Available and brief overview on facade thermal panels with clinker tiles

The combination of clinker tiles and facade thermal panels is a creative way to improve a building’s appearance and energy efficiency. These panels are a favorite option for both architects and homeowners because they combine the classic charm of clinker tiles with cutting-edge thermal insulation qualities.

Clinker tiles are fired at high temperatures to produce a dense, hard material that is resistant to fading and weathering. Clinker tiles are well-known for their durability and unique appearance. Clinker tiles when used in facade panels improve the building’s thermal performance in addition to creating an aesthetically pleasing facade.

These panels’ incorporation of thermal insulation improves their functionality even more. Façade thermal panels with clinker tiles minimize heat gain in the summer and reduce heat loss in the winter, helping to control indoor temperatures and enhancing comfort and energy efficiency.

These panels provide flexibility in terms of architecture. They can be tailored to fit different architectural preferences and styles, including eclectic, traditional, and modern. This adaptability permits artistic expression while guaranteeing the facade’s long-term durability and functionality.

Facade Thermal Panels	Clinker Tiles
Facade thermal panels are designed to improve the thermal insulation of buildings, enhancing energy efficiency and reducing heating costs.	Clinker tiles, made from fired clay, offer durability and aesthetic appeal, often used to enhance the exterior appearance of buildings.

What is a thermal panel with clinker tiles

A stove, solid surface, and insulating layer are all combined in a building material called a thermalpanel.

There are three parts to the most widely used thermal panel made of clinker tiles.

1. The first layer is the insulation. It guarantees low thermal conductivity of the tile, which allows you to reduce the heat transfer process and retain heat. consisting of polymer foam, plastic groups. Its thickness varies from 20 to 100 mm. On average, reduces heating costs of 50%.
2. Next, put clinker tiles. It consists of fatty. Outwardly similar to brickwork. Tile thickness – from 7 to 15 mm. Can imitate a brick of different sizes and colors, stone surfaces.
3. If desired, marble crumbs are added on top, which acts as the last reinforcing layer, giving the plate additional strength. It is not always used, but it is strongly recommended to choose construction companies.

The pluses of the material

The following is a list of advantages of facade thermal panels:

• The color does not fade, since there are no dyes.

• Bio resistance – mold, fungus, microorganisms are not formed on the surface of the material.

• Chemically inert, does not rot.

• The properties of the insulation and faced material are connected, which significantly reduces expenses.

• A long period of use of the material – from 20 to 100 years, subject to operating standards.

• A variety of decorative elements.

• Environmental friendliness.

• The ability to eliminate small defects of the wall surface.

• Small sound insulation of the room.

• The ability to lay material at any time of the year.

• Simplicity of installation.

• The minimum number of "bridges" of the cold, since the number of seams in this case is much less.

• Resistance to frost.

• Inappropriation for solar radiation.

• Insensitiveness to water.

• Temperature drops resistance.

• Not interested in rodents.

• A high fire safety indicator.

• Moisture resistance, vapor permeability.

See our most recent piece, "All about the facades of the house," to learn more about the world of clinker tiles and facade thermal panels. Find out how these cutting-edge panels combine superior thermal insulation qualities with the clinker tile’s long-lasting beauty. We’ll give you an in-depth rundown of their advantages, installation considerations, and maintenance advice so you can choose wisely for improving the outside of your house. Knowing these panels can help you design a more aesthetically pleasing and energy-efficient facade for your new or renovated building.

Cons of use

The material has drawbacks despite its wealth of benefits:

• A large weight of the structure, so the facade and foundation is required.

• Fragility during transportation, installation. If the tile falls from a small surface, a high probability of cracks.

• Difficulty preparation before laying.

• Despite the favorable cost in comparison with separate insulation and facade cladding, the material has a fairly high price. Production technology makes thermal panels almost inaccessible to the ordinary developer.

Types of products

There are four distinct classifications based on the product’s features.

The type of insulation separates the following groups:

• Mineral cotton – already outlined option, but still rarely found in Russia. Represents fibers of small thickness. Has excellent thermal insulation properties, but is afraid of moisture, does not meet the standards of fire safety.
• Poliuretan foam – the latest insulation with a wide range of application. Withstands the temperature up to 175 degrees Celsius. Not afraid of moisture, does not sit on the walls.
• Extruded polystyrene foam – has the best thermal insulation properties. Significant minus – gives shrinkage, which contributes to the premature destruction of the decoration. Its exact impact on thermal panel is unknown.

There are two categories for the location:

• The basement clinker thermal panels for the facade are fixed using plastic guides, which deepen into the panel. Thanks to this technology, there are no voltages to the frame. The view of large sizes is different. Have small dimensions, but a large thickness.
• Facade thermal panels are heavy, requires caution during installation. Can last much longer – more than 100 years.

Three different types of facade thermalmanel distinguish the structure:

• Two -layer – consisting of insulation and tiles. They can also add marble crumbs additionally.
• Three -layer – tidy woodcut boards. The design as a result is enhanced, become more moisture -resistant, tougher, more durable.
• Four -layer – applied to give the material the ability to self -substitution. Fireproof layer is added between the OSB plate and the insulation.

The technique used to affix clinker tiles to the insulation distinguishes the classification due to variations in heaters. Make use of the subsequent choices:

• "Lastochkin tail" is used for polystyrene foam. I make the clinker with a trapezoidal groove in which the material is pressed. The method is reliable, but requires large costs.
• Glue is suitable for mineral wool and polystyrene foam. Make a panel with special recesses. The clinker is laid in glue and left to dry at high pressures. The option is the cheapest and affordable.
• Pressing is used for PPU. The clinker is laid in the mold, poured with material and kept under high pressure until the insulation hardens.

Dimensions and weight

Depending on the type, thickness, and presence of extra layers, as well as the tile thickness, 1 sq.m. of lined material weighs between 14 and 18 kg.

To insulate buildings, use material with a thickness of between 60 and 100 mm. In the event that buildings and other structures are rebuilt, 30 to 40 mm of thickness will be sufficient.

The thermal panel’s width and length are determined by the application’s scope:

Appointment	Typical sizes
Corner panels	24.5*26.5 cm, 26.5*65 cm, 24*67 cm
Continuous elements	64.5*67 cm
The dimensions of the basement	95*65 cm, 30.2*14.8 cm
Private landings	114*69 cm, 114.5*67 cm, 159*59.8 cm

Characteristics and properties

People were drawn to the material by its many qualities, which combined to make it both high-quality and long-lasting:

• Thermal resistance.
• Noise insulation.
• Not exposed to rodents, insects.
• Environmental friendliness.
• Bio resistance.
• Light weight.
• Resistance to frost.
• Moisture resistance.
• Vapor permeability.

The following distinctive characteristics of the polyurethane foam-filled clinker tiles facade thermal panel determine its properties:

• Service life of more than 50 years.

• Withstands temperature from -150 to +170 degrees Celsius.

• Low thermal conductivity – 0, 029 W.

• In the case of a fire, it emits a large amount of toxic gas.

• Inland pores of polyurethane foam are closed by 70%-75%.

• Density coefficient – 20 kg per m.

Regarding the polystyrene foam thermal panel, its density is 40 kg per cubic meter, and its service life is limited to 40 to 70 years. It has a high thermal conductivity and ignites well.

Mineral wool, with a thickness of 30 to 200 mm and a density of 25 to 200 kg/m3, is a rare material to be used as thermal insulation for facade thermal panels. A high rate of thermal insulation is ensured by this.

Installation

The product’s design and mechanism enable light and inexpensive installation, even with its heavy weight and convoluted transportation. Installing the facade thermal panel is easy and can be done on your own. It is essential to call in a specialist if the owner lacks confidence in his skills or has never worked with lined materials and insulation.

Installation work can be done throughout the year. The primary requirement is dry weather (i.e., no snow or rain).

Think about the installation procedure in detail from start to finish.

What will be needed

The following equipment and supplies need to be ready for installation:

• Conducting material with insulation.

• Scarring.

• Bulgarian.

• Circular saw.

• Wooden beam.

• Level.

• Water level.

• Perforator.

• A spatula for grouting.

• Hand saw.

• Self -cuts, glue.

• Sealant or mounting foam.

Preparation of walls for installation

You must carefully diagnose walls first. It might call for wall alignment, which is typically accomplished with drywall. Its sheets are adhered to the wall using adhesive.

There shouldn’t be any loose patches, peeling plaster, or cracks in the walls for the panels to be firmly attached. Gypsartone can be used if the infractions are not too serious. The damaged layer and overlapping a thinner layer (no more than 2 mm) will remove the cardinal method.

Next, figure out how many facade panels the building has. Multiply the length and width to determine the area of the facade. You should also determine the total area of the openings for the windows and doors. They pick up the second size out of one. the outcome and the presence of a cladding area. Finding the measurements and figuring out how much will be needed for one square meter of the house are the only tasks left.

On the day of installation, the surface needs to be cleared of debris and outdated finish.

Installation of the frame for thermal panel

If there are no flaws or violations, facade thermal panels are fastened straight to the wall’s surface.

Large and small cracks in the wall will require the creation of an additional crate if there are significant variations and irregularities. It is constructed from plastic, zinc profile, or wood. The intermediate elements for fixing the elements are built after the frame surrounding the perimeter.

Laying instructions

An aluminum profile that serves as the starting film is installed in the case facing the basement. At the cladding’s height, the second profile is fastened parallel to the first.

Mounting for the panels is done from the corners. Starting in the left corner, installation proceeds to the right. One panel is fixed within an aluminum frame. The embedded points are screwed into self-tapping screws and screws. Each pan’s fasteners must be checked after installation to ensure that it is installed level.

On the spike of the installed facade panel, a sealant and mounting foam are applied for tightness. The panel is then jigged as tightly as possible with the last laid by inserting it into the starting bar. Thus, the entire building’s lining is completed in order.

Rows are laid one after the other only. This is crucial to consider because, should the rule be broken, the building’s tightness will be compromised, resulting in premature wear.

Mixtures are used to clean the spaces between the clinker. Installing corners and smoothing out slopes in door and window openings complete the work.

Manufacturers rating and material prices

Internationally produced thermal panels were sold in the Russian market. However, given the increase in foreign exchange, their acquisition will be highly costly. You can purchase materials made in Russia if you’re willing to spend a lot of money.

Examine the features and costs of the products listed in the tables of our industry leaders.

Facade materials workshop (MFM)

Over 18 years of experience in production. Thermal panels with clinker or artificial stone tiles are available from MFM. The 0.03 cm to 1 cm thickness is forced.

The company offers five different types of insulated facing material in its assortment.

Model	Dimensions, cm	Cost for m2, rub
Canyon	120*60*11	2 800
Terra-brick	104*60*6.5	1700
One and a half tes-brick	125*60*7	1 600
Travertin with a beam	125*60*7	2000
Gretta	121*60*6.5	1800

Unique Multi Block (UMB)

The company has been producing its own products for 16 years, which sets it apart from the competition. Polystyrene foam is used less frequently as a heater than poliuretan foam. The panels are manufactured in 0.6, 0.8, and 1 centimeter thicknesses. Start-up costs per square meter are 1700 rubles.

Model	Dimensions, cm	Cost for m2, rub
BM NF 204V	113.4*74.7	1 700
UMB NF 501V	113.4*74.7	2 150
UMB NF 206V	113.4*74.7	1 850
UMB NF 103V	113.4*74.7	2 100
Umb NF 203V	113.4*74.7	2 100

Ftp-europa

The production of insulation is solely assumed by the domestic manufacturer. German origins already exist for clinker tiles.

Model	Dimensions, cm	Cost per m2, rub
351-Kalkbranda	76*66	2 100
353-Eisenrost	76*66	3 600
Laura	100*65*6	2 540
MIX2	76*66	2 250
ODRA	100*65*6	1 100

Termosit

Germany is the source of the raw materials for thermal panels. You can work with the company’s designers to create your own cladding design. The business offers its own product control service.

Model	Dimensions, cm	Cost per m2, rub
Brick panel	113*64.5	1 100
The light panel is facade	113*64.5	1 180
SL-3 Falcon	79.2*94.25	980
AdW Kerch	109*64.8	2 300
Zebrina Marengo	75*60	2,000

Forland

The business makes panels made of artificial stone. The coating is applied to the business. Insulation made of polyuertan foam is utilized.

Model	Dimensions, cm	Cost per m2, rub
XVII century	75*65.6	2 500
Elbrus	75*65.6	3 500
Euro	75*65.6	2 700
Cliff	75*65.6	3 500

Fradey

For its thermal panels, the company only uses natural materials. Insulation is provided by polystyrene foam or poliuretan.

Model	Dimensions, cm	Cost per m2, rub
Novplit	122*65	3 800
Falcon FN03	150*52.8	2 400
Opoczno Shadow Red	153*60	2 800
Natural	149*52.5	2 060
Estima an01	156*624	2 600

Forsk

Purchases ornamental decoration materials from overseas producers. The company provides high-quality, reasonably priced options.

Model	Dimensions, cm	Cost per m2, rub
Rot Bunt Care	149*52.5	1 600
Brick Sand	156*62.4	990
Rimini Gelb	122*65	1 900
Faro Grau	149*52.5	1 700

Regent

The business uses proprietary production technology. Materials are bought from reputable international businesses.

Model	Dimensions, cm	Cost per m2, rub
Feldhaus	75*65.5	1 600
Roben Victoria	75*65.5	2 500
Stroher	75*65.5	1,200
Westerwalder WK62	75*65.5	1 800
Stroher Weis	75*65.5	2 100

Ermak

Products are produced using laser equipment, which enables precise size measurements and high-quality joints. The business provides panel development based on customized options.

Model	Dimensions, cm	Cost per m2, rub
Red Lion	100*48	2 500
Paradyz	100*48.6	3 600
KSK	100*48	2,000

PLAPPROM

Among the first businesses in the Russian market to start manufacturing thermal panels. Superior European equipment is used in production.

Model	Dimensions, cm	Cost per m2, rub
FN4	75*65.6	1 750
D 12	75*65.6	1 750
SL4	75*65.6	1 750

Clerker tile facade thermal panels are the ideal way to improve the external appearance and energy efficiency of your house. These panels improve insulation and enhance the aesthetic appeal of your facade by fusing the classic beauty of clinker tiles with cutting-edge thermal insulation technology.

The exterior surfaces of your home will be protected for a long time and require little upkeep thanks to the inclusion of clinker tiles, which are well known for their strength and resistance to weather. They are therefore a sensible option for homeowners looking for a solution that will eventually lower maintenance costs while simultaneously improving the aesthetics of their facade.

Furthermore, by enhancing a building’s thermal performance, facade thermal panels with clinker tiles help save energy. These panels’ insulating qualities aid in controlling interior temperature, which lessens the need for year-round excessive heating or cooling. This is an investment that any homeowner can afford because it not only increases comfort but also reduces energy costs.

These panels offer flexibility in design and installation, making them ideal for both new construction and facade renovation. They can be customized to meet different architectural preferences and styles, making sure that your house has a distinctive and visually appealing exterior that makes it stand out.

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