EXTERIOR CLADDING SYSTEMS

SILICONE FACADE

Silicone facade systems give your buildings a modern and aesthetic appearance. Openness in structures Silicone facade systems are solutions with many alternatives according to differences such as height and angular distance. produces. Purpose of use, wishes, request lists, ergonomic and many aspects of the structure created. The production of different alternatives can be solved with silicone facade systems. By minimizing the amount of energy lost by the building, it is both economical and environmentally friendly. makes it a friendly system. In addition, all horizontal vertical carriers used in silicone facades, angrages, epdm wicks, glass, which is the coating material, is and the only system that is harmless to the environment are silicone facade systems.

Silicone facade systems in exterior claddings are fully glazed to the building. saves. The first and most widely used glass facade cladding system is silicone curtain wall. system. This facade cladding system; high performance in matters such as heat, sound, wind, temperature provides insulation. Keeping architectural aesthetics at the highest level, preserving its long-lasting economic feature Silicone facade systems are at the top of the facade systems.

The cladding that provides the highest level of performance of the building without sacrificing natural light continues to be the number one in the field of facade systems. Better thermal insulation, glass day that makes people feel better and more productive in walled areas it reduces unwanted breeze without compromising the benefits of light.

Architects and designers love to cut straights, corners, and bevels with gentle bends. In building envelope applications, the glass is generally bent by means of a thermal shrinkage process. Twisted The application of oval-section glasses on the facade with full performance is only possible with silicone facade systems. is possible.

Silicone facade systems are preferred when a completely glass facade is desired. Glass in this system There are thin (16mm) joint gaps between the cassettes and aluminum is not seen from the outside. Silicon The Facade Coating System guarantees a precise seal with its three-point gasket safety. Easy and fast to install Silicone Facade Coating System easy maintenance and cleaning after installation It gains the appreciation of our customers with its ease.

How is Silicone Facade made?

First of all, the building that will be made of silicone facade or glass facade is the survey, facade applications. is removed. Building expectations, purpose of use, work to be done, aesthetic expectations, economic limits, etc. building owner requests are determined. In the light of these expectations, the draft of the building with our expert architect staff visual studies are prepared. With the drafts prepared, the requests of the building owner are is provided. After the draft facade materials and design are approved, detailed three dimensional exterior designs are rendered in line with the relay and facade applications state is created. The height of the building in line with the renderings and facade applications, taking into account values such as distances between floors, openings, regional wind load, snow load. angrages to be used in silicone facade or glass facade, horizontal and vertical profiles made of static Material selection is made according to the calculation. Steel or stainless anchors to floor slab concretes It is assembled according to the silicone facade axle dimensions. Horizontal and vertical silicone facade profiles Connections are made with angrages. Between the areas such as blind wall, floor molding, coping and silicone facade between glass and floor by means of galvanized plates and heat insulation materials. Heat preservation barriers are created between floors. The screed in the floors of the building Galvanized on floor floors that will prevent contact with the silicone facade and Board sections are assembled with plates. Silicone facade with bearing construction The 3-stage epdm wicks of the carrier profiles are drawn. Glasses are subjected to special tests in the factory environment. Bonded with distance determining tape (Norton tape) and bonding silicone bonded to the cassette profiles it is turned into a case according to the system details. Cassettes on the carrier construction in the construction site environment It is fixed with cassette connection wedges. Then the cassette profiles produced in the factory are bonded and After the glass bonding process is done, it is mounted on the facade.

Silicone between glass and aluminum panel, component silicone between two glasses in double glass is used. During the silicone extraction processes, the quality control test of the silicone company processes are kept under control within the framework of procedures.

Not using an outer cover with Structural Silicone Facade Coating Systems causes it to be perceived straight. Rich variety of vertical profiles, necessary statics, designers It can directly respond to their needs and going beyond the usual.

Not using an outer cover with Structural Silicone Facade Coating Systems causes it to be perceived straight. Rich variety of vertical profiles, necessary statics, designers It can directly respond to their needs and going beyond the usual.

Parapet glasses that complement the vision glasses on the curtain walls, It is used to hide its mechanical elements. Parapet Glasses will adapt to vision glasses and can be chosen to create contrast. Compatibility of Vision and Parapet Glasses It should be examined with a "mock-up" mechanism to be created beforehand. Parapet needing special attention Glasses can be made in several ways in line with design measurements and goals. All parapets and facade cladding glasses should be heat treated (partial or full tempered) against thermal breakage risks.

Thermal insulation

Architects and consumers meet the economic, ecological and comfort requirements. In order to meet the demands of higher thermal insulation for their structures. Silicon to increase the performance of the façade without compromising the natural light that people want. works tirelessly. Among the driving forces behind higher thermal insulation are: found:

Economic

Owners and managers invest in solutions that will reduce energy costs wants. Technological developments in the last thirty years, using low-cost processes, will be able to cover natural coatings in a thin layer on high-tech insulating glass systems and hardware. This technology is now used in millions of windows and facades. It is applied to a square meter of glass wall area.

Ecological

Consumer and sector awareness in terms of environmental sustainability in the building sector rapidly developed. Glass, heating and cooling thanks to its natural content and superior energy balancing properties worldwide for sustainable and environmentally friendly structures in buildings and to reduce costs In order to achieve the goals of recognized certification programs, a glass lock is important. is the element.

Comfort

Better thermal insulation allows people to feel better in areas with glass walls and unwanted breezes without sacrificing the benefits of daylight that make them more productive decreases.

Insulating Glass

In order to achieve thermal insulation properties, two or more float glass panels are It is combined with a spacer to form an insulating glass unit (IGU). Thus conditioned reduced air loss — lower heating costs in colder months and lower air conditioning costs in hot months.

Solar Control Glass

Thanks to the developments in sun protection glasses, modern architecture is increasingly too much glass is used. Sun protection glass, reducing the greenhouse effect that usually occurs in summer while preventing the uninhibited air heating in the room, It also significantly reduces the costs.

Noise Control Glass

Sound is normally transmitted both through air and through solid objects. Pressure variability intensity is called sound pressure, and ranges from a click to a gun blast. can be variable. The rule of thumb is that the thicker the panel, the higher the noise reduction capability, per surface unit. as high as it gets. Therefore, the higher the glass thickness, the higher the insulation efficiency. Double or triple insulation clamping system between glass panes: outer panels (plates) both fill the interstitial space separated by air or gas. The interstitial space is responsible for the vibrations from the outer panel dampens before reaching the panel, no matter how large the inner space, the noise reduction feature o until it becomes active. However, this is only valid to a certain extent, since this process is also it also reduces thermal insulation. With the use of a flexible interlayer (PVB) to join two single panes of glass The noise reduction effects of thick and heavy glasses can be further optimized. With this solution, thickness and area weight remain the same; but the panel is "softer". thereby insulating sound waves capacity increases.

Safety Glass

A component must be reliable to be safe to use. Glass manufacturers this he realized the subject 100 years ago and uses this principle in glass manufacturing today. Structure a wide variety of safety glass options, alone or in combination with other glass types in construction is used. Three types of glass commonly used Tempered safety glass, laminated safety glass and it is heat strengthened glass.

Fully Tempered Glass

It has four or five times higher tensile strength than annealed glass of the same thickness and therefore it can withstand higher suction power and excessive force. But due to overload when this error occurs, the glass will be compared to sharp-edged pieces of conventional glass that cracked. as a pile of loosely connected parts with much lower risk of injury will be broken.
Fully Tempered glass, caused by soft objects such as human body, which can change shape it is resistant to impacts. 6 mm thick, fully Tempered glass, especially sports halls, business centers, shopping malls etc. Suitable for large glass surfaces used in applications.

Heated Tempered Glass

In each base glass, it cannot be prevented from entering the glass through raw materials, extremely small amounts of nickel sulphate (NiS) crystals are present. Extremely fast formed during the tempering process the cooling period "freezes" the NiS particles in a crystal modification at high temperature. More then, when heat is applied, for example through solar emission, since the crystal volume will increase, this the crystal structure can change, and in this case, when the particles exceed a critical size, the glass frangible. Safety-related glass wall and facade glasses that will be exposed to high temperature differences Additional heat testing is required for such panels.

Laminated Safety Glass

Laminated safety glass is a key component of modern architecture. Two or more permanently bonding the panel with adhesive, elastic, highly tear-resistant poly vinyl butral (PVB) foils. By fixing it, a multifunctional element is created from glass, this element in addition to providing transparency, It is suitable for high static forces and structural tasks.
Safety effect of laminated safety glass, extremely high tensile strength of PVB interlayer It is based on its strength and adheres perfectly to the neighboring glass surface. Blow, knock and glass Due to the mechanical stresses caused by other forces that may break, the broken parts will not fall into the PVB layer. so the laminated safety glass will remain stable under load. Thus the glass wall the opening remains closed, the risk of injury is significantly reduced due to sharp glass fragments sinking. Laminated Depending on the use of safety glass, more Multiple PVB layers can be placed.

Design Options

For centuries, "holes providing light" in thick outer walls glass was used to create it. In the last thirty years, this has changed dramatically. Glass today is a space of its own creates and shapes this area, with this feature, people are closer to nature. transparent structures that they feel are created. Facade coating of a glass changes time, the glass is very reflective or reflects only a certain color or too It can be manufactured with little reflective properties.

Twisted Architectural Glass

Architects and designers love to cut straights, corners and bevels with gentle bends. In building envelope applications, the glass is usually bent through a thermal shrinkage process. A bending The glass panel laid on the device is heated up to a temperature of 550-620 ℃. After reaching the softening point then the panel bends (by gravity) slowly, it conforms to the shape of the bending die. Then, the shape of the glass is determined by the cooling process. Soft with no extra stress While glass can be processed later with cooling, after rapid cooling will not be possible, Tempered glass is obtained partially or completely.

Aluminum Composite Facade Cladding

Aluminum Cladding

Our first stage expert architect and engineer staff about your buildings the visual performance expected for the building in line with the measurements, dimensional draft renderings are prepared. If these renderings are pre-agreed, the entire structure In order to make composite facade cladding systems, a survey reflecting the detailed structure is taken. More The draft three-dimensional renderings prepared in line with the survey measurements taken later, 3D composite facade cladding images, manufacturing dimensions and composite facade cladding sub-steel The application phase begins in line with the carrier projects. Composite facade cladding sub-carrier By laser cutting in line with the composite cutting dimensions after the construction process is completed composite pans are prepared and assembled. Request between panels that have been assembled Protective tapes after assembly by drawing composite joint strips or silicone joint in the direction of By removing the composite facade coating is completed.
Composite facade systems give your buildings a modern and aesthetic appearance. Openness in structures Composite facade cladding systems, depending on differences such as height and angular distance, produces solutions with alternatives. Purpose of use, wishes, request lists, ergonomic and many aspects The production of different alternatives in every issue regarding the building can be recovered. By minimizing the amount of energy lost by the building, it is both economical and makes the Composite facade cladding system an environmentally friendly system.
Composite facade coating systems give the building a completely smooth surface appearance. Composite facade systems provide high performance insulation in subjects such as heat, sound, wind and temperature. Architectural The facade systems that maintain their long-lasting economic feature by keeping the aesthetics at the highest level One of the most important is composite facade cladding systems.
The exterior of the building, such as the desired niche, joint gap, floor molding, window jamb, different from the existing appearance of the building. which is impossible to make with reinforced concrete and other building elements or high cost It is possible to easily implement all aesthetic demands with composite facade systems.

What is Composite Panel?

Aluminum Composite Panels are made of white polyethylene core covered with aluminum plate on both sides. It is a one side colored aluminum composite sheet. Aluminum Composite Panels, architects and It offers designers unlimited opportunities to create creative and original buildings. Aluminum Composite Panels can be easily applied on exterior and interior facades. Lightness, strength, flexibility, smooth surfaces It is a preferred coating all over the world with its ability to provide and support other building elements. material. Composite Facade Cladding Systems The upper aluminum plate is painted and this In addition to the superior strength of the paint, due to the sound and heat insulation provided by the panel, It is a demanded system.

Aluminum Composite Panels are made of white polyethylene core covered with aluminum plate on both sides. It is a one side colored aluminum composite sheet. Aluminum Composite Panels, architects and It offers designers unlimited opportunities to create creative and original buildings. Aluminum Composite Panels can be easily applied on exterior and interior facades. Lightness, strength, flexibility, smooth surfaces It is a preferred coating all over the world with its ability to provide and support other building elements. material. Composite Facade Cladding Systems The upper aluminum plate is painted and this In addition to the superior strength of the paint, due to the sound and heat insulation provided by the panel, It is a demanded system.
Composite painted face produced in Solid, Metallic and Special effect colors, UV resistant fluorine It can be used in exterior applications with its polymer furnace varnish (PVDF) top coating system. has been brought.
Aluminum composite, an indispensable coating system for high quality architectural designs panels are carefully produced for you, our valued customers, and installed in your structures according to your needs. we do. Based on years of experience, in aluminum composite coating business, all We serve diligently in Turkey. Aluminum composite panel and Aluminum composite board, used in composite exterior cladding systems.
Composite Panel Cladding Systems are used in a wide range in today's architecture where imagination is unlimited. They are facade coatings that find usage areas. Response to the limitless designs of modern architecture Composite Panel Facade Systems, which are presented to provide new horizons for ever-increasing demands opens. Rich for the restoration of old buildings or the planning of new structures It offers formatting possibilities. Apart from giving your building an aesthetic appearance, you can easily It has become a usable building material.
Composite panel is an environmentally friendly product. All materials in its composition can be transformed. Composite panel has no harm to the environment. Aluminum Composite Panels are produced with advanced technology and are easily used in modern architecture. and it is a frequently preferred building element. A new look and feel in all kinds of buildings and constructions It helps to produce modern lines. Aluminum usability in interior and exterior surfaces of buildings made composite panels a preferred building material.
Aluminum Composite Panel, both sides of various thicknesses (0.50 mm, 0.30 mm, 0.21 mm) Made of non-toxic (environmentally friendly) polyethylene between aluminum, its outer surface is plastic, which can be coated, to prevent damage to the colored surface during transport, storage and application It is a film-coated coating material that is frequently preferred in modern architectural buildings. Instead of materials such as stone or concrete in the coating of buildings, Aluminum Composite Panels Its use gives buildings a warm and modern look. In this way, a brand new and clean buildings with façade both gain prestige and the values ​​of these buildings increase. Old buildings It has a new and modern look by covering it with Aluminum Composite Panels.
In aluminum composite panel systems, H 'profiles according to 4 mm composite panels installation preference with the help and panning system. The composite surface to be mounted, for thermal insulation It is laid between rock wool or thermal insulation foams and iron carcass. Carrier frame galvanized box profile or antirust painted. Generally used bottom frame profile 20/40/2 mm wall thickness material. The metal carcass system that ensures the smoothness of the application must be in order. Sheets It should be cut and assembled according to the arrow signs on the protective tape. The aim is color It is to eliminate the differences in their tone. The applied surface has an aesthetic appearance. Therefore, it is used in most buildings in our age.
Alucobond as a building element, unlimited freedom for architects and practitioners in interior and exterior applications provides. Lightness, high rigidity, flexibility, providing smooth surfaces and other structure It is a preferred coating material all over the world with its supporting features.
Aluminum Composite Panels
Extremely durable and long-lasting,
Lighter than other facade materials,
Smooth surfaced, resistant to impact and breakage,
Easy to process,
Easy to maintain and clean,
Has a wide range of colors,
It is vibration absorbing and resistant to corrosion.
The basic colors in the color chart in the applications of Aluminum Composite Panels are standard. available as. In addition to these, in all RAL colors over a certain amount, special colors and It is possible to be manufactured in sizes. There are also special options such as granite and wood designs. Aluminum composite panel against impacts, breaks, pressure and bad weather conditions It is durable and long-lasting due to its robust structure. Due to its flexible and light weight, Thanks to its various color alternatives, it can be easily applied to desired designs and projects. It provides easy maintenance and cleaning on the facades. A new development of all kinds of buildings and constructions It provides a modern line and a clean facade. In this way, buildings are prestige gaining and increasing in value.
The main application areas of the composite panel are; In interior and exterior applications of buildings,
Trade, business-shopping centers, shops,
Bank and hotel facade applications,
Airports, train stations, bus terminals,
Tunnel - Metro stations interior coating,
Stadium and sports complex applications,
In renovation applications of old buildings,
In all kinds of balcony decoration applications,
All kinds of column - beam coating applications,
In eaves, ceiling covering applications,
In office applications,
Advertising and billboard design and applications,
Gas stations,
At bus, metro stops,
In exhibition fair centers and booth applications,
All kinds of signs, direction signs,
Escalators, elevators,
More durable than other coating materials used in exterior cladding systems Composite coatings are frequently used due to their smooth surface, impact or break-resistant structure. preferred.
It offers exterior composite coating materials that are easy to process and easy to maintain and clean. It can make the exterior of the building, which is applied with a wide range of colors, remarkable. Composite coatings, which are produced to be long-lasting on the exterior of the building, are resistant to corrosion and climate. It maintains its durability against its conditions for many years.