Nanoisole A instructions for use

"Nanoisole A" is a cutting-edge product made to improve roof thermal insulation, improving building comfort and energy efficiency. Nanoisole A, created by top nanotechnology researchers, uses nanomaterials to create a thin but incredibly effective layer of insulation.

Applying Nanoisole A is simple, but for best results, careful attention to detailed instructions is needed. This product is intended to be used on a variety of roofing materials, such as concrete, metal, and shingle roofs. Its main purpose is to stop heat transfer, which keeps interiors warmer in the winter and colder in the summer.

It’s important to properly prepare the roof surface before applying Nanoisole A. Make sure the surface is completely clean to get rid of any impurities, dust, or debris that could prevent adhesion. Make sure the roof is dry and free of moisture, as this may reduce the insulation’s efficiency.

Nanoisole A is applied by rolling or spraying it uniformly over the roof surface. It creates a thin layer of seamless insulation that clings firmly to the substrate. To get the appropriate thermal performance, it’s critical to adhere to the manufacturer’s recommendations regarding application thickness and coverage.

After application, Nanoisole A creates a strong barrier that prevents heat transfer without significantly increasing the roof’s weight or thickness. It is perfect for both new construction and roof retrofitting because of this feature. Over time, regular inspections and maintenance can help guarantee Nanoisole A’s continued efficacy.

Overview:	Nanoisole A is a cutting-edge roof insulation product designed for easy application.
Application:	Apply Nanoisole A evenly on clean, dry surfaces using a brush or roller. Ensure thorough coverage for optimal insulation.

Waterproofing nanoisole a

Nanoisole A is a sub -stroke film designed to protect the insulation and other building structures from the wind and moisture. Can be used in the installation of insulated walls and roofs of any buildings. The nanoisole membrane is fixed over the insulation, under the roofing or external facing material of the wall. The inner side of the material is anti -condensate: on the rough surface, condensate drops are delayed, they do not flow into other materials and gradually evaporate. The outer side of the film is smooth, has water -repellent properties. So the waterproofing nanoisol A prevents moisture from the external environment into the insulation and other materials, ensuring the removal of water vapor from them. The use of a subcutaneous wind and moisture-proof membrane allows you to extend the life of materials and improve the thermal insulation properties of the insulation.

The advantages of the nanoisole membrane a:

• high strength;
• environmental friendliness (the film does not secrete substances harmful to health);
• ease of use;
• resistance to adverse environmental factors (bacteria, moisture, chemicals);
• durability.

Nanoisol On insulated roofs with any kind of roofing coating, a film can be used as a moisture- and wind-resistant material. It is positioned beneath the crate’s rails and on top of the rafters and insulation. Employees of Roof-M company are advised to use special seals to keep dust, dirt, and garbage away from the film and undercarbon space.

In low-rise homes, the membrane is also utilized to safeguard the insulation and other wall materials. is applicable to external wall insulation from beams, frames, thyroids, and combined structures. On the exterior of the insulation, beneath the external finishing material (siding, lining, etc.), the film is fixed.

Ventilated facade

When installing ventilated facades on buildings with external insulation, it is recommended to use nanoisole. The film allows moisture from thermal insulation material to evaporate while shielding it from airborne precipitation and wind that collect in a ventilated gap.

Nanoisol A is mounted on the roof by rolling it horizontally over the insulation and cutting it right on the rafters. Smooth out the surface and start installing from the bottom of the roof. Overlapping canvases are present. They should overlap by at least 15 cm on horizontal joints and 20 cm on vertical joints. There is a ventilation gap that is 7-8 cm wide between the canvases that are appropriate for the skate.

Over the whole area, a ventilation gap 2-4 cm wide needs to be kept between the insulation and the wind-and moisture-proof membrane. The thickness of the crate’s racks determines the width of the space between the film and the roofing. In order to eliminate moisture from the under-wrapping area, ventilation gaps are required. In order to avoid the film sagging more than 2 cm between the rafters, it is pulled. The film’s ability to withstand moisture deteriorates when it comes into contact with other materials or insulation.

Use wooden counter-circuits to secure a stretched film to the rafters; fasteners like nails or screws can be used. Then, a crate or continuous flooring is attached to the counter-income, depending on the type of roofing. The Roof-M company’s experts advise making sure moisture flows along the film’s lower edge in the drainage groove when installing it. Ventilation holes on the skate and below the roof are essential for the efficient removal of moisture from the undercarbon space.

Roofing is not primarily made of nanoisole film. Nanoisol C and nanoisol D can be applied as a transient coating.

On the walls with external insulation of nanoisol A is laid horizontally on top of the insulation. Its smooth surface should be facing out. The film is attached to the wooden frame using galvanized nails or construction stapler. The canvases are overlapped so that they overlap each other on vertical and horizontal joints by at least 10-15 cm. It is necessary to ensure the possibility of running moisture along the lower edge of the film to the water -shaped plum of the basement. On top of the attached film on a wooden frame, counter -rects are installed, on which external finishing material (siding, lining or other.). Between the film and the outer lining, the ventilation gap 4-5 cm wide should remain (depending on the thickness of the counter -ores).

• Nanoisole a
• Nanoisole b
• Nanoisole d
• Nanoisole SM

Nanoisole A instructions for use

The most important factor providing the heater performance of its functions for a long time is the protection of the insulation and internal structures of the house from moisture from the external environment (atmospheric moisture, drops of rain, powder) and from the inside of the room (steam and condensate). Increasing the moisture content of the insulation by 5% halves its thermal insulation properties. Unfortunately, the roof and outer wall sheathing do not always cope with this task by 100% – drops of water or snow can penetrate under them with poor -quality installation, wind and braids. Moisture contained in the air of the dwelling can also penetrate into the insulation. Using the film Nanoisole It just guarantees reliable protection against moisture, and accordingly ensure the durability of your building structures.

We advise utilizing membranes called Nanoisole SM and Nanoisole SD in the design of your insulated roof to ensure wind- and moisture-resistant roof. These membranes ensure the dependability and longevity of your roof’s design. The expense of the crate between the insulation and the membrane is avoided when materials are placed directly on the insulation without ventilation.

SM Nanoisole It is placed next to the gray side of the insulation, or Nanoisole SD, which has a white side.

The primary or temporary roofing is not intended to be made of nanoisole material.

Nanoisole a can be used as a subcutaneous wind-moisture barrier in insulated roofs with different types of coatings and tilt angles greater than 35 degrees. Under the doom, on top of the rafters, and with a space of 4–5 cm above the insulation, the material is fastened. acts as extra protection against wind and as a shield against sub-condensate for load-bearing structures and insulation. It is not acceptable to install or use the material for atmospheric precipitation.

When installing insulated roofs Nanoisole a rolled and cut on top of roof rafters above the insulation. Installation is carried out by horizontal panels overwhelmed, the smooth side outward, starting from the lower part of the roof. Overlapping the panels of horizontal and vertical joints – at least 15 cm. The stretched material is strengthened on the rafters with vertical wooden antiseptic counteraines 4×5 cm on nails or self -tapping screws. A chat or continuous plank flooring is mounted on counter -attacks depending on the type of roofing. Between the material and the insulation, a ventilation gap is provided 4-5 cm, and between the roofing and the material-the gap to the thickness of the counter-attack. Nanoisole a should be fixed in a stretched position with a minimum sag between the rafters. The material with insulation or continuous wooden surfaces should not be made, as this leads to a decrease in the waterproofing ability of the material. The lower edge should provide natural moisture drain from the surface of the membrane into the drainage gutter. For weathering of water vapor and condensate, it is important that the under -wrapping space is ventilated. To do this, in the lower part of the roof and in the area of ​​the ridge, ventilation holes are provided for air circulation.

Nanoisol is used as a vapor barrier in the insulated roofs of the attic that are operated with different kinds of roofing. The substance keeps vapors from the interior of the space from penetrating the thermal insulation layer.

Nanoisol in Mounted on the inside of the insulation on the rafters or along the black sheathing using a construction stapler or galvanized nails. Installation is carried out from the bottom up with horizontal panels overlapping with a horizontal and vertical joints of at least 15 cm. When finishing the room with lining (plywood, decorative panels, etc.D.) vapor barrier is fixed according to the frame with vertical antiseptic wooden rails 4×5 cm; When finishing with drywall – galvanized profiles. The installation of the material is carried out with a tight fit of the smooth side to the insulation. The interior decoration of the room is attached to the re-frame or galvanized profiles with a ventilation gap of 4-5 cm. In rooms with high humidity of the panel of the material, it is recommended to fix it together with a connecting tape Nanoisole SL.

Nanoisole The protection of internal structures and insulation is a crucial factor in ensuring the long-term effectiveness of its functions as an insulation.

"With its cutting-edge nanotechnology, Nanosol A provides a simple way to improve roof insulation. The application of Nanoisole A to maximize thermal insulation and prevent roof weathering is explained in detail in this article. Both professionals and homeowners can take advantage of this cutting-edge product to increase energy efficiency and prolong the life of roofing systems by adhering to these precise guidelines."

Nanoisole A – sub -winding windmill

The moist qualities have a major impact on how long roofing structures last. Owing to the temperature differential, condensation forms on the inside layers of roofs and settles on thermal insulation and crates as vapors entering from the premises and slits cleans. The strength of the roof and the insulation’s ability to act as thermal insulation are both severely weakened by excessive humidity. Non-woven membranes roll beneath the roofing to keep moisture from building structures from the outside of the insulation. TM "Nanoisol" roller coatings are among them.

The guiding concept and traits

Nanoisol The semi-permeable film composite that makes up a subcutaneous membrane operates on the basis of the water’s surface tension phenomenon. Moisture does not build up on the membrane because of the inner surface’s rough texture. Instead, the evaporation area is expanded and individual moisture particles evaporate without settling on the inner layers. In contrast, the exterior surface is smooth. In the event that condensation forms or moisture seeps through the roof, drops will still roll freely despite any minimum slope.

Consequently, the application of the "Nanoisol A" material has a complete effect, removing surplus moisture from the outer layer and returning the moist regime beneath the membrane’s surface to normal. "Nanoisole A" keeps the insulation from getting wet and preserves its functional qualities. Furthermore, Stroymet experts point out that the membrane produces a dependable wind barrier, enabling the use of materials for buildings and other structures’ wind protection.

• comprehensive action (normalization of moist regime, removal of excess moisture from under the roofing, wind protection);
• convenient installation (there is no need to use special fasteners and structures);
• environmental Safety;
• durability (the operational period of the membrane is measured in decades);
• under normal operating conditions and in a particularly humid environment, the material retains chemical inertia and mechanical strength;
• Not affected by mold.

Rolonnoye "Nanoisole A" is used for vapor and wind barriers in insulated walls of public, commercial, and residential buildings, as well as for insulated roofs of any geometry. The material is placed between the insulation and roofing sheets, facing, facade panels, etc.; it is not utilized as a stand-alone coating.

In roofing structures, the Nanoisol A membrane is cut on the roof. The panels are pulled horizontally, the smooth side outward, with an overlap 10-15 cm. Installation begins with the lower part of the roof, on top of the rafters, closing the insulation. Between it and the film should be left gaps of 2-4 cm to weathering condensate, and between the membrane and the roofing-for the thickness of the crate. The membrane is fixed using counter -circuits or crams fixed to screws, nails or any other fasteners. On vertical seams, overlap should be increased to 20 cm. In the area of ​​the roof skate between the panels, it is necessary to leave a ventilation gap 7-8 cm. A crate or continuous boardwalk is mounted on counter -attacks depending on the type of roofing.

"Nanoisole A" can be used in a variety of externally insulated wall systems, such as frame buildings and structures with ventilated facades. The membrane is fastened to the wooden frame above the insulation, just like in roofing production. The panels are positioned horizontally, with a smooth side facing out and an overlap of 10 to 15 cm beneath the casing. This leaves the counterattack’s thickness for the ventilation gap. They are fastened to the frame using galvanized nails or construction staples. The membrane’s lower edge ought to terminate to allow moisture to flow onto the building base’s drainage drain.

Crucial! Inspecting the fixation and tension of the material is especially important when installing the "nanoisol A" membranes on flat or inclined structures. It should be stretched out, with no more than 2 cm of sagging between the rafters. Wooden surfaces or insulation should not come into contact with Nanoisole A as this will lessen its waterproofing capacity. A natural moisture drain from the membrane’s surface along the lower edge needs to be included in the drainage gutter. Ventilation holes are necessary for the undercarbon space in the ridge area and lower portion of the roof to be ventilated.

Apart from series A, there exist other varieties of "nanoisol" that exhibit dissimilarities in terms of their mechanical and physical properties, such as strength, vapor permeability, water resistance, and density. The operational conditions determine which option is selected. The use of Nanoisol C or Nanoisol D materials is advised by Stroymet specialists for the temporary protection of building structures.

Technical details of the substance nanoisole a

• Nanoisole A – sub -winding windmill
• Nanoisole B – sub -winding windbreaker membrane
• Nanoisole D – sub -winding windmill membrane
• Nanoisole SM – sub -winding windbreaker membrane

For wind and moisture protection, you can purchase nanoisole nanoisol A at Stroymet for a competitive price. Delivery functions.

Knowing how to use Nanoisole A is essential if you’re thinking about using it for roofing. The advanced insulation for roofs that Nanoisole A is made of provides advantages like durability and thermal efficiency.

A clean, dry surface is required for the application of Nanoisole A. This guarantees appropriate adherence and efficacy. For optimal results, adhere to the manufacturer’s application techniques guidelines. Using the suggested tools, the product is usually spread evenly over the desired area.

After application, Nanoisole A creates a barrier that blocks heat transfer and improves building energy efficiency. In the long run, this can result in lower heating and cooling expenses, making it a sustainable option for consumers who care about the environment.

Finally, Nanoisole A presents a viable way to enhance roof insulation. By carefully following the application instructions, you can optimize its benefits and help your home or building save energy and improve comfort.

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