Energy-saving paints are a new generation of heat-insulating coatings. The technology of applying paints that can save energy. energy saving paint energy saving paint

During the period of growth in energy resources, energy-efficient technologies are developing by leaps and bounds. People try to get the maximum benefit out of every calorie of heat, so preventing heat loss in the first place is one of the most important tasks. One of the actively promoted novelties is energy-saving paint.

What is the essence of the action of energy-saving paint

The basics of this technology were developed in the 70s in the USA. NASA used a similar dye to insulate the outer surfaces of the Space Shuttle. The main function of such a coating is to retain the heat of the surface on which it is applied. Now it is increasingly used in everyday life, construction, industry, housing and communal services.

In fact, the paint is a set of hollow ceramic and silicone balls ranging in size from 10 to 200 microns, which are present as a suspension in a liquid mixture consisting of acrylic polymers, pigment and synthetic rubber. Due to this composition, the mixture covers surfaces of any configuration well, is extensible and light. The size of the balls determines the content of microspheres in the substance, which directly affects its properties.

After application to the surface, the suspension dries and creates an elastic coating. Energy-saving it achieves unique insulating properties due to the intense molecular effect of the air in the balls.

It can be used in many areas, in particular suitable for:

• air conditioning systems,
• pipelines,
• walls and roofs of houses,
• water heaters,
• refrigerators and freezers,
• garages,
• drinking water tanks, etc.

The composition withstands extreme temperatures up to +280 degrees, which makes it possible to use it in steam pipes, heat exchangers, boilers, pipelines with hot water.

How to apply energy saving paint

The suspension can be applied to surfaces with a paint brush, roller or sprayer. It has a very high grip rate and can be used on different types of surfaces:

• metal,
• wood,
• concrete,
• brick,
• glass,
• cardboard,
• rubber.

The dye can be diluted with water and used indoors without additional ventilation. However, for safety reasons, you should work in a respirator and goggles. The surface before painting should be degreased and cleaned, its temperature should not exceed 150 degrees, but also not be lower than 7 degrees. The temperature limits when using the material are from - 47 to + 260 degrees.

The most economical way to apply paint is with a sprayer. Then the layer thickness will be only 0.38 mm. A waterproof film appears on the surface after 15-20 minutes. The layer vulcanizes after 12 hours, and dries completely in a day. After that, you can apply the next layer.

The most effective manufacturers claim a three-layer coating. This can be checked visually: the three-layer coating has a uniform color.

Paint consumption for a single-layer coating is:

• when working with a sprayer - 0.4 l / sq.m.,
• when working with a roller - 0.5 l / sq.m.

That is, on average, one liter of a substance is enough to process 2.5 sq.m. surfaces.

The positive qualities of energy-saving paint include its incombustibility, the substance decomposes when the temperature reaches 840 degrees. This releases nitrogen and carbon, and the spread of smoke and flames slows down. The negative feature that energy-saving paint has is the price.

Energy-saving paint is a liquid polymer composition consisting of tiny acrylic particles, synthetic rubber, ceramic or silicone additives and coloring pigments.

The chemical formula of the new product was invented by NASA employees in the 1970s and successfully tested as a protective coating for the Space Shuttle. In the late 90s, the know-how of scientists from the US National Space Agency began to be widely used in the field of construction and repair services as a unique anti-corrosion and energy-saving coating for metal, wood and other surfaces.

Properties and benefits of energy-saving paint

1. Thermal insulation - the energy-saving properties of the coating are realized due to the polymerization of the composition. The paint, which looks like a suspension, upon drying becomes a dense, elastic membrane coating with excellent thermal insulation properties. The microparticles in the membrane structure are capable of reflecting up to 90% of infrared thermal radiation and about 80% of direct sunlight. A layer of energy-saving paint, up to 0.38 mm thick, in terms of its thermal insulation characteristics is equivalent to a 28 cm layer of brickwork or a 24 cm thickness of a claydite-concrete coating.

2. High adhesion of the paint with various materials (glass, metal, brick, concrete, wood, plastic, drywall, rubber, etc.) - creates the conditions for the widespread use of the composition when carrying out various types of construction and repair work: thermal insulation of pipelines, balconies and loggias , roofs, air conditioning systems, slopes, cornices, etc..

3. Long service life - the need for re-coating occurs once every 10 years.

4. Ease of use - paint is applied to a cleaned, degreased surface using an airless sprayer, conventional paint brush or roller. A moisture-proof film is formed within 15-20 minutes after coating, and the material dries completely within one day.

5. Other properties: moisture-proof, anti-corrosion, anti-condensation, lightweight and aesthetic coating, anti-static, high melting point (1800 ° C), no toxic substances and allergens.

Video about thermal insulation paint:

Today they are one of the most pressing issues in the field of construction. And this is quite understandable, because at present the seven world has paid attention to the problem of saving energy resources - buildings, structures, and other building and engineering structures. One of the latest developments that have appeared on the construction market is energy-saving (heat-insulating) paint is a product designed not only forin the house, but also to prevent many other negative phenomena.

What are energy saving paints

Energy-saving paint is a new generation of composite paint, which was invented back in the 70s of the XX century by American designers who create space shuttles. The main goal of the scientists was to create a new cutting-edge material that could simultaneously withstand the low temperatures in space and the high temperature regimes when the ship passes through the layers of the atmosphere.

So, as a result of multiple tests, a new one was developed - energy-saving paint, consisting of a polymer matrix and special fillers in the form of hollow microscopic particles (microspheres). The diameter of one microsphere is about 10-200 microns, the wall thickness is about 0.5-2 microns. The appearance of the microspheres resembles a powder. The general characteristics of the energy-saving composition depend on the size of the particles, their number in the paint and the material from which they are made.

The energy-saving properties of the coating are ensured by the polymerization of the composition: after drying, it turns into an elastic and dense membrane substance. The microspheres located in the membrane reflect and dissipate the heat fluxes entering the painted surface. They are able to reflect about 80% of visible sunlight and about 90% of infrared radiation. Thus, the paint performs the function of "climate control", that is, it prevents cold from entering the room in winter, and hot air in summer.

In the 80s of the XX century, it was decided to use advanced space technologies for "domestic" purposes. The first patent, which was proposed for use in residential and commercial construction, consisted of hollow ceramic microparticles and a liquid polymer composition. Energy-saving paints appeared on the European construction market in the 90s of the XX century, and the first production of such paints in Europe was established in Germany in 2002.

Modern energy-saving paints

Currently, many manufacturers produce energy-saving (LLC "Special Technologies", JSC "Gomelstroymaterialy", the company "Termalcom", etc.). Such paints have many varieties that differ from each other in type, composition and some performance characteristics - these can be energy-saving paints containing glass and ceramic microspheres; aerosol paints; paints containing insulating putty, etc.

Modern energy-saving paints are antistatic, non-allergenic, do not require labor-intensive installation work, are resistant to precipitation and ultraviolet radiation, have high decorative properties and have a long service life - from 10 years and more. Such paints can be applied to various types of surfaces: drywall, wood, metal, brick, concrete, etc. At the same time, a layer of energy-saving paint 1 mm thick has the same thermal insulation properties as one consisting of mineral wool 2.5 cm thick.

Where are energy-saving paints used?

The use of energy-saving paints in construction makes it possible not only, but also to protect the structure from corrosion, heating and condensation, which significantly reduces operating costs and makes it possible to carry out repairs less often. In addition, energy-saving paints can serve as an excellent material for finishing the facades of houses, since from an aesthetic point of view they have a rather attractive appearance.

Energy-saving paints are used for painting the outer and inner surfaces of the enclosing structures of industrial and residential buildings and structures, loggias, cornices, slopes,, hangars, refrigerators, containers, trailers, garages. It is advisable to use such paints in poorly heated, damp rooms - bathrooms, locker rooms, showers and bathrooms, as well as in rooms with special temperature and humidity conditions - pools, freezers, etc. In addition, energy-saving paints are used in the construction of bridges, the manufacture of containers for storing water, gas, oil and petroleum products, the arrangement of pipelines and air conditioning systems.

Energy Saving Additives

Relatively recently, a new ceramic energy-saving additive has appeared on the construction market, which can be added to a regular one and thus obtain a heat-insulating material. Such an additive has the form of a dry white powder, which consists of ceramic granules with a size of 30-100 microns. The powder is an absolutely non-toxic and environmentally friendly material with inertness, long shelf life and a melting point of about 1800°C.

In order for the usual one to acquire heat-insulating properties, it is necessary to add an energy-saving powder composition to it at the rate of 110 g per 1 kg of paint. At the same time, the consumption of the finished composition will remain the same as indicated by the manufacturer on the can of paint. The energy-saving additive is sold in bags (20 kg each) and in packages (110 g and 550 g each).

The energy-saving additive can be mixed not only with, but also with other composite materials for exterior and interior decoration of the house. By the way, on the basis of such an additive, unique insulating energy-saving wallpapers are produced, which serve as excellent thermal insulation of the room and smooth out some uneven wall coverings. Energy-saving wallpapers can be glued under ordinary wallpapers.

Technology for applying energy-saving paints

Energy-saving should be applied to a dry, clean surface with a spray gun, brush or roller. Foundation preparation is carried out in accordance with the requirements GOST 28196-89 (clause 6.3.), that is, exactly the same as when working with water-dispersion compositions.

Heat-insulating paint Magniterm

Product description

Heat-insulating energy-saving paint for obtaining a thin layer coating on surfaces of any shape. The covering possesses heat-insulating, and takzholjatsionny and anticorrosive properties sound-proof, gidroiz.

Product packaging

Bucket 10 kg.

Payment Methods

Prepayment
Cashless payments

Delivery methods

Pickup
Moscow and region
All around Russia

Heat-insulating energy-saving paints "MAGNITERM"

The world's population has realized that one of the most important tasks of the next decade is to prevent the consequences of CO2 emissions and prevent global warming. Energy is gradually beginning to become quite a scarce and expensive product. For example, most Europeans complain that their energy bills (for heating and air conditioning) can often even reach the cost of rent or monthly mortgage payments. The solution to these problems is to save energy and natural resources.

In many countries, including Russia, announcements are beginning to be made about reducing the level of energy consumption for new and existing construction projects, as well as previous changes in local and national laws, and in the requirements for technical documentation of the characteristics of structures and buildings. One of the most modern methods of modernization of existing buildings and structures is the use of various dry building mixes and special paints for thermal insulation and improvement of the thermal insulation characteristics of buildings and structures. This way we save a lot on energy consumption.

In the light of the implementation of Federal Law No. 261 "On Energy Saving and on Increasing Energy Efficiency and on Amending Certain Legislative Acts of the Russian Federation", Alliance Construction Technologies LLC proposes to consider the possibility of applying an ultra-thin ceramic heat-insulating layer to the facade of your house (or to internal walls). material "Magniterm". As well as its special modification for surface treatment of heating and water supply pipelines

Application and use

Liquid thermal insulation "Magniterm" ® in commercial projects:

Magniterm® is an energy-saving thermal insulation paint that helps reduce costs and increase comfort not only for the average homeowner, but also in commercial projects. Waste of energy resources is a luxury! Liquid thermal insulation "Magniterm"® is designed for those who want to improve the energy saving and energy efficiency of their business: production, offices, farms, ships, tanks, bunkers, warehouses, etc.

Using Magniterm® you will realize that your business will operate at optimal performance and safety in a much more comfortable environment.

Liquid thermal insulation "Magniterm" ® in everyday life:

Magniterm® is an energy-saving polymer-based paint containing hollow ceramic and silicone balls suspended in a liquid composition consisting of synthetic rubber, acrylic polymers and inorganic pigments.

Fig.1 - Before applying a heat-insulating energy-saving coating

This combination makes the material light, flexible, stretchable, with good adhesion to the surfaces to be coated. The uniqueness of the insulating properties is the result of the intense molecular action of the air contained in the hollow balls. After finishing interior or exterior walls and ceilings with Magniterm®, heat is reflected back to the source, heat inflow (heat absorption) decreases, which increases comfort and reduces the cost of heating in winter, air conditioning in summer and allows you to significantly save heat and electricity.

Fig. 2 - After applying a heat-insulating energy-saving coating

As shown in Fig.2, Magniterm® Energy Saving Product will reduce summer heat by blocking heat from entering a building's exterior walls, roofs, or ceilings. Reduce air conditioning costs by 20% or more! In winter, it will reduce heat loss through internal walls, ceilings and roofs, once cold rooms or a cold house as a whole will now be pleasantly comfortable.

And one more thing, Magniterm® not only saves its owner money for utilities, it will reduce the risk of mold from condensation and make the house more comfortable both in winter and summer!

"Magnitherm"® thermal insulation paint combines energy-saving and noise-insulating properties with the highest consumer qualities of the end result.

In the figure on the left, the accumulator is painted with Magniterm heat and energy-saving paint not only to retain heat in the tank, but also to prevent the formation of condensate on the surface. Layer thickness - 1 mm.

Applying Magniterm® paint is extremely simple, it can be applied with a brush, roller or sprayer. Thermal paint is also an ideal solution for auxiliary wall, floor or ceiling insulation.

Heat-insulating paint Magniterm is used

1. for coating pipelines of heating networks, oil and gas pipelines, air ducts of ventilation and air conditioning systems
2. insulation of industrial equipment and tanks in the chemical industry
3. for thermal insulation of walls, internal partitions, ceilings, roofs, attics, facades of all types of buildings and structures - from industrial to individual cottages, allows you to increase the comfort of residential premises, while reducing heating and air conditioning costs by 20-70%.
4. in automotive and mechanical engineering
5. in construction, repair and reconstruction
6. in the agricultural industry
7. in the food industry

The material is most widely used as a heat-insulating coating for:

1. pipelines of steam, hot water, water heating equipment of boiler houses;
2. enclosing structures, ceilings, walls and roofs of residential, public and industrial buildings, both new construction and reconstructed.

Rice. 3 - protection of pipelines.

Thanks to improved and cheaper production, this material has become possible to produce along with traditional thermal insulation at competitive market prices.

Magniterm is designed to obtain a coating on surfaces of any shape. The coating has heat-insulating, as well as sound-proofing, waterproofing and anti-corrosion properties with a very wide range of applications.

Fig.4 Magniterm on a brick wall compared to traditional thermal insulation.(1. Stitched mats; 2. Plaster on the grid; 3. Facade paint; 4. Heat-insulating paint Magniterm)

The main consumer properties and qualities of Magniterm:

1. Creates a more energy efficient space
2. Non-toxic (environmentally friendly material)
3. High strength
4. Excellent adhesion to almost any material (concrete, brick, stone, glass, metal, wood, plastic, rubber, cardboard)
5. Easy to apply
6. Dries quickly
7. Extinguishes ambient noise (used as a cushioning material when laying floors - laminate, tile, linoleum, etc.)
8. Works as a waterproofing (will get rid of dampness)
9. Protects against the appearance of fungus and mold
10. Anti-corrosion material (eliminates the appearance of condensate on cold water pipes, receivers, tanks)
11. Anti-burn material (reduces surface temperature)
12. Seals joints
13. Insulates walls
14. Reduces heat loss during transportation of the coolant (hot water pipes, steam pipelines)
15. Thermos effect
16. High elasticity ("Magniterm" - elast is designed specifically for application to flexible structures)

Transportation and storage:

Magniterm is transported by any type of transport in covered vehicles in accordance with the rules for the carriage of goods in force for this type of transport. Withstands freezing and thawing, but not more than 5 cycles. After thawing, at room temperature, mix thoroughly.

"Magniterm" is stored in a packaged form at a temperature of - 4 ° С to + 40 ° С in a closed warehouse with general ventilation at a distance of 1 meter from heating devices, in a sealed plastic or metal container.

Magniterm is packed in plastic or metal buckets with a capacity of 5,10,20 liters.

Heat-insulating paint Magniterm
It is an analogue for the use of such materials as "Astratek", "Korund", "Alfatek", "Akterm", "Teplomett", which you can buy at the factory price by calling us on the above phones.

Energy-saving paint is a unique substance that is in great demand in construction. Such paint was created by American shuttle designers in the seventies. Then it was necessary to create a material that, when applied to the surface of the shuttle, would withstand high temperatures and friction during the passage of the atmospheric layer. At the same time, such products had to have the ability to endure low temperatures.

After a long development and research work, a new product was introduced - energy-saving paint.

In the eighties, the use of this substance with such properties for domestic purposes was allowed. At the same time, the first thermal insulation coating was patented, which included:

1) hollow ceramic microspheres,

2) liquid polymer composition.

By the 1990s, energy-saving paints were already being sold with other paint products in Europe.

We have developed special energy-saving paints and aerogels with the smallest particles of ceramic and glass microspheres. Such a composition, applied to a layer of putty, helps to insulate it.

On the basis of energy-saving paint, an additive was developed for ordinary paint, which makes it heat-insulating. Additive in the form of free-flowing powder from ceramic granules. Such a powder is non-toxic, inert, with a long shelf life and a melting point of 1800 degrees. This supplement is sold in small packages and bags up to 20 kg. In order to give heat-insulating properties to ordinary paint, 110 g of additive must be added to one kg of this substance.

You can use energy-saving paints for finishing:

2) balconies,

4)cornices,

5) slopes,

6) enclosing structures of residential premises,

7) air conditioning systems,

8)pipeline,

Energy-saving paints help reduce heat loss by protecting structures from corrosion and heat, reducing operating costs, reducing the frequency of repairs, and preventing condensation on the painted surface.

These substances are suitable for finishing the facades of buildings, giving them not only the necessary protective properties, but also an aesthetic appearance.

Surfaces painted with energy-saving paint can be washed with detergents without damaging the top layer of paint.

To renew the coating, you can remove layers of old paint with a grinder.

Painting should take place at a temperature not lower than 5 degrees, in dry weather and after painting for 4 hours, it is necessary to protect the painted surface from precipitation.