkade systems provide cost-effective lightweight mesh systems with expert-led installations.
Cambridge Architectural occupies an important space in a new generation of parking design.
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Cambridge woven metal fabric has a new dynamic element. MeshFX creates limitless possibilities for transforming traditional architectural mesh installations into luminous works of art.
MeshFX allows architects to explore entirely original and breathtaking forms of design:
Integrated LED - LEDs are engineered to fit perfectly into architectural mesh channels, allowing entire building facades to display vibrant colors, animated graphics and clear video images. Mesh is flexible, and can accommodate undulations and curves.
Etching - Any image can be laser etched into Cambridge metal fabric, creating a truly personalized and sophisticated design element. This effect is perfect for corporate branding applications.
Reflective Lights - Light directed at metal fabric creates a stunning visual interplay. Effects vary depending on the type of metal weave.
Color-Coating - Architectural mesh can be painted any color imaginable.
Cambridge thrives on creativity, and so ensures that each project is truly exceptional by assisting throughout the design-build process.
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The manifold aesthetics and the strong functionality determine the wide range of applications of the material: Façades appear as shimmering mantles for buildings or become precious sun screen elements. They offer protection against wind and rain as semitransparent filters.
Facade of private residence clad with stainless steel wire mesh Lago
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Planet-M is a remarkable building object which was to be clad with stainless steel wire mesh in a three-dimensional way. The 'Escale' mesh was especially developed for this project. At daytime, it reflects the light as a glistening surface. At night, when the Planet starts glowing by means of 380 light sources, the mesh recedes optically and serves as a filigree light distributor.
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The manifold aesthetics and the strong functionality determine the wide range of applications of the material: Façades appear as shimmering mantles for buildings or become precious sun screen elements. They offer protection against wind and rain as semitransparent filters.
Cladding of a 50 m high tower. Illuminated at night in changing colours.
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The manifold aesthetics and the strong functionality determine the wide range of applications of the material: Façades appear as shimmering mantles for buildings or become precious sun screen elements. They offer protection against wind and rain as semitransparent filters.
Expomedia, Saarbrücken: completely covered with stainless steelwire mesh type Omega
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Louis Vuitton´s Store at Omotensando Avenue, Tokyo symbolizes layers of suitcases wrapped with stainless steel mesh typ Sambesi and Baltic. Coloured glass shimmers through the mesh during the day and at night the mesh is very transparent. As an eye-catcher for the entrance area of the new Louis Vuitton shop in Tokyo GKD manufactured a 4,15 x 5,30 m sized mesh panel, woven in the pattern of LV´s new "Damier" Design.
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Alongside the traditional Costacurta S.p.A. - VICO production of steel components for industry (such as woven wire mesh, perforated plates, conveyor belts, reactor internals, separators and hexagonal meshes), a specific line of wire weaves for architecture has now been added: ARCHI-NET®. Wire cloth was born in the manufacturing industry to filter, separate and contain, depending on the function of the component that it is integrated into. It has now been 'lent' to architecture, which once again promotes the adoption of technologies created and developed in other sectors. The ARCHI-NET® wire cloth is an innovative non-traditional product that offers plenty of room for creativity: the harmony of its geometrical shapes, its shine, transparency and suppleness appeal to and stimulate the creativity of those able to appreciate its possibilities and imagine the extraordinary effects that this material can offer when skilfully used both for exteriors and interiors of buildings.
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Type A.
It is a weave made of groups of ropes laid lengthwise (warp) and round wires laid crosswise (weft); it is a particularly flexible and resistant weave and permits varying degrees of transparency to be obtained depending on the diameter of the wires used and the distance between them.
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TECU® Net, Rib Mesh and Perforated Plate are perforated surfaces in three designs which differ as follows:
TECU® Net perforated plate is produced from the tried and tested base material TECU® Classic. The material is perforated while being stretched and is then rolled and stretch-levelled in a subsequent stage. As a result TECU® Net has regular, rounded perforations in its surface. Production is optimised to suit the cross-section and material.
Like TECU® Net TECU® Rib Mesh is produced by making offset perforations into the material while it is being stretched, however, the rib mesh is not subjected to the subsequent rolling process.
Perforated plates made from TECU® copper are perforated with offset, diagonally offset or straight rows of holes. The round perforations are produced according to planning specifications and are generally custom-made.
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Architectural Mesh
Metallic weaves, flexible and rigid meshes with many available shapes and designs that allow to cover large external surfaces, create virtual interior rooms or generate visual illusions by combining them with light and colors.
The stainless steel architectural meshes are very verstile both in their applications and in their properties. A large range can be manufactured in the requested characteristics suitable for each project with also the most advisable attachment systems. Outdoor closings for largescale projects that can fulfil both esthetical requirements and functionality in just one material.
Indoor wall and column claddings, ceiling systems, space dividers or filter screening or some other typical uses for these materials.
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Transparent Media Façades: IMAGIC WEAVE
Architectural façades are becoming the focus of new media communication. Large scale imaging and architectural video designed using LED media solutions accentuate the appearance and functionality of contemporary architectural sites in any urban landscape, day and night.
IMAGIC WEAVE, a combination of Haver Architectural Wire Mesh and state-of-the-art LED technology, enables to create individually programmable lighting effects in up to 16 million colours including full video content on a new or existing façade.
The wire mesh elements are custom-made for the specific project. DOGLA-TRIO is the most suitable type of mesh, fabricated in max. 3 meter width and upon request available in other dimensions, too. The maxim height is limited by handling and static reasons only. In general the mesh elements are tensioned from top to bottom. Different mounting systems are available with regard to the specifics of each project.
By attaching slim LED-profiles to the reverse side of the wire mesh the homogenous and transparent look of the façade is maintained at all times, even when the LEDs are not in use.
Both indoor and outdoor façades may be embellished with medium to high resolution video and graphic animation. IMAGIC WEAVE offers all of the benefits of an LED imaging solution within a plug’n’play stainless steel mesh system.
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Illumesh®, another joint development by GKD – Gebrüder Kufferath AG and ag4 media facade GmbH, is the technology of choice when it is a matter of presenting large fabric areas atmospherically.
The special holders woven into the fabric contain LED round profiles which project an interplay of colors and images onto the metallic surface. Illumesh® can be used to project - from complex designs to simple graphics - onto your building facade. In comparison to conventional media displays, the costs for light design and energy consumption are considerably lower when using Illumesh®.
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Mediamesh® is a patented system used for the medialization of large facade surfaces developed by GKD - Gebr. Kufferath AG an ag4 media facade GmbH.
Mediamesh® offers a large spectrum of new design possibilities for architects ,investors and building owners - opportunities to medialize their buildings and adding a dynamic dimension to their architecture. Mediamesh® facades excellently support the architectural concept and provide an opportunity to further revise the display, as needed. In addition to communicating and enhancing their presence on location, Mediamesh® can also be used to broadcast messages from the inside to the outside in a unique an innovative way.
Mediamesh® is a stainless steel mesh with interwoven light emitting diode (LED) profiles with itegrated and connected media controls. The LEDs reflect the images onto the facade, creating a display for a wide spectrum of graphics, text and video.
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Materials
The materials which are normally perforated are:
- common steel
- stainless steel
- non ferrous materials
- others, such as plastic, etc.
Size
The thickness ranges generally from 0,5 up to 20 mm, while the maximum length is normally 1500 mm. If the rewinding as bands is not required the length should not be more then 6000 mm. On request it is also possible to exceed these values.
Holes
The most required are round, square, elongated and rectangular.
Pitch or interaxis
The pitch or interaxis corresponds to the lower distance between the centres of two nearby holes. In case there are two different pitches in the same perforation (e.g. in case of elongated holes) it is necessary to define these values before
starting the production. On request works in iron, stainless steel, brass, copper etc. are supplied as standard sizes 1000x2000 and with sizes required by the customer himself.
Full edges
Generally, standard SHEETS with a maximum thickness of 3 mm have minimal full edges just on the longer sides, while from 4 mm up, there are full edges also on the other sides. On request sheets with different edges are available.
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Kalzip perforated façades
Perfectly suited to both new build and refurbishment projects, Kalzip perforated façades offer an innovative solution to the upgrading or enhancement of a building through the creative use of light. Without compromising the structural integrity of the building envelope, it is ideal for cantilever roofs, car park screening, or to simply add subtle detail to large elevations and provides numerous aesthetic and practical advantages.
Offered in aluminium, Kalzip perforated facades provide superb flexibility and a cost-effective solution. Available in a number of Kalzip standing seam profiles and TF façade system, they feature a choice of perforations, with each profile subject to a slightly different grid pattern based on hole diameters and spacings. Through the coordination of light, shape and texture, Kalzip perforated façades are a simple yet elegant solution for creating striking designs.
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Tiles in perforated
aluminium sheet, 50x50 cm. Other dimensions upon request. Choice of RAL
colours: Ideal for indoors and outdoors.
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The range of ribbed panels OUTREMER® respects the spirit of your project by offering to you a total freedom of imagination thanks to original esthetic choices: Horizontal or vertical veins, aspect in hollow or relief, choice of the profiles of vein, materials and color with your measurements starting from galvanized steel, prelacquered steel, stainless steel or aluminum. Certain models propose even perforations or shutters between veins.
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CENTRIA offers exterior perforated screenwall panels using Econolap 3/4", BR5-36, MR3-36, Style-Rib, CS-260 and CS-660 in 20 gage stainless steel and 0.040" [1mm] painted aluminum. This unique fabrication provides a 10% to 40% open area for the effect of a translucent screen to control light, air movement and the appearance of operations behind the screen.
Perforated screenwalls can help blend industrial and other functional applications with the surrounding communities.
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Metal facade cladding
