Is it worth using facade thermal panels for home decoration

Many homeowners are looking into new ways to decorate their homes in order to improve both the aesthetics and functionality of their spaces. In this sense, facade thermal panels have gained popularity as a solution because they guarantee to provide better insulation in addition to a fashionable appearance. But do these panels actually justify the cost? This article explores the benefits and drawbacks of facade thermal panels to assist you in making a wise choice.

The purpose of facade thermal panels is to provide two advantages. On the one hand, they give your home’s exterior a modern, fresh appearance. However, they are designed to increase thermal insulation, which over time may result in energy savings. It’s important to comprehend how these panels operate and how they affect your home’s energy efficiency if you’re considering updating the exterior of your house.

Facade thermal panels have their own set of considerations despite their functional and aesthetic benefits. Considerations include installation costs, upkeep needs, and possible effects on property value. In order to assist you in determining whether facade thermal panels are the best option for your house, this article will break down these factors.

If you want to improve the aesthetics and energy efficiency of your home, using facade thermal panels for decoration can be a wise decision. In addition to having a sleek, contemporary appearance, these panels offer extra insulation, which can reduce energy costs and increase indoor comfort. Facade thermal panels are an affordable way to improve the appearance of your home while also improving temperature control and possibly saving money over time.

Advantages of thermal panels

Regarding the specifications of this type of finishing material, we can conclude that it’s a really good choice based on the majority of the arguments made by the manufacturers. Make your own judgment:

• Not every material can boast a working temperature range from -170 to +170 degrees. And high-quality thermal panels are capable of withstanding exactly such differences. That is, in fact, they can be used for the facade of a house in absolutely any country and region of the world.
• If compared with polystyrene foam (the most common cheap insulation), then in terms of density, thermal panels have surpassed it at least several times, because their indicator is from 40 to 70 kg / m 3 . And the higher the density, the higher the strength characteristics will be. If polystyrene foam can easily be pressed with a finger, then thermal panels will not succumb to such an impact.
• Long service life. High-quality panels can last up to 50 years.

• Very low thermal conductivity. It is only 0.020 W / m o C for thermal panels. This means that the material is really capable of performing the declared function.
• Good sound insulation indicators. Almost all street noises are successfully dampened thanks to the finishing.
• Vapor permeability. The walls "breathe", so there will always be normal moisture exchange in the room.
• The panels are lightweight, so they can be successfully used for cladding even a very tall building.

It is also important to draw attention to how beautiful the panels look. They are frequently covered in polymer-sand material when viewed from the street side. Since it can take on any texture, you can stylize natural stone or brick.

What is the reason behind the widespread belief that this "two in one" finishing option is the best, though?

Disadvantages of thermal panels

It is important to remember that polyurethane or polystyrene foam can be used to make the panels. Although the first option is unaffordable, it has all the benefits mentioned above. It can occasionally cost three times as much as alternative finishing materials. Naturally, a wealthy person would prefer to install the standard insulation in this scenario, but they might also choose to use natural stone for the finishing touches. It is a more environmentally friendly and long-lasting material.

Evaluating polyurethane’s environmental friendliness is challenging. Its foundations are polyol and isocyanate. We thus obtain a synthetic polymer that belongs to the polyester polyol group. Although the material is safe in theory, it still falls under the category of potentially dangerous. Toxic substances are released if it is misused and stored improperly.

In relation to polyurethane foam’s environmental friendliness, there are proponents and opponents of the substance. The former asserts that a composition of this kind can self-oxidize in the atmosphere. Peroxide enters the atmosphere as a result. Numerous studies have also shown that this material is destroyed and releases extremely dangerous phenols when heated above 80 degrees.

All hell breaks loose when it comes to polystyrene, though. Contrarily, these thermal panels are far less expensive than their analog counterparts; however, they lack the majority of the advantageous features mentioned above.

• Polystyrene is quite easily ignited. Undoubtedly, in the panels it is covered with protective strips. But even if it does not light up, then from strong heating it will begin to emit toxic substances that are dangerous for humans. There is an option that polystyrene was impregnated with special compounds that protect against ignition. But such processing make it even less environmentally friendly material. In addition, with a sharp difference in temperature regime, polystyrene is easily deformed.
• Polystyrene panels (if they are not processed by anything) have a weak resistance to moisture. This becomes an excellent environment for the reproduction of the fungus.
• This material has less density.

Wholesome Additionally, a variety of materials can be used to create thermal panels.

As a result, not every thermal panel has advantages. Another drawback of these products is that it is nearly hard to guarantee their long-term durability, even with the sellers’ best efforts. It is challenging to discuss the true service life of this type of finishing because it first emerged a little over a decade ago.

They can theoretically live for 50 years, but their appearance will be far from ideal. Only if rodents don’t eat the panels can the service life be prolonged.

Additionally, a lot of counterfeit thermal panels are available (for instance, polystyrene products are frequently mistaken for polyurethane ones). It will therefore be helpful to research the varieties and reputable manufacturers if you choose to use them.

Types of thermal panels

Apart from variations in the foundation material, products can also be identified by their ornamental outer layer. It could be metal or polymer-sand. The latter choice just recently became available. In an effort to lower the price of the goods, they chose to utilize metal. However, consumers chose to favor sandwich panels that were more recognizable despite the fact that they were not particularly moved by this concept.

Additionally, panels of this kind fall into two more categories:

• Two-layer. This is a simpler version of thermal panels. Its base is extruded polystyrene foam, which is covered with decorative panels. Such products have all the disadvantages of similar products, when ignited, they spread flame and emit a large amount of toxic smoke. They are applicable only for flat surfaces, since the rigidity of the panels leaves much to be desired.
• Three-layer. This is the type of product that makes sense to use. The panels really have the above-mentioned advantages. Products of this type are based on OSB (oriented strand board). It gives the product the necessary strength. Also in the panel there is a layer of polyurethane foam. It also has a higher strength and density. Castles are formed along the perimeter of the elements. Three -layer panels have excellent insulation ability and are not as dangerous as the previous option.

Wholesome The panels’ insulation may have a thickness of 40 to 80 mm.

As a result, choosing a three-layer option is the best option.

The best manufacturers and the cost of thermal panels

In the realm of premium, long-lasting, and secure products, it is pertinent to examine the following companies:

• MFM. This company uses extruded polystyrene foam for production. Heater thickness up to 100 mm. Buyers are presented with a wide selection of clinker panels or products for natural stone and other types of clutches. A standard one-and-a-half laminated brick measuring 1250x600x60 will cost at least 1,600 rubles per m2 .
• FTP-Europa. As the manufacturer claims, the clinker tile models are of German quality, and porcelain stoneware coverings are delivered from Europe. The company also offers a wide range of products made of polyurethane foam and polystyrene foam. The cheapest slab measuring 1000x650x60 will cost about 1,100 rubles per square meter. More expensive products will cost at least 3,600 rubles per m2 .
• Termosit. The products of this company inspire great confidence, since all slabs are accompanied by patents and quality certificates. During the production process, the products undergo a full technological cycle. Only modern equipment is used. All products are checked for compliance with the declared parameters. And their cost is quite affordable. The cheapest option will cost about 1,000 rubles per square meter.

Some businesses solely use natural materials for their finishing coats. Products from the Fried company, for instance, have actual stone coverings. Insulation materials include polyurethane and polystyrene foam. Yes, these panels cost a minimum of 2,300 rubles per square meter.

Installation features

Regarding installation, there are no complaints regarding the thermal panels. They are reasonably lightweight and can be installed in any convenient manner. As an illustration, you can:

• Use a frame (if there are serious differences in the surface). Panels are mounted to load-bearing beams. However, the use of a frame is not very welcomed by builders, since in this case there is a high risk that air flows will pass between the wall and the thermal panel itself. And this will only lead to heat loss and make the already dubious panels more useless. To solve this problem, you will have to fill the voids with polyurethane foam after installing the first row of products.
• Lay them directly on the wall (suitable for a flat surface). In this case, the panels are nailed to the surface. This eliminates the need for additional insulation.

The installation of thermal panels is similar to the laying of any other material in all other ways.

It’s important to consider the advantages and potential disadvantages of using facade thermal panels for home decoration. Because these panels provide excellent insulation, you can save a lot of money on energy bills by keeping your home cooler in the summer and warmer in the winter. They also give your house a sleek, contemporary appearance that can improve its curb appeal.

Conversely, although facade thermal panels are long-lasting and require little upkeep, their initial cost may be greater than that of conventional siding materials. Additionally, installation can be a little trickier, requiring expert assistance to make sure everything is done right. When making a choice, it’s critical to account for these expenses and take your budget into account.

In the end, if you’re searching for long-term advantages in terms of aesthetics and energy efficiency, facade thermal panels can be a terrific investment. To choose the best option for your house, just be sure to conduct in-depth research, take your unique needs into account, and speak with professionals. These panels might be worth the money if you value both comfort and style.

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