High price energy resources increases the relevance of the use of materials for saving and saving heat. One of the most effective developments in the field of repair and building materials is a polymineral high-tech paint “Keramoizol”, created on the basis of nanotechnology.
Reducing the amount of heat loss through the use of liquid insulating paint compositions is now carried out according to new principles.
The improved Keramoizol insulation has the highest energy-saving properties, because it works on the principle of an optical system. The paint effectively reflects heat due to the fact that it contains hollow spherical bodies.
Energy-saving paint was created in Ukraine. The use of such material reduces the complexity of insulation work. The product can be used in any facility: from residential to industrial. It provides the following properties:
The operating principle of Keramoizol was integrated for use in the US space industry. For these purposes, a material that has a small layer thickness, creates a reliable barrier that blocks thermal and radiation waves, is ideal.
The main advantage of Keramoizol paint is its environmental friendliness; it has successfully passed all environmental safety tests. In addition, it has the following advantages:
The material is intended to create thermal, hydro- and noise insulation, and prevent corrosion. With its help, you can create a durable shield that protects equipment, industrial, public and domestic buildings, pipelines, tanks, liquid storage containers (or food products), vehicles. 
The unique composition of “Keramoizol” is associated with the presence of microscopic hollow balls, inside of which there is air. They are in a suspended state. The paint also contains synthetic rubber, acrylic polymers and inorganic pigments.
To get 100% protection, you need to apply Keramoizol in a thin layer of 1-2 mm. The presence of hollow ceramic microspheres and special fillers makes the application process simple and easy. The composition is evenly distributed over the working surface.
Thermal insulation operates using the two-way mirror method - the composition has reflective abilities. Before application, the paint is diluted with water.
This can be done in a room not equipped with additional ventilation, since the composition does not contain toxic substances. In winter, it is rational to use Keramoizol on a varnish base.
They are used in the same way as similar traditional formulations. Apply it with a roller or brush. Can be used mechanized methods: spray gun, sprayer.
The minimum thickness of the applied layer is 0.5 mm. The product consumption for processing declared by the manufacturer is 2 sq. m is 1l.
The drying and polymerization process occurs throughout the day. Then you can begin the subsequent decorative finishing - puttying, painting, etc.
When the thermal protection is completely dry, the paint operates effectively in a wide temperature range (from -50 to +220 0 C). The material is sold in a ready-to-use consistency.
“Keramoizol” is a productive and affordable new product for high-quality and durable protection against noise, corrosion and adverse external factors.
What is Keramoizol, its composition and features of use, types of substance, its technical characteristics, pros and cons, selection criteria and price, features of do-it-yourself application.
Keramoizol is the trade name of insulation developed by Ukrainian scientists. The product is made from imported ingredients High Quality and has improved technical characteristics. Energy-saving qualities are explained by the fact that it is essentially an optical system capable of reflecting heat.
The composition of Keramoizol includes spherical hollow bodies made of ceramics. There is rarefied air inside them. The latter conducts heat poorly and imparts the same quality to the porous film that forms after applying the substance to the surface. In addition, ceramic thermal insulation has minimal emissivity.
This coating dries in a short time. At the same time, the heat-saving efficiency of Keramoizol directly depends on the surface’s own thermal resistance, time of year, amount sun rays and so on. This figure can reach 45%. The liquid ceramic coating prevents heat loss in the cold season, and in the hot season, on the contrary, protects against overheating.
It is worth noting that ceramic spheres not only reflect thermal radiation, but also give the material fire resistance. Keramoizol also contains corrosion inhibitors. Therefore, it is recommended to use this thermal paint even on rusty metal surfaces, after first removing the loose upper layer.
Keramoizol can be used for both interior and exterior work. This material combines best properties facade paint(vapor permeability, resistance to atmospheric influences) and excellent thermal insulation qualities.
To achieve optimal thermal insulation performance, it is enough to apply the substance in a layer of 1-2 millimeters. It is evenly distributed over the surface using conventional painting tools - brush, roller, spray gun.
These materials differ from each other in terms of operation and application. Yes, paint on water based can be transported, stored and applied at a temperature not lower than +5 degrees Celsius.
If you plan to treat external surfaces in the cold season, then you should choose Keramoizol based on varnish. It does not freeze and withstands low temperatures well.
Liquid ceramic insulation has the appearance of a creamy suspension of gray or white. It is packaged in plastic buckets of different sizes. The manufacturer must be indicated on the packaging, as well as the composition of the product.
If you plan to insulate surfaces outside, it is recommended to choose varnish-based Keramoizol, which is more resistant to external mechanical and atmospheric factors. Water-based paint is suitable for painting surfaces inside the building, as well as pipelines.
The cost of Keramoizol depends on the place of sale, its base (varnish, water) and the presence of coloring pigments. On average, the price of liquid ceramic thermal insulation is: varnish-based - from 75 hryvnia per liter, water-based - from 85 hryvnia per liter. You can purchase products both in retail stores and directly from the manufacturer on the official website.
We apply Keramoizol according to the following instructions:
Watch the video review of Keramoizol:
On modern market materials for thermal insulation, new, more promising technologies are emerging, which are gradually replacing old materials in the field of thermal insulation. In return traditional materials: foam plastic, mineral wool, styrofoam, etc., liquid heat insulator KERAMOIZOL is used - energy-saving paint developed by the inventors of Ukraine! Manufacturer: SEVSNAB LLC, Severodonetsk, Lugansk region. Keramoizol is an environmentally friendly and absolutely safe for human health, fireproof heat-insulating material that does not require complicated installation and preparatory work, is different in a simple way application and long service life (i.e. durability).
Liquid thermal insulation KERAMOIZOL is a thin (paste-like) mass of grayish color, which consists of small ceramic (hollow microspheres) balls filled inside with an inert gas, the size of the microspheres reaches 50 microns in a binder acrylic polymer. Keramoizol allows air molecules to pass through but does not allow water molecules to pass through – i.e. after applying keramoizol to any surface, a protective film coating that “breathes” and at the same time serves as waterproofing (does not allow moisture to pass through). The applied coating of Keramoizol reflects almost the entire heat flux of the rays - ceramic balls, when applied to the surface, are distributed in a checkerboard pattern and form a vacuum layer that contributes to the high thermal insulation of the material. Therefore, we obtain low thermal conductivity of Keramoizol (up to 70 percent of incident rays are reflected, up to 95% of infrared rays are scattered), and therefore heat is retained indoors, as well as in summer time the room is protected from excessive overheating of the walls and roof.
Scope of application of KERAMOIZOL
1.As thermal insulation material in housing construction: floors, walls, slopes, ceilings, roofing, balconies, facades, plumbing and sewer pipes and much more.
2. The presence of latex in KERAMOIZOL provides very low water absorption capacity - this allows the use of KERAMOIZOL as a waterproofing agent.
Simplicity and ease of working with KERAMOIZOL, and most importantly the possibility of applying it in all hard to reach places, and at the same time it has the highest performance in terms of thermal insulation properties and its inherent properties as a waterproofing insulator - putting KERAMOIZOL in a leading position in modern construction market among heat-insulating materials!
Another important advantage of KERAMOIZOL is that after applying a liquid heat insulator to the facade, the facade can be painted in any color and at the same time applying paint 
Keramoizol does not affect the effectiveness of the coating, which means your house will not only be beautiful from the outside but also be well insulated without the use of building materials harmful to health. After applying the liquid heat insulator to the surface and after it has completely dried, you can use any finishing material: paint (acrylic), plaster, brick, gluing drywall, gluing wallpaper, pouring screeds, gluing tiles and much more. Keramoizol protects your room from the formation of condensation in indoors (i.e. from the formation of mold and mildew), will eliminate freezing of thin walls (using a liquid heat insulator to push back the “dew point”).
Using KERAMOIZOL on walls and roofs with outside penetration is reduced heat flow indoors up to 45% - which is not unimportant in the summer, we will spend much less energy to cool the premises.
3. In the field of heat power engineering and communications (including thermal insulation for heating pipes, water supply systems, shut-off valves, tanks and various containers, etc.). Now, for thermal insulation, for example, different types pipelines and tanks (containers) for storing various liquids, oils, chemicals, polyurethane foam materials, polystyrene foam, isolon, mineral wool. This method of insulating pipelines pollutes the environment, and most importantly, it is very dangerous for human health (since when heated, these materials evaporate very harmful substances for our body). The service life of such materials is not long, and after almost a year or two, the insulation system using such materials under the influence of precipitation and temperature changes becomes unusable (the coating loses its thermal insulation properties) and requires constant repairs.
To protect and thermally insulate various pipelines and containers, and especially to protect structures with high operating temperatures (up to 220°C), as practice shows, it is advisable to use liquid heat insulator KERAMOIZOL. Keramoizol can withstand both high temperature and low, good adhesion to almost all materials (except polyethylene) when applied to the surface allows it to become an almost universal and irreplaceable material as a hydro- and thermal insulation coating in the field of thermal power engineering.
Another important advantage is that Keramoizol is very light and easy to apply on surfaces of any configuration and complexity - it’s almost enough to have a brush, roller or simple sprayer and you can do it without any problems. special effort you will apply a coating of Keramoizol even in the most inaccessible
Cost savings
1. Reducing the cost of work on applying a heat insulator (since you need to apply one material instead of several and due to the ease of working with the material).
2. Reduced costs for subsequent repairs of pipeline insulation after the expiration of the warranty period (there is no need to remove old damaged insulation and carry out preparatory work on pipe insulation).
3. Reducing costs for storing thermal energy in pipelines, steam boilers, in pipelines central heating etc. – Keramoizol has very high thermal insulation characteristics and contributes to the complete thermal insulation of steam boilers, pipelines, transitions and valves in the most inaccessible places.
4. Keramozol can be used for application even on the directly hot surface of pipelines - to carry out thermal insulation work without stopping the operation of the steam boiler or heating network as a whole.
5. Reducing the costs associated with the installation of thermal insulation, since the use of Keramoizol will lead to a significant reduction in the technological operations required for thermal insulation using the old method.
6. In the event of an accident, a significant reduction in the time required to search for a fistula, rupture or pipeline leak when it occurs emergency situations, and hence a reduction in the cost of carrying out repair work(there is no dismantling of old insulation and installation of new insulation is not required).
Application method
Liquid thermal insulation KERAMOIZOL is packaged in buckets with a capacity of 1 l., 5 l., 10 l., 20 l. already absolutely ready for application (you just need to stir without using a mixer or drill). Apply KERAMOIZOL to a previously prepared (primed) surface using a brush, roller, paint brush, etc. in one or two layers, depending on the thickness of the required thermal insulation. For instructions, see the FILES section on the website teplota.com.ua.
1. Temperature during operation of the applied liquid heat insulator is from -50 to +220 °C. The surface temperature at the time of application of the liquid heat insulator can range from plus five degrees to plus ninety degrees.
2. The thickness of the first layer of KERAMOIZOL application is from 0.3 mm to 0.5 mm, drying of one layer of KERAMOIZOL occurs after 24 hours at t = +22 degrees, if the ambient temperature is higher, then the drying time is reduced.
3. Keramoizol consumption when applied in one layer = 1 liter of Keramoizol is consumed per 1 m2 with a coating thickness of 1.0 mm.
4. The service life is more than 2 years.
Thermal conductivity indicators
Physical and technical characteristics of liquid heat insulator KERAMOIZOL
Complete drying time at +22 C, hours: 24
Operating temperature range, C: from -50 to +260
Tensile strength index, kg/cm2: 8.70
Vapor permeability of Keramoizol, mg/(m*year*Pa), not more than: 0.02
Water absorption of Keramoizol,% by weight: 15.0
Coating adhesion, MPa: to steel – 0.6; to concrete – 1.0
Thermal conductivity of the applied coating, (W/m oC): 0.0025
Density, g/cm3: 0.7 – 1.5
High resistance to: precipitation (rain, hail, snow), sudden changes in temperature, exposure to solar radiation, radiation. The material is non-flammable and absolutely fireproof!
The warranty period is 7 years. Service life (without repair) when applied from the outside is more than 20 years.
Manufacturer: Ukraine, SevSnab LLC
For more detailed and accurate information on availability and prices, please contact the managers of the online store TEPLOTA.COM.UA
IN original form It is a liquid paste-like, gray consistency, which contains glass beads up to 100 microns in size, plus an acrylic polymer along with dispersed polysiloxane. These binders allow steam to pass through, but do not allow water to pass through, which allows the roof to breathe!
These glass balls tend to be filled with an inert gas, which in turn leads to a decrease in thermal conductivity and the ability to reflect up to 75% of both heat and cold, and dissipate up to 95% infrared radiation. All these abilities together allow Keramoizol to perfectly retain heat in your home.
" " has excellent adhesion to iron, plastic, concrete, brick, and wood (but unfortunately, not to polyethylene). Polyethylene can be used to store Keramoizol.
After applying "" to an object, after some time a strong, elastic film with a thickness of 0.5 to 3.5 mm is formed. (you need to choose from the requirements for the object)
Water-based thermal insulation is resistant to freezing; the material should be stored and handled at least at +5°C
Polymerization time depends on temperature environment. For example: At a temperature of 70°C, complete polymerization will occur in approximately 40-80 minutes, that is, the higher the temperature, the less time is needed for polymerization.
| No. | Indicator name | Norm |
| 1 | Appearance(no dye) |
Grey |
| 2 | Mass fraction of water % no more | 40 |
| 3 | Mass fraction of the main substance % not less | 60 |
| 4 | Heat transfer coefficient from outer surface insulation, W/m² ° C | 1,5 |
| 5 | Polymerization time at 20° C, hours | 24 |
| 6 | Thermal conductivity, W/m | 0,0025 |
| 7 | Operating temperature range, ° C | −50 to +220 |
| 8 |
Tensile strength, kg/cm² Elongation at break, kg/cm² |
8,7 up to 2% |
| 9 | Adhesion to steel, MPa not less | 0,6 |
| 10 | Adhesion to concrete, MPa not less | 1,0 |
| 11 | Density, kg/m², liquid/solid | 800/500 |
| 12 | Penetration coefficient, no more, mg/m.year.Pa | 0,02 |
| 13 | Water absorption for 24 hours, surface, g/s² | 0,08 |
| Material | Thermal conductivity coefficient | Heat transfer coefficient | Layer thickness |
average cost in Ukraine per 1 m² and accounting for work performed / UAH |
| Mineral wool slabs pierced | 0,046 | 8 | 4.0 cm | 200-350 |
| Polyurethane foam is elastic | 0,04 | 11 | 3.6 cm | 150-260 |
| Thermal insulation URSA | 0,042 | 8 | 3.7 cm | 240-350 |
WE OFFER TO YOUR ATTENTION A HIGH-TECH POLYMINAL HEAT-SAVING COMPOSITION “KERAMOIZOL” USING NANOTECHNOLOGY
Minimizing or reducing heat loss with liquid heat-insulating paints makes a significant difference in understanding the mechanism of building insulation. New generation insulation using nanotechnology " Keramoizol“and its energy-saving properties are explained by the fact that this paint is an optical system that is capable of reflecting heat, since “ Keramoizol“in its physical composition it contains a huge number of hollow bodies (spherical).
At the same time, energy-saving paint has the lowest emissivity than materials that currently exist on the market of energy-saving building materials.
Liquid energy-saving paint has a film, the role of which is to reflect heat, that is, to return the flow of heat that leaves the room, and the surface treated with energy-saving paint is able to emit much less heat.
Thanks to such abilities as hydrophobicity and reduced vapor permeability resistance of energy-saving paint, the surface on which Keramoizol is applied is under the thinnest film and dries in a very short time, providing the greatest thermal resistance. In this case, a process occurs in which the energy of solar heat is not used, in which moisture would evaporate from the surface layer, but the structure itself is heated.
As the results of monitoring for the presence of moisture content on structures that are coated with energy-saving paints show: the volume of moisture on the walls of the building reaches the so-called equilibrium state, that is, by reducing the moisture content, the thermal resistance of the walls has increased by 10%.
The energy-saving efficiency of using Keramoizol energy-saving paint directly depends on the initial thermal resistance of the wall, the season (time of year), the specific location where the structure is located, the density of its development and the number of clear days. The value can reach 45%.
"KERAMOIZOL" - excellent protection from the sun
As studies have shown, throughout the entire period of use of the Keramoizol energy-saving layer, the surface is capable of reflecting more than 90% of solar energy.
Heat penetration into the room can be reduced several times when using Keramoizol. And this, in turn, increases the level of comfort for the people who are in this room and, as a result, significantly reduces the cost of air conditioning this building.
Using energy-saving paint on surfaces such as pipelines with petroleum products and chemical compounds (volatile), terminals, tanks and other surfaces, it is possible to significantly reduce the temperature of the contents, as well as the degree of evaporation.
KERAMOIZOL. What he really is?
Energy saving paint " KERAMOIZOL“- this is absolutely the new kind thermal insulation using nanotechnology, which was developed by Ukrainian inventors. Thermal insulating material greatly simplifies the insulation work of residential, industrial, social and budget buildings and structures, as well as metal elements and structures, perfectly protects against condensation, freezing or overheating, and heat loss from pipelines for various purposes, from condensation – metal surfaces, slopes, suitable as a sealant for houses made of wooden log house. To achieve the desired effect Keramoizol It is enough to apply a thickness of 1 to 2 mm. You can find reviews on keramoizol and videos by following the appropriate links.
Part Keramoizol includes hollow ceramic microspheres and fillers, which allow the coating to be durable, fireproof, and also distributed as evenly as possible over the surface. This composition gives Keramoizol the properties of reflective thermal insulation, i.e. the material works like a two-way mirror.
Where did this idea come from?
This technology was developed for American space rockets"Shuttle" a few decades ago. Since classical bulky materials turned out to be unsuitable for space developments, scientists were forced to look for new technologies that, with a small thickness, could provide significant protection from thermal, sound and radiation waves. It was this idea that was taken as a basis.
But KERAMOIZOL– this is a completely Ukrainian product, which is protected by a patent for an invention; all materials and components, as well as production, are Ukrainian.
Energy-saving paint "Keramoizol" is environmentally friendly pure product, he passed all the tests. It can be diluted (diluted) with water, which will allow you to work with ceramic insulation in the room being treated without additional ventilation. You can also use Keramoizol with a varnish base (it is advisable to use in winter time year with air temperature less than +5 °C).
Energy-saving paint is used during its application process in the same way as regular paint, usually in two or three layers using a brush or roller, spray gun, spray on all types of surfaces (the exception is polyethylene).
The coating layer of energy-saving paint should be no less than 0.5 mm thick. The consumption rate of keramoizol for a coating layer is 1 liter per 2 square meters.
Drying and polymerization continues after 24 hours, after which it will be possible to apply finishing materials (putty, paint, treat with other finishing materials). After complete drying, the energy-saving material works without losing its properties. physical properties in the temperature range, which ranges from -50 °C to + 220 °C, but there is also a special high-temperature composition that can maintain its properties up to a temperature of +700 °C.
Thermal insulating coating "KERAMOIZOL" belongs to the low-flammability group B1, the non-flammable group RP1, the low-flammability group G1 with the smoke-generating ability of group D2 (moderate).
« Keramoizol“it is transported in containers that are hermetically sealed, and the consistency of the material in the container is already ready for use. In case of thickening, the suspension must be diluted with water (water), or acetone, or acetate-based solvents for varnish (no more than 15% of the original volume) solution.
In addition to high thermal insulation characteristics The new film coating has excellent soundproofing properties.
The color of the coating is grey/white, but it can be changed by adding coloring fillers.
« Keramoizol“designed for thermal insulation of industrial, administrative, communal buildings and structures with a wide variety of shapes, internal as well as external walls/surfaces of structures and buildings (concrete, brick, ceramics, wood), foundations, vehicles, steam pipelines, hot water, water heating equipment for boiler houses; roofs of refrigerated trucks, hangars, oil pipelines and oil tanks.
This material protects elements of steel profile structures used in construction from the formation of condensation on their surface and protects them from corrosion.
It is characterized by excellent adhesion (adhesion to the surface) to steel (at least 0.6 MPa), plastics (with the exception of polyethylene), concrete (at least 1 MPa), and brick. When coatings with a thickness of 3 mm are used, in equipment buildings (pumping, compressor rooms, etc.) the possibility of condensation forming on the walls is eliminated.
Using it in residential areas also prevents the formation of condensation and fungal colonies on walls, floors and ceilings. And energy costs for heating the premises in the cold season are reduced by no less than 30%.
« Keramoizol“– frost-resistant (up to -50 ° C), which allows it to be used as thermal and waterproofing freezers, while the labor costs for creating the coating are significantly lower than when forming a thermal insulation layer from foam boards and waterproofing from roofing felt and foil.
We care about product quality, each batch of products undergoes careful control.
That is why, if the application technology is followed, the buyer receives a guarantee from the manufacturer 7 years.
Supplied packaging - plastic buckets of 5 and 10 liters. The price is indicated without VAT.
