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TheGS1000tilt-and-slide system is the ideal solution for the construction of large windows. It affords maximum convenience and takes up minimal interior space whilst guaranteeing excellent performance. GS1000 combines the convenience of a sliding window with the secure seal typical of a side-hung window. The tilt opening guarantees room ventilation, whilst the slide opening enables the window to be opened effortlessly without taking up space inside the room.
The strength of the mechanisms means they can be used to construct larger and heavier windows that increase aesthetic value and add light to the room in which they are installed.
Thanks to its linea-- anc appealing design, GS1000 blends in perfectly with any room in which it is installed. A highly innovative solution in terms of technology and materials, GSIOOOisa safe long-term investment.
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Telescopical 3 ways V-4000
Telescopical sliding door system with 3 ways (3 mobile panels and 1 fixed panel).
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Sliding door systems with tubular top track. Supplied in sets for either one
or two sliding doors. The tubular top track
can be fixed to walls or glass panels.
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System for sliding windows and doors.
The interior-exterior sections of frame and leaf are, respectively, 86 m and 32 mm, with an average thickness of aluminium sections of 1.5 mm.
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Technical characteristics
Glass thickness mm 8- 10 - 12
Max. door weight Kg 58
Max. door width mm 920
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Technical characteristics
Glass thickness mm 8 - 10- 12
Max. door weight Kg 85
Max. door width mm 980
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Technical characteristics
Glass thickness mm 8 - 10 - 12
Max. door weight Kg 85
Max. door width mm 980
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Technical characteristics
Glass thickness mm 6 - 8 - 10
Max. door weight Kg 38
Max. door width mm 840
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Technical characteristics
Glass thickness mm 6 - 8 - 10
Max. door weight Kg 38
Max. door width mm 840
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Technical characteristics
Glass thickness mm 6 - 8 - 10
Max. door weight Kg. 38
Max. door width mm. 840
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Structures carrying for walls vetrate with punctual implantation possone to be constituted or from a system of cables pulling metals and tenditori or through proceeds from tondini full. In partiolari cases they come replaced from montnati in glass that support through appropriate supports the same wall.
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Covering the food court adjacent to the Korean World Trade Centre, the glass pyramid is believed to be the largest of its type in the world.
Architectural Macalloy S460 tie bars and Macalloy Guy Linking cables are used in a double catenary truss to support the roof. This project benefited from Macalloy involvement from the very beginning, through the Architect to the site erection. Macalloy designed the host structure and specialist architectural components, and also provided site supervision of the erection.
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These types of systems were created to satisfy the necessity in modern architecture to utilize the maximum amount of transparency that glass produces, to offer more light and protection to modern buildings,
to fact, the structure is made up of simple toed bearing frames in aluminum or steel calculated regarding different static needs. Specially designed accessories in stainless steel, that are properly fixed to the structure, bold the capping to the glass which has been pierced by means of hinged "rotules" ( pints) that then absorb the movement of the glass.
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We are proud to introduce you to our VENTILATED FAÇADE SYSTEMS, FAVEMANC.
Our company, Gres de la Mancha, S.L. is the Spanish leader in the manufacturing of extruded glazed ceramic tiles “GRESMANC” and ventilated façade systems “FAVEMANC”.
We have two systems: XA and XB with different thickness (40mm and 15mm) and lengths (up to 1350mm) with a wide variety of colours and finishes.
All our products have a low level of water absorption; they are stain-proof, frost resistant and thermal shock resistant. No maintenance is needed.
Despite its resistance, the substructure is very simple and easy to install. We have carried out different quality test in several official laboratories in Europe with successful results throughout. We enclosed a copy of the Spanish quality test (DIT) in English.
You are kindly requested to visit our web site: www.favemanc.com where all our products are in display.
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Tile Plates are attached by special fasteners to a substructure. A junction profile is installed at the vertical junctions.
Tile Plates are attached by special fasteners to a substructure. A junction profile is installed at the vertical junctions.
It has three functions:
- Impact rain protection
- Prevention of the lateral shift of the plates
- A shock absorption effect, and hence a relatively soft attachment of the plates, as well as prevention of rattling in the wind.
Structural Characteristics
The technical and physical values of the ArGeTon® Tile Plate have been officially tested by the Dresden Materials Testing Agency and the Hanover Construction Materials Testing Agency.
- Frost resistant as per DIN 52252, Part 1, minimum of 50 freeze-thaw changes without damage
- Non-combustible
- Shape-retaining
- Insulation as per Energy Savings Ordinance - the thickness of the insulation is not dependent on the substructure. The type of the insulation can be freely selected. The attachment can be carried out in accordance with the respective manufacturer's requirements.
- Water drainage and water passage out of the façade are guaranteed by the head and runoff grooves on the tile plates.
- Ventilation takes place through the horizontal junction crack between the tile plates. The back ventilation of the façades is guaranteed by a sufficient gap from the wall/insulation of a minimum of 20 mm.
- The additional noise insulation of the building by the ArGeTon® Tile Plates reduces air-carried sound by approx. 9 dB, depending on type of application.
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Vertical section
They represent the support, by suitable screws and plates that facilitate the regulation and the insertion, of the supporting slab plates. They have the task to transfer the weight of the covering to the bearing plate of the building (board girder) so that to charge of plugging is avoided.
Horizontal section
They allow the fixing of the covering independently from the width of the plate, characteristic that makes them particularly suitable to the anchorage of running plates.
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Slab holding plate
They have the aim to support and to brace the covering material. For the stone materials, plates with turned arms, that slip into the countersink of the plate, are used.
RL anchorage
They have the aim to support and to brace the covering material. They are fixed on the wall without vertical sections. This anchorage allows the regulation of the overhang without intervention on the pallets.
Bearing plates
They are used to support the profile and to lay it at a distance from the wall, in case it’s necessary to increase the distance between the wall and the exterior cladding, for example to insert the thermal insulation.
The plates used to lay it at a distance are of different types, according to their specific use:
- Omega plates
- Semi- omega plates
- “S” plates
- “L” plates
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The consequent development of our long-proven Aluform roof systems
Optimal Aludeck roof systems bear the following properties: high corrosion resistance, low dead weight of aluminium with the
new, time-saving, turn-in connection technique.
Installation times are considerably shortened due to the omission of the conventional flanging machines.
The connection technique designed by Aluform has shown in technical material testings to have a considerablly improved and hence also a more stable reserve bearing capacity for the case of strong wind suction load than classical seam systems.
Aludeck profiles are best suitable for lengths up to 40 m.
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