Testing of a rare insulating material. Rare thermal insulation: characteristics, values, instructions for application, photos and videos. A rare insulator - what is it like

Nowadays, with new technologies on the market, there are a variety of insulation materials that may have improved characteristics.

Rare thermal insulation for walls - tse There is definitely a new development, which will speed up and make the insulation process easier.

The advantage is that the material can be processed in the same way.

In addition, you can apply thermal insulation to anyone who needs more than a few words.

You can also appreciate the following insulation products:

Rare thermal insulation for walls - what is it, pros and cons, when compared to primary materials

In Western European countries, people insulate their cabins with heat-resistant insulation. This method is starting to gain popularity in Russia, but so far its popularity has not exceeded 50 hundred kilometers.

However, this type of thermal insulation may become increasingly popular and, through a series of rocks, become essential for all methods of saving heat.

Behind the classics, mostly everyday companies recommend insulating the living sector with polystyrene foam, as well as cotton wool rolls. Nowadays, practically all industrial facilities can no longer do without a rare insulation agent.

Rare thermal insulation - characteristics stated by the manufacturer.

Disadvantages of the isolator:

• Save and transport rare insulating material Varto with strict temperature control;
• High price policy;
• It is important to develop thermal conductivity;
• In areas with moderate temperature conditions, it is necessary to apply more than ten pieces of farbi, which will result in greater wastage of the material and significantly increase the risk of the repair itself.
• Without negative influences The essence of this boils down to one thing - the isolationist powers of the present do not closely correspond to the statements. In order to achieve good insulation, it is necessary to apply the softness of the furby balls.

Pros:

• Minimum labor and expenditure when working, the farb can be applied with a roller or with a penzlik.
• Large-scale objects can be covered in a short time;
• Saving heat by 40-50 watts;
• Before preparing the trace, carry out minor preparations;
• In replacement of basic insulation systems, a rare option is considered indispensable at the stage of internal insulation of an apartment or a cabin. It is possible to obtain important access points, making it difficult to use a rolled or cotton wool insulation material. In addition, not all other materials want to be used due to their volume, which negatively affects the dimensions of the space.

Types of rare thermal insulation and popular manufacturing companies

The most popular on the ham market is rarely appreciated thermal insulation from companies:

1. Actor;
2. Corundum;
3. Astratek;
4. Heat gun;
5. Isollat;
6. Teplosil;
7. Armor;
8. Lic Ceramic.

We will look at the remaining types of thermal insulation in the remaining plant.

1. Standard. Standard thermal insulation is applied during the spring and summer months. The operating temperature range is -58 to +500 Fahrenheit.
2. Ultra. This thermal insulation material is significantly different from the previous version. In this case, the thermal conductivity indicators are reduced to 0.0012.. The amount of thermal insulation has decreased several times, as a result of which there has been a decrease in the consumption of materials during the hour of coating application. This mixture does not need to be mixed at all, since the microspheres here are evenly distributed.
3. Thermo. It is highly recommended to use it if repairs are carried out in the winter or early in the spring. Applications including for metal surfaces. The temperature applied to this type of rare thermal insulation is from -4 to +122 Fahrenheit. And the operating temperature is -58 to + 752 Fahrenheit.

What is the importance of internal and external wall insulation?

Wall with external insulation

Qiu application technique respect the most effective, so that heat is stored in the cabin, so that the internal area does not change.

An important advantage is to increase the efficiency of the external walls to save heat. Walls with insulation on the sides are much more durable than the bottom of the wall with insulation in the middle.

Incredible advantages:

1. Minimal heat loss;
2. In the middle of the insulation unit, as a rule, there is a dew point. In isolated episodes, they can accumulate near the outer edge of the wall;
3. The wall will never be bare;
4. The step along the entire perimeter maintains the desired temperature, there are no streaks;
5. The coating reliably protects the wall from seasonal and extreme temperatures. There is no fall on it, which is considered to be the main reason for its ruin.

External insulation

Internal insulation

This method respect in the simplest way, the concern for functionality must be sacrificed first.

This manifests itself in:

• Heat consumption up to 10 watts.
• Points of dew. It is spread out between the inner wall and the insulating unit or the insulating unit itself, which, undoubtedly, will lead to condensation accumulating and making the area watery;
• Save the walls and accumulate heat.

At the stage of final thermal insulation in the middle of the premises, it is rational to seal the vapor barrier melt on top of the thermal insulation core to prevent steam from entering the insulation unit.

The place where thermal insulation is applied to the structure must be sealed tightly with a foil adhesive strip. In this case, it is important to apply a few centimeters of pressure.

Internal insulation

Vashtuvannya stіni

The wall pie is liable to fold due to:

• Thermal insulation;
• cement slab;
• Lathing;
• Beam;
• Hydro-wind protection;
• Plasterboard sheet;
• Membrane melts.

Covering pie, not respecting its simplicity, is guilty of writing down to the chanted rules:

1. The climatic zone and the significance of the cabin may be affected by the expansion of the walls;
2. It is necessary to select insulation Focus on good sound and thermal insulation, reasonable price;
3. Since the addition of thermal insulation does not have a special protection against wetting and other negative infusions, it is rational to use a special insulation;
4. It is necessary to properly apply insulation at the edges so that eliminate the appearance of cold zones, where in the future there will be a mighty wave of warmth;
5. The building façade is being painted, and we are working on the materials to be painted.

Vashtuvannya stіni

Preparation before application - installing grating, filling gaps, etc.

Rare thermal insulation be applied exclusively on a dry wall Next, it is necessary to clean the saw from any debris, white deposits of harmful salts, paste coatings, or possible fungal infections.

Anything necessary parts and soft plots are visible, the cracks are filled with various layers of cement and plaster.

Also obov'yazkovo Cement laitance is visible on the concrete surface. This can be produced either mechanically or chemically.

FUCK THE RESPECT!

To repair existing defects (several and deep cracks), it is necessary to use a suitable putty for internal or external work.

After all the cleaning work, you can proceed to installing the grating on the wall. Right now, vikorista shil, installation of the stand along the corners of the wall is carried out.. Stretch the reel between them in such a manner that the result is that you strike the “guitar string.” sagging in this situation is unacceptable. After this, the vertical posts are attached.

Lathing

On a new concrete or plastered wall, heat-insulating material must be applied only a week after drying. In this case, it is necessary to ensure the permissible level of temperature and temperature in the room or on the street.

When thermal insulation is applied to a wall that has been coated, The old farb is immediately removed from the place of peeling and dressing. If necessary, sanding should be carried out using sandpaper. Choose medium and coarse grain models.

Insulation of rare thermal insulation in the middle - detailed installation diagram behind the edges

1. The work needs to be started from the wall leveling stage. The front wall needs to be covered with plaster and then primed. Farbi must be applied to the skin after drying the front. At the final stage, the walls are plastered.
2. Rarely apply thermal insulation to the original surface, so that the product will work well with the skin. For a smooth coating, bake more than one ball of coating. After drying the rest, you can move on to finishing the walls.
3. Use a roller, brush or sprayer to apply the coating.
4. For work, use a penzlik made of unnatural pile, which is used for applying interior and façade fabrics in order to prepare a small-sized surface. Before applying the necessary heat-insulating material, the walls are wetted with water.

BE CAREFUL!

To remove the necessary insulating ball, carefully straighten the arms into one side.

When applying heat-insulating material to the plaster, it is recommended to tighten the staple so that the thickness of the ball should not exceed 1.0 mm.

Applying thermal insulation using a sawmill

Applying a rare insulating agent using an additional spatula

Insulation of rare thermal insulation components - a report on the installation diagram for the roofs

• Before applying the insulating material, mix it thoroughly to obtain a uniform paste. Since technical equipment is required for this purpose, the liquidity of the wraps cannot be more than 250. If necessary, the thermal insulation is rarely diluted with running water. I will remove the mixture for an hour and stir it periodically.
• For application, use a ball penzlik, sprayer of the dry or dry type, in which case it is necessary to maintain the drying technology between the different balls.
• The amount of coverage to be applied should be no more than half a millimeter These sprayers allow the application of a 0.8-millimeter ball onto plastered, concrete, and tiled surfaces. The finishing level of the coating is determined by the way of carrying out thermal and technical developments.
• After applying one layer of material that is no more than a millimeter thick, you need to rub at least a bit before applying the applied one. Outside the drying final cake, lie in a bowl. Temperature readings and wind moisture also play an important role. If necessary, the drying time between the balls must be increased several times. Pokrittya steadfastly reacts to litter through doba.

External wall insulation

Applying insulation for additional penzla

Vapor barrier and waterproofing

When using thermal insulation, you must pay attention to vapor barrier, otherwise the surface will quickly become unusable. The most commonly used is rare gum and rare mastic.. This is a miraculous vapor barrier that does not allow moisture to pass through.

The gum is applied with an even ball, the advantage is that after scissoring the seams are not closed. It is necessary to apply gum by spraying it directly on top of the thermal insulation.. The ball is not guilty if it is more than a millimeter.

Vapor barrier of walls

Waterproofing protects against various pathogenic spores from penetration by water. It is easy to apply, does not require any special qualification from workers, and also does not create seams.

The choice of a rare insulation specialist is lost for the owner of a booth or apartment. However, in any case, when buying the material you need, you must carefully read the characteristics (technical and operational) and instructions on the technique of applying it to the surface.

Korisne video

Insulating a wall with rare thermal insulation with your own hands:

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NVO "Fullerene" » ta ZAT ІЧ « Skhodzhennya »

held a presentation of rare thermal insulation Corund

On display OSM

Rare thermal insulation is increasingly conquering the energy saving market. Nowadays, competition from emerging rare heat-insulating agents is becoming more pressing. This is explained by the fact that during the time of the Radyansky Union, the priority of cheap energy and nutrition about energy saving was not as important as they were. Over the past 10-15 years, our country has become increasingly focused on energy conservation, and energy prices have risen sharply, and there is a need to develop new insulation systems.

Our company has developed a rare thermal insulation product that is competitive with its analogues. Of great interest is the rare thermal insulation, which is prepared on the basis of vacuum glass bags and polymer compounds. This rare insulation material is characterized by ease of preparation, insignificant material costs for preparation and ease of application on various types of surfaces. Wide range of rare thermal insulation. Of particular interest in thermal insulation materials is the rare thermal insulation based on vacuum glass bags filled with vacuum on a polymer compound. A rare insulating agent is used for insulating building facades, roofing, insulating water pipes, and thermal barriers.

We present Corundum as a rare thermal insulation material. Corundum has proven itself to be the most rare insulating agent of the 21st century. Corundum is cured for everyday needs - for freezing the underlay, flooring, internal and external walls. The most important is the thermal insulation of cold areas: window trims, insulation of interpanel seams, insulation of balconies and loggias. It is also used for insulating cottages - facades, walls, water lines and sewerage. On an industrial scale, the thermal insulation of Corundum rarely stagnates in such giants as Gazprom, LUKOIL, TGC. Zhitlovy communal sector. Corundum is especially irreplaceable during restoration.

A low level of testing was carried out, and the mounts were removed from the supplier of the Rare insulating agent Korund.

You can also admire the benefits of commercial enterprises:

There is marginal safety on a heated surface.

Cured on the surface of Rare thermal insulation.

The industry has had a lot of troubles with instructions on the protection of opiates, which could not protect the thermal conductivity and thermal conductivity - the same power that a super-thin thermal insulation coating has. The maximum surface temperature of the boule is 60C.

The problem lay in the fact that they were too small to the maximum permissible temperature on the surface, and the physical characteristics of the material were not guaranteed.

Real evidence of work with thermal insulation coatings rare thermal insulation showing what your characteristics are From the protection of the optics the customs of industry have been greatly overturned.

For example, on a surface with a maximum temperature that is more than 60°C, the surface

Rare thermal insulation It’s just warm on the dot and doesn’t squeak like it would if it hit a metal surface at that temperature.

This phenomenon is explained by low thermal conductivity and thermal conductivity Rare thermal insulation This makes it more safe and reduces the risk of stress for people exposed to more high temperatures.

Two separate studies were carried out using different types of thermal insulation to determine “safe” surface temperatures, which were determined by mathematical calculations and the contact method. “Standard practice is to determine the contact temperature of heated surfaces (Rosarchunkov method)

The rozrokunkovy method measures the magnitude of heat flows and temperatures on the surface, which vanishes after contact with a steel surface coated with rare thermal insulation Corundum . Fractures show changes in contact temperature, because it must lie under the thermophysical influences of the surface with which the skin is in contact.

The results of the expansion of rare thermal insulation are shown in Table 1.

Regulatory documents for safety regulations indicate a “safe” or “pleasant” temperature of heated surfaces. The stench indicates an infusion that should be applied to the skin at a temperature of 60°C, lasting for 2 seconds upon contact with the surface. The result of such an influx will be the expansion of the first stage of the middle size.

Table 1 shows that the “safe” temperature upon contact, with a duration of 2 seconds, is a temperature of approximately 60C, which is the upper limit, which will cause damage to the skin fabrics, and this will also be the end of another stage.

Table 1 below shows the value of rare thermal insulation Corundum , because it is necessary to reduce the temperature of the steel surfaces to this “safe” level.

In these cases, the physical power of the heated surface was taken from steel.

Rare thermal insulation.

1. Problem - Osvita krigi i burulok na dakha budіvel.

Pitched roofs.

Reasons - The metal flooring of the pitched roof gradually warms up due to the clear thermal radiation of the burning slabs and pipelines, the cornices that hang, warm up due to the flow of the output flows from the thermal radiation laziness to the façade.

The border ball of snow is supported by a warm roof, plus a cornice that warms up from below - all the ingredients for the appearance of crags and boules.

Those who respect the wine of the sun have mercy. Charge 2010 rub. It was frosty in Moscow, there was heavy snowfall, there was virtually no sun, but the beetroots were growing successfully?!

Resolution - It is necessary to fight not against the bugs, but against the reasons that call them out.

The mountainous premises must be brought into conformity until urgently possible. The mountain must be cold (reinforce natural ventilation), the thermal vision of the mountain overlap is responsible for the consequences of BNiP. It is necessary to check the system of the insulating ball of the mountain refrigeration system and bring it up to SNiP standards with the standard of additional insulation.

Scorching system pipelines, flanges, fittings, in hot areas, insulated with rare thermal insulation, 1.2 mm ball. (3 shares).

On the roof cornices (up to the front side of the facade) apply a coating with rare thermal insulation, a 1.2 mm ball (3 balls), on the bottom of the cornice - up to the front line of the facade, on the top cornice, width - 0.5 - 1.5 m.

The inner surfaces of the funnels of drains and drainpipes should be coated with a rare insulating material, a 1.0 mm ball, to a height of 1.0 - 1.5 m. All this allows you to leave the flooring covered in the cold zone, there is no pressure Game - there are no minds for dancing in the snow. Snow has been dropped all the time, and nowadays it is necessary to work periodically - there are no alternatives!

The result is a sharp reduction in heat losses in the mountain area and natural ventilation. The flooring, cornices and gutters are isolated from the outside wind - the reasons for the creation of burulki are eliminated.

Note - Works with the application of rare thermal insulation - painter type, not labor-intensive, do not require large capital expenditures. The productivity is 100 m2/year when applied with a thin layer of thermal insulation in one ball (0.5 mm), with spray-free sprayers – 100 m2/year, applied with a pencil – 0.1 year/m2.

The method of implementation in 2011 will be carried out on the mountains of the Scientific Library of the State Hermitage using the method of liquidating the condensate and the formation of ice and stagnation will be on the perimeter above the three halls of the Hermitage in 2013. .

Material varity 452 r/l (1 ball - 0.5 mm, rare), vitrat - 0.8 l/l. (362 r/sl.) Robots are climbing up the tower, or by the forces of industrial climbers (the cornices are collapsing). Virulation works - insulation of hills and pipelines - the whole river, cornices and gutters - it’s time for the heat to come. Durability of coating with rare thermal insulation - 15 and more.

Attic roofs.

The reasons are insufficient insulation on the side of the living area, increased heat loss and outflows from the façade increase the heating of the roofing floor.

Solution - 1. option (the main ones) - Apply a thin layer of thermal insulation Corundum, with a ball of 1.0-1.2 mm, on top, over the entire surface of the roofing flooring. Cover the bottom of the cornices with rare thermal insulation, a 1.0 mm ball, up to the front line of the facade. The inner surfaces of the funnels of drains and drainpipes should be covered with a 1.0 mm ball by 1.0-1.5 m.

Option 2 (will be) - To protect against condensation, the inner surfaces of the roofing deck should be treated with rare thermal insulation Corundum, a ball

1.0mm. To reduce convective flows, the speed of ventilation of the gap between the roofing deck and the internal cladding to a minimum (increased application), the external surfaces of the cladding (before installation) should be treated according to Critics with rare thermal insulation with a 1.2 mm ball. Treat the outer surfaces of the roof, drains (for protection from ice, solar radiation, UV and noise) with insulating Corundum, a ball of 0.8-1.0 mm (2 balls), other “traditional” insulating materials are NOT compatible TRIBNI!

Result - Additional insulation of the roof in the winter (85% of the heat flow is pushed back to the premises) - 35% reduction in burning costs. Inlet – 100% protection from noise and hail, solar radiation and UV inflow – the rooms are cold, costs for air conditioning are reduced).

Additional insulation of the coating with rare thermal insulation allows you to eliminate heat from the flooring - the reasons for the creation of burulki are eliminated.

Flat covers.

There are, as a rule, no problems with the establishment of beetroot on flat surfaces, due to the fact that the stink is created by the fence parapet and hovering over warm hills or technical surfaces (usually attached to the ground) and due to the heavy insulation.

Problem - There is a great lack of insulation around the ceiling and the extremely low durability of the roofing elements, which necessitates repeated and frequent repairs.

It is expected that water vapor will accumulate in the ball of mineral wool insulation, and negative temperatures cause the formation of microcrystals in the ice, which will cause bonds in the insulation to form.

As a result, the insulation pump loses its power, the heat transfer rate drops, freezing of the refrigerants appears, mold and mildew appear on the internal surfaces. The ultrafіletov streams of Ruynoye Tsilsniyat the upper ball of the “Piroga” Pokryvli, in the insulation water, the water of the process of the process of the Ruinovanni is also in the Statchny progress.

The process of local and new renovation of such roofs takes 3-4 minutes.

The reasons for the ruin of such roofs cannot be explained, but simply to carry out the “patched” repairs and after a couple of rocks everything starts again, and again the “richly suffering” budget spends millions of rubles.

The solution is the simplest and cheapest way.

It is necessary to carry out a “patchwork” repair of the integrity of the upper ball of the roofing coating. After the insulation process (it is necessary to quilt), apply the necessary amount of rare thermal insulation balls to the top ball of the covering (indicated by the razrukunk) and treat the inner surface of the drain with insulating corundum iv.

A more expensive and labor-intensive method.

Outside the roofing flooring, pouring a cement-sealed screed, reinforcing mesh around the walls, for water drainage and applying the necessary amount of balls of rare thermal insulation (indicated by expansion) from the finish yu drains.

One millimeter of rare thermal insulation coating for thermophysical characteristics corresponds to 50 mm. mineral wool insulation.

The result is 100% UV and 85% of solar energy is bounced back into the atmosphere.

The upper ball of thefts from the inflow of UV rays. The roofing flooring does not heat up

The inlet does not freeze, the insulation of the insulation is switched off (or turned off). Coated with rare thermal insulation, the gutters do not freeze.

2. Problem – Facades of the city of Moscow, Sevastopol, Astrakhan, Arkhangelsk, etc.

Facades of the historical part of the place.

Problem - The need to periodically repair the façade itself is simply annoying at times. Perhaps the cost, as it appears, is not large for repairs, due to the versatility of the materials and the quality of their work. Even after 4-5 years the decorative decorations begin to crumble, the façade peels off - the facades take on a new look, and within a few minutes the repairs will begin again.

Resolution - After restoration work is carried out, the facade is coated with deep-penetration acrylic primer. A coating of rare thermal insulation is applied to the facade with a ball of 0.8-1.2 mm. or the animal will be inflicted with façade farbi.

Result - Covering rare thermal insulation, corundum forms a durable, seamless membrane on the surface of any geometric shapes (sculptural compositions, decor, etc.), the slopes of window and door openings.

The coating does not interfere with the diffusion of water vapor, and does not allow moisture to pass through the gardening structure.

The façade, and all its elements, provide additional insulation and protection from the wasteful influx of excessive middle ground and sun. The material is a praise for historical institutions and allowed the Ministry of Culture to focus on historical events.

Vologa, chemical elements do not penetrate into the middle of the masonry, UV is 100% removed.

Ruining of the façade and the removal of decorative elements, no peeling of the façade. The facades have an ominous, haunted look, stretching for 15 or more years. The walls of the temples are covered with thin thermal insulation coatings, a 0.8° ball. The façade is protected from moisture, plaster damage and freezing. After the reconstruction of the façade, it was left with rare thermal insulation. Budinki facades that support major repairs and reconstruction.

Problem - As a rule, 40-60 years of work were made from aerated concrete panels and foam-aerated concrete. At this time, thermal insulation does not provide energy saving benefits.

The interpanel joints and walls made of foam concrete are gradually susceptible to infusions of moisture, chemical reagents, thermal and ultraviolet radiation from the sun.

Cracks, leaks, mold and fungus are a constant occurrence in such buildings.

Insulation methods, such as these, were incomplete, do not comply with the law, materials need to be sealed, protected by art. 26, through lack of durability and low energy efficiency, and create demands on foundations that are not insured at all.

Solution - After sealing interpanel seams, filling cracks and adding plaster, which is applied to the façade mesh, the façade will be subjected to occasional thermal insulation Corundum, grade 0, 8 -1.6 mm, including door and window bevels.

Result - Rare thermal insulation covers the façade, the slopes of windows and door openings with a durable, seamless membrane. The coating does not interfere with the diffusion of water vapor. The façade offers additional insulation and protection from moisture and chemical elements. UV is 100%, the thermal energy of the sun is 85% lost to the atmosphere. There are no pressures on the foundation, thermal pressures have been eliminated. Ruining of the facade is turned off, peeling of the façade is disabled.

The facades have an ominous, haunted look, stretching for 15 or more years.

New everyday life of the living and huge everyday life.

Problem - Thermal insulation materials, which will be frozen during the construction of new housing and large buildings, today are strictly protected until drying, according to the Federal Law, as they are not durable and not energy efficient but not energy saving.

Nowadays, as a rule, there are two types of insulation - plaster behind the “traditional” insulation systems and “traditional” insulation systems, closed with a ventilated facade.

The durability of non-supporting structures and walls, structures that are built, is assessed in terms of 100 years, the durability of insulating materials in 3 - 5 years, so the insult type can be considered as “anachronistic”, in very expensive and not safe for life. In the case of extreme installation of mineral wool (basalt) insulating materials, it is not possible to achieve a consistent, seamless coating. The gaps between the walls 3) and the insulation ball, as well as between the insulation slabs, will be damaged. This removes condensation from the pores of the insulation and on the walls.

The insulation accumulates water not only in the form of steam, but also in the form of droplets of water that penetrate through microcracks in the plaster and open the wind-drying surface. The addition of insulation sharply reduces the heat transfer rate of the structure (increasing the moisture content of the insulation by 1%, increasing its thermal conductivity by 4%).

Significant temperatures create microcrystals in the ice, which breaks the bonds in the insulation. There will be more empty air, more condensation and ice will accumulate, and the collapse process will progress. After 3-4 years, destructive manifestations already develop in the stagnant area.

After 5 years of operation, the insulation is filled with fluff, which is covered with “substance”, with rotten fastening elements and a very low heat transfer support. The living area exhibits frost, mold and fungus.

Insulation of the façade is almost daily!

It may be a difficult and expensive process to replace the entire structure.

Also, with damaged installation technology, the stagnation of unclear (cheap) fastening elements, the collapse of such facades is inevitable; unfortunately, Russia had enough of such butts.

Solution - On all types of walls, where mineral wool (basalt) - “traditional” insulation is installed, it is possible to replace them with extra-thin, rarely thermal insulation, with a gap of 1 mm. coating ≈ 50 mm. mineral wool insulation. The result is that the durability of the façade increases tenfold, requiring major repairs. Garden structures are located in a warm zone, and the “dew point” is in the middle of a thin ball of rare thermal insulation.

The surroundings are set to a more comfortable temperature/humidity ratio – when it’s warm when you go in, it’s cold when you go in. There is a constant presence of metal fastening elements on plaster facades. The façade has an impressive, awesome appearance.

In booths of the “ventilated façade” type, there is no need for steam- and wind-dry linings, and expensive (long-sized) fastening elements; ventilation is not required for the façade! In all cases, the areas are cleared of cold. Comments - solid panels, single-piece booths, rare thermal insulation of Viconan only coated with Corundum, ball 1.6-2.0 mm. Frame-monolithic buildings with external walls that are self-supporting are subject to a number of catastrophic problems:

Problem 1 - Thermal insulation, which protrudes from the ends of the ceiling slabs, fits behind the frame of the “thermal liners”. The method proposed by Lyon “SpetsSMU”, the flooring is smooth and non-durable, which calls “exhaustion” not only among designers, but also among workers. Thermal inserts are made from the cheapest polystyrene foam, or at least. vati. Lay them, especially, wet (where the space between the walls and the masonry is large, and the masonry is wet) and ensure that its thermal conductivity is equal to the thermal conductivity of water. There is no insulation.

And then after the diagram - vologa-lid, vologa-lid and after 3 rocks on the place of the thermal insert, dust and no repairs will no longer help, since it is between the slab and the whole masonry wall. Russia has a great deal of problems due to freezing hazards, without any prospects for energy saving, but also for repairs!

Problem 2 - Booths with such walls (tsela and foam concrete, in the form of insulation, in the middle), are fenced in Europe.

The heater should not be insulated in the middle of the room, because The wall is durable in the cold zone, and the dew point is close to the trellises, there is no heat accumulation effect, the temperature/volost ratio is barrack-type climate.

The solution is to protect the viscous thermal liners and internal insulation

For a new home - re-crete slabs, after building a monolithic frame, cover with Corundum coating, thickness 1.6 - 2.0 mm (end of the slab. Adjacent surfaces (underlay / bed) 150 - 200 mm wider than the wall on which the installation is made yes), or turn it off foam concrete from the inner ball of the wall structure, and the wall is insulated along the line 4)_Rare thermal insulation ≈ 2.0 mm, or plaster along the line, with subsequent application of Corundum.

In use - apply a thin layer of thermal insulation, 1.6 mm thick, on the ends of the slabs, re-crete from buried masonry balls, and on one or two lines below.

All problems can be solved quite simply and it is possible to achieve further energy efficiency and energy saving.

The highest power supply is energy saving and energy efficiency of residential and large buildings, in accordance with Federal Law No. 261-FZ, when covered with rare thermal insulation.

After the approval of Federal Law No. 261-FZ, in many regions of Russia and the places of Petrozavodsk, Samara, Kazan, Vladivostok, etc. adopted by the “energy efficient quarter” program.

Recently, we introduced a proposal to change the design of panel booths in order to increase durability, energy efficiency and energy saving.

The proposition lies in the present:

After the installation of the panels is completed, the front part of the facade is covered with rare thermal insulation Corundum - into two balls (0.8 mm), from the buried windows and door openings;
- apply a ball of cement-based plaster over the mesh;
a small amount of thermal insulation is applied to the plaster (along the balls, 1.6 mm thick), with a coating of the remaining ball or with the finishing ball applied to the façade bar;
- on the inner part of the panels, behind the batteries, apply 1 ball (0.4 mm) of thermal insulation;
- a large number of balls of thermal insulation Corundum (thickness ≈ 2.4 mm) must be applied to the cement-sealed screed, and internal gutters and the surfaces of parapets are also coated with these coatings;
- shut-off valves for scorching systems with automatic temperature control in the rooms are installed;
- heating points will be equipped with an automatic control system for the amount of heat energy lost, cold and hot water lost.

Result - The building is completely covered (from the ground up to the foundation) with a durable, seamless thermal insulation membrane Corundum, including the edges of the windows and doors. The coating has 100% adhesion, elasticity, vapor permeability, and durability.

Inflow - 100% of the ultraviolet flux and 85% of the thermal energy of the sun is beaten back into the atmosphere by rare thermal insulation and glazed packages. The need to install air conditioners is reduced - the rooms are cold, saving energy up to 45%.

During the winter - 85% of the heat flow is pushed back at the premises, the garden structures are in the warm zone - the effect of heat accumulation appears.

The “dew point” is located in the middle of the first ball with rare thermal insulation (thickness 0.8 mm), in the range of moisture content from 40 to 90% and does not cause destructive spills on the facade.

Thermal screens behind the radiators raise the temperature in the rooms by 3÷4°C and eliminate the temperature stress in the panels.

Economic indicators (expenses) during the hour of daily life and operation are formed from the following articles:

Shorter terms of everyday life - productivity of the robot with the application of 6 balls (2.4 mm) of thermal insulation Corundum = 20 m2/year (one ball 0.4 mm - 100 m2/year), versus 8 year/m2, with robots "plaster on a single plate" " ";
- Changing the insulation system for the façade by 16 times (damping method ≈ 16 kg/m2, proposition method - 0.9 kg/m2) - this makes it possible to achieve savings with lighter foundations;
- The durability of facades will increase tenfold - there is no need for major repairs, the risks of emergency repairs are excluded;
- The appearance of “visoliv”, peeling of farbi is turned off, the world of congestion is carried out only on the façade;

Acceptance, as described above, allows you to shorten the life cycle, increase the durability of the alarm system, maximize energy savings, and achieve significant budget savings.

3. The problem is energy saving - heat waste.

The only country in Europe is Russia, where there is a great waste of thermal energy, across and everywhere, primarily on the right, it’s time to get involved in the prosecutor’s office.

Heat-generating enterprises are not the kind to work there, but it’s scary to go there. I drank, brood, I couldn’t smell the burnt burning fire. Through the leakage, the rise of steam, which hangs the raw materials of the bare, naked, hot pipelines. Outdoor equipment has a no less rotting appearance - hot water and hot water tanks in burulka (increased heat loss), rust, dented lining, mineral wool, need to wash, hem pipelines in the same condition. Well, just like the middle one.

Thermal fluxes have ignited the entire “romance”, episodes of which the television station regularly shows. Widely “promoted” and approved polyurethane foam does not allow sufficient linear expansion. When first started, the pipes crack.

Heat loss and even more intense corrosion begin (dozens of times more intense than with a bare pipe). It’s a bad idea to jam up such pipes, but quickly bury them stubbornly in the ground, so that you can stop the damn accident within an hour.

The quality of thermal insulation today is practical, however, and it does not last long as a type of insulation.

Prote -

1. The term of service of thermal insulation from “traditional” materials is 2-5 years.

2. The term of service of rare thermal insulation is 15 years.

So, when operating, invest pennies

repair of pipes and replacement of “traditional” insulation systems will have to be increased 4 times

more often and 4 times more, lower due to the thin thermal insulation Corundum.

Why do “traditional” insulation systems serve so little?

1. First, create a gap between the pipe and insulation.

2. The insulation itself can accumulate moisture, both in the appearance of steam and in the appearance of specks.

An increase in the moisture content of the insulation by 1% results in an increase in thermal conductivity

material by 4%, the greater the moisture content, the greater the thermal conductivity.

The thermal conductivity of “wet” insulation is the same as the thermal conductivity of water - 0.56 W/mOS, while adding ice does not increase the thermal conductivity to 2.2 W/mS, and the material is similar. In this case, all the condensation in the air gap is created, which leads to intense corrosion of the metal.

Thermal insulation Corundum has 100% adhesion to metal, the gap is open every day, water is not allowed to pass through, it is durable, its thermal conductivity does not change, which is more precisely what is described in the case every day! Solutions - Health-saving efficiency, energy-saving and energy-efficient performance, durability, anti-vandalism, ease of application and maintainability are rare thermal insulation for insulation is provided nya, pipelines, equipment on open-air dams, boundary pipelines and pipelines in any way for laying thermal power plants, boiler houses and thermal power plants. Let's look at thermal insulation from the perspective of economics.

Butt – hot water heating main (overpass type). Length – 1000 m. Pipe diameter – 1020 mm. Thermal water – water 100 oC.

The surface area of ​​the heating pipe varies with the outer edge of the insulation coating, so the surface area will be different for different types of thermal insulation.

1. The thickness of insulation from “traditional” materials is 100 mm.

2. Thickness of thermal insulation Corundum – 1mm.

The surface area of ​​the heating main becomes smaller -

1. "Traditional" materials - 3831 m2. (20% increase in true area)

2. Superfine thermal insulation - 3203 m2. (Spravzhnya Square)

Also, the cost-effectiveness of using “traditional” materials will be 20% greater than with thermal insulation.

and by adjusting the additional elements and time-hour expenses for work, you can increase everything from 30% to 40%, and increase the wake-up period.

Summary: The hardening of super-thin thermal insulation Corundum allows you to increase the time between repair periods by 4 times, reduce the cost of household work by 20-30% (as a result of 1 m2 by the cost of thin thermal insulation will be greater), the speed of the period of active work.

Let's look at thermal insulation from the perspective of energy efficiency.

The permissible standard heat loss on this heating main is 51 W/m2.

The loss of heat will begin to occur in the first place, but its value will lie in the type

cured insulation and surface area (W/m2).

Based on the norms of heat consumption, the actual consumption on heating mains becomes

1. “Traditional” materials - 195381 W, or 0.17 Gcal/year, or 1489 Gcal/r.

2. Superfine insulation -163353 W, or 0.14 Gcal/year, or 1226 Gcal/r.

Additional heat loss, due to rare thermal insulation,

with frozen insulation with “traditional” materials = 263 Gcal/rik (with additional

highway 1000 m.), or 339836 rubles / rik. (We accept 1 Gcal = 1,294.12 rubles)

This is true only at the beginning of exploitation, in the world of destruction of “traditional” materials, after 2-3 years, heat loss increases with steady progress and

up to the sum of penny rolls. The track creates an atmosphere.

If you multiply the amount of expenses from one kilometer of pipe by the number of kilometers of pipelines in small water pipes, owned by numerous boilers and thermal power plants, then the amount of surplus will be equal to the profit of "GUP PEC SPb" per river (spent , how much money they earned)!

Summary: The use of rare thermal insulation will allow you to reduce unproductive waste of thermal energy, reduce the wastage of fire at generating enterprises in the area, completely protect equipment, pipelines, heating mains (in any way of laying ) against corrosion and condensation.

Thermal insulation of Corundum has been certified in Russia, and is fully consistent with Federal Law

No. 261-FZ "On energy saving and improvement of energy efficiency"

(Article 26) Like many “traditional” materials, due to their low energy efficiency (which has been improved) and durability, they do not comply with the norms of this law and are protected until they become dry.

More improvements have been made and the changes are fair for any type of heat-technical equipment, regardless of its development.

Behind our developments, with the appearance of “traditional” insulation and stagnation of daily, durable, highly energy-efficient and energy-saving coatings, rare thermal insulation, a change in the cost of heat insulation performance by 35%, reduction in unproductive heat loss during operation by up to 45%. Rare thermal insulation is indispensable in today's minds.

Rare thermal insulation

The development of technology in the everyday life sector allows us to use energy-saving materials that maximize the warmth of our living rooms. A rare thermal insulation that works on the principle of generating heat from infrared exchanges is one of such materials

Most often, a large amount of heat is “wasted” through the so-called “places of cold” - places that are quickly cooled independently of the core of heat in the cabin: rooms, stiles and interpanel seams, slopes, foundation , re-crete structures etc. At this point, it is possible to tap into a flow of energy if you prepare these plots with additional Corundum - insulation will help reduce the effect of “cold spots”, thereby saving up to 30% of the cost of burning.

Such insulation will become an indispensable solution for residents of wealthy apartment buildings. Due to the fact that the services of the housing and communal services gradually regulate the hot water supply of the cabins for additional adjustments, many residents do not receive the required heat due to the fact that in their apartments there are more “places of cold” ( most often these places), lower in others. You can apply a coil of heat once or twice, having treated the problem areas with insulating Corundum in a bunch of balls, I am using the technology of inter-ball drying (for a 100% result it is necessary to carry out thermal imaging of the area, check the level of moisture and the correctness of ventilation). After all the balls have completely dried, the surface can be covered with trellises, painted in the required color, decorated, etc.

The heat-insulating material Corundum is easy to apply on the surface: you don’t need special skills to work with it, you just need to read the instructions and follow them, the product practically does not have any technological or environmental concerns. Thermal insulator Corundum is certified in Russia and Belarus.

Farba Corundum

Zastosuvannya farbi dosit wider:

Thermal insulation of facades of residential and industrial facilities;

Insulation of jackets and stoles;

Trimming interpanel seams;

Thermal insulation of finished floors, basement walls and basement ceilings;

Insulation of cold and hot water supply pipes, gas pipelines and gas fittings;

Thermal insulation of the coating and roof visors to protect against borers, spore frames that are easily formed;

Insulation of transport facilities;

Processing of shut-off valves at energy facilities; at naphtha refineries;

Insulation of gas transport tanks and pipelines;

Thermal insulation of balconies and loggias, masonry joints, window and door jambs;

insulation of containers to protect against temperature deformations;

Thermal insulation of monolithic concrete slabs, walls that go to the exit;

Insulation of plumbing pipes;

Heat and sound insulation of ventilation ducts, electrical substations, electrical cabinets, boxes at telephone exchanges;

Thermal insulation of refrigerated cars, ships and barges, metal furniture, etc. metal structures.

In order to complete your daily routine smoothly and forget about repairs for a long time, please pay special attention to atwarm façades of living and industrial spores heat-insulating tarpaulin. For this purpose, the façade, after cleansing with a saw and brood, is prepared with 3-4 balls over the entire area, allowing the surface of the skin to dry. If the façade is covered with tiles, the wall in front of the work is covered with primer. Window mowing should be done in the middle.

The advantages of the insulation insulator Corundum are not only that it is a high-quality insulation insulator - its service term exceeds 15 years, and this means that you will forever forget about repair work. During the repair of the wall, the thermal insulation coating will not need to be completely removed - it will not be necessary to restore it without wasting the thermal power of the insulation operator. And if we compare Corundum with such traditional materials for insulation, such as polystyrene foam, mineral wool, etc., then it becomes obvious the savings on dismantling and imported insulation systems (they are already talking about the burning of oil and saws, which will be deprived of If you work with such materials!).

If trellises are glued in places of planned processing, their traces are removed, the wall needs to be cleaned with a saw and a beam. If there are flowers, the plot is cleaned and treated with an antiseptic. Then cover the cleaned and dry wall with a primer and let it dry. After the preparatory work, we proceed to the main, preparation work: apply the insulating agent Corundum to a number of balls with a pre-term timeout for inter-ball drying of 6 years. With the help of heat and carbon ventilation, you can significantly shorten the hour of drying out. The finished coating will be a uniform white color (the first ball will be unmistakable!).

Optimal humidity in the area will be less than 60% and temperature above +18°C.

For accurate measurement of these indicators, we recommend using a commercial combination of an electronic thermohygrometer and a wine sensor that is mounted on the surface of the wall. With the help of this, you will be able to control the microclimate of the premises and, based on your findings, present problems to housing and communal services services, if the microclimate of the apartment, for some criteria, does not meet sanitary and hygienic standards conforms to SNiP 02/23/2003.

Will insulating interpanel seams help prevent heat leakage and loss?

All sewing is thoroughly cleaned from the old furnace (such as one), wood and saw. Next, we cover a bunch of balls (number 4-5) with Corundum tarpaulin throughout the whole day to a width of 0.6-0.8 meters.

In natural areas with harsh winters and permafrost, the thermal insulation of palm trees is complete. , the ends of which freeze, being in the middle. The sequence of operation will be immediate: the surface is heated, rubbed dry, dried. Then prime the surface, dry it and then coat it with 8-10 balls of insulating Corundum. The flame continues heating until the heat-insulating ball dries completely!

In the event of freezing, add thermal insulation to the walls of basements, cellars and basement surfaces, basement ceilings: insulate the required heat-insulating materials, and in the middle of the surface, insulate with corundum. So you can cut down on the heat and increase the temperature in the room. Pay attention to the quality of ventilation: if the temperature of the wall increases, it is entirely possible that the “dew point” will move beyond the walls, both in the middle and in the middle, and this will lead to the fact that the moisture in the area is not functioning This ventilation will increase, as a result of which may be a fungus.

Increase the service life of pipelines by 30-40% with the help of thermal insulation of cold and hot water supply pipes .

At the cold and hot water supply routes that pass the order, even tighter “places of cold” are created. On the pipes, condensation gradually settles through this, which has a detrimental effect on the metal of the pipelines. Thermal insulation solves this problem and significantly reduces the heat loss of pipes.

At the first stage, the pipes are wiped dry, primed (if not galvanized), and allowed to dry. Then apply 1 ball of Corundum insulation and leave to dry. Then apply two offensive balls in the same manner. The skin ball is not to blame for misalignment of 1 mm. Thermal insulation effect can be achieved immediately after the balls have dried.

Insulation of gas pipelines and gas pipeline fittings with Corundum fab will help reduce the heat output of metal pipes and reduce the cost of forward gas heating by approximately 10-15%. For pipelines directly coated with specially broken insulation material Corundum Anticor, which is also an anti-corrosion and hydroisolating material.

For thermal insulation of roofing slabs, 4 balls of rare thermal insulation Corundum are sufficient to restore the drying power of the roofing.

The rest of the time we spend more and more time drinking water from the booth, which will soon start up. A special feature in this type of work is the thermal insulation of the frames of the building, which is easy to assemble, since frames made of metal are not suitable for cold areas.

In this type, all frames and fastening parts are covered with rare thermal insulation. At times of economy, droplets of fastening agents are prepared (the heat is “evaporated” through them, so to speak).

Thermal insulation is essential for insulating a car and other transport means: thermal insulation of the body in the middle of a number of balls makes the air conditioner or heating more effective. The preparation of the trace is carried out at the workshop or in the appropriate garage.

The technology operates with thermal insulation of shut-off valves at energy facilities, depending on the descriptions. Preparatory stage without changes. And apply the first ball of corundum to the reinforcement with energetic rubs and rub it in. After the temperature of the metal drops, 7-8 balls can be applied in the normal mode. The hour of interspherical drying is already stored in the moisture in the excess middle and in storage for 2-6 years.

Insulation of balconies and loggias is laid on prefabricated insulated balcony slabs, adjacent wall sections, slopes, fastening joints, seams and joints, which recognize the damage caused by atmospheric fall. .

Thermal insulation of masonry joints is no less important! And it’s hard to imagine that during waking hours all the seams would be tightly sealed, and the concrete blocks would be protected from frost and wind. There is a great deal of heat flowing through the seams between the blocks or slabs, and it can be transferred into this with the help of a thermal imager, which is detected during thermal imaging analysis of the location (I was thinking about the price of the cob). During the analysis, energy holes are identified and their size is calculated. Then it is no longer necessary to fill the designated area (having thoroughly cleaned and primed the surface before filling) and insulate it in 2-3 balls.

The insulation of window and door frames is reduced to the point that the frames themselves and the seams are insulated with insulation, which creates “places of cold” in the balls.

To protect containers from temperature deformations during the collection and transportation of hot waste during uneven heating, you can also freeze the heat-forming farb Corundum Classic.

In residential buildings, it is urgent to insulate monolithic concrete slabs, the fragments of the mass of concrete have greater thermal conductivity (as a result of the flow of heat), and the lower voids will swell. You can, of course, follow the traditional path: insulate with additional material or polystyrene foam, but at the end of the day we have already realized all the futility of this decision. It is enough to apply 3-4 balls of rare thermal insulation to eliminate the problem.

In rich apartment cabins, the role of the “energy door” is most often played by the walls that go to the exit cell (kitchen walls). The walls are very cold behind other walls in the winter, and therefore condensation often appears on them. Through the displaced moisture, a fungus can settle in the area. To eliminate this, it is enough to cover the problematic surface of the wall with Corundum insulation balls in the pre-term mode of inter-ball drying for 24 years. The wall temperature is not below +5°C during preparation.

Insulation of water pipes and ventilation ducts is necessary to prevent saws from settling on the walls through condensation, creating an easy “fur coat.” For thermal insulation, 3-4 balls of Corundum insulation material will be sufficient. Moreover, the insulating ball is also useful as a sound insulator.

Thermal insulation of the power station also primarily protects against temperature changes and the appearance of condensation - one of the reasons for short-circuiting. For reliable warmth and anti-corrosion protection, coat the trace in the middle of the substation wall with heat-insulating material Corundum Classic in 3-4 balls.

Insulation of electrical cabinets with rare thermal insulation is carried out for the same reason, but more importantly. The insulation technology is the same.

Again, condensation is the reason for thermal insulation of boxes at telephone exchanges. To protect brackets and contacts from corrosion, treat the metal parts with insulating material Corundum Anticorrosive.

The insulation of refrigerators is carried out using a method of preparation using 4 balls of insulating material Corundum Facade.

Thermal insulation of landing stages, ships and barges with the help of polymeric materials Corundum Classic, Corundum facade can become a panacea on modern ships for sinter inflow and freezing in the minds of an acute shortage of space.

Thermal insulation of metro tunnels is necessary to reduce the level of moisture. It is prepared by preparing the walls and re-creating insulation at the base of the balls.

Rare thermal insulation is a daily material on an acrylic or water base, which is made up of empty ceramic, glass or aluminosilicate microspheres with a diluted space in the middle, which is formed after the field process Merization creates a strong structure with low thermal conductivity and a high level of waterproofing.

Rarely, thermal insulation used to be used only to cover the shuttle's skin, but thanks to the miraculous authorities, it has become widely used in everyday life with the introduction of construction and repair work for thermal insulation and waterproofing. ї engineering designs and disputes.

Let’s take a closer look at why this rare insulating material is so popular and what its competitive advantages are over mineral wool, extruded polystyrene and polystyrene.

Rare insulating materials of this class can be stagnated during the cessation of BMR (building-installation robots), and also:

1. To insulate the substrate, walls and roofs;
2. To protect the facade from the negative effects of atmospheric fall;
3. For waterproofing substrates in particularly wet areas (bathtubs, car washes, swimming pools, etc.);
4. For thermal insulation of engineering communications (hot water supply pipelines and scorching);
5. For sealing inter-panel seams in large-surface panel booths.

Based on the above list, we can say that rare thermal insulation can become stuck in almost all areas, in which case it is recommended to replace this material with an analogue one. Let's take a look at these differences.

In some cases it is more effective to use another type of insulation

1. When building cottages, it is better to use vikorist mineral wool with a hydrobarrier and a steam barrier to insulate the roof.
2. When applying waterproofing in areas with high moisture content, it is recommended to seal dry mixtures, such as Ceresit CT65.
3. When insulating the foundation, it is recommended to combine extruded polystyrene with a complex of mastic-based waterproofing.

The main advantages of rare thermal insulation

There are only a few thermal insulation materials available on the market of household materials, and few people know all the main advantages and advantages of how the heat insulation system is stagnating in almost all spheres, increasingly old type of insulation.

Let's take a closer look at the main advantages of this type of thermal insulation.

• When preparing the façade, with the help of rare insulation, the reduction in burning costs can reach 25-30%.
• Due to its structure, the rare insulation material on its surface reflects up to 95% of solar and ultraviolet radiation, thereby ensuring coolness in the room during the summer.
• When covering engineering systems (water supply, ventilation, air conditioning or burning) with a thin ball of this class of thermal insulation material, condensation does not form on the surface, which causes corrosion.
• Do-it-yourself application can be easily achieved using a roller, brush or spatula.
• They may be used as an antifungal agent, but the fragments do not remain in the water, which is a living medium for microorganisms.
• It can serve as waterproofing, although it is rare that thermal insulation does not allow water to pass through at all.
• Effective protection against high temperatures (up to 220 C) without wasting physical power.
• Ideal adhesion to any surface (concrete, concrete, plastic, wood, etc.).

Nedoliky

• In severe frosts, the mows in the panel booth freeze completely if they are applied incorrectly or if the recommendations of the plant-producer are violated.
• When using PMM Ceramics, cracks may appear on the façade of the housing, and the fragments of this generator simply destroy the dew point and absolutely do not protect the heating unit.
• Rarely thermal insulation Astratek, Izollat ​​is applied to the facade, and it is possible to put in sheets for waterproofing of metal structures.
• When the water is diluted above the required standards, the thermal insulation simply drains off the walls.

The main producers of rare insulating materials for buildings (spores) and engineering measures

Today, a very large number of greenhouses have begun to produce very thin thermal insulation. However, it is much better for them, as a rare insulator, to sell the original farb. How to make the right choice? Let’s take a look at these ingredients and present the rating of the most popular manufacturers of this thermal insulation material.

Rare thermal insulation Astratek

This material is produced by the Russian company TOV NVP Termalkom. All products of the concern have consistent certificates of health and safety and positive results of the fire service and sanitary station. The rare insulating agent Astratek easily has the consistency of mastic and is easy to apply with your own hands on any surface using a roller, sawdust or foam tool.

• It does not collapse during the influx of atmospheric fallout, the fragments have hydrophobic power.
• Everyday “places of cold”, in contrast to traditional insulation.
• Non-toxic and meets environmental standards.
• It does not support the fireplace and the surrounding safety on the side of the opposite safety.
• It completely preserves the architecture of the façade and does not steal the corrugated area.

Rare insulating material RE-THERM

The insulation material of this class is made up of silicone and ceramic microspheres, which are based on acrylic and latex. This structure of this material has excellent waterproofing power and high elasticity, and is particularly durable.

Generators of this product indicate that the thermal conductivity of 1 mm of rare RE-THERM insulation is consistent with up to 5 cm of mineral wool.

• Very few insulation materials can get stuck on different surfaces, starting with concrete and ending with cracks and plastic.
• Demonstrates ideal characteristics in the temperature range from −470 to 250°C.
• Shvidka will die from 3 to 24 years.
• High value for various mechanical injections, as well as ultraviolet and infrared changes.
• You can stagnate as you call, so in the middle there will be a dispute.

VIOTERM Metal ALLUMA

This type of coating is specially designed for processing metal structures and engineering materials. Due to its structure, the rare insulating agent VIOTERM Metal ALLUMA gives the surface a glossy finish and reliably protects the surface from corrosion.

In addition to the obvious advantages, this ALLUMA coating significantly saves heat in hot water supply and heating systems.

• It is used exclusively for treating metal surfaces as waterproofing.
• Demonstrates effectiveness at medium temperatures ranging from −50°C to 250°C.
• The consumption is low, so it is less than 1 liter per 1 m2 with a thickness of 1 mm.
• When water pipes of hot water supply systems are insulated, heat loss decreases by 30%.
• The term of operation of this coating becomes 10-15 years.

Do-it-yourself method for applying rare thermal insulation

For accurate application of thermal insulation, it is necessary to enter the following steps:

• Clean the surface of the saw and brud, irzhi and old farbi.

When cleaning metal surfaces in rust, it is necessary to clean the surface until a clear metal gloss appears using special abrasive attachments on an angle grinder. After this, it is recommended to spray the surface with WD-40 to remove any contaminants.

• Please prepare rare thermal insulation before application.

For this purpose, it is necessary to dilute the strength of the thermal insulation material (with information from the manufacturing plant) with distilled water. Most often, it is recommended to add 3-5% water to a rare insulation solution.

When mixing rare thermal insulation with the help of a drill or mixer, the maximum number of wraps should be in the range of 150 to 200 wraps per wrap. If this number is overestimated, there is a possibility of damaging the integrity of the ceramic microcircuits, which may result in the thermal insulation effect.

• Viconate surface treatment before applying thermal insulation

For this you need to use an acrylic-based primer, concrete contact or take a rare heat-insulating material and dilute it with a 1:2 ratio of distilled water. Using a roller or brush, apply primer to the painted surface and leave for at least 4 years for the primer ball to dry.

• Applying rare thermal insulation with your own hands

The Danish stage depends on the help of a special penzlik with natural bristles or the help of a farbopult. Rarely thermal insulation must be applied in balls, so the thickness should not exceed 0.4-0.5 mm. The drying of one ball of thermal insulation is expected after 24 years, provided that the temperature of the wet surface is not lower than 70 C and the air humidity is not higher than 80%.

To achieve maximum thermal insulation effect, most installers recommend applying the material to at least 3 balls.

When using a farbopult (sprayer) to apply rare heat-insulating material, the vice should not exceed 80 bar, otherwise the integrity of ceramic heat-insulating micro-materials will be damaged. spheres

This thermal insulation is made up of ceramic microparticles, filled with rarefied air and polymer resins, which are found in a rare medium. Due to this structure, this material has high thermal insulation power, good adhesion to the stained surface and flexible properties. A thickness of just 1 mm is sufficient to ensure the necessary level of protection from heat loss, as well as moisture penetration.

This is ideal for any materials - wood, plastic, metal, concrete, etc. It can also be applied to industrial products with a permissible temperature of -60 to +260 degrees. The application process does not involve the usual difficulties - it is completely similar to the farbing technology, and the same tools are used for its implementation. Rarely, TC Ceramic thermal insulation has the following advantages:

• Low heat conductivity
• Doesn't miss the countryside
• The surface “dies”, preventing hair from accumulating
• The ball of thermal insulation is perfectly smooth, which allows water to quickly slide off the surface, thereby reducing heat loss.
• The long term of service is 10-25 years, it is necessary to operate without changing the thermal insulation.
• Good adhesion to any surfaces
• Ease of installation

Rare thermal insulation Alfatek

Thermal insulation material Alfatek is a ceramic rich component warehouse. The wine is released ready-made for a unique appearance and purpose for application on surfaces of any kind or warehouse. Alfatek clicks like this:

• Internal and external insulation of the walls of booths
• Thermal insulation and anti-corrosion protection of pipes
• Eliminates accumulated condensate
• Gives an aesthetically beautiful appearance to the surfaces.

In addition, this insulation can significantly reduce the moisture content of the structure, through which a simple and apparently inexpensive foundation can be poured. A millimeter-sized ball of this thermal insulation can replace centimeters of other insulation materials, which will result in a short time spent on installation and scorching of the area. Alfatek is applied to the surface using a special penzlik or by sawing. After drying, a seamless melt is created, which makes it difficult to feel the cold.

Rare thermal insulation Teplomett

Thermal insulation Teplomett, by its consistency, resembles the original farb that lies beside the aesthetic components, making it possible to insulate various surfaces. This material can be used to insulate cold substrates, walls, furniture, pipelines, etc. Teplomett has the following advantages:

• There are a lot of colors and shades that allow you to select the desired option for a specific occasion
• Resistant to large temperature changes from -60 to +250 degrees
• High adhesion to all types of materials
• It is possible to move the dew point closer to the outer surface, thus turning off the above-ground deposition
• Possibility to insulate the surfaces of the most foldable shapes

Rare thermal insulation RE-THERM

Composite thermal insulation RE-THERM is a modern material that can be used for insulating surfaces made of various materials. It will provide protection not only from cold wind, but also from ultraviolet radiation, rainfall, high and low temperatures. A 1 mm ball of insulation has the same thermal insulation value as 5 cm of mineral wool. As a substitute for bituminous mastics, this material does not crack and provides reliable surface protection for 15 years or more.

Advantages of thermal insulation RE-THERM:

• Fire safety
• An environmentally friendly product, it can be installed either side or in the middle of the area
• The material, at the same time, with thermal insulation properties, has an aesthetic appearance, which makes it possible to exclude finishing treatments.
• Quick terms of application and drying - already after 4-24 years the thermal insulation reaches the surface
• Daily considerations of materials on which thermal insulation is applied.

Rare insulating material Asstratek and Corundum

Insulating materials Astratek and Corundum are a modern method of thermal insulation of a room that has replaced traditional options such as mineral wool, polystyrene foam, polystyrene foam, etc.

• The need to clean metal surfaces before cleaning
• At high temperatures, soak the surface of the eggplant with water
• Can be applied at surface temperatures from +5 to +120 degrees

Thermal insulating material Corundum has a low value, which means its high popularity. It can be applied to any form or surface, providing heat protection and preventing corrosion. This material provides a barrier that overcomes the penetration of hair, and creates a pleasant environment in the middle of the room.

Comparing rare thermal insulation with other insulating materials

The ability to apply rare thermal insulation with your own hands, without the use of specialized tools and equipment, makes this material indispensable in home life. Also, a rare insulating agent is essential for the internal treatment of the premises - it does not change the core area, but at the same time ensures the necessary level of thermal insulation. Compared to other insulating materials, a rare type of insulation, it is much lighter, which reduces the stress on the structure.

VIDEO:

For the past ten years, or even more, I have been cautiously wary of samples of rare ceramic thermal insulation entering the façade insulation market (and not just others).

What is rare ceramic thermal insulation?

Virobniki present their insulation factories in different ways: sometimes you write about declassified NASA research, sometimes about the Russian breakthrough in nanotechnology and the Nobel Prize for wine. The essence of rare ceramic thermal insulation is the same - sodium borosilicate in the form of empty bags the size of several tens of microns and polymers.

Approximately the same parameters of energy efficiency of rare insulation products are declared: Infrared thermal expansion up to 98%; The coefficient of thermal conductivity is not more than one thousandth of W/(m∙K). One millimeter of heat-insulating fabric corresponds to a two-centimeter ball of mineral wool (the diameter of the pots is up to 5-6 cm, for example in Corundum).

Evidence base from virobniki heatfarb

For most heat-insulating farbs, confirmation of their effectiveness will be confirmed by diplomas from exhibitions and papers from NDI Plumbing (based on tests for the preparation of hot pipes and valves), certification protocols of electrical testing hanichny laboratory, with a certificate of accreditation in the sphere of production of products and products and 30 and trellises. At the skin edge there are directions for expert evaluation of this product.

Residents are shown certificates of voluntary certification, and the client pays for the examination. The techniques can be developed based on the given material and on the paper there will be a result that is controlled by the assistant.

How is the thermofarb base proven? In my opinion (LIC CERAMIC) this is:

• Sanitary and epidemiological update and compliance with GOST for resistance to static influx of liquids.
• Clean sanitary and hygienic facilities up to the exposed work area.
• Zagalni vymogi to safety before unkind speeches and fire safety.
• It is not subject to obligatory certification.
• There is also an expert update from a private development company on the basis of technical minds (without describing the simulation procedure that is carried out).
• Papirets "About the thermophysical characteristics of SHKT" from the NDI Construction Structures, which states that in addition to daily data on the structural characteristics of these coatings, clear values ​​of thermophysical properties have not been established what class of materials.

There are no certificates of conformity, testing protocols according to GOST standards “Materials and high-performance heat-insulating materials” and “Methods of special support for vapor permeation” both in the local heat generator and in other heat lamps Bah, I had a chance to visit some sites.

Zhoden from the sclero-intestinal tract without publishing protocols of the honest independent coefficient of thermal conductivity, which is from these farbs for GOST 7076-99. Although, ThermoShield, after all, having obtained such testing from NDISF, from the testing laboratory of thermophysical and acoustic vibrations. They got 8% savings for 5 mm farbi.

Most often in the technical data, nanofarb vicoristics are used in units that are not transferred to GOST. In this case, you can equalize the ratios only after converting from a legitimate account. vimiryuvannya, and the price is not suitable for the skin.

Evidence of the ineffectiveness of rare thermal insulation

First, let’s move on to the details, let’s talk about the recent news that we have already tried this type of thermal insulation. Let's talk about the current crisis with the insulation of the rich surface in Rizi at the address vul. Ierikyu, 44 at 2009 roci. A little more report.

Evidence from Alton King from Massachusetts, who insulated the cabins inclusively with SuperTerm thermofarbe. On the right it ended in court. All details (including photos from the courtroom) are as requested.

Deception on the butt of ThermoShield

Most of all, I thought about ThermoShield’s design and testing in NDISF, where there is a message for the new text. What's wrong with them? Rozrakhunk's economy was found out by the authors of the amazing coefficient of surface degradation, taken 0.25, which is much lower than the standard for acrylic fabric, then a value that is close to 1 for thermal degradation of the surface the same temperature. This number is marked with stars. The list of other laboratories testing methods for vibrating this parameter did not reveal this parameter. Well, this rozrakhunka economy has the right to be taken into account explicitly.

In 2009, in the laboratory “Akadembudviprobuvannya” at RDSU, a scientific research study “Testing the infusion of universal ceramic materials Astratek and Moutrical for thermal conductivity” was carried out. Published: thermal conductivity coefficient of Astratek on concrete samples is 0.053 W (m∙S). Moutrical has 0.082 W (m? C) on concrete surfaces. The thickness of the heat-insulating ball, which is recommended by the manufacturer at 2-4 mm, does not ensure compliance with SNiP 2-3-79 (1998) thermal support of gardening structures.

The degree of blackness of thermofarb is around 0.9. We are talking about those that cannot eliminate the stench of infrared exchange of average temperatures in the burning areas.

Stagnation area of ​​thermal insulation farbs

Vikoristovuvati qiu commodity group as façade insulation is not possible. One of the butts:

What are some effective insulation products with ceramic bags:

• Garne image of sleepy viprominion (if the glossy white farb copes well with this)
• The boiler room prevents boiler workers from falling on the pipes (so-called “Toilet paper effect”).

The video below shows this effect in detail.

Sellers often provide evidence of this with thermograms from thermal imagers - photos of prefabricated panels on the façade, in which the prefabricated material looks like a black patch on the aphids of the uninsulated parts of the wall. There’s a good example of how a thermal imager reacts to colors:

Other materials for thermal insulation films

Submission to the wonderful article “About the real physical power and feasibility of heat-insulating farbs” in the professional edition of Industrial Heat Engineering 2006, 28(5): 93-96 from professors at the Institute of Technical Thermal Physics of the National Academy of Sciences of Ukraine They are.