Penoizole insulation technology

Comfort and energy efficiency depend on keeping your house cool in the summer and warm in the winter. Appropriate insulation is one of the essential components in reaching this. In addition to keeping the interior of your house at a comfortable temperature, insulation is essential for cutting energy use and utility costs.

Penoizole insulation is one insulation technology approach that has attracted a lot of interest. Penoizole, sometimes referred to as foam insulation, is a flexible and efficient material that can be used for both new building and home retrofitting. Because it can effectively seal gaps and prevent air leakage, it forms a seamless barrier against heat transfer, which is why it is so popular.

Penoizole insulation is applied like a liquid and expands to fill the space, creating a tight seal, in contrast to more conventional insulation materials like fiberglass or cellulose. The prevalent issue of thermal bridging—where heat escapes through tiny gaps or cracks in the insulation layer—is resolved by this seamless application. Penoizole insulation therefore provides exceptional thermal performance and energy efficiency.

Penoizole insulation’s adaptability in application is another benefit. It can be easily sprayed onto a variety of surfaces, such as floors, walls, and ceilings, and it will easily adapt to uneven shapes and contours. Because of its flexibility, it can be used to completely cover your home and insulate areas that are difficult to reach.

Penoizole has several advantages in addition to its ability to insulate against heat, including soundproofing and moisture resistance. Because of its closed-cell construction, which reduces sound transmission, the interior is quieter. Penoizole insulation also serves as a barrier against moisture intrusion, lowering the possibility of mold and mildew development, which over time can harm the structural integrity of your home and present health risks.

Taking Penoizole insulation technology into consideration when building a new home or renovating an existing one can result in major improvements to comfort, energy efficiency, and general quality of life. Penoizole is a dependable option for insulating your house and establishing a more sustainable living environment because of its easy application, exceptional thermal performance, and numerous advantages.

Characteristics of the material

Naturally, everyone wants to know why this content has become so well-liked. The foam has an appearance similar to polyurethane or even polystyrene. However, in terms of technical features, it outperforms the other two. Take a closer look at them:

  • Low coefficient of thermal conductivity. In order to fully protect the house from heat loss, 5 cm of this insulation will be enough. But foam and polyurethane need 2 times more. In the summer, hot air will not penetrate the house, because the rooms will be comfortable and cool.
  • Soundproofing. In addition to the fact that heat is reliably stored in the house, the wall insulation with foamyizol will make the barrier to do, which will not allow extraneous noises from the street to penetrate.
  • Temperature resistance resistance. The insulation is perfectly sharp temperature shifts. He is not afraid of the range from – 50 to 50 degrees Celsius.
  • Fire safety. The material does not support combustion. When exposed to high temperatures, the penosole turns into a lump. And it is very important that no harmful substances are distinguished at this time.
  • Biological inertia. The insulation confronts the development of fungus and mold, and rodents and insects are not terrible, which very often start in natural materials and quickly bring synthetic intoness.
  • The duration of operation is up to 50–70 years.
  • With a slight deformation, the hardened substance returns to the initial form.
  • Universality of use. Penoizole can be used to warm all the elements of the house (walls, ceilings, floor, attic room as a whole or separately roof).

Some people point out that this insulation has the drawback of being expensive for both the material and, naturally, the labor. However, if you consider all the advantages and good qualities, you can make a single financial investment and then live comfortably in your home.

Scope of liquid foam

Liquid foam is used less frequently inside homes than it is outside for insulation. Most of the time, with its assistance Internally, the spaces are furnished with:

  • attic floors in panel houses;
  • Interratropol spaces;
  • inclined areas of rooms;
  • insulation of two parts of walls that fit tightly to each other;
  • formwork;
  • false wall;
  • wooden floors;
  • Inaccessible sections of walls.

With the assistance of penoizol, too The containers can be used to make a variety of foam products by insulate them:

  • bahanets;
  • skirting boards;
  • plates;
  • relief elements and much more.

Every material used in the production of these items by hand needs to be thoroughly examined. Avoid using liquid foam that appears suspiciously cheap from unidentified manufacturers. This is typically a low-quality product that can negatively impact your health. It is advisable to keep an eye out for Penoizol trademarks on the Internet, and only then make a decision.

You can use liquid foam that comes in cylinders as glue. It is similar to mounting foam in terms of form and application, but it is more vapor permeable and thermally conductive.

The insulation slabs on the walls and other surfaces can be fixed with liquid foam. There are several rules that one must abide by when working:

  • Check the surface for defects. It should not have rust, chip and cracks, it should also be even;
  • the surface is cleaned and all dust is removed;
  • In places of contact of the foam with the stove, you need to apply water to improve adhesion;
  • Penoizole can be applied both to the full surface and horizontally and diagonals in order to save money;
  • after applying the foam to the surface of the plate, it must be immediately pressed against the wall.

Additionally keep in mind that failure to address ventilation prior to coating the surface with liquid polystyrene will result in the formation of condensates.

Customers’ reviews of liquid foam indicate that the versatility of penoizol’s use and the fact that it doesn’t require meticulous surface preparation before work are two factors in their decision to choose this insulation.

Consequently, you can:

  • insulate external fences;
  • ensure thermal insulation of walls;
  • equip brick three -layer structures;
  • fill with foam reinforced concrete panels;
  • use as a heater for layered panels;
  • provide reliable sound insulation;
  • carry out inter -story insulation of houses;
  • , attics, attic, balconies, garages, boxes, hangars, open areas, outbuildings and much more;
  • carry out thermal insulation and sound insulation of panels, which are placed on a metal or wooden frame;
  • Carry out soil insulation.

Penosole perfect insulation material

The selection of insulation materials is growing daily, making it exceedingly challenging to find the ideal balance between cost and quality. Foaming, which when hardened, resembles a foam or frozen polyurethane foam, is one of the newest materials that have decreased thermal conductivity. The improved properties of carbide foam are actually what make it foam.

Foam-based roof insulation system.

Characteristics of the material

Although the foam bears a striking resemblance to foam, it is entirely different in properties and has a multitude of applications, including ceiling insulation. In general, this material is utilized everywhere that it is necessary to insulate areas under rafters, walls, and ceilings, as well as internal voids in already-built homes and attic spaces. Furthermore, the liquid "foam" can be pumped beneath the facade’s decorative layer—that is, for the drywall, siding, lining, and so forth.

Because penoizole is a thick foam, it works well for warming cracks in walls as well as ceilings and filling cavities.

Furthermore, this material is also available in plates form, which can be mounted independently but aren’t as effective as foam. Although polystyrene and polyurethane foam are closely related to penosole, the latter’s technical indicators set it apart from its "analogues" in a significant way. First off, only a 5 cm layer of insulation is needed to conduct high-quality insulation of walls or ceilings because foamyizol has less heat conductivity than materials like polystyrene and even polyurethane foam.

One of the benefits of penoizol, which has made it more popular than foam or polyurethane foam, is that it is completely safe from every angle. The problem is that, even at extremely high temperatures, the foamyizol just fuses into a lumpy mass rather than burning. Additionally, neither polyurethane foam nor foam can claim that any hazardous substances are released into the air during deformation during "burning." Penoizol’s heat-insulating qualities are highly praised, and it can tolerate temperatures ranging from -50 to -150 degrees without deforming or changing its characteristics.

This material can be used as both a heater and a sound insulation because, among other things, it has high soundproofing qualities. Rodents, who are irritated by heaters and can reduce polystyrene and polyurethane to dust in a matter of years, do not venture inside the frozen foamyizol, despite the material’s fragility and ease of breaking or slicing. Additionally satisfying is the penoizol’s durability, as this material’s thermal insulation can continue to function for over 70 years without losing its quality.

Stages of filling the voids and applying to the wall

For filling and insulation of three-layer walls, plates, and other reinforced concrete structures with numerous layers and voids, they drill holes uniformly throughout the insulation area.

There is a disconnect (filling) of voids between the facing walls composed of bricks or slabs of reinforced concrete and the main wall during such insulation.

The wall needs to be prepared, which means that a tree, brick, concrete, and dust must be removed. The material’s main benefit is that it can be used without the wall needing to be aligned.

Drilling is required in the facing layer; the holes should be spaced uniformly throughout the area and have a diameter of 2.5 to 3 cm. A pressure of up to five atmospheres is used to force the foamyizol into the holes.

The void between the walls is uniformly filled with thermal insulation. It fills the spaces uniformly because of its poor adhesion (clutch) with brick and concrete.

Foamyzolias with high pressure insulation are used to fill spaces that are larger than 5 cm. To ensure that the walls can sustain the high pressure, they should be constructed from sturdy materials.

It’s important to align and trim off any excess after applying a layer of penoizol. Or use a dry cloth to wipe away excess.

Remember: experts also suggest putting in a reinforced net.

A fine-grained reinforcing mesh is pulled on the foamyzolo item’s walls to provide low-water insulation for the walls outside of the wooden frame, if it is made of metal. After plaster is applied, a material for thermal insulation is sprayed underneath it.

Additionally, there is foamyizol-filled low-naval open insulation.

In this instance, the filling uniformity is controlled by carefully and gradually pouring thermal insulation into the niche.

Watch this video to see an in-depth explanation of the foamsol wall stages:

The advantages of foam insulation

The following benefits of using this material in construction are evident:

  • Quick insulation work – this advantage is carried out due to the convenient form of material and its application.
  • The unlimited service life – since the duration of the operation of the building is about 100 years, the penoizole will serve the same way, so the use of this material as a heater will not require additional thermal insulation in the future.
  • Fire safety is explained by the presence of nitrogen foams in the composition of the foam, which is a non -combustible material. Practically, the fire is possible, however, later, it will only lose a little volume due to the evaporation of moisture, but will not allocate any harmful substances.
  • The absence of shrinkage is ensured by adhering a certain technology for the installation of foamyizol. If all the conditions indicated by the manufacturer were maintained during the installation of thermal insulation, then there will be no shrinkage.
  • In addition, this material has good moisture resistance and vapor permeability. Therefore, the room provides a healthy microclimate and comfortable living conditions.
  • Due to the presence of a certain composition, the insulation does not emit substances harmful to the environment, which means that it refers to the category of environmentally friendly materials.

  • Penoizole perfectly opposes the influence of various kinds of chemical aggressive substances, fungus and mold are not formed on its surface.
  • It is resistant to microorganisms and not eaten by rodents.
  • Due to the absence of joint joints, the reliability of thermal insulation and sound insulation is ensured.

Features of use

Employed as a insulating material

  • Possible insulation zones on the example of a private house. (To increase press) walls, roofs, attic, due to the low weight of the material, which allows you to reduce the load on the structure;
  • Angarov, cellars, garages and other types of storage facilities, as it has good protection against rodents and insects and low moisture passage;
  • floors and joints between the plates, this is due to the fact that the foam -asile is originally in a liquid state and is able to tightly bless all the cracks;
  • Soils in greenhouses.

It can also be utilized as an absorbent in the event of an accident in chemical plants and oil refineries, as well as a filler or soundproofing material for wall panels.

However, there are a lot of limitations when it comes to using it:

  • Do not use this material for insulation of the hood of the car and heating pipes, since when heated, the foam is lost part of the properties;
  • It is not suitable for insulation of windows and outer doors, because it should always be used as a middle layer and not contact with the environment;
  • Penoizol is not able to stay on vertical surfaces, so you should not use it to warm the chimney and water supply.

This lessens the material’s ubiquity in daily life, even with its remarkable qualities.

Watch this video to learn more about the physical attributes of the penoizol:

Penoizole Safety of use and disadvantages

Its high price is one of its drawbacks. This is because Penoizole has the lowest thermal conductivity of all the alternative forms of insulation. This material’s fragility and instability prior to deformation is another drawback; as a result, it is only utilized as the intermediate layer of insulation and not the outer or inner layer. Furthermore, penoizole installation necessitates adherence to a specific technology; if you disregard any of the application or drying instructions, all of the beneficial aspects will become detrimental.

Penoizole cannot expand, adhere, or stand on the surface to fill voids; therefore, a specialized device is required to supply the material under pressure, typically between three and five atmospheres.

Because it is monolithic, the foamyizol is retained on the surface. Furthermore, a shrinkage of 1% to 3% of the entire processed surface could occur. Little fissures are the result, and these are coated in foamyizol crumbs.

Since foamyizol fits tightly to the brick and fills in all of the cracks, there is only 1% shrinkage when applied to the surface of the brick walls. Use a minimum of five atmospheres of pressure when applying material to reduce the visibility of voids or cold bridges. However, not every design is able to bear such intense pressure.

When penoizol is used at temperatures higher than 90 degrees, some of its properties are lost, and it starts to gradually collapse.

In these circumstances, using penoizol is prohibited:

  • when insulation of a car engine, hood;
  • when arranging a warm floor of any purpose and type;
  • when heating the heating pipes of ventilation or chimney;
  • in the process of insulation of the water supply system, since the penosole is characterized by the lack of adhesion and will not hold on them;
  • when arranging a pitched roof consisting of drywall layer;
  • as interventive heater of door and window structures;
  • in baths is used only if they are made of brick.

Penoizol is completely safe as long as premium raw materials are used in its manufacture. This has been verified by a variety of tests and studies conducted on the material.

However, if the technology for pupping foams in the space between brick walls is violated, it results in the negative effects of its use, specifically the release of formaldehyde, which irritates skin and causes allergic reactions and other negative disorders.

High-quality vapor barrier installation is necessary to reduce the possibility of formaldehyde leakage. If this substance is allocated in this instance, it will only be done so outside the building.

Additionally, you should consider the availability of relevant quality certificates attesting to the safety of the penoizol when selecting the caliber of goods and experts completing the pouring job. It will be extremely challenging to remove low-quality foamine made with less expensive resins from the surface.

Video of penoizole insulation:

Necessary equipment

Penoizole is a cellular foam based on polystyrene and based on carbamides. Carbamide resin is used in a foam state, and an air-filled polymer can be obtained by adding foamed water and hardener. Direct application of penosol-dutage occurs at the construction site. The three stages of the insulation process are conditionally as follows: polymerization; flapping the polymer; and filling liquid mass into a formed void (interstratum or intercobe layer, special formwork).

A casual sleeve of specialized equipment is used to ensure the filling of liquid raw materials. The filling machine is made up of hoses that allow the resin, hardener, and water containers to enter the mixing chamber. The same compressor that supplies the air also provides the mass foaming. Next, the liquid mass that has foamed up by the sleeve enters the area directly and needs to be insulated.

Process control will be necessary to produce a high-quality polymer. This includes the air supply dosing devices, component dosing devices, and the Start-Stop system, which allows the mass supply to be stopped and started at any time without compromising the mixture’s structural integrity.

There are three different kinds of mobile foam insulation equipment:

  1. Installations of ghu. This is the simplest, cheap equipment that includes a low pressure pump and a compressor of a non -income type.
  2. Installation "flow" production of NGO Logruz (g. Tula). This equipment is widely used by small construction companies. Fairly simple machines are allocated, for example, the 2000DMU stream, and more productive, such as the flow-3000/10M. The installations provide for dosing compressors and the possibility of changing the speed of mass supply.
  3. Installations of turbome-based mixing type turbodes-6 (jetta-mini). They have the possibility of supplying a mixture under high pressure. Dose type pumps and compressor. Installed system "Start-stop".

The main advantages of foamsol

Offers effective sound and heat insulation. 60 mm of foamsol are equivalent to a wall that is 350 mm thick, 800 mm of brickwork, or 130 mm of mineral wool based on their characteristics.

The room will become warply warmer if a wall only 100 mm thick is warmed with liquid foam; this presents a good chance to lower the building’s heating expenses.

Liquid foam warming is environmentally benign and has no negative effects.

In terms of combustibility, smoke formation, and toxicity, crushed leaves and liquid foams were assigned groups G1, D1, and T1, respectively; in other words, the heat insulator is regarded as non-combustible, non-toxic, and non-toxic.

Group B2 on flammability indicates a moderate level of ignorance. When the surrounding air temperature surpasses 130°C, the carbamide foam not only fails to ignite, but also refuses to melt. He will be distinguished in this instance by vapors without being able to identify any hazardous substances.

While foamyizol insulation is not a completely waterproof thermal insulation material, it can effectively absorb moisture and "return" it without causing any harm.

This is more than just a heater; cotton wool loses its technical qualities after it gets wet and cannot be returned to its original form. The only thing that needs to be supplied is a gap for ventilation.

Top-notch vapor permeability is another feature of Mettemplast that helps prevent the growth of mold. Liquid foamyizol is not afraid of pests, chemically aggressive substances, or fungal formations. It also doesn’t fear organic solvents.

Another benefit is unlimited operation time, which was determined by experimental studies for the length of operation.

The penoizol insulation’s properties show the service’s useful life, which is determined by the 30s. He can, however, live twice as long—roughly 50–60 years—without experiencing any elasticity loss.

Carbamide foam is therefore without drawbacks. The only small detail is that there is a chance of extending the smell of strongly toxic substances if a low-quality mettemplast is acquired that is manufactured in violation of technology (specifically, by using inexpensive, low-quality urea resin).

Therefore, the primary source of misfortune that the buyer may experience can be attributed to a dishonest manufacturer who uses subpar raw materials in conjunction with an improper production process.

It’s also important to note that the heat insulator’s negligible toxicity is only seen in the early going, or during the mass’s polymerization.

Formaldehyde compounds evaporate, which causes a chemical odor. It usually loses its ability to distinguish formaldehydes after hardening.


First and foremost, there are expenses involved, but they are offset by the high caliber of the insulating properties.

The primary drawbacks are as follows: Penosol is not appropriate for use in every kind of structure; it should only serve as a medium layer and provide dependable protection against outside influences.

Penoizole causes a notable volume reduction of 1-3 percent. An additional drawback is that the penoizole can only be mounted at a specific temperature, which may cause construction to be delayed.

Remember that Penosol can only be mounted in air temperatures of six degrees or higher.

Even though filling insulation doesn’t require much time, the material may lose its properties if this task isn’t done by a specialist.

Penoizole ought to be an extension of the first; frequently, further work is required to isolate the material within the structure, resulting in additional expenses.

Failure to do so could result in the insulation releasing formaldehyde gas, which can make people allergic to it.

Poor quality content and work are what lead to unfavorable reviews.

Exercise caution: Before making a purchase, confirm the manufacturer’s credibility and the availability of quality certifications; keep an eye out for imitations.

This article discusses the characteristics of foam production equipment.

Read the article to learn how to make penoizol yourself.

KFP installation technology

Foam generators are used to insulate homes with foam insulation. It also facilitates the process of pouring and damping. An electronic system that controls and makes the product is a feature of really good equipment. The majority of devices also have pumps that have a volumetric collector drive as a defining feature.

What fill are used

Foamolisol wall insulation can be installed in conjunction with a range of materials. Reviews about foamsol insulation for homes rank the technology of the material highly among the concerns raised by customers.

The truth is that it’s convenient to use practically anywhere. This is by no means a comprehensive list of all the possible applications for the material; some examples include filling the space between internal and external walls, filling the sinus between slate and fencing, and pouring for siding.

Holes in the wall

Foamine wall insulation necessitates the creation of specific holes. They must be positioned at various points along the wall. They ought to be marginally thicker than the feed hose for ease of use. The processed material’s extremely low density allows it to be utilized in rather flimsy and decaying structures.

It does not expand when solidified, so you don’t have to worry about the CFP bending the structure. This is an additional fact: reviews regarding foamolisol’s ability to insulate walls are abundant. Mounting foam, for instance, lacks these characteristics.

Drilling and filling

The checkerboard-patterned holes in the wall are used to subsequently fill with foamyizol. Remember this crucial point: you must approach this from the bottom up.

As a result, the substance starts to equally fill the hole and pass through the nearby holes. Now is the time to put wooden plugs in them quickly.

Continue doing this until the mixture dries completely. In this way, there are no seams or joints. This fact ensures that thermal insulation is dense.

Positive feedback has been received regarding the use of foam insulation in homes, not the least of which is the material’s practically limitless lifespan, which eliminates concern for the external walls’ insulation.

Penoizole are the features

As a rule, ecowuta, polystyrene are most often used as insulation, but today it becomes quite popular. He has many advantages, each of which plays a role in the formation of such a good opinion about the material. Firstly, penoizol is completely uninteresting in rodents and microorganisms, the poetmow can not worry that the walls will gradually ride from the inside. It is noteworthy that if you have a mechanical effect on this material, it will turn into dust. The second important point – Penoizol reviews receives positive due to the breathable structure and good heat -insulating properties. Due to the presence in the material of the capillary moisture capacity, it can be safely used in wooden construction, while the appearance of mold is excluded. All extra moisture will be eliminated by the capillaries of the insulation. The third positive moment – compared to ecowide and glass wool, the material we described is sealed, it literally fills all the pores and details in its path.

When it comes to keeping your home warm and cozy, insulation plays a crucial role, and one innovative technology making waves in this field is Penoizole insulation. Penoizole offers a smart solution by using foam insulation to create a barrier against heat loss, effectively trapping warmth inside during the cold months and keeping the heat out during summer. Its lightweight and flexible nature make it easy to install, fitting snugly into even the tightest spaces. Plus, its energy-efficient properties not only help you save on heating and cooling bills but also contribute to reducing your carbon footprint. With Penoizole insulation technology, you can enjoy a comfortable home environment while also making a positive impact on the environment.


It’s not always easy to find a liquid polymer for spraying, so we thought about how to make a functional solution on our own. What must be ready:

  • Karbamid-formaldehyde resin;
  • Foaming agent;
  • Technical tap water;
  • Orthophosphoric acid.

You can purchase ingredients at a building supply store or in the chemical goods department.

Please be aware that the components only have a few months left on their expiration date. To obtain regular functioning foam, you must use only newly harvested raw materials.

If not, the insulation will become unstable, crack, and cause a significant amount of shrinkage.

Depending on the desired properties of the foam, different proportions of the components can be used to manufacture the solution. If more resin and acid are needed, more of each is added to a dense foamyizole; less is added to a loose foam.

One meter three of foamine will require the following preparation:

  • Resins 6 … 70 liters (more resin – denser foam). The material is heated to 20 ° C or more, it is not necessary to filter and control the viscosity;
  • Water is heated to 20 or more degrees. You can use ordinary tap liquid. Its amount is determined conditionally until the foam of the desired property is reached, the guideline is approximately the same volume as the resin;
  • Alkylbenzul sulfy acid foaming agent (ABSK) in an amount of 0.5 … 1.0% of the total after mixing resin and water;
  • Catalyst – orthophosphoric acid is taken in an amount of 0.2 … 0.5% of the total volume.

When making foams under the M15 brand, they use:

  • Resin = 20 kg;
  • Water = 24.5 kg;
  • Foaming agent = 0.1 kg;
  • Acid = 0.4 kg.
  • Additives to reduce cracking – resorcini (50 g.).

The foamyizol’s ingredients are combined and then added to the spray bottle.

Insulation with a foamyizol of walls with a layer from 3 to 5 cm

It is possible to apply liquid mass damping or wall insulation from the inside as well as the outside. To ensure adequate thermal insulation, a layer that is three to five centimeters thick must be created. There are various methods for applying liquid foam wall filling for thermal insulation.

The cavity is seeping between two brick layers in one direction. Ring brickwork is a widely used technology that allows a space to be created between the decorative and supporting layers. Sends the foamed mass to it. Possibly two choices for insulation:

  1. Under construction. The mixture is supplied from above as the wall is erected (after 12-15 layers).
  2. In the finished wall. Filling is carried out through holes that are drilled in decorative masonry in a checkerboard pattern over the entire surface of the wall. The diameter of the hole slightly exceeds the size of the nozzle on the supplier sleeve. The number of holes and their location should provide complete and uniform filling.

Pouring into the gap between the wall and the black coating is an additional possibility. Plywood, chipboard, and drywall are frequently used as the latter.

One major benefit of penoizol is that it does not expand during the polymerization and hardening process, allowing sheets with low mechanical strength to be used.

It is necessary to wait 4.5–5 hours for the polymer to harden after pouring it. Only then can additional work be done, such as finishing the decoration, removing excess mass, and leveling the wall surface.

Inter -stange thermal insulation

Suitable for buildings that are either under construction or already operational and have spaces between their outer and inner walls. The download is done straight into the exposed wall cavity in the first instance.

The insulation procedure for an existing building is as follows:

  • In the seams of the outer wall, you need to drill holes (in a checkerboard pattern), equal in size to the hose of the installed pressure equipment;
  • In the holes located at the very bottom, hoses of pumping equipment are mounted;
  • Next, the foam mixture is submitted under pressure in the intersthen space;
  • After the fenoizole appears in the holes of the next tier (height), the mixture is stopped, and they switch to a row above.
  • The lower holes are clogged with plugs, to prevent leakage of insulation;
  • The sequence of work is repeated before ensuring complete thermal insulation of the wall structure.

Penosole"s pros and cons of

The principal ones The following are some benefits of using foamsol as home insulation:

  • good adhesion of foam with almost every material;
  • There is no need to additionally prepare the surface before you plan to insulate it with foam;
  • obtaining an ideal seam that does not pass heat;
  • vapor permeability that allows you to preserve a healthy microclimate in the house;
  • the ability to insulate with its help concrete, brick, wooden and other surfaces;
  • the ability to warm with liquid polystyrene all the required space;
  • Suns and excesses will be removed very simply and quickly;
  • When choosing high -quality penoizol, he will not pose any danger to human health;
  • Available price is much lower than for insulation based on mineral wool;
  • resistance to fungi, mold and microbes;
  • the ability to warm the house, regardless of temperature differences;
  • Mostly positive customer reviews.

This insulation has certain disadvantages in spite of its many benefits and glowing reviews. Among them are:

  • linear shrinkage of the material necessary in case of filling it without the required pressure;
  • temporary unpleasant odor emanating from the insulation;
  • the ability to absorb moisture, so the foam should be protected from all sides;
  • Due to the presence in the composition of formaldehyde, foamyizol is best used for external insulation of the house or as an intermediate layer of thermal protection inside.

Features of production technology

Several additives are added to a specially prepared foaming composition during the manufacturing process of this insulation in order to modify the initial material’s standard physico-mechanical properties and enhance its operational characteristics. Furthermore, foamyizol is manufactured using technologies and equipment that are continuously being improved.

The primary curing of the foamed mass of the future insulation happens within 10 to 15 minutes after it is removed from a special foaming sleeve. In three or four hours, the next stage of curing takes place. This is a conventional process for producing foamyizol. But the material we use to provide insulation services to customers is far better; in particular, it re-erupts 20 to 30 minutes after being removed from the sleeve (at this point, the material starts to become quite elastic). After 1.5 to 3 days, it finally dries (the exact amount of time depends on the chosen drying method and the surrounding environmental factors).

Attention to the ceiling and facade

Penoizol is well suited for warming the ceiling. True, experts recommend using it in rooms with a large area, since the presence and work of professional masters will be required. It is easier. Due to the fact that the penoizol has excellent characteristics, it is able to become a reliable wall protection. The essence of the insulation of the facade is as follows. First, a supporting structure is mounted on the wall, for example, from a galvanized profile. Magnesite plates are screwed onto it, in which holes are made – it is here the foam is poured here. After its polymerization and solidification of the wall, you can paint or linen with decorative materials. For the facade, such a solution is quite convenient and functional, since the foams in combination with magnesite plates has good steamability. The walls will "breathe", supporting a favorable microclimate in the room. In addition, the facade will meet all fire safety and sound insulation requirements.

How to make a foamen independently

The finished form of liquid foam is highly expensive; it will be much less expensive if you do it yourself. Even so, inquire with the seller about the availability of quality certifications and details regarding the product’s composition, even if you are more interested in finished goods.

The process of insulating with penoizol will be efficient and of high quality if you follow each step of its creation on your own.

You need to combine the water foam with the hardener and carbamide resin to make foamsisol by hand. After that, you must allow the final product to freeze.

Foam is the material’s final form after hardening. It ought to be applied as a thick mixture to the surface. Because of its consistency, you can heat even the hardest-to-reach areas. Just be sure to handle the pressure-supply method appropriately so that the foam covers the entire surface.

The material functions as a heater once it has solidified. With this kind of insulation, the house doesn’t require as much heating, so you can save money.

Pour the material onto the insulated surface first, making sure to follow all installation guidelines for the gap.

Repair work typically takes about 6 hours, if the house is 70 square meters or larger. This is the case with insulation. You will save a lot of money by doing this yourself, even though a team of experts may complete the tasks more quickly and effectively.

Pour foam into every empty space on the walls in order to insulate the surface with liquid foam. You need to drill holes and put a hose into them before you can accomplish this. Furthermore, the pressure guarantees that all of the foam and cavities will be sealed and ensures the tightest possible fit of the foam against the wall.

Disadvantages of foamsol

  1. The material gives a shrinkage. It is 0.1-5%. Only Penosol does not have this property, which is poured between the walls and is under pressure.
  2. Low strength for gap. The slight density of the insulation explains the fact that it can be easily torn quite easily.
  3. High level of moisture absorption. In some situations, this quality can be considered as a drawback. So, because of this, Penosol should not be used to install under the screed, into the underground part of the foundation. It is also recommended to use an additional waterproofing layer.
  4. The need for special equipment for applying liquid foamyizol. You can buy or rent it. You can also hire a professional team.
  5. The possibility of installation only at temperatures above +5 degrees. High -quality foam can be obtained only if the temperature mode of operation is observed.

Insulation of houses with foamsol technology manufacturing

Insulation, or penoizole, is what makes it possible to complete thermal insulation tasks swiftly, effectively, and efficiently.

The process of making foamyizol involves combining water foam, hardening agents, and karambide resins. The polymerization of the solidification process then starts. The substance has the appearance of fine porous porous insulation after it has completely dried.

The first stage of insulation application offers the option to apply the material as liquid foam, which has the consistency of dense, thick foam. He handles the insulation of individual brick or sandwich panel homes. There is a specific air pressure present, which causes the air layers to fill. Following polymerization and hardening, the substance takes on the form of a light insulation with superior thermal insulation qualities.

The cost of heating can be considerably reduced by insulating the walls with foamolisol. The work costs related to thermal insulation will be fully repaid in a maximum of three years.

The filling process is the first step in working with this material. A specific process technology needs to be followed for the penoizol to serve its owner effectively. Additionally, you should ask the manufacturer for written guarantees and a certification of quality when purchasing a foamyizol.

It is feasible to use foamyizol insulation in building equipment for use at home. This will result in significant savings on hiring builders and middlemen. A house the average size can be thermally insulated in as little as six hours.

The average cost of work for one square meter is $30 if you hire specialized businesses that use penosole for insulation. Half to seventy-five percent less is required for independent work.

Pouring foamyizol into all of the building’s voids and air layers is the insulation procedure. This occurs via holes that have been carefully bored. The material is able to fill all of the cracks because of the pressure that is present.

You should pay close attention to the product’s quality when hiring a specialized team because many con artists use cheaper resin to produce foamsisol, which results in a much lower quality product. As an illustration, furniture resin is a less expensive but potentially hazardous hardener option.

When it comes to the best balance of quality, price, durability, efficiency, and thermal conductivity, insulation made with high-quality foam technology is the most advantageous option.

This insulation can be poured beneath plywood, plasterboard, and wooden surfaces as long as the wall’s construction material is at least 5 cm thick. Because equipment that generates pressure between three and five atmospheres is used during the filling process, walls that are easily damaged cannot tolerate this pressure. Less pressure increases the possibility of cold bridges, which can lead to material challenging and uneven distribution. As a result, the building’s energy efficiency and insulation quality are greatly compromised.

Leaf foamsol production is an option. When something is directly attached to the exterior of the wall and there are no spaces in the wall that need to be filled, then this is appropriate. Special cubic forms are used to manufacture sheet material; these forms are filled with material under pressure. They are sliced in a ratio with the required size after drying. The material remnants are utilized to create the cavity-filled crumbs…

Wall insulation with foamsol

Since foam is sold in hard sheets, polyurethane foam and polystyrene are materials that can be mounted separately. Since foamsisole is a casual material, it cannot be installed without specialized tools and the required knowledge, particularly when it comes to ceiling insulation.

To create an insulation layer of foam, the following supplies and equipment are needed:

Foam wall insulation system.

  • polymer resin;
  • hardener;
  • metallic profile;
  • dowel;
  • carbide foam;
  • Installation for the production of foamsisol;
  • compressor;
  • drill.

Typically, wall insulation is done from the exterior of the building and includes installing the protective facade. To fully access the spaces between the walls during the work, holes must first be drilled. Once inside, foam is then poured into the spaces under pressure.

A suspension structure is created on metal profiles further up the facade. This structure will serve as the foundation for the decorative layer as well as the foam pouring in the future. Any material that allows air to pass through is used to close the structure’s outer wall, such as siding. Depending on the thickness of the insulation layer, the distance between the siding line and the house’s real wall may range from 5 to 25 cm.

Through the use of specialized technical tools, foam is prepared, enabling the dosage of carbide foam and its mixing with water foam, polymer resin, and hardeners. Following preparation, the mixture fills all of the voids and niches in the walls under pressure, enabling the production of high-quality insulation. It is important to note that the installation of foamingizol is a little more difficult because it does not harden like polyurethane-like foam. The issue is that dense foam keeps its original dimensions throughout the cavity and niches; foamyizol does not expand.

He essentially hardens in just 15 minutes after pumping the foamyizol, but it will take at least 4 hours for it to fully crystallize. The foam resembles polyurethane foam after it has fully solidified, albeit with a lighter hue. Usually, when all the cavities and cracks are filled, the foam will expand by itself through even the smallest holes, so whatever visible foam remains should just be painted over. Technically speaking, foamsol wall insulation is highly challenging, so it is important to hire professionals exclusively to complete this task.

In terms of complexity and technology, ceiling warming is generally not all that different from wall insulation; however, in this instance, the horizontal arrangement of the ceiling is crucial because it promotes better foam growth.

Components of the composition of the penoizole Materials for manufacturing

Penoizole is a heater made from urea resin that has foamed. It is possible to manage work quickly, effectively, and affordably when you have your own production. Any home can benefit from great insulation if the number of components is accurately calculated and high-quality materials are selected.

It takes specialized tools and installation to create material by hand.

Production techniques that are safe to use enable the creation of environmentally friendly materials. Penoizol has the ability to fill in all voids and pierce gaps as deeply as feasible. The material is applied in a very straightforward way. Liquid foam offers insulation and sound absorption in this situation.

What makes up the penoizol:

  • Carbamide resin;
  • Foaming agent;
  • Water;
  • Catalyst.

Created content with specialized machinery. You are able to assemble things independently if you’d like. Two pumps, a compressor, a generator, a power source, and foam will be needed for this. It is preferable to use a foam generator to quickly prepare penoizol on a building site.

Characteristics and features of the penoizol

The technical process of foam insulation is appealing because the thermal insulator is installed on-site. Liquid foam (liquid foam) flooded under high pressure in isolated openings is the first type of foamyizol.

All of the cavities are filled with foam, which then freezes to produce excellent insulation. The insulation itself is reasonably priced, and this technology is very practical and economical.

The process of manufacturing involves combining carbamide materials with hardeners and water. After that, the polymerization (or solidification) process takes place. Consequently, the foam heater has a finely masculine appearance.

Since the thermoactive resins used in the manufacturing process have solidified into a state that cannot be changed back into a liquid, melting a heat insulator is not possible.

Penoizole, which has peculiar properties of its own, can withstand temperatures above 100 °C while still retaining its perfect structure.


  • Density-5-75 kg/m3;
  • Bloodedness-0.028-0.047 W/m ∙ K;
  • The strength of the strength during compression at 10 %linear deformation is 0.07-0.5 kg/cm2;
  • The strength of the bend is 0.10-0.25 kg/cm2;
  • Tensile strength-0.05-0.08 kg/cm2;
  • Water absorption by mass-10.5-20.0 % in 24 hours;
  • Mass humidity-5.0-20.0 %;
  • Use temperature -50 /+120 ° C;
  • Operational period – 30 years.

Apart from the liquid state, there exists a sheet foam and a crushed crumb form as well. The crushed is packaged and used similarly to liquid because the granules precisely fit into the hardest-to-reach spaces.

Leaf foamsisole is used primarily for even bases, such as walls, ceilings, floors, and roofs, to provide thermal insulation.

Features and key characteristics

Foam that is liquid It is created based on the composition of resin polymers. There are various types of this foam. For instance, the technical type of foam will be more hazardous and toxic if we discuss the classification of foams based on their intended use. Additionally, the foam used to insulate homes and apartments is different from it in composition and is thoroughly cleaned and safe.

In terms of production technology, frozen foam insulation is the safest type. When liquid foam solidifies, it can occasionally release toxic gases.

Based on carbamide-formaldehyde resin, the safest liquid foam is produced.

Each foam insulation is created by solidifying the substance. Adhesion increases significantly when foam is applied directly to the surface to be warmed, as opposed to installing a foam plate.

The best choice for liquid foam is based on resins called carbamide-formaldehyde.

The material used to make each heater with a foamed purpose is solidified to form it. Its adhesion with the foam increases several times more if it is applied directly to the surface that needs to be insulated than if the stove is installed directly on the foam.

Hardener and resin are needed for the preparation of liquid foam. The ingredients are combined and whipped into a foamy state by the special machine. Next, a pump is used to supply the foam to the insulation location through the hose. Completed goods are offered for sale as foam cylinders.

Penoizol quickly hardens and heats the house after hiding on the insulated surface.

Foam or foam

Penoizole is the most economical and useful instrument for insulating buildings, in the opinion of purchasers.

Compared to polystyrene, penoizol is less thermally conductive and safer.

Customers are not deterred by the fact that expertise and equipment are necessary for the installation of foams because its qualities surpass those of foam. Although polystyrene is less expensive than foamyizol, it is preferable to avoid skimping on insulation if money is tight.

Reviews of those who insulated with foam

45-year-old Yuri from Almetyevsk:

"I employed experts five years ago to pump penoizol into the interstratum space. There are none; in fact, I’m happy with everything. Before insulation, we had to remove the mold and change the wallpaper every year, but these issues vanished. Remember that Penoizol is not fond of physical influences. Since it is poured in between the walls in our situation, there is no load on it ".

34-year-old Radik from Izhevsk:

"Back in 2012." Foam insulation was used to insulate the house’s walls and attic, while polyurethane foam was utilized to cover the ceiling. Since the insulation seals all the gaps, it keeps the house warm in the winter and cool in the summer. This makes it suitable for use throughout the year. One of the drawbacks that I see is that 380 V is required in order to use the equipment.

Eduard, Vologda, 38 years old:

He dragged her to the device while I made the autonomous decision to warm the roof with foam. I was happy to find that the foam was voluminous when I installed it. However, the insulation’s volume significantly decreased after drying. After delving deeper into the subject, he came to understand that using penoizol requires precise measurements as well as the availability of high-quality tools. If you intend to use this insulation, bear this in mind. However, I must admit that the penoizole’s function is to preserve sound and heat permeability, and in this case, everything worked well for me.


It is advised to watch a video or use other visual aids that provide a thorough explanation of the installation procedure before using foamine in order to fully comprehend what it is.

Here are some quick instructions for installing the penoizol:

  1. Collect the equipment according to the recommendations of the manufacturer.
  2. In a separate container, mix all the components, given the proportions.
  3. Prepare the surface – remove traces of finishing work.
  4. Set lags from bars or make a crate.
  5. Apply the material evenly, making sure that the foam does not go beyond the established edges.
  6. Go to the installation.
  7. Wait for the foamine to become solid.
  8. Cut the excess insulation with a sharp knife.
  9. Pour the reinforcing grid after the material is completely freezed.
  10. If necessary, start decorating the surface.

The following suggestions should be considered when selecting foam and installation-related equipment:

  • There are pneumatic hydraulic and gas -liquid apparatuses, when warming the house, customers choose a more budget option – the GSU “Mini”;
  • Do not purchase equipment with a built -in compressor that has no receiver;
  • Do not make a choice in favor of the installation where the foam generator is connected to the pump unit itself;
  • It is recommended to buy equipment where the plunger pump is made of stainless steel or plastic;
  • Make sure that the plunger pump of the equipment has a function of speed control;
  • Before buying a penoizol, ask the seller to show a sample, it must be pure white;
  • 15 minutes after spraying using light taps, check if the material is broken;
  • foam should not decrease in volume immediately after application;
  • After hardening, the heater cell should be small and homogeneous;
  • When compressed, the foams should acquire the initial form.

You will get a high-quality outcome for many years, based on customer reviews and the stated characteristics, provided that you follow all advice given during the purchase and installation processes.

Technical characteristics of the penoizole

  1. Thermal conductivity of foamsol. This indicator is quite low in this insulation. The coefficient ranges from 0.031-0.041 watts per meter per Kelvin. To achieve good heat insulation results, it is enough to lay a layer of 10 centimeters. Thus, the costs of the material will be bought by saving heating funds already within one winter.
  2. Soundproofing. This insulation has worthy indicators of noise absorption. In percentage, this is about 65%.
  3. Fire resistance. Penoizole is attributed to the G-1 combination group, that is, a material that burns poorly. The ignorance group of this insulation is B-2. This means that it does not melt when exposed to fire. He was also assigned to the D-1 group by the ability to distinguish smoke and T-1 by toxicity. The use of the heat insulator is permissible in temperature boundaries from -60 to +80 degrees Celsius. At high temperatures, the material will simply evaporate, without releasing toxic compounds. Penosol will be distinguished ten times less in the open fire of smoke than the foam.
  4. Chemical stability. The insulation does not respond to a chemically aggressive environment, various organic solvents.
  5. Moisture resistance. Penoizol absorbs moisture well, but just as easily gives it without a deterioration in its qualities. The material absorbs 1/5 moisture, evaporating it subsequently. To avoid mold on the walls, it is recommended to make a ventilation gap. During the day, the heat insulator absorbs 10-20% moisture.
  6. Vapor permeability. Since this insulation is hygroscopic, the walls get the opportunity to "breathe". The air passes freely through the structures that are insulated with foamyizol.
  7. Biological stability. Penoizole insulation is not afraid of fungus, mold, microorganisms. Home rodents do not rush holes and moves in it, do not use it for food.
  8. Strength. The material has special softness, so it adjacent to all the irregularities of the surfaces, completely filling the gaps and cracks. Compression on strength with linear deformation of 10% is 0.07-0.5 kilograms per square centimeter. With bends, this indicator is 0.1-0.25, and at stretching-0.05-0.08 kilograms per square centimeter.
  9. Lifetime. Penoizol production began not so long ago – just about 50 years ago. Therefore, it is possible to establish indicators of its durability only approximately. On average, manufacturers talk about 30-50 years of operation of the material.
  10. Environmental friendliness. High -quality foaming does not secrete any volatile toxic compounds either in the process of installation or during operation. Even the effect of fire does not provoke the release of harmful smoke.

What is penoizol

Penoizole was widely used as a heater in newly constructed and renovated homes. It is applied to floors, ceilings between floors, walls, and roofs to provide thermal insulation.

Penoizole is essentially a modified foam by nature.

Penoizole now possesses enhanced thermal insulation qualities. Additionally, the material is resistant to moisture, fire, and compounds that pose a health risk.

The foamyizol’s constituents bear resemblance to polystyrene foam, albeit with smaller cell size. This marshmallow-like insulation is made of urea resin, foaming, and orthophosphoric acid.

Insulation is installed by spraying with a specialized tool. But foam (foam) in cylinders is used for small jobs. When using the device, all of the parts are mixed together inside the heat insulator and then supplied outside to fill in all of the cavities and cracks that are present.

The foam takes two to three days to reach the required strength, but it starts to solidify ten to fifteen minutes after installation. quickly takes on its previous form following mechanical exposure because of its 90% air content and elasticity.

Other names for this heat insulator include pouring, liquid, carbamide foam, thermal insolo, and eco-insulus.

Three varieties of carbamide foam exist:

  1. Leaf foam, what it is? The process of manufacturing this heat insulator is that the fluid is poured into the mold, and after hardening, the resulting material is cut into the sheets of the required thickness. The insulation is subjected to finishing and installed on the outside of the building. In addition, this type of penoizol is used to cover the floor or isolation of the structures under construction.
  2. Granular heater penosole (foam -sounder or heat -mounted crumb) – are used to cover the foundation, floors, inter -story and inter -stratum ceilings. Such a foam is made by crushing polymerized material on small elastic granules (10-15 millimeters). Thanks to this insulation, you can save the budget, since the crumbs during grinding increase by 2 times.
  3. Penosole of a liquid look – The most popular today. The insulation is prepared right before use and is suitable for pouring closed spaces, in order to create a sound and heat-insulating layer in the walls, sandwich panels and frame buildings. During the repair process, liquid foams are poured with cracks, gaps and cavities.

Brief instructions for the installation of foam

We handle the material in accordance with this plan:

  1. We collect equipment according to the instructions.
  2. Mix in the container all the components of the future penosole, based on the proportions indicated in the instructions for the equipment.
  3. Prepare the surface – remove the remains of finishing materials.
  4. We make a crate or install lags from wooden beams with a step of 50 centimeters.
  5. We apply a uniform layer of foam to the surface so that it is a might with the edge of the crate or lags. We begin installation from the far end to the near.
  6. Leave the layer to dry.
  7. After the foam is hardened, we cut off its excess with a sharp knife.
  8. After the full polymerization of the material, we lay the reinforcing grid.
  9. After that, you can start plastering or staining the surface, if necessary.

Media: https://www.YouTube.COM/Watch?v = t1wubwofiq Author:

Advantages Disadvantages
1. Effective thermal insulation 1. Initial cost can be high
2. Moisture resistance 2. Requires professional installation
3. Noise reduction properties 3. May release harmful chemicals if not properly installed

For homeowners wishing to improve their home’s comfort and energy efficiency, penoizole insulation technology provides a cutting-edge and effective option. This method is lightweight and simple to install, and it offers superior thermal performance by using foam insulation made from expanded polystyrene beads.

One of the main advantages of penoizole insulation is its capacity to minimize energy loss and lower heating and cooling expenses by forming a continuous barrier against heat transfer. This makes it easier for homeowners to keep their interior temperature comfortable all year round, regardless of the outside weather.

Penoizole insulation is also eco-friendly because it doesn’t contain any dangerous chemicals or gases and can be recycled at the end of its useful life. For environmentally conscious homeowners wishing to lessen their carbon footprint, this makes it a sustainable option.

Penoizole has good sound insulation qualities in addition to its thermal insulation qualities, which helps to lessen noise transfer between rooms and from the outside world. This can greatly raise a home’s general level of comfort and tranquility, improving residents’ quality of life.

All things considered, penoizole insulation technology offers homeowners looking to upgrade the insulation and heating in their homes a financially sensible, environmentally responsible, and energy-efficient option. Renowned for its exceptional efficacy and manifold advantages, penoizole is rapidly gaining traction as an insulation option among both contractors and homeowners.

Video on the topic

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Insulation of a brick house with foam

Insulation – foam between the walls (heat -insol, foam). Shrinkage, crowning, moisture, condensate.

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Michael Kuznetsov

I love to create beauty and comfort with my own hands. In my articles I share tips on warming the house and repairing with my own hands.

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