Homeowners are constantly searching for economical ways to keep their homes warm as the weather gets colder and heating bills rise. Foil insulation is one choice that’s becoming more and more well-liked due to its ease of use and effectiveness. Specifically, foil insolon is a multipurpose substance that’s significantly improving the way people insulate their homes.
A layer of insulating foam covered in reflective aluminum foil is called foil insolon, a kind of reflective insulation. It is particularly effective at preventing heat in the summer and retaining warmth in the winter thanks to this combination. It is lightweight, simple to use, and suitable for installation on walls, ceilings, floors, and attics, among other surfaces in a home.
Foil insolon’s capacity to reflect radiant heat is one of its main advantages. Foil insulation reflects heat back into the space, in contrast to traditional insulation materials that primarily concentrate on absorbing heat. This lessens the strain on your heating system and helps to maintain a constant temperature, which may result in lower energy costs.
The general comfort of your house can also be increased by insulating a room with foil insolon. Warmer and cozier rooms don’t always require a lot of central heating. It’s also a fairly simple do-it-yourself project. You don’t need to hire a contractor or do a lot of construction work to add a layer of foil insulation to your home—all you need is a few tools and some perseverance.
Whether you’re building a new home or remodeling an existing one, using foil insolon as insulation can be a wise choice. Comfort, energy efficiency, and long-term savings make it a wise investment. It’s worth looking more closely at this cutting-edge material as you consider your insulation options to see if it can work into your plans.
Description of the material
Thermal insulation isonon is made of artificially foamed polyethylene that is shaped like tiny cells or pores. The porous structure leads to enhanced characteristics related to thermal insulation. Warm and waterproof different surfaces and entire structures with it. The final product may be in the shape of a roll, sheet, tape, or block.
The primary focus is on thermal, acoustic, and hydro insulation. Because it outperforms comparable products in terms of characteristics, it is also utilized for household tasks. Isolon is a durable material that resists wear due to its unique structure.
It frequently works in concert with additional insulators. For example, it is combined with polystyrene or polystyrene foam if the task is thermal insulation of the surface. You can qualitatively warm the walls, inter-story floors, and loggias with a "pie" like that. It also functions as a floor screed insulator. It is also utilized in the manufacturing of automobiles; isolated bodies keep metal components from corroding.
Composition and technical characteristics
To make isolon, foam polyethylene, which explains its structure – air pores closed in the synthetic "body". Despite the elasticity, the material is quite soft, therefore it is convenient when working with geometrically complex surfaces. In the manufacture of isolon, a thin foil layer of aluminum is made, the task of which is the reflection of heat back into the room. As a result, you can reduce the thickness of the layer of insulation itself (the usual thickness for other products is 50-100 mm). The initial thickness of the insolon is 2 mm, but it is increased if necessary to 100 mm. It all depends on which area it is used. For example, to insulate the balcony, it will require insulation with a thickness of 20-30 mm.
NPE and PPE (unsuccessful foam polyethylene and stitched) are two different types of insolon that are distinguished based on the production method. We’ll talk more about them later on, and the technical details of both options are shown in the table below.
Index | PPE | NPE |
Density | 33 kg/m3 | 24 – 45 kg/m3 |
Operating temperature range | -60 to +75 degrees | -80 to +80 degrees |
Thermal conductivity | 66 W/MK | 0.040 W/MK |
Water absorption | 0.01 | 0.01 |
Vapor permeability | 0.001 mg/(m*h*pa) | 0.001 mg/(m*h*pa) |
Sound absorption | About 60% at 6000 Hz | from 3 to 13% |
Similar to insolon, foil insulation is a great way to increase the warmth and energy efficiency of a space. It keeps the room at a comfortable temperature by reflecting heat back into the area and minimizing heat loss. In confined areas where conventional insulation might be challenging to install, this kind of insulation is lightweight, simple to install, and efficient. You should anticipate a discernible increase in heat retention with foil insolon, which will result in cheaper energy costs and a cozier house. It’s a useful way to improve insulation in floors, walls, attics, and even the areas surrounding pipes and ducts.
Advantages and disadvantages
The insolo insolve is very popular because of its many benefits:
- Safe, does not have a harmful effect on human health;
- Due to the low water absorption and vapor permeability, the insulation can be used without a waterproofing layer;
- elastic, so light when laying in complex places. At the same time, elastic, therefore it easily takes the original form after dismantling and can be used again;
- Atmospheric rainfall and ultraviolet is not terrible, so suitable for external work;
- Isolon is one of the best wall insulation for walls. Example: 10 mm of insulation = 15 cm of brickwork, 20 mm mineral wool or 5 cm of wood. Heating costs are reduced almost three times;
- does not provide a load on the processed structures, as it weighs little;
- fireproof;
- The service life reaches 80 years;
- During the manufacture, the material is not only covered with foil or metallized film, but also applied embossing, painted;
- Isolon is easy to work. It is easy to cut and fix it on the surface, which allows a self -adhesive base. Also, a stapler, small nails, screws or silicone glue can be used for fixation;
- Waste of raw materials are used a second time;
- aggressive chemicals and biological destroyers do not affect the material;
- wide selection in terms of size, density, thickness.
While there are drawbacks and insolones, they are considerably less numerous:
- relatively high price;
- The thin aluminum layer is easy to damage, so working with the material should be carefully. The same applies to its transportation;
- Izolon is not plastered, they are not closed with wallpaper and other finishing materials that can “load” it, which can lead to a break in the insulation.
Note: Any work involving the material, such as installing isolon flooring insulation in a wooden house, will at minimum require some basic construction knowledge to avoid damaging the material. Insulation that has become contaminated will no longer be 100% effective.
Types of thermal insulation isolon
Two types of insulation are available: sewn PPE and non-eared NPE, due to differences in manufacturing techniques. The molecular structure is what separates them. The material’s strength and resistance can be increased by sewing it into a mesh.
Additionally, the following isolone modifications are distinguished based on the field of use:
- A-a standard option with a unilateral foil layer 3-10 mm thick;
- B – a two -layer variety, more durable;
- C- foil, self-adhesive material, most often used for vibro and sound insulation of cars;
- ALP is similar to the previous option, only supplemented with a layer of polyethylene film up to 3 mm thick. The most durable species, often used for the arrangement of warm water floors.
Extra Details! The foil layer’s function is to reflect light and heat.
Sequence of work during insulation
Following the fundamental installation and usage guidelines for isolon is essential if you want the insulation to function effectively and last longer.
Insulation of the ceiling and gender isolon
Due to its thinness, this material is frequently mixed with other insulation, like mineral wool, to create high-quality thermal insulation pie.
The following steps make up the ceiling warming method:
- Mineral wool is laid between the ceiling lags.
- Isolon ison.
- They stuff the counter -scheme.
- Lay the finish.
Isolon is put directly under the finish in order to act as a noise insulator. In this instance, a construction stapler is used to secure the material to the work surface.
Note: Ideally, you should leave the space between the decoration and the isolon as large as possible to allow for the evaporation of moisture.
The work order appears as follows when warming the floor insolon from the inside:
- Dismantling of the old coating. If insulation is carried out in an old house, then first of all it is necessary to disassemble the existing floor covering.
- Preparation of the base. At this stage, the underlying structures are restored: the cracks are closed, a new screed is filled.
- Arrangement of sexual waterproofing. The base is covered with a primer. After it dries, the surface is covered with a plastic film or waterproofing membrane. Crystaline waterproofing coating can also be used.
- Laying the heat -insulating layer. Leaf or rolled isolon is adjusted in size so that it covers the entire surface. The joints of the joints are sealed with foil tape – there should be no gaps from below, since they at times worsen thermal insulation properties.
- Waterproofing material is laid on top of the insolon and the finish is equipped.
Note: Two-layer insulation is equipped if needed.
Wall insulation isolon
Typically, extra insulation in the form of mineral wool is used for this kind of work.
- Wooden bars are attached to the wall for the future counterparty.
- Mineral wool is laid between the bars.
- Foil isolon is nailed on top of the bars. Its brilliant side should be directed towards the room.
- Rolls spread the joint in the joint. The existing gaps are closed with aluminum tape.
- The counterpart is nailed.
- The finish is attached.
Extra Details! A minimum of 15 mm should separate the foil from the finishing material.
Benefit | Description |
Reflects Heat | Foil insulates by reflecting heat back into the room, keeping it warmer. |
Reduces Energy Costs | By retaining heat, foil insulation can help lower energy bills. |
Moisture Barrier | The foil layer can also act as a barrier to moisture, reducing the risk of dampness. |
Easy Installation | Foil insulation is lightweight and simple to install, often without specialized tools. |
Versatile Use | Can be used in walls, floors, ceilings, and roofs for effective insulation. |
With many advantages, foil insulation is a practical and efficient material for room insulation. In addition to being lightweight and simple to handle, it has outstanding heat-reflective qualities. Foil insulation has the potential to greatly increase energy efficiency and create a more comfortable indoor environment when used in home insulation projects.
The ability of foil insulation to reflect radiant heat is one of its main benefits. This helps to keep warm air inside during the winter and keeps extra heat out during the summer. Because your heating and cooling systems won’t have to work as hard to maintain a comfortable temperature, this dual function may result in lower energy bills. Furthermore, foil insulation acts as a moisture barrier, lowering the possibility of the growth of mold and mildew.
Foil insulation is a great option for both professional contractors and do-it-yourselfers because it is relatively easy to install. Easily cut to size and installed with little difficulty, this material is suitable for insulating floors, walls, and ceilings. For optimal results, just make sure you adhere to the manufacturer’s instructions and always take safety precautions.
All things considered, foil insulation is a great choice for people trying to increase their home’s insulation. It is a useful addition to any insulation project because of its easy installation, moisture resistance, and heat reflection capabilities. You can have more comfortable living quarters and a more energy-efficient home all year long with proper installation.