We are engaged in the supply of thermal insulation materials in Moscow, the region and other cities of the Russian Federation. We offer certified products wholesale and retail at manufacturer's prices.
Isover Standard is a mineral wool slab of basalt fibers bonded together with a synthetic binder. Raw materials from rocks provide high heat and sound insulation characteristics, low water absorption.
Izover Standard is used in industrial and civil construction for arranging unloaded thermal protection of enclosing structures: partitions, roofs, attics, attic floors, etc.
ISOVER Standard characteristics and properties
Material parameters
Advantages of Izover Standard
- Low thermal conductivity. The material effectively prevents heat loss due to its fibrous structure. Thin basalt threads create microcavities in the insulation, in which warm air is retained.
- Deformation resistance. Density is in the range of 60–90 kg/m³, so Izover Standard retains its geometric shape throughout its entire service life.
- Minimum water absorption. Not more than 1.5% of the total volume of the plate.
- Biostability. The material does not create conditions for the reproduction of fungal microorganisms.
Fire safety. Plates belong to the category of non-combustible materials (NG).
- Preparatory work
- Installation of scaffolding
- Preparation of window openings
- Installation work
- Mounting mount system
- Installation of mineral wool boards
- Installation of metal tiles
- Applying the base coat
- Applying a decorative layer
see also
Facade insulation system with a thick plaster layer
Facade insulation system with a thick plaster layer
The plan of the stages of work on the facade insulation system with a thick plaster layer
- Preparatory work
- Installation of scaffolding
- Dismantling attachments
- Preparation of window openings
- Installation work
- Mounting mount system
- Installation of mineral wool boards
- Installation of metal tiles
- Applying the base coat
- Applying a leveling plaster
- Applying a decorative layer
You can start cutting the expansion joint after applying decorative plaster. Cutting takes place along the corners of the building at a distance of 250 mm, on the surface in squares of 15 * 15 m. It is carried out by an angle grinder with a diamond disc
isover. Which insulation is better: in slabs or in rolls?
In this video you will find out which insulation is easier to work with: in slabs or in rolls. The main characteristic showing the quality of the insulation material is its recoverability. High-quality material has the ability to recover to the stated dimensions after opening the package, which was demonstrated in the video. The thickness of Isover insulation, both in slabs and in rolls, after opening the package, recovered to 50 mm. To install the insulation in the slabs, it is necessary to measure the distance between the racks of the frame. The slabs are ideal for wall insulation with a standard distance between frame posts of 600 mm. When installing the plates, joints are formed, which must be covered with a second layer of plates. Insulation in rolls is best used with a non-standard step between the racks of the frame. First, the distance between the posts is measured, then the unpacked roll is cut to the required size and rolled along the entire length of the wall. When insulated with rolls, joints are not formed. All Isover materials are highly resilient and securely held in place.
Isover: How safe are thermal insulation materials?
In this video, you will learn how safe the use of mineral wool is for your health and the health of your family. The safety of mineral wool is confirmed by eco-labels, as well as studies in major research centers, such as, for example, the Institute of Hygiene. Sysina. In addition to these guarantees, Isover provides an environmental declaration for its products. Thermal insulation based on mineral wool is used in all buildings and structures, including kindergartens, schools, hospitals. Another sign of the absolute safety of mineral wool is its incombustibility and fire safety, which is confirmed by certificates of compliance with fire safety requirements.
Isover: Which thermal insulation is better: stone wool or fiberglass?
Isover is the only company in Russia that produces mineral wool based on fiberglass and stone wool. Rock wool insulation is based on molten rocks, and fiberglass insulation is based on sand and cullet melted at 1000 °C. Stone fiber materials are denser than glass fiber materials, which is primarily due to the length of the fibers in the production of the base for the insulation. But density is not a determining parameter when choosing a heater. The main characteristics are thermal conductivity and mechanical characteristics. If we compare materials by application, insulation based on both types of mineral wool is divided into three types: Light grades are used in frame structures, for insulating walls, and pitched roofs. Such a heater does not take on any load. Rigid grades are used in plaster facades, flat loaded roofs. Highly specialized materials are used for soundproofing partitions and for insulating saunas and baths. Fiberglass-based materials are lighter than stone wool-based materials. Due to the length of the fibers, they have greater elasticity, which allows filling all the irregularities and voids of the insulated surface, eliminates the formation of "cold bridges" and provides reliable fixation in the structure. Both types of materials are non-combustible materials, do not propagate and do not support combustion. Now that you know the differences between the two types of mineral wool, you will make the right and objective choice of thermal insulation material for your home.
Isover: Is the density of thermal insulation materials important?
Is the density of mineral wool insulation a decisive characteristic when choosing a heater? You will find the answer to this question in this video. The density of the heat-insulating material affects the coefficient of thermal conductivity, strength characteristics and other parameters. But this relationship is not linear. The dependence of the thermal conductivity coefficient on the density of the material is the same for fiberglass and stone wool. For fiberglass-based insulation, the optimal density range, which provides the minimum thermal conductivity coefficient, is 25-35 kg / m3. For insulation based on stone wool - 45-55 kg / m3. Thus, stone wool is able to provide the same thermal insulation characteristics, but at higher densities. Remember that when purchasing heat-insulating materials, we acquire the heat-insulating qualities of the product, and not its density. Even a light fiberglass heat-insulating board with a density of 60 kg/m3 is able to withstand a large load without deformation. Therefore, when choosing a heater, first of all, pay attention to the coefficient of thermal conductivity, durability, incombustibility and environmental friendliness.
- Preparatory work
- Installation of scaffolding
- Preparation of window openings
- Installation work
- Mounting mount system
- Installation of mineral wool boards
- Installation of metal tiles
- Applying the base coat
- Applying a decorative layer
see also
Facade insulation system with a thick plaster layer
Facade insulation system with a thick plaster layer
The plan of the stages of work on the facade insulation system with a thick plaster layer
- Preparatory work
- Installation of scaffolding
- Dismantling attachments
- Preparation of window openings
- Installation work
- Mounting mount system
- Installation of mineral wool boards
- Installation of metal tiles
- Applying the base coat
- Applying a leveling plaster
- Applying a decorative layer
You can start cutting the expansion joint after applying decorative plaster. Cutting takes place along the corners of the building at a distance of 250 mm, on the surface in squares of 15 * 15 m. It is carried out by an angle grinder with a diamond disc
isover. Which insulation is better: in slabs or in rolls?
In this video you will find out which insulation is easier to work with: in slabs or in rolls. The main characteristic showing the quality of the insulation material is its recoverability. High-quality material has the ability to recover to the stated dimensions after opening the package, which was demonstrated in the video. The thickness of Isover insulation, both in slabs and in rolls, after opening the package, recovered to 50 mm. To install the insulation in the slabs, it is necessary to measure the distance between the racks of the frame. The slabs are ideal for wall insulation with a standard distance between frame posts of 600 mm. When installing the plates, joints are formed, which must be covered with a second layer of plates. Insulation in rolls is best used with a non-standard step between the racks of the frame. First, the distance between the posts is measured, then the unpacked roll is cut to the required size and rolled along the entire length of the wall. When insulated with rolls, joints are not formed. All Isover materials are highly resilient and securely held in place.
Isover: How safe are thermal insulation materials?
In this video, you will learn how safe the use of mineral wool is for your health and the health of your family. The safety of mineral wool is confirmed by eco-labels, as well as studies in major research centers, such as, for example, the Institute of Hygiene. Sysina. In addition to these guarantees, Isover provides an environmental declaration for its products. Thermal insulation based on mineral wool is used in all buildings and structures, including kindergartens, schools, hospitals. Another sign of the absolute safety of mineral wool is its incombustibility and fire safety, which is confirmed by certificates of compliance with fire safety requirements.
Isover: Which thermal insulation is better: stone wool or fiberglass?
Isover is the only company in Russia that produces mineral wool based on fiberglass and stone wool. Rock wool insulation is based on molten rocks, and fiberglass insulation is based on sand and cullet melted at 1000 °C. Stone fiber materials are denser than glass fiber materials, which is primarily due to the length of the fibers in the production of the base for the insulation. But density is not a determining parameter when choosing a heater. The main characteristics are thermal conductivity and mechanical characteristics. If we compare materials by application, insulation based on both types of mineral wool is divided into three types: Light grades are used in frame structures, for insulating walls, and pitched roofs. Such a heater does not take on any load. Rigid grades are used in plaster facades, flat loaded roofs. Highly specialized materials are used for soundproofing partitions and for insulating saunas and baths. Fiberglass-based materials are lighter than stone wool-based materials. Due to the length of the fibers, they have greater elasticity, which allows filling all the irregularities and voids of the insulated surface, eliminates the formation of "cold bridges" and provides reliable fixation in the structure. Both types of materials are non-combustible materials, do not propagate and do not support combustion. Now that you know the differences between the two types of mineral wool, you will make the right and objective choice of thermal insulation material for your home.
Isover: Is the density of thermal insulation materials important?
Is the density of mineral wool insulation a decisive characteristic when choosing a heater? You will find the answer to this question in this video. The density of the heat-insulating material affects the coefficient of thermal conductivity, strength characteristics and other parameters. But this relationship is not linear. The dependence of the thermal conductivity coefficient on the density of the material is the same for fiberglass and stone wool. For fiberglass-based insulation, the optimal density range, which provides the minimum thermal conductivity coefficient, is 25-35 kg / m3. For insulation based on stone wool - 45-55 kg / m3. Thus, stone wool is able to provide the same thermal insulation characteristics, but at higher densities. Remember that when purchasing heat-insulating materials, we acquire the heat-insulating qualities of the product, and not its density. Even a light fiberglass heat-insulating board with a density of 60 kg/m3 is able to withstand a large load without deformation. Therefore, when choosing a heater, first of all, pay attention to the coefficient of thermal conductivity, durability, incombustibility and environmental friendliness.
In the modern world, isover insulation standard is very popular among a considerable number of potential buyers. People buy isover standard insulation because it has an amazing number of indisputable advantages, and among them it is necessary to highlight the ease of installation, low price and impressive frost protection. The described material is usually used to protect the roofs and walls of houses from the heat and cold of the street. isover insulation standard does not become damp, does not absorb moisture, because it has hydrophobic properties. Mold and rot are also not relevant for material such as isover standard insulation, because it has the necessary impregnation.
Isover insulation standard: application and use
Where can I use isover insulation standard? isover insulation standard is used to create roofs and slopes, to create wall blocks and frame walls. The flexibility that the material boasts allows it to be used in small corners and the most complex bends of walls and roofs. In addition, the isover standard insulation can be used in the design of thermal insulation of floors.
Advantages and disadvantages - insulation isover standard
So, let's study the characteristic features of this material. High thermal insulation is the main advantage of this product. The operation of this heat insulator does not allow the appearance of cold bridges, creating practically isolation of the room from the environment. In addition, the product is resistant to open fire, and does not emit toxins when heated. In production, to achieve these goals, special additives are used that make the isover standard safe insulation. In addition, this material completely deprives you of the sounds from the street. The hydrophobicity of the material allows you to forget about mold inside the insulation. In addition, the isover standard insulation is treated with special substances that prevent the appearance of fungus.
Where to buy insulation isover standard?
insulation isover standard can be purchased right now and directly from us. To complete the purchase, add isover standard insulation to the cart and complete the purchase. If necessary, you can contact us by phone or email. Our experts will do everything to help you choose the most suitable brand of material, as well as tell you about the features of the application and use of such material as isover standard insulation.
Mineral wool plate Izover Standard
Heater Izover Standard (50kg/m3) 1200*600*50 Izover Standard is a material with a high level of thermal protection, insulation based on mineral wool and rocks of the basalt group, using a synthetic binder. It is used for thermal insulation of external frame walls.
Advantages
- Wide range of applications: wall insulation, pitched roofs, suspended ceilings, joist floors.
- Quick and easy to mount.
- Compensates for uneven surfaces.
- Provides a high level of thermal protection due to the low coefficient of thermal conductivity.
- Does not require additional fasteners.
- Belongs to the group of non-combustible materials (NG).
Specifications
Sound insulation of partitions
Partition walls play an important role in providing acoustic comfort in a room. The soundproofing ability of a partition depends on several factors:
surface mass of the bearing layers of the structure, rigidity of the partition structure in bending, level
the efficiency of the sound-absorbing material, the quality of installation, the thickness of the sound-proof layer in the partition structure.
Modern partitions are multilayer frame structures consisting of rigid facing materials.and soft fillers. Rigid layers reflect part of the energy of the sound wave, soft layers, as a rule, are mineral plates of a fibrous structure that absorb most of the sound energy and convert it into heat. Sound-absorbing materials must be effective in a wide frequency range, meet the requirements of sanitary and fire safety standards, have sufficient strength, belight, durable.
Material parameters
Izover - will warm even the coldest house!
When you enter the store, what will you choose: a product from a well-known company with an EXCELLENT reputation, or a little-known packaging from a manufacturer from the outback? If you prefer the first option - after all, you have heard positive reviews about this product more than once, then the issue of thermal insulation should be approached no less responsibly. Choose the products of the French concern Isover, the price of which will not disappoint you - the WORLD leader in the field of insulation with more than 70 years of experience in the construction market, which can save you up to 50% of your heating bills!
Scope of Izover
ISOVER has excellent thermal insulation properties and effective sound absorption, the material is ideal for finishing building structures, roofs, and can also serve as insulation for the floor of a wooden house. These qualities are especially appreciated in the northern regions, where the installed heat insulator saves up to 50% of the funds spent on heating and air conditioning of residential premises.
Izover application
The installation of a heat insulator is not limited by the climatic conditions of the region of residence, thanks to the special structure of the mineral fiber, ISOVER has proven itself well both in the northern latitudes and in the south. The main advantages of the heat insulator are low thermal conductivity, good moisture resistance, ergonomic dimensions, fire resistance, environmental safety and a number of others.
ISOVER thermal insulation material has a service life of at least 50 years, and in reality the material can work much longer. The funds spent on installation are compensated for in a short time by the comfort and warmth in the house, as well as significant savings on heating bills.
Elasticity of sheets against drafts
Isover slabs are positioned between rafters or battens. Due to its elasticity, glass wool, after being put in place, is tightly pressed against the structural elements. There are no cracks, which means there are no "cold bridges" and drafts. Additional sealing is not required.
He "breathes"
The high vapor permeability of Izover Classic Plus (0.55 mg / m h Pa) allows moisture to freely escape from the insulation to the outside. Low moisture absorption (no more than 1 kg / m² for 24 hours when fully immersed) protects it from getting wet. Unless, of course, all the requirements of the installation instructions for the insulation are met.
A wall with ISOVER thermal insulation reduces the noise level by 45 dB.
fire safety
Glass wool melts at temperatures above 600°C. It does not burn and does not emit harmful substances during heating.
Izover insulation belongs to the NG group - non-combustible materials. It is even considered as an additional fire protection for house structures.
Izover has enhanced moisture resistance and is designed for structures with difficult humidity conditions. Due to the low coefficient of thermal conductivity of ISOVER, the Pitched Roof has a high thermal insulation capacity. Thermal insulation ISOVER Extra - for those who are looking for comfort, environmental safety and reliability of insulation! Modern ISOVER thermal insulation materials made of mineral wool are used to insulate walls, roofs, facades of houses, and are also a good floor insulation. ISOVER thermal insulation is a reliable insulation. Building thermal insulation provides a high level of thermal protection due to the low coefficient of thermal conductivity of the material. Due to the special fiber structure of the floor insulation, the wall insulation has good acoustic properties and significantly reduces the noise level in the room. ISOVER mineral wool thermal insulation is used for sound insulation of partitions, interior linings and false ceilings.
