Clinker tiles present an adaptable solution for improving the facade of your home in terms of both appearance and functionality. Clinker tiles are specifically made for ventilation systems and are highly weather- and weather-resistant, which makes them perfect for outdoor applications.
There are a few important things to keep in mind when installing clinker tiles for ventilation. First and foremost, maintaining adequate airflow is necessary to keep the ventilation system functioning properly. To seamlessly incorporate the tiles into the facade while allowing for sufficient air circulation, this calls for careful planning.
Clinker tiles, in contrast to conventional building materials, are produced at high temperatures, producing a dense, non-porous surface that is resistant to environmental deterioration and moisture. This feature not only makes them more durable but also lowers the need for ongoing maintenance.
Furthermore, clinker tiles for ventilation are usually installed by securing them firmly to the facade structure. This guarantees longevity and stability, guarding against problems like displacement or damage from the wind or other outside influences.
| Feature | Description |
| Preparation | Ensure the wall surface is clean, dry, and level before starting the installation. |
| Adhesive | Use a high-quality adhesive specifically designed for clinker tiles to ensure a strong bond. |
| Spacing | Maintain consistent gaps between tiles for proper ventilation and aesthetic appeal. |
| Cutting | Use a tile cutter or wet saw to make precise cuts for fitting around edges and corners. |
| Grouting | Apply grout evenly, making sure to fill all gaps to prevent moisture ingress. |
| Sealing | Seal the tiles and grout to protect against weathering and prolong the lifespan of the installation. |
| Ventilation | Ensure there are adequate ventilation gaps to allow airflow behind the tiles, preventing moisture buildup. |
| Finishing | Clean the tiles thoroughly after installation to remove any adhesive or grout residue. |
- Features of ventilations from the clinker
- Clinker facade subsystem
- Types of clinker cladding of ventilation facades
- Installation of clinker facades
- Calculations and design
- Installation of supporting elements
- Insulation
- Guides and cladding
- Clouding and framing
- Grout
- Video on the topic
- Instructions for the installation of clinker tiles with grouting seams on the NFS Simeplex facade
- Instructions for the installation of clinker tiles without grouting on the NFS Simeplex facade
- How to properly lay clinker tiles on the facade
Features of ventilations from the clinker
One choice for a hinged, ventilated facade that mimics brick or masonry is the clinker facade, which is clad with clinker tiles.
Clinker bricks have a variety of textures for facades; the panels’ surfaces can be smooth, rough, or have noticeable irregularities. Color scheme, often consisting of light and dark natural tones.
The tiles have a standard shape and mimic the dimensions of regular brick or stone blocks.
The clinker plate-based ventilated facades consist of multiple primary components:
- Carrying design – it consists of supporting brackets and metal profiles that are used to manufacture the crate of the frame;
- A layer of thermal insulation – the use of mineral and basalt wool, foam or polystyrene is allowed as a heater;
- External cladding – clinker tiles imitate masonry made of natural bricks, two types are represented – a normal format and seamless.
A tiny air gap must be present for the ventilated facade system to be installed. This gap allows the walls to "breathe" and expel extra water vapors from the walls by interacting with the surrounding atmosphere, which in turn creates a cozy microclimate.
No matter what kind of material was used to build the walls, any building can have a venti-facade with clinker tiles installed on it. It can be used for both residential and commercial construction, and buildings completed with natural brick always have a high-end, polished appearance.
Clinker facade subsystem
The primary components of the facade subsystem are fasteners, facade profiles, horizontal and vertical guides, and supporting brackets.
The following metals are used to make the subsystem: aluminum, galvanized steel, and stainless steel. As a result, the consumer is presented with three options for facade subsystems, each of which has pros and cons of its own.
- Galvanized – among the advantages of this system, one can note an affordable price and a sufficient degree of strength, among the minuses – a low degree of protection against corrosion, therefore, a polymer coating is required to all elements of the subsystem;
- Aluminum – is characterized by low specific gravity and flexibility, it is possible to make guides of non -standard forms. But at the same time, the aluminum subsystem is subject to corrosion and has a low degree of fire resistance;
- From stainless steel – the main advantage of this system is high indicators of strength, durability, resistance to rust, it is fireproof and resistant to chemical reagents. The disadvantages of stainless steel profiles are the high cost, severity and difficulty of processing.
Stainless steel systems are typically used for finishing multi-story buildings, aluminum is used for finishing small houses with low loading loads, and galvanized subsystems are typically used when facing the premises.
When it comes to home exteriors, knowing how to install clinker tiles for ventilation is essential. Renowned for their robustness and visual appeal, clinker tiles serve two purposes: they improve a home’s external appeal and make sure that walls have enough airflow. This article delves into the subtleties of installing clinker tiles especially for ventilation, emphasizing important factors such as placement for best airflow, blending in with existing architectural features, and the advantages of using clinker tiles to improve functionality and aesthetic appeal. Understanding these installation details will enable you to make well-informed decisions for a more durable and breathable facade, whether you’re building new or renovating an existing structure.
Types of clinker cladding of ventilation facades
Clinker is an extremely durable construction material that is produced by pressing and firing quartz sand and high-plastic clay in special furnaces to temperatures above 1,400 degrees Celsius.
This technology produces tiles with great strength and resistance to wear, along with a host of other benefits.
- Resistance to temperature changes and severe frosts – suitable for any climatic zone;
- Fire safety – the material does not burn and does not melt;
- Resistance to ultraviolet – tiles do not burn out in the sun and do not lose the brightness of the color throughout the service life;
- Ease of installation;
- Resistance to mechanical damage – the clinker does not crack and does not scratch;
- Maintainability – if necessary, you can remove any part and replace it with a new one;
- Resistance to deformation and shrinkage;
- Durability – the life of the facades from the clinker on average is 50 years;
- Small weight – the tile is quite light, which allows not to load the foundation;
- High soundproofing indicators;
- Environmental friendliness – only natural components are used in the manufacture, not toxic and do not distinguish harmful substances;
- Water resistance – the clinker practically does not absorb moisture;
- Surface protection from mold and fungus;
- The ability to hide communications under the cladding;
- Wide selection of color solutions and textures.
When facing residential buildings, office and administrative buildings, or industrial facilities, clinker tiles are used for a ventilated facade.
You can use any design solution because of the color scheme and range of textures. Bricks can range in color from milk to naturally occurring red and brown, and tiles can be single-, double-, or triple-colored.
Installation of clinker facades
The installation of a ventilated facade made of clinker tiles is a simple, multi-stage process that you can complete on your own.
Calculations and design
Geodetic surveys of walls must be completed before beginning the installation of a ventilated facade. On the basis of it, a project is created, based on which the best option for the design type and subsystems of mounting facade and external cladding fastening are chosen, as well as calculations of the volume of material required.
Installation of supporting elements
The surface is marked in accordance with the construction project that results, and the load-bearing bracket fasteners are identified. Anchor bolts are used to secure the brackets to the wall. Pairnite gaskets are used to isolate all joints between the elements and the base, assisting in the prevention of cold bridges.
Because the brackets serve as the structural backbone of the ventilation facade, it’s critical to select products made of robust, long-lasting materials like stainless or galvanized steel. These metals are rust-resistant and have high strength indicators.
Insulation
A layer of thermal insulation is laid following the installation of support brackets. Although foam or foam polystyrene can be used, basalt wool is the material most frequently used as a heater.
To stop cold air from seeping in between the seams, insulation sheets are stacked in a checkerboard pattern and fastened with dowels that have a broad mushroom- or plate-shaped hat.
Guides and cladding
Installation for the mounting facade system requires both vertical and horizontal guides. Profiles are attached to the surface vertically after first being attached horizontally.
Special clamps are used to secure clinker tiles to the resulting frame. There are two kinds of them:
- Imitating the standard form of brick;
- Seamless, with a small end that hides the inter -seams.
Clouding and framing
Following the installation of facing tiles, slopes, drainage, cornices, window castings and frames, parapets on the roof, and other adjacents must be installed. They will reinforce the structure and give the facade a polished appearance.
Grout
When the inter-tile joints are ground during the final stage of clinker facade installation, moisture cannot enter the system and the surface will be protected from rust, deformation, mold, and fungus.
Crucial! Using seamless clinker tiles hides the seam and eliminates the need for grout.
Specialized mixtures with high indicators of frost and water resistance are used as grout. A construction gun is used to fill the joints with the solution, and then a shift is used to gently rub the surface.
A distinctive combination of practicality and visual appeal can be found in the installation of clinker tiles for ventilation. The procedure guarantees that your building will benefit from decreased moisture buildup and better air circulation in addition to looking fantastic. To fully benefit from these advantages, proper installation is essential.
It is crucial to accurately prepare the surface prior to beginning the installation. To make sure the tiles adhere correctly, the wall must be cleaned and leveled. A long-lasting and aesthetically pleasing finish can be achieved by using the appropriate adhesive and paying attention to the spacing recommendations.
When installing something, it’s important to pay close attention to details. The system will function better and last longer if every tile is precisely positioned and enough ventilation is allowed. Frequent upkeep, like inspecting for any missing tiles or fissures, will preserve the facade.
You can reap the rewards of a visually appealing and well-ventilated facade by following these steps. Clinker tiles are a fantastic investment for any type of building because they are long-lasting and have a classic appearance that can raise the property’s overall value and comfort.
