Japanese fiber-reinforced cement boards

Among Japanese brands, such manufacturers can be mentioned as Kmew, Konoshima and Nichita. A panel and carcass house finished with panels by leading Japanese manufacturers will serve many generations.

Today, fiber-reinforced cement panels in Japan are manufactured with use of concrete of grade M700 and higher. Besides, manufacturing process utilizes the state-of- the-art technology of extrusion, which permits to obtain products with the best physical and chemical parameters. Since fiber-reinforced cement boards of Japanese manufacture contain special components of non-organic origin, frost resistance of the material increases up to 300 cycles.

ADDITIONAL ADVANTAGES OF JAPANESE BOARDS:

• incombustibility
• good sound insulation
• low heat-carrying capacity
• high impact and bending strength
• low weight and easy to install

However, the most important feature of Japanese fiber-reinforced cement boards is their self-cleaning capacity. Molecules of water gather on surfaces of boards from the air, and form very thin film. Dirt accumulates on top of the molecules and is easily washed away when it rains.

SUPER Light

The system is intended for low-loaded areas with finishing of facades with fiber-reinforced cement boards of Japanese manufacture.

Structural elements:

Brackets straight, open-mouthed with U-shaped (stainless or galvanized, with polymeric coating)
vertical profiles are U-shaped and sigma-shaped cross-section (stainless or galvanized, with polymeric coating)
Liner fastening — cleats Smart (stainless steel)

Description:

Boards are fastened using hidden method on cleats installed on vertical carrying guides, which ensures a broad range of architectural solutions.

MAXIMA Medium

The system is designed for cladding facades with Japanese fiber cement panels. Interfloor structural scheme – intended for fastening in interfloor ceilings or other reinforced belts.

Structural elements:

Brackets and extenders STANDARD (stainless or galvanized, with polymeric coatings)
Vertical profiles MAXIMA MEDIUM. Vertical profiles MEDIUM of U-shaped section (stainless or galvanized with a polymer coating), auxiliary profiles of L-shaped section
Liner fastening — cleats Smart (stainless steel)

Description:

Fastening of panels is carried out in a hidden way on clamps installed on vertical bearing rails, providing a wide range of architectural solutions.

OPTIMA

The system is intended for finishing of facades with fiber-reinforced cement boards of Japanese manufacture.

Structural elements:

Brackets and extenders OPTIMA (stainless or galvanized, with polymeric coating)
Vertical profiles OPTIMA of U-shaped and L-shaped cross-section (stainless or galvanized, with polymeric coating)
Liner fastening — cleats Smart (stainless steel)

Description:

Boards are fastened using hidden method on cleats installed on vertical carrying guides, which ensures a broad range of architectural solutions.

STANDARD

The system is intended for finishing of facades with fiber-reinforced cement boards of Japanese manufacture.

Structural elements:

Brackets and extenders STANDARD (stainless or galvanized, with polymeric coating)
Vertical profiles STANDARD of U-shaped and L-shaped cross-section (stainless or galvanized, with polymeric coatings)
Liner fastening — cleats Smart (stainless steel)

Description:

Boards are fastened using hidden method on cleats installed on vertical carrying guides, which ensures a broad range of architectural solutions.

Concrete tiles

Concrete façade tiles represent a good alternative to other outer finishing materials. It gets selected more and more often as a finish for both residential houses and public, commercial and office buildings. The reason for that is durability and strength of the material.

Façade concrete tiles are lighter than natural stones, however it resembles the stones and even has similar pattern of aging. The material is rigid and strong, that is why it is optimal for façade finishing. If tiles are installed properly and are reasonably handled in time, such lining will last many years. The material is perfect for reconstruction of old houses and public building, etc. Application of concrete tiles is especially effective w hen combined with the energy-saving heating system. The lining protects a house against weather exposure, fungi, fire, and maintains its performance and colour during many years.

THE FOLLOWING CAN BE NAMED A DISADVANTAGE OF CONCRETE TILES:

complexity of installation using wet method, especially if the tiles have large dimensions.

MAXIMA Medium

The system is intended for finishing of facades with concrete tiles of various sizes and textures. Inter-floor structural scheme – it is intended for fastening into floors and other reinforced booms.

Structural elements:

Brackets and extenders STANDARD (stainless or galvanized, with polymeric coating)
Horizontal profile MAXIMA MEDIUM. Vertical profiles MEDIUM with U-shaped cross-section(stainless or galvanized, with polymeric coating), auxiliary profiles of L-shaped cross-section.
Liner fastening — a bar for concrete (stainless steel)

Description:

The lining in a form of single or modular concrete tiles with pre-made grooves are installed on vertical carrying guides with use of bars, with or without highlighting of joints.

STANDARD

The system is intended for finishing of facades with concrete tiles of various sizes and textures

Structural elements:

Brackets and extenders STANDARD (stainless or galvanized, with polymeric coating)
Vertical profiles STANDARD with U-shaped and L-shaped cross-section(stainless or galvanized, with polymeric coating)
Liner fastening — a bar for concrete (stainless steel)

Description:

The lining in a form of single or modular concrete tiles with pre-made grooves are installed on vertical carrying guides with use of bars with or without highlighting of joints.

HPL panels

HPL (High Pressure Laminate) panels represent man-made finishing material, which is manufactured by pressing in a hydraulic press and consists of sheets of cellulose impregnated with thermosetting resins. In process of pressing, at temperature of 150 С and pressure of 9 MPa, resin polymerization occurs with formation of irreversible connections, which ensures homogeneity and high density of material. Layer of texture and colour is applied to a front surface.

For the Russian façade market, the material is niche, volumes of installation are rather low as compared to other façade materials. It is mainly used for finishing of facades of trading centers, food service companies and low-rise construction.
Material is manufactured in a form of fat boards with dimensions of 4200 x 2000 mm and thickness of 2 to 30 mm.
Innovative production processes allow that any type of surface finishing is made, from matte to enamel and to structured surfaces. Material features a wide range of textures and colours, and permits to mimic virtually all types of materials. Both open and closed methods of installation of boards on a façade system are used.

CONSUMERS’ PROPERTIES OF HPL PANELS INCLUDE:

• stability of geometric dimensions
• resistance to mechanical damages and wear
• water resistance, low water-absorbing capacity
• processibility on site
• no additional processing and protection of butts required
• resistance to stain formation, chemicals and organic solvents
• broad decorative opportunities

MAXIMA Medium

The system is intended for fastening of HPL (High Pressure Laminate) panels. Inter-floor structural scheme – it is intended for fastening into floors and other reinforced booms.

Structural elements:

Brackets and extenders STANDARD (stainless or galvanized, with polymeric coating)
Horizontal profile MAXIMA MEDIUM. Vertical profiles MEDIUM with U-shaped cross-section (stainless or galvanized, with polymeric coating), auxiliary profiles L-shaped cross-section.
Liner fastening is with use of rivets with wide shoulder made of rust-proof steel and space sleeves painted to match the colour of boards.

Description:

Liner in a form of sheets is fastened on vertical carrying guides with use of rust-proof pop-rivets, observing a designed interval of fastening and taking measures to compensate linear thermal expansion of all elements of the subsystem.

STANDARD

The system is intended for fastening of HPL (High Pressure Laminate) panels.

Structural elements:

Brackets and extenders STANDARD (stainless or galvanized, with polymeric coating)
Vertical profiles STANDARD with U-shaped and L-shaped cross-section(stainless or galvanized, with polymeric coating)
Liner fastening is with use of rivets with wide shoulder made of rust-proof steel and space sleeves painted to match the colour of boards.

Description:

Liner in a form of sheets is fastened on vertical carrying guides with use of rust-proof pop-rivets, observing a designed interval of fastening and taking measures to compensate linear thermal expansion of all elements of the subsystem.

Natural and man-made stones

Natural stone is very beautiful material, which will serve you for long time, but it is sophisticated. Selecting liner for a façade made of natural stones, one should take into account climatic peculiarities of the locale, and capacity of the foundation to carry their load.

For instance, cold temperature is dangerous for limes, and it is not advisable to use them in cold climate, while marble does not stand moisture which must be taken in consideration when using it. Shell gravel and travertine are sensitive to exposure to gases. As a rule, natural stones are light, get dirty quickly, and they are used for lining of facades of buildings located far enough from industrial facilities and highways with heavy traffic.
Man-made stones were designed as an analog to natural materials, and today every manufacturer attempts to get their characteristics as close as possible to those of natural stones. Correspondingly, composition of man-made stones is made so that they obtain advantages such as durability, reliability, resistance to exposures to wind, moisture etc. As a result, using man-made stone in lining of a facade, one can get quality and reliable walls, and their finishing will last many years.
Man-made stone is perfect solution to finish various facades (including facades of common-use buildings, such as cafés, restaurants, banks etc.) and also a good decoration for many residential interiors.
Applications of man-made stones are very broad: from lining walls and foundations to small decorative inserts.

MAXIMA Medium

The system is intended for lining of facades using boards of natural and man-made stones. Inter-floor structural scheme – it is intended for fastening into floors and other reinforced booms.

Structural elements:

Brackets and extenders STANDARD (stainless or galvanized, with polymeric coating)
Horizontal profile MAXIMA MEDIUM. Vertical profiles MEDIUM with U-shaped cross-section (stainless or galvanized, with polymeric coating), auxiliary profiles of L-shaped cross-section.
Liner fastening — a bar for stones (stainless steel)

Description:

Finishing boards with weights of 40 to 80 kg/m2 are fastened on special bars, into pre-made grooves in ends of boards, ensuring quality and durable fastening.

STANDARD

The system is intended for lining of facades using boards of natural and man-made stones.

Structural elements:

Brackets and extenders STANDARD (stainless or galvanized, with polymeric coating)
Horizontal profiles STANDARD with U-shaped and L-shaped cross-section(stainless or galvanized, with polymeric coating)
Liner fastening — a bar for stones (stainless steel)

Description:

Finishing boards with weights of 40 to 80 kg/m2 are fastened on special bars, into pre-made grooves in ends of boards, ensuring quality and durable fastening.

Bulk ceramics

Terra-cotta ceramic façade boards (bulk ceramics) are produced using special grades of clay, which gets, after baking, distinctive texture (from coarse to fine grains, with solid or partial polish) and colour (from black and brown red to light cream). Boards are produced using the method of extrusion with subsequent baking. To decrease specific gravity, there are cavities in the body of board.

Surface of boards can be of three principle types: smooth, rough or texture, with or without coating of glaze. For Russia, the material is relatively new, while many designs in Europe provide for using ceramic boards when building a façade.
Bulk ceramics compares favourably with conventional ceramic constructing materials. Broad selection of formats of such boards (from 150*600 to 500*1500), various textures of surfaces and broad colour range gives to the designs innovative and up-to- date appearance.
Hidden fastening method is used, where fasteners are installed on inside of a board using special fastening elements.
Facades look very beautifully when their finishing utilizes bulk ceramics of different colours or ceramics in combination with other materials. High frost resistance of the material permits its operation under severe climatic conditions.
Normally, ceramic boards are used for facades of administrative buildings, educational and medical facilities, business centers and elite residential buildings.

Advantages of ceramic finishing include: durability (over 50 years), frost resistance, fire and environmental safety, low thermal conductivity, absence of visible fasteners, natural colour range, low costs of operation, possibility to replace a damaged element.

MAXIMA Medium

The system is intended for finishing of facades with bulk-ceramics boards. Inter-floor structural scheme – it is intended for fastening into floors and other reinforced booms.

Structural elements:

Brackets and extenders STANDARD (stainless or galvanized, with polymeric coating)
Horizontal profile MAXIMA MEDIUM. Vertical profiles MEDIUM with U-shaped cross-section(stainless or galvanized, with polymeric coating), auxiliary profiles of L-shaped cross-section
Liner fastening — universal cleats for bulk ceramics (stainless steel)

Description:

Bulk-ceramics boards are installed on a carrying carcass of vented facade according to architectural solution, ensuring quality and durable fastening.

MEDIUM Strong

The system is intended for finishing of facades with bulk-ceramics boards. Inter-floor structural scheme – it is intended for fastening into floors and other reinforced booms.

Structural elements:

Two brackets Strong in support (stainless or galvanized, with polymeric coating)
Vertical profiles MediumStrong with U-shaped cross-section (stainless or galvanized, with polymeric coating). Profile depth is differentiated
Liner fastening — universal cleats for bulk ceramics (stainless steel)

Description:

Bulk-ceramics boards are installed on a carrying carcass of vented facade according to architectural solution, ensuring quality and durable fastening.

STANDARD

The system is intended for finishing of facades with bulk-ceramics boards.

Structural elements:

Brackets and extenders STANDARD (stainless or galvanized, with polymeric coating)
Vertical profiles STANDARD with U-shaped and L-shaped cross-section(stainless or galvanized, with polymeric coating)
Liner fastening — universal cleats for bulk ceramics (stainless steel)

Description:

Bulk-ceramics boards are installed on a carrying carcass of vented facade according to architectural solution, ensuring quality and durable fastening.

Fiber-reinforced cement boards

Fiber reinforced cement is a constructing material that consists of cement, reinforcing fibers and mineral fillers. It features strength and flexibility.

In order to give fiber-reinforced cement boards high strength, autoclave treatment and pressing are used in production. Thanks to the technology, boards have homogeneous structure, ensuring high resistance to mechanical loads. It is among the most commonly used lining materials for suspended vented facades.

Its advantage is that fiber-reinforced cement materials are resistant to corrosion, rotting and fungi. It is a good thermal insulation. The boards have sound-insulating properties. Fire Safety class – NG. You can order products with dimensions that are required during installation, which minimizes waste from cutting.
Boards combine well with different materials, including concrete, wood, glass, aluminum.

MAXIMA Medium

Structural scheme – it is intended for fastening into floors and other reinforced booms.

Structural elements:

Brackets and extenders STANDARD
Horizontal profile MAXIMA MEDIUM. vertical profiles MEDIUM with U-shaped cross-section, auxiliary profiles with L-shaped cross-section
Liner fastening is with rivets with wide shoulder made of rust-proof steel painted in the color of the cladding, spacer sleeves.

Description:

The cladding in the form of sheets is fixed on vertical bearing guides with the help of observing the calculated fastening step and taking measures to ensure compensation of linear temperature expansions of all elements of the subsystem.

MEDIUM Strong

For fastening of fiber-reinforced cement and asbestos cement sheets. Inter-floor structural scheme – it is intended for fastening into floors and other reinforced booms.

Structural elements:

Pair of Strong brackets in support
Vertical profiles MEDIUMStrong with U-shaped cross-section. Profile depth is differentiated
Liner fastening is with rivets with wide shoulder made of rust-proof steel painted in the color of the cladding, spacer sleeves.

Description:

Liner in a form of sheets is fastened on vertical carrying guides with use of rust-proof pop-rivets, observing a designed interval of fastening and taking measures to compensate linear thermal expansion of all elements of the subsystem.

STANDARD

The system is intended for fastening of fiber-reinforced cement and asbestos cement sheets

Structural elements:

Brackets and extenders STANDARD
Vertical profiles STANDARD with U-shaped and L-shaped cross-section
Liner fastening is with rivets with wide shoulder made of rust-proof steel painted in the color of the cladding, spacer sleeves.

Description:

Liner in a form of sheets is fastened on vertical carrying guides with use of rust-proof pop-rivets, observing a designed interval of fastening and taking measures to compensate linear thermal expansion of all elements of the subsystem.

Composite panels

Composite material is a modern multi-layer material consisting of two metallic (steel or aluminum) sheets and homogeneous filler between them.

Filler represents polymeric compound with addition of flame retardants and minerals, while a special adhesive compound ensures solid adhesion of aluminum sheets and filler. The face of facade panel is painted in various colours of a broad spectrum.

ADVANTAGES OF COMPOSITE PANELS:

• energy saving due to outer heat insulation
• long service life, up to 50 years
• simplicity of processing, easy to install/remove under any weather conditions
• reliable protection of facades of buildings against exposure to environmental hazards and water
• broad spectrum of colours of facade panels, any design solutions and hardscaping
• compliance with the environmental standards
• perfect sound-insulating material

MAXIMA Medium fastening on hooks and carriers

The system is designed to fasten flat sheets made of composite materials. Inter-floor structural scheme – it is intended for fastening into floors and other reinforced booms.

Structural elements:

Brackets and extenders STANDARD
Horizontal profile MAXIMA MEDIUM.
vertical profiles MEDIUM with U-shaped cross-section, auxiliary profiles with L-shaped cross-section
Liner fastening is on hooks and carriers (stainless steel)

Description:

fastening hooks are installed on vertical borders of panels, which are inserted into carriers installed on vertical carrying guides. Panels are installed in view of thermal expansion of elements of the subsystem.

MAXIMA Medium fastening on rivets

The system is designed to fasten flat sheets made of composite materials. Inter-floor structural scheme – it is intended for fastening into floors and other reinforced booms.

Structural elements:

Brackets and extenders STANDARD
Horizontal profile MAXIMA MEDIUM. vertical profiles MEDIUM with U-shaped cross-section, auxiliary profiles with L-shaped cross-section
Liner fastening is with rivets with wide shoulder made of rust-proof steel

Description:

Lining in a form of flat sheets made of composite materials is fastened on vertical carrying guides with use of rust-proof pop- rivets, observing a designed interval of fastening and taking measures to compensate linear thermal expansion of all elements of the subsystem.

OPTIMA fastening on hooks and carriers

The system is designed for fastening of flat sheets made of composite materials

Structural elements:

Brackets and extenders OPTIMA
Vertical profiles OPTIMA with U-shaped and L-shaped cross-section
Liner fastening is on hooks and carriers (stainless steel)

Description:

fastening hooks are installed on vertical borders of panels, which are inserted into carriers installed on vertical carrying guides. Panels are installed in view of thermal expansion of elements of the subsystem.

OPTIMA fastening on rivets

The system is designed for fastening of flat sheets made of composite materials

Structural elements:

Brackets and extenders OPTIMA (stainless or galvanized, with polymeric coating)
Vertical profiles OPTIMA of U-shaped and L-shaped cross-section (stainless or galvanized, with polymeric coating)
Liner fastening is with rivets with wide shoulder made of rust-proof steel

Description:

Lining in a form of flat sheets made of composite materials is fastened on vertical carrying guides with use of rust-proof pop- rivets, observing a designed interval of fastening and taking measures to compensate linear thermal expansion of all elements of the subsystem.

STANDARD fastening on metal panel fasteners (MPF)

The system is designed for fastening of flat sheets made of composite materials

Structural elements:

Brackets and extenders STANDARD (stainless or galvanized, with polymeric coating)
Vertical profiles STANDARD of U-shaped and L-shaped cross-section (stainless or galvanized, with polymeric coatings)
Liner fastening is using MPF and a heel of MPF (stainless steel)

Description:

MPF and MPF heels are installed on vertical borders of the panels. The upper panels are locked into panels of the lower line. Panels are installed in view of thermal expansion of elements of the subsystem.

STANDARD fastening on rivets

The system is designed for fastening of flat sheets made of composite materials

Structural elements:

Brackets and extenders STANDARD (stainless or galvanized, with polymeric coating)
Vertical profiles STANDARD of U-shaped and L-shaped cross-section (stainless or galvanized, with polymeric coatings)
Liner fastening is with rivets with wide shoulder made of rust-proof steel

Description:

Lining in a form of flat sheets made of composite materials is fastened on vertical carrying guides with use of rust-proof pop- rivets, observing a designed interval of fastening and taking measures to compensate linear thermal expansion of all elements of the subsystem.

Metallic panels

Metallic panels have been long and broadly used as finishing material for suspended vented facades, mainly for buildings of low height. However, recently, with occurrence of lightweight and thin 3D panels, they are used for multistoreyed buildings in mass development.

FACADE METALLIC PANELS CAN BE OF TWO TYPES DEPENDING ON A TYPE OF FASTENING:

• open-type panels
• closed-type panels

In case of open-type fastening, every facade panel can be installed individually on a common frame of vented facade. They are fastened with rivets to profiles of a facade system. Metallic panels of open-type fastening ensure convenience of repairs or replacement of facade elements, when necessary.

Another type of products is facade panels with closed-type fastening. The panels have a bent-up surface in the top, which is provided with a special edge for fixing with the following top element of the vented facade. The panels are installed from the bottom up, by a stairway principle: a top border is fixed to a subsystem and it is covered with the bottom edge of the next panel. This type of metallic panels is featured by its aesthetic qualities as its joints and points of fastening of the products are completely hidden, which ensures attractive appearance of a building’s facade.

ADVANTAGES OF FACADE PANELS INCLUDE:

• geometric variety
• possibility to paint them in any colour
• resistance to weather conditions and temperature drops
• incombustibility
• low specific gravity
• durability
• modern appearance
• repairability

SUPER Light hidden fastening

The system is designed for areas with low loads and with lining using metallic panels.

Structural elements:

Brackets straight, open-mouthed with U-shaped (stainless or galvanized, with polymeric coating)
vertical profiles are U-shaped and sigma-shaped cross-section (stainless or galvanized, with polymeric coating)
Liner fastening is with rivets made of rust-proof steel

Description:

Panels are fastened with use of rust-proof pop-rivets on carrying profiles through special holes on panels’ borders. Fastening of panels between each other forms a lock that ensures hidden fastening.

MAXIMA Medium hidden fastening

The system is intended for fixing of metallic panels to a carrying profile. Inter-floor structural scheme – it is intended for fastening into floors and other reinforced booms.

Structural elements:

Brackets and extenders STANDARD (stainless or galvanized, with polymeric coatings)
Vertical profiles MAXIMA MEDIUM. Vertical profiles MEDIUM with U-shaped cross-section (stainless or galvanized, with polymeric coating), auxiliary profiles with L-shaped cross-section
Liner fastening is with rivets made of rust-proof steel

Description:

Panels are fastened with use of rust-proof pop-rivets on carrying profiles through special holes on panels’ borders. Fastening of panels between each other forms a lock that ensures hidden fastening.

OPTIMA hidden fastening

The system is intended for fixing of metallic panels to a carrying profile.

Structural elements:

Brackets and extenders OPTIMA (stainless or galvanized, with polymeric coating)
Vertical profiles OPTIMA of U-shaped and L-shaped cross-section (stainless or galvanized, with polymeric coating)
Liner fastening is with rivets made of rust-proof steel

Description:

Panels are fastened with use of rust-proof pop-rivets on carrying profiles through special holes on panels’ borders. Fastening of panels between each other forms a lock that ensures hidden fastening.

STANDARD hidden fastening

The system is intended for fixing of metallic panels to a carrying profile

Structural elements:

Brackets and extenders STANDARD (stainless or galvanized, with polymeric coating)
Vertical profiles OPTIMA of U-shaped and L-shaped cross-section (stainless or galvanized, with polymeric coating)
Liner fastening is with rivets made of rust-proof steel

Description:

Panels are fastened with use of rust-proof pop-rivets on carrying profiles through special holes on panels’ borders. Fastening of panels between each other forms a lock that ensures hidden fastening.

Ceramic Granite

Ceramic granite is an artificial finishing material that is manufactured using the method of semidry pressing at pressure of 400-500 kg/cm2 with subsequent baking at temperature of 1200-1300 oС. The feedstock is a mixture of components that includes: white-burning clay and kaolins, quartz sand, feldspars and pegmatites. As a result, material is produced with unique operating properties, which permit its using for facade lining and interior finishing.

In Russia, it is the most common finishing material for suspended vented facades. It is used for buildings with any number of storeys and in all climatic zones.

In terms of strength, hardness and uniformity of material, and water absorption, ceramic granite is superior to most types of finishing natural stones.

PRINCIPLE ADVANTAGES OF CERAMIC GRANITE:

• High strength and stable operating characteristics
• Stability against any loads and mechanical impacts
• Easy to maintain finished surfaces
• High strength and durability
• Environmental friendliness of material
• Low water absorption
• Precise geometric characteristics
• Frost resistance
• Wide spectrum of colours, finishes and dimensions
• Price is affordable
• Possibility to process directly on site
• Simplicity and feasibility of installation
• Incombustibility
• Proven reliability

MAXIMA Medium invisible fastening

The system is intended for fastening of ceramic granite with cleats. Inter-floor structural scheme – it is intended for fastening into floors and other reinforced booms.

Structural elements:

Brackets and extenders STANDARD (stainless or galvanized, with polymeric coatings)
Vertical profiles MAXIMA MEDIUM. Vertical profiles MEDIUM with U-shaped cross-section (stainless or galvanized, with polymeric coating), auxiliary profiles with L-shaped cross-section
Liner fastening is with invisible cleats (reflecting stainless steel)

Description:

Fastening of ceramic granite plates by open method with use of a “reflecting”/invisible cleat

MAXIMA Medium visible fastening

The system is designed for fastening of ceramic granite plates with visible fastening with use of cleats. Inter-floor structural scheme – it is intended for fastening into floors and other reinforced booms.

Structural elements:

Brackets and extenders STANDARD (stainless or galvanized, with polymeric coatings)
Vertical profiles MAXIMA MEDIUM. Vertical profiles MEDIUM with U-shaped cross-section (stainless or galvanized, with polymeric coating), auxiliary profiles with L-shaped cross-section
Liner fastening is with joint cleats (stainless, with polymeric coating)

Description:

Fastening of ceramic granite plates with dimensions up to 1200х1200х12 by open method with pronounced rustication (spacing) up to 8 mm

MEDIUM Strong visible fastening

The system is intended for fastening of ceramic granite plates with visible fastening using cleats . Inter-floor structural scheme – it is intended for fastening into floors and other reinforced booms.

Structural elements:

Two brackets Strong in the support (stainless or galvanized, with polymeric coating)
Vertical profiles MediumStrong with U-shaped cross-section (stainless or galvanized, with polymeric coating). Profile depth is differentiated.
Liner fastening is with joint cleats (stainless, with polymeric coating)

Description:

Fastening of ceramic granite plates with dimensions up to 1200х1200х12 by open method with pronounced rustication (spacing) up to 8 mm

OPTIMA invisible fastening

The system is designed for fastening of ceramic granite with cleats.

Structural elements:

Brackets and extenders OPTIMA (stainless or galvanized, with polymeric coating)
Vertical profiles OPTIMA of U-shaped and L-shaped cross-section (stainless or galvanized, with polymeric coating)
Liner fastening is with invisible cleats (reflecting stainless steel)

Description:

Fastening of ceramic granite plates by open method using a “reflecting” /invisible cleat

OPTIMA visible fastening

The system is designed for visible fastening of ceramic granite plates using cleats.

Structural elements:

Bracket sand extenders OPTIMA (stainless or galvanized, with polymeric coating)
Vertical profiles OPTIMA of U-shaped and L-shaped cross-section (stainless or galvanized, with polymeric coating)
Liner fastening is with joint cleats (stainless, with polymeric coating)

Description:

Fastening of ceramic granite plates with dimensions up to 1200х1200х12 by open method with pronounced rustication (spacing) up to 8 mm

STANDARD invisible fastening

The system is designed for fastening of ceramic granite with cleats.

Structural elements:

Brackets and extenders STANDARD (stainless or galvanized, with polymeric coatings)
Vertical profiles STANDARD of U-shaped and L-shaped cross-section (stainless or galvanized, with polymeric coatings)
Liner fastening is invisible cleats (reflecting stainless steal)

Description:

Fastening of ceramic granite plates by open method using a “reflecting”/invisible cleat.

STANDARD visible fastening

The system is designed for visible fastening of ceramic granite plates using cleats.

Structural elements:

Brackets and extenders STANDARD (stainless or galvanized, with polymeric coatings)
Vertical profiles STANDARD of U-shaped and L-shaped cross-section (stainless or galvanized, with polymeric coatings)
Liner fasteners — joint cleats (stainless with polymeric coating)

Description:

Fastening of ceramic granite plates with dimensions up to 1200х1200х12 by open method with pronounced rustication (spacing) up to 8 mm.

Router guide

For high-quality, fast and reliable milling of composite panels, we recommend using professional equipment “ZIAS”.

ZL-1500 / ZL-3000

CLAMP ZC-100

Milling cutters

For high-quality, fast and reliable milling of composite panels, we recommend using professional equipment “ZIAS”.

DISC MILLER ZP-1200

DISC MILLER ZS-1200

MILL ZF-90

Thermal insulation material

Used for external insulation of walls of buildings and structures

HEATER

WATERPROOF MEMBRANE

Fastening material

The cladding material is a decorative base that forms the appearance of the building facade, serving as a protective screen for load-bearing walls.

ANCHOR

BOLT CONNECTION

RIVET

DOWEL FOR INSULATION

CLADDING MATERIAL

The cladding material is a decorative base that forms the appearance of the building facade, serving as a protective screen for load-bearing walls.

PORCELAIN

FIBER CEMENT PLATE

COMPOSITE PANEL

METAL CASSETTE

Additional elements

When the facade system is adjacent to the openings, slopes and ebb tides are installed. They are riveted into a fire box and attached to the wall (through window brackets) and to the façade system. To complete the facade, parapet covers are installed. The parapet cover prevents the insulation from getting wet during operation. The minimum steel thickness for the abutment elements is 0.55mm. They can be painted with polymer paints in the color of the facade.

DRAIN

PARAPET