Silicone facade system is a fully glass look, curtain wall system with structural silicone application. Curtain Wall profiles and building design factors (floor height, openings and wind load) are formed by the combination of horizontal and vertical profiles to be used after determining Jx and Jy values. Aluminum profiles are formed according to vertical and horizontal axle dimensions with determined profiles and the carcass is mounted to the floor concrete with movable u anchors. The point to be taken into consideration during the installation is the installation on the same plane in the vertical and horizontal position. Dilatation should be left on each floor.
Silicone facade clip system is the bonding process of glazing to the frame formed by insulating glass profiles. Constructed glass panels are assembled to the pre-assembled structural curtain wall. All joint gaps are finished by silicone filling.
In silicone facade cassette system, cassette profiles are formed by graded glass pasted with bonding process into the frame created. The cassette panels that are formed are assembled to the structural carrier which has been previously assembled on the site. This provides to open hidden wings in desired areas easily.
Covered cladding facade system is the system where the cover profiles are formed horizontally, vertically or in a single plane on the print profiles used in the glass installation. With the curtain wall profiles and building design factors (floor height, openings and wind load) Jx and Jy values are determined. After this, this system consists of a combination of horizontal and vertical profiles. According to vertical and horizontal axle dimensions, aluminum structural facade is formed with the determined profiles. The prepared carcass is mounted on the floor concrete with movable u anchors. The point to be taken into consideration during the installation phase is the installation on the same plane in vertical and horizontal position. Dilatation should be left on each floor. system can be made with lid and half cover.
The structure consists of only horizontal (or only vertical) lines, as seen from the outside. Also; flat, angled, almond, almond cover and hidden wing opening options add visual richness to the structure.
The structure consists of vertical and horizontal lines. It also adds a visual richness to the building with its flat, angled, hinged lid and concealed blade opening options. The secret wing can be opened with the adapter profile supported.
It is generally preferred in high buildings. The highest performance in the facade impermeability belongs to the panel system. The horizontal and vertical aluminum structural facade elements of the panel systems which are different from the skeletal structure bar system, are manufactured in the factory as one or two axle width, portable size and shipped to the construction site as modular panel. Prepared modular panels, glass and all accessories are assembled and finished structural elements. Rail carrier system, mounting platform and crane etc. The assembly process is performed.
Although the structure is high and the openings are high, the carrier profiles used are elegant, thin and aesthetic. It can be applied indoors, horizontally and vertically 25mm.
Without modular system for large spans and high structures; It is applied completely silicone glass. Optionally, it makes it easy to use different products in desired area.
It is a frameless glass facade technique used in different designed carrier systems in projects where transparency is important. The difference of transparent glass facade systems from other facade systems is that the lower carrier system consists of glass or stainless elements instead of aluminum profiles. Application areas of transparent facades are mostly shopping centers and stores. This allows the customer to see the interior easily. It is an indispensable system in modern facades. Thanks to its transparency, it provides an aesthetic and rich appearance to the facade from both inside and outside.
The glass column is mounted on stainless steel, epoxy painted steel or stainless steel tensioner construction with stainless steel, 2-way steel fittings and stainless rods. Rods are manufactured as movable head to take the stress on the glass and convey it to the steel construction. Planer glass facade types should be laminated.
The carriers are composed of glass elements with high tempered strength. These glasses, which are connected to each other in vertical and horizontally by means of special apparatus in the main structure, are made by drilling by four edges through special stainless rods. Glass columns and façades are made of insulating glass or laminated glass.
Skylight glass system ; An aesthetic solution that solves the problem of natural enlightenment in buildings. On the main bearing steel construction, a second carcass is formed using aluminum profiles. Glass or opaque materials of suitable size are adapted to this carcass. In Skylight system, a thin-sectioned cover profile is applied so that it does not interrupt the flow of water in horizontal joints. EPDM wicks are used to cut glass contact with aluminum profiles. Outward-opening flaps can be made. Wings can be operated with manual mechanism or motorized opening mechanisms. It can be connected to building automation systems by smoke, rain and wind sensors.
Combination of glass to be used on the Skylight system; The type of glass carrying the performance values suitable for the purpose of the building and the weather conditions at the location is determined according to the glass color appropriate for the design of the project. Laminated safety glass should be used in places where safety requirements are required.
Polycarbonate can be used as an alternative for the Skylight system. Light product designed for skylight surfaces. Polycarbonate can be produced in many thicknesses according to security requirements. After polycarbonate installation, wick and cover are installed. Installation is completed with silicone isolation of glass joints.