Tseral thermal panels

"All about the Facades of the House" welcomes you! Today’s conversation delves into the cutting-edge field of thermostential panels and examines how these cutting-edge building materials can change the exterior of your house. Solar thermal panels are known for their outstanding thermal insulation qualities. They are made to improve energy efficiency and have a sleek, contemporary appearance.

Premium materials are used to create these panels; polystyrene and reinforced concrete or other composite materials are frequently combined. They are appropriate for both residential and commercial buildings since their construction guarantees durability against changing weather conditions in addition to offering exceptional thermal resistance.

The design adaptability of Tseral thermal panels is one of their most notable qualities. With so many colors, textures, and finishes to choose from, homeowners can easily tailor their facade to fit their desired architectural style and aesthetic standards. Tseral panels can be made to fit any design concept, whether you want a more modern smooth finish or a classic brick appearance.

In addition to being aesthetically pleasing, these panels save a substantial amount of energy. Throughout the year, Tseral thermal panels help control indoor temperatures by efficiently insulating the building envelope. Over time, this insulation lowers energy consumption and utility costs by reducing the need for heating and cooling systems.

A sustainable way to improve the visual appeal and energy efficiency of building facades is with thermal solar panels. These cutting-edge panels support environmental sustainability by lowering heating and cooling expenses in addition to offering efficient insulation. Tseral panels are a flexible option for architects and homeowners aiming to maximize comfort and energy savings in residential and commercial buildings by fusing cutting-edge materials and contemporary design.

General recommendations for installing thermal panels

The features of the thermal panel’s manufacturing process are arranged in two ways:

Each subsequent panel is approaching the previous one until the locks of locks. In such thermal panels, part of the insulation is not closed with facing tiles, on them it is approaching during the installation of the next element. The result is a strong castle. Advantages – the installation process is accelerated. Disadvantage – the surface of the base should be perfectly flat. Another drawback-due to loose fit, the appearance of natural air exchange between the panels and the base is possible, which significantly reduces the effectiveness of the structure insulation;

Installing thermal panels on the facade

How thermal panels are installed

Consider your abilities in addition to the basement’s condition when making your selection. It is preferable to use the panels for the second installation method if you are having trouble aligning the surface for whatever reason. The first installation method is much easier to work with if the base is initially even or if you can solve issues. But keep in mind that the dependability of fixation requires the use of special dowels in every situation.

Manufacturers release a set of pre-release elements to make installation easier.

Name	Appointment and brief description
External and inner corner	In height correspond to the parameters of the panel, used to decorate the angles. A prerequisite – the angle of the base must have exactly 90 °. Can be with locks or attachments, have various types and width.
Stripes with vertically located tiles	Used to improve decorative characteristics of the finishes of the basement.
Starting and finishing planks	Elements are installed first and at the end of the installation. Protect the finish from moisture penetration, serve as elements of the jewelry of the basement. Can be used during the lining of window and doorways.

Thermal panels on the facade and other components

Corner pieces of various kinds

The basement profile is required in order to install panels.

Installation of basement panels on a flat surface

It takes a lot of effort, requires working with an assistant, and carries a risk of material damage or incorrect installation. Calculate the size of the basement and make the appropriate number of material purchases. There is always one extra slab, so there’s no need to make any special stocks.

Determine the basement’s size by taking measurements.

It’s great if there are pre-made internal and external angles. If not, it won’t be a problem; we’ll explain how to install without these extra components. Examine the basement’s walls before purchasing finished corners; all of them should be precisely 90 degrees. Should this not be the case, avoid buying factory corners as their installation will cause significant issues.

Inner angle verification using a photo

You’ll need a hammer, a manual hacksaw, dowels with wide, regular hats, a drill with a set of drills, and a grinder with a diamond disk. Naturally, roulette and a level are required. You must purchase two different kinds of dowels at the same time: ones with big and regular hats. Pucks should be positioned beneath standard dowels in accordance with the size of the sutures connecting the tiles. You can create the matching sizes apart from the iron strip if there are none in the implementation.

Fleep dowel featuring a press-shame and stop screw on one side

Vital. Certain manufacturers produce panels with plastic dowel parts already installed, which makes installation a lot easier. Purchase these exact kinds of basement thermal panels, if at all possible.

Step 1: Examine the base surface’s condition. As we’ve already indicated, only even grounds are suitable for installing lockable basement thermal panels. A lengthy rail made of metal or wood is used to check the surface.

Measuring the walls’ levelness with a two-meter rail

Place it in different locations and observe the gaps. They shouldn’t be larger than 4-5 mm. The protrusions are more problematic than the hollows; they are discovered during the examination and may need to be removed. The panels should fit into the locks with little difficulty because they can only be connected on a level surface. If not, there’s a potential that either the tile foam or the polystyrene will break off. Although this is not urgent, solving the issue will take a long time.

The best tool for removing large wall protrusions is a grinder.

Prices for corner grinders (grinders)

Corner grinders (grinders)

Step 2: Indicate the row below. Extremely responsible now, pay closer attention to your work. Keep in mind that you cannot undo the mistakes you have made; you must begin the installation process by removing all of the installed panels.

From the facade to the end

How are markings made?

1. Water or laser level, find the highest point of the lower part of the basement. Horizontal can be violated if the blind area is made incorrectly or the house is located on an uneven construction site.
2. Make tags at all corners of the house, a special rope with a blue whip the horizontal line around the perimeter.
3. Measure the distance at the lowest point, you will need this parameter during the adjustment of the wedges of the panels at the site of their joint with a blind area.
4. On the intended line, fix the starting profile.

Dowels to begin profile fastening

Fix the starting profile along the basement’s lower inclined line if your blind area is not made horizontally. Think about this specific decorating choice.

It is advised to apply a foam line to the basement’s surface in order to increase the fit density prior to plate fixing.

Installation plan

Step 3: At this point, you should choose how much the difference will vary along the horizon line. This is required to lessen the quantity of costly material waste in addition to leveling the tile positions.

Vital. The cut tile should have a minimum height of two clinkers. If not, the dowel won’t have anywhere to be fixed and will need to be installed in the tile, which is highly undesirable.

The top of the cut tiles will be mounted on another horizontal line at this height. It is advised to lay tiles on a stretched rope in the future, secure it in the building’s corners, and move it through each row.

Step 4: Using a diamond disk grinder, trim the excess material along the drawn line to accurately remove the first panel’s dimensions while accounting for the slope. We suggest that you only cut the clinker and not the full thickness of the tiles. Then, compared to a standard hand hacksaw with small teeth, cutting off was much easier.

Using a grinder, chip clinker

Step 5: Lay the tiles on the basement floor, give the helper a hand, and drill holes for the dowels.

You will have to complete it on your own if you don’t have a purchased corner. You must cut the insulation at a 45-degree angle from the inside to accomplish this. Mounting foam touches the space between the two boots in the corner, even if it turns out to be a little bit more. The angle cannot be smaller, or else there will be a gap between the two plates at the junction. The actual angle of the basement determines the precise values of the sleeve angle, which can be either sharp or dumb.

Sensible guidance. Make sure the disk rotates in a direction that cuts from top to bottom rather than the other way around when sawing the clinker tile.

Chips will show up on the front if the disk slices the clinker from the bottom up. This is one of the rare occasions when using a disk saw while breaking safety regulations because the instructions state that the rotation should be in the opposite direction. And one last thing. When working with tiles, only use specific diamond disks; never use concrete disks. The truth is that they have deeply recessed slots that contact the tile’s surface. Not only do chips result from this, but there’s also a good chance that the tiles will break entirely.

Step 6: Drill a shallow hole in the diameter of a large hat before inserting the plastic dowel parts into the polystyrene foam. The only way to guarantee proper adhesion to the locks of the subsequent plate is to drown it by flushing it with the insulation’s surface.

The depth at which holes are drilled

It is not possible to overtighten the screws.

Polistyle foam has sharp corners that greatly complicate the process of connecting; even the smallest distortion causes the clinker’s protruding sections to stop the process. It is strictly forbidden to put in a lot of effort because things can break. We highly advise using a sharp mounting knife to remove a small chamfer from the polyurethane foam where the clinker tiles come in above in order to make the connection easier.

Panel installation plan for the initial profile

Maintaining the space between the soil and profile is crucial.

The first thermal panel’s installation plan

Step 7: Install the second plate after the first has been fixed.

Diagram showing how to install the second thermal panel

First, lean it against the basement at a small large distance and in a flat rail, check the position. It should be on the same line with the already installed. If you perform, find a interfering tubercle and cut it off. This should be done for sure, do not try to connect the locks with force. Thus, you will not save time, but on the contrary, ultimately lose it to eliminate additional problems created by your own hands. Firstly, there is a risk of cracking. Secondly, the free end of the plate connected in this way will go far from the plane of the base, and this will also complicate the further installation of the cladding.

The plan for installing thermal panels

8. Adjust the plate that was installed. Every protruding portion of the connection needs to have a wide-headed dowel inserted, and the seams between clinker tiles need to have at least six regular dowels spaced evenly along the length of the plane.

Regularly check the skin’s position and promptly remove any deviations.

Plan for ensuring the sheathing is vertical

Comment on the placement of corner pieces

Base and wall following thermal panel completion

Grout of the seams

While choosing the grout, keep in mind the material that is currently being used to fill the spaces between the clinker. It can be silicone-based sealants or cement mixtures in different colors. The first grouts are significantly stronger; after a few years, the silicone will undoubtedly exfoliate a little, causing tightness to be disturbed. Cheaper stamps will start to peel after the second or third year, whereas more costly material that is UV-resistant can endure up to five years. We recommend using grouts on a cement base because they are much stronger. Moreover, creating a natural gray is preferable when replicating actual brickwork or masonry.

You can match the grout to the panel’s color.

How can the grouting be completed more quickly?

1. Prepare a flat metal grout or a large spatula. They will serve as stands for the mass.
2. To apply the mixture, you should buy or make a special device from improvised materials. The width of 1-2 mm is less than the width of the seams existing on the plates, bend it with the letter Z for ease of work.
3. Put a portion of the finished mixture on the stand, bring to the seam and using the device in small portions press into the seam. Make sure that the grout is glued to the entire surface, work carefully, minimize the amount of pollution, do not leave air pockets.

Repairing the seams

Changing

Temperature conditions for seam grinding

Place delicately cut tiles over windows and doorways. It is necessary to eliminate the parameters while considering the size and kind of platbands, as well as the slopes and drains.

The panel is installed close to the opening.

Prices for the construction grout Ceresit Super

Construction grout Ceresit Super

Installation of basement thermal panels on glue

The fact that these panels are lock-free and can be installed on the uneven basement floors has already been mentioned. However, this does not imply that there cannot be any irregularities; in fact, you can use glue to correct dispersion to a maximum of 1-2 cm. If there are additional protrusions, they must be cut away using a chisel, perforator, or hammer. The strength of the basement and the particular sizes of unevenness determine which tool is best. The above method’s algorithm is the same for determining the quantity of materials and the marking.

Step 1: Prepare glue per the manufacturer’s instructions. Select the brand based on the materials used in the basement’s construction and the surface condition.

Step 2: Spread glue around the edge of the plate and in a few spots in the center. The glue height is roughly two centimeters, but the indicator may rise or fall based on irregularities.

Step 3. Start installation, as always, from the corners of the structure. There is another feature of laying such a cladding. If in the first case the openings for attaching dowels are drilled after installing the plate in the right place, then here such a sequence of actions is impossible. The fact is that during the drilling of the plate, it will shift a little from the optimal position, then it is difficult to fix it later. You have to remove the stove and repeat the smearing with glue, again align the position. In order to prevent such problems of the holes in the stove, drill before gluing it, and after the drill should only work in the basement, the plate is not pressed and does not change its original position.

It is preferable to use polyurethane foam glue-foam when adhering thermal panels.

Step 4: Note the standard spacing between adjacent plate seams; in the future, this gap should be bent. The excess foam is cut off with a knife to the standard depth once it has solidified.

Scheme for applying foam

Foam cannot be applied to the entire area between the panel and the wall.

Dowel installation in drilled holes

Foam mounting at the panel joints

Mount every basement plot as a result. Switch grouts are prepared in accordance with the standard plan.

A novel way to improve the visual appeal and energy efficiency of residential and commercial facades is to use thermal solar panels. These panels are made to have excellent insulation qualities, which aid in efficiently controlling interior temperature. Solar panels minimize heat loss in the winter and gain in the summer, which helps to cut down on energy use and utility costs.

The adaptability of thermal solar panels is one of their main benefits. They can be easily incorporated into a range of architectural styles and designs, given their availability in a multitude of colors, textures, and finishes. Architects and homeowners can achieve both functional and aesthetic goals with the flexibility these panels offer, whether they are used for new construction or retrofitted onto existing buildings.

In addition to providing thermal insulation, Tseral panels support environmental initiatives. Through enhancing a building’s energy efficiency, they contribute to lowering carbon emissions related to heating and air conditioning. Because of this, they are a good option for builders and landowners who want to reduce their environmental impact.

To sum up, thermal panels that combine design flexibility and useful energy savings constitute a major breakthrough in facade technology. These panels have the potential to be extremely influential in influencing the direction of architectural innovation and energy-efficient construction techniques as the market for sustainable building solutions expands.

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