English Français Русский Germany
Certificates
Quality management

CERAMIC FACADE CLADDING

CERAMIC FACADE CLADDING

Ceramic facade cladding is an innovative solution used in modern buildings to provide aesthetics, durability, and thermal insulation for exterior surfaces. The system begins with selecting the preferred ceramic or granite material, followed by thermal insulation on the building’s blind facades, integrating it with sub-carrier aluminum constructions.

Ceramic facade claddings are stain-resistant, unaffected by atmospheric changes, and have high heat resistance, offering a long-lasting building solution. There are three main installation methods:
          

What we do? 

• Design & Measurement
• Production of Substructure in Steel and Aluminum 
• On-Site Installation
• Cutting & Shaping
• Material Preparation
• Finishing & Inspection


 

1. Clipped System

In this system, ceramics are mounted onto carrier aluminum profiles using visible stainless steel clips and EPDM gaskets. It is an economical and reliable system applicable to ceramics of all sizes. The advantages of the clipped system include:

  • Fast and practical installation.

  • Easy disassembly and reinstallation when needed.

  • Long-lasting due to mechanical installation and resistance to high wind loads.

2. Concealed Channel System

In this system, ceramics are fixed to the carrier construction using aluminum clips inserted into swallowtail channels carved into the back surface at four points. It is generally applied to materials with dimensions of 60×60 cm, 60×120 cm, and 50×100 cm. Its advantages include:

  • Aesthetic appearance since the clips are hidden.

  • Secure mechanical connection with minimal risk of falling.

  • High durability, making it suitable for different architectural designs.

3. Adhesive System

Ceramics are mounted onto aluminum carrier profiles using auxiliary temporary tape and a high-strength polyurethane-based adhesive that maintains elasticity between -40° and +100°C. This is one of the most economical porcelain ceramic application methods and can be applied to ceramics of all sizes. There are two application types:

  • Open Joint System: Applied with gaps between joints to enhance air circulation and allow the structure to breathe.

  • Closed Joint System: Special aluminum profiles in the desired RAL color are installed between joints, providing a seamless appearance.

Advantages of Ceramic Facade Claddings

  • Durability: Ceramic materials are resistant to UV rays, chemical effects, and weather conditions.

  • Low Maintenance: They do not retain dirt or stains, minimizing cleaning requirements.

  • Thermal Insulation: When used with additional insulation layers, they contribute to energy efficiency.

  • Fire Resistance: Classified as A1 non-combustible material, ensuring fire safety.

  • Aesthetic Versatility: Offers a variety of colors, textures, and surface options, allowing architectural flexibility.

Due to their high durability and aesthetic properties, ceramic facade cladding systems are increasingly preferred in the modern construction industry. The application method should be chosen based on the building’s design, budget planning, and technical requirements.


 

Ceramic facade systems are non-combustible and provide high resistance against fire, enhancing building safety.
High-performance ceramic panels offer durability, UV resistance, and long-lasting facade protection under various climate conditions.
The system resists rain, wind, frost, and temperature fluctuations, ensuring long-term exterior performance.
Available in a wide range of colors, textures, and surface finishes to meet architectural and aesthetic requirements.
The surface structure minimizes dirt accumulation and allows easy cleaning with low maintenance requirements.

CERAMIC FACADE SYSTEMS TECHNICAL Q&A

What is Ceramic Facade Cladding? Ceramic facade cladding is a durable and aesthetic exterior solution. Ceramic panels are mounted onto supporting substructures to protect the building envelope and provide a modern appearance.
What materials are used in ceramic facade cladding? The system provides durability and thermal performance with high-quality ceramic panels, aluminum or steel substructures, insulation profiles, gaskets, and fasteners.
How is ceramic facade cladding installed? Installation begins with mounting the supporting substructure, followed by fixing the ceramic panels on-site. During installation, panel alignment, sealing, and structural performance are checked.
Which surfaces are compatible with ceramic panels? Ceramic panels are fully compatible with reinforced concrete, steel, and aluminum substructures.
How resistant is the system to wind, earthquakes, or other environmental effects? Ceramic facades are tested according to EN 1991-1-4 and local regulations and are resistant to wind, earthquakes, and other environmental effects.
Does the system contribute to energy efficiency? Yes, using insulation profiles and energy-efficient substructures reduces heat loss and improves the building’s energy performance.
Is the design customizable? Yes, panel color, size, surface finish, and layout density can be applied project-specifically.
In which types of buildings is ceramic facade cladding preferred? It is preferred in office buildings, shopping centers, hotels, and corporate buildings for aesthetics, durability, and performance.
Can ceramic facades be combined with other facade elements? Yes, they can be integrated with metal panels, glass systems, sunshades, or supporting structures, offering hybrid facade solutions.
What solutions does a facade company provide for ceramic cladding? The company delivers a complete and comprehensive facade solution, including steel or aluminum substructure fabrication, material supply, and on-site installation.
Ceramic facade cladding systems provide a durable and long-lasting exterior solution for modern buildings. Fire resistant ceramic facade systems enhance building safety with non-combustible material properties. Weather resistant facade panels maintain performance against rain, wind, frost, and UV exposure. Architectural ceramic facade systems offer flexible design options while ensuring high exterior performance.